glyoxylic acid信息详情
n.乙醛酸
acid───adj.酸的；讽刺的；刻薄的；n.酸；<俚>迷幻药
margaric acid───十七（烷）[有化]酸；[化] 十七酸，十七烷酸; [医] 十七酸
ferrocyanide acid───亚铁氰化物酸
nitrobenzenesulfonic acid───硝基苯磺酸
amphoteric acid───两性酸
hydrochloric acid───[无化]盐酸；盐酸; 氢氯酸
benzole acid───苯甲酸
coumaric acid───[化] 香豆酸; [医] 香豆酸，羟苯基丙烯酸
butanoic acid───丁酸；酪酸；n.丁酸
Paired electrosynthesis using glyoxylic acid as a model product has been studied in this paper.───以乙醛酸为模型产物，对配对电解合成技术进行了研究。
Glyoxylic acid was rapidly synthesized by catalytic oxidation of glyoxal with H2O2.───在催化剂存在下，用双氧水氧化乙二醛溶液快速合成了乙醛酸。
of vanillin from guaiacol and glyoxylic acid was investigated in middle scale production.───对愈疮木酚和乙醛酸缩合—氧化合成香兰素路线进行了中等规模的研究。
Absorbance ratio derivative method was developed for the simultaneous determination of glyoxal (GLY) and glyoxylic acid(AGLY).───利用比值导数波谱法同时检测乙二醛（GLY）和乙醛酸（AGLY），为GLY催化氧化过程的实时、快速分析提供了新的手段。
The research and production status of glyoxylic acid in China were also introduced and its development prospect was presented.───评述了我国乙醛酸的研究、生产现状及其开发前景。
Based on condensation of guaiacol and glyoxylic acid, 3-methoxy 4-hydroxyman-delic acid (MHMA) was synthesized.───以愈创木酚和乙醛酸为原料-，通过缩合反应试验合成3-甲氧基-4-羟基-苯乙醇酸（MHMA）。
Simulation of a Packed-Bed Electrochemical Reactor with Cooled Cathode for Continuously Producing Glyoxylic Acid by Oxalic Acid───阴极冷却固定床电合成乙醛酸的连续过程模拟
Research on the Synthesis of Glyoxylic Acid by Means of Oxidation Glyoxal with Nitric Acid───乙二醛硝酸氧化法合成乙醛酸研究
Synthesis of glyoxylic acid--By means of oxidation glyoxal with nitric acid───乙醛酸的合成——乙二醛硝酸氧化法
The manufacture of vanillin from guaiacol and glyoxylic acid was investigated in middle scale production.
Glyoxylic acid was rapidly synthesized by controlled oxidation of glyoxal ) with oxygen ) in acid medium.
As the background of the preparation of glyoxylic acid by the electroreduction of oxalic acid on Pb electrodes, the effects of additives structure on electrode reaction have been studied.
Glyoxylic acid was rapidly synthesized by catalytic oxidation of glyoxal with H 2 O 2.
Glyoxylic acid was an important organic chemistry midbody, with its chemical property active, its application field was very abroad and its production was highly paid attention to.
Paired electrosynthesis using glyoxylic acid as a model product has been studied in this paper.
Synthesis of vanillin from guaiacol and glyoxylic acid was studied. The reaction conditions were optimized. The total yield of vanillin was 65.6%.
The synthesis of glyoxylic acid by ozonization of maleate was studied, the influence of technological parameter on the reaction during ozonization process were investigated.
Based on condensation of guaiacol and glyoxylic acid, 3-methoxy 4-hydroxyman-delic acid (MHMA) was synthesized.