【正文】
y, with the rapid development of human society, the original mineral energy will soon dry, it is human consensus. To solve the increasingly serious energy crisis and environmental pollution is imminent. However, the traditional energy shortage and pollution, is not only improve energy efficiency and pollution emission standard. To explore the new development of clean energy is the effective way to solve the problem.With the development of lithiumion battery, the battery performance requirements are increasingly high, the decision is the most critical battery performance battery coating problem, we coated the battery es natural to think of the battery problem pulp , a battery is good or bad can be said that 90% of the determinants of the slip. Batter recipe, distributed uniformity and process control is the most critical factor. The pulping process is currently divided into drymixed pulp mixed with the wet pulp, the current application is a more mature wet pulp, in this thesis will focus on the problem of wet pulping process. Include selection of raw materials, operation, interpretation of technical documents. After quality control and inspection of finished pulp.Keyword:new energy resources;stored energy;lithium battery;pulp目 錄目 錄 1第一章 概述 1 1 1 鋰離子電池的工作原理 1 鋰電池的發(fā)展及應用 2 2第二章 鋰離子制漿工藝的探究 4 鋰離子電池的制作工藝流程 4 干、濕混法電池制漿工藝對比 5 7 7 8第四章 鋰離子電池的優(yōu)勢及前景 10第五章 結(jié)論 11參考文獻 12致 謝 13第一章 概述鋰電池具有電壓高比能量高充放電壽命長無記憶效應對環(huán)境污染小快速充電自放電低等優(yōu)點。粉漿的配方,分散的均勻度以及過程控制是最最關鍵的因素。用電池儲能,構(gòu)建分散能源才是最好的解決方案。論文題目 : 鋰離子電池制漿工藝 年 級 : 應用化工專業(yè)院 系 :生物與環(huán)境工程學院學生姓名 : 指導教師 : 20 年 月摘 要新型清潔能源的探索與發(fā)展不僅僅是對科學技術界的大挑戰(zhàn),也是對電化學的大挑戰(zhàn)?,F(xiàn)有的可充電持有鉛酸電池、鎘鎳電池、金屬氫化物鎳電池和鋰電池四種。而目前制漿工藝主要分為干混法制漿跟濕混法制漿,目前應用比較成熟的是濕法制漿,在本論文里將著重討論濕法制漿的工藝問題。作為一類重要的化學電池,近年來在國際上相當活躍,并已取得很大進展。在25℃下,已開路形式儲存30天后,電池的常溫放電容量大于額定容量的85%。在連續(xù)充放電1200次后,電池的容量依然不低于額定值的60%,遠遠高于其他各類電池,具有長期使用的