Long-wave infrared absorption measurement of undoped germanium using photothermal common-path interferometry.
Long-wave infrared absorption measurement of undoped germanium using photothermal common-path interferometry.
复制标题
使用光热共路干涉测量未掺杂的锗的长波红外吸收。
作者：
Yu;A. Das;M. Mah;J. Talghader
Germanium is one of the most commonly used materials in the longwave infrared ($lambda sim{8 {-} 12};unicode{x00B5}{
m m}$λ∼8-12µm), but ironically, its absorption coefficient is poorly known in this range. An infrared photothermal common-path interferometry system with a tunable quantum cascade pump laser is used to measure the absorption coefficient of ${ gt }{99.999}\% $>99.999% pure undoped germanium as a function of wavelengths between 9 and 11 µm, varying between about 0.15 and ${0.45};{{
m cm}^{ - 1}}$0.45cm-1 over this range.
影响因子：
3.8
作者：
M. Leidinger;S. Fieberg;N. Waasem;F. Kühnemann;K. Buse;I. Breunig
通讯作者：
M. Leidinger;S. Fieberg;N. Waasem;F. Kühnemann;K. Buse;I. Breunig