Is dielectric hole burning a quantitative method for the study of supercooled liquids?

R.M. Picka*

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Is dielectric hole burning a quantitative method for the study of supercooled liquids?

机译：电介质孔燃烧是否是研究过冷液体的定量方法？

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A brief review is presented of the situation concerning the dielectric hole burning technique applied to supercooled (molecular) liquids. Some of the problems related to recently obtained results are discussed.

机译：简要回顾了有关应用于过冷（分子）液体的介电孔燃烧技术的情况。讨论了与最近获得的结果有关的一些问题。

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《Philosophical Magazine》 |2011年第15期|p.1998-2005|共8页
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R.M. Picka*;
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专利

1. Is dielectric hole burning a quantitative method for the study of supercooled liquids? [J] . Pick R.M. Philosophical magazine: structure and properties of condensed matter . 2011,第13a15期

机译：电介质空穴燃烧是否是研究过冷液体的定量方法？
2. NONRESONANT DIELECTRIC HOLE BURNING SPECTROSCOPY OF SUPERCOOLED LIQUIDS [J] . Schiener B., Diezemann G., Bohmer R., The Journal of Chemical Physics . 1997,第19期

机译：过冷液体的非共振介电孔燃烧光谱
3. NONRESONANT SPECTRAL HOLE BURNING IN THE SLOW DIELECTRIC RESPONSE OF SUPERCOOLED LIQUIDS [J] . Schiener B, Bohmer R, Loidl A, Science . 1996,第5288期

机译：过冷液体慢介电响应中的非共振谱孔燃烧
4. Slow dielectric relaxation of supercooled liquids investigated by nonresonant spectral hole burning [C] . R.V.Chamberlin, B.Schiener, R.Bohmer, Symposium on structure and dynamics of glasses and glass formers . 1997

机译：由非族聚光孔燃烧研究过冷液体的慢介质松弛
5. Dielectric study of heterogeneous dynamics in supercooled liquids. [D] . Huang, Wei. 2009

机译：过冷液体中非均质动力学的介电研究。
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Is dielectric hole burning a quantitative method for the study of supercooled liquids?

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