Autors: Deneva, M. A., Nenchev, N, M.
Title: DEVELOPMENT OF ORIGINAL SIMPLE QUANTUM ELECTRONIC DEVICES WITH EMISSION PASSIVELY FREQUENCY LOCKED AT ATOMIC ABSORPTION LINE
Keywords: laser, frequency locking, reference absorption line, external injection

Abstract: We propose and show the feasibility of a novel quantum-electronics system that permits to obtain a frequency locked laser emission at chosen reference atomic absorption line. The system is based on our method for laser spectral locking using a control by two frequency scanned, competitive injections with disturbed power ratio by the absorption at the reference line. An important feature of the system proposed is the very simple solution for eliminating of the laser locking limiting problem, concerning the locking in the presence of standard fixed laser longitudinal mode structure. Our s

References

  1. Demtroder, W.,, 1995, Laser spectroscopy, 2nd ed, USA, Springer
  2. Bezdin, Ch.,Brez, G.,Golub, I.,Shuker, R.,, 1984, Laser self-frequency locking at atomic lines, USA, LT
  3. Deneva, M.,Nenchev, M.,Barbe, R.,Keller,C,J.,, 2000, Unidirectional ring Ti:Al2O3 laser generation at the wavelength of an atomic absorption line by directional passive self-injection locking, Appl.Phys.Lett., Volume 76, pp. 131-133
  4. Slavov, D.,Deneva, M.,Nenchev, M.,Barbe, R.,Keller C,J.,, 1998, Output control of a ring laser using bi-directional injection: a new approach for unidirectional generation at a reference atomic absorption line, Optics Communications, Volume 157, pp. 343-351
  5. Endo, T.,Yabasaki, T., Kitano,M., Sato, T.,T.Ogawa, T.,, 1977, Laser frequency locking at atomic line, Quantum Electron, Volume 13, pp. 955-961
  6. Neveux, M.,Nenchev, M.,Keller, C, J.,Barbe, R.,, 1995, A two-wavelength, passively self-injection locked, Quant.Electron, Volume 31, pp. 1253-1259
  7. Nenchev, M.,Stoykova, E.,, 1993, Interference wedge properties relevant to laser applications: transmission and reflection of the restricted beams, Opt.Quant.Electron, Volume 25, pp. 789-799
  8. Svelto, O.,, 1998, Principle of lasers, 4th ed., New York, Plenum

Issue

ELECTRONICS’ 2005,21 – 23 September, vol. 2, pp. 186-193, 2005, Bulgaria,

Вид: пленарен доклад в международен форум