说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 词典 -> 固体微粒
1)  Solid particle
固体微粒
1.
The composition of solid particle and influence on interfacial tension between organic phase and water phase were investigated at different pH by using XRD and interfacial tension instrument.
为查清紫金山铜矿溶剂萃取铜过程界面乳化的原因,采用X射线衍射和界面张力等现代分析检测手段,考察了铜溶剂萃取过程中固体微粒的组成和来源以及不同pH值条件下不同种类的固体微粒对有机相-水相间界面张力的影响。
2.
The effects of solid particles on stability of interfacial emulsion in copper solvent extraction was studied.
对铜溶剂萃取时萃原液中固体微粒稳定界面乳化液的机理进行了研究。
3.
In order to investigate the influence of the solid particle on the zincous electrlbath's voltage and the quality and output of depositing zinc in zinc electrowinning,two different type of filters are introduced to carry out the filtration experiment of electrolysis mixture liquid.
指出悬浮在电解混合液中的固体微粒主要是钙和锶的不溶物、SiO2 及少量MnO2 。
2)  solid particles
固体微粒
1.
For solid particles being the most deleterious matter in lubricating oils,the dielectrophoresis separation process system for removing the solid particles was established.
针对润滑油中危害最大物质之一的固体微粒,建立了润滑油介电动力学分离流态实验装置系统,研究了该方法主要工艺技术参数:电场强度和流速等。
2.
In order to avoid the formation of the third phase during the process of solvent extraction of copper,the composition of the solid particles in the third phase was examined by XRD as well as adsorption and degradation of the extractant caused by the solid particles were investigated by IR and GC-MS methods.
采用X射线衍射、傅立叶变换红外光谱、气-质联用色谱等分析检测手段研究了铜萃取过程中第三相固体微粒的组成、固体微粒对萃取剂的吸附和降解作用,寻求抑制铜萃取过程中第三相形成的方法。
3)  minute solid particle diameter
固体微粒粒径
1.
A photoelectric detection method with the use of an optical fibre probe can be employed to measure the minute solid particle concentration and velocity in gas-solid dual phase flows, but both the construction of the optical fibre and the variation of the minute solid particle diameter may significantly affect the result of measurement and calculation.
用光纤做探头的光电检测法可用于气-固两相流中固体微粒浓度、速度的测量,但光纤探头结构及被测固体微粒粒径的变化都会对测量、计算结果产生明显影响。
4)  solid lipid microparticles
固体脂质微颗粒
1.
Stabilizer distribution on surface of solid lipid microparticles and SLM stability: mesoscale simulation and experiments;
固体脂质微颗粒表面稳定剂的分布状况对其稳定性的影响:介观模拟与实验
2.
Solid lipid microparticles (SLM) are micro-size DDS made from lipids with high melting point as matrixes.
固体脂质微颗粒(Solid Lipid Microparticles, SLM)以熔点较高的脂质材料为载体,是生物相容性好、能有效控制药物释放的一种微尺寸药物传输系统。
5)  solid lipid microparticle
固体脂微颗粒
1.
The emulsion-congealing method was adopted to prepare ibuprofen-loaded solid lipid microparticles(SLM) with tristearin as the carrier.
以硬脂精为载体材料,采用熔融-冷却法制备包载布洛芬的固体脂微颗粒(SLM),研究了不同稳定剂对SLM载药体系的稳定效果。
6)  pyrotechnically generating aerosols
固体微粒气溶胶
补充资料:阿司匹林肠溶微粒胶囊
药物名称:阿司匹林肠溶微粒胶囊

英文名:Aspirin EntericMicroencapsulated Capsules

性状:本品为硬胶囊,内容物为白色颗粒。
药理毒理:为抗血小板药,可抑制血小板的释放反应(如肾上腺素、胶原、凝血酶等引起的释放) 以及抑制内源性ADP、5-HT等的释放。其作用机理是使血小板的环氧合酶 (即前列腺素合成酶) 乙酰化,抑制环内过氧化物的生成,减少血栓素A2(TXA2)的生成,从而抑制血小板的聚集,减少血栓的形成。
药代动力学:本品口服后大部分在小肠上部吸收,约6小时内浓度达高峰,吸收后迅分布到各组织。本品在胃肠道、肝及血液内大部分很快水解为水杨酸盐,在肝脏代谢。代谢物主要为水杨尿酸及葡萄糖醛酸结合物,小部分为龙胆酸。本品大部分以结合的代谢物、小部分以游离的水杨酸从肾脏排出。
适应症:本品用于抑制血小板聚集,减少动脉粥样硬化患者的心肌梗死、暂时性脑缺血或中风发生。
用法用量:抑制血小板聚集 口服。一次0.1g(1粒),一日1次,或遵医嘱。
不良反应:少见的不良反应:胃肠道出血或溃疡,支气管痉挛性过敏感反应,皮肤过敏反应,肝肾功能损害。
禁忌:
(1)活动性消化道溃疡病、消化道出血以及其他活动性出血的患者禁用;
(2)血友病或血小板减少症患者禁用;
(3)对本品或其他非甾体抗炎药过敏或有过敏史者,尤其是出现哮喘、神经血管性水肿或休克的患者禁用。
规格:0.1g
注:其它详见“阿司匹林片”。


类别:抗血小板药
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条