CAJ | 학술논문

以衰减的Bloch方程理论为基础计算了二能级原子能级AC Zeeman(Stark)移动，结果表明纵向和横向弛豫过程均会对原子能级移动产生影响，随纵向和横向弛豫率的增加，能级移动呈现出不同的变化趋势。两种弛豫相对强弱的不同也会直接影响能级移动的色散性和饱和性。
이쇠감적Bloch방정이론위기출계산료이능급원자능급AC Zeeman(Stark)이동，결과표명종향화횡향이예과정균회대원자능급이동산생영향，수종향화횡향이예솔적증가，능급이동정현출불동적변화추세。량충이예상대강약적불동야회직접영향능급이동적색산성화포화성。
Based on the theory of decay Bloch equation, the AC-Zeeman(Stark) level shifts of two-level atom are calculated. The calculated results indicate that the longitudinal and transverse relaxation courses can influence the level shift of atom. Level shifts of atom display different change trend respectively with the changes of longitudinal and transverse rates. Relative intensity of two relaxation courses can influence directly the dispersion property and saturation property.