casimir 中文意思是什麼
casimir
解釋
仿開士米薄呢-
This explanation is a more abstract physical interpretation of the casimir effect
這一解釋可用來直觀的解決問題。 -
Fifty years ago casimir calculated the energy between two large uncharged conducting plales and found that the force on the plates was attractive
50多年前， casimir在研究電極腐蝕時，發現兩塊大的平行導體板之間有吸引力存在。 -
This paper was arranged as follows. in chapter one, we discussed the concept of casimir energy and calculated the casimir energy between two large uncharged conducting plates
本文內容安排大致如下：在第一章中主要討論了casimir效應的一些基本概念，並具體計算了兩無限大導電平板之間的casimir能量。 -
The casimir energy can be considered as the polarization of the vacuum energy of quantized fields due to the distortion caused by the presence of boundaries, curvature of the space - time manifold or some background fields
Casimir能量本質上是由於邊界的出現、時空的彎曲或是某些背景場的存在而引起的量子場真空能量。 -
The casimir effect is a pure quantum effect. the casimir effect results from the alteration by the boundaries of the zero - point electromagnetic energy, and it is a direct manifestation of the boundary dependence of quantum vacuum
Casimir效應是一個純粹的量子效應，它是真空電磁場中因邊界條件的變化而使零點能漲落所引起的效應，是量子真空對邊界的依賴的一個直接表現。 -
There are several explanations for the casimir effect. it is considered commonly that the casimir force is the macroscopic manifestation of the van der waals force between two neutral polarizable particles
對于casimir力的物理解釋是一般認為它是兩個中性的可極化微粒間的范德瓦爾斯力的宏觀體現。 -
In chapter four, the casimir energy for various string loop systems, such as closed bosonic strings, multiloop strings and connected string loops was calculated
計算了它們的c社s加，計能量，並將所得到的不同體系的cas1mir能量進行對比。 -
In this paper, the casimir energy for various string loop systems, such as closed bosonic strings, multiloop strings and connected string loops is calculated. we compare the results of different systems and discuss some related topics
本文在前人探討的分段均勻玻色子弦的基礎上，計算了幾種不同閉弦體系的casimir能量，特別對多圈弦、鏈接環等閉弦體系進行了討論。 -
Brevik and nielsen calculated the casimir energy for the transverse oscillations of a piecewise closed bosonic string
Brevik和nielsen首先計算了絕對零度條件下，分段均勻玻色子閉弦的casimir能量。 -
Some regularization. such as cut - off method, contour integration method and general ? - function method, used in calculating casimir energy was discussed too
並結合casimir能量的計算，對用來消除發散的幾種正規化方法，如截斷法、迴路積分法和廣義黎曼函數法等，作簡單介紹。 -
To make theory confide with experiments, it is necessary to correct the casimir effect for real media including effects of nonzero temperature, finite conductivity of the boundary metal and surface roughness and also the combined effect of these important factors
根據實際的實驗條件，需要對casimir效應作一些相應的修正，其中主要考慮有限溫度、金屬表面的粗糙程度及金屬邊界的有限導電率等因素對casimir力的影響。 -
In chapter three, we continuously discussed the casimir energy for some more complicated piecewise uniform strings. firstly the casimir energy for both open and closed piecewise uniform bosonic string systems with either untwised or twisted continuous conditions at junction points was discussed
第三章在前一章討論最簡單的兩段均勻閉弦的casimir能量的基礎上，討論了一些更為復雜的分段均勻弦體系的casimir能量。 -
Casimir the great
卡西米爾大帝 -
It was later called the casimir effect. the energy was so called the casimir energy
此發現，后來被人們稱之為casimir效應，相應的能量則被稱為casimir能量。 -
The role of the casimir effect in different fields of physics was emphasized
介紹了casimir效應在物理學各領域中的應用，以及casimir效應的研究近況和實驗驗證情況。 -
In 1988, a scientist p. w. milonni of new mexico claimed a new simple viewpoint about the casimir effect. he used the classically familiar concept radiation pressure to explain the casimir effect
1988年，墨西哥的一位科學家給出了casimir力一個非常簡單的更為直觀的物理解釋，即認為可以將casimir力看成是真空電磁場的輻射壓力。 -
The casimir energy of extended objects, such as strings and membranes has been investigated since 80 ' s
對擴展體，如弦和膜的casimir能量的研究始於80年代。 -
The casimir energy for a string at finite temperature has also been discussed by them
后來，他們又將結果推廣到有限溫度下分段均勻玻色子閉弦的casimir能量。 -
Then the casimir energy for closed piecewise uniform bosonic string systems composed by 2n segments was investigated
由於在文獻中討論的大都是閉弦的casimir能量，尚未見他人有討論開弦情況的。
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