应用于蛋白质原料的最普通处理是不同的热处理。
The most common treatments applied to proteinaceous raw materials are different heat treatments.
制造的定义为制作生产原料，零件或组装，或热处理，涂装与电镀服务。
Manufacturing is defined as the process of making production materials, parts or assemblies, or heat treating, painting, plating services.
研究了原料粉末性能、烧结温度和时间、热处理的工艺参数对高密度钨合金的塑性的影响。
The effect of the performance of raw powder and process parameter such as sintering time & temperature , heat treatment time & temperature on the plastication of tungsten alloys has been studied.
因此，在考虑通过对流生产蒸汽之前，应尽量将过程原料、燃烧空气和燃料气进行预热处理。
Therefore, the process feed, combustion air, and fuel gas should be preheated as much as possible before considering steam generation in the convection section.
《热处理常用计量单位、化工原料知识、工艺规程》培训记录；
《Heat treatment commonly used measuring unit, industrial chemicals knowledge, technological process 》 training records ;
不同的原料，上浆操作的要求不同，加热处理的方法亦多样。
For different materials the requirements for starching operation vary greatly, and so do the methods of heating treatment.
主要原料为高铝熟料、镁砂、石墨或少量添加物，采用高压成型，低温热处理制得。
It is made of high aluminium content grog, magnesite and graphite with a little additives, shaped at high pressure and then through heat treatment at low temperature.
针对可控气氛发生炉炉气成分对热处理炉内碳势的影响，对吸热式可控气氛发生炉不同的原料气进行分析比较。
Based on the influence of the producing gas components made for the carbon content, the changing for the content of the atmosphere components is analyzed.
铁芯是以高纯度的铁粉为主要原料，将粉末颗粒表面进行绝缘化处理，运用粉末冶金技术经压制成型，热处理后所制备出的一类新型软磁材料产品。
The main material of SMC is the high purity iron powder, insulated on the surface, pressed with the powder metallurgy tech, heated to be the SMC cores.
实验结果表明：经热处理法得到的仿古玉样品的拉曼谱图同未经热处理的软玉原料的拉曼谱图相比在位移上有显著差异。
The results of the tests showed that the Raman spectra for the forgeries were significantly different from those for unheated nephrite.
制剂中有关物质的种类和含量较原料药均有所增加，加热处理样品后有关物质含量增加显著。
Comparing with the bulk pharmaceutical, the Numbers and content of impurities in preparations have been increased, especially after stress test in solutions with elevated temperature.
制剂中有关物质的种类和含量较原料药均有所增加，加热处理样品后有关物质含量增加显著。
Comparing with the bulk pharmaceutical, the Numbers and content of impurities in preparations have been increased, especially after stress test in solutions with elevated temperature.
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