Infrared Properties of Organic Conductors
Infrared Properties of Organic Conductors
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有机导体的红外特性
DOI：
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发表时间：
1987
期刊：
影响因子：
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通讯作者：
C. S. Jacobsen
中科院分区：
文献类型：
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作者：
C. S. Jacobsen
这些讲座的范围是介绍红外光谱法应用于有机导体。有趣的激发、相互作用和不稳定性的特征以及等离子体振荡都发生在红外到近红外范围内，对应于高达约1.5-2 eV的光子能量。然而，大部分所说的也适用于许多无机的，更宽频带的低维导体，尽管这里的有趣范围延伸到更高的频率。
The scope of these lectures is to give an introduction to the method of infrared spectroscopy applied to organic conductors. The interesting excitations, signatures of interactions and instabilities, and plasma oscillations, all occur in the infrared to near infrared range corresponding to photon energies up to about 1.5–2 eV. However, most of what is said is also valid for many of the inorganic, wider band low-dimensional conductors, although the interesting range here extends to higher frequencies.