International Scholarly Research Notices

Review Article

Polymers of Intrinsic Microporosity

Table 1

Nonnetwork microporous polymers based on dibenzodioxin formation (i).
    
513986.table.001a 
513986.table.001b
513986.table.001c 
513986.table.001d 
MonomersaSolubilityNamebSurface area
(BET; m2 g−1)		Reference 
A1 + B1THF, CHCl3PIM-1760–850[55, 57] 
A1 + B2THFPIM-2600[55] 
A1 + B3THFPIM-3560[55] 
A2 + B1THFPIM-4440[55] 
A2 + B2THFPIM-5540[55] 
A3 + B2THFPIM-6430[55] 
A1 + B4CHCl3PIM-7680[74] 
A4 + B4CHCl3PIM-8677[74] 
A1 + B5CHCl3PIM-9661[74] 
A4 + B5m-cresolPIM-10680[74] 
A5 + B4CHCl3Cardo-PIM-1621[74]
A5 + B5CHCl3 (partial)Cardo-PIM-2580[74] 
A4 + B1Not solublePIM-CO-100630[75]  
A6 + B1Quinoline“Polymer from 5”501[76] 
A7 + B1QuinolinePolymer from 6560[76] 
A8 + B1THFPolymer from 7895[76] 
A9 + B1DMF, quinolinePolymer from 10656[76] 
A10 + B1THFPolymer from 5432[77] 
A11 + B1THFPolymer from 8395[77] 
A12 + B1InsolublecPolymer from 10713[77] 
A13 + B1InsolublecPolymer from 14203[77] 
A14 + B1THFPolymer from 15590[77] 
A15 + B1InsolublecPolymer from 16300[77] 
A1 + B6CHCl3MP-1679[51] 
A16 + B1QuinolinePIM-CO15518[78] 
A17 + B1CHCl3PIM-HPB527[79] 
A18 + B1CHCl3PIM-SBF803[80] 
A1 + B7CHCl3TOT-PIM-100560[81, 82] 
A1 + CHCl3TOT-PIM-50601[81] 
A1A2B1B7CHCl3DNTOT-PIM-50407[81] 
+ B1CHCl3DN-PIM-50709[81] 
A1 + B8CHCl3DSPIM1-100—[82, 83] 
A1 + B9CHCl3DSPIM2-100—[83] 
A1 + B10CHCl3DSPIM3-100—[83] 
A1 + B11CHCl3PSTFPIM1—[82, 84] 
A1 + B12CHCl3——[66] 
A1 + B13CHCl3PIM-R1702[85] 
A1 + B14CHCl3PIM-R2595[85] 
A1 + B15CHCl3PIM-R3628[85] 
A1 + B16CHCl3PIM-R4889[85] 
A1 + B17CHCl3PIM-R5636[85] 
A1 + B18CHCl3PIM-R6714[85] 
A1 + B19CHCl3PIM-R7680[85] 
AB1CHCl3—523[68] 
aSee structures above.
bAs given in reference.
cIt is thought that this molecule is cross-linked due to an additional Aldol reaction, which takes place during polymerization.