ntent="[{"type":"block","id":"xgXL-1666590090734","name":"paragraph","data":{},"nodes":[{"type":"text","id":"GxAW-1666590090733","leaves":[{"text":"中文名稱:對(duì)氯苯乙烯","marks":[]}]}],"state":{}},{"type":"block","id":"71m9-1666590093859","name":"paragraph","data":{},"nodes":[{"type":"text","id":"vC28-1666590093858","leaves":[{"text":"中文同義詞:4-氯代苯乙烯;對(duì)氯苯乙烯;1-氯-4-乙烯基苯;4-氯苯基乙烯;4-氯代苯乙烯,99%,STAB;對(duì)氯苯乙烯1-氯-4-乙烯基苯4-氯代苯乙烯;4-氯苯乙烯,>97.0%(GC),含500PPMTBC穩(wěn)定劑;對(duì)氯苯乙烯","marks":[]}]}],"state":{}},{"type":"block","id":"TBD1-1666590100672","name":"paragraph","data":{},"nodes":[{"type":"text","id":"2uVB-1666590100671","leaves":[{"text":"CAS號(hào):1073-67-2","marks":[]}]}],"state":{}},{"type":"block","id":"jka8-1666590108671","name":"paragraph","data":{},"nodes":[{"type":"text","id":"ocmv-1666590108670","leaves":[{"text":"相關(guān)類別:高分子科學(xué);芳烴;單體;有機(jī)化學(xué);化工中間體;其他原料;","marks":[]}]}],"state":{}},{"type":"block","id":"XIrI-1666590119973","name":"paragraph","data":{},"nodes":[{"type":"text","id":"ICp8-1666590119972","leaves":[{"text":"性質(zhì) 對(duì)氯苯乙烯(4-Chlorostyrene)又名4-氯代苯乙烯，其分子式為C8H7Cl，分子量為138.59，CAS號(hào)為1073-67-2，沸點(diǎn)192oC，密度1.155g/cm3，無色或淡黃色液體。由于側(cè)鏈?zhǔn)荂=C雙鍵，因此，化學(xué)性質(zhì)較為活潑化合物在室溫下即能緩慢聚合，要加阻聚劑（穩(wěn)定劑）才能貯存。","marks":[]}]}],"state":{}},{"type":"block","id":"JwwU-1666590142599","name":"paragraph","data":{},"nodes":[{"type":"text","id":"Bn60-1666590142598","leaves":[{"text":"應(yīng)用 對(duì)氯苯乙烯是非常重要的化工原料，其衍生物可應(yīng)用于離子交換樹脂、功能性高分子、感光性高分子、高分子催化劑、醫(yī)藥、農(nóng)藥等方面。它還可以制成格氏試劑，合成可聚合光引發(fā)劑，具有廣闊的市場(chǎng)前景。","marks":[]}]}],"state":{}}]">
中文名稱:對(duì)氯苯乙烯
中文同義詞:4-氯代苯乙烯;對(duì)氯苯乙烯;1-氯-4-乙烯基苯;4-氯苯基乙烯;4-氯代苯乙烯,99%,STAB;對(duì)氯苯乙烯1-氯-4-乙烯基苯4-氯代苯乙烯;4-氯苯乙烯,>97.0%(GC),含500PPMTBC穩(wěn)定劑;對(duì)氯苯乙烯
CAS號(hào):1073-67-2
相關(guān)類別:高分子科學(xué);芳烴;單體;有機(jī)化學(xué);化工中間體;其他原料;
性質(zhì) 對(duì)氯苯乙烯(4-Chlorostyrene)又名4-氯代苯乙烯，其分子式為C8H7Cl，分子量為138.59，CAS號(hào)為1073-67-2，沸點(diǎn)192oC，密度1.155g/cm3，無色或淡黃色液體。由于側(cè)鏈?zhǔn)荂=C雙鍵，因此，化學(xué)性質(zhì)較為活潑化合物在室溫下即能緩慢聚合，要加阻聚劑（穩(wěn)定劑）才能貯存。
應(yīng)用 對(duì)氯苯乙烯是非常重要的化工原料，其衍生物可應(yīng)用于離子交換樹脂、功能性高分子、感光性高分子、高分子催化劑、醫(yī)藥、農(nóng)藥等方面。它還可以制成格氏試劑，合成可聚合光引發(fā)劑，具有廣闊的市場(chǎng)前景。
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