气敏元件

n型金属氧化物气敏元件的反应温变

The temperature change during reaction of n-type metal oxide gas sensor

CO2气敏元件特性检测装置

Testing System for Calibrating Characteristics of Carbon Dioxide Gas Sensor

CO选择性厚膜气敏元件及其特性

Research on Selective Thick Film CO Gas Sensors and Their Characters

p型氧化物气敏元件

P-type oxide gas sensor

常温振荡式CO气敏元件的研制

The Development of Oscillating CO Gas Sensors at Normal Temperature

低功耗常温CO气敏元件

Development of Low-Power CO Gas Sensor at Ambient Temperature

新型CO2气敏元件的研究

On a novel gas sensitive element for co_2 detection

α-Fe2O3基纳米陶瓷制备的CO气敏元件

An CO Gas Sensor Prepared by α - Fe_2O_3 Nano-Ceramics

石英谐振式CO2气敏元件

Fabrication of quartz resonance CO_2 gas sensor

Eu2O3&SnO2薄膜气敏元件的研制

Study of the Eu_2O_3 & SnO_2 Thin Films Gas Sensors

α-Fe2O3气敏元件可靠性工艺设计

Reliability Technology Design of α - Fe 2O 3 Gas Sensor

P型金属氧化物半导体的掺杂量会影响纳米薄膜气敏元件对硫化氢的灵敏度。

The sensitivity of nano thin film gas sensor to hydrogen sulfide could be affected by the doping amount of P-type metal oxides .

高选择性H2S气敏元件及其特性

High Selective Sensor for H_ 2 S Gas and Its Characteristic

γ-Fe2O3/LaFeO3复合选择性丁烷气敏元件的研究

The Research on γ - Fe_2O_3 / LaFeO_3 Complex Selective Butane Gas Sensor

给出了气敏元件反应放热率Prea的公式，并由此给出在闭室测试中气体浓度C随时间变化的微分方程。

From the formula of reaction exothermic rate , the differential equation of C ( t ) in the closed chamber test is given .

高灵敏度高选择性的H2S气敏元件

Highly Sensitive and Selective Gas - Sensors for H2S

基于USB的气敏元件测试系统的设计

Designing A USB-Based Gas-Sensitive Cell Testing System

掺杂对α－Fe2O3气敏元件灵敏度及其它特性的影响

The influence of additives on the sensitivity and other properties of α - fe_2o_3 gas sensors

掺CeO2的SnO2基CO气敏元件的气敏特性

Sensing characteristics of CO gas sensor of sno_2 doped ceo_2

不同CO吸附类型对超细SnO2气敏元件的作用

Effect of Different Adsorbed CO Species on Ultrafine SnO_2 Gas Sensor

CH4与CO检测气敏元件中催化剂的制备与反应性能研究

Preparation and properties of the catalyst in gas sensors for determination of CH_4 and CO

非加热煤气和LPG气敏元件

The Study of Gas Sensing Mechanism of Non-heating Gas and LPG Sensor

低功耗In2O3基LPG气敏元件

In_2O_3-based LPG gas sensor with low power consumption

低功耗C2H5OH气敏元件

Low-Power C_2H_5OH Gas Sensor

气敏元件中Au、Ru电极浆料的性能比较

Comparison on Properties of Au-and Ru-based Pastes as Electrode of Gas Sensitive Components

本文采用MOCVD技术制备了薄膜型Fe2O3气敏元件。

Fe_2O_3 thin film gas sensing element has been prepared by using of MOCVD technique .

Sn掺杂对MOCVD&Fe2O3薄膜型气敏元件的影响

Doping Effect of Sn on the Gas Sensitive Element of MOCVD - Fe_2O_3 Thin Film

表面涂层对掺杂α-Fe2O3烧结型气敏元件敏感特性的影响

The Effect of Surface Coating on the Gas Sensitive Properties of Doped α - Fe_2 O_3 Sintered Gas Sensor

掺杂Au改善SnO2甲苯气敏元件性能的研究

Study on gas-sensing property of Au-doped SnO_2 toluene sensor

BaTiO3对SnO2基CO气敏元件性能影响

Influence of BaTiO_3 on the properties of SnO_2-based CO gas sensors