spin correlation 中文意思是什麼

spin correlation 解釋
自旋相關
  • spin : vt （spun 〈古語〉 span; spun;spinning）1 紡。2 使（陀螺等）旋轉；使（車輪）打空轉〈在冰上，沙中...
  • correlation : n. 相互關系，相關（性）；對比；交互作用；【數學】對射，異射。 correlation index 關聯指數。 correlation mineral 對比礦物。
  1. Taking several different spin - state q for examples, we demonstrate the evolving pictures which are straightly made by numerical solutions of the magnetization and the equal time spin - pair correlation and the relaxation functions

    以q = 2 ， 3 ， 4 ， 5 ， 8為例，我們對磁化強度和等時自旋對關聯時間演化方程做了數值計算。
  2. The magnetoelectric coupling effect on the spin correlation for the ferroelectromagnetic system

    磁電耦合對于鐵電磁系統的磁性關聯的影響
  3. The dynamics is described by the glauber - type stochastic progress with the single - spin transition meehanism and disposed approximately by weighted average method in which we add a corresponding weight to each possible configuration. we obtain not only the exact analytical solutions of the time dependent magnetization and equal time spin - pair correlation functions, but also the analytical temperature dependent dynamical relaxation function

    通過採用加權平均的近似處理方法，也就是對各種可能出現的躍遷幾率賦一個相應的權重，我們不僅可以得到隨時間演化的磁化強度和等時對關聯的解析解，還得到了系統馳豫時間的溫度解析函數。
  4. For a class of quasi - one - dimensional cluster, we study the effect of side spins on the spin - spin correlation on chain, our calculations show that the side spins added in the same sublattice can effectively strengthen the spin - spin correlation in large distance region and make the change tend to flat

    計算證明，側自旋加進相同的子格中能有效地加強自旋關聯使得它在長距離范圍內的變化趨于平緩，而周期性地加入側自旋可以在基態中建立磁性長程序。
  5. In the first chapter, we introduce briefly the idea of the ed method and its advantages and limitations, meanwhile, by using ed, we investigate the total spin of ground state ( gs ) of the finite heisenberg antiferromagnet ( haf ) cluster and the effect of side spins on the spin - spin correlation on haf chain

    本文第一章在簡述了ed方法的思想及其它的優點和局限的同時，更重要的是運用它對有限海森堡反鐵磁團簇的基態總自旋以及準? ?維反鐵磁海森堡鏈的自旋-自旋關聯進行了研究。
  6. After a long time evolution, the system finally reaches a stable state at which the magnetization and the equal time spin - pair correlation are periodic oscillating functions with the equal period as the external field. numerical simulation shows : when the amplitude of external filed is large, there exits a particular temperature at which the average magnetization and the average spin - pair correlation are almost unaltered with various field amplitude ( i. e. magnetic susceptibility is zero ), and the particular temperature depends on the number of the spin states, cutting down with q increasing

    由數值模擬得到：當外場幅度較大時，存在一個特殊的溫度點（我們稱之t ） ，在這個溫度點，系統的平均磁化強度和平均等時自旋對關聯隨外場幅度的變化幾乎保持不變（即磁化率為零） ，並且這個溫度的大小依賴于自旋態數目q的變化， q越大，這個溫度就越小；而當外場較小時，確信系統存在有限大小的臨界溫度
  7. Spin - correlation quark distribution

    自旋相關的夸克分佈
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