杩戞棩锛屽寲瀛︿笌鐜绉戝瀛﹂櫌寮犲畞鏁欐巿涓庡崡寮€澶у绋嬫柟鐩婃暀鎺堛€佹繁鍦冲ぇ瀛﹁嫍绔嬫垚鍗氬＋鍚堜綔鍦ㄥ彲鍏呴攲鐢垫睜鏂瑰悜鍙栧緱閲嶈杩涘睍锛岀浉鍏冲伐浣溾€淈/span>Non-flammable, dilute, and hydrous organic electrolytes for reversible Zn batteries鈥濅互娌冲寳澶у涓虹涓€鍗曚綅鍙戣〃鍦ㄥ寲瀛﹂《绾ф湡鍒娿€夵/span>Chemical Science銆嬶紙2022, 13, 11320锛汓/span>IF=9.9锛夛紝鎴戞牎鍗氬＋鐮旂┒鐢熼┈鍥藉己鍜屾繁鍦冲ぇ瀛﹁嫍绔嬫垚鍗氬＋涓鸿鏂囩殑鍏卞悓绗竴浣滆€咃紝寮犲畞鏁欐巿鍜屽崡寮€澶у绋嬫柟鐩婃暀鎺堜负鍏卞悓閫氳浣滆€呫€侟br />
姘寸郴鍙厖閿岀數姹犲畨鍏ㄦ€ч珮銆佽祫婧愪赴瀵岋紝鍦ㄥぇ瑙勬ā鍌ㄨ兘棰嗗煙涓叿鏈夐噸瑕佸簲鐢ㄥ墠鏅€傜劧鑰岋紝閲戝睘閿岋紙Zn锛夎礋鏋佸湪浼犵粺姘寸郴鐢佃В娑蹭腑瀛樺湪鐣岄潰绋冲畾鎬у樊銆侀攲鏋濇櫠鐢熼暱銆佹阿鏋愬嚭銆佽厫铓€銆侀挐鍖栫瓑闂锛屼弗閲嶅埗绾︿簡鍙厖閿岀數姹犵殑瀹為檯搴旂敤銆備紶缁熻В鍐崇瓥鐣ユ槸閫氳繃璁捐楂樻祿搴︽按绯荤數瑙ｆ恫鏉ラ檷浣庢按鐨勬椿搴︼紝浣嗚繖浼氬鍔犵數瑙ｆ恫鎴愭湰銆侀檷浣庣瀛愮數瀵肩巼锛岄檺鍒朵簡鍏跺簲鐢ㄨ寖鍥淬€傛湰宸ヤ綔涓紝寮犲畞鏁欐巿璇鹃缁勫紑鍙戜竴绉嶆柊鍨嬮珮瀹夊叏銆佷綆娴撳害姘村悎鏈夋満鐢佃В娑蹭綋绯伙紙鍗颤/span>0.5 mol/kg 姘村悎楂樻隘閰搁攲/纾烽吀涓夌敳閰數瑙ｆ恫锛夛紝鏈夋晥缂撹В浜嗛攲璐熸瀬鏋濇櫠鐢熼暱銆佹阿鏋愬嚭銆侀挐鍖栫瓑闂銆傝鐢佃В娑叉湰寰佸畨鍏ㄣ€佷笉鐕冪儳锛屽叿鏈夐珮鐢靛鐜囷紙6.13 mS cm-1锛夈€佷綆绮樺害锛圏/span>15.2 mPa路s锛夈€佸鐢靛帇绐楀彛锛圏/span>3.0 V锛夌殑浼樼偣锛岃兘鏀寔Zn//Zn鍗婄數姹犲湪5 mAh/cm2闈㈠閲忎笅鐨勯暱杈近/span>1200灏忔椂鐨勫惊鐜鍛斤紝鑰岃繖闅句互鍦ㄤ紶缁熸按绯荤數瑙ｆ恫涓疄鐜般€傛墍缁勮鐨凕/span>Zn//Zn0.13V2O5路nH2O鍏ㄧ數姹犱綋绯讳篃鏄剧ず鍑轰簡浼樺紓鐨勫惊鐜ǔ瀹氭€у拰鍊嶇巼鎬ц兘銆傝鐮旂┒宸ヤ綔涓轰簩娆＄數姹犵數瑙ｆ恫鐨勫悎鐞嗚璁℃彁渚涗簡鏂版€濊矾銆侟/span>杩欐槸璇ヨ棰樼粍鍦?/span>2021骞村叧浜庢按绯荤數瑙ｆ恫璁捐锛圏/span>Chemical Science, 2021, 12, 5843锛涘叆閫堻/span>ESI鐑偣璁烘枃锛夊伐浣滃彂琛ㄥ悗鐨勫張涓€绐佺牬銆侟/span>
2022骞滁/span>1鏈堣嚦浠婏紝寮犲畞鏁欐巿鍥㈤槦宸插湪姘寸郴閿岀數姹犳柟鍚戝彇寰椾簡涓€绯诲垪閲嶈闃舵鎬ф垚鏋滐紝鐩稿叧宸ヤ綔鍒嗗埆鍙戣〃鍦ㄥ浗闄呮潈濞佸鏈湡鍒夵/span>Advanced Functional Materials (2022, 32, 2203905锛汓/span>IF=19.9)銆?/span>ACS Nano (2022, 16, 9667锛汓/span>IF=18.0)銆?/span>Energy Storage Materials (2022, 47, 203鍜孅/span> 2022, DOI: 10.1016/j.ensm.2022.10.043锛汓/span>IF=20.8)銆?/span>Chemical Engineering Journal (2022, 431, 134076锛汓/span>IF=16.7)銆?/span>Journal of Energy Chemistry (2022, 75, 135锛汓/span>IF=13.5)銆?/span>Journal of Power Sources (2022, 535, 231锛汓/span>IF=9.7)銆侟/span>
浠ヤ笂鐮旂┒宸ヤ綔寰楀埌浜嗕腑鍥界鍗忛潚骞翠汉鎵嶆墭涓惧伐绋嬮」鐩€佸浗瀹惰嚜鐒剁瀛﹀熀閲戦潰涓婇」鐩拰鍖栧涓庣幆澧冪瀛﹀闄㈢鐮斿洟闃熼」鐩瓑缁忚垂鐨勮祫鍔╁拰鏀寔銆侟/span>
鍏ㄦ枃閾炬帴锛欬/span>https://doi.org/10.1039/D2SC04143J