interaction potential 中文意思是什麼

interaction potential 解釋
交互作用勢
  • interaction : n. 1. 相互作用，相互影響，互動。2. 【航空】干擾。
  • potential : adj 1 可能的；【語法】可能語氣的。2 潛在的；有潛勢的；【物理學】位的，勢的。3 〈罕用語〉有力的。n...
  1. By comparing theoretical predictions with experimental data, one can obtain a valuable information on the form of the qq interaction potential. such information is of great practical interest, since at present it is not possible to obtain the quark - antiquark ( qq ) potential in the whole range of distances from the first principles of qcd

    夸克勢模型是其中重要的模型之一，它不僅能研究強子的基態，而且能研究激發態，但是，源於在中和大距離與qcd真空的復雜結構有關的非微擾特徵，還不可能獲得整個距離范圍內的夸克?反夸克相互作用勢。
  2. Adopting the assummation that the quark interaction is the sum of the usual one - gluon direct exchange and the mixture of linear scalar and vector potentials, we structure the relativistic corrections of order v2 / c2to the cornell potential, including the annihilation potential for the quark and antiquark of the same favors which plays the same role with the one - gluon direct exchange at short distances. the effects of the relativistic corrections on the hyperfine splittings of quarkonium states are discussed, and a good fit to the available experimental data is obtained on heavy quarkonium mass spectra

    采納庫侖勢源於單膠子直接交換，而線性禁閉源於標量和矢量的混合，同時考慮在短程區域與單膠子直接交換起同樣作用的同味正反夸克的湮滅，構造了靜態夸克-反夸克勢到v ~ 2 c ~ 2級次的完全相對論修正，並擬合計算了重介子偶素的能譜，討論了相對論修正對重介子偶素能級分裂的作用。
  3. Either to be a platform for originating an attack to the enemy or to be a vehicle for landing force, the wig vehicle must fly with low altitude in martial action. it is also a valuable topic that how to take advantage of the good interaction and avoid the potential dangers as flying at lower altitude in demotic application

    在軍事上，地效翼船無論是作為實施襲擊的平臺還是登陸作戰的工具，保持低空飛行狀態都是必須的；在民用上，如何在充分利用低空飛行的有利因素的同時規避低空飛行時潛在的風險也是一個值得研究的問題。
  4. The molecule of liquid crystal is organic macromolecule, so we usually describe the interaction with pah * potential model, such as lebwohl - lasher model ( l - l model ). however this model only describe spatially isotropic interaction, excluding pairwise additive interaction

    由於液晶分子為有機大分子，通常只能通過模型兩體勢描寫其相互作用，如： lebwohl - lasher模型（ l - l模型） ，但是該兩體勢模型僅限於空間各向同性相互作用，不包括分子間偶極型相互作用對其貢獻。
  5. Elementary school is an important place where children develop their own behavior and experience social life. it is the beginning of a man ' s social life where man begin to learn the elementary ability in order to join the social life and this period of time has impacted his whole life. with the development in the area of society, economic, sience, technology and the tendency that the education system goes to the direction of " quality education ", the elementary school education has attached importence to children development in aspect of interests, play, intellectiiality, personality etc. based on the interaction relationship between children behavioral development and campus physical space, campus physical space should be able to fulfill the needs for children activities and further more to create the inspiration for their potential development in behavior. for this reason, we should try to plan campus physical mechanism with consideration in children behavioral development and pursuing quality education, make a good pl an of the school environment for chlildren ' s playgame

    小學是兒童身心成長及社會生活體驗的重要場所，是一個人走入社會的開始，一個人從小學開始學到了參與人類社會活動的基本能力並影響到其以後的發展。隨著我國社會經濟、科學技術的迅速發展和教育體制向「素質教育」的轉軌，小學教育更加註重兒童興趣、游戲、認知、人格的全面發展。根據兒童行為發展和校園空間的互動關系，校園空間必須滿足兒童活動的需要，並對他們的行為產生潛在的引導力量。
  6. Since quantum chromodynamics ( qcd ) is nonperturbative in the infrared region as the basic theory of strong interaction, the potential model as one of various models inspired by qcd has been developed to explain the properties of hadron

    目前，由於作為強相互作用基本理論的量子色動力學（ qcd ）在低能區（大距離）的非微擾效應，各種qcd激發的模型一直被發展來解釋強子的性質。
  7. Ni xiangshan *, shi xiufan, lin lunjiang * 1988 an interaction potential between an alanine zwitterion and a water molecule based on abainitio calculations. international journal of quantum chemistry, 34 : 527 - 533

    倪向善* 、石秀凡、林倫獎* 1988基於從頭算的丙氨酸兩性離子和水分子的相互作用。國際量子化學雜志， 34 : 521 533 。
  8. The form of the interaction potential between molecules is assumed to be the same with which is used in the theory of cholesteric phase

    分子間相互作用勢與膽甾相微觀理論中所採用的作用勢相同。
  9. In chapter two, the quantization for d + 1 - dimensional massive single scalar field with boundary is considered. especially, the quantization of d + 1 - dimensional massive single scalar field with boundary interaction potential and the proper poisson structure of 24 - 1 - dimensional massive single scalar field with boundary interaction potential vb = 1 / 2 on a half plane are discussed in great detail

    在第二章，我們對d + 1維帶邊界的的質量單標量場的poisson結構進行了修正，並在此基礎上詳細討論了d + 1維有質量單標量場在邊界相互作用勢時的量子化，同時還給出了具有邊界相互作用勢的2 + 1維有質量單標量在半平面上的自洽的poisson結構的基本形式。
  10. It has important theoretical meaning for reflecting the research of the interaction potential of nuclear force has important theoretical meanings in the framework of glauber theory and distorted wave impulse approximation ( dwia ), being spin - independent, inelastic scattering three low exciting states ( j * = 2 ~ ( + ), 4

    本工作的目的是藉助反質子-核散射來探索反核子-核子相互作用勢的最佳形式及相應的勢參數，對反映核力的相互作用勢的研究具有十分重要的理論意義。
  11. Scattering sections reflect some characters of interaction potential in collision systems ; therefore one can get information about interaction from the theoretical and experimental research of collision between atoms and molecules. it is especially noted that non - elastic scattering sections and single rotational - excitation sections give abundant information about orientation and repulsive potential of interaction between atom and molecules, which meant an important way as to fully investigating the interaction between atoms and molecules

    散射截面反映了碰撞體系相互作用勢的基本特性，從原子分子碰撞的理論及實驗中能夠獲得有關相互作用的信息；非彈性散射截面和單個轉動激發截面提供了有關原子與分子相互作用方向性和排斥勢的豐富信息，是全面探索原子與分子相互作用的重要途徑之一。
  12. Study of interaction potential and differential scattering cross section for he - n

    2碰撞體系相互作用勢及微分散射截面的研究
  13. The main reason is that the short - range potential is ignored. 2. we presented the theoretical model of collisional quantum interference on rotational energy transfer in atom - diatom system, using the theories of time dependent born approximation and quantum inelastic scattering, and taking into account not only the long - range interaction potentials, but also short - range interaction potential

    2 .應用含時微擾理論和量子非彈性散射理論，考慮一級含時波恩近似，長程相互作用勢，短程相互作用勢和直線軌跡近似，完善了原子一雙原子分子體系分子轉動能量傳遞中的量子干涉模型。
  14. Theoretical study of the interaction potential model for he - hf system

    碰撞體系相互作用勢模型的理論研究
  15. In the case of 8 interaction potential, because the range of action is very small, the influence that the energy levels are suffered by the tunneling effect is smaller than that of the nonzero distance interaction ; the system ca n ' t manifest the chaotic character. the conclusion shows that the wave - corpuscle duality and the tunneling effect can make t

    在占勢作用時，雖然也有勢壘隧穿ll . j影響，但是由於作用勢存在的范圍很小，量子系統的能級受到的影響t匕非零距離作用勢時小得多，所以不會出現goe的統計分佈。
  16. Act on the relevant forces including brownian force, dispersion force arising from the interaction potential, viscous forces and gravitation forces, nanoparticles would flocculate

    納米粒子在流體中受到重力、布朗力、相間阻力和粒子間作用勢產生的分散力的作用，呈集聚狀態。
  17. The coefficients corresponding to those of landau free energy are associated with some kinds of statistical average, so they are related to temperature. using the molecular interaction potential, with proper potential parameters, we also calculate the order - parameter tensors " phases which are depended on the reduced temperature

    選擇一定的勢參數，從分子的作用勢出發，通過自洽的方法進行數值計算，求得bp和bp的序參量張量各系數與約化溫度的關系曲線。
  18. ( 1 ) the microscopic theory of anchoring energy for nlc the interface energy aroused when lc is in contact with the solid can be seems as the sum of interaction potential energy between lc molecules and substrate surface molecules

    內容分為兩個部分： （ 1 ）向列液晶界面錨定能的微觀理論認為液晶與固體接觸引起的界面能，是液晶分子與基板表面分子之間相互作用勢能之和。
  19. We consider a neutral particle with magnetic moment antiparallel to the field. with the interaction potential energy between the magnetic moment of the particle and the magnetic field, we obtain the classical motion equation of the neutral particles in the loffe trap. in some limit conditions, by using the perturbative method, the equations may take on concise forms. of which the two equations about x and y are mathieu equations. if we properly set the parameters and have the condition a > > q > 0, we can solve the mathieu equation with the traditional wkbj method. as a new attemptation, with fourier series expansion we solve the mathieu equation and obtain the classical motion law of the neutral particles

    若阱的參數設置使得條件> > q 0成立時，我們可以利用傳統的wkbj方法近似求解馬丟方程。作為一種新的嘗試，本文還採用傅立葉級數展開的辦法來對馬丟方程進行求解，從而得到中性粒子在阱中的經典運動規律。在研究ioffe阱對中性粒子的囚禁問題時，實際上我們更感興趣的是馬丟方程的周期解，而要想獲得這種周期解，和q必須滿足一定的關系，亦即必須選擇阱的特定的參數和粒子的特定初始條件，對這一問題我們進行了嘗試性的研究。
  20. Suppose the interaction potential energy of two molecules is related with the orientation ( equivalent orientation ) of lc and substrate molecules

    設上述兩種分子之間勢能的各向異性部分與液晶分子長軸取向和基板分子的取向（或等價取向）有關，可求它的統計平均值。
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