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1)  liquid phase ammoxidation
液相氨氧化
1.
p-Tolunitrile has been efficiently synthesized by liquid phase ammoxidation of p-xylene over silica-supported Co-Mn-Mg-Ni-O/SiO_2 catalyst without solvent for the first time in one-pot procedure.
以Co-Mn-Mg-Ni-O/SiO2为催化剂,采用液相氨氧化方法,在非溶剂系统中由对二甲苯一步合成了对甲基苯甲腈。
2.
Liquid phase ammoxidation of p-tert-butyl toluene(PTT) to p-tert-butylbenzonitrile(PTBN) has been studied in presence of Co-Mn-Ni-O/SiO_2,which is first put forward as the catalyst of liquid phase ammoxidation.
在非溶剂系统中,用Co-Mn-Ni-O/SiO2催化液相氨氧化对叔丁基甲苯(PTT)合成了对叔丁基苯腈(PTBN),对催化剂的结构和性质进行了表征。
3.
m-Tolutrile was prepared by a new method of liquid phase ammoxidation in the absence of solvent.
在非溶剂系统中采用液相氨氧化法,对一步合成间甲苯腈进行了研究。
2)  liquid-phase oxidation
液相氧化
1.
Kinetics of liquid-phase oxidation of toluene;
甲苯液相氧化动力学研究
2.
Mechanism and influence factors of scaling phenomenon in liquid-phase oxidation of toluene by air;
甲苯液相氧化过程中结垢的原因及其影响因素
3.
Simulation of toluene liquid-phase oxidation
甲苯液相氧化反应过程的模拟
3)  liquid oxidation
液相氧化
1.
In order to develop a liquid oxidation desulfurization technique, the characteristic of desulfurization of sodium Phosphomolybdate absorbent system was investigated by the method of dynamic tail-gas H,S concentration detection and the regeneration behavior of the same system was investigated by the method of redox poteatial detection.
以液相氧化脱硫工艺开发为目的,采用尾气H2S浓度动态监测法研究了磷钼杂多化合物脱硫体系的脱硫特性;采用氧化还原电位监测法研究了该体系的再生规律结果表明,磷钼酸钠(NaHPA)体系的脱硫性能随温度升高而有所降低,随进气H2S浓度的提高而相应降低,随吸收剂浓度的提高而显著增强。
4)  liquid phase oxidation
液相氧化
1.
Progress in liquid phase oxidation process of cyclohexane;
环己烷液相氧化工艺研究进展
2.
Studies on the liquid phase oxidation of furfural to prepare fumaric acid;
糠醛液相氧化合成富马酸的研究
3.
To determine the optimal type and structure of the reactor which was used to synthesize 3-hydroxybutyric acid with 3-hydroxybutanal under liquid phase oxidation, the effect of the type and structure of the reactor on the yield of 3-hydroxybutyric acid was investigated.
为了确定3 羟基丁醛液相氧化制备3 羟基丁酸工艺合适的反应器类型和结构形式,在其他工艺条件不变的情况下, 考察了反应器的类型和结构对3 羟基丁酸收率的影响;确定了最佳的反应器结构,为反应器的放大提供了实验依据。
5)  liquid-phase ammoximation
液相氨肟化
1.
The liquid-phase ammoximation of cyclohexanone with ammonia and hydrogen peroxide was conducted over the Ti-MWW catalyst.
研究了加料方式和底物浓度对钛硅分子筛Ti-MWW催化环己酮液相氨肟化反应的影响。
6)  gas phase ammoxidation
气相氨氧化
补充资料:氨氯青霉素钠,氨氯西林,氨氯西林钠,氨氯青霉素,美佳林,氨苄邻氯青霉素,安洛欣 ,氨唑青霉素钠
药物名称:氨氯西林

英文名:Ampicloxacillin

别名:氨氯青霉素钠,氨氯西林,氨氯西林钠,氨氯青霉素,美佳林,氨苄邻氯青霉素,安洛欣 ,氨唑青霉素钠;氨唑西林;白萝仙;白梦仙;复方安比西林;淋必清

外文名:Ampicloxacillin, Ampiclox, Megalin, Rectocill

药理:是氨苄西林和氯唑西林的等量混合物.对产酶株金黄色葡萄球菌有效.

适应症:
为治疗各种感染性疾病的首选药品,常用于呼吸道混合感染(肺炎、急慢性支气管炎、咽喉炎、扁桃体炎、小儿上呼吸道感染、百日咳等)、泌尿道感染(淋病、尿道炎、膀胱炎、盆腔炎、阴道炎、肾盂肾炎等)治疗;其他对本品敏感的革兰阳性及阴性菌感染,如胆道感染、急慢性菌痢及皮肤、软组织感染、脑膜炎、败血症、心内膜炎等。

用量用法:
口服:1~2粒/次,4~6次/日。肌注、静注:每次0.5~1g,每日3~4次,用注射用水溶解后缓慢注入。静滴:每次0.5~1g。用葡萄糖液稀释后于1小时内滴完,每日用量为6~12g。

注意事项:
偶有过敏反应、眩晕、耳鸣等,用前需做皮试。青霉素过敏者忌用。

规格: 胶囊剂0.5g(二者各0.25g);粉针剂:0.5g(二者各0.25g).



类别:抗生素\β-内酰胺类\青霉素类
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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