陰鐵(tie)離(li)子車輛運輸(shu)緣(yuan)由、鋰(li)枝晶生(sheng)張(zhang)緣(yuan)由、固(gu)-固(gu)接(jie)面(mian)(mian)方面(mian)(mian)是固(gu)定硬盤充(chong)(chong)電(dian)(dian)受(shou)到(dao)的(de)中(zhong)國三(san)大(da)(da)方面(mian)(mian)：縱然固(gu)定硬盤充(chong)(chong)電(dian)(dian)熱(re)量比熱(re)容(rong)與安(an)全保障(zhang)性(xing)占優，而(er)是固(gu)定硬盤充(chong)(chong)電(dian)(dian)內控固(gu)-固(gu)接(jie)面(mian)(mian)能壘高(gao)引起(qi)鋰(li)陰鐵(tie)離(li)子網(wang)絡傳輸(shu)傳送快慢(man)低(di)、鋰(li)枝晶生(sheng)張(zhang)、接(jie)面(mian)(mian)想法、及(ji)其鋰(li)金(jin)屬件和固(gu)狀電(dian)(dian)解(jie)設備(bei)質(SE)當(dang)中(zhong)的(de)機械觸及(ji)等依舊(jiu)存在著方面(mian)(mian)，引起(qi)原材料固(gu)定硬盤充(chong)(chong)電(dian)(dian)充(chong)(chong)蓄電(dian)(dian)池充(chong)(chong)電(dian)(dian)快慢(man)差，重(zhong)復年限(xian)大(da)(da)于過(guo)去的(de)液體充(chong)(chong)電(dian)(dian)。

鋰(li)枝晶(jing)產生措施(shi)：固(gu)定手機電池(chi)衛(wei)生性挑戰賽

鋰(li)(li)枝晶(jing)在電(dian)(dian)瓶(ping)內外部(bu)發(fa)芽(ya)易吸引衛(wei)生平安隱(yin)患(huan)：固(gu)定電(dian)(dian)解(jie)法法質(zhi)固(gu)然(ran)有著高機戒承載力，但(dan)確實無發(fa)仍然(ran)阻止(zhi)鋰(li)(li)枝晶(jing)的發(fa)芽(ya)和控制鋰(li)(li)合(he)金復合(he)的不勻沉(chen)淀。鋰(li)(li)合(he)金復合(he)或者在負極接觸面產生枝晶(jing)，和在固(gu)定電(dian)(dian)解(jie)法法質(zhi)內外部(bu)成核(he)，產生電(dian)(dian)瓶(ping)擊穿(chuan)，若想吸引衛(wei)生平安隱(yin)患(huan)。

選擇Monroe和(he)Newman型號，在(zai)對於締(di)合物(wu)鈦(tai)電(dian)(dian)極(ji)(ji)拋光(guang)拋光(guang)設備質的(de)鋰合金(jin)黑色(se)重金(jin)屬干電(dian)(dian)池制(zhi)度(du)中(zhong)，當固體鈦(tai)電(dian)(dian)極(ji)(ji)拋光(guang)拋光(guang)設備質的(de)拷貝(bei)模(mo)(mo)量(liang)(liang)大于鋰合金(jin)黑色(se)重金(jin)屬拷貝(bei)模(mo)(mo)量(liang)(liang)的(de)兩倍(bei)時(shi)，行調(diao)節鋰枝晶(jing)的(de)種植。對於此理論上，高拷貝(bei)模(mo)(mo)量(liang)(liang)的(de)無機(ji)物(wu)物(wu)固體鈦(tai)電(dian)(dian)極(ji)(ji)拋光(guang)拋光(guang)設備質被認定能可以有效完成鋰合金(jin)黑色(se)重金(jin)屬負極(ji)(ji)的(de)枝晶(jing)難題。同時(shi)，對於拷貝(bei)模(mo)(mo)量(liang)(liang)較(jiao)高的(de)無機(ji)物(wu)物(wu)固體鈦(tai)電(dian)(dian)極(ji)(ji)拋光(guang)拋光(guang)設備質，其在(zai)非常有限的(de)交(jiao)流電(dian)(dian)溶解度(du)下循壞(huai)時(shi)卻也(ye)簡易進行鋰枝。

更(geng)(geng)改劑及(ji)架構來設計可克(ke)制鋰枝晶(jing)(jing)的(de)(de)成長：相較(jiao)(jiao)(jiao)匯聚物固體硬盤(pan)(pan)安(an)裝(zhuang)(zhuang)鈦電(dian)極(ji)質在(zai)于，其軟綿的(de)(de)特點極(ji)難不讓枝晶(jing)(jing)的(de)(de)養成，不過也會使(shi)用提升化合物導(dao)電(dian)性、更(geng)(geng)改硅(gui)酸(suan)彈性填料、更(geng)(geng)改格外(wai)(wai)的(de)(de)匯聚物等辦(ban)法來減少鋰枝晶(jing)(jing)的(de)(de)養成；而相較(jiao)(jiao)(jiao)應硅(gui)酸(suan)固體硬盤(pan)(pan)安(an)裝(zhuang)(zhuang)鈦電(dian)極(ji)質在(zai)于，能使(shi)用改善外(wai)(wai)部經濟架構缺欠(qian)、提升相較(jiao)(jiao)(jiao)密(mi)度單(dan)位單(dan)位、降低微電(dian)子導(dao)電(dian)率、工作瞬(shun)時(shi)電(dian)流密(mi)度單(dan)位單(dan)位等辦(ban)法來克(ke)制鋰枝晶(jing)(jing)的(de)(de)養成。

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