1.
Optimum Design of Environment Friendly Based Synthesized Cutting Fluidand Metal Working Water;
环保型水基合成切削液配方优化设计与研制
2.
Based on molecular design, a melhod of making 3 in 1 additives uaed in water base cutting fluid is introduced in this arti-cle.
本文阐述了依据分子结构设计的观点研制水基合成切削液三合一添加剂的方法.
3.
Synthetic cutting fluids
GB/T6144-1985合成切削液
4.
Semi-synthetic, biostable emulsion, containing mineral oil and EP additives.
半合成、生物稳定型切削液，含矿物基础油和极压添加剂。
5.
The Preparation of Macromolecular Flocculants and Water Based Cutting Fluid Wastewater Treatment;
高分子絮凝剂的制备及水基切削液废液处理
6.
Electro-catalytic oxidation of titanium-based PbO_2 electrode to the treatment of water-based cutting fluid wastewater
PbO_2/Ti电极电催化氧化处理水基切削液废水
7.
Study on New Green Water-based Cutting Fluid and Its Mechanism;
新型环保型水基切削液的试制及作用机理研究
8.
Research on Rust-inhibiting and Anti-corrosion Performances of Water-based Microemulsion Cutting Fluid
水基微乳化切削液的防锈和防腐蚀性能的研究
9.
The Malfunction of Aqueous Metal-Cutting Fluid and the Designing of Its Regeneration Equipment
水基金属切削液的失效及其再生设备设计
10.
Preparation of L-MAF High Abrasion Resistance Cutting Fluid
L-MAF高抗磨性水基微乳化切削液的研制
11.
Determination of trichlorobenzenes in water-based cutting fluids and wastewater of machining using dispersive liquid-liquid microextraction-gas chromatography/mass spectrometry
分散液-液微萃取-气相色谱/质谱联用法测定机械加工水基切削液及其废水中的三氯苯
12.
Research on the Green High Speed Machining of Titanium Alloy;
基于绿色切削的钛合金高速切削机理研究
13.
Cutting Performance and Cutting Parameter Optimization of Nickel-based Super Alloy
镍基高温合金的切削性能及切削参数优化
14.
Study on the Biologic Contact Oxidation Process for Cutting Liquid Wastewater
生物接触氧化工艺处理切削液废水实验研究
15.
Study on Treatment of Metal Working Fluids Wastewater by Fenton/UV
采用Fenton/UV处理金属切削液废水的试验研究
16.
A is suitable for turning, milling, boring and grinding of hard metal such as heat resistant steel, high nickel steel and stainless steel.
A 极压切削液适合耐热钢、镍钢和不锈钢等高硬度材料的车削、削、孔、削等加工。
17.
Trend to development of water-soluble cutting oil was described. The function of disruptionof microbe in fluid and the new advance of antibiotic water-soluble cutting oil were also presentedhere.
介绍水溶性切削液的发展动向，水溶性切削液中微生物的破坏作用和抗菌性的水溶性切削液新进展。
18.
Study on a High-speed and Integrated Electro-hydraulic Control System for Punching;
高速集成化冲压切削电液伺服控制系统研究