1) mass depletion
质量亏空
2) mass defect
质量亏损
1.
The law of relativistic motion of the center of mass and mass defect;
相对论的质心运动定理与质量亏损
2.
The paper is mainly about two calculation methods of energy exchange and reaction energy during the course of nuclear reaction:computations of mass defect and average binding energy.
本文主要叙述核反应过程中能量的交换和反应能的两种计算方法即质量亏损计算和平均结合能计
3.
With the Kerr Newman metric,we obtain the mass defect of collapsing celestial body.
利用Kerr Newman度规 ,得到了含有电荷、磁荷的塌缩天体的质量亏损 。
3) mass-defect effect
质量亏损效应
1.
Among them, mass-defect effect ?when particle moves to the gravitational area from the infinity and com-bines into gravitational mass, part of its mass will be radiated out in the form of heat energy or other forms of energy - is an important gravitational effect.
其中的质量亏损效应——粒子从无引力场的区域运动到引力场内并结合成引力质量时，质量的一部分要被辐射出去——就是一种重要的引力效应。
4) defalcation
[英][,di:fæl'keiʃən] [美][,difæl'keʃən]
亏空
1.
Under the assumption that the intial wealth can t replicate the given contingent claim,the paper discusses the existence of replication strategy of maximum probability,minimum defalcation and minimum defalcation which is subject to the given probability.
文章基于无套利且完备的单时段市场,在初始财富不能复制给定未定权益的假设下,探讨了最大概率复制策略、最小亏空复制策略以及在给定概率约束下的最小亏空复制策略的存在性。
5) deficiency
[英][dɪ'fɪʃnsi] [美][dɪ'fɪʃənsɪ]
亏量
1.
On finite values and total deficiency of linear differential polynomials;
线性微分多项式的有穷值点及亏量总和
2.
Inequality、Deficiency and Uniqueness of Meromorphic Functions;
亚纯函数的不等式、亏量与唯一性
3.
To get the value distribution of meromorphic function to the polynomial function,the constants of the counting function in the inequality is generalized to polynomial function based on the Nevanlinna theory and function theory analysis method,and get the corresponding deficiency sum upper bound.
为求得亚纯函数相对于多项式函数的值分布,基于Nevanlinna理论和函数论分析的方法将杨乐不等式中计数函数的常数推广为多项式函数,并得到了相应的亏量和的上界,结果显示亚纯函数相对于多项式的值分布的不等式也是精密的。
6) deficient number
亏量
1.
Using Nevanlinna theory of the value distribution of meromorphic functions, we investigate the problem of the existence of non-admissible solutions of a type of systems of algebaic differential equations and improve the estimation of non-admissible solutions by deficient number δ(a,w).
利用亚纯函数Nevanlinna的值分布理论 ,我们研究了一类代数微分方程组非允许解的存在性问题 ,并通过亏量δ(a ,w)改进了非允许解的估
2.
Further,if we consider the deficient number of f(z),then f(z) can be determined by four sets ( ,f).
本文证明：超越整函数f（z）由五个值点集（，f）完全决定，其中（z）是f（z）的小函数；若进一步考虑f（z）的亏量，则f（z）可由四个值点集（，f）确定。
补充资料：质量亏损
分子式：
CAS号：
性质：组成原子核的Z个质子和(A-Z)个中子的质量和与该原子核的质量m(Z，A)之差，通常用△m(Z,A)表示，△m(Z,A)=Z×7mp+(A-Z)×mn-m(Z,A) =Z×MH+(A-Z)×mn-M(Z,A)上式中mp、mn、m(Z，A)分别为质子、中子和该原子核的质量，MH、M(Z,A)分别为氢原子和该原子的质量。
CAS号：
性质：组成原子核的Z个质子和(A-Z)个中子的质量和与该原子核的质量m(Z，A)之差，通常用△m(Z,A)表示，△m(Z,A)=Z×7mp+(A-Z)×mn-m(Z,A) =Z×MH+(A-Z)×mn-M(Z,A)上式中mp、mn、m(Z，A)分别为质子、中子和该原子核的质量，MH、M(Z,A)分别为氢原子和该原子的质量。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条