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annihilation reaction
相关语句
  湮灭反应
     The research on the scale relations of the model of irreversible aggregation annihilation reaction
     关于不可逆聚集湮灭反应模型标度关系的研究
短句来源
  相似匹配句对
     reaction temperature.
     反应温度。
短句来源
     Reaction Time
     反应时间
短句来源
     The research on the scale relations of the model of irreversible aggregation annihilation reaction
     关于不可逆聚集湮灭反应模型标度关系的研究
短句来源
     Simultaneous Estimation of Reaction Order and Rate Constant by Rank Annihilation Factor Analysis
     利用减秩因子分析法同时优化确定化学反应级数和速率常数
短句来源
     POSITRON ANNIHILATION IN ZEOLITE Y
     Y沸石中的正电子湮没
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  annihilation reaction
Search for possible anapole and electric dipole moments of the proton on the basis of the pp ? e+ e- annihilation reaction
      
Finally, we study the modification when the annihilation reaction is 3A → ?.
      
We study the A + B → 0 annihilation reaction via multipolar interactions w~r-s(r distance) in one and two dimensions.
      
The spatial structure of reactants in the two-species annihilation reaction A+B→0 is described.
      
An annihilation reaction of a proton and antiproton releases energy.
      
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The effect of NCl(a~1Δ) self-annihilation on NCl(a~1Δ) production and transfer was simulated by using an one-dimensional premixing reaction model.The results show that the most important factor for NCl(a~1Δ) production and transfer is NCl(a~1Δ) self-annihilation.Although NCl(a~1Δ) self-annihilation effect on NCl(a~1Δ) production and transfer simulated with the data of 2002 is much smaller than that obtained with the data of 1997,the NCl(a~1Δ) self-annihilation is still the most important channel for NCl(a~1Δ)...

The effect of NCl(a~1Δ) self-annihilation on NCl(a~1Δ) production and transfer was simulated by using an one-dimensional premixing reaction model.The results show that the most important factor for NCl(a~1Δ) production and transfer is NCl(a~1Δ) self-annihilation.Although NCl(a~1Δ) self-annihilation effect on NCl(a~1Δ) production and transfer simulated with the data of 2002 is much smaller than that obtained with the data of 1997,the NCl(a~1Δ) self-annihilation is still the most important channel for NCl(a~1Δ) production and transfer losses.The results suggest that it is necessary to do some more work on the measurement of the rate constant of NCl(a~1Δ) self-annihilation reaction and itss dependency on temperature in order to improve the efficiency of NCl(a~1Δ) production and transfer and to analyze and value all-gas-phase laser(AGIL) accurately.

利用一维预混合反应模型,对全气相碘激光(AGIL)的储能粒子NCl(a1Δ)的自猝灭反应对其生成和传输的影响进行了模拟计算。计算结果表明,NCl(a1Δ)的自猝灭反应是影响其生成和传输的主要因素;采用最新测得的自猝灭反应常数,NCl(a1Δ)自猝灭反应对其生成和传输的影响程度有大幅度降低,但仍然是主要的影响因素。为了提高NCl(a1Δ)的生成传输效率和准确分析评估AGIL,有必要进一步深入开展NCl(a1Δ)自猝灭常数及其与温度关系的测定工作。

 
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