quantum relation 中文意思是什麼
quantum relation
解釋
量子關系-
In the first part of the text, this paper shows that schrodinger insisted on classical realism ' s frame in 1926 through the analysis of the relation of schrodinger ' s wave mechanics and classical realism, and that he thought that the real reality is the function that depends on the wave equation, and that the particles " concept is only a uncontinuous component of - function ' s quantum
文章共分三個部分：第一部分分析了薛定諤的波動力學與經典實在論的關系，闡明了薛定諤在1926年所堅持的經典實在觀的理論框架，他認為：由波動方程來支配的那個場就是終極的實在；粒子概念不過是由場的『量子化』所引入的那種不連續要素的一個名稱而已。 -
After studying the relation of distributive function and density matrix, the electron energy is calculated in magnetic field according to the distributive function in the thermodynamic statistical physics and the density matrix average value principle in the quantum mechanics, respectively
摘要研究正則系綜中的配分函數與密度矩陣的關系，分別採用熱力學統計物理中的配分函數和量子力學中的密度矩陣與平均值原理，計算電子在磁場中的能量。 -
For one - dimensional mesoscopic metal rings system in external magnetic field, supposing the system has a symmetry under translation in charge space, the quantum current relation in mesoscopic metal rings is given by solving the eigenvalue equation of the current, the property of quantum current have been investigated and analysed
摘要針對處于外磁場中的一維介觀環系統，假設在電荷空間中具有變換的對稱性，通過求解電流算符的本徵值方程，給出系統中的量子電流關系，分析和研究一維介觀金屬環中量子電流的性質。 -
In order to avoid the limit of the uncertainty relation, we will compare the classical and quantum in the ensemble kinesis - levels. there is a time scale te. in thequantum ensemble distribute corresponding to the chaotic character of the ensemble distribute in classical phase space, if t > te, the quantum effect will restrict the increase of the degree of ensemble distribute irregularity
為了不受量子力學中不確定關系的限制，在系綜運動層次上對經典和量子動力學作比較，得到經典系綜相空間分佈的混沌特徵，在相應的量子系綜分佈的運動中存在一個時間尺度t _ e ，當t t _ e時，量子效應使得系綜分佈不均勻度得增長受到抑制。 -
The result does not accord with the corresponding relation between the classical and the quantum. in quantum mechanics, because the particle has wave - corpuscle duality, the particle can tunnel the potential barrier which is higher than its energy
這說明我們普遍認為的經典可積量子也可積的觀點在有些情況下並不適用，之所以會出現這個結果，與量子力學中粒子具有波粒二象性有很大關系，粒子的波動性使它能夠貫穿高度大於它自身能量的勢壘。 -
The linear su ( 2 ) nonautonomous quantum system means its hamiltonian is the linear function of su ( 2 ) generators whose coefficients have relation with time
Su （ 2 ）線性非自治量子系統，就是指其哈密頓量為su （ 2 ）生成子的線性泛函而其迭加系數與時間有關。 -
This article points out the imprecision of the eduction of uncertairnty relation from wave packet while the motion of microcosmic particles is determined by quantum statistical theorem
摘要指出不確定關系從波包導出的不嚴密性，微觀粒子的運動由量子統計規律決定。 -
The character of carbon dioxide dimer was studied by quantum chemistry calculation method and the pvt relation of supercritical carbon dioxide was also calculated by bwr state equation
同時也對超臨界狀態下co _ 2的締合性質及其pvt關系進行了研究。 -
At the end of this chapter we study the relation of iterated skew polynomial rings and quantum group and got corollary 3. 8, 3. 9
4 ，最後考慮了迭代的斜laurent多項式環和量子群的關系，得到推論3 8和3 9 。 -
Rtt relation generaliazes a lot of commrtation and it is a theoretic frame which limits complete integrable system. giving ( ? ) ( u ) as ybe ' s solrtion, theories about quantum groups which include yan - gian and quantum algebras can be derived from rtt relation
Rtt關系是一個概括了許多已知對易關系的，具有更廣泛的形式的對易關系，它是一種限制完全可積系統的理論框架。當楊一巴克斯特方程的解r （ u ）給定時，由rtt關系即可建立量子群理論，它包括yangian和量子代數。 -
There when ybe ' s solution is a retional solution, yangian can be obtained from rtt relation, while quatntum algebras can be given by rtt relation when ybe " solutionis a trigonometric solution. under infinite condition because trigonometric solution will degenerateinto retional solution quantum algebras will change into yangian
其中， yangian是r （ u ）為有理解時由rtt關系所給出的代數關系，而量子代數是r （ u ）為三角解時由rtt關系所給出的代數關系。 -
The influences of the atomic coherence and the intensity of the field on the quantum information entropy squeezing of the atomic dipoles are investigated in detail. the comparing the numerical results obtained from the uncertainty relation of heisenberg ( hur ) to those from the uncertainty relation of the quantum information entropy ( eur ) proves the triviality of hur with exact examples
具體考慮原子相干性和光場強度對原子信息熵壓縮的影響，並且比較了分別從基於信息熵測不準關系和海森堡測不準關系出發得出的結果，從實例中證明信息熵壓縮克服了標準偏差壓縮的平庸性。 -
Through leading and publish and examine and forbid relation determinism and that the double meaningses of determinism prove " examining and forbid and classical sports compatible law relation ", suppose and reduce a lot of of quantum mechanics to one basically on the basis of this, thus beautified quantum mechanics greatly
通過導出測不準關系具有決定論和非決定論的雙重意義而論證了「測不準關系與經典運動規律兼容」 ，在此基礎上將量子力學的多個基本假設縮減至一個，從而大大美化了量子力學。 -
And it expounds the two sides of the meaning of uncertainty relation based on the explanation of two typical quantum phenomena
在解釋量子力學的兩個典型事例的基礎上，闡述不確定關系的兩方面意義。 -
This text uses the completeness relation of quantum mechanics to analyze the question about the composing of the integer in mathematics and the admixture of the color in colourometry, have proved completeness relation is applied extensively in other fields, too, thus it help to study further the composing of the number, linear outspread and the synthesizing and resolving problems of the color and spectrum
摘要本文運用量子力學中的完全性關系分析了數學中整數的構成和色度學中顏色的合成問題，證明了完全性關系在其它領域也有著廣泛的應用，從而有助於進一步研究數的構成和線性展開以及顏色、光譜的合成和分解問題。 -
From the equivalence relation, a minimal form is defined and a minimization algorithm of the mizumoto type of fuzzy finite automata is obtained. in chapter 4, quantum automata are introduced. we compare and contrast quantum automata with fuzzy finite automata, obtain some elementary relations and leave a set of open questions
在第四章中，首先了介紹量子自動機的概念，然後著重比較量子自動機與一種模糊有限自動機（即mizumoto型模糊有限自動機）之間的異同點，得到了量子自動機與模糊有限自動機關系的一些初步想法。 -
A study of the property of generalized nonlinear unequal - power nj - th power y - squeezing and nj - th power h - squeezing on a new type of multi - mode superposition state of the equal - intensity of symmetry superimposition state with distinguishable two quantum states light field. it was found that two quadrature phase - components of state always present cyclic - changed symmetry - complementary relation ; besides we can abtain that under the condition when nj = n, the result of document 26 and document 27 is only a special circumstance, but the result in this thesis is generalized appearance
結果發現：態， v恩）的兩個正交相位分量的廣義非線性不等冪次n _ j次方y壓縮及n _ j次方h壓縮效應總是呈現出周期性的對稱互補關系：另外，文獻26及文獻27中的研究結果僅僅只是本文的一般性理論結果在壓縮次數n _ j = n （ j = 1 ， 2 ， 3 ， … ， … ， q ）這一條件下的特例。 -
The major content of this thesis is arranged as follows : qa study of the property of arbitrary high - power generdlized nonlinear equal - power n - th power y - squeezing and n - th power h - squeezing of multi - mode superposition state of the differ - intensity of nonsymmetry superimposition state with distinguishable two quantum states in the kind ( ii ). it was found that under certain conditions, two quadrature phase - components of state vj / [ ] b ) always present cyclic - changed symmetry - complementary relation ; and from this we can conclude that equal - intensity of symmetry superposition state with distinguishable two quantum states can present equal - power n - th power y - degenerate - squeezing and equal - power n - th power h - degenerate - squeezing appearance, and differ - intensity of nonsymmetry superposition state with distinguishable two quantum states can remove equal - power n - th power y - degenerate - squeezing and equal - power n - th power h - degenerate - squeezing appearance
結果發現：態， v鏟）的兩個正交相位分量的廣義非線性等冪次n次方y壓縮及n次方h壓縮效應總是呈現出周期性的對稱互補關系；並且得出，強度相等的對稱兩態疊加是導致出現「等冪次n次方y壓縮簡並」及「等冪次n次方h壓縮簡並」的本質原因，而強度不等的非對稱兩態疊加則是消除「等冪次n次方y壓縮簡並」及「等冪次n次方h壓縮簡並」現象的有效途徑。
分享友人