internal oxidation
英 [ɪnˈtɜːnl ˌɒksɪˈdeɪʃn]
美 [ɪnˈtɜːrnl ˌɑːksɪˈdeɪʃn]
内氧化; 分子内氧化作用
双语例句
- Ignition of a substance ( as oily rags) resulting from an internal oxidation process.
由于物质（如油布）内部氧化过程而引起的燃烧现象。 - Preparation of Al_2O_3/ Cu Composite Materials by Internal Oxidation under Microwave Irradiation
微波内氧化法制备Al2O3/Cu复合材料 - Dispersive particles can be obtained with internal oxidation, but the distribution of the particles in the matrix is not uniform and the material is not dense.
内氧化方法虽然可获得细小氧化物颗粒，但是所得氧化物在复合材料中的分布很不均匀，且材料致密度较低。 - The Study of Influence Ag-Sn Powder Metal Internal Oxidation With Different Additive Element
添加元素对Ag-Sn系合金粉末氧化性能的影响研究 - Effect of Mixed Rare Earth on Microstructure and Properties of Cu-Al Alloy Sheet After Internal Oxidation
混合稀土对Cu-Al合金薄板内氧化组织和性能的影响 - Defective Carburizing Layer Related to Internal Oxidation and Its Influence on Service Properties
有氧环境下渗碳层缺陷组织及其对使用性能的影响 - Microstructure and properties of Cu-Al alloy sheet after internal oxidation
Cu-Al合金平板内氧化组织性能研究 - Technical specification for silver-metal oxide electrical contacts by alloy internal oxidation method
GB13397-1992合金内氧化法银金属氧化物电触头技术条件 - Microstructure and Properties of Al_2O_3 Dispersively Strengthened Copper Alloy Prepared by Internal Oxidation
内氧化法制备Al2O3弥散强化铜合金的组织和性能 - The rate of internal oxidation is influenced by temperature 、 content of chromium and carbon in the steels, initial grain and oxide film in surface.
内氧化速度受到内氧化温度、钢的铬和碳浓度、初始晶粒度和表面氧化物覆层等因素的影响。 - Thermodynamical condition on internal oxidation of chromium bronzes, mechanism of special internal oxidation and effect of external oxidation on internal oxidation are also discussed.
文中讨论了铬青铜的内氧化热力学条件，特殊的内氧化机理，外氧化对内氧化的影响等。 - Diffusion, accumulation and internal oxidation of minor CE and La during oxidation of Fe-Cr-Al alloy
铁铬铝合金中铈和镧的扩散、聚集和内氧化 - The Cu-Al_2O_3 composites was prepared by using residual oxygen in commercial N_2 gas to conduct internal oxidation.
利用工业N2气中的余氧进行内氧化制备CuAl2O3复合材料。 - Study on the Control of Internal Oxidation in carburized Gear
渗碳齿轮内氧化控制技术的研究 - Al_2O_3 particles dispersed on Cu surface have been fabricated by aluminizing and internal oxidation technique.
采用渗铝&内氧化技术制备了Al2O3表面弥散铜基导电材料。 - The internal oxidation technology and kinetics of Cu-Al alloy were experimentally studied in this paper.
对Cu-Al合金的内氧化工艺及其动力学进行了实验研究。 - This paper simply discusses existing kinetics equations of internal oxidation.
本文简要评述了现有内氧化动力学方程； - Study on Densification and Internal Oxidation of Cu-Al Alloy Powders during Sintering Process
Cu-Al合金粉末烧结过程的致密化和内氧化研究 - The microstructure of aluminized layer, hardness distribution and microstructure of internal oxidation layer were investigated.
对渗铝层的显微组织、内氧化层的硬度分布及显微组织进行了初步分析。 - The formation mechanism of the voids and internal oxidation were discussed.
探讨了扩散层空洞带和内氧化的形成机理。 - The cast alloy suffered catastrophic hot corrosion and serious internal oxidation and internal sulfidation arose.
结果表明，铸态合金发生灾难性的腐蚀、内氧化和内硫化； - Internal oxidation of Cu-Al alloy and oxidation behavior of copper during cooling were thermodynamically analyzed and experimentally studied. According to this a new technology using cuprous powders and nitrogen-based atmosphere as internal oxidation mediums was given.
对Cu-Al合金的内氧化及冷却过程中Cu的氧化行为进行了热力学分析和实验研究，据此确立了Cu2O粉末和氮基气氛共同作为内氧化介质的新工艺。 - The thermodynamics and kinetics of internal oxidation of Ag-RE alloys were studied in the present paper.
研究了银稀土合金内氧化的热力学和动力学问题。 - A Study on Kinetics and Influential Factors of Internal Oxidation of Steels
钢内氧化动力学规律及影响因素的研究 - Cu-Al2O3 composites with different oxygen resource coefficients were prepared by a new simplified internal oxidation technique.
研究了一种新型简化内氧化工艺，并制备了不同氧源系数的Cu-Al2O3复合材料。 - The result shows that the internal oxidation is a perfect method preparing Al 2O 3/ Cu composite.
结果表明，内氧化法是制备Al2O3/Cu复合材料较理想的方法； - The result of the study showed that the internal oxidation behavior of Ag-RE alloy was feasible thermodynamically.
研究结果表明，银稀土合金的内氧化在热力学上是可行的。 - After internal oxidation, the hardness and tensile strength significantly increases and the conductivity decreases with the deformation increase.
试样经内氧化后，随着变形量的增加其显微硬度、抗拉强度明显提高，导电率有所降低。 - The thickness of oxide layer increases continuously with the increase of internal oxidation time and temperature.
随着内氧化时间的延长以及温度的提高，内氧化层厚度不断加深。