cloud particle 中文意思是什麼
cloud particle
解釋
雲粒-
During natural condensation part of the particle population become activated and grow into cloud or fog droplets while the remainder remain inactivated.
在自然凝結過程中，部分粒子活化並生長成雲或霧滴，而餘下部分保持沒有活化。 -
We used particle system to create 3d clouds images, and then developed the program in the environment of vc + + and opengl ( open graphics library ). we used texture mapping technique to increase the reality of the cloud model
其中基於粒子系統建立了3d雲層模型，在vc環境下，結合opengl （三維圖形標準庫）來進行開發。 -
In this paper aircraft has made vertical and synthetic detecting flying purposefully on 9. 17, 2003 according to cloud ' s macro and microstructure. vertical layers and representative places of stratiform cloud on 9. 17, 2003 are analyzed using the observational data of particle measurement system ( pms ), combined with satellite data, radar data, and precipitation data on ground. by this we have got cloud ' s microphysical structure and physical process of the natural precipitation, and the physical effect evidence has been testified according to observational data after lco2 seeding
本文用綜合觀測的方法，利用機載pms雲粒子探測系統，根據雲系的宏微觀結構特徵進行有針對性的垂直探測飛行，配合衛星、雷達、地面雨量、雨強計網觀測資料對2003年9月17日延安降水性層狀雲系中那些有代表性的部位或垂直分層做細致的觀測分析，獲得雲系的微物理結構和自然降水形成的物理過程，並用觀測事實來驗證人工增雨引晶催化后的物理響應判據。 -
As a result of the coupling, the single-particle states are clothed in a cloud of quanta.
由於耦合，單粒子態被量子云覆蓋起來。 -
In the paper using the cloud particle characteristics and particle spectrum data in different heights, the vertical macro and microstructure or the coagulation water phase can be partitioned into 5 growth layers
本文通過對不同高度上的粒子特徵量和譜分析，降水性層狀雲宏微觀垂直結構配置或水凝物主要特性可以分為5個發展層。 -
This paper is based on summarizing and analyzing the correlative work. it introduces the speed of the uniform flow closing to the dynamical field in the factual cloud to the answer of the probability equation of the catalyst particle remains in the cloud of nucleation layer, ameliorates the answer of the equation which does n ' t consider the uniform flow evidently
本論文在總結分析已有相關工作的基礎上，對催化劑粒子在雲中核化層存留概率方程解中，引入了和實際雲中動力場相近的均流速度，明顯改進了過去不考慮均流的概率方程解。 -
The rapid motion of the electros causes the sluggish nuclei to "see" the electron as a charge cloud, rather than as a discrete particle.
電子的快速運動使得緩動的核把電子「看成」象電核雲，而不是象分立的粒子。 -
This probability cloud obeys a quantum mechanical principle called heisenberg ' s uncertainty principle, which states that there is an uncertainty in the classical position of any subatomic particle, including the electron ; so instead of describing where an electron or other particle is, the entire range of possible values is used, describing a probability distribution
這個概率雲服從所謂的海森堡測不準原理的量子力學原理，原理表明任何亞原子微粒包括電子經典位置具有不確定性；因而代替描述電子或其它微粒所處位置，用全部范圍里的概率值描述概率分佈。 -
The sky scene file shows how a simple network of expressions and remapped fractals can produce a very convincing cloud effect, without having to resort to a particle system
這個天空場景文件顯示了用表達式和重新貼圖分形紋理的材質網路，是能產生一個非常令人信服的雲效果，沒有採用一個粒子系統。
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