coulomb energy 中文意思是什麼
coulomb energy
解釋
庫倫能-
Through a systematic study on reaction cross sections and the angular distribution of the stable nucleus scatterings, we find that the inclusion of the n - n finite range interaction and coulomb modification in the glauber theory plays very important role in reproducing the experiment data at these energy regions
通過穩定核，從輕核到重核中低能散射反應截面和彈性角分佈的系統計算，分析顯示在glauber理論計算中庫侖場和核子?核子兩體相互作用有限力程修正對于正確描述中低能穩定核散射有著重要作用。 -
Abstract : we conduct a theoretical study on the properties of a bound polaron in a quantum well under an electric field using linear combination operator and unitary transformation methods, which are valid in the whole range of electron - lo phonon coupling. the changing relations between the ground - state energy of the bound polaron in the quantum well and the coulomb bound potential, the electric field strength, and the well width are derived. the numerical results show that the ground - state energy increases with the increase of the electric field strength and the coulomb bound potential and decreases as the well width increases
文摘:採用線性組合算符及幺正變換方法研究了電場對量子阱弱耦合束縛極化子的性質的影響.推導出量子阱中束縛極化子的基態能量和庫侖束縛勢、電場和阱寬的變化關系.數值計算結果表明，基態能量因電場和庫侖束縛勢的不同而不同，隨電場和庫侖束縛勢的增大而增大，隨阱寬的增大而迅速減小 -
Some numerical results about the relations between the ground state energy and the coulomb binding parameter, the parabolicity parameter, and electric field strength are obtained
通過數值計算方法，我們得到了基態能量和coulomb束縛參數，拋物線參數以及電場強度參數的關系。 -
The most direct and reliable method to determine the b ( e2 ) value of excitation state of nuclei is to using the method of low - energy coulomb excitation experiment
而測量原子核激發態bo ）值是最直接、最可靠的方法就是通過低能庫侖激發實驗，幾乎所有穩定核素低能激發態bo ）值都使用庫侖激發辦法測量過。 -
By using the variational principle to determine the energy expectation value of the relativistic dirac - coulomb hamiltonian, all of the radial functions, configuration mixing coefficients, and the total binding energies can be determined automatically
通過對相對論dirac - fockhamilton量的期望值變分，可以自動的得到所有的徑向波函數、組態混合系數以及總束縛能。 -
The results of numerical calculation show that the ground - state energy changes with the coulomb bound potential, magnetic field and the well - width, which will increase with increasing magnetic field and decrease with increasing the coulomb bound potential and the well - width
通過數值計算結果表明：量子阱中束縛極化子的基態能量因振動頻率、庫侖束縛勢、磁場和阱寬的不同而不同，它隨振動頻率和磁場的增加而增大，隨庫侖束縛勢和阱寬的增大而減小。 -
With an experimental system built and two different switches designed by ourselves, a serial of high - energy high - coulomb repetitive experiments were performed at voltage up to 100kv, peak current up to 85ka, charge transfer up to about 0. 6c per pulse, repetition rate up to 10hz, and single shot energy up to 5kj
建立了一個高平均功率開關實驗系統，設計和實驗了兩種實用的三電極重復頻率氣體開關。實驗獲得的最大工作參數為：工作電壓100kv ，峰值電流85ka ，電荷傳遞量0 . 6c脈沖，重復頻率10hz ，單脈沖能量5kj 。 -
To find the ways to increase repetition rates and lifetime of the switches, mechanisms of two physical processes which determine repetition rates and lifetime of the switches, dielectric recovery and electrode erosion, were studied in theory, and a serial of high - energy high - coulomb repetitive experiments were performed with two different three - electrode gas spark switches designed by ourselves
為了探尋提高開關重復頻率和壽命的技術途徑和方法，對制約開關重復頻率和壽命的兩個主要物理過程?絕緣恢復和電極燒蝕的機理進行了理論研究。設計了兩種形式的三電極吹氣式氣體火花開關，並進行了高能、大電荷量重復頻率實驗研究。 -
The changing relations between the ground - state energy of the bound polaron in the quantum well and the coulomb bound potential, the electric field strength, and the well width are derived
推導出量子阱中束縛極化子的基態能量和庫侖束縛勢、電場和阱寬的變化關系。 -
The numerical results show that the ground - state energy increases with the increase of the electric field strength and the coulomb bound potential and decreases as the well width increases
數值計算結果表明，基態能量因電場和庫侖束縛勢的不同而不同，隨電場和庫侖束縛勢的增大而增大，隨阱寬的增大而迅速減小。
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