基本释义:

电化加工

网络释义

1)electrochemical machining,电化加工

2)electrochemical industry,电化

3)photoelectrochemistry,光电化学

4)electrochemistry,电化学

5)electrochemical,电化学

6)electro-chemistry,电化学

用法和例句

Looking back the past 50 years of the Danjiangkou Hydrqulic Project construction,the constructors had experienced three stages of pioneering work;and a large-scale enterprise group of hydropower,aluminium industry,electrochemical industry and real-estate,has been established.

回顾过去50年,丹江口水电建设者历经三次创业,形成了水电、铝业、电化、地产大型企业集团。

Photoelectrochemistry of La~(3+) Doped Semiconductor Porous Films Sensitized by Ru(bpy)_2(NCS)_2 Dye;

染料敏化La~(3+)掺杂的TiO_2纳米多孔膜光电化学

The Photoelectrochemistry of TiO_2-Polyaniline Composite Film;

TiO_2聚苯胺复合膜的光电化学

The Photoelectrochemistry of Au/PATP/PANI Film Electrode and Au/PATP/PANI/TiO_2 Film Electrode;

Au/PATP/PANI膜电极和Au/PATP/PANI/TiO_2膜电极的光电化学

The Electrochemistry and Electrochemical Catalysis of Hematin-agarose Modified Electrode;

血红素-琼脂糖修饰电极的电化学和电催化性质研究

The improvement of the device on synthesizing iodoform by electrochemistry method and the exploring of reaction conditions;

电化学合成碘仿装置的改进及反应条件的探索

Experimental Study on Cleaning Metal Surface Wolf-bane with Electrochemistry Method;

电化学法清洗金属表面附着物的试验研究

Investigation of electrochemical reduction and dyeing technology of indigo;

靛蓝的电化学还原及其染色工艺的探讨

Research on electrochemical and photoelectron spectroscopy of the stearic acid coordination compound films on nick plate surface;

镍镀层材料表面硬脂酸配合物膜的电化学和光电子能谱研究

Electrochemical Behavior Study on Chalcopyrite in the Course of Oxidicacidic Leaching;

黄铜矿酸性氧化浸出过程的电化学行为研究

The supergravity technology is increasingly widely applied in the field of electro-chemistry process as a technology.

本文主要介绍了超重力技术的基本原理,并较全面地综述了近年来超重力技术在电化学工业中的应用研究进展情况。

There are deoxidize, plasma, microwave, microorganism and electro-chemistry technology.

主要介绍了近年来国内外在治理废气中有害成分NOx及SOx的方法,其中包括还原法、等离子技术、微波技术、微生物法、 电化学法等。

A new thought to realize the soft rock engineering stability by using electro-chemistry modification metho.

在对已有软岩和软岩工程的研究方法、存在问题和软岩的物质组成、晶层结构系统研究的基础上,重点讨论了物化型软岩的软化崩解机理,提出了可以通过电化学改性实现物化型软岩工程稳定的新思路,并从理论上论述了软岩矿物的电化学性质以及改性时所发生的一系列表面作用过程,实验室试验表明,经过电化学处理,实现软岩改性是可行的。