solution heat treatment
英 [səˈluːʃn hiːt ˈtriːtmənt]
美 [səˈluːʃn hiːt ˈtriːtmənt]
网络 固溶热处理; 固溶处理; 固容处理
双语例句
- The Application of Integrative Solution Heat Treatment Machine for Stainless Steel Panel
不锈钢管屏整体固溶热处理生产线的应用马式体高强度热处理钢 - Solid solution heat treatment and hard drawn technology have been used to manufacture303HS cutting austenitic stainless steel hexagonal bar.
介绍了用固溶热处理、冷抽工艺生产303HS切削奥氏体不锈钢异型材六角棒的过程。 - Study on solution heat treatment process for Al-Zn-Mg-Cu alloy thick plate
Al-Zn-Mg-Cu合金厚板固溶热处理工艺研究 - The design methods, the structure characteristic, the composition and other problems of the Aluminum wheel hub solution heat treatment combined electric furnace were introduced.
介绍了铝轮毂固溶热处理联合电炉的设计方法、结构特点、炉子组成以及需要注意的问题。 - If hot forming is unavoidable, solution heat treatment after forming shall be employed subject to Purchaser's approval.
如果必须使用热成型，应根据买方批准在成型后进行热处理。 - Quantitative Metallographic Analysis for Morphology Change of Eutectic Silicon in Al Si Cu Mg Hypoeutectic Casting Alloy during the Solution Heat Treatment
亚共晶铝硅铜镁铸造合金共晶硅相在固溶处理过程中形貌变化的定量金相分析 - Studies on Homogenization of Ingot and Solution Heat Treatment Temperature of Д 19 ч Aluminum Alloy Bar
Д19ч铝合金铸锭均匀化及棒材固溶处理温度的研究 - Results show that with the same solution heat treatment, hardness reaches the maximum value near 460 ℃.
结果表明：17-4PH铸造不锈钢经固溶处理及460℃左右时效处理后其硬度达到最大值； - Using Solution heat treatment, the problems about network carbonide and cutting of high C-Cr cast steel have been solved.
采用高温固溶等温转变热处理工艺方法，解决了高碳高铬铸钢破断碳化物网络和机械加工困难的问题，为采用铸造方法生产高碳高铬钢探索出了一条新的途径。 - So, 18-8 type austenite stainless steel, which is a kind of stainless steel applied most extensively, under the most conditions, must be taken solution heat treatment to get good mechanics property and corrosion resistance.
另一方面，作为应用最广泛的一类不锈钢&18-8型奥氏体不锈钢，在大多数情况下，必须经过固溶热处理后才具备良好的力学性能和耐腐蚀性能。 - Effect of Solution Heat Treatment on Creep Property of Ti-600 High Temperature Titanium Alloy
固溶处理对Ti-600高温钛合金蠕变性能的影响 - Effect of Solution Heat Treatment on Microstructure and Fracture Properties of Ti-Si Eutectic Alloy
固溶处理对钛硅共晶合金组织与断裂行为的影响 - Study on solution heat treatment temperature of new Al-Cu-Mg-Ag alloy
新型耐热铝合金Al-Cu-Mg-Ag棒材固溶处理温度的研究 - The dissolution of the intermetallic phases was studied and the function of solution strengthening in Al-Si-Cu-Mg casting alloys during solution heat treatment was analyzed.
对固溶处理过程中铸造Al-Si-Cu-Mg合金析出相溶解过程进行了研究。 - The cyclic tests for 304 stainless steel with solution heat treatment under uni-axial cyclic straining and stressing were carried out systematically.
在室温下对固溶处理的304不锈钢进行了系统单轴应变与应力循环实验。 - The results showed that solution ageing heat treatment remarkably improves the microstructure and hardness of the new copper alloy for die, especially the ageing time.
结果表明，通过固溶时效处理可以显著改善铜合金模具材料的金相组织和硬度，其中时效时间对铜合金模具材料硬度的影响较大。 - Grain sizes and morphology of alloys after solution heat treatment don't change by Mg contents, but with increment of Mn contents, grain structures are significantly refined.
合金固溶处理淬火后的晶粒尺寸和形态不随Mg含量而改变，但随Mn含量增加而显著细化。 - The overheat temperature of Al-Cu-Mg-Ag alloy extrusion bar was studied by DTA and microstructure analysis. The solution heat treatment temperature of Al-Cu-Mg-Ag alloy was obtained.
采用DTA差热分析、显微组织分析的方法，对新型耐热铝合金Al-Cu-Mg-Ag挤压棒材的过烧温度进行了研究，确定了该合金的固溶处理温度。 - The effect of solution and aging heat treatment on the tensile strength of Cu-Cr-Zr alloy were investigated.
研究了固溶和时效热处理对Cu-Cr-Zr合金抗拉强度的影响。 - Microstructures of the three alloys changed obviously after 1260 ℃/ 10h solution heat treatment, and NiMo,α-Mo phases disappeared. The shape of M_3B_2 and M_6C transformed from bone and net pattern in as-cast to strip and block pattern.
经1260℃/10h固溶处理后，三种C含量合金的微观组织发生明显变化，NiMo，-αMo相消失，M3B2，M6C相由铸态的骨架状、网络状变为条块状。 - When the solution temperature is400 ℃, the solution heat treatment can get the best results ( 6) At high temperatures, the compressive properties of the magnesium matrix composites are mainly affected by the working hardening and the softening effect of the dynamic recrystallization.
在高温下，镁基复合材料的压缩性能主要受加工硬化作用和动态再结晶的软化作用影响。 - Uniform and compact thin film of oxide or hydroxide will be obtained on substrates after immersed in certain solution. Heat treatment and expensive equipments are not required during film-formation progress.
用此法只需在适当的反应液中浸入基片，在基片上便会沉积出均匀致密的氧化物或氢氧化物薄膜。成膜过程不需热处理，不需昂贵的设备，操作简单。 - The products stiffiness all are acceptable using T6 solution heat treatment.
采取T6固溶的热处理工艺，经验证其铸造产品硬度均达到合格标准。 - The strength of this alloy is greatly improved after the solution of heat treatment, quenching and age-harding.
这种合金经过固溶热处理、淬火及后续的时效强化后大大提高了其强度。 - The content of δ phase increases with increasing time of solution heat treatment.
随着固溶处理的时间增加，合金内δ相的含量在增加。