静电喷雾,electrostatic spray
1)electrostatic spray静电喷雾
1.Optimizing lecnological parameters for preparing calcium alginate-sodium carboxymethyl cellulose liquid core microcapsules by usingelectrostatic spray method;静电喷雾法制备海藻酸钙-羧甲基纤维素钠液芯微胶囊的工艺选优
2.Experiment on sterilization by high-voltageelectrostatic spray;高压静电喷雾灭菌的试验
3.Design ofelectrostatic spray machine for killing locust静电喷雾灭蝗机具的机械设计
英文短句/例句
1.Spraying Performance of High-pressured Electrostatic Sprayer TEPEC-B1TEPEC-B1型高压静电喷雾器喷雾性能试验
2.Atomization and Deposition Characteristic Research on Air-assisted Electrostatic Spraying气助式静电喷雾雾化及沉积特性研究
3.Research on Aerial Pesticide Electrostatic Spraying System and Its Application农药航空静电喷雾系统及其应用研究
4.Target backside deposition characteristics of air-assisted electrostatic spraying气助式静电喷雾靶标物背部沉积特性
5.Design and Experimental Study on Combined Charging Hydraulic Electrostatic Spraying Box;组合充电液力式静电喷雾装置设计与试验研究
6.Theoretical Analysis and Applied Research on Air-assisted Electrostatic Spraying System;气助式静电喷雾系统理论分析及应用研究
7.Experimental and Numerical Simulation Research on Axial Flow and Air-assisted Electrostatic Spraying;轴流风送静电喷雾实验与数值模拟研究
8.A Fundamental Investigation on Electrospray Combustion--Investigation on Electrospray of Fuel and Charged Two Phase Turbulent Jet Flow;荷电喷雾燃烧的基础研究——燃油静电喷雾及荷电两相湍流射流的研究
9.Preparation of Microencapsulated Lactobacilli by Electrostatic Spray and It"s Storage Stability静电喷雾法制备微胶囊化乳酸菌及其储存稳定性的研究
10.Initial Report about Studies on ULV Spray Application of Lignite Extract for the Control of Aphis gossypii Glover褐煤提取物高压静电喷雾防治大棚瓜蚜研究初报
11.Control effect of organic product "Tepec-1" to aphids after spraying by high-voltage electrostatic sprayer.高压静电喷雾纯天然有机制剂“泰栢一号”对蔬菜蚜虫的防治效果
12.Study on Mechanism of High Speed Spinning Bell Electrostatic Spray;旋杯式高速静电喷涂雾化机理的研究
13.Study on Oil Corona Discharge and Atomization Experiment with Electrostatic Spray静电喷涂中油液的电晕荷电及雾化试验研究
14.Atomization quality and charge performance experimentation research on air-assisted electrostatic spraying nozzle气助式静电喷头雾化性能和荷电效果试验
15.Experimental Research on the Electrified Co-axial Jets of Two Immisicible Liquids;静电场中两种不互溶流体同轴喷雾的应用研究
16.Application of Secondary Atomization Device in Electrostatic Spraying静电喷涂过程中二次雾化装置的应用研究
17.hand-carried battery-operated centrifugal sprayer手持电动离心喷雾机
18.STUDY ON ATOMIZATION CHARACTERISTICS OF THE SCR AIRBLAST ATOMIZER IN ELECTRIC POWER PLANT电厂SCR空气雾化喷嘴的雾化特性研究
相关短句/例句
electrostatic spraying静电喷雾
1.Design and Experimental Study on Combined Charging Hydraulic Electrostatic Spraying Box;组合充电液力式静电喷雾装置设计与试验研究
2.This article introduces the advances ofelectrostatic spraying in the liquid droplets atomization ,droplets charging , transporting flow field and deposition on the targets of the charged droplets.综述了静电喷雾研究与应用现状，主要就液体雾化、雾滴充电、荷电雾滴输运流场及雾滴在目标物上的沉积性能等几方面的研究进展作了回
3.The paper discusses theelectrostatic spraying technique for plant diseases and insect pests of forest.探讨了防治农林病虫害的静电喷雾技术,就其关键技术雾滴荷电技术从电晕荷电机理以及带电雾滴输运特性方面进行了理论分析,获得了增加电场强度、提高粒子浓度、改善药剂导电性和提高带电粒子动能是提高雾滴电晕荷电效果的有效方法。
3)Electro-spray静电喷雾
1.Electro-spray utilizes the electrostatic charging for the improvement of liquid atomization, and this technique possesses the potential for improving spray atomization under low injection pressure and/or acquiring better spray with combination of high-pressure injection to improve the engine performance.静电喷雾技术通过液体荷电来改善液体雾化质量,该技术有望在较低压力下获得与高压喷射相当甚至更优的雾化质量,或与高压喷射相结合获得更好的雾化质量以进一步改善内燃机性能。
2.Electro-spray is a spray atomization improvement technique by using the electrostatic force.静电喷雾技术是通过将燃油荷电来改善燃油雾化质量的喷雾技术。
3.5 g/mu cyhalothrin by electro-spray technology,which was similar to that of mixture of 20 g/mu chlorpyrifos and 5 g/mu Imidacloprid.研究了静电喷雾技术控制茶园假眼小绿叶蝉的效果。
4)electrostatic atomization静电喷雾
1.Along with the development of theelectrostatic atomization,the research of the charged multiphase turbulent flow is expanding.随着静电喷雾技术的发展,对荷电多相湍流的研究也不断深入,由于这一流动现场极其复杂,模型构建的难度增大。
5)electrostatic spraying method静电喷雾法
6)electrostatic sprayer静电喷雾机
延伸阅读
静电喷雾法分子式：CAS号：性质：通过高压静电发生装置使雾滴带电喷施的喷雾方法。要求将药剂配成静电喷雾剂，然后与静电喷雾机配合，使喷出的雾滴带电。由于雾滴带电与在静电场作用下，靶标作物带电不同，致使异性电荷的吸引当作用在雾滴上的外力(包括重力)小于电场力时，雾滴就被吸向靶标(即静电效应)，并按电力线分布沉降于作物的正面和背面(即包抄效应)达到防病治虫的目的。静电喷雾由于静电作用，可将农药利用率提高到90％以上，再加上包抄效应，使其药效比常规喷雾法明显提高。影响静电喷雾效果因素较多，但主要是静电力、重力、风力。风力是随机因素，而静电力和重力的比值则取决于雾滴的沉积方式和沉积部位，如静电力大于重力，雾滴沿电力线的方向运动，可产生包抄效应，否则按重力方向沉降，无包抄效应。
