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NIST/ARPA-E Database of Novel and Emerging Adsorbent Materials

NIST SRD-205 http://dx.doi.org/10.18434/T43882

Adsorbent Materials ( 5975 )
((C4H11)2NH2)2Co3(hfbba)4
((Me2NH2)In(NH2BDC)2)
(Be-BTB)
(C2H5)2dtoaCu
(C4B2H4(COOH)2Li2)
(C5H14N2)[(VO)3(AsO4)(HAsO4)2(OH)]*3H2O
(C6H11NH3)2Mn3(hfbba)4
(Cd(im)2)
(CH3)2-MIL-53
(CH3)2-MIL-53(Al)
(CH3)2CO
(Cr)-MIL-101-SO3Ag
(Cu(db))
(Cu-BTC-DTG-0.92)
(Cu-BTC-DTG-1.52)
(Cu-BTCDTG-0.18)
(Cu6(H2O)6(tatb)4*DMA*12H2O)
(CuC8H10O6P2)*(H2O)x
(Et2NH2)3[(Cu4Cl)3(TTCA)8]
(H2dab)[Zn2(ox)3]
(H2tdpip)Co3(hfbba)4
(H3O)4[Ni6(pi3-O)2(pi2-OSC2H6)2(SO4)2(TATB)8/3].4C2H6O.13H2O
(Hbzza)2]*H2O*C2H5OH
(HF)2-CO2-Y
(HOC2H4)2dtoaCu
(In3O)(OH)(ADC)2(IN)2*4.67H2O
(In3O)(OH)(ADC)2(NH2IN)2*2.67H2O
(LiCl)[Ni(bdc)(ted)0.5] t=100
(LiCl)[Ni(bdc)(ted)0.5] t=15
(LiCl)[Zn(bdc)(ted)0.5]
(LiCl)[Zn(bdc)(ted)0.5] t=100 sec
(LiCl)[Zn(bdc)(ted)0.5] t=15 sec
(Me2NH2)2(DMF)9(H2O)5
(me2NH2)6[In10(TTCA)12]*24DMF*15H2O
(Me2NH2)[Cd(TTCA)(H2O)].3DMF.H2O
(NH2(CH3)2)3[Zn6(BTC)4(BTB)]
(Ni/Co 25:75)-MOF-74
(Ni/Co 50:50)-MOF-74
(Ni/Co 75:25)-MOF-74
(Ni3O)2Ni(H2O)2(BDC)6(na)4
(OCH3).25-MOF-5
(OCH3).5-MOF-5
(OCH3).75-MOF-5
(OH)2-MIL-53
(OH)2-MIL-53(Al)
(Si0.061Al0.483P0.455)O2
(Zn(CN)2)
(Zn4O)3(BDC-NH2)3(BTB)4
(Zn4O)3[(BDC-C6H5N2Pd(OAc)2]3(BTB)4
([Co2(ade)(mu6-BTeC)(mu-H2O)(H2O)2]4(H2O)
([Co3(L)(H2L)(DMF)(DABCO)]
([Co@Zn3(L)(H2L)(DMF)(DABCO)]
([CoZn3(L)(H2L)(DMF)(DABCO)]
([Cu2(pzdc)2pyz]
([triangle Co@Zn3(L)(H2L)(DMF)(DABCO)]
([Zn(SiF6)(pyz)2]*2MeOH)n
([Zn3(L)(H2L)(DMF)(DABCO)]
([Zn4(dmf)(ur)2(ndc)4])
0.17%Pd@IRMOF-1
0.1TPABr-0.05Na20-SiO2-40H2O
0.1TPAOH-SiO2-40H20
0.3(15C5)SNU-6
0.3(18C6)SNU-6
0.36TPAOH-0.39HF-SIO2-34H20
0.4(18C6)SNU-6
0.5(15C5)SNU-6
0.69%Pd@IRMOF-1
0.9(15C5)SNU-6
1 Layer Graphene (cutoff=12 Angstrom)
1 Layer Graphene (cutoff=20 Angstrom)
1 Layer Graphene (epsilon=0.11 kcal/mol)
1 Layer Graphene (epsilon=0.121 kcal/mol)
1,2-(4-bipyridyl)ethylene
1-LiCl
1-pyr
1.2(18C6)SNU-6
1.3(15C5)SNU-6
1.30%Pd@IRMOF-1
1.5(18C6)SNU-6
1.5WT% Au@UiO-66
100% ZIF-8 In PVP
100% ZIF-8 Microparticles
100Krho-ZMOF
100Ksod-ZMOF
100Lirho-ZMOF
100Lisod-ZMOF
100Narho-ZMOF
100WT%-PEI-MIL-101(Cr)
10GO-ZIF
10GO-ZIF-M
10GO1-M
10GO1M-ED
10GOA-M
10GOB-M
10GOBM-ED
10GOBM-EM
10Pt/MOF-5
10wt%Mg2(dobdc)/PI
10wt%Mg2(dobdc)/Polyimide
10wt%Mg2(dobdc)/XLPEO
13X
15GO-ZIF
1ABMOF
1K-HKUST-1
1K-IRMOF-1
1Li-IRMOF-1
1MoCx/IRMOF-1
1Na-HKUST-1
1Pt/MOF-5
1wt% PdCl2/MIL-101
2 Layer Graphene (cutoff=12 Angstrom)
2 Layer Graphene (cutoff=20 Angstrom)
2 Layer Graphene (epsilon=0.11 kcal/mol)
2 Layer Graphene (epsilon=0.121 kcal/mol)
2 M HNO3
2-hydroxyethylcarbamate
2.0%Pd@MIL-101
2.8WT% Au@UiO-66
20wt%Mg2(dobdc)/PDMS
22% ZIF-8 In PVP
22Nasod-ZMOF
25% ZIF-8 In PS
27Lisod-ZMOF
28Ksod-ZMOF
2ABMOF
2C60-COF-108
2C60-COF-108-CH4
2C60-COF-108-CO2
2C60-COF-108-N2
2C60-COF-108-O2
2D [Cu(bpy)2(OTf)2]n
2K-IRMOF-1
2Li-HKUST-1
2Li-IRMOF-1
2Na-IRMOF-1
3 Layer Graphene (cutoff=20 Angstrom)
3-picoline
30GO1-M
30GO1M-ED
30GOA-M
30GOB-M
30GOBM-ED
30GOBM-EM
35AS
36 Wt% CuCl/Zeolite NaX
3C60-COF-108
3C60-COF-108-CH4
3C60-COF-108-CO2
3C60-COF-108-N2
3C60-COF-108-O2
3D porous carbon (based on MOF-5)
3D [Cu(bpy)2(OTf)2]n
3GO-ZIF
3Inf[(Cu(mu4-O)(mu2-OH)2(Me2trzpba)4]
3K-IRMOF-1
3wt% PdCl2/MIL-101
4 M HNO3
4,4'-bipyridyl
4.0WT% Au@UiO-66
437-MOF
446-MOF
446-MOF-Co
446-MOF-Ni
47.9%SWCNT/52.1%MWCNT
49.2%SWCNT/50.8%MWCNT
49.2%SWCNT/50.8%MWCNT(147K)
49.2%SWCNT/50.8%MWCNT(277K)
4Cs+Me-SodZMOF
4K+Me-SodZMOF
4K-IRMOF-1
4Li+Me-SodZMOF
4Li-IRMOF-1
4MoCx/IRMOF-1
4Na+Me-SodZMOF
4Na-IRMOF-1
4Pt/MOF-5
50WT%-PEI-MIL-101(Cr)
56% ZIF-8 In PVP
5wt% PdCl2/MIL-101
6 M HNO3
6FO-MIL-53-NH2
6K-IRMOF-1
6Li-IRMOF-1
6Na-IRMOF-1
70Lirho-ZMOF
75WT%-PEI-MIL-101(Cr)
7MoCx/IRMOF-1
7Pt/MOF-5
80Krho-ZMOF
81.1%SWCNT/18.9%MWCNT
84Narho-ZMOF
88.7%SWCNT/11.3%MWCNT
96.9%SWCNT/3.1%MWCNT
A-CS700-3
A-CS750-3
A-CS800-2
A-CS800-3
A-CS800-4
A-CS850-3
A-CS900-3
A-NPC
A25
A520
AB
AB-Mg-MOF-74
ABIL@HKUST-1/DMF
ABIL@HKUST-1/Ethanol
ABIL@HKUST-1/H2O
ABT*2ClO4
AC
AC Norit
AC Sigma
AC-Chitosan
AC-COOH
AC-MIL-101
AC-MIL-101-A(Li)
AC-MIL-101-B(Li)
AC-MIL-101-C(Li)
AC-TETA
AC1
AC2
AC3
ACF
ACF-A20
ACP/HFC-32
Acticarbone 3S
Activated Carbon
Activated Carbon (H3PO4H-6)
Activated Carbon (H3PO4H-7)
Activated Carbon (H3PO4H-8)
Activated Carbon (KOH-1)
Activated Carbon (KOH-2)
Activated Carbon (KOH-3)
Activated Carbon (KOH-4)
Activated Carbon (KOH-5)
Activated Carbon - anthracite
Activated Carbon - coconut shell
Activated Carbon - fruit shell
Activated Carbon - pecan shell
Activated Carbon A160
Activated Carbon A250
Activated Carbon A30
Activated Carbon A340
Activated Carbon A420
Activated Carbon A90
Activated Carbon AC67-1
Activated Carbon AC67-2
Activated Carbon ACP 1000
Activated Carbon ACP 350
Activated Carbon ACP 410
Activated Carbon ACP 470
Activated Carbon ACP 500
Activated Carbon ACP 600
Activated Carbon ACP 800
Activated Carbon AG-1
Activated Carbon AG-2
Activated Carbon AP33-1
Activated Carbon AP33-2
Activated Carbon AP67-1
Activated Carbon AP67-2
Activated Carbon AT400R05t120
Activated Carbon AT400R15t30
Activated Carbon AT400R15t30-ox
Activated Carbon AT400R1t75
Activated Carbon AT400R1t75-ox
Activated Carbon AT467R067t90
Activated Carbon AT467R117t45
Activated Carbon AT467R117t45-ox
Activated Carbon AT533R083t60
Activated Carbon AT533R083t60(2)
Activated Carbon AT533R083t60-ox
Activated Carbon AT600R05t75
Activated Carbon AT600R1t30
Activated Carbon AT600R1t30-ox
Activated Carbon AT667R067t45
Activated Carbon AT800R05t30
Activated Carbon AT800R15t120
Activated Carbon AX21
Activated Carbon BAM-P108
Activated Carbon BAM-P109
Activated Carbon Circumcircumcoronene
Activated Carbon Corannulene
Activated Carbon Coronene
Activated Carbon Coronene Platelet
Activated Carbon Coronene-(OH)2
Activated Carbon Coronene-(OH)3
Activated Carbon Coronene-COOH
Activated Carbon Fiber
Activated Carbon Fiber Cloth
Activated Carbon Filtrasorb F400
Activated Carbon Hexabenzocoronene
Activated Carbon L1
Activated Carbon L10
Activated Carbon L11
Activated Carbon L12
Activated Carbon L13
Activated Carbon L14
Activated Carbon L15
Activated Carbon L16
Activated Carbon L2
Activated Carbon L3
Activated Carbon L4
Activated Carbon L5
Activated Carbon L6
Activated Carbon L7
Activated Carbon L8
Activated Carbon L9
Activated Carbon Monolith
Activated Carbon S
Activated Carbon Takeda 5A
Activated Carbon VR5-1:1
Activated Carbon VR5-2.5:1
Activated Carbon VR5-2:1
Activated Carbon VR5-3:1
Activated Carbon VR5-4:1
Activated Carbon VR93-1:1
Activated Carbon VR93-2.5:1
Activated Carbon VR93-2:1
Activated Carbon VR93-3:1
Activated Carbon VR93-4:1
Activated Carbon(NORIT R0.8)
Activated Carbon-600-0.5
Activated Carbon-600-0.5-H
Activated Carbon-600-1
Activated Carbon-600-2
Activated Carbon-700-0.5
Activated Carbon-700-1
Activated Carbon-700-2
Activated Carbon-750-0.5
Activated Carbon-750-2
Activated Carbon-800-0.5
Activated Carbon-800-1
Activated Carbon-800-2
Activated Charcoal
Activated DCPCBim-MOF-Zn
Activated PVDC Carbon S850
Activated PVDC Carbon S850-30% Burnoff
Activated PVDC Carbon S850-65% Burnoff
activated Zr 4 mesaconate framework
activated [NC2H8]4Cu5(BTT)3xG
activated {[Zn4(bpydb)3(datz)2(H2O)](DMF)4(EtOH)5(H2O)8}n
activated-[Zn2(TCPPE)]
Active Carbon
Adhesiest 180
AFS Molecular Sieve
AFSL
AFX
Ag/CuBTC-At
AgI
AgI/UiO-66 (.1)
AgI/UiO-66 (.5)
AgI/UiO-66 (1)
AgI/UiO-66 (2)
AH@BUT-51
AIMIL-53
AIPO-18
Al(1)-MOF
Al(2)-MOF
Al(4)-MOF
Al(OH)(BDC)0.5(ABDC)0.5
Al(OH)(bpydc)*0.97Cu(BF4)2
Al(OH)BDC
Al-6(Ca2+)
Al-BDC (micro)
Al-BDCmeso
Al-BDCsyn/Al-BDCevac
Al-BTB
Al-FDA
Al-MIL-101-NH
Al-MIL-101-NH-Gly-Pro
Al-MIL-53
Al-MIL-53-(OH)2-AS
Al-MIL-53-0%NH2
Al-MIL-53-100%NH2
Al-MIL-53-11.1%NH2
Al-MIL-53-20%NH2
Al-MIL-53-50%NH2
Al-MIL-53-66.6%NH2
Al-MIL-53-66.7%NH2
Al-MIL-53-Br-AS
Al-MIL-53-CH3-AS
Al-MIL-53-Cl-AS
Al-MIL-53-COOH
Al-MIL-53-NH2
Al-MIL-53-NO2-AS
Al-MOF
Al-PCP-FA
Al-PILC
Al-PMO2
Al-PMO50
Al-rho-MOF
Al-Rho-ZMOF
Al-SBA-15
Al-soc-MOF(A-4CH3)
Al-soc-MOF(A-A)
Al-soc-MOF(A-A-CH3)
Al-soc-MOF(A-P)
Al-soc-MOF(B-2CF3)
Al-soc-MOF(B-3Br)
Al-soc-MOF(P-2Br)
Al-soc-MOF(P-2Br-1-1)
Al-soc-MOF(P-4Br)
Al-soc-MOF(P-An)
Al-soc-MOF(P-CF3)
Al-soc-MOF(P-Na)
Al-soc-MOF(PA-AP)
Al-soc-MOF(PA-P)
Al-soc-MOF(PP-AP)
Al-soc-MOF(PP-P)
Al-soc-MOF(PP-PP)
Al-soc-MOF-1
Al-soc-MOF-2
Al-soc-MOF-3
Al-TCBPB
Al-usf-ZMOF
Al2O3
Ala-MTV-MOF
Alane@ZIF-8
AlaZnOAc
AlBTC
AlCl3(1.2%)/MIL-100(Fe)
AlCl3(2.5%)/MIL-100(Fe)
AlCl3(5.0%)/MIL-100(Fe)
AlK-10
AlK-5
AlMePO-alpha
Alpha-Mg Formate
AlPO-18
AlPO4-11
AlPO4-5
AlPO4-8
Alumina
Alumina 1593
Alumina 1597
Alumina VPO2
Aluminum-pillared Montmorillonite
Amberlyst 15
AmGND-bio-MOF-1
Amine-MIL-101(Cr)
Amino-MIL-53(Al)
AMP
AMSA-MIL-101
Analcime
Anthracite
Anthracite A W102
Anthracite C H10
Anthracite C H7
Anthracite C H9
Anthracite C HL7
Anthracite C J6
AO@{[Zn(oxo-pba)2(bpy)]4H2O}n
AOP-C2H4
AOP-C3H6
AOP-C6H4
AOP-CH2
AP 3-60
Apo-MOF
Apohost 1
APS/Mesoporous silica nanoparticles
APS/nanosilica-Torlon hollow fiber sorbent
APS/nanosilica-Torlon hollow fiber sorbent-hexane rinsed
Arg-Asp-24-AF
Arg-Asp-24-CD
Arg-Asp-36-ABF
Arg-Asp-36-ACF
Arg-Asp-36-BCD
Arg-Asp-MTV-MOF
Argon/heat treated Activated Carbon Fiber
ASMS 3A
ASMS 5A
ASX Xerogel
Au(111)
Au-IRMOF-1
Au-Pd-ZIF-8
Au-Pd/C
Au-Pd/MIL-101
Au-Pd/MIL-EN
Au-SAM
Au@Cu2O@HKUST-1
Au@HKUST-1
AX-21
B3H6N3
Ba/CuBTC
Ba3(H2O)3(L2)2(H2O)8
Ba3L2
Ba3L2(H2O)2
Ba3L2(H2O)8
BAM-CRM-PM-104
BAX-Activated Carbon
BAX-Activated Carbon (slit width = 10.122 Angstrom)
BAX-Activated Carbon (slit width = 14.991 Angstrom)
BAX-Activated Carbon (slit width = 15.183 Angstrom)
BAX-Activated Carbon (slit width = 19.988 Angstrom)
BAX-Activated Carbon (slit width = 19.9881 Angstrom)
BAX-Activated Carbon (slit width = 20.244 Angstrom)
BAX-Activated Carbon (slit width = 9.994 Angstrom)
BDH-Activated Carbon
Be-BTB
Be-IRMOF-1
BeDOBDC
Benzene
Berkosorb
Beta-CuL2
Beta-Mg(HCOO)2
Beta-[{Co(F-pymo)2}n]
Beta-[{Zn(F-pymo)2}n]
Beulah Zap Coal
BFG@Cd-PBM
BIF-24
BIK
Binderless Beads of Zeolite 5A
Bio-MOF-1
Bio-MOF-100
Bio-MOF-11
Bio-MOF-12
Bio-MOF-13
bio-MOF-13 (Configuration I)
bio-MOF-13 (Configuration II)
Bio-MOF-14
bio-MOF-14 (Configuration I)
bio-MOF-14 (Configuration III)
BioMil-3
BioMOF-100
Bitaminous A P
Bituminous A H8
Bituminous A J5
Bituminous A P
Bituminous C P9
Bituminous C Q3
Bituminous Coal
Blind Canyon Coal
BLP-2(H)
Blucher-101408
BM-1
BM-2
BM-3
BM-4
BM-5
BM-6
BMOF-1-bpdc
BMOF-1-dcppy
Bn-Chir-UMCM-1
BNC800-1
BNC800-2
bNiCo
BP-280
Bpcb@IRMOF-1
BPL Carbon
Bpob@IRMOF-1
BPS-1
Br-MOF-5
Br-MOF-5-40h
Br-Zn-CBTACN
Bridged-COF-1
Bridged-CuBTC
Bridged-MIL-101
BrMOF-5
BSP/JUC-120
BT-IFMC-16
BTP-COF
Bu-FeCr
Buckytube double 4.78 nm
Buckytube single 1.02nm
Bulk CID-1
Bulk CoCo
Bundles Nanotubes
Busulfan@Zn(NO2-BDC)(dmbpy).5](C2H6O)(H2O)-a
BUT-30
C-1/2
C-25W
C-IRMOF-8
C-MOF
C-MOF-177
C-MOF-2
C-MOF-5
c-NENU-3a
C-Zn-ADA
C-Zn-BTC
C-Zn-NDC
C-Zn-PAA
C1000
C1000/1000
C102H109N10O38.5Zn9
C106H106N2P4Pt2*CH2Cl2
C10F0.9(BF4)9.1
C10Gua-HKUST
C10H11FeN3O7
C10H13ClN2O5Cd
C10H14Mg2O14
C10H4O12Eu2
C10H5MnN3O4
C10H7CuO5
C10H8N2
C10H9CuO5
C112H120Cl4Eu2N18O21Zn2
C115.5H202N14O43Zn4
C11H12GdO11
C11H15BrN2O4Zn
C11H15ClN2O4Zn
C11H18N16O10Zn4
C1200
C12Gua-HKUST
C12H11N
C12H12O4Zn
C12H17ClN2O3Cd
C12H18N2O16Zn2
C12H24N4Cu4I6
C12H35Cu3N6O19.50
C12H6O13Zn4
C13H14F4N2O6Zn3
C13H20N12O11Zn3
C13H8CuNO4
C1400
C141
C14Gua-HKUST
C14H10I3N5O5Pb
C14H12Cu2N2O12
C14H12Mg6NO24
C14H14AgN6O9
C14H14FeN2O8
C14H14N2O11
C14H18N4O11Cd2
C14H20.5N4O12.25Zn
C14H54F6O8P2PtS2
C14H6BaN4O4 Pt*5H2O
C14H6N4O4Pt Ca*6H2O
C14H6N4O4Pt Sr*3H2O
C14H6N4O4PtMg*9H2O
C15.50H26N6.25Na4Ni2O22.625
C153H159Cl22Fe3N21O82Pr8S4.5Sb24
C1548H2396O756S234Zn98
C154H106N2P4Pt2*2.5ClCH2CH2Cl
C15H11N3
C15H13N1O8Zn1
C15H13O13La
C15H27N2O10Dy
C15H27N2O10Er
C15H27N2O10Ho
C15H27N2O10Tb
C15H27N2O10Tm
C15H38Gd2N6O25
C15H7NO4Cu
C15H7NO4Zn
C15H9Cu1.66N18O
C16.5H17.5N1.5NaO9.5V
C16Be2H8
C16Gua-HKUST
C16H10CuN4O4
C16H12O16P2Zn3
C16H16N4O9Cd2
C16H18N4O8Cd
C16H18N6O2
C16H34
C16H8O2
C17.5H21.5CuN2.5O7.5
C17H27CoN3O7.50
C18H16N2NiO6.5
C18H18I3N3O8Pb
C18H21Br2N4O9Cd2
C18H28O10MgN2
C192H152F12N4O12P4Pt2S4*8ClCH2CH2Cl
C19H19CdN4O6
C20-COF
C20H16NO5Zn
C20H27N6O4Ag2
C20H27NO19P2Zn3
C20H44Cu5N12O26
C21H21Cu2NO10
C21H22N14Ga2
C21H31NO20P2Zn3
C21H35ClN6O9
C22F0.2(BF4)0.8
C22H28Cu2N2O15
C22H32CoN6O3
C22H34N2O16Co2
C23H27Cu2N2O11
C23H27Cu2N2O11.5 Desolvated
C23H33Mg2N3O11
C23H36N4O12Cl2Zn
C23H36N4O8S2
C23H38N4O8S2
C24-COF
C24.50H56F6N2O10.50Zn
C24.5H26ClCuN4O4.5S3
C24H16CoN10
C24H21In3N4O22
C24H21N3
C24H30Cu6N18O28S5
C24H39N4O60Ni2PW12
C24H40N2O16Cl2Cd3
C24H8Cd4ClN32O4
C24H8ClCo4N32O4
C26-COF
C26H20CoN10
C26H24Br2Cu2N8O3
C26H24Mn2N8O10
C26H24N2O4Zn
C26H28CuB2F8N4
C26H8Cu2N2O12
C27H18Be3O9*3H2O
C28-COF
C28H24
C28H24CoN10
C28H26ZnN10O
C28H28Cu4N20O2
C28H30Co3N2O14
C28H39N5O16Cu2
C28H40Co4N4O26
C29H20O12
C29H24CdCl2N6O2S2
C29H27Cl9CuN6S4
C2H2MnO4
C2H3.25Ce0.17O3.12Zn0.25
C2H5COO-
C2H6O6Mg
C30-COF
C30H18Mn9N18O18
C30H18N3Ni3O13
C30H28N2O16Zn2
C30H36Co2N4O13
C30H36N4CuF12O2P2 Desolvated
C30H42LiN3O13V
C31H22NO4Zn
C31H32Cl4Co3N10O3
C324Cr9Cu27O180
C32F8
C32F8-12H2
C32F8-24H2
C32F8-H2
C32H18F2N2O8Zn2
C32H22N2O9Zn2
C32H24Ar1.04Cu2N2O8
C32H24Ar1.15N2O8Rh2
C32H24Cd2N6O12
C32H24Cu2N2O8
C32H24Cu3N6O12
C32H24N2O8.98Rh2
C32H24N2O8Rh2
C32H26Cl4N4O4Rh2
C32H34N4O15Cl5Zn3
C32H40O11S2
C32H46N4O8Zn
C33H11Br1N4O7Zn1
C33H15Cu3N3O18
C33H26Cu2N2O8
C33H26N2O8Rh2
C34H28Cu2N2O8
C34H28N2O8Rh2
C34H30N4O8Zn2
C34H40CdFeN4O10S2
C35H27N7O9Zn2 Treated
C35H30N2O8Rh2
C35H45N3O11
C36-COF
C36H12Cd3N0O34Tb2
C36H20Co3N8O12
C36H22N6O9Zn2Li0.10
C36H24Cu3N13O12
C36H24N6O10Zn2K0.14
C36H24N6O10Zn2Li0.70
C36H24N6O10Zn2Na0.24
C3792H5232N560Zn192O2096-Cu
C37H90Cu4O55
C384H192N48O96Tb16
C38H56CdFeN4O14S2
C39H21Co3N3O19
C40.59H1.74Zn30.04
C40.5H32.5N11.5O9.5Zn2
C40H20Zn2N4O12
C40H22N10Mn
C40H26CoN8O6S2
C40H50N4O23Zn2
C40H54N4Ni2O21
C40H84Cu10N24O50
C41H28N6O4Ni
C41H46Cu2N2O16
C41H57Mn5N13O19
C42H38O20Zn4|[Zn4O(C14H12O6)3*H2O]|[Zn4O(L1)3*H2O]
C42H41O21.5Zn4[Zn4O(C14H12O6)3*2.5H2O][Zn4O(L2)3*2.5H2O]
C42H58N14O6Co2
C43.7H10Mn2N6O8
C44H27N3O10Ru0.5Zn2
C44H30O15Zn4
C44H34N8O5Ni
C46H40N4O10Zn2 (Guest Free)
C46H42N3O16Zn2
C48H24N4O12Li0.06Zn2
C48H24N4O12Zn2K0.06*3H2O
C48H24N4O12Zn2K0.24*3H2O
C48H24N4O12Zn2K0.84*4H2O
C48H24N4O12Zn2Li0.06*2H2O
C48H24N4O12Zn2Na0.10*3H2O
C48H27N2O8Zn2
C48H34N18O12S2Zn5
C48H36EuN7O6
C48H38CdCl2N12O9
C48H46Co3N4O16
C48H46Mn3N4O16
C48H55N4O19Zn3
C48H55N4O19Zn3@FCNF
C48H60N12O35Zn11
C49.25H25.25Cl3.75N4O12Zn2
C49H36CdCl6N12O8
C4H4O
C4H4S
C4H5N
C4H6FN3Zn
C4H7O2-
C4H8HoKO12 Dehydrated
C4N8O4Cd2
C5.33H8.67N3.17O2.25Zn
C50H22Cu3O15
C50H38CdCl8N12O8
C50H40CdCl6N12O8
C50H48Co3N6O14S3
C50H67N5O11Zn
C51H30Ca2F18O14
C51H33NO12Zn2
C51H34Br2N2O8SiZn2
C52H18Tb6N26O48F6
C52H18Tb6N26O48F6 (site 1)
C52H18Tb6N26O48F6 (site 2)
C52H18Tb6N26O48F6 (site 3)
C52H18Y6N26O78F6
C52H41CdCl2N12O8
C52H73N4O26.5Zn5
C540H840Cu24N108O180
C54H34CdCl6N10O14
C54H41CdCl2FN12O8
C54H41Cu6NO36
C54H42CdCl2N12O8
C54H52F12N18O2P2Co
C54H52F12N18O2P2Zn
C55H43NO12Zn2
C55H44CdCl2N12O8
C55H52Fe4N20O18
C55H6N39
C56H46CdCl2N12O8
C56H63N7O13Zn4
C57H36In3N4O16
C59H63N5O17Zn4
C5H12N8O6Zn2
C5H4BaN2O5
C5H5N
C5H9O2-
C60
C60 powder
C60 Sublimed
C60-COF
C60-Na Y
C60@IRMOF-10
C60@IRMOF-8
C60@Li-IRMOF-10
C60H193N12O120.5Na4Cu6Mn4
C60H48CdCl2N12O8
C60H53Cd3N9NaO19.5
C61H50CdCl2N12O8
C62H44N2O8Zn2
C62H50Cd3K2N2O26
C62H52CdCl2N12O8
C64.50H61.95N4O14.75Zn2
C64H64O16Cu4
C65H113N15O19Zn
C65H113N15O19ZnLi0.20
C65H113N15O19ZnLi2.62
C65H113N15O19ZnMg.86
C65H113N15O19ZnMg2.02
C66H50B2CoCu6N18O24
C67.50H69.50N10.50O18.50Zn2
C67.50H78.25Cd1N1.75Na0.25O19
C68H52Co3N10O21
C6H10CuN3
C6H2(CH3)4
C6H2F4
C6H4(CH3)2
C6H4(OH)2
C6H4Br2
C6H4CoN4
C6H4N4Zn
C6H5Br
C6H5CH3
C6H5Cl
C6H5COOH
C6H5NH2
C6H5NO2
C6H5SO3H
C6H6
C6H6N2O5Cd
C6H6PdN4O
C6H8O4SAg2
C70-COF
C700
C700/700
C700/950
C72.5H79.5Cd3NaN14.5O15
C72H104N6O6
C72H42Ni3N6O13
C72H90Cu12N12Na4O65
C72H96O6
C74.78H46.32N8.46O20.92Zn2
C74Cd3O16N4H74
C75H129Cu3N11O37
C76.5H36Cl6F20O12Zn5
C76H116N14O42Zn3
C76H52N6O18Zn7
C78H54Co4N12O20
C78H54N18O13Zn4
C7H14EuN2O12
C7H15NO7PDy*2H2O
C7H15NO7PEu*2H2O
C7H15NO7PGd*2H2O
C7H15NO7PTb*2H2O
C7H3NO4Ba
C7H5FInNO5
C7H5NO5Mg
C800
C800/800
C80H50Mg15O80
C80H91.33CdCl6N6O20.67
C80H99N25O17Zn5
C88H78Mn6N4O22
C89H133N7O7
C8H10N2O5Zn
C8H11CuO7
C8H28Cu2N6O17S2
C8H2I3NO4Pb
C8H4N6FeNi
C8H5MgO5
C8H7CuN5
C8H7N5Ni
C8H8Cu2FeN6O12
C8H8Cu2MnN6O12
C8H8N2O5Cd
C9.50H9.50Li2N0.50O5.50
C900
C900/900
C900/950
C90H114Cd3Fe3N18O30
C94H81.50N7O30Zn4
C98H82F20O12Zn5
C99.50H120.50Cd4N15.50O35.50
C99H72Cd6O42
C9H11CdN5O
C9H11ClN2O4Cd
C9H14N12O6Co2
C9H25N37O11Cd5
C9H25N37O11Cu5
C9H3FeO6
C9H3FeO6/EtOH
C9H3GdO6
C9H5YO7 Dehydrated
Ca(BDC)(DMF)(H2O)
Ca-5TIA-Gel
Ca-5TIA-MOF
Ca-A
Ca-BTT
Ca-CHA
Ca-KFL
Ca-MOF-74
Ca-MOF16
Ca-rho-MOF
Ca-usf-ZMOF
Ca-X
Ca-Y
CA1
CA2
Ca48X
CAB-70
Cabot BP
CaBTB
CaBTT
CaCOF-d
CaH2
Calcinated Silicalite-1
CALF-22
CALF-25
CALF-30 after 24h at 25C and 90%RH
CALF-30 after 24h at 80C and 90%RH
CALF-30 post activation
Calgon F-400
Calixarene
CAMA gel
Carbon
Carbon AG5
Carbon AG5-H2O2
Carbon AG5-HClO4
Carbon AG5-HNO3
Carbon AG5-HNO3 (356K)
Carbon AM
Carbon AM-0.5
Carbon AM-1
Carbon AM-2
Carbon AM-3
Carbon AM-4
Carbon AX-21_33
Carbon B
Carbon Black
Carbon Black (Regenerated)
Carbon Black (Spent)
Carbon Black AS N880
Carbon Black CC N880
Carbon Black CC N990
Carbon Black CC N990 UP
Carbon Black CC N991 Lot 1
Carbon Black CC N991 Lot 2
Carbon Black EC N990
Carbon Black EC N991
Carbon Black Elftex120
Carbon Black GP N991
Carbon Black LU N880
Carbon Black N330
Carbon Black N375
Carbon Black SC N990
Carbon Black SRB N762
Carbon Black SterlingFT
Carbon Black TC N550
Carbon Composite C1-15
Carbon Composite C1-30
Carbon Composite C1-60
Carbon Composite C2-15
Carbon Composite C2-30
Carbon Composite C2-60
Carbon Composite C3-15
Carbon Composite C3-30
Carbon Composite C3-60
Carbon Composite C4-15
Carbon Composite C4-30
Carbon Composite C4-60
Carbon Composite C5-15
Carbon Composite C5-30
Carbon Composite C5-60
Carbon Composite C6-15
Carbon Fiber
Carbon Fiber Composite C
Carbon Fiber PCF
Carbon KNC-A-HCI
Carbon KNC-A-K
Carbon Molecular Sieve
Carbon Molecular Sieve Fibers
Carbon Molecular Sieve Fibers pre-evacuated at 500C
Carbon Molecular Sieves
Carbon Nanobundles
Carbon Nanofiber
Carbon Nanohorns
Carbon Nanosheets
Carbon Nanotube
Carbon Nitride Aerogel
Carbon NPC (Large Size)
Carbon NPC (Middle Size)
Carbon NPC (Small Size)
Carbon PAF-301
Carbon PAF-302
Carbon PAF-303
Carbon PAF-304
Carbon SBA-15
Carbon SBA-C
Carbon SBA-C-A-HCI
Carbon SBA-C-A-K
Carbon SBA-NC
Carbon Slit
Carbon Slit Pore
Carbon Slit Pore (internal pore width = 10.29 Angstrom)
Carbon Slit Pore (internal pore width = 11.26 Angstrom)
Carbon Slit Pore (internal pore width = 11.78 Angstrom)
Carbon Slit Pore (internal pore width = 12.32 Angstrom)
Carbon Slit Pore (internal pore width = 13.48 Angstrom)
Carbon Slit Pore (internal pore width = 14.75 Angstrom)
Carbon Slit Pore (internal pore width = 16.14 Angstrom)
Carbon Slit Pore (internal pore width = 19.32 Angstrom)
Carbon Slit Pore (internal pore width = 23.13 Angstrom)
Carbon Slit Pore (internal pore width = 28.97 Angstrom)
Carbon Slit Pore (internal pore width = 3.15 Angstrom)
Carbon Slit Pore (internal pore width = 3.49 Angstrom)
Carbon Slit Pore (internal pore width = 3.82 Angstrom)
Carbon Slit Pore (internal pore width = 36.27 Angstrom)
Carbon Slit Pore (internal pore width = 4.18 Angstrom)
Carbon Slit Pore (internal pore width = 4.58 Angstrom)
Carbon Slit Pore (internal pore width = 47.52 Angstrom)
Carbon Slit Pore (internal pore width = 5.01 Angstrom)
Carbon Slit Pore (internal pore width = 5.48 Angstrom)
Carbon Slit Pore (internal pore width = 6.00 Angstrom)
Carbon Slit Pore (internal pore width = 6.56 Angstrom)
Carbon Slit Pore (internal pore width = 6.86 Angstrom)
Carbon Slit Pore (internal pore width = 65.11 Angstrom)
Carbon Slit Pore (internal pore width = 7.18 Angstrom)
Carbon Slit Pore (internal pore width = 7.85 Angstrom)
Carbon Slit Pore (internal pore width = 8.59 Angstrom)
Carbon Slit Pore (internal pore width = 8.99 Angstrom)
Carbon Slit Pore (internal pore width = 9.40 Angstrom)
Carbon Slit Pore (internal pore width =7.18 Angstrom)
Carbon Slit Pore (internal pore width =7.85 Angstrom)
Carbon Slit Pore (width = 72.4 Angstrom)
Carbon Soot
Carbon Sphere
Carbon Tube
Carbon WD
Carbon WD-H2O2
Carbon WD-HClO4
Carbon WD-HNO3
Carbon WD-HNO3 (356K)
Carbon/Zeolite
Carbonized Fiber PCF
Carbonized Fiber PCGF-H
Carbonized Fiber PCGF-N
Carbonyl Functionalized Graphite (20 Angstrom pore width)
Carbonyl Functionalized Graphite (9.2 Angstrom pore width)
Carbonyl_Hydroxyl Functionalized Graphite (20 Angstrom pore width)
Carbonyl_Hydroxyl Functionalized Graphite (9.2 Angstrom pore width)
Carbopack F
Carbosieve G
Carbotech Activated Carbon
Carboxen
Carboxen 1000
Carboxen 1003
Carboxen 569
CAT@ZIF-90
CAU-1
CAU-1-NH2
CAU-1-NHCH3
CAU-1-NHCOCH3
CAU-10
CAU-10-CH3
CAU-10-H
CAU-10-NH2
CAU-10-NO2
CAU-10-OCH3
CAU-10-OH
CAU-10-pydc
CAU-13
CAU-8
CAU-9a
CAUMOF-11
CB/4Pt/MOF-5
CB10H11Sc
CB5H6Sc
CBV-901
CCT1
CCT2
CCT3
CCT4
Cd (II)-MOF [Cd(L)(DMF)]
Cd(II)-MOF
Cd-4TP-1
Cd-MOF-1
CD-MOF-2
Cd-MOF-74
Cd-PBM
Cd-TMBP-Triazole-diyl-TAA
Cd1.5(H3O)3[(Cd4O)3(hett)8]*6H2O
Cd3C28H30N20O4
Cd3[(Cd4Cl)3(BTT)8(H2O)12]2*19DMF*129H2O
Cd3[Co(CN)6]2
Cd3[Co(CN)6]2(nH2O) Nanocubes
Cd3[Co(CN)6]2(nH2O) Octahedrons
CdBTC
CDC-1300-1000
CDC-3-1000-1000
CDC-3-1300-1000
CDC-5-1000-850 DVB
CdC15H20N2O7
CDMOF-1
CdS
CdSDB
Ce2(ADB)3(DMSO)4*6DMSO*8H2O
Cellular Carbon Foam
Cellular Carbon Foam (1% Aluminum Nitrate)
Cellular Carbon Foam (2% Aluminum Nitrate)
Cellular Carbon Foam (3% Aluminum Nitrate)
Cellular Carbon Foam (4% Aluminum Nitrate)
Cellular Carbon Foam (5% Aluminum Nitrate)
Cellular Carbon Foam (cycle 1)
Cellular Carbon Foam (cycle 2)
Cellular Carbon Foam (cycle 3)
Cellular Carbon Foam (cycle 4)
Cellular Carbon Foam (cycle 5)
Cellulose MOF
Ceramic Foam
CF1ac
CF2ac
CFCMS Carbon Fiber
CH2NH2(1)-PCN-125
CH2NH2(2)-PCN-125
CH3(1)-PCN-125
CH3(2)-PCN-125
CH3-IRMOF-1
CH3-MOF-5
CH3-MOF-5-40h
CH3CO2-
CH3MOF-5-H40
CHA
Chabazite
Charcoal
Chem 2-Li
Chem-1 Li
Chem-4 Li
Ci/Ceramic Cantilever
CID-1
CID-13
CID-3
CID-5
CID-5/6
CID-5/6 (X = .06)
CID-5/6 (X = .13)
CID-5/6 (X = .22)
CID-5/6 (X = .43)
CID-5/6 (X = .61)
CID-5/6 (X = .82)
CID-6
CID-N3
Cl-MOF-5
Cl-MOF-5-24h
CL-polymer
Cl-Zn-CBTACN
Cl-Zn2-CBTACN
Cl2Cu*3CuH2O2
ClAu-PCM-10
Clay nanopores (width=1nm)
Clay nanopores (width=1nm) with cation exchange
Clay nanopores (width=4nm)
Clay nanopores (width=4nm) with cation exchange
Clinoptilolite
ClMOF-5
Closed-SWCNH
Cmcm-Na0
Cmcm-Na4
Cmcm-Na8
CMK-3
CMK-5
CMPN-1
CMPN-2
CMPN-3
CMS C600
CMS C700
CMS C800
CMS C900
CMS-T3A
CND
CNF
CNF@MIL-53
CNG
CNI-3P
CNT double 2.5nm
CNT double 2.5nm - inner
CNT double 2.5nm - outer
CNT double 2.5nm - unrestricted
CNT@CuBTC
Co(BDC)(PNO)
Co(bdc)dabco
Co(BDP)
Co(BDP)*2DEF*H2O
Co(bdp)-.2 g/cm^3 of stress
Co(bdp)-.52 g/cm^3 of stress
Co(bdp)-.75 g/cm^3 of stress
Co(bpy)1.5(NO3)2*(ACN)
Co(bpy)1.5(NO3)2*(DCM)
Co(bpy)1.5(NO3)2*(EtOH)
Co(bpy)1.5(NO3)2*(MeCN)
Co(bpy)1.5(NO3)2*(MeOH)
Co(bpy)1.5(NO3)2*(THF)
Co(II)-doped MOF-5
Co(Im)1.3(5-ClbIM)0.7
Co-(H2O)2[Ni(CN)4]*3H2O
Co-BTTB-BPY
Co-BTTB-DMBPY
Co-DABCO
Co-DMOF-TM
Co-DOBDC
Co-FA
Co-HFMOF-D
Co-MOF
Co-MOF-5
Co-MOF-74
Co-MOF-74 (BSS)
Co-MOF-74 (BSSP)
CO-MOF-74 (Buch)
Co-MOF-74 (DL)
Co-MOF-74 with residual MeOH
Co-MOF-74(M)
Co-MOF-74(S)
Co-NIC
Co-POM/MIL-101
Co-Py2PO
Co-SLUG-35
Co/NPC-600
Co/NPC-800
Co0.06Zn0.94(nim)2
Co100-MOF-74
Co14-MOF-74
CO2 Activated Bituminous
Co2(4-Ptz)2(2-NH2-BDC)(DMA)]n
Co2(BDC)2(DPNDO)
Co2(BDC)2(DPNDO)-Channel
Co2(dhtp)
Co2(dobdc)
Co2(NH2-BDC)1.5(L)(HCO2) solvent
Co21-IRMOF-1
Co21-MOF-5
Co2L
Co3(BTB)2(DMA)2
Co3(BTC)2
Co3(DPyP)3 4DMF
Co3(HCOO)6
Co3(ndc)3(bbi)(CH3CN)2
Co3[(Co4Cl)3(BTT)8(H2O)12]2
Co3[(Mn4Cl)3(BTT)8]2*1.7CoCl2
Co3[Co(CN)6]2
Co50-MOF-74
Co50Zn-MOF-74
Co61-MOF-74
Co8-IRMOF-1
Co84Cu-MOF-74
Co9(btc)6(tpt)2(H2O)15]
Coal
Coal A
Coal B
Coal B2-10
Coal B2-11
Coal B4
Coal based steam activated carbon
Coal based steam activated carbon (washed)
Coal C3-2
Coal D3-3
Coal GHA1-09
Coal J10
Coal Norit
Coal RU1
Coal W1
Coal-derived Activated Carbon
coated HKUST-1
coated ZnBT
Cobalt Triazolyl Phosphonate MOF
Cobalt Triazolyl Phosphonate MOF (95%RH)
Cobalt Triazolyl Phosphonate MOF (Activated at 403K)
CoBTC
CoC24O4N2H16
CoC24O4N2H16(4.5H2O)
CoC6H3(COOH1/3)3(NC5H5)2.2/3NC5H5
Coconut based steam activated carbon
Coconut based steam activated carbon (washed)
COF-05
COF-1
COF-1 (9 A)
COF-1-bridges-Pt/AC
COF-10
COF-102
COF-102-2
COF-102-3
COF-102-4
COF-102-5
COF-102-Ant
COF-102-Eth-trans
COF-102-HEt
COF-102-HiPr
COF-102-HnHex
COF-102-HPr
COF-102-HtBu
COF-102-Met-Met
COF-103
COF-103-Eth-trans
COF-103-Met-Met
COF-105
COF-105 OLi
COF-105-Eth-trans
COF-105-Met-Met
COF-108
COF-108-CH4
COF-108-CO2
COF-108-Met-Met
COF-108-N2
COF-108-O2
COF-18A
COF-202
COF-212
COF-366
COF-42
COF-43
COF-5
COF-6
COF-8
COF-NT
COK-15
Coking Coal
Combustor Soot
COMOC-2
COMOC-2(V^IV)
COMOC-2(V^IV/V^III)
COMOC-3
CoMOF
Composite C6-30
Composite C6-60
Composite C7-13
Composite C7-30
Composite C7-60
Composite C8-15
Composite C8-30
Composite C8-60
Compressed Exfoliated Graphite
COOH-MIL-53
COOH-MIL-53(Al)
Core-Shell IRMOF-2@MOF-5
Corrole
Cosalen@MIL-100(Cr)
COU-2
CoVSB-1
CoZn(DPB) activated
CoZn(DPB) after compression at 0.2 MPa
CoZn(DPB)after compression at 0.2 MPa
CP 811C 300
CP 811E 150
CP 914C
CPBUT
CPF-1
CPF-13
CPGLY
CPHEX
CPL-1
CPL-11
CPL-2
CPL-201
CPL-5
CPM-12
CPM-13
CPM-15-Co
CPM-15-Mg
CPM-15-Ni
CPM-19-Nd
CPM-20
CPM-42
CPM-5
CPM-6
CPMEK
CPO-26-Mg
CPO-27(Ni)
CPO-27-Co
CPO-27-Co (10 A)
CPO-27-Cu
CPO-27-Fe
CPO-27-Mg
CPO-27-Mg(100%)
CPO-27-Mg(16%)
CPO-27-Mg(33%)
CPO-27-Mg(50%)
CPO-27-Mg(67%)
CPO-27-Mg(83%)
CPO-27-Mg-a
CPO-27-Mg-b
CPO-27-Mg-c
CPO-27-Mn
CPO-27-Ni
CPO-27-Zn
CPO-8-BPY
CPO-8-BPY-150
CPO-8-DEF
CPO-8-DPA
CPO-8-DPA-150
CPO-8-DPE
CPO-8-DPE-150
CPO-8-DPP
CPO-8-DPP-150
CPP-6
CPP-7
CPP-8
CPPET94
CPS
CPS-Cu10
CPS-Cu20
CPTHF
CPTHF_re-activated_deg150
CPWAT
Cr(OH)BDC
Cr-BDC
Cr-BTB
Cr-MHz
Cr-MIL(101)
Cr-MIL-101
Cr-MIL-101(4-NIm)
Cr-MIL-101-bipy
Cr-MIL-101-NH2
Cr-MIL-101-NO2
Cr-MIL-101_amide
Cr-MIL-101_urea
Cr-MIL-53
Cr-MOF
Cr-MOF fiber
Cr-MOF fibers
Cr-MOF nanocrystals
Cr3(BTC)2
CrBDC
CrBTC
CrN11100
CrN11150
CrN1160
CrN12100
CrN12150
CrN1260
CrN21100
CrN21150
CrN2160
Crushed Luscar Coal
Cs-rho-MOF
Cs-usf-ZMOF
Cs2[Cr3O-(OOCC2H5)6(H2O)3]2[alpha-SiW12O40]*4H2O
CT
Cu(1,3-BDC)(H2O)
Cu(1,3-BDC)(PY)2
Cu(26NDC) nanosheet
Cu(BDC) (60mL DMF 100W Microwave)
Cu(BDC) (60mL DMF 300W Microwave)
Cu(BDC) (87mL DMF 100W Microwave)
Cu(BDC) (87mL DMF 300W Microwave)
Cu(BDC-OH)
Cu(BDT)(DMF)
Cu(BDTri)(DEF)
Cu(BF4)2(bpy)2
Cu(bpy)2(BF4)2
Cu(BTC)2
Cu(C10H6O6)(H2O)1.66H2O
Cu(C3H3N2)2
Cu(C9H3N4O4)0.5(NO3)0.167(O2-)0.167(H2O)3.9
Cu(CO2R)4
Cu(dhbc)2(440-bpy)
Cu(H2O)2[Pt(CN)4]*2H2O
Cu(hfipbb)(H2hfipbb)0.5
Cu(int)2DMF
Cu(OH)2
Cu(PyenH2)(NO3)2
Cu(tpa)*(dmf)
Cu-(hfipbb)(H2hfipbb)0.5
Cu-3
Cu-4
Cu-BDC
Cu-BTC
Cu-BTC (diethylene glycol)
Cu-BTC (ethylene glycol)
Cu-BTC FMSA
Cu-BTC GCMC
Cu-BTC MFA
Cu-BTC WDA-L
Cu-BTC WDA-Y
Cu-BTC-PF6-1
Cu-BTC-PF6-10%
Cu-BTC-PF6-15
Cu-BTC-PF6-2
Cu-BTC-PF6-3
Cu-BTC-PF6-5%
Cu-BTC-PF6-5%(exp)
Cu-BTC-PF6-8
Cu-BTC-Tf2N-1%
Cu-BTC-Tf2N-10
Cu-BTC-Tf2N-3
Cu-BTC-Tf2N-5%
Cu-BTC-Tf2N-8
Cu-BTEC
Cu-BTTri
Cu-CHD
Cu-DABCO
Cu-DABCO-MOF
Cu-DDQ
Cu-DMOF-TM
Cu-DOBDC (DREIDING Parameters-Universal Force Field + TraPPE Model)
Cu-F-MOF-4B
Cu-FDA-1
Cu-FDA-2a
Cu-FDA-2b
Cu-hfipbb
Cu-HKUST-1 (DREIDING Parameters-Universal Force Field + TraPPE Model)
Cu-IRMOF-1
Cu-Iso-MOF
Cu-MCM-BTC
Cu-MMOM
Cu-MOF
Cu-MOF (1st wash)
Cu-MOF (3rd wash)
Cu-MOF-1
Cu-MOF-2
Cu-MOF-5
Cu-MOF-74
Cu-MOF-CTAB
Cu-MOF-CTAB (1st wash)
Cu-MOF-NO3
Cu-MOF-P123
Cu-MOF-P123 (1st wash)
Cu-MOF-P123 (3rd wash)
Cu-MOF-SDS
Cu-MOF-SiF6
Cu-MOF/MCF(M)-COOH
Cu-PCN
Cu-SAPO-34
Cu-SDU-1
Cu-SDU-1 (100 degrees C)
Cu-SDU-1 (40 degrees C)
Cu-SDU-1 (80 degrees C)
Cu-SIP-3
Cu-SSZ13
Cu-TBA-1
Cu-TBA-2
Cu-TBA-2F
Cu-TDPAT
Cu-TDPAT and IRMOF-8
Cu-TEI
Cu-TPBTM
Cu/MIL-101(Cr)
Cu/ZnO@MOF-5
Cu0.97Zn0.03(nim)2
Cu1.6Mn1.4[Co(CN)6]2
Cu2(BTC)3
Cu2(C6H4(PO3H)2)2(C2H4N4)2(H2O)3
Cu2(dhtp)
Cu2(dobdc)
Cu2(O2CH)4
Cu2(OH)(C8H3O7S)(H2O)2H2O
Cu2(PDC)2
Cu2(phbpz)]*2DEF*MeOH
Cu2(tptc)
Cu2(TPTC-OEt)
Cu2(TPTC-OMe)
Cu2(TPTC-O^n Hex)
Cu2(TPTC-O^n Pr)
Cu2-Framework
Cu2.3Mn0.7[Co(CN)6]2
Cu2C23H23NO14
Cu2Cl(OH)3
Cu2I2(BTTP4)
Cu2L
Cu2L2
Cu2L3
Cu2L^2
Cu2L^3
Cu2O
Cu2V4O16-2D
Cu2[Fe(CN)6]
Cu3(btc)2(3-picolylamine)2
Cu3(btc)2(4-picolylamine)1.5
Cu3(btc)2(en)2.4
Cu3(btc)2/GO-h
Cu3(btc)2/GO-l
Cu3(btc)2/GO-m
Cu3(BTC)2@TiO2
Cu3(cdm)4
Cu3(NH2btc)2
Cu3(TATAB)2(H2O)3*8DMF*9H2O-HBr
Cu3(TATAB)2(H2O)3*8DMF*9H2O-HCl
Cu3(TATAB)2(H2O)3*8DMF*9H2O-HF
Cu3(TATB)2(H2O)3
Cu3[(Cu2.9Mn1.1Cl)3(BTT)8]2*2CuCl2
Cu3[Co(CN)6]*yH2O
Cu3[Co(CN)6]2
Cu3[Fe(CN)6]*yH2O
Cu3[Fe(CN)6]2
Cu3[Ir(CN)6]*yH2O
Cu3[Ir(CN)6]2
Cu4(OH)2(C8H3O7S)2
Cu4Cl3(btt)8
Cu5[L2]2(H2O)6
Cu@MOF-177
Cu@MOF-5
CuAlF4.5(OH)0.5(H2O)[HAmTAZ]2
CuBDC
CuBDC bulk
CuBDC nanosheet
CuBDP-C2H5
CuBDP-CH3
CuBDT
CuBOTf
CuBTB
CuBTC
CuBTC (AsH3 dry)
CuBTC (AsH3 wet)
CuBTC (H2S dry)
CuBTC (H2S wet)
CuBTC (Lamia)
CuBTC (NH3 dry)
CuBTC (Rubes)
CuBTC 100/100
CuBTC 50/110
CuBTC 75/110
CuBTC 75/140
CuBTC 75/80
CuBTC Membrane
CuBTC(Cu)
CuBTC(Rubes)
CuBTC*S12.5
CuBTC-At
CuBTC-bridges-Pt/AC
CuBTC-MW
CuBTC-MW@H3PW12O40
CuBTC-P1000
CuBTC-P10000
CuBTC/CF
CuBTC/GO
CuBTC/GO-U1
CuBTC/GO-U2
CuBTC/GO-U3
CuBTC/Graphite Oxide
CuBTC/Silica
CuBTC@3pico
CuBTC@4pico
CuBTC@en
CuBTT
CuBTTri
CuBTTri-mmen
CuCl
CuDABCO
CuII {[Mg3(ndc)2.5(HCO2)2(H2O)][NH2Me2]2H2ODMF}
CuIMFU-4l
CUK-1
CUK-2
CuMG
CuMG-n
CuMGO
CuMOF
CuMOF-PI
CuMOF-PI (ground)
CuMOF-TBP
CUP-1
CuSO4
CuTPA
Cu[Pt(CN)6]
CYCU-3
CYCU-4
Cys-MTV-MOF
D-rGA
DArE@PAF-1 1wt%
DArE@PAF-1 1wt%(Photoswitched)
DArE@PAF-1 20wt%
DArE@PAF-1 20wt%(Photoswitched)
DArE@PAF-1 50wt%
DArE@PAF-1 50wt%(Photoswitched)
DArE@PAF-1 5wt%
DArE@PAF-1 5wt%(Photoswitched)
DAT-MOF-1
DBT adsorbed Fe3O4@PAA@MOF-99(L)
DBT-IFMC-16
DCPCBim-MOF-Zn
DDR
DEF-Derived IRMOF-1/MOF-177
Dehydrated MIL-53
Dehydrated PCN-13
Dehydrd-UiO-66
Dehydrd-UiO-66-Br
Dehydrd-UiO-66-NH2
Dehydrd-UiO-66-NO2
Dehydroxylated UiO-66
Demineralized pyrolized coal steam activated for 10h
Demineralized pyrolized coal steam activated for 5h
Demo Zeolite 5A
Demo ZIF-8
Desolvated C102H158O25N24F6Ni3
Desolvated C12H13CuN5O6
Desolvated C30H36Co2N2O16
Desolvated C35.50H31CoN3O9.50
Desolvated C4H4N6Cu
Desolvated C76H56Cl4Hg4N20O8S4
Desolvated PCM-14a
Desolvated PCN-13
Desolvated {[Mg(DHT)]2DMSO}n
DETA-MIL-101
DiAmGND-bio-MOF-1
Diamond
Diamond nanoparticles
DiCH3-IRMOF-1
dmen-Mg2(dopdc)
DMF
DMF-Derived IRMOF-1/MOF-177
DMOF
DMOF-1
DMOF-1-AM3
DMOF-1-AM5
DMOF-1-AMPh
DMOF-1-bpdc
DMOF-1-dcppy
DMOF-1-NH2
DMOF-1-NHMe
DMOF-1-NMe2
DMOF-10
DMOF-11
DMOF-12
DMOF-13
DMOF-14
DMOF-15
DMOF-2
DMOF-3
DMOF-4
DMOF-5
DMOF-6
DMOF-7
DMOF-8
DMOF-9
DMOF-A
DMOF-Br
DMOF-Cl2
DMOF-N
DMOF-NO2
DMOF-OH
DMOF-TM1
DMOF-TM2
DNL-6
Domestic Active Carbon
Dop-MIL-101(Cr)
Double Walled CNT r=2.5nm (epsilon=0.288 kJ/mol)
Double Walled CNT r=2.5nm (epsilon=0.359 kJ/mol)
Double Walled CNT r=2.5nm (epsilon=0.431 kJ/mol)
Double Walled CNT r=2.5nm (sigma=0.306nm)
Double Walled CNT r=2.5nm (sigma=0.340nm)
Double Walled CNT r=2.5nm (sigma=0.374nm)
Double Walled CNT r=2.5nm d=0.2nm
Double Walled CNT r=2.5nm d=0.5nm
Double Walled CNT r=2.5nm d=0nm
Double Walled CNT r=2.5nm d=15nm
Double Walled CNT r=2.5nm d=1nm
Double Walled CNT r=2.5nm d=2nm
Double Walled CNT r=2.5nm d=4nm
Drierite
Dry Activated Carbon F400
Dry Beulah Zap Coal
Dry Coal
Dry Pocahontas Coal
Dry Upper Freeport Coal
Dry Wyodak Coal
DS-RF
DS-RF-127
DS-RF-F127
DTHP673
DUT-10(Co)
DUT-10(Cu)
DUT-10(Zn)
DUT-11
DUT-12
DUT-13
DUT-23(Co)
DUT-23(Cu)
DUT-23(Zn)
DUT-24
DUT-25
DUT-4
DUT-49
DUT-5
DUT-5-dcppy
DUT-6
DUT-67
DUT-7
DUT-7 (rac)
DUT-8(Co)
DUT-8(Cu)
DUT-8(Ni)
DUT-8(Ni) (10 cycles)
DUT-8(Ni) (100 cycles)
DUT-8(Ni) (10 cycles)
DUT-8(Ni) (100 cycles)
DUT-8(Zn)
DUT-9
DUT-9-SCD
DUT-90
DUT-91
DUT-95
Dy2Mn3(ndc)6(bipy)2
DynaMOF-100
E-ELM-11
e-Pt/AC_1 in IRMOF-8
e-Pt/AC_2 in Cu-TDPAT
EcoSorb Activated Carbon
ED-MIL-101
ED-sod-ZMOF
ED-ZIF-8
eea-MOF-4
eea-MOF-5
ELM-11
ELM-11 (10 cycles)
ELM-11 (100 cycles)
EMI-TFSA@ZIF-8
EPI
Epoxy Functionalized Graphite (20 Angstrom pore width)
Epoxy Functionalized Graphite (9.2 Angstrom pore width)
Er(BDC)1.5(DMF)(H2O)
Er-Co
Er2(BDC)3(DMF)2(H2O)2*H2O
Er2(BDC)3(phen)2*3H2O
Er2(BDC-F4)3(DMF)(H2O)*DMF
Er2(TBDC)3(phen)2*4DMF*2H2O
Et-MnCr
ETS 10 (La/H)
ETS-10
Eu+3@MIL-121
EU-1
Eu2(ADB)3(DMSO)4*6DMSO*8H2O
Eu3+/Tb3+@Al-MIL-53-COOH
Eu3+@Al-MIL-53-COOH
Eu3+@{[NH2(CH3)2][Zn(atz)(ox)]$H2O}n
Eu@446-MOF
Eucalyptus Charcoal
Eucalyptus Charcoal heated to 1023K
Eucalyptus Charcoal heated to 1273K
Eucalyptus Charcoal heated to 523K
Eucalyptus Charcoal heated to 773K
f Zn4O(TPB)4/3(BDC)
F-MOF-4
F-MOF-6
F-Zn-CBTACN
F1N9-CMS
F300
F3N7-CMS
F400
F5N5-CMS
FAPO-5
FAU-Si
Faujasite DAY
Faujasite NaY
Faujasite-Metglas Strip
FCNF
fcu-PTP
fcu-TPT
Fe(bdp)
Fe(pz)-Ni(CN)4
Fe(pz)[Pt(CN)4]
Fe-BTB
Fe-BTC
Fe-FDA
Fe-IRMOF16
Fe-MIL-100
Fe-MIL-88B
Fe-MOF
Fe-MOF-5
Fe-MOF-74
Fe-PCN-223
Fe2(dobdc)
Fe2(O2)(dobdc)
Fe2@MIL-100(Fe)
Fe2NiO(Piv)6(L)(H2O)
Fe3O4
Fe3O4-Pyridine/CuBTC
Fe3O4/CuBTC
Fe3O4/CuBTC*H2Dz
Fe3O4/MOFs
Fe3O4@MIL-101
Fe3O4@PAA@MOF-199(L)
Fe3O4@PAA@MOF-99(H)
Fe3O4@SiO2-MIL-101
Fe3[(Fe4Cl)3(BTT)8(MeOH)4]2
Fe3[(Mn4Cl)3(BTT)8]2*FeCl2
Fe4(mu3-O)2(BTB)8/3(DMF)2(H2O)2*(DMF)10(H2O)2
FeBTC
FeCID-1
FeCID-2
FeCID-5
FeCID-6
FeMGO
FeMOF-74
Ferrerite
FIR-12a-ht
FIR-2-ht
FIR-3a-ht
FIR-3b-ht
FIR-3c-ht
FIR-4-ht
FIR-4a-ht
FIR-5-ht
FIR-51
FIR-5a-ht
FIR-6
FIR-7
FIR-7a-ht
FIR-8a-ht
FJI-1
FJI-2
FJI-3
FJI-C1
FJI-H5
FJI-H8
FJU-12a
Fluka Charcoal
FMOF-1
FMOF-2
FMOFCu
FMOFZn
ftw-Py-4TP
Fullerene
Fused-Silica Capillary
Ga-BTB
Ga-MIL-53
Ga-MIL-88B
Ga3O15C24H15
Gamma-Al2O3
Gamma-Fe2O3/C-1
Gamma-Fe2O3/C-2
Gamma-Fe2O3/C-3
Gamma-Fe2O3/C-4
Gamma-Fe2O3/C-5
Gamma-Fe2O3/C-6
Gamma-Fe2O3/C-7
Gamma-Mg-(BH4)2
GaMOF-1
Gas Cylinder
GB-e
GB-i
Gd-Co
Gd-pDBI
Gd2(ADB)3(DMSO)4*6DMSO*8H2O
Gd2Cu(m-H2O)2(ip)4(CH3CH(NH3)CO2)2*H2O)
gea-MOF-1
GEGZEY
Glassy Carbon
Glassy Carbon (pore = 0.35nm)
Glassy Carbon (pore = 0.9nm)
Glassy Carbon (pore = 1.6nm)
Glassy Carbon (pore = 2.2nm)
Glassy Carbon (pore = 2.6nm)
Glassy Carbon (pore = 3nm)
Glassy Carbon - CO2 activated
Glassy Carbon - KOH activated
GND-bio-MOF-1
GNP
GO
GO-BBF4/MOF-60
GO-TAC/MOF-30
GO-TAc/MOF-60
GO-TAc/MOF-90
GO-TBF4/MOF-60
GO-Ti
GO-U1
GO-U2
GO-U3
GO/MIL-101
GO1
GO1-ED
GO1-EM
GO@Cd-PBM
GOB-ED
GOB-EM
GOC16Si-1-823
GOC16Si-22-823
GOC16Si-6-823
GP-d
Grade 03 Silica Gel
Grafoil
Graphene
Graphene (interpore interaction)
Graphene (no interpore interaction)
Graphene Layer (100 Angstrom box length)
Graphene Layer (150 Angstrom box length)
Graphene Layer (60 Angstrom box length)
Graphene Oxide heated to 353K
Graphene Oxide heated to 373K
Graphene Oxide heated to 393K
Graphene Oxide Hydrogel heated to 353K
Graphene Oxide Hydrogel heated to 373K
Graphene Oxide Hydrogel heated to 393K
Graphite
Graphite (0.4-nm pore width)
Graphite (0.6-nm pore width)
Graphite (0.7-nm pore width)
Graphite (0.8-nm pore width)
Graphite (0.9-nm pore width)
Graphite (1-nm pore width)
Graphite (1.2-nm pore width)
Graphite (1.5-nm pore width)
Graphite (1.7-nm pore width)
Graphite (2-nm pore width)
Graphite (20 Angstrom pore width)
Graphite (3-nm pore width)
Graphite (6-nm pore width)
Graphite (9-nm pore width)
Graphite (9.2 Angstrom pore width)
Graphite (pore width=10.82 Angstrom)
Graphite (pore width=4.06 Angstrom)
Graphite (pore width=4.40 Angstrom)
Graphite (pore width=4.74 Angstrom)
Graphite (pore width=5.07 Angstrom)
Graphite (pore width=5.41 Angstrom)
Graphite (pore width=5.92 Angstrom)
Graphite (pore width=6.43 Angstrom)
Graphite (pore width=6.77 Angstrom)
Graphite (pore width=7.44 Angstrom)
Graphite (pore width=7.95 Angstrom)
Graphite (pore width=8.63 Angstrom)
Graphite (pore width=9.30 Angstrom)
Graphite (pore width=9.96 Angstrom)
Graphite (slit pore width 1.2 nm)
Graphite (slit pore width 2 nm)
Graphite Atomistic Model
Graphite HSAG-100
Graphite HSAG-300
Graphite Nanofibers
Graphite Nanofibers - water washed
Graphite Nanofibers etched at 1073K
Graphite Nanofibers etched at 1073K - water washed
Graphite Nanofibers etched at 1173K
Graphite Nanofibers etched at 1173K - water washed
Graphite Nanofibers etched at 1273K
Graphite Nanofibers etched at 1273K - water washed
Graphite Nanofibers etched at 973K
Graphite Nanofibers etched at 973K - water washed
Graphite Oxide
Graphite Oxide Cu-BTC
Graphite Oxide Cu-BTC (1st cycle)
Graphite Oxide Cu-BTC (2nd cycle)
Graphite Oxide Cu-BTC (3rd cycle)
Graphite Oxide Cu-BTC (4th cycle)
Graphite Oxide/Urea Cu-BTC 1
Graphite Oxide/Urea Cu-BTC 1 (1st cycle)
Graphite Oxide/Urea Cu-BTC 1 (2nd cycle)
Graphite Oxide/Urea Cu-BTC 1 (3rd cycle)
Graphite Oxide/Urea Cu-BTC 1 (4th cycle)
Graphite Oxide/Urea Cu-BTC 2
Graphite Oxide/Urea Cu-BTC 2 (1st cycle)
Graphite Oxide/Urea Cu-BTC 2 (2nd cycle)
Graphite Oxide/Urea Cu-BTC 2 (3rd cycle)
Graphite Oxide/Urea Cu-BTC 2 (4th cycle)
Graphite Oxide/Urea Cu-BTC 3
Graphite Oxide/Urea Cu-BTC 3 (1st cycle)
Graphite Oxide/Urea Cu-BTC 3 (2nd cycle)
Graphite Oxide/Urea Cu-BTC 3 (3rd cycle)
Graphite Oxide/Urea Cu-BTC 3 (4th cycle)
Graphite Powder
Graphite Powder (18% weight loss after burning)
Graphite Powder (51% weight loss after burning)
Graphite Slit Pore
Graphite(Ar milled)
Graphite(O2 milled)
Graphitised Thermal Carbon Black (OPLS-AA F=1.0 Atomistic)
Graphitised Thermal Carbon Black (OPLS-AA F=1.0 Structure-less)
Graphitised Thermal Carbon Black (OPLS-AA k=-0.06)
Graphitised Thermal Carbon Black (TraPPE-EH F=0.9 Atomistic)
Graphitised Thermal Carbon Black (TraPPE-EH F=0.9 Structure-less)
Graphitised Thermal Carbon Black (TraPPE-EH F=1.0 Structure-less)
Graphitised Thermal Carbon Black (TraPPE-UA k=-0.06)
Graphitised Thermal Carbon Black (TraPPE-UA k=-0.12)
Graphitised Thermal Carbon Black (TraPPE-UA)
Graphitised Thermal Carbon Black (TraPPE-UA-9 F=0.9 Atomistic)
Graphitised Thermal Carbon Black (TraPPE-UA-9 F=0.9 Structure-less)
Graphitised Thermal Carbon Black (TraPPE-UA-9 F=1.0 Structure-less)
Graphitized Carbon Black
Graphitized Carbon Blacks
Graphitized Thermal Carbon Black (finite pore)
Graphitized Thermal Carbon Black (infinite pore)
Graphitized Thermal Carbon Black (ksf=0)
Graphitized Thermal Carbon Black (ksf=0.015)
Graphitized Thermal Carbon Black (ksf=0.025)
Graphon
GX31 superactivated carbon (Method BC)
GX31 superactivated carbon (Method DM-BC)
GX31 superactivated carbon (Method DM-V)
GX31 superactivated carbon (Method V)
H(1)-PCN-125
H-BEA(174)
H-BEA(5.0)
H-BETA-12.5
h-C800
H-Chabazite
H-DNL-6
H-FAU(2.9)
H-FAU(47.5)
H-FAU(6.8)
H-MOR(10.3)
H-MOR(91)
H-MOR-45
H-SAPO-34
H-SSZ-13
H-USY
H-USY-20
H-ZSM-5
H-ZSM-5 (Si/Al: 120)
H-ZSM-5 (Si/Al: 20)
H-ZSM-5 (Si/Al: 50)
H-ZSM-5-12.5
H-ZSM-5-280
H-ZSM-5-30
H-ZSM-5-50
H-ZSM-5-80
H0.34Na0.06Al0.4Si47.6O96
H1/3[(Co^II13/2(BTB)4(OH)4/3(DMA)3]-2DMA-4H2O
H2-Cr-MHz
H2-V-Glycolate150
H2-V-Oxalate150
H2BpybcCl2
H2O treated coated HKUST-1 3d
H2O treated HKUST-1 3d
H2PtCl6
H36K3O59SiW12
H3N+-b-Ala(1)-Phg(2)-COO-
H3N+-Phg(1)-b-Ala(2)-COO-
H3pbc
H3PW12O4/MIL-101
H3PW12O4/MIL-101-B
H3[(Cu4Cl)3(BTTri)8(DMF)12]*7DMF*76H2O
H3[(Cu4Cl)3(BTTri)8(en)5]*1.5PhMe
H3[(Cu4Cl)3(BTTri)8(H2O)12]*72H2O
H3[(Cu4Cl)3(BTTri)8(MeOH)12]*12MeOH*72H2O
H3[(Cu4Cl)3(BTTri)8]
H6P2W18O62/Cu3(BTC)2-10wt%
H6P2W18O62/Cu3(BTC)2-20wt%
H6P2W18O62/Cu3(BTC)2-30wt%
H6P2W18O62/Cu3(BTC)2-40wt%
H6P2W18O62@Cu3(BTC)2
HB-d
HB-e
HCC-1
HCC-2
HCM
HCu[(Cu4Cl)3(btt)8]*3.5HCl
Heat-Treated PVDC Carbon S850-1273K
Heat-Treated PVDC Carbon S850-1473K
Heat-Treated PVDC Carbon S850-1673K
Hemin-MOF
Hengevelde-I VI coal (dry)
Hengevelde-I VI coal (moist)
Hexaaminotriptycene 5
HF-HCl Residue Activated Carbon
Hg2+-RuMOFs
Hierarchical CuBTC
Highly Graphitised Carbon Black
His-MTV-MOF
HiSiv 1000
HiSiv 3000
HiSiv 3000 Zeolite
HKUST
HKUST BM-0
HKUST BM-100
HKUST BM-250
HKUST-1 (0.5T)
HKUST-1 (0T)
HKUST-1 (1.5T)
HKUST-1 (1T)
HKUST-1 General Potential
HKUST-1 loaded with 10mmol/g water
HKUST-1 loaded with 16.2mmol/g water
HKUST-1 loaded with 25.4mmol/g water
HKUST-1 replica
HKUST-1 Tuned Potential
HKUST-1-F
HKUST-1-F1
HKUST-1:Pt/AC
HKUST-1@AC50 (0.5T)
HKUST-1@AC50 (0T)
HKUST-1@AC50 (1.5T)
HKUST-1@AC50 (1T)
HKUST-1@PS_33
HKUST-1@PS_50
HKUST-1@PS_63
HMn8O16
HMTI-1
HNU-1
HNUST-1
HNUST-2
HNUST-3
HNUST-4
Ho-PCP
Holm-Oak Charcoal
Holm-Oak Charcoal heated to 1023K
Holm-Oak Charcoal heated to 1273K
Holm-Oak Charcoal heated to 523K
Holm-Oak Charcoal heated to 773K
HP-e
HP2MG
HPW(20)C9H3FeO6
HPW(50)C9H3FeO6
HPW(80)C9H3FeO6
HPW/CuBTC
HPW@MIL-101
Humic Coal
HY
HY-30
HY-5
HY-80
HyCOF-1
HyCOF-2
HyCOF-3
HyCOF-4
Hydrated Graphite (20 Angstrom pore width)
Hydrated Graphite (9.2 Angstrom pore width)
Hydrated MIL-53
Hydrazine Gel A100
Hydrazine Gel A150
Hydrazine Gel B100
Hydrazine Gel B150
Hydrazine Gel C100
Hydrazine Gel C150
Hydrazine Gel D100
Hydrazine Gel D150
Hydrd-UiO-66
Hydrd-UiO-66-Br
Hydrd-UiO-66-NH2
Hydrd-UiO-66-NO2
Hydrogen and Heat Treated Graphite (HYG1000)
Hydrogen and Heat Treated Graphite (HYG500)
Hydrogen Treated Graphite (HYG25)
Hydroxyl Functionalized Graphite (20 Angstrom pore width)
Hydroxyl Functionalized Graphite (9.2 Angstrom pore width)
Hydroxylated UiO-66
Hydroxyl_Carbonyl Functionalized Graphite (20 Angstrom pore width)
Hydroxyl_Carbonyl Functionalized Graphite (9.2 Angstrom pore width)
Hypercrosslinked Polymer
Hypothetical Microporous Adsorbent
HZSM-5
H[Ce(H2O)4]2[MnV13O38]*9NMP*17H2O
H[Cu(CH3OH)6][(Cu4Cl)3(btt)8-(H2O)12]*3.5HCl*36CH3OH
H[Cu(dmf)6][(Cu4Cl)3(btt)8(H2O)12]*3.5HCl*12H2O*16CH3OH
H[La(H2O)4]2[MnV13O38]*8NMP*9H2O
H[La(H2O)4]2[MnV13O38]*9NMP*17H2O
I-MOF
IBU/Zn2(bdc)2(dabco)
IFMC-1
IFMC-15
IFMC-16
IFMC-6
IFMC-68
IFMC-69
IFMC-7
IFMC-8
IFP-7
IL/IRMOF-1
ILCOF-1
Illinois No. 6 Coal
IM-19
IMBZCN
IMBZNH2
IMP-10
IMP-12
IMP-13Co
IMP-13Mg
IMP-14
IMP-8Cd
IMP-8Mn
IMP-9
In-BPnDC
In-MIL-68(10:5)
In-MIL-68(2:13)
In-MIL-68(3.5:11.5)
In-MIL-68(5:10)
In-MIL-68(6.5:8.5)
In-MIL-68(7.5:7.5)
In-MIL-68(hexagonal rods)
In-MIL-68(spheres)
In-MIL-88B
In-MOF
In-soc-MOF
In-soc-MOF (1 blocked)
In-soc-MOF (2 blocked)
In-soc-MOF (3 blocked)
In-soc-MOF (BSS)
In-soc-MOF (BSSP)
In-soc-MOF (Buch)
In3O15.5C25.5H12N0.5
Individual SWNT
Inf-3[Cu-Me-4py-trz-ia]
Infinite Double Buckytube 4.78 nm
InH(D-C10H14O4)2
Inner Double Walled CNT r=2.5nm d=0.2nm
Inner Double Walled CNT r=2.5nm d=0.5nm
Inner Double Walled CNT r=2.5nm d=0nm
Inner Double Walled CNT r=2.5nm d=15nm
Inner Double Walled CNT r=2.5nm d=1nm
Inner Double Walled CNT r=2.5nm d=2nm
Inner Double Walled CNT r=2.5nm d=4nm
InOF-1
InOF-2
InOF-2-Li+
Int-SWCNT
Interpenetrated-MOFMC-meso
IPr-Chir-UMCM-1
Ir NPs@ZIF-8
IRH-33
IRMOF (catenated)
IRMOF (N subsituted)
IRMOF-0h
IRMOF-1
IRMOF-1(CSA)@UTCS@SiO2
IRMOF-1+5WT% ENG
IRMOF-1-(NH2)4
IRMOF-1-1Li
IRMOF-1-2Li
IRMOF-1-4d
IRMOF-1-4Li
IRMOF-1-AH
IRMOF-1-AHI
IRMOF-1-AI
IRMOF-1-chem2Li
IRMOF-1-CSA
IRMOF-1-EHI
IRMOF-1-EI
IRMOF-1-GO1
IRMOF-1-GO2
IRMOF-1-GO3
IRMOF-1-H
IRMOF-1-H2O
IRMOF-1-P1
IRMOF-1-P2
IRMOF-1-P3
IRMOF-1-P4
IRMOF-1/2Cu(I)
IRMOF-1/3Cu(I)
IRMOF-1/4Cu(I)
IRMOF-1/AGO-O
IRMOF-1/Cu(I)
IRMOF-1/ENG
IRMOF-1/GO
IRMOF-1/GO-H
IRMOF-10
IRMOF-10-NH2
IRMOF-105
IRMOF-108
IRMOF-10Br-(pos2)
IRMOF-10Br-(pos3)
IRMOF-10NH2-(pos2)
IRMOF-10NH2-(pos3)
IRMOF-11
IRMOF-12
IRMOF-13
IRMOF-14
IRMOF-14 SO3H
IRMOF-14 SO3Li
IRMOF-15
IRMOF-16
IRMOF-177
IRMOF-18
IRMOF-2
IRMOF-2-24
IRMOF-2-24-Li
IRMOF-2-42
IRMOF-2-42-Li
IRMOF-2-54
IRMOF-2-54-Li
IRMOF-2-60
IRMOF-2-60-Li
IRMOF-2-96
IRMOF-2-96-Li
IRMOF-2-Br
IRMOF-2-Cl
IRMOF-2-F
IRMOF-2-I
IRMOF-20
IRMOF-3
IRMOF-3-AM5
IRMOF-3-AMPh
IRMOF-3-NH
IRMOF-3-NH2
IRMOF-3-O
IRMOF-3-OH
IRMOF-3-PI
IRMOF-3-PI-Cu
IRMOF-3-PI-Pd
IRMOF-3-Pr'(OP)
IRMOF-3-Pr(OP)
IRMOF-3-S
IRMOF-3-SH
IRMOF-3-URPh
IRMOF-3b
IRMOF-3beta
IRMOF-3c
IRMOF-4
IRMOF-5
IRMOF-6
IRMOF-61
IRMOF-62
IRMOF-7
IRMOF-8
IRMOF-8+PMN
IRMOF-8-6Li
IRMOF-8-NO2
IRMOF-9
IRMOF-992
IRMOF-993
IRMOF-993)
IRMOF-9M (mixed ligand)
IRMOF-M0
IRMOF-M1
IRMOF-M10
IRMOF-M11
IRMOF-M12a
IRMOF-M12b
IRMOF-M13
IRMOF-M1a
IRMOF-M1b
IRMOF-M2
IRMOF-M2a
IRMOF-M2b
IRMOF-M2c
IRMOF-M3
IRMOF-M3a
IRMOF-M3b
IRMOF-M3c
IRMOF-M3d
IRMOF-M4
IRMOF-M4a
IRMOF-M4b
IRMOF-M5
IRMOF-M6
IRMOF-M6a
IRMOF-M6b
IRMOF-M7
IRMOF-M7)
IRMOF-M8
IRMOF-M9
IRMOF16
ISE-1
ITF-1
ITQ-29
ITQ-37
ITQ-4
Janus IRMOF-2@MOF-5
Janus MOF-5@IRMOF-2
JBW
JLU-Liu1
JLU-Liu2
JLU-Liu2-en
Joppe-I IV coal (dry)
Joppe-I IV coal (moist)
Joppe-I IX coal (dry)
Joppe-I IX coal (moist)
Joppe-I VI coal (dry)
Joppe-I VI coal (moist)
JUC-100
JUC-103
JUC-105
JUC-110
JUC-120
JUC-132
JUC-135
JUC-48
JUC-77
JUC-99
K-C60-NaY
K-CD-MOF
K-CHA
K-COU-2
K-KFL
K-PAF-1-500
K-PAF-1-600
K-PAF-1-750
K-rho-MOF
K-usf-ZMOF
K-ZIF-68
K-ZIF-69
K-ZIF-70
K-ZIF-78
K-ZIF-79
K1.5H1.5[Cr3O(OOCCH3)6(H2O)3][alpha-GeW12O40]*9.5H2O
K2Mg(H2O)2(C8H4O8)
K2[Cr3O-(OOCH)6(4-etpy)3]2[alpha-SiW12O40]*2H2O
K6Na6Al12O48
Kaolinite
KC24
KC24 Activated Carbon
KCl
Kgm-MOF
KH
KH2[Cr3O(OOCCH3)6(H2O)3][alpha-GeMo12O40]*10H2O
KIT-6 Silica
KOH Activated Anthracite 1
KOH Activated Anthracite 2
KOH Activated Anthracite 3
KT Activated Carbon
L-DNL-6
L-MOF
L493
L6-L1
L6-L3
La(H5DTMP)
La-Co
La-PCP
La/ZIF-8
La2Cu
Lanthanum Triazolyl Phosphonate MOF
LEV
Lewiston-Stockton Coal
Li+-MIL-101(Cr)
Li-A
Li-BEA(5.0)
Li-C60@IRMOF-10
Li-C60@Li-IRMOF-10
Li-CHA
Li-COF-102
Li-COF-103
Li-COF-105
Li-COF-108
Li-CuBTC
Li-doped COF-102
Li-doped COF-103
Li-doped COF-105
Li-doped COF-108
Li-doped COF-202
Li-doped Corrole
Li-doped Pc-PBBA COF
Li-FAU(1.0)
Li-FAU(2.7)
Li-FAU(2.9)
Li-FAU(47.5)
Li-FAU(6.8)
Li-IRMOF-1
Li-IRMOF-10
Li-IRMOF-12
Li-IRMOF-14
Li-KFL
Li-LSX
Li-MFI(12)
Li-MIL-101(Cr)
Li-MOF-5
Li-MOF-C10
Li-MOF-C16
Li-MOF-C22
Li-MOF-C30
Li-MOF-C6
Li-MOF16
Li-MOR(10.3)
Li-MOR(8.9)
Li-MOR(91)
Li-Rho-ZMOF
Li-SAPO-34
Li-UPC-5
Li-usf-ZMOF
Li-ZIF-68
Li-ZIF-69
Li-ZIF-70
Li-ZIF-78
Li-ZIF-79
Li-Zn-MOF
Li3.2Mn1.4[(Mn4Cl)3(BTT)8]2*0.4LiCl
LiAlH4
LiBH4
LiC18 Activated Carbon
LIFM-10(Cu)
LIFM-11(Cu)
Lignite
LiH
Limestone
LiZnC9H3O6
Li_C20-COF
Li_C24-COF
Li_C26-COF
Li_C28-COF
Li_C30-COF
Li_C36-COF
Li_C60-COF
Li_C70-COF
LJ+P-MOF
LJ-MOF
Long Flame Coal
LOV
LTA-1
LTA-2
LTA-3.5
LTA-5
LTA-5A
LTA-SiO2
Luscar Coal
M'MOF 1
M'MOF-20a
M'MOF-4a
M'MOF-5a
M'MOF-6a
M'MOF-7a
M-CuBTC
M-DNL-6
M-DUT-4
M-DUT-5
M-MOF-177
M-PCM-18
m-TiBDC
M-ZPM
M41S AM1
M41S AM2
M41S AM3
M4O(CO2R)6
Ma
MA-650
MA-900
Ma/Mg
MAF-3
MAF-4
MAF-49
MAF-66
MAF-X8
MAMS-1
MAMS-2
MAMS-2(Zn)
MAMS-3
MAMS-4
MAMS-4(Cu)
mand-DUT-25
Matrimid
Matrimid-10% ZIF-8
Matrimid-20% ZIF-8
Matrimid-30% ZIF-8
Matrimid-40% ZIF-8
MAXSORB
Maxsorb II
Maxsorb III
Maxsorb MSC-30
Mb@Tb-mesoMOF
MBS
MCC-10
MCC-4
MCC-6
MCC-8
MCF Chemisorbent
MCF(M)-COOH
MCF-19
MCF-32
MCF-38
MCM-41
MCM-41-aminopyridine
MCM-41-guanidine
MCM-41-methylaminopyridine
MCM-41-N2
MCM-41-N3
MCM-41-NH2
MCM-48-ls
MCM22
MCOF-1
MCoS-1
MDC-1
MDC-3
MDC-8
Me-FeCr
Meager Coal
MEN-CuBTTri
MesoMOF-1
Mesoporous Carbon
Mesoporous silica nanoparticles
Methanol-SWCNT
MFI
MFU-1
MFU-4
MFU-4l
Mg
Mg MOF-74
Mg(C5H6O4)
Mg(H2O)(C4H4O5)*H2O
Mg(H2O)2(C4O4)
Mg(HCO2)2
Mg(OOCH)2
MG-1
MG-2
MG-3
MG-4
MG-5
Mg-A
MG-A-900
MG-B
MG-B-900
Mg-C60@IRMOF-10
Mg-C60@IRMOF-8
Mg-CPO-27
Mg-DOBAC
Mg-DOBDC
Mg-Formate
MG-G0
MG-G1
MG-G2
MG-G3
MG-G4
MG-Gd-pDBI
Mg-IRMOF-1
Mg-MCM-48-ls
Mg-MOF
Mg-MOF-1
Mg-MOF-74
Mg-MOF-74 (3)
Mg-MOF-74 (4)
Mg-MOF-74 (Mason et al.)
Mg-MOF-74 (model 1)
Mg-MOF-74 (model 3)
Mg-MOF-74 (UFF)
Mg-MOF-74(C)
Mg-MOF-74(C)-TEA
Mg-MOF-74(S)
Mg-MOF-74@MR
Mg-MOF-74@MR(1 day after relaxation)
Mg-MOF-74@MR(2 days after relaxation)
Mg-MOF-74@MR(3 days after relaxation)
Mg-MOF-74@MR(Irradiated 1 hour)
Mg-MOF-74@MR(Irradiated 30 minutes)
Mg-MOF-74@MR(Irradiated for 2 hours)
Mg-MOF-74@MR(Photoswitchg 1 hour)
Mg-MOF-74@MR(Photoswitching for 30 min
Mg-MOF-74@SBA-15 (1')
Mg-MOF-74@SBA-15(1')
Mg-MOF-74@SBA-15(2')
Mg-MOF16
Mg-MOF74
Mg-MOF74@SBA-15 (1')
Mg-MOF74@SBA-15 (2')
Mg-rho-MOF
Mg-Rho-ZMOF
Mg-SBA-15
Mg-SBA-16
Mg-usf-ZMOF
Mg-X
Mg/K-MCM-48-ls
Mg/K-SBA-15
Mg/K-SBA-16
Mg/MOF-74
MG1
MG2
Mg2(dhtp)
Mg2(dobdc)
Mg2(dobpdc)
Mg2(dobpdc)(mmen)1.6(H2O)0.4
Mg2-(dobdc)
Mg2L
Mg2Li(BTC) (HBTC)(DMF)2
MG3
Mg3(BPT)2(H2O)4
MG4
Mg48X
MgBTT
MgH2
MgMOF-74
MgO
MGr
MgX
MI-101(Cr)
MICN
Micro Crystalline Graphite
micro-Co-MOF
Micro-Co-MOF
Microporous Active Carbon
Microporous Carbon (.23)
Microporous Carbon (.24)
Microporous Carbon (.26)
Microporous Carbon (.27)
Microporous Carbon (.29)
Microporous Carbon (.36)
Microporous Carbon (.47)
Microporous Carbon (.54)
MIL
MIL-100
MIL-100(Al)
MIL-100(Al) Aerogel
MIL-100(Al) Xerogel
MIL-100(Al)+Pd
MIL-100(Cr)
MIL-100(Cr)-DEG
MIL-100(Cr)-DMF
MIL-100(Cr)-EG
MIL-100(Cr)-EN
MIL-100(Cr)-TEG
MIL-100(Fe)
MIL-100(Fe)-granule
MIL-100(Fe)-powder
MIL-100(Fe)_F1
MIL-100(Fe)_F2
MIL-100(Fe)_NF
MIL-100(Sc)
MIL-100(Sc50Fe50)XS
MIL-100(Sc60Fe40)XS
MIL-100(Sc80Fe20)XS
MIL-100(Sc90Fe10)XS
MIL-100(V)
MIL-100(V)_1
MIL-100(V)_2
MIL-100-Cr
MIL-100-Fe
MIL-100-Fe/Cu+(H)
MIL-100-Fe/Cu+(L)
MIL-100-Fe/Cu+(M)
MIL-101
MIL-101 (Cr)
MIL-101 Activated
MIL-101(Al)
MIL-101(Al)-NH2
MIL-101(Cl@Cr)
MIL-101(Cr)
MIL-101(Cr) monolith - Run 1
MIL-101(Cr) powder - Run 1
MIL-101(Cr) powder - Run 2
MIL-101(Cr)-150nm
MIL-101(Cr)-150nm-PEI-10000
MIL-101(Cr)-150nm-PEI-1800
MIL-101(Cr)-150nm-PEI-300
MIL-101(Cr)-250nm
MIL-101(Cr)-250nm-PEI-300
MIL-101(Li)
MIL-101(Sc)
MIL-101(V)
MIL-101-A
MIL-101-A(Li)
MIL-101-A1
MIL-101-A2
MIL-101-A3
MIL-101-A4
MIL-101-A5
MIL-101-A6
MIL-101-B
MIL-101-B(Li)
MIL-101-B1
MIL-101-B2
MIL-101-bipy
MIL-101-Br
MIL-101-bridges-Pt/AC
MIL-101-C
MIL-101-C1
MIL-101-C2
MIL-101-CH3
MIL-101-Cl
MIL-101-CN
MIL-101-Cr-SO3H
MIL-101-Cr-SO3H.Al(III)
MIL-101-D
MIL-101-dabco
MIL-101-Mo6Br8F6
MIL-101-N(n-Bu)3Br
MIL-101-NH2
MIL-101-NO2
MIL-101-P(n-Bu)3Br
MIL-101-pyz
MIL-101-SO3H
MIL-101-SO3Na(H)
MIL-101-SO3NaH
MIL-101@SWNT-10 WT%
MIL-101@SWNT-6 WT%
MIL-101@SWNT-8 WT%
MIL-101a
MIL-101b
MIL-101c
MIL-101Cr
MIL-101F-
MIL-101Fe
MIL-101FF(Cr)
MIL-101H2O
MIL-101TM
MIL-102
MIL-10O(Fe)_F2
MIL-110(Al)
MIL-117
MIL-120
MIL-121
MIL-125
MIL-125 Synthesized with .15 CTAB
MIL-125 Synthesized with .3 CTAB
MIL-125 Synthesized with .45 CTAB
MIL-125 Synthesized with less than CMC amount of CTAB
MIL-125(Ti)
MIL-125-NH2
MIL-126
MIL-140(Zr)-A
MIL-140A
MIL-140A-F
MIL-140A-NH2
MIL-140B
MIL-140C
MIL-140C-25
MIL-140C-Me
MIL-140D
MIL-141(Cs)
MIL-150
MIL-160
MIL-163
MIL-47
MIL-47(V)
MIL-47-V
MIL-53
MIL-53 (10 cycles)
MIL-53 (100 cycles)
MIL-53 (Cr)-lp
MIL-53(Al)
MIL-53(Al) (2 NaOH+H2BDC 298)
MIL-53(Al) (493)
MIL-53(Al) (50%)
MIL-53(Al) (Na2BDC 298)
MIL-53(Al) Dehydrated
MIL-53(Al))
MIL-53(Al)-A(Li)
MIL-53(Al)-B(Li)
MIL-53(Al)-F127
MIL-53(Al)-NH2
MIL-53(Al)-NH2 Dehydrated
MIL-53(Al)-OH Dehydrated
MIL-53(Al)-type A
MIL-53(Al)-type B
MIL-53(Al)-type C
MIL-53(Al)-type D
MIL-53(Al)/GNP 10%
MIL-53(Al)/GNP 2.5%
MIL-53(Al)/GNP 5%
MIL-53(Al)@MR 15wt%
MIL-53(Al)@MR 15wt%(Irradiated)
MIL-53(Al)@MR 15wt%(Relaxed)
MIL-53(Al)@MR 50wt%
MIL-53(Al)@MR 50wt%(Irradiated)
MIL-53(Al)@MR 50wt%(Photoswitched)
MIL-53(Al)ht
MIL-53(Al)it
MIL-53(Al)lp
MIL-53(Al)np
MIL-53(Al)sol.ht
MIL-53(Cr)
MIL-53(Cr)-lp
MIL-53(Cr)]
MIL-53(Cr-Fe)
MIL-53(Cr/Fe)
MIL-53(Cu)
MIL-53(Fe)
MIL-53(Fe)-(COOH)2 Dehydrated
MIL-53(Fe)-4H
MIL-53(Fe)-Br
MIL-53(Fe)-CH3
MIL-53(Fe)-Cl
MIL-53(Fe)-NH2
MIL-53(Ga)
MIL-53(Sc)
MIL-53(V)
MIL-53-Al
MIL-53-BNHx
MIL-53-Cr
MIL-53-Cu
MIL-53C
MIL-53HP
MIL-53LP
MIL-53lp (Al)
MIL-53np (Al)
MIL-53S
MIL-56(Cr)
MIL-68
MIL-68(Al)
MIL-68(Fe)
MIL-68(Ga)
MIL-68(In)
MIL-68(In)-NH2
MIL-68(Sc)
MIL-68-NH2
MIL-69
MIL-88
MIL-88A
MIL-88B
MIL-88B(Cr)
MIL-88B(Sc)
MIL-88B(V)
MIL-88B-2CF3
MIL-88B-4CH3
MIL-88B-Br
MIL-88B-NH2(Cr)
MIL-88C
MIL-88D(Sc)
MIL-91(Al)
MIL-91(Al)-first cycle
MIL-91(Al)-second cycle
MIL-91(Al)-third cycle
MIL-96
MIL-96(In)
MIL-96-A1
MIL-96-A2
MIL-96-A3
MIL-96-M1
MIL-96-M2
MIL-96-M3
MIL-CPE
MIL-ED
MIL-EM
MIL-GO1
MIL-GO1-ED
MIL-GO1-EM
MIL-GO10
MIL-GO1d-ED
MIL-GO2
MIL-GO2-ED
MIL-GO2-EM
MIL-GO20
MIL-GO2d-ED
MIL-GO5
MILd-ED
MIN-PFA
Min-U-Sil 30
MIXMOF
MMC-3
MMC-4
MMC-5
MMC-6
MMCF-1
MMEN-CuBTTri
mmen-Mg2(dobpdc)
MMPF-3
MMPF-7
MMPF-8
MMPN
MMSs
Mn(BDC)(PNO)
Mn(h2-H2)Cl(CO)4
Mn(HCO2)2
Mn(II)SO-MOF
Mn(III)-porphyrin/In(III)
Mn(III)SO-MOF
Mn-BTT
Mn-DOBDC
Mn-FA
Mn-HFMOF-D
Mn-MIL-100
Mn-MIL-100 (EtOH +MeOH-washed)
Mn-MIL-100 (EtOH-washed)
Mn-MOF
Mn-MOF-74
Mn-MOF-74 with residual MeOH
MN170
Mn2(dhtp)
Mn2(dobdc)
MN200
MN270
MN270-6wt%Pt
MN270-Bridged
Mn2L
Mn3(HCOO)6
Mn3Co2
Mn3[(Mn4Cl)3(BTT)8(CH3OH)10]2
Mn3[(Mn4Cl)3(BTT)8]2*0.75CuPF6
Mn3[(Mn4Cl)3(btt)8]2*20CH3OH
Mn3[(Mn4Cl)3(BTT)8]2^8
Mn3[Co(CN)6]2
Mn48X
Mn48X-C6H6(l)
Mn48X-C6H6(p)
Mn4Cl-MOF
MnC12H6O4
MnO2
MNS-Activated Carbon 400-900-15
MNS-Activated Carbon 400-900-30
MNS-Activated Carbon 400-900-60
MNS-Activated Carbon 500-900-15
MNS-Activated Carbon 500-900-30
MNS-Activated Carbon 500-900-60
MNS-Activated Carbon 600-900-15
MNS-Activated Carbon 600-900-30
MNS-Activated Carbon 600-900-60
MNS-Activated Carbon 700-900-15
MNS-Activated Carbon 700-900-30
MNS-Activated Carbon 700-900-60
MNS-Activated Carbon A
MNS-Activated Carbon B
Mo-AMP-Cu-BTC
Mo-Sal-AMP-Cu-BTC
Mo3(BTC)2
MOCP-L
Model MOF
Modified Matrimid
Modulated Zr-MOF-MW
Modulated Zr-MOF-Oven
MOF
MOF 1
MOF Cu-ABTA
MOF I
MOF II
MOF Manganese(II)-formate
MOF [Cu(tzbc)2]
MOF(Fe/Co)
MOF-01
MOF-1
MOF-10
MOF-100T
MOF-114
MOF-115
MOF-116
MOF-117
MOF-118
MOF-119
MOF-120
MOF-130T
MOF-14
MOF-14 (1)
MOF-14 (2)
MOF-14 (3)
MOF-14 (4)
MOF-143
MOF-15
MOF-16
MOF-177
MOF-177-15Li
MOF-180
MOF-199
MOF-199/GO
MOF-1c
MOF-1C'
MOF-1C'-Li
MOF-1M'
MOF-1M'-Li
MOF-2
MOF-2'
MOF-2'-Li
MOF-200
MOF-200-27Li
MOF-205
MOF-205-NH2
MOF-205-NO2
MOF-205-OBn
MOF-210
MOF-216
MOF-222
MOF-235
MOF-236
MOF-253
MOF-253-900
MOF-254
MOF-2B-Sc2
MOF-2B-Sc2-10H2
MOF-2B-Sc2-2H2
MOF-2B-Sc2-4H2
MOF-2B-Sc2-6H2
MOF-2B-Sc2-8H2
MOF-3
MOF-30
MOF-324
MOF-326
MOF-36
MOF-388
MOF-39
MOF-399
MOF-4
MOF-401
MOF-5 (1.5 hours activated)
MOF-5 (Na2BDC 298)
MOF-5 (Na2BDC 373)
MOF-5-.5h in humid air
MOF-5-2-SBA-15
MOF-5-24h in humid air
MOF-5-2h in humid air
MOF-5-40h
MOF-5-48h in humid air
MOF-5-61% humidity
MOF-5-61% humidity-exposedtoair.5h
MOF-5-61% humidity-exposedtoair24h
MOF-5-61% humidity-exposedtoair2h
MOF-5-61% humidity-exposedtoair48h
MOF-5-61% humidity-exposedtoair66h
MOF-5-66h in humid air
MOF-5-Ben
MOF-5-BPO
MOF-5-BPO (cBPO = .04 M)
MOF-5-BPO (cBPO = .06 M)
MOF-5-C
MOF-5-Cd
MOF-5-CH3
MOF-5-CN
MOF-5-H2O2
MOF-5-H40
MOF-5-int
MOF-5-NH2
MOF-5-NO2
MOF-5-NO2-Cl
MOF-5-NO2-NH2
MOF-5-NP
MOF-5-Ozn
MOF-5-SBA-15
MOF-5-Zn
MOF-5/GO
MOF-505
MOF-508
MOF-508a
MOF-508b
MOF-50T
MOF-519
MOF-520
MOF-5_DMF
MOF-5_NMP
MOF-5_NMP-D
MOF-5_NMP-N
MOF-601
MOF-602
MOF-603
MOF-604
MOF-645
MOF-646
MOF-647A
MOF-647B
MOF-648
MOF-649
MOF-650
MOF-69a
MOF-69c
MOF-705
MOF-73
MOF-74
MOF-74 (DMF)
MOF-74 (water)
MOF-74(Mg)-1st cycle
MOF-74-Co
MOF-74-Fe
MOF-74-Mg
MOF-74-Ni
MOF-74-Zn
MOF-74Ni
MOF-74Ni 70C
MOF-74Ni-Ag
MOF-75
MOF-75T
MOF-76
MOF-C10
MOF-C16
MOF-C22
MOF-C30
MOF-C6
MOF-CJ3
MOF-CJ4
MOF-CJ5
MOF-CJ6
MOF-CJ7
MOF-Co/AgPF6-1
MOF-Co/AgSbF6-1
MOF-d1
MOF-d2
MOF-d3
MOF-d4
MOF-d5
MOF-ED
MOF-EM
MOF-Fe/AgBF4-1
MOF-Fe/AgPF6-1
MOF-Fe/AgSbF6-1
MOF-GO PSN
MOF-GO SA
MOF-HTB'
MOF-IP
MOF-L0
MOF-L1
MOF-L2
MOF-L3
MOF-L4
MOF-L5
MOF-L6
MOF-L7
MOF-monoclinic
MOF-P-30
MOF-single
MOF/BFG
MOF/PAN
MOF/PUF (A)
MOF/PUF (B)
MOF/Si
MOF1N'
MOFAC1
MOFAC1+PMN
MOFAC3
MOFAC3+PMN
MOFCo/AgBF4-1
MOFMC
MOFSc2
MOFSc2-10H2
MOFSc2-2H2
MOFSc2-4H2
MOFSc2-6H2
MOFSc2-8H2
MOFTi2
MOFTi2-10H2
MOFTi2-2H2
MOFTi2-4H2
MOFTi2-6H2
MOFTi2-8H2
moisture treated coated MOF-5 1d
moisture treated coated ZnBT 1d
moisture treated MOF-5 2h
moisture treated ZnBT 1d
MONT 3
MONT 5
MONT 6
MONT 7
MOP-14
MOP-15
MOP-17
MOP-23
MOP-24
Mordenite
Mordenite/Na
MPF-1
MPF-2
MPF-3
MPF-4
MPF-5
MpRu-2
MpRu-2ex
MpRu-5
MpRu-5ex
MS-13X
MS-5A
MSP-20
MSS-Z8(1)
MSS-Z8(2)
Mt
MTAF-3
MTAF-4
MTV-IRMOF-1
MTV-IRMOF-1-AE
MTV-IRMOF-1-AF
MTV-MOF-5-EHI
MTV-MOF-5-EI
MUF-77-butyl
MUF-77-decyl
MUF-77-ethyl
MUF-77-hexyl
MUF-77-methyl
MUF-77-octyl
MUF-7a
MUF-7b
MUF-7c
MUF-7d
MUF-7e
MUF-7f
MUF-7g
MUF-7h
MWCNT
MWCNT (Acid 1)
MWCNT (Acid 2)
MWCNT (Acid 3)
MWCNT (Acid 4)
MWCNT (Acid 5)
MWCNT@MIL-101
MWCNTs@MIL-53
MWCNTs@MIL_53
MWNT
MWNT-Pt Loaded
MZC-3
MZC-4
MZC-5
MZC-6
mZDC1000
mZDC1000 carbonization residence time of 0h
mZDC1000 carbonization residence time of 10h
mZDC1000 carbonization residence time of 24h
MZIF-8
N-MOF
Na+Me-SodZMOF
Na-A
Na-BEA(5.0)
Na-CD-MOF
Na-CHA
Na-FAU(1.0)
Na-FAU(2.7)
Na-LEV
Na-MFI(12)
Na-MOR(8.9)
Na-rho-MOF
Na-Rho-ZMOF
Na-SSZ-13
Na-usf-ZMOF
Na-X
Na-Y
Na-ZIF-68
Na-ZIF-69
Na-ZIF-70
Na-ZIF-78
Na-ZIF-79
Na-ZSM-5
Na0.21H3.49Mn12O23
Na1ZSM-5
Na2ZSM-5
Na3[Cr3O(OOCCH3)6(H2O)3]3[alpha-As2W18O62]*34H2O
Na4ZSM-5
Na52Y Faujasite
Na56Y Faujasite
Na600
Na640
Na8ZSM-5
NaAlH4
NaBH4
NaH
NaH2[Cr3O(OOCCH3)6(H2O)3]3[alpha-P2W18O62]*32H2O
Namontmorillonite
NaNi3(OH)(SIP)2
nano-polyaniline powder
nano-Si
nano-Si/C nanocomposite
nano-Si/ZnO/C nanocomposite
Nanocrystalline MOF-74 (DMF)
Nanogate-SWCNH
Nanoporous Carbon
Nanoporous Carbon Model C150
Nanoporous Carbon Model C24
Nanoporous Carbon Model C54
Nanoporous Carbon Model C96
nanosilica-Torlon hollow fiber composite
nanosized ZIF-11
Nanospace Of Nanogate-SWCNH
NaOH Activated Anthracite
NaX
NaY/NH4-Y
NaZSM-5
Nb2O5
NBu4
NC
NC-methanol-a-333-K
NC-methanol-a-333k
NC6H14 Soot Film
NC800
NCID-1
NCoCo1
NCoCo2
NCoCo3
NDA-16
NDA-1800
NDC508
Neimenggu Coal
NENU-11
NENU-3
NENU-511
NENU-512
NENU-513
NENU-514
NENU-520a
NENU-9
NENU-9N
NH2(1)-PCN-125
NH2(2)-PCN-125
NH2-MIL-101(Al)
NH2-MIL-101(Cr)
NH2-MIL-125
NH2-MIL-47
NH2-MIL-53
NH2-MIL-53(Al)
NH2-MIL-53(Al) @ PSF 25 wt%
NH2-MIL-53(Al) @ PSF 40 Wt%
NH2-MIL-53(Ga)
NH2-MIL-53(In)
NH2-MOF-199
NH2-UiO-66
NH2-Uio-66(Zr)
NH2MIL-53(Al)
NH3-ZIF-8
NH4-Rho-ZMOF
nHKUST-1 film
Ni foam
Ni foam-MIL-101 (27%)
Ni foam-MIL-101 (60%)
Ni foam-MIL-101 (81%)
Ni(BDC)(PNO)
Ni(bdc)(ted)0.5
Ni(bdc)(ted)0.5 t=100
Ni(bdc)(ted)0.5 t=15
Ni(bodc)(ted)0.5
Ni(Bpene)[Ni(CN)4]
Ni(Bpy)(DBM)2
Ni(Bpy)(DBM)2+polystyrene
Ni(bpy)Ni(CN)4
Ni(dpac)Ni(CN)4
Ni(Dpac)[Ni(CN)4]
Ni(HBTC)(bipy)*3DMF
Ni(HBTC)(pyz)*3DMF
Ni(II)-doped MOF-5
Ni(II)-doped MOF-5 (.4 mM)
Ni(II)-doped MOF-5 (.8 mM)
Ni(II)-doped MOF-5 (1.2 mM)
Ni(II)-doped MOF-5 (C2H5OH:DMF volume 1:9)
Ni(II)-doped MOF-5 (C2H5OH:DMF volume 2:8)
Ni(II)-doped MOF-5 (C2H5OH:DMF volume 3:7)
Ni(II)-doped MOF-5 (C2H5OH:DMF volume 4:6)
Ni(pyz)Ni(CN)4
Ni(pyz)[Ni(CN)4]
Ni-bodc-ted
Ni-CPO-27
Ni-DABCO
Ni-DBM-BPY
Ni-DHTP
Ni-DMOF-TM
Ni-DOBDC
Ni-GO-MIL-101
Ni-HF
Ni-IRMOF-1
Ni-ISO-4
Ni-MOF
Ni-MOF-5
Ni-MOF-74
Ni-MOF-74 (0.0072)
Ni-MOF-74 (1)
Ni-MOF-74 (2)
Ni-MOF-74 (2.9465)
Ni-MOF-74 (BSS)
Ni-MOF-74 (BSSP)
Ni-MOF-74 (Buch)
Ni-MOF-74 (DL)
Ni-MOF-74 with residual MeOH
Ni-PTC
Ni-Y
Ni/BOBDC
Ni/C-1
Ni/C-2
Ni/C-3
Ni/DOBDC
Ni/DOBDC loaded with 1 mmol/g water
Ni/DOBDC loaded with 10 mmol/g water
Ni/DOBDC loaded with 19.9 mmol/g water
Ni/DOBDC loaded with 26.7 mmol/g water
Ni/DOBDC loaded with 3.4 mmol/g water
Ni/MWCNT
Ni0.02Zn0.98(nim)2
Ni13-IRMOF-1
Ni13-IRMOF-1-4d
Ni18P18O72N18C54H108
Ni2(BDC)2(dabco)4DMF1.5H2O
Ni2(bipy)3(NO3)4
Ni2(BTEC)((bipy)3)3DMF2H2O
Ni2(BTEC)(bipy)3*3DMF
Ni2(dhbdc)32
Ni2(dhtp)
Ni2(dhtp)(H2O)2*8H2O
Ni2(dobdc)
Ni2.75Mn0.25[(Mn4Cl)3(BTT)8]2
Ni22-IRMOF-1
Ni22-IRMOF-1-4d
Ni2C34H51N6O13.5
Ni2C34H56N6O16
Ni2L
Ni3(BTC)2
Ni3(btc)2(3-pic)6(pd)3
Ni3(BTP)2
Ni3(HCOO)6
Ni3(pzdc)2(7Hade)2(H2O)0.6
Ni3C36H63N7O20
Ni3C87H118N12O29
Ni3[(Co4Cl)3(BTT)8(H2O)12]2
Ni3[Co(CN)6]2
Ni50Co-MOF-74
Ni6P6O18N6C18H36
Ni90Cu-MOF-74
Ni@C 420 nanocomposite
Ni@C 900 nanocomposite
Ni@IRMOF-1
Ni@MIL-101(Cr)
Ni@Zn-MOCP
NiAlO
NiBpeneNiCN
NiBTC
NiDABCO
NiDBM-Bpy
NiDOBDC
NiMOF-74
NiPc-PBBA COF
Nitro-MOF
NJFU-2a
NJTU-1
NJU-Bai10
NJU-Bai11
NJU-Bai12
NJU-Bai13
NJU-Bai16
NJU-Bai3
NJU-Bai6
NJU-BAi7
NJU-BAi8
NJU-Bai9
nNiCo
NO2(1)-PCN-125
NO2(2)-PCN-125
NO2(4)-PCN-125
NO2-MIL-101(Cr)
NO2-MIL-53(Al) (NO2-H2BDC 298)
NO2-NH2-PCN-125
Norit R1 Extra
Norit R1 Extra Carbon
Norit R2030CO2
Norit RB2
Norit SX 1G
Norit SX ultra
NOTT-100
NOTT-100a
NOTT-101
NOTT-101a
NOTT-102
NOTT-102a
NOTT-103
NOTT-103a
NOTT-105
NOTT-106
NOTT-107
NOTT-108
NOTT-109
NOTT-109a
NOTT-110
NOTT-111
NOTT-112
NOTT-119a (desolvated)
NOTT-200
NOTT-201
NOTT-202a
NOTT-204
NOTT-205
NOTT-206
NOTT-207
NOTT-208
NOTT-209
NOTT-210
NOTT-300
Nowa Ruda Mine Coal
Np-MgO-350
Np-MgO-500
NPC
NPC E0
NPC E1
NPC E2
NPC E3
NPC E4
NPC-5
NPC-6
NPC-7-Cu
NPC-7-Zn
NS1
NS2
NS3
NTU-101-Cu
NTU-101-Zn
NU-100
NU-1000
NU-100SP
NU-108
NU-109
NU-110
NU-1104
NU-1104(H2)
NU-1104(H2)-op
NU-1104-op
NU-1105
NU-1105-op
NU-111
NU-125
NU-125-F1
NU-125-F1-feed 1to1
NU-125-F2
NU-125-F2-feed 1to1
NU-135
NU-301
NU-302
NU-700
NU-800
NUS-1a
nZDC1000
NZIF-8
o-NENU-3a
O-TTPP
O=PCM-10
OCH3-MOF-5
OCH3-MOF-5-24h
Oil Fly Ash
Oil Shale
OL-1
OM-SiC-3
OM-SiC-3-1000
OM-SiC-5
OMS-2
ONC1000
ONC700
ONC800
ONC900
Open Double Buckytube 4.78 nm
Open-SWCNH
Ordered Mesoporous Carbon: aC
Ordered Mesoporous Carbon: aC-AO1
Ordered Mesoporous Carbon: aC-AO2
Ordered Mesoporous Carbon: oaC
Ordered Mesoporous Carbon: oaC-AO1
Ordered Mesoporous Carbon: oaC-AO2
Outer Double Walled CNT r=2.5nm d=0.2nm
Outer Double Walled CNT r=2.5nm d=0.5nm
Outer Double Walled CNT r=2.5nm d=0nm
Outer Double Walled CNT r=2.5nm d=15nm
Outer Double Walled CNT r=2.5nm d=1nm
Outer Double Walled CNT r=2.5nm d=2nm
Outer Double Walled CNT r=2.5nm d=4nm
Oxidized-SWCNT
Oxorbon K20J
Ozonicated Silicalite-1
P-MOF
P2W18@UiO-67
PA
PAF-1
PAF-1(Photoswitched)
PAF-1-900
PAF-1-SO3Ag
PAF-1-SO3H
PAF-1/C-900
PAF-18-OH
PAF-18-OLi
PAF-3
PAF-3-dcCa
PAF-3-dcMg
PAF-301
PAF-302
PAF-302 (.2 mol)
PAF-302 (.33 mol)
PAF-302 (.5 mol)
PAF-302 (.66 mol)
PAF-302 (.8 mol)
PAF-302 (Dreiding)
PAF-302 (UFF)
PAF-303
PAF-304
PAF-4-dcCa
PAF-4-dcMg
Palas Soot
PAN
PAN Fiber KOH-Activated at 500K
PAN Fiber KOH-Activated at 600K
PAN Fiber KOH-Activated at 700K
PAN-AC
PAN-C
PAN/MOF-199
PANI
PANI-VONC
Pb(H3O)4[{Pb4(mu4-O)}3(hett)8]*6H2O
Pb-DDQ
Pb-DOBDC
PBA
Pbcn-Na0
Pbcn-Na4
Pbcn-Na8
PBSAC
Pc-PBBA COF
PCDL
PCH1
PCH2
PCM-10
PCM-11
PCM-15
PCM-4
PCMOF-5
PCMOF2
PCN-10
PCN-105
PCN-11
PCN-12
PCN-12-Si
PCN-121
PCN-123
PCN-124
PCN-125
PCN-125/CH2N3
PCN-125/CH2NH2
PCN-125/CH2NH2:SO3H
PCN-125/H
PCN-125/NH2
PCN-125/NO2
PCN-125/SO3Na
PCN-125:SO3H
PCN-13
PCN-14
PCN-16
PCN-17
PCN-18
PCN-19
PCN-20
PCN-200
PCN-21
PCN-223 (No Metal)
PCN-224
PCN-26-ac
PCN-305
PCN-306
PCN-307
PCN-308
PCN-332(Al)
PCN-332(Fe)
PCN-333(Al)
PCN-333(Cr)
PCN-333(Fe)
PCN-333-Cr(III)
PCN-333-Cr(III) ph=0 24h
PCN-333-Cr(III) ph=11 24h
PCN-333-Cr(III) water 24h
PCN-333-Fe(III)
PCN-38(ac)
PCN-39(ac)
PCN-426(Ni)
PCN-427(Cu)
PCN-46
PCN-5
PCN-53
PCN-6
PCN-6'
PCN-60
PCN-61
PCN-66
PCN-68
PCN-6X
PCN-72
PCN-777
PCN-80
PCN-81
PCN-82
PCN-88
PCN-9
PCN-921
PCN-922
PCN-923
PCOF-1
PCOP-1
PCOP-2
PCOP-3
PCOP-4
PCOP-5
PCP-1
PCP-2
PCP-3
PCP-N
Pd(2-pymo)2
Pd-DETA-MIL-101
Pd-MOF
Pd-NPs@[Me2NH2]24[Tb12(TATB)16(HCOO)12].12DMF.48H2O ) ion exchange
Pd-PCM-18
Pd/Activated Carbon
Pd/Activated Carbon@Zn2(bdc)2dabco
Pd/Al(OH)(BDC)0.5(ABDC)0.5
Pd/MIL-101
Pd/MIL-101(Cr)
Pd/MOF-5
Pd4.5/MIL-101
Pd@MIL-101(Cr)
PD@NH2-MIL-125
PD@NH2-MIL-125 (4th cycle)
Pd@ZIF-8
PDMS
Pdpz
PE-MCM-41
PE-MCM-41C
PE-MCM-41E
PECONF-1
PECONF-2
PECONF-3
PECONF-4
PED-MIL-101
PEHA-MIL-101
PEI-15/SBA-15
PEI-25-APTES-25-PQCS2129
PEI-30/SBA-15
PEI-50/SBA-15
PEI-65/SBA-15
PEI-80/SBA-15
PEI-C60
PEI-MonoSil
Pentasil DAZ
PET/Limestone 30:70
PET/Limestone 50:50
PET/Limestone 50:50 HCl wash
PET/Limestone 50:50 prepared at 1123K
PET/Limestone 50:50 prepared at 1273K
PET/Limestone 83:17
PFC
PFC_C120
PFC_C45
PFeA
Phe-MTV-MOF
Phys-2Li
PIF
PIF5
PIF6
PIF7
PIF8
PILC
Pillared Layered Materials
Pip-CPO-27-Ni
Pip-CuBTTri
Pitch Based Activated Carbon Fiber P10
Pitch Based Activated Carbon Fiber P15
Pittsburgh No. 8 Coal
PIZOF-2
PKU-17
PLF-1 BULK
PLF-1 CSA
PLF-1 GC
PLF-2 BULK
PLF-2 CSA
PLF-2 GC
PLLA
PLLA-ENSIC
PLLA-MOF
PLLA-MOF-ENSIC
PMA-MIL-101(Cr)
Pmg-IRMOF-1
pmg-MOF-5
PMMA-PMAA-CuBTC
PMO
PMOF-2(Cu)
PMOF-2(Zn)
Pocahontas No. 3 Coal
Poly(FA)-900
Polyimide
Polyimide Film
Polyimide-CuBTC
Polystrene
Polystyrene
Polysulfone
Polytetrafluoroethylene
Porous Carbon CS1000A
Porous Carbon CS1000AF
Porous Graphene
Porous Graphitic Carbon
POST-66(Y)
POST-66(Y)-wt-10min
POST-66(Y)-wt-12hin
POST-66(Y)-wt-1hin
POST-66(Y)-wt-24h
POST-66(Y)-wt-24hin
POST-66(Y)-wt-2hin
POST-66(Y)-wt-30min
POST-66(Y)-wt-5min
PPN-125
PPN-125-DETA
PPN-4
PPN-4/C600
PPN-4/C600-Si
PPN-6
PPN-6-SO3H
PPN-6-SO3Li
PPN-6-SO3NH4
PQ-USY
PQ-USY Acid Site Model
PQ-USY Silanol Nest Model
PQ-USY Siliceous Y Model
PR
PR-950-0
PR-950-15
PR-950-30
PR-950-60
PR-C
Pre-ELM-11
pretreated a-Al
pretreated m-Al
Pristine VO
pristine ZnBT
PS
PS-MFI
Pseudo IRMOF-1
Pseudo MIL-47
Pseudo PCN-14
Pseudo-CuBTC
Pseudo-opt CuBTC
Pseudo-opt IRMOF-1
Pseudo-opt MIL-47
Pseudo-opt PCN-14
Pseudo-Vycor
PSF
PSiA
Pt in Cu-TDPAT
Pt in IRMOF-8
Pt(o-triptycenesemiquinonediimine)2
Pt-MOF
Pt-MOF(C1)
Pt-MOF(C2+60)
Pt-MOF(C3+120)
Pt-MOF(C4+180)
Pt-MOFMC
Pt-MWCNT
Pt-PCM-18
Pt/35AS
Pt/AC
Pt/AC-bridges-MOF-177
Pt/AC-COF-1
Pt/AC-CuBTC
Pt/Ac-IRMOF-1
Pt/Ac-IRMOF-8
Pt/AC-MIL-101
Pt/AC-MOF-177
Pt/AC/CB/IRMOF-1
Pt/AC/CB/IRMOF-8
Pt/Activated Carbon
Pt/Activated Carbon-IRMOF-1
Pt/Activated Carbon@Zn2(bdc)2dabco
Pt/AC_1
Pt/AC_1 in IRMOF-8
Pt/AC_2
Pt/AC_2 in Cu-TDPAT
Pt/AC_2 in CuBTC
Pt/AC_IRMOF-1
Pt/AX-21
Pt/IRMOF-8 Pt WT % 4.8
Pt/IRMOF-8 Pt WT % 6.2
Pt/IRMOF-8 Pt WT % 7.7
Pt/KL Naphtha Reforming Catalysts
Pt/MIL-101
Pt/PTA-NH2-MIL-101(Al)
Pt/TC
Pt@MOF-177
PTA-MIL-100(Cr)
PTA-MIL-101
PTA-NH2-MIL-101(Al)
PTiA
PUF
Pure mullite
Purified HiPco SWCNT
Purified SWCNTs
purified SWNT
Purolite MN200
PW11-MIL-101
PW11Zr@UiO-67
PW12@UiO-67
PWA(0.5)/CuBTC
PWA(1.0)/CuBTC
PWA(2.0)/CuBTC
Py-4PT
Py-COF-1
Pyridine
Pyrolized coal steam activated for 10h
Pyrolized coal steam activated for 2.5h
Pyrolized coal steam activated for 5h
Pyrolized Graphite Powder
R1KCHA
R2KCHA
raw SWNT
Raw-CMS
Rb-rho-MOF
Rb-usf-ZMOF
Regenerated Fe3O4@PAA@MOF-99(L)
RFC
RFC_C120
RFC_C240
RFC_C380
RFC_C45
RFC_N10
rGA
RH-SNP
Rh2(p-F-PhCO2)4(phz)]
Rh@MIL-101
Rh@S-MIL-101 (2.2 wt% Rh)
Rh@ZIF-8
Rho-ZMOF
RhoZMOF
RhoZMOF(Co)
RhoZMOF(CU)
RhoZMOF(Ni)
Rht-MOF
Rht-MOF-1
Rht-MOF-2
Rht-MOF-3
Rht-MOF-4a
Rht-MOF-4b
Rht-MOF-4c
Rht-MOF-5
Rht-MOF-6
Rht-MOF-7
Rht-MOF-8
rht-MOF-9
rht-MOF-pyr
rht-MOF-pyr in H2O 15 days RT
rht-MOF-pyr in moisture 7 days RT
rht-MOF-pyr in pH 2.5 HCl (aq) 7 days RT
rht-MOF-pyr in steam 6 hours
rht-MOF-tri in H2O 2 days RT
rht-MOF-tri in moisture 7 days RT
rht-MOF-tri in pH 2.5 HCL(aq) 24 hours RT
rht-MOF-tri in steam 6 hours
Rice Husk KOH-Activated at 500K
Rice Husk KOH-Activated at 700K
ROD-6
ROD-7
ROD-8a
RPM-1
RPM1-Co
RPM3-Zn
RS-IRMOF-8
Rtl-MOF
Ru-MOF
Ru/MOF
Ru@MOF-5
Ru@Zr-MOF
RuMOF
RuSiO2
S-MIL-101
S-MIL-101(Cr)
S-MIL-53(Al)
S-MOF-177
S-TTPP
S-ZGM
S1-MIL-101(Cr)
S2-MIL-101(Cr)
S3-MIL-101(Cr)
Saccharose-based Carbon heated to 1273K
Saccharose-based Carbon heated to 673K
SALI-1
SALI-1'
SALI-3
SALI-3'
SALI-7
SALI-9
SALI-BA
SALI-BA (hot water)
SALI-BA (pH 0.5)
SALI-BA (pH 2)
SALI-BA (pH 4)
SALI-DAP
SALI-F3G
SALI-PPA
SALI-PPA (hot water)
SALI-PPA (pH 0.5)
SALI-PPA (pH 2)
SALI-PPA (pH 4)
SALI-PPA@2
SAPO STA-7
SAPO-34
SAPO-34 zeolite
SAPO-34/CTF-03
SAPO-5
Sarabhai Charcoal
SBA-15
SBA-15 Silica
SBA-15-DGA
SBA-15-GA
SBA-15-GA-1
SBA-15-GA-2
SBA-15-GA-3
SBA-15-NH2
SBA-15-NHCOC4H5
SBA-15-OEG
SBA-15-PMMA-LMW
SBA-15-PMMAHMW
SBA-16
SBF-Cu
SBMOF-2
Sc-MOF
Sc2(BDC)3
Sc2(NH2-BDC)3
Sc2(NO2-BDC)3
Sc2(O2CC6H4CO2)3
Sc3(BTC)2(OH)3
Sc3(Me-BTC)2(OH)3
SCu
SCWNH
SD2
sDMF120
sDMF220
SDU-1
SDU-6
SDU-7
SDU-8
Seeded MSSs
Ser-MTV-MOF
SGL 8X30
sH2O
Shenua Coal
Si(1)-MOF
Si(1.5)-MOF
Si(1.5)-MOF-180
Si(1.5)-MOF-60
Si(2)-MOF
Si-CHA
Si-DDR
Si-MFI
Si-Zeolite A
Si3N4
Si450
Si450-KCN-H4
Si450-KCN-H8
Si450-KOH-H4
Si450-KOH-H8
SIFSIX-1-Cu
SIFSIX-2-Cu
SIFSIX-2-Cu-I
SIFSIX-3-Zn
Silica
Silica Aerogel
Silica Aerogel/CuBTC
Silica Gel
Silica Gel 100
Silica Gel 40
Silica Gel 60
Silica in fiber
Silica MOR
Silica Nanoparticle 10 NM
Silica Nanoparticle 20 NM
Silica Nanoparticle 30 NM
Silica Nanoparticle 40 NM
Silica-Alumina
SILICAGEL 2-5 MM
Silicalite MFI
Silicalite MFI/2Na
Silicalite MFI/Cs
Silicalite MFI/K
Silicalite MFI/Li
Silicalite MFI/Na
Silicalite MFI/Rb
Silicalite S115
Silicalite SP115
Silicalite-1 AS1
Silicalite-1 AS2
Silicalite-1 AS3
Silicalite-CB A
Silicalite-CB B
Silicalite-CB C
Silicalite-CB D
Silicalite-CB1
Silicalite-CB2
Silicalite-Su1
Silicalite-Su2
Silicate MFI
Siliceous Chabazite
Silicon
Sillica Gel
SIM-1
SIM_.03g_.5kN
SIM_.05g_5kN
SIM_0.05g_1kN
SiO2
SiO2@Fe3O4
SIV
SiW11-MIL-101
SLUG-21
Sm2(ADB)3(DMSO)4*6DMSO*8H2O
SM27
SM55
Smectite
SMIT-1
Smopex-101
SNCuBTC
SNIFSIX-1-Cu
SNS2-10
SNS2-20
SNU-100'
SNU-100'-Ca
SNU-100'-Co
SNU-100'-Li
SNU-100'-Mg
SNU-100'-Ni
SNU-110'
SNU-15'
SNU-150
SNU-150'
SNU-151'
SNU-200'
SNU-21
SNU-21H
SNU-21S
SNU-25
SNU-3
SNU-30'
SNU-31'
SNU-6
SNU-70 Br'
SNU-70'
SNU-71'
SNU-77H
SNU-77R
SNU-77S
SNU-80
SNU-9
SNU-9 (10 cycles)
SNU-9 (100 cycles)
SNU-9 (10 cycles)
SNU-9 (100 cycles)
SNU-M10
SNU-M11
SO2-DUT-5
SO3H(1)-PCN-125
SO3H(2)-PCN-125
SO3H-CH2NH2-PCN-125
SO3H-MIL-101
SO3H-PCN-125
SO3Na(1)-PCN-125
SO3Na(2)-PCN-125
Soc-MOF
Sod-ZMOF
SodZMOF
SOF-1 Activated
Solid CO2
Sonicated Fenton MWCNT
Soot
Soot (S-all-COOH)
Soot (S-all-OH)
Soot (S-surf-COOH)
Soot (S-surf-OH)
Sorbonorit 4 Activated Carbon
Sorbonorit K4
SP
Spheron 6
Spng-IRMOF-1
Sql-MOF
SR-PXD
Sr-Rho-ZMOF
Sr-usf-ZMOF
ST1AN
ST2AN
ST3AN
STA-12(Ni)
STEPA
STU-1
STU-5
SU-32b
Sulcis coal
Sulphated ZrO3
SUMOF-2
SUMOF-3
SUMOF-4
SUMOF-5
SWCNT
SWCNT 1.36-nm
SWCNT 1.36-nm (preadsorbed H2O)
SWCNT 2.03-nm
SWCNT 2.03-nm (2 preadsorbed H2O clusters)
SWCNT 2.03-nm (equilibrium preadsorbed H2O clusters)
SWCNT 2.03-nm (multiple preadsorbed H2O clusters)
SWCNT 2.03-nm (preadsorbed H2O cluster)
SWCNT 2.03-nm (preadsorbed H2O)
SWCNT external pore (width=1.5nm)
SWCNT external pore (width=2nm)
SWCNT external pore (width=3nm)
SWCNT external pore (width=4nm)
SWCNT external pore (width=5nm)
SWCNT external pore (width=6nm)
SWCNT external pore (width=7nm)
SWCNT external pore (width=8nm)
SWCNT internal pore (width=1.5nm)
SWCNT internal pore (width=2nm)
SWCNT internal pore (width=3nm)
SWCNT internal pore (width=4nm)
SWCNT internal pore (width=5nm)
SWCNT internal pore (width=6nm)
SWCNT internal pore (width=7nm)
SWCNT internal pore (width=8nm)
SWCNTs
SWNT
SWNT-MIL-101
SWNT-MIL-101-A(Li)
SWNT-MIL-101-B(Li)
SWNT-MIL-101-C(Li)
SWNTS
SWNTs-700
SWNTs-Pr
SX4 Xerogel
SX6 Xerogel
SYSU
T-MOF-5
T3A Carbon Molecular Sieve
TAF-1
TAF-1a
Tanac 4500
Tanac 7500
Tb-fmu-fcu MOF
Tb-fum-fcu MOF
Tb-fum-fcu-MOF
Tb-mesoMOF
Tb-pek-MOF-1
Tb3+@Al-MIL-53-COOH
Tb@446-MOF
TBA-Activated at 120C
TBA-Activated at 180C
tbo-MOF-2
tbo-MOF-3
TBPB
TC
TDCOF-5
TEPA-MIL-101
TetZB
Thorez Mine Coal
Thr-MTV-MOF
ThrNaOAc
ThrZnOAc
Ti(pyradine-2-carboxylic acid)
Ti-MOF
Ti-MOF-NH2
Ti-POM/MIL-101
Ti/GO
Ti3O(OEt)-(bdc)3(solv)2
Ti3O(OEt)-(bdc)3(solv)2 activated at 150C
Ti3O(OEt)-(bdc)3(solv)2 reactivated at 25C
TiBDC
TiBDC_2h
TIF-2
TIFSIX-1-Cu
TiO2
TiO2/ZIF-8
Tire-derived Activated Carbon
Titania
Tm(BDC)1.5(DMF)(H2O)
Tm2(L1)2(dmf)4(NO3)2
Tm2(TBDC)3(DMF)2(H2O)2*4H2O
TMMB-1
TMMB-2
TMMB-3
TO-MOF
Toluene-SWCNT
TP-COF
TPA-Activated at 180C
TPA-Activated at 90C
TPT
Trans-[MoF(NNCHC6-H5SO2)(dppe)2][BF4]
Treated (Et2NH2)3[(Cu4Cl)3(TTCA)8]-Li
Treated [Cu@Mg-MOF]
TRI-PE-MCM-41
TTZ-2
TUD-1
TUD-1-PEI
Tyr-MTV-MOF
TZM-1013
UCY-1
UCY-10
UCY-11
UCY-12
UCY-4
UCY-5
UCY-6
UCY-7
UCY-8
UCY-9
UHM-6
UHM-7
UiI-66(Zr)
UiO(bdpc)
UiO-66
UiO-66 (1:1)
UiO-66 (24h)
UiO-66 (2:1)
UiO-66 (2h)
UiO-66 (3:1)
UiO-66 (48h)
UiO-66 (4:1)
UiO-66 (4h)
UiO-66 (6:1)
UiO-66 (72h)
UiO-66 (7:1)
UiO-66 (8h)
UiO-66 cuboctahedron
UiO-66 heterogeneous agglomeration
UiO-66 large truncated cube
UiO-66 small cube
UiO-66(Ce0.05Zr0.95)
UiO-66(Zr)
UiO-66(Zr)-(CF3)2
UiO-66(Zr)-(COOH) (303K)
UiO-66(Zr)-(COOH) (323K)
UiO-66(Zr)-(COOH) (343K)
UiO-66(Zr)-(COOH) (383K)
UiO-66(Zr)-(COOH) (423K)
UiO-66(Zr)-(COOH) (463K)
UiO-66(Zr)-(COOH)2
UiO-66(Zr)-(COOH)2 (303K)
UiO-66(Zr)-(COOH)2 (323K)
UiO-66(Zr)-(COOH)2 (343K)
UiO-66(Zr)-(COOH)2 (348K)
UiO-66(Zr)-(COOH)2 (373K)
UiO-66(Zr)-(COOH)2 (383K)
UiO-66(Zr)-(COOH)2 (423K)
UiO-66(Zr)-(COOH)2 (463K)
UiO-66(Zr)-(COOH)2 (473K)
UiO-66(Zr)-(OH)2
UiO-66(Zr)-Br
UiO-66(Zr)-CO2H
UiO-66(Zr)-NH2
UiO-66(Zr)-NO2
UiO-66(Zr)-SO3H
UiO-66(Zr4+) metal/ligand ratio of 6:3
UiO-66(Zr4+) metal/ligand ratio of 6:4
UiO-66(Zr4+) metal/ligand ratio of 6:6
UiO-66(Zr4+) with acetic acid
UiO-66(Zr4+) with high concentration stearic acid
UiO-66(Zr4+) with low concentration stearic acid
UiO-66(Zr4+) with metal/ligand ratio 6:3
UiO-66(Zr4+) with metal/ligand ratio 6:4
UiO-66(Zr4+) with metal/ligand ratio 6:6
UiO-66-(CH3)2
UiO-66-Br
UiO-66-EA
UiO-66-Me
UiO-66-Me2
UiO-66-MM
UiO-66-NH2
UiO-66-NH4
UiO-66-NO2
UiO-66-P1000
UiO-66-P10000
UiO-66-S1
UiO-66-S2
UiO-66-S3
UiO-66-S3p
UiO-66-S4
UiO-66-S5
UiO-66/GO-1
UiO-66/GO-10
UiO-66/GO-5
UiO-66@AcO
UiO-66@LiOtBu
UiO-66@So4H
UiO-67
UiO-67 (1:1)
UiO-67 (2:1)
UiO-67 (3:1)
UiO-67 (4:1)
UiO-67 (5:1)
UiO-67 (6:1)
UiO-67 (7:1)
UiO-67(Zr)
UiO-67-dcppy
UiO-67-NH2
UiO-67-Urea
UiO-67-Urea-bpdc
UiO-67/MCM-41
UiO-67/MCM-41 Hybrid
UiO-67Cr
UiO-67f
UiO-68
UiO-68 (1:1)
UiO-68 (3:1)
UiO-68 (4:1)
UiO-68 (5:1)
UiO-68 (6:1)
UiO-68 (7:1)
UiO-68-allyl
UiO-68-NH2
UiO-68-SEt
ULCP-1
ULCP-1A
ULMOF-4
ULMOF-5
UMCM-1
UMCM-1-(OBnNO2)2
UMCM-1-AM5
UMCM-1-AMPh
UMCM-1-CAT
UMCM-1-NH2
UMCM-1-OBnNO2
UMCM-1-OH
UMCM-1-Ph
UMCM-1-PhCF3
UMCM-1-Pr
UMCM-150
UMCM-150N2
UMCM-2
UMCUM-1-Me
unmodified active carbon
untreated a-Al
untreated m-Al
UPC-5
Upper Freeport Coal
UPR-1
UPR-2
USO-1-Al
USO-1-Al-A
USO-2-Ni
USO-2-Ni-A
USO-2-Ni-MOF
USO-3-In
USO-3-In-A
UTSA-10a
UTSA-15
UTSA-15a
UTSA-16
UTSA-16 WITH pva 0.0%
UTSA-16 WITH pva 2.0%
UTSA-16 WITH pva 3.3%
UTSA-16 WITH pva 4.6%
UTSA-16 WITH pva 6.7%
UTSA-16 WITH pva powder
UTSA-16-GO (19 mg)
UTSA-16-GO (28.5 mg)
UTSA-16-GO (9.5 mg)
UTSA-20
UTSA-20a
UTSA-25
UTSA-25A
UTSA-30a
UTSA-33a
UTSA-34a
UTSA-34b
UTSA-35a
UTSA-36a
UTSA-40
UTSA-40a
UTSA-48a
UTSA-5
UTSA-50a
UTSA-57a
UTSA-5A
UTSA-61a
UTSA-72a
UTSA-80a
UTSA-88a
V(dop)-MIL-101(Cr)
V-Glycolamide150
V-Glycolate150
V-MOF
V-Oxalate150
V-Oxamide100
V-Oxamide150
Vacuuated CuMOF
Vacuuated CuMOF with silica filler
ValZnOAc
VPI-5
VPOC
VR-5
VR-93
VSB-1
Vycor Glass
Walbrzych Mine Coal
water-preadsorbed A25
Wessalite DAY
Wood based phosphoric acid activated carbon
Wood based phosphoric acid activated carbon (washed)
WUT-1
WUT-1a
WV1050
WVA 1100
WVA 1100 oxidized
WYO
Wyodak Coal
X2-CO2-CH2O
XLPEO
Xtrusorb
Xtrusorb oxidized
Y-14-NDC fcu-MOF
Y-aea-MOF-1
Y-fmu-fcu MOF
Y-ftw-MOF-2
Y-fum-fcu MOF
Y-fum-fcu-MOF
Y-PCP
Y-pek-MOF-1
Y-type High Silica Zeolite
Y/ZIF-8
Y3.5-MOF-5
Y4P12O36N12C42H84
Yb(BPT)
Yb(BPT)(H2O)*(DMF)1.5(H2O)1.25
YO-MOF
Z-cage
Z-Fe
Z-Fe/1.0 M NaOH
Z-Fe/10.0 M NaOH
Z-Fe/2.0 M NaOH
Z-MOF
ZBDh
ZBDt
ZBTEC-1
Zeolite 10X
Zeolite 10X-Carbon-C60
Zeolite 10X-Carbon-C60-7S
Zeolite 10X-Carbon-C70
Zeolite 10X-Carbon-C70S
Zeolite 10X-Carbon-C75
Zeolite 10X-Carbon-C80
Zeolite 13A
Zeolite 13X
Zeolite 13X WE894
Zeolite 3A
Zeolite 3A pre-evacuated at 300C
Zeolite 4A
Zeolite 4A S0.3
Zeolite 4A S5.0
Zeolite 4A TG242
Zeolite 4A-X
Zeolite 5A
Zeolite 5A KE154
Zeolite A
Zeolite A1PO-11
Zeolite A1PO-31
Zeolite A1PO-36
Zeolite A1PO-5
Zeolite A1PO-8
Zeolite A1PO4-TR
Zeolite ACO
Zeolite AFI
Zeolite AFX
Zeolite AgY
Zeolite ALPO-17
Zeolite ANA
Zeolite ASV
Zeolite AWW
Zeolite BaX
Zeolite BaY
Zeolite BEA
Zeolite Beta
Zeolite BOG
Zeolite CaA
Zeolite CAN
Zeolite CaNa-A
Zeolite CBV-300
Zeolite CBV-720
Zeolite CBV-780
Zeolite Ce/HUSY
Zeolite CFI
Zeolite CHA
Zeolite CsX
Zeolite CsY
Zeolite CuX
Zeolite DAY
Zeolite DD3R
Zeolite DDR
Zeolite EDI
Zeolite ERI
Zeolite FAU
Zeolite FAU-I
Zeolite FAU-Si
Zeolite FER
Zeolite GIS
Zeolite GME
Zeolite H
Zeolite H-YZ
Zeolite HUSY
Zeolite HY
Zeolite IHW
Zeolite ISV
Zeolite ITQ-12
Zeolite ITQ-29
Zeolite IWV
Zeolite K-ZK-5
Zeolite KA
Zeolite KX
Zeolite KY
Zeolite Li-LSX
Zeolite Li-LSX 78%
Zeolite Li-LSX 83%
Zeolite Li-LSX 99%
Zeolite Li-Y
Zeolite Li-ZK-5
Zeolite LiA
Zeolite LiX
Zeolite LiY
Zeolite LS-Ca-KFI
Zeolite LS-K-KFI
Zeolite LS-Li-KFI
Zeolite LS-Mg-KFI
Zeolite LS-Na-KFI
Zeolite LS-Sr-KFI
Zeolite LTA
Zeolite LTA-5A
Zeolite LTA-Si
Zeolite LTL
Zeolite LZ
Zeolite MDR
Zeolite MEL
Zeolite MEP
Zeolite MER
Zeolite MFI
Zeolite MFI Membrane
Zeolite MFI-1
Zeolite MFI-2
Zeolite MFI-5
Zeolite MFI-6
Zeolite MFI-8
Zeolite MFT
Zeolite MOR
Zeolite MSE
Zeolite MTT
Zeolite MTW
Zeolite MWW
Zeolite MYm
Zeolite Na-A
Zeolite Na-LSX
Zeolite Na-MFI
Zeolite Na-MOF
Zeolite Na-MOR
Zeolite Na-Y
Zeolite Na-ZK-5
Zeolite Na13X
Zeolite NaA
Zeolite NaA-4
Zeolite NaP1
Zeolite NaX
Zeolite NaY
Zeolite NaY-10
Zeolite NaY52
Zeolite NaY56
Zeolite NiNaX
Zeolite NiNaX-49
Zeolite NiNaX-65
Zeolite NiNaX-70
Zeolite NiNaX-73
Zeolite NiNaX-75
Zeolite NiX
Zeolite OBW
Zeolite OFF
Zeolite PdNaX-31
Zeolite PdNaX-43
Zeolite PdNaX-52
Zeolite PdNaX-58
Zeolite PdNaX-67
Zeolite PdX
Zeolite PdY
Zeolite Pore Model
Zeolite RhNaX
Zeolite RhNaX-29
Zeolite RhNaX-44
Zeolite RhNaX-55
Zeolite RhNaX-69
Zeolite RhNaX-73
Zeolite RHO
Zeolite RhX
Zeolite RuNaX-20
Zeolite RuNaX-32
Zeolite RuNaX-40
Zeolite RuNaX-46
Zeolite RuNaX-52
Zeolite RuX
Zeolite RWY
Zeolite SIV
Zeolite SOD-Si
Zeolite SOF
Zeolite STW
Zeolite templated carbon
Zeolite TER
Zeolite TON
Zeolite TSC
Zeolite UFI
Zeolite USY
Zeolite VFI
Zeolite X
Zeolite Y
Zeolite Z-200
Zeolite Z-35
Zeolite ZK4
Zeolyst CBV 100
Zeolyst CBV 30014G
Zeolyst CBV 780
Zeolyst CBV712
Zeosorb 13X
ZID
ZIDs
ZIF-1
ZIF-10
ZIF-108
ZIF-11
ZIF-12
ZIF-2
ZIF-20
ZIF-21
ZIF-22
ZIF-23
ZIF-25
ZIF-3
ZIF-303
ZIF-4
ZIF-5
ZIF-6
ZIF-60
ZIF-65
ZIF-67
ZIF-68
ZIF-69
ZIF-7
ZIF-7(lp)
ZIF-7(lp+)
ZIF-7(np)
ZIF-7-8
ZIF-70
ZIF-71
ZIF-71 (10nm crystalline domains)
ZIF-71 (11nm crystalline domains)
ZIF-71 (30nm crystalline domains)
ZIF-71 (micocrystalline)
ZIF-74
ZIF-75
ZIF-76
ZIF-77
ZIF-78
ZIF-79
ZIF-8
ZIF-8 (BULK)
ZIF-8 (crystal = 0.060 micrometers)
ZIF-8 (crystal = 0.33 micrometers)
ZIF-8 (crystal = 0.47 micrometers)
ZIF-8 (crystal = 0.73 micrometers)
ZIF-8 (crystal = 1.2 micrometers)
ZIF-8 (crystal = 2.1 micrometers)
ZIF-8 (crystal = 88 micrometers)
ZIF-8 (Large Size)
ZIF-8 (Microwave)
ZIF-8 (Middle Size)
ZIF-8 (QCM)
ZIF-8 (Room Temperature)
ZIF-8 (Small Size)
ZIF-8 + 10 mg L-1 of OTC
ZIF-8 + 25 mg L-1 of OTC
ZIF-8-(NH2)2
ZIF-8-0.025 Wt%
ZIF-8-0.025 WT% CTAB
ZIF-8-90
ZIF-8-90 0%
ZIF-8-90 100%
ZIF-8-90 30%
ZIF-8-90 50%
ZIF-8-90 70%
ZIF-8-C_100_2d
ZIF-8-C_200_2d
ZIF-8-C_250_2d
ZIF-8-C_250_2d_V
ZIF-8-M_100_7d
ZIF-8-M_200_2d
ZIF-8-M_250_2d
ZIF-8-M_250_2d_V
ZIF-8-NH2
ZIF-8-SiO2
ZIF-8-W_100_7d
ZIF-8-W_200_2d
ZIF-8-W_250_2d
ZIF-8-W_250_2d_V
ZIF-80
ZIF-81
ZIF-82
ZIF-8HP
ZIF-9
ZIF-90
ZIF-91
ZIF-92
ZIF-93
ZIF-95
ZIF-96
ZIF-97
ZIF-Cl
ZIF-COOH
ZIF-NO2
ZIF-Zn(F-im)2
ZIF-Zn(mim)2
ZIFs
ZJNU-40a
ZJU-21
ZJU-22
ZJU-25
ZJU-25a
ZJU-26
ZJU-35a
ZJU-36a
ZJU-48a
ZJU-5a
ZJU-70a
ZMOF
Zn(1a)(BIPY)
Zn(2-2H)*5(pyridine)
Zn(2-2H)*H2O
Zn(2-methylimidizolate)2
Zn(AFSL)
Zn(BDC)
Zn(BDC)(BPY) 0.5
Zn(bdc)(dabco)
Zn(BDC)(DABCO)0.5
Zn(BDC)(DABCO)0.5*(DMF)2(H2O)
Zn(BDC)(DMBPY) 0.5
Zn(BDC)(TED)
Zn(bdc)(ted)0.5
Zn(bdc)(ted)0.5 t=100 sec
Zn(bdc)(ted)0.5 t=15 sec
Zn(BDC)-(Dabco)0.5
Zn(bdc)dabco
Zn(bpe)(tftpa)
Zn(bpe)(tftpa)*cyclohexanone
Zn(DPB)
Zn(GA)2
Zn(HDTIM)3 1.5H2O
Zn(ICA)-1
Zn(ICA)-2
Zn(II)-MOF [Zn(HPylmDC)(DMA)]n
Zn(Im)1.05(5-NibIM)0.95
Zn(Im)1.1(5-MebIM)0.9
Zn(Im)1.2(5-BrbIM)0.8
Zn(Im)1.25(5-ClbIM)0.75
Zn(L) (HBTC)*(H2O)2
Zn(L)(aip)*(H2O)
Zn(L)(hip)*(DMF)(H2O)
Zn(L)(ip)*(DMF)(H2O)1.5
Zn(L)(nip)*(DMF)0.5(H2O)0.5
Zn(L)(tdca)*1.5DMF
Zn(L10)2
Zn(L3)(L10)2
Zn(L3)(L9)2
Zn(L4)(L10)2
Zn(L4)(L9)2
Zn(L5)(L9)2
Zn(L6)(L9)2
Zn(L9)2
Zn(mIm)2
Zn(NDC)(BPY) 0.5
Zn(NDC)(DMBPY) 0.5
Zn(NDC)(DPMBI)
Zn(NDI-H)
Zn(NDI-NHEt)
Zn(NDI-SEt)
Zn(NDI-SO2Et)
Zn(NDI-SOEt)
Zn(NO2-BDC)(dmbpy).5](C2H6O)(H2O)-a
Zn(NO2-BDC)(dmbpy).5](C2H6O)(H2O)-a in water for 30 days
Zn(NO3)2*4H2O
Zn(NO3)2*6H2O
Zn(OPE) 2H2O
Zn(pbc)*Hdma
Zn(pydc)(dma)
Zn(pyz)2(SiF6)
Zn(tbip)
Zn-ADA-1
Zn-ADA-ADS
Zn-Atz
Zn-Atz-MOF
Zn-BDC
Zn-bpdc-apy
Zn-bpdc-bpee
Zn-BTEC
Zn-BTTB-BPY
Zn-BTTB-DMBPY
Zn-DABCO
Zn-DDQ
Zn-DMOF-TM
Zn-DOBDC
Zn-F-MOF-4B
Zn-IRMOF-1
Zn-MCMOF
Zn-MOCP
Zn-MOF
Zn-MOF-5
Zn-MOF-74
Zn-MOF-74 (BSS)
Zn-MOF-74 (BSSP)
Zn-MOF-74 (Buch)
Zn-MOF-74 (DL)
Zn-MOF-74(cycle 1)
Zn-MOF-74(cycle 2)
Zn-MOF-74(cycle 3)
Zn-MOF-74(cycle 4)
Zn-MOF-74(cycle 5)
Zn-MOF-74/0.25
Zn-MOF-74/1
Zn-MOF-74/18
Zn-MOF-74/18-DMA
Zn-MOF-74/18-NMP
Zn-MOF-74/24
Zn-MOF-74/240
Zn-MOF16
Zn-PAA-ADS
Zn-Pd-2
Zn-POM@MIL-101
Zn-SLUG-35
Zn-TBCPPM
Zn-TTC
Zn/BTB Ant
Zn/BTB Dia
Zn/BTB Tsx
Zn/Co-BTEC
Zn2(1b)2(BIPY)
Zn2(1c)2(BIPY)
Zn2(1d)2(BIPY)
Zn2(Atz)2(ox)
Zn2(bdc)(L-lac)(dmf).DMF
Zn2(bdc)2(dabco)
Zn2(BDC)2(TED)
Zn2(bdc)2dabco
Zn2(bpdc)2(bpee)
Zn2(BPDC)2(BPEE)*2DMF
Zn2(bpdc)2(bpee)]*2DMF
Zn2(bpdc)2-(bpee)
Zn2(C2O4)(C2N4H3)2.(H2O)0.5
Zn2(C34H18O8)
Zn2(dhtp)
Zn2(dobdc)
Zn2(L)(oba)2*2DMF*2H2O
Zn2(NDC)2(diPyNI)
Zn2(NDC)2(diPyNI)-K
Zn2(NDC)2(diPyNI)-Li
Zn2(NDC)2(diPyNI)-Na
Zn2(NDC)2(diPyTz)
Zn2(NDC)2(DPNI)
Zn2(pbc)2*Hdma*H3O*2H2O
Zn2(pydc)2(DEF)
Zn2(pydc)2(DEF)-MeOH
Zn2(tmbdc)2(bpy)
Zn26NDC_dabco
Zn27NDC_block
Zn2BDC2TED
Zn2C14N2O8H4
ZN2GeO4
Zn2GeO4-ZIF-8
Zn2L
Zn2L2L'-2
Zn2L2L'-3
Zn2L2L'-4
Zn2L2L'-5
Zn3(BDC)3[Cu(Pyen)]*(DMF)5(H2O)5
Zn3(BDC)3[Cu(SalPyCy)]*5DMF*4H2O Desolvated
Zn3(BPDC)2(O2CH)2*2Et2NCHO
Zn3(BTC)2
Zn3(CDC)3[Cu(SalPyCy)]*5DMF*4H2O Desolvated
Zn3(OH)2(bdc)2*2DEF
Zn3(OH)2(dmcapz)2
Zn3(TCPB)2(H2O)2
Zn3(TCPB)2*2H2O]*2H2O*4DMF
Zn3L3(DMF)2
Zn3[(Zn0.7Mn3.3Cl)3(BTT)8]2*2ZnCl2
Zn4(O)(mip)3
Zn4(OH)2(124-BTC)2
Zn4(pydc)4-(DMF)2-3DMF
Zn4.5(pbc)3(OH)(H2O)0.5*Hdma
Zn4O
Zn4O (rho=300kg/m^3)
Zn4O(bdc)(bpz)2
Zn4O(BDC)3
Zn4O(BDC)X-(ABDC)3-X
Zn4O(BTB)2
Zn4O(C4B2H4Li2(H2)6(COO)2)3
Zn4O(C4B2H4Na2(H2)12(COO)2)3
Zn4O(D2-tcppda)1.5
Zn4O(dmcapz)3
Zn4O(dmcapz)3]n
Zn4O(Me4BPDC)3-X(TPDC)X
Zn4O*H2O*DEF2
Zn4O*H2O*DMF
Zn4O-CH4
Zn4O-[(BDC)Cr(CO)3]3
Zn4OL3(DMF)(CHCl3)
Zn5(BTA)6(TDA)2
Zn5(OH)4(BDC)3*2DMF
Zn7O2(pda)5
ZnAcBPDC
ZnAlF5*[TAZ]
Znbpetpa
ZnBT
ZnBTBd
ZnBuBPDC
ZnCaBTB
ZnDABCO
ZNJU-60a
ZnL2Ld-2
ZnL2Ld-3
ZnL2Ld-4
ZnL2Ld-5
ZnMG-n
ZnMGO
ZnMOF-74
ZnO@C
ZnO@ZIF-8
ZnPeBPDC
ZnPO-MOF
ZnPrBPDC
Zn[(GA).25(GT).75]2
Zn[(GA).50(GS).50]2
Zn[(GA).60(GS).40]2
Zn[(GA).75(GS).25]2
Zn[(GA).75(GT).25]2
Zn[(GA).90(GS).10]2
Zn[(GS).25(GT).75]2
Zn[(GS).50(GT).50]2
Zr(OH)4
Zr-Cl2AzoBDC
Zr-fum MOF (393 k)
Zr-fum MOF (433 k)
Zr-fum MOF (473 k)
Zr-fum-MOF
Zr-fumarate
Zr-MOF
Zr-MOF (0 eq)
Zr-MOF (100 eq)
Zr-MOF fiber
Zr-MOF nanocrystals
Zr-MOF-801-P
Zr-MOF-801-SC
Zr-MOF-802
Zr-MOF-804
Zr-MOF-805
Zr-MOF-806
Zr-MOF-808
Zr-MOF-841
Zr-MOF-NH4-2
Zr-NDC
Zr-PILC
Zr6-AzoBDC
Zr6-Cl2AzoBDC
Zr6-Muco
Zr6-NDC
ZrFA
ZrIV Muconate
ZrO2
ZrO[O2C-C10H6-CO2]
ZrO[O2C-C12H8-CO2]
ZrO[O2C-C12N2H6Cl2-CO2]
ZrO[O2C-C6H4-CO2]
ZrP4O16.5C10N2H33
Zs500-A-325
ZSM-12
ZSM-5
ZSM-5-Cordierite
ZSM-5-MCM-41
ZTOF-1
ZYC_1000
ZYC_800
ZYC_850
ZYC_900
ZYC_950
[(53%Co/47%Cu(Me-prz-trz-ia)]
[(84%Co/16%Cu)(Me-prz-trz-ia)]
[(84%Co/16%Cu)(Me-prz-trz-ia)](rt)
[(AgCN)4(qox)2]
[(CH3)2NH2]2[Cd3(BPTC)2]*(DMF)
[(CH3)2NH2]2[Zn(TATAT)2/3]3DMFH2O
[(CH3)2NH2]@[Eu2L3(HCOO)]
[(CH3)2NH2]@[Eu2L3(HCOO)]-pyr
[(CH3)2NH2][Cd(bpdc)1.5]*2DMA
[(CH3)2NH2][Zn3(DATRZ)(BDC)3]*xDMF
[(CH3)NH2]3[(Cu4Cl)3-(btc)8].TEA
[(CH3)NH2]3[(Cu4Cl)3-(btc)8].TMA
[(CH3)NH2]3[(Cu4Cl)3-(btc)8].TPA
[(CH3)NH2]3[(Cu4Cl)3-(btc)8].xMeOH
[(InC28O8H14)2(C4H12N2)](C3H7NO)3.5(H2O)5
[(InC28O8H14)2Li1.5(H3O)0.5](H2O)11
[(Me3Sn)4(mu-LH)2]n
[(Ni2L2)(bptc)]*6H2O*3DEF
[(Ni2L4)(bptc)]*14H2O
[(NiL)3(TCBA)2]*12H2O
[(Ni^II)2Ni^III(mu3-OH)(IN)3(BDC)1.5]
[Ag(qox)(4-ab)]
[Ag2(bisox)3](ClO4)2
[Ag2(bisox)3](ClO4)2 Et2O
[Ag2(Me4bpz)]
[Ag2(phbpz)]
[Ag4(L(S))3(NO3)4]*x(Guest)
[Al(OH) (SBPDC)]
[Al(OH) (SBPDC)] (CE)
[Al(OH) (SBPDC)] (MW)
[Al(OH) (SBPDC)] (reflux)
[Al(OH)(BPDC-NH2)]
[Al(OH)(BPDC-NO2)]
[Al(OH)(BPDC-SO2)
[Al(OH)(bpydc)*0.97Cu(BF4)2]
[Al(OH)(ndc)]
[Al(OH)(NDC-(NO2)2)]
[Al4(OH)2(OCH3)4(H2N-bdc)3]*xH2O
[Al]-Ni-bpydc
[B12H12]2-
[Bi(C5H3N2O4)(C5H2N2O4)]
[Bi(mu2-OH)(C7H3NO4)]
[BMIM][SCN]/IRMOF-1
[C16mim]3PW12O40/SiO2
[C22H20N2O8Zn2].0.81(C22H18)
[C2B10H12]
[C4mim]3PW12O40/SiO2
[C4N2H10][Bi(C7H4NO4)(C7H3NO4)]*H2O
[C8mim]3PW12O40/SiO2
[Ca2(BIPA-TC)(DMF)4]*2DMF
[Ca2Na2(C7H2NO5)2(H2O)6]H2O
[CB11H12]1-
[Cd(2-NH2bdc)(4-bpmh)]n.2n(H2O)
[Cd(azpy)2(NO3)2]*(azpy)
[Cd(bdc)(4-bpmh)]n.2n(H2O)
[Cd(BDOA)-(bpy)(H2O)2]
[Cd(bipy)0.5(Himdc)]n
[Cd(bpdc)0.5(atz)(DMF)]2DMF
[Cd(L)(C3H7NO)](C2H8N)(H2O)0.5
[Cd(l-pzdc)(2-meim)3]
[Cd(L1)(Cl)]
[Cd(L2)(Cl)]
[Cd(Me4bpz)2{NCS}2]*2/3CH2Cl2
[Cd(Me4bpz)2{SiF6}]*1.5CH2Cl2
[Cd(Me4bpz)2{SiF6}]*6H2O
[Cd(mpto)2.CH3CH2OH]n
[Cd(mu-pydc)(2-meim)]n
[Cd(NDC)0.5(PCA)]*Gx
[Cd(ntd)(e-urea)]
[Cd(PDCO)(bipy)*(H2o)*5H2O]n
[Cd(PNMI)]*0.5DMA*5H2O
[Cd(pnta)2]*3.8DMF
[Cd(ppmdc)(H2O)2]
[Cd2(azpy)3(NO3)4]*2Me2CO
[Cd2(bptc)(bpib)]*4H2O
[Cd2(bptc)(bpimb)(H2O)]*2H2O
[Cd2(L)-(H2O)]*0.5H2O
[Cd2(L)]
[Cd2(Me4bpz)4{SiF6}{NCS}2]*2CH2Cl2
[Cd2(Me4bpz)4{SiF6}{NCS}2]*6CHCl3
[Cd2(sdb)2(3-bmph)2]n.3n(H2O).n(C6H5NO)
[Cd2(sdb)2(4-bpmh)2(H2O)].2n(H2O)
[Cd2(sdb)2(4-bpmh)2(H2O)]n.1n(H2O)
[Cd2(sdb)2(4-bpmh)2(H2O)]n.2n(H2O)
[Cd2(sdb)2-(3-bpmh)2]n.3n(H2O).n(C6H5NO)
[Cd2(sdb)2-(3-bpmh)]n.3n(H2O).n(C6H5NO)
[Cd2+(tdc)(bpy)]
[Cd2L(H2O)2]
[Cd2L(H2O)]2*5H2O
[Cd3(TATB)2]n
[Cd3Na6(BTC)4(H2O)12]H2O
[Cd3Na6(BTC)4(H2O)12]H2O(CEH)
[Cd4(OH)2(4-pt)6(DMF)4]
[Cd4(OH)2(4-pt)6(H2O)4]
[Cd4Cl(Ni-L)3(Ni-HL)(H2O)6(DMF)]*4DMF
[Cd4Cl3(4-pt)4(OH)(H2O)3]
[Cd5Cl6(4-pt)4(H2O)4]
[Ce2(ADB)3(H2O)3]
[Ce2(bpdc)3(HCOOH)2]
[Ce3(ADB)3(HADB)3]*30DMSO*29H2O
[Ce6(BDC)9(DMF)6(H2O)3*3DMF]
[Co(2)(pyridine)2(H2O)]
[Co(atz)(bdc)0.5]
[Co(azpy)2(NCS)2]*0.5EtOH
[Co(bpg)3]Cl3
[Co(bpy)2(OTf)2]
[Co(bta)0.5(Htz)(H2O)]n
[Co(fa)]
[Co(Hdpt24)(dpt24)2*H2O]
[Co(HL)]*2H2O
[Co(HL)]*DMF*H2O
[Co(Hoba)2*2H2O]
[Co(l-pzdc)(H2O)(2-meim)2]
[Co(L-RR)(H2O)*H2O]
[Co(Me-prz-trz-ia)](373K)
[Co(Me-prz-trz-ia)](rt)
[Co(NCS)2(bpe)2]*3H2O*2C2H6SO
[Co(ntd)(e-urea)]
[Co(ox)(bpy)]
[Co(pca)(bdc)0.5]
[Co(ppmdc)(H2O)2]
[Co1.5(tci)(DMA)]*DMA
[Co2(4-Ptz)2(2-NH2-BDC)(DMA)]n
[Co2(4-Ptz)2(BDC)(DMA)]n
[Co2(azpy)3(NO3)4]*Me2CO*3H2O
[Co2(BDC)2(BPNO)]
[Co2(BDC)2(BPNO)]*H2BDC*2MeOH
[Co2(BDC)2-(BPNO)]*2DMF
[Co2(bpdc)2(H2bpz)]*2(DMF)*5(H2O)
[Co2(BTEC)(H2O)4]2H2O
[Co2(C8H2O6)-(H2O)2]*8H2O
[Co2(l3-OH)(l2-OH2)(oba)(Hoba)(pyz)]n(1)
[Co2(mu2-H2O)(hfipbb)2(py)3]*2(py)]n
[Co2(mu3-OH)(H2O){(NO2)-C6H3-(COO)2}(C2N4H3)]*H2O
[Co2(mu3-OH)(H2O){(NO2)-C6H3-(COO)2}(C2N5H5)]*H2O
[Co2(ndc)2(bpee)2](bpee)
[Co2(ndc)2(bpy)]
[Co2(ox)2(dchtpy)]n*9nH2O
[Co2(pbdc)2(bimb)0.5 (H2O)4 (DMF)0.25]n
[Co2+(tdc)(bpy)]
[Co2L(DPE)] 2DMF 5H2O
[Co3(bpdc)3(bpy)]
[Co3(bpdc)3bpy]*4DMF*H2O
[Co3(BTB)2(DMA)4]*4DMA
[Co3(ndc)-(HCOO)3(mu3-OH)(H2O)]n
[Co3Cl4(pmc)2(CH3OH)4]
[Co4(mu4-O)(Me2pzCO2)3]
[Co4(mu4-O)(pz/O2C)3]
[Co4(OH)2(2)3DMF2]
[Co5(H2O)2{(NO2)-C6H3-(COO)2}4(C2N3H2)2]
[Co5(H2O)4{(NO2)-C6H3-(COO)2}4(C2N3H2)2]*2H2O
[Co5{(NO2)C6H3-(COO)2}4(C2N3H2)2]
[Co7(OH)4(H2O)2(ina)4(ip)3]
[Co7(OH)4(H2O)2(ina)4(pip)3]
[CoII2Cl2(bbta)]]
[CoIICoIII(OH)Cl2(bbta)]
[CoIII(dpzca)2Ag](BF4)2*2(H2O)
[CoIII(dpzca)2Ag](BF4)2*2H2O
[Cp*Ir^(III)(dcbpy)Cl]Cl
[Cp*Ir^(III)(dcppy)Cl]
[CpCu((CN)^t.Bu)]1@MOF-5
[CpCu(PMe3)]2@MOF-5
[Cu(2-pySO3)2-(bpy)]*H2O
[Cu(bcppm)H2O]
[Cu(bdc)(ted)0.5]*2 DMF*0.2H2O
[Cu(BF4)2(bpp)2]n
[Cu(BF4)2(bpy)2]
[Cu(bpy)(BF4)2(H2O)2*(bpy)]4
[Cu(bpy)(H2O)2(BF4)2](bpy)
[Cu(bpy)2(BF4)2]
[Cu(dhbc)2(bpy)]H2O]
[Cu(dpa)2SiF6-i]
[Cu(hfipbb)(H2hfipbb)0.5]
[Cu(hfipbb)(Li2hfipbb)0.5]
[Cu(Hoxonic)(bpy)0.5]n*1.5n
[Cu(Hoxonic)(H2O)]n
[Cu(Htci)(bpy)]*0.5H2O
[Cu(INA)2(NH3)2(H2O)2]
[Cu(INA)2]
[Cu(INAIP)]*2H2O
[Cu(L)1/3(H2O)]*8DMA
[Cu(L)DMF]*2H2O
[Cu(Me-prz-trz-ia)](373K)
[Cu(Me-prz-trz-ia)](rt)
[Cu(PF6)1.4(BF4)0.6(bpetha)2]n
[Cu(PF6)2(bpetha)2]n
[Cu(pmc)2].2/3DMF
[Cu(ppmdc)(H2O)2]
[Cu(pzdc)(2-meim)3]*DMF
[Cu12(BTC)8][H3PW12O40]
[Cu2(AcO)4-(CuTPyP)1/2]
[Cu2(adc)2(dabco)]n
[Cu2(bdc)2(bpy)]n
[Cu2(bdc)2(dabco)]bulk
[Cu2(bdc)2(dabco)]n
[Cu2(BME-bdc)2(dabco)]n
[Cu2(bza)4(pyz)]n
[Cu2(C2v-mdip)(H2O)2]*3DMSO
[Cu2(EBTC)(H2O)2]*8H2O*DMF*DMSO
[Cu2(glu)2(mu-bpp)]*2H2O
[Cu2(H2btp)(H2O)2(12-bis(4-pyridl)ethylene)]
[Cu2(H2btp)(H2O)2(13-bis(4-pyridl)propane)]
[Cu2(H2btp)(H2O)2(bipyridine)]
[Cu2(L)(H2O)2]
[Cu2(L)(H2O)6]
[Cu2(L)2(SO4)(Br)2]
[Cu2(L)2(SO4)-(Br)2]*4H2O
[Cu2(L-H4)*(H2O)2]*18DMF*5H2O
[Cu2(m-OH)2(bdim)]
[Cu2(m3-ade)2(m2-OOC(CH2)2CH3)2]n Metal/butanoic Acid/TMB 1/20/2
[Cu2(m3-ade)2(m2-OOC(CH2)2CH3)2]n Metal/butanoic/TMB Acid 1/1
[Cu2(m3-ade)2(m2-OOC(CH2)2CH3)2]n Metal/butanoic/TMB Acid 1/10
[Cu2(m3-ade)2(m2-OOC(CH2)2CH3)2]n Metal/butanoic/TMB Acid 1/20
[Cu2(m3-ade)2(m2-OOC(CH2)2CH3)2]n Metal/butanoic/TMB Acid 1/5
[Cu2(Me4BPDC)2]*9DMF
[Cu2(ndc)2(dabco)]
[Cu2(ndc)2(dabco)]n
[Cu2(obb)2(bpy)0.5(DMF)]*2DMF
[Cu2(pcp)2bipy]*5H2O]n
[Cu2(pzdc)2(pyz)]*2H2O}
[Cu2(pzdc)2(pyz)]n
[Cu24(CN)4(btc)12(dabco)9(H2O)6]*8(NO3)
[Cu2L2(ted)]n
[Cu3(bpac)3(CO3)2](ClO4)2 H2O
[Cu3(C9H3O6)2(H2O)3]2Na3PW12O40*nH2O
[Cu3(cdm)4]
[Cu3(dmtrz)2(OX)2-(H2O)2]
[Cu3(ipO)2(pyz)2]n
[Cu3(m-TATB)2Py(CH3OH)2]
[Cu3(m3-OH)(C4H2N2O2)3(H3O)]*2C2H5OH*4H2O
[Cu3(tci)2(bpp)2(H2O)]*3H2O
[Cu3(TDPAH)(H2O)3] 13H2O 8DMA
[Cu3([11:31-terphenyl]-445-tricarboxylate)2(14-diazabicyclo[2.2.2]octane)](elongated)
[Cu3([11:31-terphenyl]-445-tricarboxylate)2(14-diazabicyclo[2.2.2]octane)](spindle)
[Cu3([11:31-terphenyl]-445-tricarboxylate)2(14-diazabicyclo[2.2.2]octane)](truncated)
[Cu3L3(hmt)]n
[Cu3L3]*H2O
[Cu4(mu4-O)(mu2-OH)2(Me2traz-pba)4]
[Cu4(oba)4(DMF)4]
[Cu4(OMe)4(MeOH)(LC3)4(BPE)]
[Cu4I3(DABCO)2]I
[Cu6(AcNTB)6]*0.5I3*5.5ClO4*38H2O
[Cu6(AcNTB)6]*1.25I3*4.75ClO4*40H2O
[Cu6(AcNTB)6]*1.5I*4.5ClO4*20H2O
[Cu6(AcNTB)6]*3I3*3ClO4*n(H2O)
[Cu6(AcNTB)6]*4.5I3*1.5ClO4*n(H2O)
[Cu6(AcNTB)6]*6I*n(H2O)
[Cu@Mg-MOF]
[CuCl2(bpetha)]n
[CuL]2[SiMo12O40]*6H2O
[CuL]3[PMo12O40]2*6H2O
[Cu^II2L(H2O)(ClO4)]*ClO4*2H2O
[Cu^II2L(N3)2]*2H2O
[Dy(L)(bpdc)0.5(phen)]
[Dy2(BDC)3(DMF)2(H2O)2]
[DyNaL(H2O)4]*6H2O
[Eu(BDC)(NO3)(DMF)2]
[Eu(BDC)(NO3)(DMF)2](LT)
[Eu(L)(bpdc)0.5(phen)]
[Eu(pdc)1.5(dmf)]*(DMF)0.5(H2O)0.5
[Eu2(BDC)3(DMF)2(H2O)2]
[Eu2(BDC)3(DMF)2]*(DMF)1.7
[Eu2(bpdc)3(HCOOH)2]
[Fe(bpac)Ni(CN)4]
[Fe(bpac)Pd(CN)4]
[Fe(bpac)Pt(CN)4]
[Fe(btzx)3](ClO4)2
[Fe2(BPEB)3]
[Fe2+(tdc)(bpy)]
[Fe2NiO(Piv)6(L1)]n
[Fe3(O)(pmc)5.3(O2CH)0.7]*DMF
[Fe^(III)(Tp)(CN)3]4Co^(II)2
[Gd(L)(bpdc)0.5(phen)]
[Gd(Oba)(Ox)0.5(H2O)2]
[Gd2(bpdc)3(HCOOH)2]
[H2N(CH3)2]4[Zn8O(IMDC)6]
[H2N(CH3)2][Zn3(TATB)2-(HCOO)]*HN(CH3)2*3DMF*3H2O
[H2N(Me)2]2[Zn4(L)2(H2O)1.5]
[H3O][In(btec)]*0.8H2O
[HDMA]2-[Zn2(BDC)3(DMA)2]*6DMF
[Ho(C3H6O9)]*CH3OH
[HSm{VO(TPPS)}]n
[H[Mg(HCOO)3]]inf
[In(aip)(mu2-OH)]n*3nH2O
[In2(Hsip)2(mu2-OH)2(H2O)]n*2nH2O
[In2(pydc)3(H2O)]*0.5I2*0.5H2O
[Ir^ (III)(ppy)2(dcbpy)]Cl
[Ir^(III)(dcppy)2(H2O)2]
[K+SNU-200' SCN-]
[KCo7(OH)3(ip)6(H2O)4]*12H2O
[La(BTB)(H2O)3DMF]n Activated
[La(TATAB)(H2O)].6H2O
[La-(pyzdc)1.5(H2O)] 0.5 H2O
[La2(bpdc)3(HCOOH)2]
[La2(ox)3(H2ox)(H2O)2](H2O)8
[La6(BDC)9(DMF)6(H2O)3*3DMF]
[Li(C6H4NO2)2]*DMF
[Li0.5(H3O)0.5]+[In(C16H6O8)]-
[Li0.5H0.5]+[In(C16H6O8)]-
[M(H2biim)3][M(Hbiim)(btc)]*2H2O
[M(Hbiim)(btc)]*2H2O
[Me-PCM-10]BF4
[Me-PCM-10]F
[Me-PCM-10]I
[Me-PCM-10]PF6
[Me2NH2]24[Tb12(TATB)16(HCOO)12].12DMF.48H2O ) solvent-free sample
[Me2NH2]24[Tb12(TATB)16(HCOO)12].12DMF.48H2O ion exchange
[Me2NH2]2[Cd2(bpdc)3]*4dma
[Me2NH2]2[Cd2(NH2bdc)3]*4dma
[Me2NH2][In(BPTC)]
[Mg(H2diol)(DMF)2]
[Mg16(PTCA)8(mu2-H2O)8(H2O)16(dioxane)8]*(H2O)13*(DMF)26
[Mg2(HCO2)2(NH2-BDC)(DMF)2]
[Mg2(mu4-HmTPO)2(mu-H2O)(H2O)2]*2DEF
[Mg3(ndc)3]
[Mn(azpy)(NO3)2(H2O)2]*2EtOH
[Mn(CH3OH)6]3[(Mn4Cl)3(BTT)8(CH3OH)12]2*42CH3OH
[Mn(dmf)6]3[(Mn4Cl)3(btt)8(H2O)12]2*42DMF*11H2O*20CH3OH
[Mn(mpto)2.CH3CH2OH]2
[Mn(ntd)(e-urea)]
[Mn(PNMI)]*0.75DMF
[Mn(ppmdc)(H2O)2]
[Mn(ppmdc)(H2O)]
[Mn-(DMF)6]3[(Mn4Cl)3(BTT)8(DMF)12]2
[Mn1.5(H2bdc)1.5(DMA)2]
[Mn2(hfipbb)2(bpy)]n
[Mn3(mu5-mTPO)(mu6-mTPO)(mu-H2O)(H2O)4]*2DMF*H2O
[Mn3(TATB)2]n
[Mn6(Haahz)6(bpea)2(dmf)2]n
[Mn6-(Haahz)6(dmso)6]
[MnII2Cl2(bbta)]
[MnIII(3-MeOsal)2(MeOH)(H2O)]
[MnIIMnIII(OH)Cl2(bbta)]
[MoL][BF4]WYO
[MV2+SNU-200']2Cl-
[Na(Hidc)(H2idc)(H2O)2]
[Na(Hidc)(H2O)]
[Na2(NDA)(DMF)]
[Na2Co(ipa)2]n
[Na6(BTC-H2)3(H2O)15][PW12O40]
[Nd(HCOO)3]n
[Nd2(bpdc)3(HCOOH)2]
[Nd6(BDC)9(DMF)6(H2O)3*3DMF]
[NH2(CH3)2]2[Cd3(BTA)(BTC)2(H2O)]2*7DMAC*8H2O
[NH2(CH3)2][Zn3(4-Pca)3(ade)].10DMF.8H2O
[NH2(CH3)2][Zn3(BTA)(BTC)2(H2O)]*4DMAC*3H2O
[NH2Et2][Zn(BTC)]*H2O
[NH4+SNU-200']Cl-
[Ni(bodc)(ted)0.5]
[Ni(BPEB)]
[Ni(dipn)]2[Ni(dipn)(H2O)][Fe(CN)6]2.2H2O
[Ni(H2diol)(DMF)2]
[Ni(H2diol)-(DEF)2]
[Ni(H2diol)]
[Ni(INAIP)(DMF)]*0.5DMF
[Ni(INAIP)(H2O)]*2H2O
[Ni(NCS)2(bpe)2]*3H2O*2C2H6SO
[Ni(ox)(bpy)]
[Ni(pca)(bdc)0.5(H2O)2]
[Ni(pnta)2]*1.3DMF
[Ni(ppmdc)(H2O)2]
[Ni2(C2O4)(L)2]n*6nH2O
[Ni2(C8H2O6)-(H2O)2]*8H2O
[Ni2(dhtp)Mo0.5(CO)1.5]
[Ni2(NCS)4(azpy)4]n
[Ni3(bix)3(PTCO)2*(H2O)4.6H2O]n
[Ni3(HCOO)6] 1a
[Ni3(HCOO)6] 1b
[Ni3(HCOO)6] 1c
[Ni3(HCOO)6] 2a
[Ni3(HCOO)6] 2b
[Ni3(HCOO)6] 2c
[Ni3(HCOO)6]-1a
[Ni3(HCOO)6]-1b
[Ni3(HCOO)6]-1c
[Ni3(HCOO)6]-2a
[Ni3(HCOO)6]-2b
[Ni3(mu2-H2O)2(bdc)3(pyrazine)2]*3(DMA)
[Ni4(dpa)4(pyz)4(H2O)8]*11H2O
[Ni4(dpa)4(pyz)4]
[Ni7(OH)4(H2O)2(ina)4(ip)3]
[Ni7(OH)4(H2O)2(ina)4(pip)3]
[Ni8(L1)6]
[Ni8(L2)6]
[Ni8(L3)6]
[Ni8(L4)6]
[Ni8(L5)6]
[Ni8(L5-CF3)6]
[Ni8(L5-CH3)6]
[NiII(dpzca)2Ag]BF4*0.5(C3H6O)
[NiL]2[SiMo2O40]*4H2O
[Ni]-Ni-bypdc
[P(NH4Py)4]Cl
[Pb2@L]n
[Pb3(4-nphth)2(OH)2]
[PbL2]*2DMF*6H2O
[PbL2]*DMF*2H2O
[Pd(2-pymo)2]n
[PO(NH4Py)3]
[Pr2(NDC)2(NO3)2(DMA)4]
[Pr3(NDC)4.5(DMF)3(H2O)]
[Re^(I)(CO)3(dcbpy)Cl]
[Rh(II)2(bza)4(2-epyz)]n
[Rh(II)2(bza)4(pyz)]n
[Rh2(4-Cl-2-OMePhCO2)4(THF)2 ]
[Rh2(bza)4(pyz)]n
[Rh2(p-F-PhCO2)4(phz)]*2PhNO2
[RhII2(bza)4(2-epyz)]n
[Ru2(4-Cl-2-OMePhCO2)4(THF)2 ]
[Ru2(p-F-PhCO2)4(phz)]
[Ru2(p-F-PhCO2)4(phz)]*2PhNO2
[Ru^(II)(bpy)2(dcbpy)]Cl2
[Sm2(bpdc)3(HCOOH)2]
[Sr(BDC) (H2O)]
[Sr3(C7H2NO5)2(H2O)9](2H2O)
[Tb(L)(bpdc)0.5(phen)]
[Y2(BDC)3(DMF)2(H2O)2]
[Zn(45-di(1H-tetrazol-5-yl)-123-triazole)]NN-dimethylacetamide
[Zn(atz)(bdc)0.5]
[Zn(bdc)(bphy)]
[Zn(BDC)(H2O)2]n
[Zn(bdc)(ted)0.5]
[Zn(bdc)(ted)0.5]*2DMF*0.2H2O
[Zn(BDC-NH2).(TED)0.5]
[Zn(BDC-OH)-(TED)0.5]
[Zn(BDOA)(bpy)(H2O)2]
[Zn(BPEB)]
[Zn(Br)(1-mbtz)]
[Zn(BTA)2]n
[Zn(dcpa)]
[Zn(dpe)(bdc)]*4H2O
[Zn(dtp)]
[Zn(glu)(mu-bpe)]
[Zn(glu)(mu-bpe)]*2H2O
[Zn(Gly-Thr)2]*CH3OH
[Zn(L) H2O] DMA
[Zn(L)].4DMF-a
[Zn(l-pzdc)(H2O)3]
[Zn(L9)(phen)] 4H2O
[Zn(NO2-BDC)(dmbpy).5](C2H6O)(H2O)
[Zn(ntd)(e-urea)]
[Zn(phen)(SDC)]n
[Zn(PNMI)]*1.25EtOH*0.375H2O
[Zn(PNMI)]*2DMA
[Zn(ppmdc)(H2O)2]
[Zn(ptp)(CH3OH)]
[Zn(ptp)]
[Zn(SiF6)(pyz)2]n
[Zn(tbip)]
[Zn(TCNQ-TCNQ)bpy]
[Zn(TeGly)]n
[Zn(trz)(tfpth)]
[Zn(trz)(tfpth)] BSS
[Zn(trz)(tfpth)] BSSP
[Zn(trz)(tfpth)] Buch
[Zn(Z-dhpe)]
[Zn11(H2O)2(ur)4(bpdc)11]
[Zn17thb14(mu4-O)4(H2O)(Me2NH2)]*Me2NH2 1a
[Zn17thb14(mu4-O)4(H2O)(Me2NH2)]*Me2NH2 2a
[Zn2(2)(py-R)2]n
[Zn2(adc)2(dabco)]n
[Zn2(bcta)(dipy)(mu2-OH)]*2DMF*H2O
[Zn2(bdc)(S-lac)(dmf)]
[Zn2(bdc)2(bphy)]
[Zn2(bdc)2(dabco)]
[Zn2(bdc)2(dabco)]n
[Zn2(bdc)2(ted)]
[Zn2(bdc)2(ted)]n
[Zn2(bdc)2(ted)]n/PSt
[Zn2(bdc)2ted]n
[Zn2(bdc)2ted]n.pst
[Zn2(bdc-(NO2)2)2(dabco)]
[Zn2(bdc-Br)2(dabco)]n
[Zn2(bdc-Cl2)2(dabco)]n
[Zn2(bdc-NO2)2(dabco)]n
[Zn2(BME-bdc)2(dabco)]
[Zn2(BME-bdc)x(DB-bdc)2-xdabco]
[Zn2(BME-bdc)x(DB-bdc)2-xdabco]n
[Zn2(bpdc)2(bpe)]
[Zn2(bpdc)2(bpee)*2DMF]
[Zn2(bpdc)2(bpee)]
[Zn2(bpdc)2(ted)]
[Zn2(bpdc)2bpe]-2DMF
[Zn2(btm)2] 1.5CO2
[Zn2(CN5H2)3(H2O)3]6H2O
[Zn2(CN5H2)3(H2O)3]6H2O Ac
[Zn2(CN5H2)3(H2O)3]6H2O TMC
[Zn2(fu-bdc)2(dabco)]n
[Zn2(hfipbb)(Li2hfipbb)0.5]
[Zn2(ip)2(bpy)2]*DMF}n
[Zn2(L)(btc)(Hbtc)][NH2(CH3)2]*(DMF)2(H2O)4
[Zn2(L)]
[Zn2(L1)2(dabco)]n
[Zn2(L2)2(dabco)]n
[Zn2(L4)2(dabco)]n
[Zn2(ndc)2(bpe)]*2.5DMF*0.25H2O
[Zn2(ndc)2(dabco)]n
[Zn2(obb)2(bpy)]*DMF
[Zn2(OH)(1-mbtz)3H2O]
[Zn2(pnta)3(OH)]*2DMF
[Zn2(TBAPy)(H2O)2]
[Zn2(TBC)2]2.3(H2O)
[Zn2(TDC)2(BiPy-borane)]
[Zn2(TDC)2(BiPy-dibromide)]
[Zn2(TDC)2(BiPy-dihydroxide)]
[Zn2(TDC)2(BiPy-epoxide)]
[Zn2(TDC)2(BiPy-ethylsulfide)]
[Zn2(tpa)2(cpb)]
[Zn2(tzba)(DMF)]*0.5DM
[Zn2+(tdc)(bpy)]
[Zn2-(TDC)2(BiPy-olefin)]
[Zn22(btc)12-(H2O)22(NO3)8) xguest-a
[Zn22(btc)12-(H2O)22(NO3)8) xguest-b
[Zn22(btc)12-(H2O)22(NO3)8) xguest-c
[Zn2L(DPE)] 2.5DMF 2H2O
[Zn3(bpdc)3(bpy)]
[Zn3(bpdc)3bpy]*4DMF*H2O
[Zn3(BTTTDTIOA)(H2O)3]n
[Zn3(H2PO4)6(H2O)3](Hbim)
[Zn3(HPO4)6](Hbim)
[Zn3(IDC)2(mu2-H2O)H2O]
[Zn3(OH)(p-CDC)2.5(DEF)4]n
[Zn3(OH)2(btca)2]
[Zn3(TCPB)2*2DEF]*3DEF
[Zn3(TCPB)2*2H2O]*2H2O*4DMF
[Zn3(TPATTTADTIOA)(H2O)3]n
[Zn3(TPBTTTATIOA)(H2O)3]n
[Zn3-(ntb)2]n
[Zn3F2](Am2TAZ)4
[Zn3L2(btc)2(H2O)]
[Zn3L2(HCOO)1.5][(CH3)2NH2]1.5 xDMF
[Zn4(dmf)(ur)2(ndc)4]
[Zn4(HMe4bpz)2(bpdc)3]
[Zn4(L10)3(m3-OH)2(H2O)2]*2H2O*2EtOH
[Zn4(mu4-O)(Me2pzCO2)3]
[Zn4(O)(mip)3(DMF)2]*3(DMF)*(H2O)
[Zn4O(bdc)(bpz)2]*4DMF*6H2O
[Zn4O(dmcapz)3]n
[Zn4O(L1)3]n
[Zn4O(L2)3]n
[Zn4O(L4)3]n
[Zn4O(Me4BPDC)3]*9DMF
[Zn4O(mecapz)3]n
[Zn4O(mecapz)3]n on [Zn4O(dmcapz)3]n
[Zn4O(mipcapz)3]n
[Zn4O(mipcapz)3]n on [Zn4O(dmcapz)3]n
[Zn4O(mipcapz)3]n on [Zn4O(mecapz)3]n
[Zn4O(mpcapz)3]n
[Zn4O(mpcapz)3]n on [Zn4O(dmcapz)3]n
[Zn5(mu3-O)2(bpdc)4(DMF)2(EtOH)2]*3(DMF)*3(EtOH)*5(H2O)
[Zn5(mu3-OH)4L2]*7H2O*DMF
[Zn6(mu6-O)(TPO)2]-(NO3)4-3H2O
[Zn6-(IDC)4(OH)2(Hprz)2]n
[Zn7O2(pda)5(H2O)2]*5DMF*4EtOH*6H2O
[Zn9(Me2bta)12(NO3)6*3DMF]
[ZnCl(BBTA)0.5(DMA)]
[ZnF](Am2TAZ)
[ZnL(bipy)]*DMF*H2O
[ZnL(bpa)]*4H2O
[ZnL(bpe)]*1.5H2O
[ZnL(bpp)]*1.75H2O
[ZnO]1@MOF-5
[ZnO]2@MOF-5
[ZnO]5@MOF-5
[Zr6O4(OH)4(DMTDC)6] 4.8DMF 10H2O
[{(Zn0.25)8(O)}Zn6(L)12(H2O)29(DMF)69(NO3)2]
[{Co(F-pymo)2}n]*2.5nH2O
[{Co0.21Zn0.79(F-pymo)2}n]*2.5nH2O
[{Co2(L)-(bpe)(H2O)}*5H2O]n
[{Cu(H-pymo)2}n]
[{Cu(sala)}n]
[{Cu2pzdc2-(pyz)}n] 26Micron
[{Cu2pzdc2-(pyz)}n] 2Micron
[{Cu2pzdc2-(pyz)}n] 70Micron
[{Fe(NCS)2}3(TPB)4]
[{Fe2NiO(Piv)6}8{L2}]n
[{Zn(F-pymo)2}n]*2.5nH2O
[{Zn(L)(H2O)2}(NO3)2*2H2O]n
[{[Ni(cyclam)]2(mtb)}n]*3nEtOH
[{[Ni(cyclam)]2(mtb)}n]*8nH2O*4nDMF
{(H2PIP)0.5[VO(CEP)]*H2O}
{Ag3[Ag5(mu3-3,5-Ph2tz)6](NO3)2}n
{Ag3[Ag5(mu3-3,5-tBu2tz)6](BF4)2}n
{Cd2(H3O)2[{Cd4(mu4-O)}3(hett)8]*4H2O}
{Cd2(Z-dhpe)2*5H2O*2EtOH}
{Ce(tci)}n
{Co2(BTC)Cl(DEF)3}n
{Co3(HCOO)(BTB)2(DEF)*(N(C2H5)2)}n
{Co3O(BTB)2(DMF)*2(N(CH3)2)*(H2O)}n
{Co3O(HBTC)2(H2O)(DMF)}n
{Cu2(Glu)2(mu-bpa)}*(CH3CN)
{Cu2(Glu)2(mu-bpp)}*(C3H6O)
{Cu2[CuII(NO3)2(bcppm)2](DMF)2}*2DMF
{Cu4[CuI(bcpdmpm)2]2(EtOH)2(H2O)2}(NO3)2*12DMF
{Fe(bpac)[Pt(CN)4]}
{Fe(dpe)[Pt(CN)4]}*0.5(dpe)
{Fe(dpe)[Pt(CN)4]}*C10H8
{Fe(dpe)[Pt(CN)4]}*C12H8N2
{Fe(dpe)[Pt(CN)4]}*C14H10
{FeII(pyrazine)[PtII(CN)4]}
{H2[Zn6(?4-O)(TATB)4]}n
{Li2[Zn3(BDC)4]}
{Pb2(H3O)2[{Pb4(mu4-O)}3(hett)8]*4H2O}
{Zn(L1)] DMF) infinity
{Zn(ptp)-(H2O)]2
{Zn(Z-dhpe)*3H2O*EtOH}
{Zn2(adc)2(dabco)}n
{Zn2(bdc)2-(dabco)}n
{[(Me2NH2)2]*[Cd3(5-tbip)4]*2DMF}n
{[(NiLallyl)2(BuTC)]*2DEF*2H2O}
{[(NiLallyl)2(BuTC)]*3H2O}
{[Ag2(bpp)2](heda)*8H2O}
{[Ag2(H2O)2(bpp)2](oba)*4H2O}
{[Cd(4-btapa)2(NO3)2]*6H2O*2DMF}n
{[Cd(4-btapa)2(NO3)2]*6MeOH*yH2O}n
{[Cd(4-btapa)2]*2NO3}n
{[Cd(bpndc)(bpy)]}n
{[Cd(BTC)0.66(BPz)2]*6H2O}n
{[Cd(L)(H2O)]*3H2O}
{[Cd(l-pzdc)(N-mim)3]*3H2O}
{[Cd(lpzdc)(im)3]*0.13H2O}
{[Cd(mu-Cl)(mu -Hpzdc)]*H2O}n
{[Cd(pzbtz)]3H2O}n
{[Cd2(L)2(phen)2(H2O)2]}
{[Cd2(NNNN-tetrakis(4-(4-pyridine)-phenyl biphenyl-44-diamine)(bpdc)1.5(H2O)2](CO3)0.5}
{[Cd2(TPPBDA)(OBA)2] 4DMA 8H2O}n
{[Cd3(L)4](H2O)-(CH3OH)3(Hdmpy)2}
{[Cd4(3-tzba)4(H2O)2]*2H2O
{[Cd4(azpy)2-(pyrdc)4(H2O)2]*9H2O}
{[Cd4(azpy)2-(pyrdc)4(H2O)2]}
{[CdNa(2-stp)(dabco)0.5(H2O)]*2H2O}
{[Ce(tci)(H2O)2]*2H2O}n
{[Ce(tci)*H2O]*4H2O}n
{[Co(bpy)(OTf)2-(H2O)2]*(bpy)}
{[Co(bpy)2(CH3CN)2(H2O)2]*2(OTf)}
{[Co(dcpy)(bipy)0.5(H2O)]*H2O}
{[Co(dcpy)(bipy)0.5]*H2O}
{[Co(dipp)(dptz)0.5]4}n
{[Co(dpt24)2)]*0.5DMF}n
{[Co(dpt24)2)]2*H2O}n
{[Co(L)]*2DMF}
{[Co2(L)2(DMF)]*n(solv)}
{[Co2(L)Cl(DMF)2(H2O)]*Sx}n Desolvated
{[Co3(dpt24)6]*4DMF*1.5H2O}n
{[Co3(L)3(DMF)0.5(H2O)1.5]*n(solv)}
{[Co6(mu3-OH)2(IN)4-(HCOO)6]4DMF5H2O}n
{[Cu(4-bcba-H)]*H2O}n
{[Cu(azpy)(glut)](H2O)2}
{[Cu(azpy)(glut)]}
{[Cu(bpetha)2(DMF)2]*2PF6}n
{[Cu(bpy)2(OTf)2]*2EtOH*H2O}
{[Cu(CF3SO3)(bpp)2]*CF3SO3*2acetone}
{[Cu(II)(en)2*H2O]*[Cu(I)2(CN4)]}n
{[Cu(ina)2(H2O)][Cu(ina)2(bipy)]*2H2O}n
{[Cu(ina)2(H2O)][Cu(ina)2(bipy)]}n
{[Cu(l3-pzdc)(2-meim)2Cu(l-pzdc)(2mim)]*CH3OH*2H2O}
{[Cu(tba)2](DMF)}
{[Cu-(CF3SO3)2(bpp)2]*H2O}
{[Cu2(4-pmpmd)2(CH3OH)4(opd)2]*2H2O}
{[Cu2(C10H2O8)-(H2O)6]*4H2O}n
{[Cu2(mu-Cl)2( Mu3-Hpzdc)(Cl)(H2O)2]*1.5H2O}n
{[Cu2(pzdc)2(bpe)]*5H2O}
{[Cu2(pzdc)2(bpy)]*4H2O}
{[Cu4(dpdo)12][H(H2O)27(CH3CN)12][PW12O40]3}n
{[Dy(ox)(Bpybc)(H2O)]*OH*13H2O}n
{[Eu2Zn19(atz)18(ox)9(Cl)8]*17H2O}
{[Fe(dpe)[Pt(CN)4]}*0.5(dpe)*H2O
{[Gd(tci)*H2O]*4H2O}n
{[Gd2Zn19(atz)18(ox)9(Cl)8]*17H2O}
{[HDMA]2[Zn3(BDC)4]}
{[Ln(ntb)Cl3]*xH2O}n
{[Mg(HIDC)(H2O)2]*1.5H2O}n
{[Mg2(HL)2(H2O)4]*H2O}n
{[Mg3(ndc)2.5(HCO2)2(H2O)][NH2Me2]2H2ODMF}
{[Mn(L)(H2O)](H2O)1.5(DMF)}n
{[NH2(CH3)2][Zn(atz)(ox)]$H2O}n
{[Ni(bpe)2(N(CN)2)](N(CN)2)}n
{[Ni(bpe)2(N(CN)2)](N3)}n
{[Ni(cyclam)]2(mtb)}n]*8nH2O*4nDMF
{[Ni(Hptz)2] 7H2O}n
{[Ni(tipb)(atpa)](solvents)}n
{[Ni(tipb)(pta)](solvents)}n
{[Pr(tci)(H2O)2]*2H2O}n
{[Tb(FDA)1.5(DMF)]*DMF}
{[Tb2Zn19(atz)18(ox)9(Cl)8]*17H2O}
{[Zn(bpydb)(bpy)](DMA)-(EtOH)6}n
{[Zn(INAIP)(DMF)]*0.5DMF*4H2O}n
{[Zn(l-pzdc)(NH3)2(H2O)]*H2O}
{[Zn(m4-TCNQ-TCNQ)bpy]*1.5benzene}n
{[Zn(NO2-ip)(dpndi)]*(DMF)1.5(MeOH)1.5
{[Zn(NO2-ip)-(bpy)]*(DMF)0.5(MeOH)0.5}
{[Zn(oxo-pba)2(bpy)]4H2O}n
{[Zn(ppmdc)(H2O)2]*H2O}
{[Zn-(C10H2O8)0.5(C10S2N2H8)]*5H2O]}n
{[Zn2(bpdc)2(azpy)]*2H2O*2DMF}n
{[Zn2(bpdc)2(azpy)]*2H2O*2DMF}n Nanoscale
{[Zn2(btdc)2(bpy)]*xS}n
{[Zn2(btdc)2-(bpy)]*yS}n
{[Zn2(H2dht)(dht)0.5)(azpy)0.5]}
{[Zn2(L)(OH)]*2DMF*H2O}n
{[Zn2(MTB)(H2O)2]*3H2O*3DMF}n
{[Zn2(OH)(AZPY)(BDC)1.5]*H2O}n
{[Zn2BIB1.5SPA(OH)(H2O)]*1.75H2O}n
{[Zn3(bpdc)3(azpy)]*4H2O*2DEF}n
{[Zn3(DLlac)2(pybz)2]*2.5DMF}n
{[Zn3(L)3(DPB)1.5]-6DMF-H20}n
{[Zn3(ntb)2-(EtOH)2]*4EtOH}n
{[Zn3(ptp)3](DMF)2-(H2O)}
{[Zn4(BDC)4(BPDA)4]*5DMF*3H2O}
{[Zn4(bpydb)3(datz)2(H2O)](DMF)4(EtOH)5(H2O)8}n
{[Zn4O(bfbpdc)3-(bpy)0.5(H2O)]*(3DMF)(H2O)}n
{[Zn4O(L)3(DMF)2] xG}n
{[ZnL(HCO2)(H2O)]*DMF}
{[ZnL(HCO2)]*DMF*H2O}
{[{Dy4(mu2-OH)}3(hett)8]*9NO3*6H2O}
{[{Nd4(mu2-OH)}3(hett)8]*9NO3*6H2O}