80电影天堂网,少妇高潮一区二区三区99,jαpαnesehd熟女熟妇伦,无码人妻精品一区二区蜜桃网站

搜索:  
Preparation and performance study oflithium-ion battery separator modified by PAN-electrospinning fibers  
Preparation and performance study oflithium-ion battery separator modified by PAN-electrospinning fibers
資料類型: PDF文件
關(guān)鍵詞: Polyacrylonitrile  lithium  battery  separator  electrostatic  spinning  References  
資料大?。?/td> 958KB
所屬學(xué)科: 通用高分子材料
來源: 來源網(wǎng)絡(luò)
簡介:
Since Sony Company succeed in inventing lithium-ion battery in 1900, lithium-ion battery had developed in an incredible speed because ofits high energy density, long circulation period and good electronic quality. Now, lithium-ion battery has been widely used in cell phones, laptops, cameras,video recorders, and other electronic products[l]. Lithium-ion battery is made of electrode,electrolyte, and lithium-ion battery separator. One of the important functions of lithium-ion battery separator is to separate the anode from cathode and prevent the electrons in battery, at the same time, allow ions to pass. This function makes it possible that lithium-ions transfer quickly between anode and cathode in the process of charging and releasing. The nonwovens produced by electrospinning are made of entanglement between the fibers, and the mechanical property of the separator will have an obvious improvement for nets structures forming between the fibers. Gao[2]gave the heat treatment to the electrospinning separator, the result showed that the separator heated had an obvious zoom in modulus, tensile strength, break elongation.
上傳人: liuyh
上傳時間: 2014-11-11 14:13:25
下載次數(shù): 0
消耗積分: 2  
立即下載:
1人
1人
1人
友情提示:下載后對該資源進行評論,即可獎勵2分。
報告錯誤:  1.下載無效  2. 資料明顯無價值  3. 資料重復(fù)存在

相關(guān)評論 共有0人發(fā)表評論 更多評論
你還沒有登錄,無法發(fā)表評論,請首先 登錄 注冊
免責(zé)聲明:本站部分資源由網(wǎng)友推薦,來自互聯(lián)網(wǎng),版權(quán)屬于原版權(quán)人,如果不慎侵犯到您的權(quán)利,敬請告知,我們會在第一時間撤除。本站中各網(wǎng)友的評論只代表其個人觀點,不代表本站同意其觀點。
最新上傳資料
· 聚乙烯燃燒和阻燃的熱分析研究
· Fabrication of Phosphate-Impr...
· Controllable Black or White l...
· (J. Am. Chem. Soc.) Interpene...
· Photosensitizer-Loaded Multif...
· 聚酯型熱塑性聚氨酯彈性體的合成...
· 58 Nitrogen-doped porous carb...
· 18 Striking influence of Fe2O...
· 17 Catalytic conversion of li...
· 13 Catalytic carbonization of...
· 10 Synthesis and characteriza...
· 09 Effect of nanosized carbon...
· 04 Effect of Cl/Ni molar rati...
更多>> 
熱點資料
· 可再生資源高分子共混與復(fù)合材料
· 納米全硫化粉末橡膠對硬質(zhì)聚氯乙...
· 冷凍相分離法制備殼聚糖微孔材料
· 有機硅膠粘劑
· 中國合成橡膠工業(yè)現(xiàn)狀及展望
· 納米CaCO3表面PMMA接枝聚合改...
· 木塑復(fù)合材料的研發(fā)與產(chǎn)業(yè)發(fā)展
· 橡膠的納米增強技術(shù)與理論
· 三次采油驅(qū)油用聚丙烯酰胺的交聯(lián)...
· 含芳雜環(huán)結(jié)構(gòu)的新型的超支化聚合...
· 增塑劑對玉米淀粉糊化的影響
· 新型的無鹵聚丙烯/含硅大分子膨...
· 水性涂料用有機硅改性苯丙乳液的...
更多>> 
相關(guān)資料
· A single-ion conducting polym...
· The Investigation of Thermal ...
· Improving the cyclability and...
· An electrospun lignin/polyacr...
· Electrospun Pitch/Polyacrylon...
· One step production of in-sit...
· Nanostructured SiO2/C composi...
更多>>