热离子发射

最适合的带材料为Ta和W。3.对碳纳米材料：纳米碳黑、纳米石墨、纳米碳管以及C60等的非还原热离子发射特性进行了实验探索。

The best ribbon materials for chlorine isotopic measurement were Ta and W.The characteristics of non-reductive thermal ion emission of several carbon nano-materials were studied .

对碳纳米材料：纳米碳黑、纳米石墨、纳米碳管以及C（60）等的非还原热离子发射特性进行了实验探索。

The characteristics of non-reductive thermal ion emission of several carbon nano-materials were studied . Except for C_60 , the others have the efficiency of non-reductive thermal ion emission , which can be fulfilled with the measurement need of chlorine isotope .

石墨的非还原热离子发射特性

The Non - Reductive Thermal Ion Emission Characteristics of Graphite

不同金属带的非还原热离子发射特性

The Characteristics of Non-reductive Thermal Ion Emission of Filament Made of Various Materials Failure to Launch

碳纳米材料的非还原热离子发射特性的比较

The Comparison of Non-reductive Thermal Ion Emission Characteristics of Different Carbon Nano-Materials by Measuring Chlorine Isotope

石墨非还原热离子发射特性研究&不同石墨热离子发射特性的比较

THE INVESTIGATION ON NON-REDUCTION CHARACTERISTICS OF THERMAL ION EMISSION OF GRAPHITE & A comparison for characteristics of thermal ion emission of different graphite

有关结果也可以用于其他表面特性（例如，热电子或热离子发射、表面电子态、表面吸附、表面氧化、表面催化、表面偏析和表面重构等）的理论分析。

The results can also be applied to the theoretical investigation of other surface properties ( such as electron states , segregation , oxidation , catalysis , adsorption and reconstructure in surface ) .

该项研究成果总结了利用石墨的非还原热离子发射特性所建立的高精度热电高质谱测定硼氯溴同位素的方法，实现了硼氯溴同位素测定的重要突破。

The new methods for isotopic measurements of boron , chlorine and bromine by thermal ionization mass spectrometry using the non-reduction characteristics of thermal ion emission have been summarized and the important evolution in isotopic measurements of boron , chlorine and bromine has been achieved in this study .

研究工作得到的结论对国内用CVD方法制备热离子能量转换器发射极W涂层材料、发射极表面用电解蚀刻工艺制备高分额的{110}晶面等都具有重要的参考价值。

The results gained in this paper are useful to the fabrications of CVD thermionic energy converter 's tungsten emitter and the processing of etching { 110 } plans .

合金化钼单晶基体表面气相沉积钨{110}择优取向钨单晶涂层是一种性能优越的热离子转换器的发射极材料。

The material of 110-oriented monocrystal tungsten which was achieved by the technique of chemical vapor deposition on the substrate of monocrystal molybdenum alloy is one of the most promising materials which have been currently utilized for the emitter of thermionic energy converter .