Infrared Absorption of Germanium near the Lattice Edge

Keywords

Germanium, Materials science, Infrared, Absorption (acoustics), Lattice (music)

References

No references recorded for this paper.

Cited by

• Optical pumping experiments to increase the polarization in nuclear-spin based quantum computersAnne S. Verhulst — 2004
• Stress tuning of the fundamental absorption edge of pure germanium waveguides.Luan M. Nguyen, Ryo Kuroyanagi, Tai Tsuchizawa — 2015
• Optical properties of semiconductors under hydrostatic pressure—III: Germanium-silicon alloysWilliam Paul, D. M. Warschauer — 1958
• The temperature dependence of the refractive index of germaniumF. Lukeš — 1960
• Perfectly tetragonal, tensile-strained Ge on Ge1−ySny buffered Si(100)Yanyan Fang, J. Tolle, Radek Roucka — 2007
• The effect of selected impurities on some optical properties of siliconNeil Herman Schilmoeller — 1965
• Optical properties of semiconductors under hydrostatic pressure—I. GermaniumWilliam Paul, D. M. Warschauer — 1958
• Sample cells for absorption spectroscopy, particularly in the infra-red region, of solid samples at low temperaturesV. Roberts — 1956
• Electrical and Optical Modeling of 4H-SiC Avalanche PhotodiodesHo‐Young Cha, Peter M. Sandvik — 2008
• Optical properties and interband transitions in the layered compounds SbI3Kh. A. Mady, A. H. Eid, W. Z. Soliman — 1979
• Strain tuning of pure Germanium for Franz-Keldysh electro-absorption modulationLuan M. Nguyen, Ryo Kuroyanagi, Hiroshi Fushimi — 2013
• Optical studies of germanium implanted with high dose oxygenQi-Chu Zhang, J. C. Kelly, David Mills — 1990
• Optical Properties ofn-Type Indium Arsenide in the Fundamental Absorption Edge RegionJack R. Dixon, James Ellis — 1961
• Band structure of indium antimonideE. O. Kane — 1957
• Two crystal forms of ZnP2, their preparation, structure, and optoelectronic propertiesIvan Hegyi, E. E. Loebner, E. W. Poor — 1963
• The Measurement of the Energy Gap of Semiconductors from their Diffuse Reflection SpectraP D Fochs — 1956
• XXV. The Preparation, Electrical and Optical Properties of Mg2SnW. D. Lawson, Steen Brøndsted Nielsen, E H Putley — 1955
• Growth and some physical properties of semiconducting CuPbSbS3 crystalsM. Frumar, T. Kala, J. Horák — 1973
• Determination of band gap and refractive index of AIP from optical absorptionB. Ḿonemar — 1970
• Limits of solar selective surface performance.David Mills — 1985

Related papers

• Silicon germanium oxide (SixGe1-xOy) infrared material for uncooled infrared detectionQi Cheng, Mahmoud Almasri — 2009
• Effect of visible and near-infrared illumination on the mid-infrared transmission of silicon and germaniumH.N. Rutt — 1994
• Strained Germanium Lasing in the Mid-InfraredC. Bonzon, V. Reboud, H. Sigg — 2019
• Ultraviolet and infrared absorption of fused GermaniaAlvin J. Cohen, Herbert L. Smith — 1958
• Excitation of GeII in collisions of slow electrons with germanium atomsYu. M. Smirnov — 2014
• High Temperature IR Absorption Of Low Resistivity GermaniumKurt A. Osmer, Charles J. Pruszynski, Jroy C. Richter — 1989
• The Intrinsic Absorption Edge of Heavily Doped N- and P-type GermaniumSeiji Munesue, Toshihiro Arai — 1964
• Change in the Intrinsic Optical Absorption of Germanium and Silicon upon IrradiationWilliam Primak, Warren L. Buck — 1972
• The question of divacancies in germanium (i.r. absorption measurements)S. Roy Morrison, R.C. Newman — 1973