Year: 2015 Issue: 1 (213)
5874 14580
Publication schedule
  • №1 March 2019
    Submission deadline: 20 January 2019
  • №2 July 2019
    Submission deadline: 1 April 2019
  • №3 September 2019
    Submission deadline: 20 June 2019
  • №4 December 2019
    Submission deadline: 1 October 2019

The energy spectrum and some properties of lead sulphide implanted with oxygen

Condensed matter physics
  • 398
  • 934
  • Pages: 9-20

Dielectric investigation of composites based on thiourea

Condensed matter physics
  • 421
  • 997
  • Pages: 21-30

Local analysis of semiconductor nanoobjects by scanning tunneling atomic force microscopy

Condensed matter physics
  • 593
  • 1244
  • Pages: 31-42

Tensor tomography of stresses in cubic single crystals

Condensed matter physics
  • 300
  • 805
  • Pages: 43-49

The wireless network of controlled energy-effective LED lighting sources

Experimental technique and devices
  • 364
  • 897
  • Pages: 50-60

Microfabricated cells for chip-scale atomic clock based on coherent population trapping: fabrication and investigation

Experimental technique and devices
  • 501
  • 1152
  • Pages: 61-68

Estimating the parameters of a positive column of the halogen-containing glow discharge at moderate pressures

Physical electronics
  • 281
  • 798
  • Pages: 69-76

Field-induced electron emission from nanoporous carbons of various types

Physical electronics
  • 404
  • 972
  • Pages: 77-92

Genesis of potential structures for electron spectrography

Physical electronics
  • 248
  • 715
  • Pages: 93-101

Orbitron-type vacuum gauge with nanocarbon field cathode

Physical electronics
  • 413
  • 965
  • Pages: 102-108

Analyzer of high-load electron beams with resolution in two energy components, space and time

Physical electronics
  • 375
  • 910
  • Pages: 109-120

On a class of ideal focusing systems for energy analysis

Physical electronics
  • 246
  • 724
  • Pages: 121-127

Nanocomposites laser ablation studies

Physical electronics
  • 387
  • 959
  • Pages: 128-135

Optical properties of the glass composites with nanofilms: the relationship to the dispersed phase of sol

Physical electronics
  • 384
  • 965
  • Pages: 136-144

The constant electric field effect on the dipole moment of a comb-like polymer with chromophore groups in side chains

Physics of molecules
  • 286
  • 793
  • Pages: 145-157

The results of the 16-th All-Russian Youth Conference on Semiconductor and Nanostructure Physics and Semiconductor Opto- and Nanoelectronics

Chronicle
  • 273
  • 750
  • Pages: 158-166