MOF nets

An overview / correlation matrix of MOFs and their respective nets

This table will be updated from time to time.

63 nets – 115 MOFs

 

acs

6-c

 acs-a_polyhedral-image MIL-88

PCN-19

MOF-235

MOF-236

act

(3,6)-c

 act-a_polyhedra-image Zn(tpb)1.5(ClO4)2

Zn4O(D2-tcppda)1.5

aea

(3,12,12)-c

  aea-MOF-1

agw

(3,4,6)-c

 agw-a_polyhedra-image UMCM-150

alb

(6,12)-c

 alb-a_polyhedra-image In-alb-MOF-1

bct

10-c

 bct-a_polyhedra-image MOF-802

bnn

5-c

 bnn-a_polyhedra-image CPO-27
MOF-74

bon

(8,8)-c

 bon-a_polyhedra-image DUT-68

crs

6-c

 crs-a_polyhedra-image MOF-500

ctn

(3,4)-c

 ctn-a_polyhedra-image MOAAF-1

dmd

(3,4)-c

  Zn(dmbd)

edq

(3,6)-c

 edq-a_polyhedra-image soc-MOF

fcu

12-c

 fcu-a_polyhedra-image UiO-66

MOF-801
MOF-804
MOF-805
MOF-806

fcu-c

12-c

PIZOF-2

fgl

(4,4)-c

 fgl-a_polyhedra-image UTSA-74

flu

(4,8)-c

 flu-a_polyhedra-image MOF-841

fmj

(3,3,4,4,4)-c

 fmj-a_polyhedra-image Cu3(btc-X)2,
X = Me, Et, EtO

fof

(3,4)-c

 fof-a_polyhedra-image MOF-505

NOTT-100

MFM-130/131

NU-150
PCN-10/11

ftw

(4,12)-c

 ftw-a_polyhedra-image MOF-525/535

gea

(3,18)-c

 gea-a_polyhedra-image gea-MOF-1/2

hbk

(3,3,4,4)-c

 hbk-a_polyhedra-image NU-152

hbr

(8,8)-c

 hbr-a_polyhedra-image DUT-126

hcb

3-c

 hcb_polyhedra-image PNMOF-3

hex

8-c

 hex-a_polyhedra-image MOF-72

hxg-b

(6,6)-c

pbz-MOF-1

hyx

(3,4,4)-c

 hyx-a_polyhedra-image IZE-3

iab

(3,4,4)-c

 iab-a_polyhedra-image DUT-109

ith

(4,12)-c

 ith-a_polyhedra-image MOF-812

ith-d

(3,6)-c

 ith-d-a_polyhedra-image MOF-205
MOF-905
DUT-6

kgm

4-c

 kgm-polyhedra-image Cu2(py)2(1,3-bdc)2

koh

(3,6,6)-c

  UMCM-3

lqm

(3,4)-c

 lqm-a_polyhedra-image CMOF-1 to -4

nbo

4-c

 nbo-a_polyhedra-image MOF-101

MOF-601/602/603

nou

(4,4,4)-c

 nou-a_polyhedra-image Co(tpb)0.5(pma)0.5

DUT-71

ntt

(3,4,4)-c

 ntt-a_polyhedra-image Cu6O(tzi)3(H2O)9NO3
Cu-ABTA
Cu-UBTA
NU-108-Cu
NU-110

ott

(3,5,6)-c

 ott-a_polyhedra-image FDM-3

pcu

6-c

 pcu-a3_polyhedra-image MOF-5

MOF-76

pek

(3,8,12)-c

  pek-MOF-1

pto

(3,4)-c

 pto-a_polyhedra-image Cu3(btb)2

MOF-143

MOF-388

pts

(4,4)-c

 pts-a_polyhedra-image MOF-11

MOF-36

pyr

(3,6)-c

 pyr-a_polyhedra-image MOF-150

MOF-155-F

MOF-950

qom

(3,3,3,6,6)-c

qom-a_polyhedra-image DUT-59

MOF-177

MOF-180

MOF-200

reo

8-c

 reo-a_polyhedra-image DUT-67

rht

(3,24)-c

 rht-a_polyhedra-image2 Most MOFs described as rht have ntt topology instead

shp

(4,12)-c

 shp-a_polyhedra-image Cu-shp-MOF-1

spn

(3,6)-c

 spn-a_polyhedra-image MOF-808

PCN-777

sql

4-c

 sql_polyhedra-image MOF-2

srs

3-c

 srs-a_polyhedral-image [{Cu33-OH)}{Cu33-O)}(µ4-btr)3(H2O)4 (OH)2Cl6]Cl

sty

(3,4)-c

 sty-a_polyhedra-image NU-151

ZJU-61

sur

(3,4)-c

 sur-a3_polyhedron-image Zn(acdc)

tbo

(3,4)-c

 tbo-a_polyhedra2-image HKUST-1 (CuBTC)

PCN-6‘

MOF-399

mesoMOF-1
ZJU-35/36

 

tfe

(3,4,4)-c

 tfe-a3_polyhedra-image [Zn2(btc)]8[Zn2(btc)1.333]3

the-a

(3,4)-c

 the-a_polyhedra-image BUT-12/13

2)

ths

3-c

 ths-a_polyhedral-image Cu(4’4-bipy)1.5NO3

ths-z

3-c

 ths-a_polyhedral-image MOF-77

ths-z is a rod net

toz

(3,3,3,3,6,6)-c

 toz-a_polyhedra-image MOF-210

tto

(3,3,3,6,6,8)-c

MOF-910

ttu

(3,6)-c

   ttu-a_polyhedra-image DUT-13

ttz

(3,3,6)-c

   ttz-a_polyhedra-image DUT-25

ubt

5-c

 ubt-a_polyhedra-image Zn4(mip)4(dabco)

ucp

(3,4)-c

 ucp-a_polyhedra-image Cu3L61)

UHM-25

umt

(3,3,3,3,6,6)-c

 umt-a_polyhedra-image DUT-32

UMCM-2

zhc

(3,3,3,3,4,4,4,4)-c

 zhc-a_polyhedra-image PCN-12

UHM-2/3/4

zyg

(3,3,4)-c

  UTSA-20
1) H4L =  1,1-bis-[3,5-bis(carboxy)phenoxy]methane

2) I couldn’t manage to generate the net the-a-a, instead the parent augmented net is shown, i.e. the-a (3,8)-c

acdc = acetylenedicarboxylate

btr = 4,4′-bis(1,2,4-triazole)

dabco =  1,4-diazabicyclo[2.2.2]octane

mip = 5-methylisophthalate

pma – H4pma = pyromellitic acid

tcppda = N,N,N′,N′-tetrakis(4-carboxyphenyl)-1,4-phenylenediamine

tpb = 3,3′,5,5′-tetrakis(4-pyridyl)bimesityl

tpb = 1,2,3,4-tetra-(4-pyridyl)-butane

tzi = 5-tetrazolylisophthalate

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