微粒剂

采用生物效价与放射免疫分析两种方法对微粒剂胰岛素含量进行测定。

The contents of INS MP were measured by the method of the insulin biopotency and radioimmunoassay ( RIA ) .

水性肠溶型聚丙烯酸树脂类药物包衣材料的研制挤出造粒、气流包衣法制备包衣微粒剂.Ⅵ.氟尿嘧啶肠溶微粒的制备和药动学研究

The Study of Aqueous Enteric Poly-acrylic Acid Resin Used for Film-coating Material Preparation of Micro-granules with Extrusion and Airflow Coating Method . ⅵ . Preparation and Pharmacokinetics of Enteric Coated Fluorouracil Micro-granules

对B类火来说，主料为磷酸铵盐型的超细微粒灭火剂和主料为碳酸氢钠型超细微粒灭火剂，粒度接近时，其灭火效率没有明显差距。

The ammonium phosphate type SFPEA and the sodium carbonate type SFPEA had similar extinguishing efficiency when their particle sizes were near in class B fire .

利用自行设计的局部灭火试验装置，开展了不同粒径超细微粒灭火剂与A类、B类和K类三种类型火焰的作用规律和施放条件对灭火效果的影响规律研究。

In the experiments , the interaction details between SPFEA and A , B and K type local fire , and the influence on anti-fire efficiency from ejection parameters are studied by self-designed equipments .

解决NLG-1超细微粒灭火剂的有效施放手段是该灭火剂获得工程化应用的必要条件之一。

In the paper , the discharging method of NLG-1 superfine powder extinguishing agent was studied , which is one of the necessary conditions in engineering .

模拟结果表明使用化学微粒分流剂能够有效改善井筒内流量分布的非均匀趋势，该模型的建立为化学微粒在现场酸化施工中的应用提供了必要的理论指导。

Results show that well bore flow rate non-uniform distribution can be improved by using the chemical diverting agent .

使用PVA微粒为栓塞剂的部分性脾栓塞术

Partial Splenic Embolization Using PVA Particles as Embolic Agent

方法：83例UM患者经超声、血管造影确诊后，超选择UM供血动脉注入白芨微粒混悬剂栓塞。

Methods : 83 cases with uterine myoma underwent superselective embolization of the uterine myoma 's blood supply with bletilla striata particle suspension .

固体微粒气溶胶发生剂的燃烧特性

Combustion Characteristics of the Solid Particulate Aerosol Generating Agent

研究了该微粒助留剂的结构与性能。

The structure and properties of microparticle retention aid s had been studied .

目的：评价高压明胶海绵微粒作为栓塞剂动脉内栓塞治疗症状性子宫肌瘤的安全性和有效性。

Objective : To evaluate the safety and clinical effectiveness of uterine artery embolization using high-pressured gelatin sponge particles for symptomatic uterine leiomyoma .

固体微粒气溶胶灭火剂是一种新型灭火材料，具有良好的抑制火灾的能力。

Pyrotechnically generated aerosol ( PGA ) fire extinguishing agent is a kind of new fire extinguishing material with excellent fire suppressing performance .

通过分析固体微粒气溶胶发生剂的热分解过程及燃烧性能，探讨了作灭火剂使用的气溶胶发生剂的优化配方。

The optimizing formulation was proposed through analyzing the heating decomposition process and the combustion performance of the solid particulate aerosol generating agent .

研究人员利用了同样的抗体偶联了金属微粒作为显像剂，偶联的金属微粒可以在电子显微镜下获得高清晰的亚细胞结构。

As an imaging agent , the investigators used the same antibodies coupled with gold particles , which allow high resolution imaging at a subcellular level using an electron microscope .

实验结果表明，使用微粒助留剂能够显著提高新闻纸浆手抄片的灰分（4%），而对纸张白度基本没有影响；

The results show that suitable retention agents have remarkable effect on the improvement of fines and increase the ash content of handsheet by 4 % , retention of fines by 26 % ~ 32 % , and filler by 17 % ~ 25 % ;

在此基础之上，通过在镀液中加入SiC微粒和表面活性剂，并适当调整操作工艺参数，获得了SiC/Ni-P复合刷镀层。

Based on these , SiC / Ni-P composite brush plating coatings were co-deposited by adding some SiC particle and surfactants into the Ni-P electrobath and rightly adjusting operating process parameters .

固体微粒与表面活性剂的协同乳化作用

Synergistic effects of emulsification between fine solid particles and surfactants

该体系由聚合物、分散的岩石微粒和其它化学剂组成。

This system consists of polymer , dispersed rock particles and other chemical agents .