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<title>【日本專家】鋰二次電池新型電化學評估法</title>
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<strong><span style="font-size:20px;font-family:微軟正黑體;"><span style="background-color:#ff8c00;"> 確定開課 </span></span></strong>
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★<strong><font color="#008000">【南科園區】</font>(9/23)台南</strong>
<a style="font-weight:bold; " target="_blank" href="http://www.sumken.com/ch/insides/inside200527.html"><font size="4">【日本專家】應用於5G低誘電率樹脂的真空電漿表面改質</font></a>
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★<strong><font color="#008000">【最後7名】</font>(10/14)新竹</strong>
<a style="font-weight:bold; " target="_blank" href="http://www.sumken.com/ch/insides/inside201014.html"><font size="4">【日本專家】因應高周波FPC高速材料開發動向</font></a>
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<strong><span style="font-size:18px;font-family:微軟正黑體;"><span style="background-color:#ff8c00;"> 電池系列課程 </span></span></strong>
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★11月25日、新竹<br/>
<a style="text-decoration:underline; font-weight:bold; color:#FF0000" target="_blank" href="http://www.sumken.com/ch/insides/inside190619.html">【日本專家】鋰二次電池新型電化學評估法<br/>
Evaluation of characteristics, deterioration, and life of lithium-ion secondary batteries according to new electrochemical methods ~Until application from the basics~
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<td align="right"><font size="2" color="#008000">課程語言：<strong>日本專家以「日文解說」，現場翻譯即席「中文口譯」。學員紙本講義為英文版</strong></font></td>
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With the hope that it will serve as basic information for promoting technology for ensuring battery safety, this lecture will explain the LIB characteristics in detailed in terms of battery reaction principles, constituent materials, and electrochemical characteristic-evaluation methods. The explanation and introduction are based on the characteristics of commercially available LIBs, which are expanding their market for mobile device applications, stationary energy storage, and in-vehicle applications. However, regarding LIB, there are some problems in the currently used evaluation method of battery characteristics and judgment method of its deterioration degree, and thus development of a new method is desired. Therefore, in this seminar the methods using impedance method and pulse method, etc. from the basics will be thoroughly explained. Then new solutions to these problems will be introduced. The scientific rationality of the proposed evaluation method is judged from the error value of the simulation for the fitting between the measurement result and the response based on the evaluation model of the pseudo equivalent circuit of the battery reaction. The seminar also explains the effectiveness of the machine learning method algorithm, we invented, that uses pulse response and impedance characteristics as training samples to quantitatively estimate the battery deterioration state with high accuracy and at high speed (seconds). After the seminar, we answer the questions of the participants.<br/>
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Chapter2：Basics of LIB Reaction<br/>
Chapter3：Charge/Discharge Characteristics<br/>
Chapter4：DC measurement and evaluation methods<br/>
Chapter5：AC impedance measurement and evaluation methods<br/>
Chapter6：Features of commercially available LIB<br/>
Chapter7：LIB performance deterioration and its mechanism<br/>
Chapter8：High-speed evaluation of deterioration degree and life<br/>
Chapter9：Pulse Measurement/Evaluation Method<br/>
Chapter10：Topics in surface chemistry and material research<br/>
Chapter11：Conclusion
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<a style="text-decoration:none; font-weight:bold; font-size:18px;" target="_blank" href="http://www.sumken.com/ch/insides/inside201125.html">（~~查看詳情~~）</a>
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<strong><span style="font-size:20px;font-family:微軟正黑體;"><span style="background-color:#ff8c00;"> 近期專家研討會 </span></span></strong>
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★<font color="#008000">【Toshiba(株)退役專家】</font><strong>10月29日，新竹</strong><br/>
<a style="text-decoration:none; font-weight:bold; " target="_blank" href="http://www.sumken.com/ch/insides/inside200803.html"><font size="4">【日本專家】高分子絕緣材料的劣化機制、部分放電測量、壽命評估</font></a>
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★<font color="#008000">【日立製作所退役專家】</font><strong>11月6日，新竹</strong><br/>
<a style="text-decoration:none; font-weight:bold; " target="_blank" href="http://www.sumken.com/ch/insides/inside200722.html"><font size="4">【日本專家】5G及Beyond 5G所需雜訊因應措施・電磁干擾防護板・電磁吸收材料之設計・技術</font></a>
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★<strong>11月26日，新竹</strong><br/>
<a style="text-decoration:none; font-weight:bold; " target="_blank" href="http://www.sumken.com/ch/insides/inside201126.html"><font size="4">【日本專家】運用於製作技術的漿料(Slurry)及糊料(Paste)之分散・凝集評估法</font></a>
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★<strong>12月11日，新竹</strong><br/>
<a style="text-decoration:none; font-weight:bold; " target="_blank" href="http://www.sumken.com/ch/insides/inside201211.html"><font size="4">高效率UV-C LED封裝製程與市場趨勢分析</font></a>
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台灣三建產業情報社<br>
TEL：(02)2536-4647<br>
FAX：(02)8192-6488<br>
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