cinnamate 中文意思是什麼
cinnamate
解釋
桂皮酸鹽類-
Catalytic synthesis of methyl cinnamate with boronic acid
硼酸催化合成肉桂酸甲酯 -
Catalytic synthesis of n - propyl cinnamate with tisiw12o40 tio
肉桂酸丙酯合成方法的改進 -
Study on synthesis of benzyl cinnamate in presence of stannic chloride catalysis under microwave irradiation
微波輻射四氯化錫催化合成肉桂酸芐酯的研究 -
Distilled water, aloe vera gel, sunflower oil, shea butter, octoctionoxate methoxy cinnamate derived from cinnamon, octyl salicylate derived from white willow bark, titanium dioxide, vegetable emulsifier, zinc oxide, vitamin e, all natural preservatives consisting of glucono delta - lactone commonly found in honey, fruit juices and wine, sodium benzoate found naturally in cranberries, prunes, greengage plums, cinnamon, ripe cloves, and apples. and calcium gluconate a soluble calcium salt
純蒸餾水蘆薈太陽花油雪亞脂防曬成份包括肉桂精華白楊樹皮提取液二氧化鈦氧化鋅植物提煉而成的乳化劑維他命e全天然防腐物質包括從蜜糖果汁等煉的糖質從曼越橘肉桂梅子蘋果等提取的安息香酸鈉及可溶化的鈣鹽等。 -
Synthesis of methyl cinnamate under microwave irradiation with titanium sulfate
微波輻射硫酸鈦催化合成肉桂酸甲酯 -
Abstract : the phenyl lithium, 2 - methoxy phenyl lithium and 2, 4 - dimethoxy phenyl lithium reacted with the cinnamic acid to produce a corresponding chalcone in 75 %, 56 %, 50 % yield, respectively. 2, 6 - dimethoxyphenyl lithium could not react with cinnamic acid, but reacted with methyl cinnamate to produce 2 ， 6 - dimethoxychalcone
文摘:苯基鋰、 2 -甲氧基苯基鋰和2 ， 4 -二甲氧苯基鋰分別與肉桂酸反應以75 ， 65 ， 50的收率生成相應的查爾酮； 2 ， 6 -二甲氧基苯基鋰與肉桂酸不發生反應，但能與肉桂酸甲酯反應生成2 ， 6 -二甲氧基查爾酮；類似的還制得了2 ， 4 ， 6 -三甲氧基查爾酮和2 ， 4 ， 4 ， 6 -四甲氧基查爾酮。 -
The microwave assisted synthesis and the application on packaging materials of cinnamic esters were discussed. the synthetic technology of cinnamate esters was reviewed and its future development was predicted
摘要綜述了肉桂酸酯的傳統合成法與微波合成法的特點及技術進展。並且介紹了肉桂酸酯在包裝材料中的應用，展望了肉桂酸酯合成技術發展及其應用前景。 -
In this paper, the alignment method of four - center linear polymerization using cinnamate monomers was put forward and the photoalignment technique was searched in details and renovated. the monomer structures were designed
本文首次提出了用肉桂酸單體替代光敏高分子進行四中心定向聚合的光控取向方法，並在這一原創思想之下，對光控取向技術進行了系統性探索和革新。
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