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- Using testing equipment,the cooling characteristics of KHP-C aqueous polymer quenchants are studied. 合理改变KHP-C的浓度和初始温度,可以得到不同的冷却特性,从而实现对不同金属材料的淬火处理。
- Keywords rolling bearing;aqueous polymer quenchant;concentration;temperature;cooling characteristic; 滚动轴承;淬火介质;浓度;温度;冷却特性;
- Keywords cooling characteristic;aqueous polymer quenchant KHP-W;temperature;concentration; 冷却特性;聚合物型冷却介质;温度;浓度;
- aqueous polymer quenchant 淬火介质
- aqueous polymer quenchant KHP-W 聚合物型冷却介质
- This paper deals with a latest developed aqueous soluble polymer quenchant PQA which mainly formulated from polyal kylene glycols with some chemical additive TPN. 本文介绍了以聚二醇为基础,加入微量TPN添加剂的PQA水溶性淬火介质。
- The study and application of polymer quenchant have been a hot point in recent years. 聚合物淬火介质在低浓度时可能不出现蒸汽膜阶段，而在高浓度时却有所加强；
- Concentration, agitation and bath temperature have significant influence upon the cooling characteristics of polymer quenchant. 聚合物淬火介质的使用参数浓度、搅拌和介质温度对冷速有显著影响，虽然文献对此报道较多，但缺乏定量研究。
- Study of the Aqueous Soluble Polymer Quenchant ACR-1 ACR-1水溶液淬火介质的研究
- The results show that quenched distortion induced by quenching in hot water is minimum, the following is in polymer quenchant, in ethoxy cellulose quenchant and in cold water. 结果表明，热水淬火引起的变形最小，其次是聚醚介质、纤维素介质和室温冷水；
- This paper focuses on the research of bonding technology of Chinese Larch Glulam (glued-laminated timber) with Phenol resorcinol formaldehyde(PRF) and Aqueous polymer Isocyanate(API)adhesives. 本论文对常温固化型胶粘剂间苯二酚PRF和高分子异氰酸酯API落叶松集成材的胶合工艺技术进行了研究。
- aqueous polymer isocyanate (API) 水性高分子异氰酸酯
- aqueous polymer solution viscosity 聚合物水溶液粘度
- Keywords polymer quenchant;quenching;cooling curve; 聚合物淬火介质;淬火;冷却曲线;
- Keywords quenching;agitation;polymer quenchant; 淬火;搅拌;聚合物淬火剂;
- Regression analysis of cooling rate of PAG- based polymer quenchant PAG聚合物淬火剂冷速的回归分析
- Keywords UCON E;polymer quenchant;big die block workpieces; 水基淬火剂;大模块工件;
- Keywords polymer quenchant Aluminum alloy quenching; 聚合物淬火剂;铝合金;淬火;
- Keywords Ucon;high polymers;polymer quenchant; 高分子;聚合物;聚合物淬火介质;
- Preparation of Plasma Membrane from Leaves of Grand-cover Chrysanthemum by Aqueous Polymer Two-phase Partition 两相法分离地被菊叶片质膜的研究
