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- hydrogen plasma stream 氢等离子流
- Spectroscopy diagnosis of hydrogen plasma excited by helicon-wave[J]. 引用该论文 王加扣;吴卫东;孙卫国;邓红艳;程新路;唐永建.
- The Stark broadening of Balmer lines in a hydrogen plasma produced by induced magnetic field has been investigated. 本工作研究感应磁场压缩下,氢等离子体中的巴耳末系谱线的斯塔克加宽。
- A part of polymeric deposit can be reconverted into methane and acetylene by hydrogen plasma. 积炭能够与氢气等离子体反应转化成甲烷和乙炔。
- As an appliCation of these formulas we take fully ionized plasma as an example and discuss the linebroading and the ensuing Overlapping of the hydrogen plasma spectral lines in Debye potential. 作为这些公式的应用,文中以完全电离等离子体为例,利用德拜势讨论了氢等离子体光谱谱线的加宽和谱线的迭合问题。
- The experimental results for the reduction of CuO with nonequilibrium hydrogen plasma produced by a DC pulsed glow discharge indicate that plasma hydrogen offers improved reduction ability. 通过CuO在直流脉冲辉光氢等离子体中的还原实验证实了等离子态的氢能强化氢还原金属氧化物的能力。
- Arc blow, plasma streaming, and metal transfer are some of the welding arc characteristics strongly influenced by the presence of the magnetic fields. 磁场的存在对于电弧偏吹、等离子体流以及金属过渡等基本的电弧的性能产生强烈的影响。
- Reduction of metal oxide in nonequilibrium hydrogen plasma 等离子态氢还原金属氧化物初探
- The stream takes a sudden bend to the east. 小溪突然转向东流。
- Spectroscopy diagnosis of hydrogen plasma excited by helicon-wave 螺旋波激发氢等离子体光谱诊断
- Water contains hydrogen and oxygen. 水含有氢和氧。
- He greeted me with a stream of abuse. 他见到我就连声辱骂。
- He uttered a stream of profanities. 他说出了一连串不敬的话。
- REDUCTION OF METAL OXIDE BY NON-EQUILIBRIUM HYDROGEN PLASMA 非平衡等离子态氢还原金属氧化物的实验
- He got over the stream with a single leap. 他一跃就跳过了小溪。
- Teenagers often go against the stream. 青少年经常反潮流而动。
- Study on Coal Pyrolysis by Hydrogen Plasma to Produce Acetylene 氢等离子体裂解煤制取乙炔的研究
- The new plant comes on stream in March. 新工厂将於三月份投产。
- He bathed in many a limpid stream. 他在许多清澈的溪流中沐浴。
- The present work reports experimental determinations of atomic hydrogen in microwave discharge hydrogen plasmas formed from TM01 MW mode in an ASTeX-type reactor via optical emission spectroscopy by using Ar as an actinometer. 因此,对氢原子浓度的原位诊断是研究和改进上述等离子体工艺过程的重点也是难点之一。 本文在分析了多种等离子体诊断方法后,采用了装置简单、对等离子体没有扰动的发射光谱技术,通过Actinometry方法(以Ar做内标气体),对ASTeX型微波放电氢等离子体中的氢原子浓度进行了原位测定。