A VUV spectrometer based on the synchrotron radiation source Siberia-1 for investigating wide-band-gap dielectrics

R. Kink,V. Mihkelsoo,É K Érme,T. P. Lepasaar,A. Lôhmus,T.A. Soovik,P. Vaino,V.G. Stankevich,A. V. Zabelin,D.G. Odintsov,A.G. Postnov,A. I. Pastukhov,A.A. Kolmakov

A VUV spectrometer based on the synchrotron radiation source Siberia-1 for investigating wide-band-gap dielectrics

1987

R. Kink
V. Mihkelsoo
É K Érme
T. P. Lepasaar
A. Lôhmus
T.A. Soovik
P. Vaino
V.G. Stankevich
A. V. Zabelin
D.G. Odintsov
A.G. Postnov
A. I. Pastukhov
A.A. Kolmakov

Abstract An automated VUV spectrometer based on the electron storage ring Siberia-1 has been devised at the Kurchatov Institute of Atomic Energy for the investigation of reflection, absorption, and luminescence of wide-band-gap dielectrics, including cryocrystals.

Keywords:

Wide-bandgap semiconductor
Band gap
Atomic energy
Storage ring
Nuclear magnetic resonance
Synchrotron Radiation Source
Luminescence
Electron
Physics
Spectrometer
Optoelectronics
electron storage
Optics
Dielectric

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