黑黑元件是用来检测空气中0 ~ 4%甲烷气体的载体催化元件。
Black-black sensing element is a carrier catalytic element for the detection of 0 ~ 4% methane in air.
介绍了催化元件和合成途径人工设计与组装的研究策略和最新进展。
The research strategies and recent progress in artificial design and assembly of enzymes and synthetic pathways are reviewed here.
阐述了载体催化元件的传感原理和影响其性能的某些因素及其在使用中应注意的若干问题。
The sensing principle of carrier catalysis element, the factors of influence on the function of this element and the points for attention in practical application are expounded in this paper.
热催化元件是广泛地用于瓦斯检测的一种传感器，其非线性特性影响了瓦斯检测的准确性。
A catalytic sensor has been widely used for methane detection. Its nonlinear characteristic has lowed the accuracy of the methane detection.
平面型载体催化元件制作过程的温度控制一直沿用手工操作，从而使元件的一致性与成品率受到较大影响。
The temperature control of the producing process of a planar carrier catalytic element has been operated manually so far, which has influence on both identity and productivity of the element.
瓦斯检测采用热催化元件和补偿元件搭建电桥采集电路，通过瓦斯浓度非线性动态标定算法提高了瓦斯检测精度。
Gas measure adopt collection circuit based on the hot catalyses component and the compensate component, the arithmetic of the non-linear and dynamic advance the gas precision.
当被测气体的环境氧气含量较低，或者含有易使催化元件中毒的某些背景气体时，催化燃烧原理探测器的使用就受到了一定的限制。
When the detectors are used to measure the gas of low oxygen environment, or certain background gas which can easily poisoned the catalyze components, they have certain limits.
现在，Noji和同事已经使用AFM录制的一系列F1元件摆动画面（催化定子铃声）。
Now, Noji and colleagues have used AFM to record a sequence of frames of the rotorless F1 component (the catalytic stator ring).
金属化合物广泛用于催化、电镀、医药、精细化工、感光材料、敏感元件、化学材料等。
Metal compounds are widely used in catalysis, electroplating, pharmaceutical, fine chemicals, photosensitive materials, sensitive components, chemical materials.
氧传感器是影响三元催化转化器催化净化效果的一个关键元件。
Oxygen sensor is a key component which affects the purification for three-way catalytic converter.
采用电解技术制备可燃性气体催化敏感元件，讨论了电解工艺与元件性能的关系。
The preparation technology of catalytic gas sensors by electrolysis process for detecting flammable gases is introduced in this paper.
用途：主要用于搪瓷瓷釉、玻璃、磁性材料、钴催化剂、电子元件材料、硬质合金材料等。
Application: Used in ceramic glaze, the glass, the magnetic materials, the catalyst, the electronic component, the hard alloy and so on.
较长的纳米结构化支承元件提供了更大的支承催化剂材料的表面积，从而允许在所述层上填塞更多的催化剂。
Longer nanostructured support elements provide increased surface area for supporting catalyst material, thus allowing higher catalyst loading across the layer.
较长的纳米结构化支承元件提供了更大的支承催化剂材料的表面积，从而允许在所述层上填塞更多的催化剂。
Longer nanostructured support elements provide increased surface area for supporting catalyst material, thus allowing higher catalyst loading across the layer.
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