组分气体

  • 网络Component gas;constituent gas
组分气体组分气体
  1. 不同煤级煤对CH4、N2和CO2单组分气体的吸附

    Adsorption of different rank coals to single component gases

  2. 用XRD,SEM和单组分气体的渗透对膜进行了表征。

    XRD , SEM and single gas permeance were characterized to the ZSM-5 zeolite membranes .

  3. 利用SEM、XRD和单组分气体渗透等方法对NaA分子筛膜表征。

    NaA zeolite membrane was characterized by SEM , XRD and single gas permeation .

  4. 通过进一步完善,如把神经网络、小波变换等理论方法集成到PC控制软件中,可用于汽车尾气、烟道气体等多组分气体分析领域。

    With the development in the future , neural network , wavelet transform can be added in the PC software to analyze more gas components , such as end gases of cars , flue gases etc.

  5. 对非分散红外多组分气体检测技术及其在CEMS中的应用作了系统介绍。

    The non-dispersive infrared multi-component gas detection technology and its application in continuous emission monitoring systems ( CEMS ) are presented .

  6. 利用Langmuir方程得到直观表达混合气组分气体间吸附强弱关系及分离的难易程度的x-y图,推导了Lewis关系式。

    The x - y chart show-ing the relationship between the characteristic adsorption of various components and their separation is obtained by using Langmuir equation , moreover , the Lewis equation is derived .

  7. 为扣除开放光路法红外光谱中的背景干扰,发挥开放光路法的优势,提出了针对多组分气体体系的小波变换(WT)和人工神经网络(ANN)相结合的红外光谱定量方法。

    The background disturbances in the spectra measured using the open path sampling method can be minimized with a new method combining wavelet transforms ( WT ) and Artificial Neural Networks ( ANN ) for the quantitative analysis of multi component gas systems .

  8. 多组分气体红外在线定量分析方法及应用

    FTIR Analysis and Application in the Online Quantification of Multi-component Gases

  9. 多组分气体离心分离级联的解析优化

    Optimization of centrifuge cascades for the separation of multi-component gas mixtures

  10. 多组分气体吸附平衡理论研究进展

    Progress in Predicting the Equilibria of Multi-component Gas / Solid Adsorption

  11. 遥感傅里叶变换红外多组分气体光谱定量分析的仿真研究

    Study on Quantitative Determination of Mixed Gases by Remote Sensing FTIR

  12. 煤对双组分气体的等温吸附实验方法

    Test Method of Coal Absorption Isotherm for Bi - composition Gas

  13. 煤吸附多组分气体的特征及模型研究

    Research on characteristics and model of multi-component gas adsorption on coal

  14. 体积流量法配制多组分气体混合物

    A dynamic volumetric method for preparation of multi - gas mixtures

  15. 光纤环路光腔循环衰荡多组分气体浓度测量的研究

    Research on Multi-Type Gas Concentration Measurement Based on Fiber-Circled Cavity Ring-Down Method

  16. 旋流燃烧室内多组分气体湍流混合的数值模拟

    Numerical simulation of turbulent mixing of multi-species gas in a swirl combustor

  17. 气固反应与多组分气体对流反应扩散问题的研究

    Study on Gas-Solid Reaction and Convection , Reaction and Diffusion of Gas

  18. 基于单片机的中红外多组分气体检测系统

    A Mid-infrared Multi-component Gas Detecting System Based on Single-Chip Computer

  19. 多孔介质中三组分气体扩散的网络分析

    Network analysis of ternary gas diffusion in porous media

  20. 多组分气体污染物被动式监测方法的研究

    Method for multiple gaseous pollutants monitoring by passive sampler

  21. 用于实时、动态检测多组分气体的多传感器技术与电化学传感器系统

    Multi-Sensor Techniques and Electrochemical Sensor System for Real-Time and Dynamic Monitoring of Multi-Component Gases

  22. 提高多组分气体检测精度的探讨

    Improvement of the Measurement Accuracy in Multi-component Gas

  23. 基于红外吸收法多组分气体分析仪的研制

    Multi-Component Gas Analyzer Based on Infrared Absorption Theory

  24. 通过分析和补偿,进一步提高了多组分气体检测系统的精度。

    Through the analysis and compensation , further improve the gas detection system components of precision .

  25. 煤对多组分气体吸附特征研究

    Research on Coal-multicomponent gas adsorption characteristics

  26. 透平压缩机级间冷却器中具有可分凝组分气体混合物粘性系数和导热系数的计算

    The Calculation on Viscosity And Thermal Conductivity of Gas Mixture with Condensable Components in Inter-cooler of Turbine Compressor

  27. 分析了非分散红外多组分气体检测的关键点、技术难点及其解决方案。

    The key factors and difficulties in multi-component gas detection are analyzed and the corresponding solutions are proposed .

  28. 二组分气体在固体上吸附的研究(Ⅱ)&丙酮-正己烷、甲苯-正己烷、苯-正己烷、正戊烷-正己烷分别在硅胶上的吸附

    Studies on Binary Gas Solid Adsorption (ⅱ)─ Acetone-n-Hexane , Toluene-n-Hexane , Benzene-n-Hexane , n-Pentane-n-Hexane Adsorptions on Silica Gel

  29. 针对传统红外气体分析器存在的问题,研制了一种分光型红外多组分气体分析仪。

    Aiming at the existing problem in conventional infrared gas analyzer , a new dispersive infrared multigas analyzer was developed .

  30. 首先对采空区多组分气体产生及聚积规律进行了阐述,其次分析了温度、压力、瓦斯浓度对多组分气体爆炸极限的影响。

    Secondly , the influences of temperature , pressure and gas concentration on the explosion limit of multi-component gas are analyzed .