能量交换

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  • energy exchange
能量交换能量交换
  1. 并用SEA建立了铁路桥梁子结构能量交换数学模型。

    A mathematical model of energy exchange among the sub-structures of railway bridges is proposed by using SEA .

  2. 城市下垫面对地表能量交换的影响巨大,引起地表温度分布的不均一性。Air(初三适用)

    Urban ground surface has an important effect on the energy exchange between air and land , which leads to an inhomogeneous distribution of land surface temperature ( LST ) .

  3. 基于MATLAB能量交换网络的夹点优化分析法

    The Optimization Analysis of Pinch in Heat Exchang Networks Based on MATLAB

  4. 能量交换式全软开关Boost变换器的分析

    Analysis of Fully-soft Switching Boost Converter With Power Exchange

  5. 陆地表面温度(LandSurfaceTemperature,LST)是一个重要的地球物理参数,它在地-气间的物质与能量交换的过程中起着重要的作用。

    As one of an important geophysical parameter , Land surface temperature ( LST ) plays an important role in the process of material and energy exchange between ground and air .

  6. 土壤-植物-大气连续体(SPAC)中包括一系列的水分与能量交换过程。

    A series of processes of exchange of water and energy are contained in SPAC .

  7. 计算表明:Pauli原理对能量交换是有影响的,尤其是小振幅振动时明显抑制了能量交换。

    It is turned out that the Pauli principle plays an important role in energy exchange .

  8. 3种植被类型区近地表大气能量交换过程中,LE和H的月际变化明显,而且随植被类型的不同月际变化差异显著。

    The monthly changes of Sensible heat and Latent heat were significant ( P < 0.05 ) in the atmospheric energy exchange process in the ground level of three different vegetation types .

  9. 水溶性有机物(dissolvedorganicmatter,简称:DOM)是陆地生态系统中最为活跃的有机碳库,也是土壤圈层与相关圈层进行物质和能量交换的重要表现形式。

    Dissolved organic matter ( DOM ), an important active organic carbon pool in terrestrial ecosystem , plays a role in the mobilization , translocation , and toxicity of many inorganic and organic pollutants in environment .

  10. 陆面温度(LST,LandSurfaceTemperature)是研究地表和大气之间物质交换和能量交换的重要参数。

    Land surface temperature ( LST ) is one of the key parameters in the physics of land-surface processes on regional and global scales , combining the results of all surface-atmosphere interactions and energy fluxes between the atmosphere and the ground .

  11. 结果表明,基于能量交换方程,能够确立既包含超光速运动,同时又融合Einstein狭义相对论及量子理论有关结论的一致性描述方法。

    As a result , it shows that a ( tentative ) theoretical frame which includes not only the superluminal-velocity motion but consists with Einstein special relativity and quantum theory can be established .

  12. 利用能量交换观点说明了SnO2气敏电阻对某些气体的吸附与脱附现象,并进而建立了振荡模型。

    A model of the oscillation based on energy exchange has been estab - lished to explain the adsorption and de - sorption of SnO_2 gas-sensing resistance .

  13. 实验表明电子和声子的能量交换时间小于10ps。

    The experiments indicate that the time of electron-phonon energy exchange is less than 10 ps.

  14. 树木细根(≤2mm)是控制树木与其周围环境进行能量交换和物质分配的主要器官。

    Fine root (≤ 2mm in diameter ) is one of the most important organs in tree which control the energy and matter exchange between tree and soil .

  15. Ck态时,随着时间的演化,电子的儿率密度呈现分叉现象,相应的光子数分布是时间周期函数,这是由于电子与光场之间有能量交换。在这种情况下,系统是封闭的。

    If the initial photon state is a Fock state , the probability density of the electron exhibits bifurcation and confluence and the corresponding photon distribution is a time-periodic function which result from the energy exchange between the electron and field .

  16. 研究了有源电力滤波器、电源、非线性负载三者之间的能量交换机理,分析了变流器直流侧电容电压的稳定问题,并提出了用PI控制器维持直流侧电容电压稳定的方法。

    The principle of energy commutation among APF , source and nonlinear load is studied , the stability of the dc bus capacitor voltage is analyzed and a method , using PI controller to maintain the stability of the dc bus capacitor voltage , is presented .

  17. 龙宝山金矿成矿流体具有低温、低盐度和富含H2O、CO2等特征,并通过自组织过程,不断与环境进行物质和能量交换,形成聚矿耗散结构。

    The metallogenic fluid are low temperature , low saline and rick of H 2O and CO 2 . The fluid system had continually changed materials and energy with it 's environment by self organization , and last formed the dissipative structure of ore aggregating .

  18. 通过一定的触发规律,TCSC能够控制串联电容器和汽轮发电机轴系之间的能量交换,抑制系统中的次同步分量,从而避免发生次同步谐振的风险。

    Through a certain trigger rule , TCSC has the capability to control the energy exchange between the series capacitor and the turbine-generator shaft , restrain the subsynchronous heft , and thus , avoid the risk of potential subsynchronous resonance problems .

  19. 陆面温度(LST)是区域和全球尺度地表物理过程中的一个关键因子,亦是研究地表和大气之间物质交换和能量交换的重要参数。

    The land surface temperature ( LST ) is a key factor in the surface physical process on regional and global scales , and also is an important parameter for the material interchange and energy exchange between the surface and the atmosphere .

  20. 研究显示真空中强脉冲激光与电子之间的净能量交换主要源于两种量子机制,即受激Compton效应(SCS)和非线性Compton效应(NLCS)。

    We show that there are two mechanisms responsible for the net energy exchange between an intense pulsed laser and an electron in vacuum , namely , stimulated Compton scattering ( SCS ) and non-linear Compton scattering ( NLCS ) .

  21. 树木细根(直径≤2mm)是控制树木与其周围环境进行能量交换和物质分配的主要器官,其寿命的长短决定了每年被分配到土壤中碳和养分的数量。

    Aims Fine-roots (≤ 2 mm diameter ) are important in controlling energy and matter exchange between tree and soil . Fine-root longevity is a critical determinant of fine-root turnover and therefore carbon allocation and nutrients returned to the soil .

  22. 关系中提供了平均的“给予和索取”能量交换吗?

    Does the relationship provide an even give-and-take exchange of energy ?

  23. 土体破坏过程中存在能量交换;

    The energy exchange exists in the process of soil break ;

  24. 连续气举采油中的能量交换理论

    The energy exchange theory in continuous gas - lift oil recovery

  25. 三温方程中的电子&辐射能量交换项的计算

    Calculation of energy exchanging term between electron and radiation in three temperature equations

  26. 水流中谐波能量交换的数值模拟

    Numerical simulation of energy transfer between harmonics in currents

  27. 非线性光纤耦合器孤子传输的相敏能量交换特性

    Phase Sensitive Soliton Switching in Nonlinear Optical Fiber Couplers

  28. 大气边界层湍流能量交换特征研究进展

    Advances in Studies of Characteristics of Turbulent Kinetic Budget in Atmospheric Boundary Layer

  29. 关于超光速及量子分形的能量交换描述方法

    Energy-exchange descriptions on the superluminal velocity and quantum fractal

  30. 非线性媒质中时空光孤子之间的能量交换

    Energy Exchange between Spatiotemporal Optical Solitons in Nonlinear Medium