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通过融合蒸发反应144Nd(19F,5n)布居了双奇核158Tm的高自旋态. 扩展了原来已知的带结构, 并建立了一条新转动带. 通过与相邻核的比较, 讨论158Tm核中两条四准粒子带的内禀组态, 并分别指定为πh11/2\otimes νh9/2(α=+1/2)\otimes (νi13/2)2和πh11/2\otimes νh9/2(α=-1/2)\otimes (νi13/2)2
组态. 建立在πh11/2\otimes νi13/2组态上的转动带被观测到呈现持续旋称反转现象, 而前述的两条高自旋区的
四准粒子转动带也呈旋称反转. 对这两种类型的旋称反转现象的可能机制进行了简单而定性的讨论. 相似文献
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High-spin states in ^129Cs are populated via the ^122Sn (^11B, 4n) reaction at beam energies of 55 and 60MeV. Two additional bands are placed in the level scheme and the previously known bands are extended to higher spins. The results are compared to the cranked shell model calculations and to the systematics of the adjacent Cs isotpoes. One of the new bands is interpreted as the 7-vibrational band built on the πh11/2 orbital. The possible configuration for another new band is discussed. Upbend caused by (Vh11/2)^2 alignment is observed both in the favored and unfavored sequences of the πh11/2 configuration. The band based on the πgτ/2 configuration at low spins forks around spin 17//2, and the two different S-bands are attributed to (Vh11/2)^2 and (πh11/2)^2 rotational alignments, respectively. 相似文献
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测量并研究了不同温度(室温—1573 K)范围内KTN晶体的拉曼光谱及其熔体的高温拉曼光谱,分析了KTN晶体结构随温度变化的规律及其熔体的结构特征.随着温度的升高,KTN晶体的拉曼光谱谱峰都不同程度地向低波数方向移动,同时存在不同程度的展宽,并伴随强度的减弱.观察并解释了温度353 K附近KTN晶体样品的四方—立方转相现象.研究了KTN晶体拉曼光谱中538cm-1,585cm-1,835cm-1和877cm-1谱峰及其
关键词:
高温拉曼光谱
熔体
KTN晶体 相似文献
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