1) Isomer shift
同质异能移位
1.
5h×10 times was measured,and the hyperfine field,isomer shift,quadrupole splitting of samples were investigated.
5h×10次试样的穆斯堡尔谱,考察了深冷处理T12钢的超精细场、同质异能移位和四极分裂值。
2) isomer shift
同质异能位移
1.
There are three lmportant Mssbauer parameters: isomer shift (IS), quadrupole splitting (QS) andhyperfine magnetic field (H).
同质异能位移是矿物的重要穆斯鲍尔参数之一,本文首次讨论了硅酸盐矿物中硅酸盐矿物中Fe2+离子的同质界能位移Is与离子的平均有效半径r-之间的关系,发现它们之间的关系可以用一简单线性力程IS(mm/s)=0。
2.
Based on the theory, the quantitative relationships between chemical bond parameters with hardness and isomer shift were established, and the variational regularity of macroscopic properties induced by the changing of microscopic properties were studied.
我们以此理论为基础,建立了化学键参数与硬度及穆斯堡尔同质异能位移之间的定量关系,研究了微观参数的改变引起的宏观性质的变化规律。
3) mossbauer isomer shifts
穆斯堡尔同质异能位移
4) isomer shift
同质异能移
1.
The second order Doppler shifts, δ SOD , were estimated in terms of the Debye theory and the isomer shifts, δ IS , were obtained as the differences between the experimentally determined δ CS and the estimated values of δ SOD .
二级多普勒移 δSOD用德拜理论估计 ,并由 δCS的实验值与 δSOD的估计值之差获得同质异能移 δIS。
5) mossbauer isomer shift
穆斯堡尔谱同质异能位移
6) isotopic isomer
同位素的同质异能素
补充资料:同质异能移位
分子式:
CAS号:
性质:又称同质异能移位。由原子核和周围电子静电场之间的相互作用引起的γ发射和吸收能级间的相对移动。
CAS号:
性质:又称同质异能移位。由原子核和周围电子静电场之间的相互作用引起的γ发射和吸收能级间的相对移动。
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