| |
Cellulose-based solid-solid phase change materials synthesized in ionic liquid
A series of cellulose graft poly(ethylene glycol) (cellulose-graft-PEG) copolymers as phase change materials (PCMs) were synthesized in ionic liquid by using 4, 4-diphenylmethane diisocyanate as coupling reagent. FTIR and H-1 NMR characterized the structure of the copolymers. Differential scanning calorimetry (DSC) indicated that the copolymers showed phase transitions with large thermal stor...
http://www.polymer.cn//ss/rgliu/publicationsshow_3131.html |
| |
Graphene modified LiFePO4 cathode materials for high power lithium ion batteries
Graphene modified LiFePO4 cathode materials for high power lithium ion batteries
http://www.polymer.cn//ss/liuzhaoping/publicationsshow_2838.html |
| |
Property?Structure Relationship of Nanoscale Ionic Materials Based on Multiwalled Carbon Nanotubes.
Property−Structure Relationship of Nanoscale Ionic Materials Based on Multiwalled Carbon Nanotubes
http://www.polymer.cn//ss/dong/publicationsshow_2810.html |
| |
Polyamide 11/Poly(vinylidene fluoride) Blends as Novel Flexible Materials for Capacitors
A novel capacitor with high dielectric constant (e) has been developed by blending poly-(vinylidene fluoride) (PVDF) with polyamide (PA11). The blends show high dielectric constants (eblend¼40), which give better frequency stability (1 MHz), and excellent mechanical properties. Based on certain volume fractions, the measured dielectric constants (eblend) were found to exceed those of...
http://www.polymer.cn//ss/dong/publicationsshow_2428.html |
| |
Front. Chem. China, 2010, 5, 247-261. Bioinspired synthesis and preparation of multilevel micro/nanostructured materials
In this review, some living organisms with multilevel hierarchical micro/nanostructures and related special properties are briefly introduced. The unique properties of organisms are mostly related to their special hierarchical micro/nanostructures. Inspired by nature, many zero-dimensional and one-dimensional micro/nanomaterials with biomimic or bioinspired multilevel micro/nanostructures ha...
http://www.polymer.cn//ss/zhaoyong/publicationsshow_2394.html |
| |
[Advanced Materials] Fabrication of Micro-Patterned Stimulus-Responsive Polymer Brush ‘Anemones’
<!--[endif]-->
We present a simple strategy to fabricate stimulus-responsive patterned pNIPAAM brush microstructures (‘anemones’). Our approach relies on the combination of three phenomena: (1) the unusual phase separation of two differently functionalized alkanethiols on the stamp surface or during ink transfer in mCP on the substrate surface, (2) the preferred deposition of the ...
http://www.polymer.cn//ss/chentaogroup/publicationsshow_2347.html |
| |
Preparation and characterization of EP/SO2 hybrid materials contain PEG flexible chain
J Mater Sci (2009) 44:4047–4055
http://www.polymer.cn//ss/weichun/publicationsshow_1619.html |
| |
"Facile route to fabricate large-scale silver microtubes", Materials Letters, 2007, 61(14-15): 2904-2907
Large-scale uniform Ag microtubes with high length diameter
ratios have been first successfully synthesized by a facile approach,
using lowcost super fine glass fibers as templates. The samples
were characterized by SEM and&nb...
http://www.polymer.cn//ss/llwang/publicationsshow_1399.html |
| |
Time-temperature-stress equivalence and its application to nonlinear viscoelastic materials
Stress-dependence of the intrinsic time of viscoelastic materials was investigated in this paper. The influence of stress level on the intrinsic time is considered to be similar to that of temperature, pressure, solvent concentration, damage and physical aging. The time-temperature-stress equivalence principle is proposed. Using which, the creep curves at different temperatures and stress levels c...
http://www.polymer.cn//ss/luowenbo/publicationsshow_1352.html |
| |
Studies on Synthesis and Property of Eu-PEG Phase Change Luminescence Materials.
Xiaohua Gu, Peng Xi, Xinyuan Shen. Studies on Synthesis and Property of Eu-PEG Phase Change Luminescence Materials. Polymer Korea, 2008, 32(4):305-312. (SCI)
http://www.polymer.cn//ss/xipeng/publicationsshow_1132.html |
| |