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Chen Yujie/Li Hua, Shanghai Jiaotong University: Dynamic mode environmentally stable ion-conducting organic hydrogel
Time of Update: 2021-06-20
Recently, the team of Associate Researcher Chen Yujie/Associate Researcher Li Hua of Shanghai Jiaotong University has prepared ionic organic hydrogels with excellent mechanical properties and unique behaviors (information recognition and encryption) and mechanical sensing in a variety of environments .
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Is ceramic coating geometric for improved li-ion battery diaphragm performance?
Time of Update: 2020-10-22
Table 3 Important materials involved in Tsinghua University's experiments Tsinghua University Institute of Nuclear Energy and New Energy Technology -based film 25um thick PP-based Celgard 2325 membrane (U.S.-made) al-modified powder 1g homemade Al 2 O 3 @PMMA nano-hybrid material other substrates N, N-dimethyl methamide (DMF, China Pharmaceutical Group), PVDF-HFP (Aldrich Corporation, battery grade) Table 4 for Tsinghua University on polymer diaphragm, composite diaphragm performance comparison.
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Neuron. Xiao Bailong/Li Xueming collaboration reveals the "gate plug and latch" gate dissenion mechanism of the mechanical gated Piezo ion channel.
Time of Update: 2020-07-22
in the latest neuron paper, three lateral ion permeability pathways in the inner side of piezo channel were determined by using site directed mutagenesis based on structural analysis, electrophysiological function of patch clamp and identification of novel shear variants Portal), lateral plug gate (lateral plug gate) that physically blocks the lateral ion permeability path, and latch element (latch) that controls the lateral plug (Fig. a).
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Professor Li Weishan's team of South China Normal University has made important progress
Time of Update: 2019-12-04
Lithium ion batteries have been widely used in many fields, such as mobile phones, laptops and new energy vehicles, because of their high energy density and long cycle life However, lithium-ion batter
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Li Fujun research team of Nankai University: the latest breakthrough in the field of negative materials for potassium ion batteries
Time of Update: 2018-03-14
The development of renewable energy and smart grid requires more and more low-cost and large-scale energy storage system Due to the abundant Potassium Resources and high working voltage, potassium ion