O431 96020701 稳态无粒子数反转亚泊松激光的量子理论=Quantumtheory of the steady—state sub—Poissonianlaser light without inversion from conventionallypumped Iasets[刊,中]/刘甲壬,王育竹(中科院上海光机所量子光学联合开...O431 96020701 稳态无粒子数反转亚泊松激光的量子理论=Quantumtheory of the steady—state sub—Poissonianlaser light without inversion from conventionallypumped Iasets[刊,中]/刘甲壬,王育竹(中科院上海光机所量子光学联合开放实验室。上海(201800))∥光学学报。—1995,15(7)。展开更多
From the point of view of the interplay between order and chaos, the most regular single-particle motion of neutrons has been found in the superheavy system with and based on the Skyrme–Hartree–Fock model and in t...From the point of view of the interplay between order and chaos, the most regular single-particle motion of neutrons has been found in the superheavy system with and based on the Skyrme–Hartree–Fock model and in the system with and based on the relativistic mean-field model. It has been shown that the statistical analysis of spectra can give valuable information about the stability of suprheavy systems. In addition it may yield deep insight into the single-particle motion in the mean field formed by the superheavy system.展开更多
文摘O431 96020701 稳态无粒子数反转亚泊松激光的量子理论=Quantumtheory of the steady—state sub—Poissonianlaser light without inversion from conventionallypumped Iasets[刊,中]/刘甲壬,王育竹(中科院上海光机所量子光学联合开放实验室。上海(201800))∥光学学报。—1995,15(7)。
文摘From the point of view of the interplay between order and chaos, the most regular single-particle motion of neutrons has been found in the superheavy system with and based on the Skyrme–Hartree–Fock model and in the system with and based on the relativistic mean-field model. It has been shown that the statistical analysis of spectra can give valuable information about the stability of suprheavy systems. In addition it may yield deep insight into the single-particle motion in the mean field formed by the superheavy system.
