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- Hydrogen diffused Oxygen. 氢和氧慢慢混合了。
- Hydrogen diffused Oxygen . 氢和氧慢慢混合了。
- This method combines high purity hydrogen and oxygen gas to form steam that then diffuses oxygen into the silicon wafer, forming the TOx layer. 这种方法结合了高纯度的氢气和氧气,形成蒸汽,然后扩散到氧气硅片,形成了弓形体层。
- Water contains hydrogen and oxygen. 水含有氢和氧。
- The results show that the absolute humidity of the welding environment has great influence on the hydrogen diffusion, and that the greater the absolute humidity, the higher the content of hydrogen diffused in deposited metal. 结果表明,焊接环境的绝对湿度对超低氢焊条熔敷金属中扩散氢含量有较大影响,绝对湿度越大,焊缝金属中扩散氢含量越高。
- Water is composed of hydrogen and oxygen. 水由氢和氧组成。
- The structure of hydrogen diffusion anode(HDA) and its future developments in metallurgy are introduced at the same time. 与此同时,介绍了氢扩散阳极的结构并对它在冶金上的应用进行了展望。
- The average value of hydrogen diffusion coefficient in metal hydride (MH) electrode was measured by constant current discharge method. 摘要利用恒流放电法测定了金属氢化物(MH)电极中氢原子扩散系数的平均值。
- The potentiostatic discharge method was used to study the hydrogen diffusion coefficient in Ti0.26Zr0.07V0.23Mn0.1Ni0.33Cr0.01. 利用电位阶跃法研究了Ti0.;26Zr0
- The effect of operation pressure,hydrogen environment,hydrogen diffusivity,and ambient temperature on incubation period is also analyzed. 另外从理论和数值计算两方面分析了操作压力、氢环境、氢扩散系数以及环境温度对孕育期的影响。
- Water is composed of the elements hydrogen and oxygen. 水是由氢元素和氧元素组成的。
- Kinetic model of Pd-Y membrane for hydrogen diffusion is established and characteristics of hydrogen diffusion under different conditions are discussed. 建立氢扩散通过钯钇合金膜的动力学模型,研究不同条件下的动力学特征。
- The light was diffused by the leaves. 树叶使光线漫射。
- Yet any whole organ would be a complex three-dimensional edifice comprising specialized cells, nerves and muscle, all interwoven with a dense web of veins and capillaries diffusing oxygen and nutrients. 然而任何完整的器官都是由特化的细胞、经和肌肉所组成的复杂三维结构,并有浓密的血管和微血管网络交织其间,用以扩散氧气和养份。
- Water may be resolved into hydrogen and oxygen. 水可以分解为氢和氧。
- Potential step method was employed to study the hydrogen diffusion behavior in hydrogen storage alloy MlNi 3.75 Co 0.65 Mn 0.4 Al 0.2 with various depth of discharge(DOD) at ambient temperature and with 50%DOD at various temperatures. 本文用恒电位阶跃法研究了不同放电深度 (DOD)和不同温度下贮氢合金MlNi3.;75Co0
- It is shown that the hydrogen diffusion coefficient, D, in 180 K>T and T>250K obeys the Arrhenius relation. The preexponential factor, D_0, and activation energy, U, have been calculated. 实验结果表明;在T>250K和T<180K的温度区间内氢的扩散系数D服从Arrhenius关系;同时计算了扩散常数D_0和激活能U。
- Oxygen enters into many compound bodies. 氧是许多化合物的组成部分。
- Hydrogen and oxygen combine/Hydrogen combines with oxygen to form water. 氢与氧化合成水。
- The results show that the suspended carrier does not improve the effect on the microporous diffusers' oxygenation rate. 试验结果表明:悬浮填料对微孔曝气充氧速率无明显加速作用。