water in suspension

Development of 10%ZJ0712 Suspension Concentrate;

10%ZJ0712水悬浮剂的研制

The formulation of 10% ZJ0273 suspension concentrate was developed with the method of wetmilling after optimizing the receipt with main adjuvants, such as, wetting-dispersing agents, anti-freeze agents,as well as pH values of the formation.

就10%丙草醚水悬浮剂的配方进行了研究。

Suitable dispersing agents in suspension concentrate of cyanazine and atrazine mixture were screened by flowing point test.

采用流点法初步选定氰·莠 (氰草津·莠去津 )水悬浮剂润湿分散剂组份 ,通过分散剂含量与粘度曲线确定其较佳用量 ,在此基础上利用正交试验设计方法以常温贮存分层率和悬浮率为指标对润湿分散剂、粘度调节剂组份及其配比进行优选 ,确定了较佳配方并进行了贮存稳定性和除草效果验证。

In this article, the process of snitched continuous glass fiber mat reinforced PVC composites by aqueous suspension is studied.

介绍了水悬浮法制备连续玻璃纤维针刺毡增强PVC复合材料(PVC/GMT)的成型工艺。

The compatibility of macromolecular binder in suspension solution and PVC resin in glass fiber/PVC composites prepared by aqueous suspension is studied by using DMA,DSC.

采用DMA、DSC、SEM等手段研究了水悬浮法制备的GF (玻璃纤维 ) /PVC (聚氯乙烯树脂 )复合材料中PVC与悬浮液高分子粘结剂的相容性 ,并探讨了其对复合材料性能的影响。

In consideratioin of technical properties of GF/PVC composite materials prepared with aqueous suspension, a model interfacial design is carried out on fiber/matrix interfacial structures, and serial materials are prepared according to the design.

根据水悬浮法制备GF/PVC复合材料工艺的特点 ,对材料中的纤维 /基体的界面结构进行了模型界面设计 ,并根据设计方案制备系列材料 ,考察在材料制备中界面形成的机理及界面层结构与材料性能的关系。

Study of Nanometer Powder Aqueous Suspension and Application of it in Exterior Coatings;

纳米粉体水悬浮液的制备及其在外墙涂料中的应用研究

Pre-dispersed nano-sized TiO2 aqueous suspension is requiredduring the preparation of nano-composite latex paints.

纳米TiO2复合乳胶漆的制备一般要求预先分散纳米TiO2并制成水悬浮液。

GF/PVC composites was successfully prepared by aqueous suspension, with the application of polymer emulsion adhesion.

采用聚合物乳液作粘结剂 ,利用水悬浮法成功地制备了 GF/ PVC复合材料 ,根据该工艺特点 ,优选了部分聚合物乳液粘结剂 ,并考察了其对成型材料的力学及热学性能的影

The mould powder of ultra-fine A5 booster was acquired by aqueous suspension technology.

采用水悬浮分散包覆工艺制备出超细A5传爆药造型粉。

Production of Chlorinated PVC resins by aqueous suspension method;

水相悬浮法生产氯化聚氯乙烯树脂

The control steps of the thermal chlorination of isotatic polypropylene in aqueous suspension were studied.

研究了等规聚丙烯水相悬浮热氯化过程的控制步骤,认为随着氯化的进行,氯化过程从表面反应控制逐渐转向灰层扩散控制,并且灰层扩散控制对整个过程起主导作用。

This paper was devoted to the chlorination of IPP by aqueous suspension process, which was simple and produced little pollution.

针对聚丙烯(PP)粘合性差、纤维较难染色、低温呈脆性、收缩率大等缺陷，本文采用工艺简单、污染较少的水相悬浮法对等规聚丙烯(IPP)进行氯化改性，探讨氯化机理并建立动力学模型，研究氯化工艺规律，为工业制备氯化等规聚丙烯(CIPP)树脂打下基础。

Stability of Suspension Solution and Development of Suspension Concentrate Products

悬浮液的稳定性与农药水悬浮剂研究开发现状

STUDY ON DISERSANT SELECTION OF 20% BENZOYLPHENAL URE WATER SUSPENSION CONCENTRATE

20%灭幼脲水悬浮剂润湿分散剂的选择

Studing on the Physical Stability of Dichlorbenzuron 20% SC

20％灭幼脲水悬浮剂的物理稳定性研究

Effect of the Content of Xanthan Gum on the Rheological Properties of Diafenthiuron 50% SC

黄原胶用量对50%丁醚脲水悬浮剂流变性的影响

Developer, nonaqueous (sus- pendible)

非水(可悬浮)显象剂

Field Efficiency Trials of Ethofenprox 10% SC against Pest of Rice

10%醚菊酯悬浮剂防治水稻害虫田间试验

Field Trail of Thifluzamide for Control of Khizoctonia Solani Palo

噻呋酰胺24%悬浮剂防治水稻纹枯病试验

Effect of Additives on Suspension Rate and Viscosity of Water-based Foundry Coating

助剂对水基铸造涂料悬浮率和粘度的影响

Optimization of flocculant dosage by Zeta potential of the particles in sewage

基于污水悬浮颗粒Zeta电位的絮凝剂用量优化

prop-suspended height

悬浮状态支撑剂高度

magnesium oxide slurry inhibitor

氧化镁悬浮状抑制剂

Medicine in powder form held in suspension, ie to be taken by drinking

药粉悬浮剂（口服用）

The efficacy of control was about 80%. 20% Saisentong SC is a good bactericide for control of rice bacteriaI blight.

20%噻森铜悬浮剂是防治水稻白叶枯菌的良好药剂。

The Test of Appling Mefenacet o Bensulfuron Methyl SC in Paddy Field

水田除草剂苯噻酰草胺·苄嘧磺隆悬浮剂的应用试验

This paper introduced the control effect of 20% Saisentong SC on rice bacteriaI blight.

介绍了20%噻森铜悬浮剂对水稻白叶枯病的田间防效。

Field experiments showed that 20% Saisentong SC had good control effect on rice bacterial blight.

田间试验表明,20%噻森铜悬浮剂对水稻白叶枯病具有良好的防效。

Studies on Properties of Anti-salt Poly(Acrylate-acid) Coplymer Superabsorbent Prepared by Inverse Suspension Polymerization;

耐盐性聚丙烯酸系超强吸水剂的反相悬浮聚合制备及其性能研究

Effects of Stress-Resistance Inducer IPT and ABA on Expression of PAL、LOX Genes in Suspension Cells of Rice;

抗逆诱导剂IPT和ABA对水稻悬浮细胞PAL、LOX基因表达状况的影响