非绝热过程

  • 网络diabatic process
非绝热过程非绝热过程
  1. QD和QL水平散度的垂直分布及其随时间的演变表明,动力学强迫总是位于对流层低层,而非绝热过程的强迫主要位于对流层中层,它与积云对流过程中的潜热反馈有关;

    The divergence of QD and QL 'S cross section analysis indicated that the dynamic forcing was located in low level of troposphere and the forcing of diabatic process was related with the release of latent heat ;

  2. 非绝热过程对太阳p模振动的影响

    Nonadiabatic Effects on the Solar p Mode Oscillations

  3. 非绝热过程对噪声的传播能够产生显著的阻尼作用等等。

    The propagation of noise can be damped , etc.

  4. S3解离中的非绝热过程

    Dissociation of sulfur trimer S_3 : the nonadiabatic process

  5. 非绝热过程对热带副热带环流和天气影响的数值预报试验

    Numerical prediction experiments of effects of diabatic heating process on circulation and weather in the tropical and subtropical regions

  6. 当减少大气中的水分含量或略去积云对流过程或去掉整个非绝热过程时,季风环流圈的范围和强度均减小。

    For example , when the moisture content is reduced or when the cumulus convection or all the diabatic processes are neglected , both the extent and the intensity of the monsoon vertical cell decrease .

  7. 气相分子电子激发态的非绝热过程是指那些在反应动力学中电子激发态无辐射退活的过程,主要包括内转换、系间窜跃、振动弛豫、解离与异构化等。

    The nonadiabatic deactivation processes of electronically excited molecules in the gas phase are all closely related to radiationless deactivation processes of electronically excited molecules during the chemical reactions , including internal conversion , intersystem crossing , intramolecular vibrational energy redistribution , dissociation , isomerization , and so on .

  8. 量子含时波包方法研究基元反应的非绝热动力学过程

    Nonadiabatic Studies of the Elementary Chemical Reactions by Time-dependent Wave Packet

  9. 各种非绝热物理过程在中尺度模式中的作用

    Roles of Various Diabatic Physical Processes in Mesoscale Models

  10. 非绝热物理过程对北京暴雨数值预报不确定性影响

    The Impact of Diabatic Physics on the Uncertainty of Heavy Rainfall Ensemble Simulations in Beijing

  11. 非绝热物理过程在模拟飑线系统中β尺度结构中的作用

    The effects of diabatic physical processes on the simulation of meso - β scale structure of a squall line system

  12. 整个个过程使得对流层中下层的非绝热加热过程发生变化,从而导致热带大气低频振荡周期发生改变。

    And the changes in both sensible and latent heat could modify the diabatic heating rate in the middle and low troposphere which lead to the variations of the LFO period .

  13. 严格的量子力学方法处理基元反应的非绝热动力学过程,目前多以非含时方法为主,并且多用来研究像F+H2,Cl+H2等提取反应。

    Most exact quantum dynamical calculations aiming at studying the nonadiabatic processes occurring in fundamental chemical reactions were carried out within the time-independent framework and also focused on abstraction reactions such as F + H_2 and Cl + H_2 thus far .

  14. 夏季风爆发前期,南海季风区的增温主要由暖平流及非绝热加热过程(主要为凝结潜热)共同作用所致。

    During the pre-onset period , the warming over the SCS monsoon region is mainly due to the warm horizontal advection and diabatic heating ( latent heat ) processes , meanwhile the warming is suppressed by the vertical adiabatic process ( cooling ) .

  15. 对于降水分布和降水量来说,忽略非绝热物理过程可使孟加拉湾地区不出现降水区,我国东南部沿海地区以及西太平洋中的降水也被减少甚至消失。

    For the precipitation amount and distribution , the precipitation area over the Bay of Bengal disappears and the amount in the coastal regions of East China and over the western Pacific decreases , even no precipitation takes place in the scheme without diabatic heating processes .

  16. 针对短期预报中的非相变非绝热过程影响进行了数值试验。结果表明。

    Numerical experiments are made on the effect of non-phase change diabatic heating process in short term forecast .

  17. 然而在一次非绝热循环演化过程中,总的相位包括几何相和动力学相。

    However the total phase in a nonadiabatic cyclic evolution generally consists of both the geometric and dynamical phases .

  18. 在本个例中,对于雨区分布和降水量。若忽略非相变非绝热过程。

    If omitting the process , the forecasts of rainfall amount and its distribution have obvious departure from observation .