Adhesive organic network films with a holey microstructure: useful platforms for the engineering of flexible energy devices

Abstract

Adhesive organic network films with regular holes were prepared and applied for the engineering of flexible current collectors.

The rise of morphology-engineered microporous organic polymers (ME-MOPs): synthesis and benefits

“…38,39 Moreover, new synthetic approaches have been suggested for ME-MOPs. [40][41][42][43][44][45][46][47][48] The synthetic methods for ME-MOPs are summarized as follows:…”

“…While the conventional synthesis of MOPs resulted in the formation of irregular particulate materials, a significant formation of ME-MOPs has been reported in the literature. 20 a , b ,21–66 Usually, ME-MOPs have been prepared by template synthesis. 20 b ,21–37 However, in some cases, ME-MOPs could be obtained by non-template synthesis.…”

“…Recently, corresponding examples have newly appeared in the literature for the engineering of various ME-MOPs. [43][44][45][46][47][48] From the aspect of synthesis, the combined noncovalent and covalent assembly strategies for the engineering of ME-MOPs can be classied into three cases: selftemplate noncovalent-covalent synthesis, concomitant noncovalent and covalent synthesis, and step-by-step noncovalent and covalent synthesis.…”

“…Examples of new applications of ME-MOPs include biomedical applications, 42,[59][60][61][62] antifouling polymer synthesis, 63,64 and new membranes for environmental and energy applications. 33,34,48,65,66 3.4.1 Biomedical applications of ME-MOPs. ME-MOPs could be applied to biomedical elds.…”

“…38,39 In addition, unprecedented synthetic approaches have recently emerged for ME-MOPs, such as the synthesis of ME-MOPs utilizing ME-MOPs 40–42 and noncovalent–covalent double assembly. 20 a ,27,43–48…”