2) close-coupling method
密耦方法
1.
In this paper, the scattering cross sections of four kinds of different interaction potentials for He-O2 system are calculated by close-coupling method at a collision energy of64 meV.
本文利用密耦方法（Ｃｌｏｓｅ－Ｃｏｕｐｌｉｎｇ）计算了Ｈｅ－Ｏ２碰撞体系的散射截面我们选用了Ｈｅ—Ｏ２体系的４种不同相互作用势，计算了能量为６４ｍｅＶ的微分截面、分波截面以及总截面，结果与Ｍ。
2.
The scattering cross sections for He-CO system are calculated by the accurate close-coupling method at collision energies from 5 meV to 70 meV.
采用精确度较高的密耦方法(Close-Coupling)计算了He-CO碰撞的散射截面,能量从5 meV~70meV,计算结果与M。
3) close-coupling approximation
密耦近似
1.
The elastic,inelastic and total partial wave cross sections are calculated for He atom collision with ground state N_2 molecule by employing accepted exact close-coupling approximation method at incident energy of 27.
运用密耦近似方法计算了He原子入射能量分别为27。
2.
The total differential cross section,elastic differential cross section and inelastic differential cross section for collision between He isotopic atoms and NO molecule have been calculated by using close-coupling approximation method.
用密耦近似方法计算了同位素He原子与NO分子碰撞体系的总微分截面、弹性微分截面和非弹性微分截面,总结了同位素He原子对He-NO碰撞体系微分截面的影响。
3.
Then the total differential cross section,elastic differential cross section and inelastic differential cross section for collision between He atom and NO molecule have been calculated using close-coupling approximation.
首先用Huxley势函数形式拟合了在RCCSD(T)/aug-cc-pVTZ+bf理论水平下计算的He-NO相互作用能数据,获得了He原子与NO分子相互作用的各向异性势,然后采用密耦近似方法计算了He-NO碰撞体系的总微分截面、弹性微分截面和非弹性微分截面,并总结了微分散射截面的变化规律。
5) close coupling approximation
密耦方法
6) close coupling method
密耦方法
补充资料：丹耦
1.古代行藉田礼用的农具，因涂成赤色，故称"丹耦"。二耜为耦。
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