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gas sensitive characteristics
相关语句
  气敏特性
     STUDY OF SPECTRAL TRANSMITTANCE AND GAS SENSITIVE CHARACTERISTICS OF SnO 2 FILM
     SnO_2 薄膜光谱透过率及气敏特性研究
短句来源
     Gas sensitive materials have gas sensitive characteristics because of the adsorption and reaction of gases on the surface of materials.
     气敏材料的气敏特性来源于气体在材料表面的吸附和表面反应过程。
短句来源
     Influence on gas sensitive characteristics of nanon-ZnO thin films by doping and heat treatment
     掺杂和热处理对纳米ZnO薄膜气敏特性影响
短句来源
     Gas sensitive characteristics of all sensors fabricated from the whole samples have been investigated mainly by means of HW-30A gas sensitivity detector.
     利用HW-30A气敏检测仪对由所有样品制得的传感器进行气敏特性测试。
短句来源
     Research into Nonnal Temperature Gas Sensitive Characteristics of Polyaniline Material
     聚苯胺材料的常温气敏特性研究
短句来源
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  气敏性质
     The gas sensitive characteristics of the multi wall carbon nanotube films were studied.
     本文对多壁碳纳米管薄膜在外界中的气敏性质进行了研究。
短句来源
  “gas sensitive characteristics”译为未确定词的双语例句
     Influence of Electric Field on Electrical Properties and Gas Sensitive Characteristics of SnO_2/ZnO UPF
     电场对SnO_2/ZnO UPF的电性质及气敏性质的影响
短句来源
     Study of the Gas Sensitive Characteristics of Seraiconductor Ceramic SnO_2-ZnO
     SnO_2—ZnO半导体陶瓷气敏特性的研究
短句来源
     Study on Gas Sensitive Characteristics of Multi-Wall Carbon Nanotube Films
     多壁碳纳米管气敏性质的研究
短句来源
     The Gas Sensitive Characteristics of SnO_2 Ultrafine Particles Synthesized in DBS Microemulsion
     DBS微乳液法合成SnO_2微粉及其气敏性能
短句来源
     In this paper, the effect of the proportion raw materials on the gas sensitive characteristics of semiconductor ceramic SnO_2—ZnO is studied.
     本文研究了SnO_2—ZnO半导体陶瓷的原料配比对其气敏特性的影响。
短句来源
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This paper deals with the experimental research on the composition NiCl_2 substituting for PdCl_2 as the activator.We analysed gas sensitive characteristic of this type ceramic in the gas and butagas, selected the high sensitive and low sensitive temprature ceramic which does not contain expensive metal oxides.It is an inportant material to develop new gas sensitive ceramics.

对NiCl_2代替PdCl_2作活化剂的SnO_2气敏陶瓷的成分、组织结构进行了实验研究。并从吸附过程的机理分析了其在煤气和丁烷气氛中的气敏特性,筛选出灵敏度高,敏感温度低,不含贵重金属氧化物的气敏陶瓷。为进一步开发新型气体敏感元件提供了重要的资料。

In this paper, the effect of the proportion raw materials on the gas sensitive characteristics of semiconductor ceramic SnO_2—ZnO is studied.

本文研究了SnO_2—ZnO半导体陶瓷的原料配比对其气敏特性的影响。

By the aid of X-ray diffraction and infrared spectrum, the influence of interaction between metal and support on the gas sensitive characteristics of semiconducting Pd/ZnO ceramics was studied. Based on the study, the interaction mechanism of noble metal catalyst and semiconducting ceramics in the gas sensitive action is proposed. A new interfacial phase(PdZn) may be formed as a result of inter-diffusion and reaction between semiconductor cations and metal atoms during hydrogen treatment. It...

By the aid of X-ray diffraction and infrared spectrum, the influence of interaction between metal and support on the gas sensitive characteristics of semiconducting Pd/ZnO ceramics was studied. Based on the study, the interaction mechanism of noble metal catalyst and semiconducting ceramics in the gas sensitive action is proposed. A new interfacial phase(PdZn) may be formed as a result of inter-diffusion and reaction between semiconductor cations and metal atoms during hydrogen treatment. It is suggested that the strong metal support interaction(SMSI) would facilitate the charge transfer between Pd and ZnO and create an active structure for oxygen absorption and shift redox reaction,therefore the gas sensitivity of Pd/ZnO semiconducting ceramics would be obviously enhanced.

本文借助XRD,红外光谱等分析手段,研究了金属-载体相互作用状态对Pd/ZnO半导体陶瓷气敏特性的影响,据此提出贵金属催化剂和半导体陶瓷在气敏特性中的共同作用机理。PdZn界面层是氢处理时半导体正离子和金属原子间的相互扩散及反应所致。可以认为金属-载体间的强相互作用(SMSI)能显著提高其气敏特性。

 
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