微水射流,micro-water jet
1)micro-water jet微水射流
1.This article is concerning the design of the structure of abrasive micro- water jet machining system according to the study of its machining mechanism, and the optimization of its machining technic.通过研究精密磨料微水射流加工机理,设计磨料微水射流系统结构,优化加工工艺,指导实际生产,扩大磨料微水射流应用。
英文短句/例句
1.Analysis of Heat Transfer and Fluid Flow in the Micro-Waterjet Guided Laser Precision Drilling Process微水射流导引激光精密打孔过程的传热与流动分析
2.Study on Precise Feed System of Abrasive for Micro Abrasive Water Jet微磨料水射流磨料精密输送系统研究
3.Determination Trace Zinc in Seawater Using Reverse FIA Spectrophotometric Method反相自动参比流动注射法测定海水中的微量锌
4.Micro Abrasive Water Jets Machining Equipment Design and Processing;微磨料水射流加工装置设计与工艺研究
5.Study on Machining System of Precision Micro Abrasive Water Jet and Experiment;精密微磨料水射流加工系统及实验研究
6.Measurement of Tiny UDMH in Water with Flow-injection Chemiluminescent Method流动注射化学发光法测定水中微量偏二甲肼
7.Flow-injection spectrophotometric determination of micro copper in seawater流动注射-分光光度法测定海水中微量铜
8.Determination of trace silicon in water samples by reverse flow injection spectrophotometry反向流动注射分光光度法测定水样中微量硅
9.The Effect of Ultrahigh-pressure Water Jet on Killing Microorganism超高压水射流对微生物的杀灭效果研究
10.Simulation and Experimental Validation on the Flow Field Inside and Outside the Nozzle of Non-submersed Precision Micro Abrasive Waterjet;非淹没式精密微磨料水射流流场仿真及实验验证
11.Experimental Study on Water Holdup Measurement of Oil-Water Two-Phase Flow Based on Microwave Transmission Method;基于微波透射法测量油水两相流分相含率的实验研究
12.Study on the pressure stability of the micro abrasive water jet pressurization system based on AMESim基于AMESim的微磨料水射流增压系统压力稳定性研究
13.Determination of Copper in Water by FI-AAS with Microcolumn On-line Preconcentration在线微柱预富集流动注射火焰原子吸收测定水体中的Cu~(2+)
14.Flow– bubbling from fine particles of rupa shooting up, a current of flow inside entire the body, deep in internal organs.【流转：微细粒子的色聚（聚）如水中泡泡激射而出，流转整个全身，而且深入内部器官。
15.The light beam is scattered by small particles in the moving fluid.光束被流动流体中的微粒所散射。
16.Research on Microjet Used for Flow Vector Active Control;流动矢量主动控制的微射流技术研究
17.high pressure water jet drilling system高压水射流钻井系统
18.nappe separation射流分离, 水舌脱离
相关短句/例句
micro abrasive water jet微磨料水射流
1.Development ofmicro abrasive water jet machining technology;微磨料水射流加工技术的发展
2.Micro abrasive water jet is a new micro processing technology based on the traditional abrasive water jet machining technology.微磨料水射流加工技术是在传统磨料水射流加工技术的基础上发展起来的一种全新的微加工技术,是一种“软、冷”切割加工方式,具有无热影响区、切口质量好、无火花、无污染、能量集中等独特的优点,主要应用于硬脆性材料的加工及微刻蚀领域。
3.Based on the analysis of recent development ofmicro abrasive water jet technology in the world,the method for producingmicro abrasive water jet as well as the key technology were put forward.介绍了微磨料水射流技术及其在半导体制造工艺中的应用。
3)laser micro-jet激光微水射流
4)Machining System of Micro Abrasive Waterjet微磨料水射流加工系统
5)Non-submersed Micro Abrasive Waterjet非淹没式微磨料水射流
6)microfluidics微射流
1.In this article, the technology of super-fine grinding based on high pressuremicrofluidics is studied in three aspects, which are the mechanism of it, the influence of the mico-channel to grinding effect and the testing effect of the equipment.本课题从高压微射流超细粉碎的作用机理、微孔流道形式对其粉碎效果的影响和高压微射流超细粉碎装置的实验效果三个方面对高压微射流超细粉碎技术进行了研究。
延伸阅读
高压水射流喷射系统的应用领域采用正确的工业清洗方法对设备定期清洗是工业生产中必不可少的环节。高压水射流技术的主要用途之一，是进行工业清洗。其实质是由高压泵（或增压器）产生高压水流经喷头喷射出高速水流，对清洗对象进行冲蚀、剥蚀、切除、打击以达到清洗的目的。它具有高效、节能、无污染、无腐蚀，设备通用性强，清洗成本低等其它清洗方法（人工清洗、化学清洗、超声波清洗、气体喷砂等）不可替代的优点。近年来，清洗设备向更大功率、更高压力、更完善成套功能方向发展，清洗服务向大规模、专业化发展。当前，高压水清洗技术在石油、化工、电力、冶金、船舶、民航、运输、建筑、轻工、食品、市政工程等工业领域已获得了广泛的应用。其具体用途和推荐使用压力详见附表。除工业清洗外，高压水射流技术在工业除锈、工业切割、混凝土切割及路面破坏、水射流注浆、水力采煤技术、土方工程、冻土与冰的破碎、水射流除尘、水射流钻孔、无纺布生产、海水淡化中也获得了应用。
