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1)  boundary condition of infinitely deep potential
无限深势边条件
1.
This paper, using WKB method and Bohr-Sommerfeld quantisition rules, obtained the equation of energe levels of an electron in the homogeneous magnetic field with boundary condition of infinitely deep potential; and discussed the reswlts of special conditions, it is very good.
由WKB方法和玻尔-索莫菲量子化规则,求出了无限深势边条件下外磁场中自由电子的能级近似满足的方程,并讨论了几种特殊情形的结果。
2)  infinite potential well
无限深势阱
1.
In this paper,A new cyclic model of quantum Carnot heat engine whose working substance consists of non-interacting extreme relativistic particles confined to an infinite potential well,is set up.
本文建立一种量子卡诺热机循环模型,该量子卡诺热机循环以一维无限深势阱中极端相对论粒子系统为工质。
3)  infinite-potential-well model
无限深势阱模型
1.
<Abstrcat> In this paper, the formation of the lowest subband states in symmetric coupled quantum-well is discussed with the use of an infinite-potential-well model, and the evolvement rules of the lowest subband states in the presence of an electric field along the direction of the well are analyzed with the use of two-energy-level system at length.
采用无限深势阱模型分析对称耦合量子阱中最低子能级的形成,并利用二能级体系理论给出对称耦合量子阱中各子能级随外电场的变化规律。
4)  infinite square potential well
无限深方势阱
1.
new method of calculating summation of series is constructed by using a set of suitable wave functions in an infinite square potential well of one dimension.
利用一维无限深方势阱中一套适当的波函数,建立了一种新的级数求和方法。
2.
On the basis of the analytical solution in an infinite square potential well of one dimension, this paper deduces 24 summation formulas of infinite series, such as n=11n~(2),(n=11n~(4), etc.
在一维无限深方势阱的解析解的基础上,利用波函数的归一化常数及能量平均值的两种不同算法的等价性,导出了∑∞n=11n2、∑∞n=11n4等24个无穷级数的求和公式。
5)  one dimensional infinite well
一维无限深势阱
1.
The operator theory method lead to the uncertainty relation of one dimensional infinite well;
一维无限深势阱不确定关系的算符理论推导法
6)  one-dimensional infinitely deep square well potential
一维无限深阱势
1.
Using the nonlinear Lee algebra, we give a class of new coherent states for symmetrical one-dimensional infinitely deep square well potential, and we find there is a non-classical effect in these coherent states.
应用非线性李代数方法研究了对称一维无限深阱势的新型相干态 ,并计算了该相干态中粒子数的平均值和平方平均值。
补充资料:各种材料拉深时的单位压边力数据
在单动压力机上拉深时的单位压边力

材     料
q/MPa
0.8~1.2
紫铜,杜拉铝(退火的或刚淬火的)
1.2~1.8
黄铜
1.5~2.0
压轧青铜
2.0~2.5
20钢、08钢、镀锡钢板
2.5~3.0
软化耐热钢
2.8~3.5
高合金钢,高锰钢,不锈钢
3.0~4.5

在双动压力机上拉深时的单位压边力

工件复杂程度
q/MPa
难加工件
3.7
普通加工件
3.0
易加工件
2.5
材    料
单位压边力q/MPa
铝(退火状态)
0.8~1.2
铝(硬态)
1.2~1.4
黄铜(退火状态)
1.5~2.0
黄铜(硬态)
2.4~2.6
铜(退火状态)
1.2~1.8
铜(硬态)
1.8~2.2
康铜BMn40-1.5(硬态)
2.6~2.9
可伐合金4J29(退火状态)
3.0~3.3
钼(退火状态)
4.0~4.5
软钢t<0.5mm
2.5~3.0
软钢t>0.5mm
2.0~2.5
不锈钢1Cr18Ni9Ti
4.5~5.5
镍铬合金Cr20Ni80
3.5~4.0
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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