1) constant temperature constant pressure
恒温恒压
2) constant temperature
恒温
1.
Contrast between heated air drying of Chinese prickly ash under constant temperature and that under graded and controlled temperature;
花椒恒温与控温热风干燥的对比试验研究
2.
Measuring and controlling investigation on constant temperature and pressure system of the Chinese traditional medicine's drip pilling machine;
中药滴丸机恒温恒压系统的测控研究
3.
Automatic measuring system in constant temperature for oxygen content based on singlechip;
基于单片机的氧含量自动恒温测量系统
3) isothermal
恒温
1.
Derivation of Isothermal Retention Indices from the Retention Values under Multiple _ ramp Temperature _ programmed Conditions;
从双多阶程升保留时间预测恒温保留指数可行性研究
2.
Pumpkin-powders were respectively produced by isothermal and stepwise temperature -chang ing vacuum drying .
采用恒温与分段变温真空干燥南瓜粉,通过干燥时间、南瓜粉中Vc含量、产品感官指标的比较,结果表明,分段变温真空干燥明显优于恒温真空干燥。
4) refrigeration under constant temperature
恒温冷藏
5) isothermal oxidation
恒温氧化
1.
Oxidation behaviors of zirconium hydride in pure oxygen at 350～600 ℃ were investigated by isothermal oxidation and the influences of temperature and oxidation time on mass increment of the oxide layer were studied.
通过恒温氧化实验研究了氢化锆在350~600℃纯氧中的氧化行为,分析了温度和时间对氧化层质量增重的影响规律,并借助XRD,SEM等分析测试手段对氧化层的物相组成和截面形貌进行分析。
2.
The oxidation of high speed steel was studied at 500 ℃, 650 ℃ and 800 ℃ in the air, and the isothermal oxidation kinetics curves were obtained by thermo gravimetric analysis.
借助热重分析仪研究了高速钢轧辊工作层材料在500 ℃、650 ℃、800 ℃下于空气中的恒温氧化行为,得到了高速钢在不同温度下的恒温氧化动力学曲线。
3.
The 1100 ℃ isothermal oxidation behavior of Fe 23Cr 5Al alloy modified by yttrium addition was studied by means of thermogravimetric analysis, scanning electron microscopy and energy dispersive X ray analysis.
利用热重分析、扫描电镜及能谱分析等手段研究了合金中弥散分布的Y ,Y2 O3 及离子注入Y+ 对Fe 2 3Cr 5Al合金 110 0℃恒温氧化行为的影响。
6) constant temperature dry
恒温干燥
参考词条
补充资料：恒压热容
分子式：
CAS号：
性质：在一定温度和压力下，体系(物系)温度每升高1℃所吸的热，称为该温度、压力下此体系的热容，用符号C表示。C值可正、可负，也可为零。一般情况下，升温过程不同，吸热数量不同，所以C值也不同。如果过程中体系维持压力一定，此时的热容为恒压热容，用Cp表示。若体系为1mol纯物质，就称摩尔恒压热容，单位是J/(K·mol)。
CAS号：
性质：在一定温度和压力下，体系(物系)温度每升高1℃所吸的热，称为该温度、压力下此体系的热容，用符号C表示。C值可正、可负，也可为零。一般情况下，升温过程不同，吸热数量不同，所以C值也不同。如果过程中体系维持压力一定，此时的热容为恒压热容，用Cp表示。若体系为1mol纯物质，就称摩尔恒压热容，单位是J/(K·mol)。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。