CAS: 873-71-2; 1-Propylpyridin-1-Ium Bromide

相似化合物

874-80-6 1124-64-7 1906-79-2

上下游产品

pyridine propyl bromide

吡啶,溴丙烷 以 乙酸乙酯 作为反应溶剂,化学反应 72.0H,反应生成 丙基溴化吡啶
参考文献:离子液体1-丙基溴化吡啶[c3Py]Br的制备及其水溶液的摩尔表面准吉布斯能模型
标题:离子液体1-丙基溴化吡啶[c3Py]Br的制备及其水溶液的摩尔表面准吉布斯能模型
摘要:在t = (288.15-318.15) K 时测量0.0099 至 1.0337 Mol.kg-1浓度的 1-丙基溴化吡啶 [c 3 Py]Br 水溶液的密度和表面张力值,间隔为 5 K,摩尔浓度为建立了[c 3 Py]Br水溶液的表面准吉布斯能量模型,并探讨了摩尔表面准吉布斯能量与摩尔浓度和温度之间的关系.此外,Eötvös 方程在摩尔表面准吉布斯能量模型方面得到了改进.
DOI:10.1021/acs.Jced.1C00569

专利信息

专利号:US-2008214386-A1
优先权日:2004-03-01
标题:Catalyst for Cyclic Carbonate Synthesis
发明人：TAKAHASHI TOSHIKAZU; WATAHIKI TSUTOMU; YASUDA HIROYUKI; SAKAKURA TOSHIYASU
权利人:TAKAHASHI TOSHIKAZU; WATAHIKI TSUTOMU; YASUDA HIROYUKI; SAKAKURA TOSHIYASU
摘要:Provided are a solid catalyst which gives a cyclic carbonate at a high yield and a high selectivity, which is stable and which may be readily separated after reaction; and a method of industrially advantageous, inexpensive and safe production of a cyclic carbonate by the use of the catalyst. The catalyst contains an inorganic solid substance having a surface modified with an ionic substance containing a Group 15 element; or contains an ionic substance containing a Group 15 element, and an inorganic solid substance. The modifying group for surface modification of an inorganic solid substance is an ionic substance containing a Group 15 element. The ionic substance containing a Group 15 element is at least one substance selected from organic phosphonium salts, organic ammonium salts, organic arsonium salts and organic antimonium salts.

专利号:JP-2008521395-A
优先权日:2004-11-30
标题 :Method for increasing the specificity of enzymatic DNA synthesis

专利号:EP-2383351-A1
优先权日:2004-11-30
标 题:A method for increasing the specificity of enzymatic dna synthesis

专利号:JP-4960250-B2
优先权日:2004-11-30
标 题:Method for increasing the specificity of enzymatic DNA synthesis

专利号:CN-111825102-B
优先权日:2019-04-18
标题 :Dry glue conversion synthesis method of high-silicon Y molecular sieve

专利号:WO-2006059075-A1
优先权日:2004-11-30
标题:A method for increasing the specificity of enzymatic dna synthesis