Site Map

• LID-group
  • Directions
  • Staff
  • Address
  
  
• Program Sets
  • About Program Sets
  • LID-FC:
    • Program "Data Base"
    • Program "SHG - Phase Matching"
    • Program "SHG - MPW"
    • Program "SHG - MPW - Heat"
    • Program "SDFG - Phase Matching"
    • Program "SDFG - Conversion"
    • Program "PPC - Phase Matching" (in design)
    • Program "PPC - Plane-Wave Conversion" (in design)
    • Program "FC - Noncritical Interactions" (in design)
    • Program "Bibliography"
    • Program "Experiment"
  • LID-DPSSAE:
    • Program "DPSSAE-R"
    • Program "DPSSAE-C"
    • Program "INTERF"
    • Program "Experiment"
  • LID-PSSL:
    • Program "Student"
    • Program "Engineer"
    • Program "Expert"
    • Program "Micro-chip" (in design)
    • Program "Experiment"
  • LID-MCL: (in design)
  • On-line computations
  • Demo-versions
  • Co-authors
  • Distributors
  
  
• Publications
  • 2002 г.
  • 2001 г.
  • 2000 г.
  • 1999 г.
  • 1998 г.
  • 1997 г.
  • 1996 г.
  
  
• Conferences
  • ICONO'01
  • Laser Optics'00
  • ICONO'98
  • Laser Optics'98
  • ICO'96
  • Laser Optics'95
  
  
• Results
  • Introduction
  • LID-FC: Phase-matching directions for SHG in biaxial crystals.
  • LID-FC: Temperature non-critical phase matching for SHG.
  • LID-FC: Temperature non-critical birefringence.
  • LID-FC: Temperature non-critical phase matching for THG.
  • LID-FC: Simultaneous types of quasi-phase-matching.
  • LID-FC: SHG on simultaneous types of quasi-phase-matching.
  • LID-FC: SHG with compresiion of femtosecond pulses.
  • LID-FC: Crystals for frequency conversion of femtosecond pulses.
  • LID-DPSSAE: Inversion population in diode pumped active elements.
  • LID-PSSL: Modes of amplification on maximal output energy or on maximal output peak power.
  • LID-MCL: Mode of Generation for series of single pulses in micro-chip laser.
  • LID-MCL: Multi-pulses mode of micro-chip laser.
  • LID-MCL: Auto-modulation mode of micro-chip lasers with passive Q-switch.
  • Experiment: Generation of monopulses with sub-nanosecond pulse duration.
  • Experiment: Generation of monopulses with repetition rate more than 50 KHz.
  • Experiment: Auto-modulation mode of operation with repetition rate more than 1 MHz.
  
  
• Site Map
  
  
• Links
  • Software
  • Hatdware