其气敏机理应是表面控制型。
The mechanism has been recognized to be surface-control type.
还对增敏机理进行了讨论。
文章最后对所研制的气敏元件的气敏机理作了论述。
The element's sensitive mechanism to CH4 gas is also discussed in the end of this paper.
本文对碳纳米管膜的湿敏机理进行了简要的讨论和分析。
The humidity-sensing mechanism has been discussed and analysed briefly.
同时对该红敏明胶配方的感光成像机理进行了初步探讨。
Meanwhile, the imaging mechanism of this optimized recipe is also discussed.
用复阻抗法对硅衬底纳米钛酸钡湿敏元件的感湿机理进行了分析讨论。
Complex impendence techniques are used to analyze the humidity sensing mechanism of nanometer barium titanate humidity sensors on silicon substrate.
本文试图对半导体陶瓷气敏元件的敏感机理提出理论模型。
A theoretical model is introduced to explain the basic mechanism of semiconductive ceramics gas sensors.
阐述了半导体气敏材料的气敏作用及机理；
The gas sensing mechanisms of metal oxide gas sensors are described.
从电路、湿敏元件、使用条件等方面进行机理分析，给出了试验结果。
The mechanism is analysised from several aspects about the circuit, sensitive element and working condition. The experiment results are given.
对各种敏化剂及其敏化机理研究进行了综述。
This paper reviewed a study on the sensitizations and the mechanism of them.
目前，对于这类导电复合材料的气敏响应机理较多的是依据膨胀模型与结晶理论探讨气敏导电性能的变化规律，而从微观结构上探讨不够。
At present we probe into the gas sensing conductive performance based on the swell model and crystal theory, however, the discussion on the microstructure was less reported.
储层损害机理以储层液锁损害、应力敏感损害以及水敏、盐敏损害等为主。
The formation damage mechanisms mainly include liquid locking, stress sensitivity, water sensitivity and salt sensitivity damages.
进一步探讨了使用该材料制成的湿敏元件的感湿机理及老化机理。
The mechanism of moisture sensitivity and ageing of the ceramic humidity sensor are discussed.
本研究从膨胀珍珠岩微细孔的微观结构上，解释和说明了其具有良好敏化作用的根本原因在于其特定的多微孔表面结构，符合热点起爆的有关机理。
It is concluded from measurement that the reasons of expanded perlite possesses excellent sensitization lies in its porous structure and accord with hotspot initiation theory.
提出了石墨炉原子吸收法测定镓时原子化机理，探讨了基体增敏作用的机理。
The mechanism of gallium atomization by graphite furnace atomic absorption spectrometry has been proposed. The enhancement effect of matrix modification is discussed.
同时，借助于SEM和XRD 等分析手段，对厚膜电阻的导电机理、力敏特性与浆料物化特性之间的关系也进行了一些探讨。
The correlation of conduction mechanism, strain effects and the physical and chemical properties of the paste is also studied with aid of XRD and SEM techniques.
介绍了气敏性方面的应用和机理，说明了不同掺杂对气敏的影响；
The application of WO_3 sensing-film and gas sensing mechanism are reviewed. Different dopings have different effects on gas sensitivity.
对WO_3薄膜氢致变色机理的研究有助于研制出更高灵敏度的WO_3基氢敏传感器。
To study gasehromies mechanisms of WO_3 thin film to H_2 contribute to developing hydrogen sensors of higher sensitivity.
目的：探讨抗癫痫药高敏综合征(AHS)的临床特点、诊断、发病机理及治疗。
Objective: To discuss the clinical features, diagnosis, pathogenesis and treatment of antiepileptic drug hypersensitivity syndrome (AHS).
同时通过分析敏化前后薄膜的成分，探讨了薄膜敏化后光电性能大幅度提高的机理。
In the meantime, the reasons why the photoelectric properties were greatly improved after sensitization have been discussed by analyzing the composition of films.
2009—2011，国家自然基金一般项目——高灵敏响应近零微弱外磁场的磁敏新材料及机理研究；
2009-2011, National Science Foundation General Project—Study on the mechanization in a high sensitive magnetic materials responding the weak magnetic field approaching zero.
2009—2011，国家自然基金一般项目——高灵敏响应近零微弱外磁场的磁敏新材料及机理研究；
2009-2011, National Science Foundation General Project—Study on the mechanization in a high sensitive magnetic materials responding the weak magnetic field approaching zero.
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