oxidation temperature的例句大全

The tensile modulus showed a negligible change with thermal oxidation temperature.

模量随热氧化温度变化不明显。

It shows that oxidation temperature and time have great effects on the degree of ring formation for PHF.

发现多孔中空氧化纤维的环化程度随氧化温度升高和氧化时间延长而提高。

the antioxidation property of alkyl diphenylamine is excellent among the antioxidants of investigation, which can elevate initial oxidation temperature of base stock 10 ℃ above.

在考察的抗氧剂中，烷基二苯胺的抗氧化性能良好，可以提高基础油起始氧化温度10℃以上。

The effects of thermal oxidation temperature and time on VO_x thin films under low temperature

低温热氧化处理温度与时间对氧化钒薄膜性能的影响最高[最低]温度计

The thickness of the outmost layer and the Ni-rich layer increases with the increasing oxidation temperature.

随着氧化温度的提高，Ti-Ni合金薄膜氧化膜的最外层和富Ni层的厚度不断增加。

The results show that the ultrasonic chemical plating thin film of the diamond surface is more even and compact, and ultrasonic can increase compressive strength, oxidation temperature of the diamond and the strength of the diamond after crystallization.

结果表明，超声波可使金刚石表面非晶态薄膜更加均匀和致密，从而提高了抗压强度，氧化温度和晶化后的强度。

When ferromagnetism of the diamond is relatively strong, its starting oxidation temperature decreases, twin peaks appear in the differential thermal curve and compressive strength of the diamond reduces as well.

当金刚石的铁磁性较强时，其起始氧化温度降低，差热分析出现双峰，且抗压强度也降低。

the results showed that the yield of azelaic acid was 46% when the ozonolysis temperature was from 25 ℃ to 30 ℃, the amount of catalyst was 0.1 percent of linoleic acid, the oxidation temperature was between 90 ℃ and 95 ℃, the oxidation time was 2.5 h.

结果表明：当臭氧化温度为25～30℃，氧化裂解温度为90～950℃，催化剂的质量为亚油酸质量的0.1%，反应时间2.5h时，壬二酸的收率最高。

EPMA and TGA were used to explore the high temperature oxidation behaviour of the low carbon steel under oxidant gas condition with different oxygen content. The oxidation activation energy and growth morphology of the scale were obtained.

利用EPMA和高温差热分析仪（TGA），针对低碳钢在不同氧含量的氧化性气氛的高温氧化行为进行了系统研究，获得了实验钢的氧化激活能和氧化铁皮生长形貌。

Interaction of Hydrogen and Oxygen on Pt/ TiO_2 Catalyst ⅱ. Temperature Programmed Reduction and Temperature Programmed Oxidation

Pt/TiO2催化剂上的氢氧作用Ⅱ.程序升温还原和程序升温氧化研究

In this paper, we report on the modification of surface hardness, optical reflectivity, and high temperature oxidation behaviour of ion-implanted steel samples.

本文研究了离子注入对钢的表面硬度、光反射率和高温氧化性能的影响。

The temperature programmed oxidation ( TPO) study showed that coke was formed over the catalyst on two different sites: ( 1) deposited on the CPMVs which can be burn off at a low temperature;

TPO研究结果表明，积碳在催化剂上有两种存在位置：一种沉积在钼钒磷酸铜表面，这种位置的积碳在低温下容易被烧除；

The methods of collecting pyromellitic dianhydride which is low concentration from the high temperature reaction gas prepared by the gas phase catalytic oxidation of durene are introduced.

介绍了从均四甲苯固定床气相氧化法的高温反应气中捕集低浓度的均苯四甲酸二酐的各种方法。

Discussion on Oxidation and Temperature Rising of Coal and Accelerated Reaction Region in Coal

煤氧化升温规律以及煤中加速反应区域探讨

In a word, the thesis gives a detailed study of high temperature oxidation of thermal barrier coatings from thermodynamics, diffusion, oxidation kinetics and mechanochemistry activity.

总而言之，本文从热力学、扩散、氧化动力学和力学化学活度四个方面对热障涂层的高温氧化机理作了一个较为详细的论述。

The activity for removing soot in the O2 atmosphere was investigated by temperature programmed oxidation ( TPO).

采用程序升温氧化（TPO）对催化剂在O2气氛下脱除碳黑颗粒的活性进行了考察。

Through the track of anti-oxidation, make rail temperature 40 ° c and no oxidation, improve the wire bonding ability.

通过轨道的防氧化改造，使轨道温度升高40℃也没有发生氧化，提高了铜丝键合能力。

High temperature oxidation cracking analysis of exhaust manifold made of high Si-Mo nodular cast iron

高硅钼球铁排气歧管高温氧化开裂原因分析

This paper explains the role of metallic materials grain boundary in high temperature oxidation behaviour of pure metals and alloys in brief.

扼要阐述了金属材料晶界在纯金属与合金高温氧化中的作用。

The specialty makes the Al2O3/ Cu composite material by internal oxidation of deeply aluminized pure copper matrix is more fine to be the diathermanous copper material of metallurgical equipment in the high temperature service condition than the ageing and solution alloy of aluminized deeply pure copper.

这种特性使得纯铜深层渗铝内氧化Al2O3/Cu复合材料在高温服役条件下比纯铜深层渗铝固溶时效合金更适合用作冶金设备用传热铜材料。