1) isothermal oxidation
等温氧化
1.
Change in interfacial toughness of EB-PVD thermal barrier coatings during isothermal oxidation;
EB-PVD热障涂层等温氧化过程中的界面韧性变化
2.
The isothermal oxidation of a two-dimensionally reinforced carbon/carbon(2D-C/C) composite was investigated by thermogravimetric analysis,and a kinetic model was proposed.
用热重法研究了二维炭/炭(2D-C/C)复合材料的等温氧化,提出了氧化动力学模型,用SEM观察了样品不同氧化程度的微观形貌,并探讨了材料的等温氧化机理。
3.
XRD,SEM,isothermal oxidation-weight gain and non-isothermal oxidation(TG) were used to study the oxidation properties of SiC.
结果表明:未预处理SiC在等温氧化过程中,600~1 100℃区间内,等温氧化动力学曲线服从抛物线规律;而在1 100~1 300℃区间,则偏离了抛物线规律,氧化速率随温度的升高先增大后减小。
2) non-isothermal oxidation
非等温氧化
1.
With the help of thermogravimetric analysis technique,non-isothermal oxidation kinetics of polycrystalline graphite was investigated by model-fitting and model-free methods,and the microstruc- ture of the same surface of different weight loss was observed by SEM.
通过热重分析技术用模式函数和无模式函数法研究了多晶石墨材料的非等温氧化动力学,并利用扫描电镜观察了该材料同一表面不同氧化程度的微观结构。
3) anisothermal oxidation
非等温氧化
1.
The mass loss and mass gain behavior during anisothermal oxidation of three kinds of C-SiC-B4C composites with the varieties of B4C/SiC ratio was studied in the paper.
研究B4C／SiC值不同的三种C－SiC－B4C复合材料在非等温氧化过程中的失重／增重行为。
4) Low temperature hydrogen peroxide gas plasma
低温过氧化氢等离子体
5) isothermal annealing
等温晶化
1.
Phase transformation of amorphous alloy (Ni_(0.75)Fe_(0.25))_(73)Nb_5Si_(10)B_(12) during isothermal annealing;
(Ni_(0.75)Fe_(0.25))_(73)Nb_5Si_(10)B_(12)非晶合金的等温晶化与结构转变
6) isothermal nitriding
等温氮化
1.
The macro surface wear and micro structure of a 38CrMoAlA failure screw in injection molding machine were analyzed,the existing defects in the heat-treatment were pointed out,and finally a reasonable isothermal nitriding procedure was provided.
对失效的38CrMoAlA注塑机螺杆,从宏观表面磨损及微观金相组织角度进行了分析,指出了热处理过程中存在的缺陷,并提出合理的等温氮化热处理工艺。
补充资料：二羟基氧化丙烯-氧化乙烯共聚醚
分子式：
分子量：
CAS号：
性质：一种破乳剂。蜡状粘稠液体。羟值≤50毫克KOH/毫。应用于原油脱水，配成一定浓度的水溶液即可使用。经氢氧化钾为催化剂，丙二醇与环氧丙烷、环氧乙烷 开环聚合而成。
分子量：
CAS号：
性质：一种破乳剂。蜡状粘稠液体。羟值≤50毫克KOH/毫。应用于原油脱水，配成一定浓度的水溶液即可使用。经氢氧化钾为催化剂，丙二醇与环氧丙烷、环氧乙烷 开环聚合而成。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条