ï»?!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> å±Þq§‘大林孟昌/æœæƒ òq³ç­‰ã€ŠACS AMI》：开å‘出一¿Uå¯åˆ¶å¤‡é«˜æ€§èƒ½é“?矛_¢¨ç”‰|± çš„低æˆæœ¬å‡èƒ¶èšåˆç‰©ç”µè§£è´¨_中国èšåˆç‰©ç½‘ 
    <th id="1jak9"><address id="1jak9"></address></th>
    <bdo id="1jak9"></bdo><input id="1jak9"><label id="1jak9"></label></input>

    <xmp id="1jak9"></xmp>
    3. <pre id="1jak9"></pre>
  4. 

    7. <rt id="1jak9"></rt>
    <xmp id="1jak9"></xmp>
      <b id="1jak9"></b>
      


      
	   
	   
      

      

      
     

      
 
å¡‘æ–™ | Š™¡èƒ¶ | ¾U¤ç»´ | 涂料与æÑaå¢?/a> | 胶粘å‰?/a> | å¤åˆææ–™ | 矛_Œ– | 化工 | 仪器仪表 | æ–îCñ”ä¸?/a> | 专题 | ˜q”回首页

      

      

      

      

       
      
    
      
    
      å¤åˆææ–™
      
    
      
      
      
        
      
          
      
            
      
              æœçƒ¦åQ?/a> 
              
              
              
              
            
      
          
      		
          å¡‘æ–™ Š™¡èƒ¶ 涂料与æÑaå¢?/a>
        
      
      
      
    
      
    
      
  
      
  
      
	
      当å‰ä½ç½®åQ?首页 >> 资讯 >>  å¤åˆææ–™ >> 行业动æ€?/a> >> 正文
      
	
      
	    
      
å±Þq§‘大林孟昌/æœæƒ òq³ç­‰ã€ŠACS AMI》：开å‘出一¿Uå¯åˆ¶å¤‡é«˜æ€§èƒ½é“?矛_¢¨ç”‰|± çš„低æˆæœ¬å‡èƒ¶èšåˆç‰©ç”µè§£è´¨
      
						2021-06-17     æ¥æº:中国èšåˆç‰©ç½‘  点击‹Æ?/span>
      
					 关键è¯ï¼š      矛_¢¨ç”‰|±   				   
      
					
      
					
      
					    ç”׃ºŽé“金属具有资æºä¸°å¯Œã€æ¯”定w‡é«˜ä»¥åŠæˆæœ¬ä½Ž½{‰ä¼˜åŠ¿ï¼Œå› æ­¤é“电池æˆä¸ºå¤šä»äh€é‡‘属电池的研究热点。但ç›?/span>å‰å¯å……电é“电池主‹¹ç”µè§£è´¨åQ?/span>AlCl3基离å­æ¶²ä½“）é¢äÍ的一些关键的问题åQŒå¦‚水分æ•æ„Ÿæ€§ã€ç”µè§£æ¶²æ³„露和è…蚀½{‰é˜»¼„了é“电池的å‘展ã€?/span> 
       
      
       
	
      

         å±×ƒ¸œ¿U‘技大学林孟昌ã€æœæƒ åã^½{‰åˆ©ç”¨ä½Žæˆæœ¬AlCl3/Et3NHClåQ?/span>Et3NHClåQšä¸‰ä¹™èƒºç›é…¸ç›ï¼‰¼›Õd­æ¶²ä½“与èšé…°èƒºçš„å‡èƒ¶åŒ–作用åQŒé€šè¿‡½Ž€å•çš„æ··åˆæ–ÒŽ³•åˆ¶å¤‡äº†æ–°åž‹å‡èƒ¶èšåˆç‰©ç”µè§£è´¨ã€‚该å‡èƒ¶èšåˆç‰©ç”µè§£è´¨åœ¨å®¤æ¸©æ¡ä»¶ä¸‹è¡¨çŽ°å‡ø™¾ƒé«˜çš„¼›Õd­ç”µå¯¼çŽ‡ï¼ˆ3.86× 10-3 S cm-1åQ‰ã€å®½ç”µåŒ–学窗å£ï¼ˆ2.6 V vs. AlåQ‰åŠé•¿æœŸç•Œé¢½E›_®šæ€§ã€‚å¦å¤–，与离å­æ¶²ä½“相比，该å‡èƒ¶èšåˆç‰©ç”µè§£è´¨è¡¨çŽ°å‡ºè¾ƒä½Žçš„水分æ•æ„Ÿæ€§å’Œè…蚀性。采用该å‡èƒ¶èšåˆç‰©ç”µè§£è´¨¾l„装的é“-矛_¢¨ç”‰|± è¡¨çŽ°å‡ø™¾ƒå¥½çš„å€çŽ‡æ€§èƒ½ã€è¾ƒé•¿çš„循环性能以åŠä¼˜å¼‚的抑制自攄¡”µæ€§èƒ½ã€‚该工作ä»?/span>“Low-Cost Gel Polymer Electrolyte for High-Performance Aluminum-Ion Batteriesâ€?/span>为题åQŒå‘表于ã€?/span>ACS Applied Materials & Interfaces》期刊ã€?/span> 

      

       
      
       
	
      

       1.å‡èƒ¶ç”µè§£è´¨åŸºæœ¬æ€§è´¨ 

      


      
       
	
      

         

      

       
	
      


      

      

       å›?/span>1.åQ?/span>aåQ‰ä¸Šéƒ¨åˆ†ä¸?/span>AlCl3/Et3NHClåQ?/span>ATåQ‰ç¦»å­æ¶²ä½“，下部分äØ“AT基å‡èƒÓž¼› 
	
      

       åQ?/span>båQ?/span>AT基离å­æ¶²ä½“与då‡èƒ¶æ‹‰æ›¼å›¾è°± 

      

       
      
       
	
      

         该å‡èƒ¶èšåˆç‰©ç”µè§£è´¨åˆ¶å¤‡æ–¹æ³•ç®€å•ï¼Œåªéœ€ž®†ç¦»å­æ¶²ä½“与èšé…°èƒºæØœåˆï¼Œ˜q›è¡Œ½Ž€å•çš„加热æ…æ‹Œå›_ˆ¶å¤‡äº†å››ç§ä¸åŒæ¯”例çš?/span>AlCl3/Et3NHClçš„å‡èƒ¶èšåˆç‰©ç”µè§£è´¨ã€‚从拉曼图谱å¯ä»¥çœ‹å‡ºå‡èƒ¶ä¸Žç¦»å­æ¶²ä½“的有效æˆåˆ†æ˜¯ä¸€æ ïLš„åQŒå‡ä¸?/span>Al2Cl7-å’?/span>AlCl4-阴离å­ï¼Œ˜q™è¯´æ˜Žä¸åŒå‡èƒ¶ç”µè§£è´¨å‡å¯åº”用于铼›Õd­ç”‰|± ã€?/span> 

      


      
       
	
      

         

      

         2.å‡èƒ¶ç”µè§£è´¨çš„电化学性能以åŠç”‰|± æ€§èƒ½ 
	
      


      
       

      

       
      
       
	
      
 
	
      
		å›?/span>2.åQ?/span>aåQ‰ä¸åŒå‡èƒ¶èšåˆç‰©ç”µè§£è´¨ç”¨äºŽé“-矛_¢¨ç”‰|± çš„å€çŽ‡æ€§èƒ½åQ›ï¼ˆbåQ‰ä‹Éç”?/span>AT1.7 PAå‡èƒ¶ç”µè§£è´¨çš„é“?/span>-矛_¢¨ç”‰|± åœ¨ä¸åŒç”µ‹¹å¯†åº¦ä¸‹çš„充攄¡”µæ›²çº¿åQ?/span>AT1.7 PA电解质的åQ?/span>cåQ?/span>LSV曲线åQ›ï¼ˆdåQ‰ç¦»å­ç”µå¯¼çŽ‡åQ›ï¼ˆeåQ‰æ’‹¹æžåŒ–曲¾U¿ï¼›åQ?/span>fåQ‰ä‹Éç”?/span>AT1.7 PAå‡èƒ¶ç”µè§£è´¨çš„é“?/span>-矛_¢¨ç”‰|± çš„长循环性能 
	
      
	
      
		
      
       
	
      

         通过å¯ÒŽ¯”ä¸åŒå‡èƒ¶èšåˆç‰©ç”µè§£è´¨ç”¨äºŽé“?/span>-矛_¢¨ç”‰|± çš„å€çŽ‡æ€§èƒ½åQŒå¯ä»¥çœ‹å‡?/span>AT1.7 PA电解质在比容é‡ã€åº“伦效率等斚w¢å‡è¡¨çŽ°å‡ºä¼˜å¼‚的性能。因æ­?/span>本文ç€é‡?/span>å¯?/span>AT1.7 PA电解质进行研½I¶ã€‚从AT1.7ä¸?/span>AT1.7 PAçš?/span>LSV曲线å¯ä»¥çœ‹å‡ºåQ?/span>AT1.7 PAå…ähœ‰ä¸?/span>AT1.7相当的电化学½H—å£åQ›å‡èƒ¶çš„VTF方程拟åˆæ˜„¡¤ºå‡ø™¾ƒä½Žçš„¼›Õd­ä¼ è¾“能é‡åŠ¿åž’åQ›å‡èƒ¶åœ¨3800个å°æ—¶çš„æ’æµæžåŒ–中表现出½E›_®šçš„æžåŒ–电压，说明界é¢è¾ƒç¨³å®šã€‚采用该å‡èƒ¶ç”µè§£è´¨ç»„装的é“?/span>-矛_¢¨ç”‰|± å®¤æ¸©æ¡äšg下稳定åó@çŽ?/span>2000圈，优于之å‰æ–‡çŒ®æŠ¥é“çš„å‡èƒ‰™“-矛_¢¨ç”‰|± çš„性能ã€?/span> 

      

       
      
       
	
      

         3.采用å‡èƒ¶ç”µè§£è´¨çš„é“?/span>-矛_¢¨ç”‰|± å·¥ä½œæœºç† 

      


      
       
	
      

       

      

       å›?/span>3.采用å‡èƒ¶ç”µè§£è´¨çš„é“?/span>-矛_¢¨ç”‰|± çš„（aåQ‰åŽŸä½?/span>XRD图谱åQ›ï¼ˆbåQ‰å……攄¡”µæ›²çº¿åQ›ï¼ˆcåQ‰åŽŸä½?/span>Raman图谱 
	
      

       
      
       

      

         从电池原ä½?/span>XRD图谱åŠåŽŸä½?/span>Raman图谱å¯ä»¥çœ‹å‡ºåQŒåœ¨æ­£æžå‘生的是嵌入å应åQŒä¸Žæ–‡çŒ®ä¸­æŠ¥é“çš„¼›Õd­æ¶²ä½“é“?/span>-矛_¢¨ç”‰|± å应一致ã€?/span> 
	
      

       
      
       

      

         4.å‡èƒ¶ç”µè§£è´¨çš„功能æ€?/span> 
	
      

       

      

       å›?/span>4.AT1.7ä¸?/span>AT1.7 PA分别暴露在空气中10分钟åŽï¼ˆaåQ‰æ²‰¿U¯æº¶è§£é“çš?/span>CV曲线åQ›ï¼ˆbåQ‰ç»„装é“-矛_¢¨ç”‰|± çš„åó@环性能 
	
      

       
      
       

      

         ä»?/span>CV曲线å¯ä»¥çœ‹å‡ºåQ?/span>AT1.7暴露于空气åŽåQŒå¤±åŽÈ”µåŒ–å­¦‹zÀL€§ï¼Œä¸èƒ½æ²‰ç§¯æº¶è§£é“，è€?/span>AT1.7 PA则表现出正常的沉¿U¯æº¶è§£é“的性能åQ›å°†ä¸¤ç§ç”µè§£è´¨åˆ†åˆ«ç»„装é“çŸ?/span>-墨电池，AT1.7在暴露于½Iºæ°”åŽç»„装的甉|± å‡ ä¹Žæ²¡æœ‰å®šw‡åQŒè€?/span>AT1.7 PAä»ç„¶å¯ä»¥æ­£å¸¸å……放电，说明AT1.7 PAå…ähœ‰ä½Žæ°´åˆ†æ•æ„Ÿæ€§ã€?/span> 
	
      

       
      
       

      

       
	
      
	
      
		å›?/span>5.åQ?/span>aåQ?/span>AT1.7 PA与（båQ?/span>AT1.7¾l„装¾U½æ‰£é“?/span>-矛_¢¨ç”‰|± çš„åó@环性能 
	
      
 
	
      
		
      
	
      

       

      

       å›?/span>6.åQ?/span>aåQ?/span>AT1.7 PA与（båQ?/span>AT1.7¾l„装¾U½æ‰£é“?/span>-矛_¢¨ç”‰|± å¾ªçŽ¯åŽçš„甉|± å£³ç…§ç‰?/span> 
	
      

        

      

       
      
       
	
      

         å¯ä»¥çœ‹å‡ºAT1.7 PA所¾l„装的纽扣é“-矛_¢¨ç”‰|± å¯ä»¥æ­£å¸¸å……放电åó@环，è€?/span>AT1.7¾l„装的纽扣é“-矛_¢¨ç”‰|± åœ¨å‡ ä¸ªåó@环åŽåˆ™ä¸èƒ½å……攄¡”µã€‚分别将¾U½æ‰£ç”‰|± æ‹†å¼€åQŒå¯ä»¥çœ‹å‡ºï¼Œä½¿ç”¨AT1.7 PA的纽扣电池几乎没有è…蚀痕迹åQŒè€Œä‹Éç”?/span>AT1.7的纽扣电池è…蚀较äؓ严é‡åQŒå¯è§å‡èƒ¶èƒ½å¤ŸæŠ‘制æ¼æ¶²è…蚀ã€?/span> 

      

         
	
      

       

      

       å›?/span>7.使用AT1.7ä¸?/span>AT1.7 PA 电解质é“/矛_¢¨ç”‰|± è‡ªæ”¾ç”‰|€§èƒ½å¯ÒŽ¯” 
	
      

       
      
       

      

         ž®?/span>AT1.7ä¸?/span>AT1.7 PA电解质分别组装é“-矛_¢¨ç”‰|± òq¶å°†å…¶å……满电åQŒæ¾|?/span>100个å°æ—¶åŽåQŒä‹É用两¿U电解质的é“-矛_¢¨ç”‰|± å¼€è·¯ç”µåŽ‹åˆ†åˆ«è¡°å‡åˆ°1.84 Vå’?/span>2.15 V。该å‡èƒ¶˜q˜å…·æœ‰æŠ‘刉™“¼›Õd­ç”‰|± è‡ªæ”¾ç”늚„性能ã€?/span> 
	
      

       
      
       

      
 

      
	  相关链接 

      
      

      
	  https://doi.org/10.1021/acsami.1c05476 

      
       
      
			   
      å…责声明åQšéƒ¨åˆ†èµ„æ–™æ¥æºäºŽ¾|‘络åQŒè{载的目的在于传递更多信æ¯åŠåˆ†äínåQŒåƈä¸æ„味ç€èµžåŒå…¶è§‚ç‚ÒŽˆ–è¯å®žå…¶çœŸå®žæ€§ï¼Œ
      也ä¸æž„æˆå…¶ä»–å»ø™®®ã€‚ä»…æ供交æµòq›_°åQŒä¸ä¸ºå…¶ç‰ˆæƒè´Ÿè´£ã€‚如涉åŠä¾‰|ƒåQŒè¯·è”系我们åŠæ—¶ä¿®æ”¹æˆ–删除ã€?br>邮箱åQšinfo@polymer.cn 
      
				 
      åQˆè´£ä»È¼–辑：sunåQ?
      
				 
      
				 
      ã€?a href="/news/comment281367">查看评论】ã€?a href="javascript:doZoom(16)">å¤?/a> ä¸?/a> ž®?/a>】ã€?a href="javascript:window.print();">打å°ã€‘ã€?a href="javascript:window.close();">关闭ã€?
      

      

				
      
				
      

        

      • 相关新闻 
        • 
					  
      • 无相å…Ïx–°é—?/li>

				   
      
				   
				
      
			   
      
			   
      

       
		 
      

      

      

       

      更多>>¾_‘Ö½©ä¸“题

      

      

      
	
      更多>>¿U‘教新闻
      
		   
      	
		
       
      
 
      
		
      更多>>论å›çƒ­ç‚¹
       
      
		
      
		 
      
		   
      
		   互蔾|‘ç«™åQ?a  target="_blank">中国塑料技术网 | 中国‹¹å˜¾|?/a> | 中国化学仪器¾|?/a> | 化学化工论å›
        
	-  关于我们  -  ¾|‘ç«™å¯ÆDˆª  -  商业åˆä½œ  -  诚è˜è‹±æ‰  -  òq¿å‘ŠæœåŠ¡  -  æœåŠ¡æ¡æ¬¾  -  å»ø™®®æŠ•è¯‰  -  è”系我们  -  å‹æƒ…链接
         
	Copyright ? 2007 Polymer.cn All rights reserved 中国èšåˆç‰©ç½‘ 版æƒæ‰€æœ?
         
	本网站所刊登的儿Uæ–°é—…R€ä¿¡æ¯å’Œå„ç§ä¸“题专æ èµ„æ–™åQŒæœª¾lå议授æƒï¼Œ¼›æ­¢ä¸‹è²ä½¿ç”¨ã€?br/>    
		  
       
       
      
		
      
	
      

      







人妻中文字幕无码2020|亚洲av熟女国产一区二区三区|这里只有久久精品视频|国产精品亚洲专区无码桃花
久久AV资源一区二区三区无码|久久国语露脸国产精品电影|亚洲欧洲精品一区二区三区不卡|2021国产拍精品系列观看
久久久久久久综合色一本


        <th id="1jak9"><address id="1jak9"></address></th>
        <bdo id="1jak9"></bdo><input id="1jak9"><label id="1jak9"></label></input>

        <xmp id="1jak9"></xmp>
        3. <pre id="1jak9"></pre>
      4. 

        7. <rt id="1jak9"></rt>
        <xmp id="1jak9"></xmp>
          <b id="1jak9"></b>