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gase

  • n.加泽
gasegase
  1. The Band Model Calculation Method on Infrared Radiation For Inhomogeneous Gase System

    非均匀气体系统红外辐射谱带模型计算方法

  2. The optimal ratio of CO 2 mixture gase was obtained .

    实验找出了CO2混合气体的最佳配比。

  3. Physical mechanical calculation of transport coefficients for he in O 2 Gase

    He在O2气体中的输运系数的量子力学计算

  4. Investigation on Optical and SHG Properties of Crystal GaSe : In

    GaSe:In晶体光学和倍频特性的研究

  5. Advances on Research of Relationship between Soil Physio-chemical Properties and Greenhouse Gase Emission from Soils

    温室气体排放与土壤理化性质的关系研究进展

  6. A Study of Chamber Method for In-Site Measurements of Greenhouse Gase Emissions from Grassland

    箱法在草地温室气体通量野外实验观测中的应用研究

  7. Application of the Random Amplified Polymorphism of DNA ( RAPD ) Technique in Gase Breeding

    随机扩增多态DNA(RAPD)技术在鹅育种上的应用

  8. The desulfurization efficiencies are measured by determining the SO2 content of the flue gase .

    通过对燃烧烟气中SO2含量的测定,确定其固硫效率。

  9. The biochemical properties of a partially purified human liver G type organophosphate hydrolyzing enzyme ( Gase ) were examined .

    观察了部分纯化的人肝G类毒剂水解酶(G酶)的一些生化性质。

  10. Phase-matching problem in the generation of terahertz radiation via difference frequency mixing of CO2 laser lines in GaSe and GaAs crystals has been discussed in detail .

    讨论了在GaSe晶体和GaAs晶体中,利用CO2激光差频产生THz波的相位匹配问题。

  11. Using closed chamber technique and gas chromatography , in-site measurements of N2O , CH4 and CO2 greenhouse gase fluxes from grassland ecosystem were systematically conducted .

    利用静态箱法采样,配以气相色谱仪法分析对草地N2O、CH4和CO2温室气体通量进行了较系统的现场测量,同时对箱体内外温度进行同步观测。

  12. Human liver Gase specifically hydrolyzed organophosphorus compounds bearing P F bond ( soman ), however it did not catalyze the hydrolysis of compounds with P O , P C or P S bonding .

    人肝G酶专一性地水解带P-F键的有机磷化合物梭曼,但不催化带P-O,P-C或P-S键的有机磷化合物的反应。

  13. The author considers that the ordinal characteristics of the precursory anomalous changes of deep-seated and shallow origin gases before earthquakes is correlated with the early or late order in which the gase migrated into the ground fluid .

    作者认为,导致深&浅源气体异常变化有序发生的原因与气体物质迁移进入流体的先后顺序有关。