自旋态

在高自旋态研究方面，内容包括在A～100丰中子核区核的集体振动转动带结构、新的准粒子带特性、新手征二重带等特性研究；

In the high spin state study , the contents include the collective vibrational - and rotational-band structures , the new quasiparticle bands , and the new chiral doublet bands etc.

~（106）Ag高自旋态结构

High Spin State Structure of ~ ( 106 ) Ag

~（145）Tb的高自旋态能级纲图

Level Scheme of High-Spin States in ~ ( 145 ) Tb

高自旋态下~（160）Lu能级自旋的确定

Spin Determination of ￣( 160 ) Lu at High - Spin States

~（129）Ce高自旋态的形状变化

Shape Change of ~ ( 129 ) Ce at High Spin States

~（126）Cs的高自旋态能级结构

High - Spin Level Scheme of ~ ( 126 ) Cs

双奇核~（140）Pr的高自旋态能级纲图

High-Spin Level Scheme of Odd-Odd ~ ( 140 ) Pr Nucleus

~（183）Au核高自旋态转动带结构研究

Experimental Study of High-Spin Band Structures of ~ ( 183 ) Au

~（125）Ba高自旋态的测量

Measurement of ~ ( 125 ) Ba High Spin States

奇A核~（159）Lu的高自旋态研究

The Study of High Spin States in Odd-A Nucleus ~ ( 159 ) Lu

偶偶核~（166）Hf高自旋态的微观描述

The microscopic description of high spin states for even even nucleus 166 HF

~（171）Ta高自旋态能级寿命测量

Lifetime Measurement of High Spin States in ~ ( 171 ) Ta

稳定核~（84）Sr的高自旋态研究

Study of the High Spin States of Stable ~ ( 84 ) Sr

原子核形变中的动力学效应Ⅰ.~（172）Os核高自旋态的形变

The dynamic effect on nuclear deformation ⅰ . deformations at high spins for nucleus ~ ( 172 ) os

近球形核～（90）Nb和～（91）Nb高自旋态能级结构研究

Structure of High-spin States in Near-spherical Nuclei ~( 90 ) Nb and ~( 91 ) Nb

我们还发现脱氢分子的自旋态受到其吸附环境的强烈调制，吸附在Au台阶处与平台上的脱氢分子的近藤效应相比表现出显著的不同。

We also found that the Kondo effect of the dehydrogenated CoPc can be tuned by its chemical environment .

~（124）Te核1~+态和高自旋态能谱特征的微观研究

Microscopic approach of the spectral property of 1 ~ + and high-spin states in ~ ( 124 ) Te nucleus

负宇称高自旋态具有大的B（E2）值，并随自旋增大而起伏变化。

A appreciable staggering of E2 transition rates associated with large B ( E2 ) values is found in the high spin states with negative parity .

Mossbauer谱测试表明Fe均处于＋3价高自旋态，Ni离子以＋3价进入晶格。

Fe ions are all in high spin state of + 3 valence and Ni ions incorporated in lattice are in + 3 valence .

两种体系呈现的不同现象，来源于Gd与Co、Mn不同的耦合作用和Co的自旋态的转变。

The different phenomena shown by the two systems come from different coupling function between Gd and Co , Mn and from spin state transition of Co.

使用代数方法给出了粒子质量显含时间的Dirac方程的严格解，解的结构显示了粒子的正负能态与其自旋态具有交换对称性

Abstract By use of algebraic method , the exact solution of the time dependent Dirac equation was

本文利用一种带交叉的双带图象，计算了某些偶偶核高自旋态的能谱、B（E2）值和回磁比因子g。

The energy levels , B ( E2 ) values and gyromagnetic ratio g of some even-even nuclei have been calculated with a double band scheme of band-crossing .

从紧束缚Hamiltonian模型出发，在反绝热极限条件下，对费米子无自旋态MX链系统进行了研究。

Based on the tight-binding Hamiltonian model , the anti-adiabatic limit of MX chain in spinless case is studied .

用于原子核高自旋态研究的BGO反康普顿高纯锗谱仪

BGO - HpGe anti - Compton suppression spectrometers for high spin - state study

它是以OH？或H2O为配体的五配位高自旋态化合物，并与周围环境形成氢键网络，可能在电子传导、质子转移中起到关键作用。

Or H2O as ligand . It forms hydrogen bonding network with environment which is believed to play an important role in electron transfer and proton transfer .

HI-13串列加速器上的原子核高自旋态研究

Study of high spin states in nuclei on HI 13 tandem accelerator

~（153）Dy高自旋态的能级结构及缺中子Dy核的形状随中子数与自旋态的变化

Level structure of ~ ( 153 ) dy in high spin states and shape changes with N and I in Dy nuclei

本文叙述了用国产BGO闪烁体构成的用于原子核高自旋态研究的BGO反康普顿高纯锗谱仪的设计和它的性能。

The physical design and characteristics of the BGO-HpGe anti-Compton suppression spectrometers for high spin-state study with home-made BGO scintillators are briefly described .

计算结果表明：采用高自旋态（HS）计算的FeFe间距与实验值有较大偏差，而由BS方法所计算的FeFe间距与晶体结构测定数据相吻合。

The calculations show that the Fe-Fe distances obtained from high spin state ( HS ) are deviated from the experimental values significantly , whereas the Fe-Fe distances obtained by BS method are in good agreement with crystal structure data .

也指出了研究现况和趋势。最后，介绍了在中国原子能研究院HI-13串列加速器上的一些高自旋态研究。

Present status and future trends , are also indicated . Finally , some studies of high spin states on the HI-13 tandem accelerator of IAE are introduced .