The High Pressure Effects in Optical Spectra of Impurity Crystals

O. N. Korotaev, I. Kolmakov, V. P. Karpov, M. F. Shchanov
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Abstract

It is customary to assume that the optical spectra of glasses have some distinctive features which are caused by two-level systems (TLS) in the host. In the last few years the new data appeared which indicated that TLS can be found in the crystals as well. Among the evidences are the spectral jumps observation in the single molecule spectrum of p-terphenyl doped with pentacene molecular crystal [1], the revealing of the anomalous quasylinear thermal dependency of zero-phonon line halfwidth in the spectra of perylene in n-octane matrices [2,3] etc.
杂质晶体光谱中的高压效应
通常认为玻璃的光谱具有一些明显的特征,这些特征是由主体中的双能级系统(TLS)引起的。最近几年出现的新数据表明,TLS也可以在晶体中找到。这些证据包括掺杂并五苯分子晶体[1]的对terphenyl单分子光谱中的谱跳观测,正辛烷矩阵中苝光谱中零声子线半宽的异常准线性热依赖[2,3]等。
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