All Stories

  1. Formation of ZnO/CuO Heterostructures Based on Quasi-One-Dimensional Nanomaterials
  2. Improvement of Thermochemical Processes of Laser-Matter Interaction and Optical Systems for Wavefront Shaping
  3. Formation of zinc oxide nanoobjects arrays for electrically switchable diffraction gratings
  4. Improving the Quality of Laser-Welded Butt Joints of Metal–Polymer Sandwich Composites
  5. Creation of one-dimensional nanostructures based on zinc oxide
  6. Features of laser welding of sandwich composite metal-polymer materials
  7. Laser Welding of Metal-Polymer-Metal Sandwich Panels
  8. Ultraviolet Nanosecond Laser Treatment to Reduce the Friction Coefficient of Silicon Carbide Ceramics
  9. Study of the Formation of Zinc Oxide Nanowires on Brass Surface After Pulse-Periodic Laser Treatment
  10. Development of technologies of laser material processing with use of diffractive optics
  11. Reduction of the friction coefficient of silicon carbide ceramics by ultraviolet nanosecond laser treatment
  12. Synthesis of metal-semiconductor nanocomposite based on zinc oxide by laser irradiation
  13. Use of diffractive optics for structures formation in dual-phase steel with reduced microhardness
  14. Laser Irradiation for Enhancing Mass Transfer in the Solid Phase of Metallic Materials
  15. Analysis of the Advantages of Laser Processing of Aerospace Materials Using Diffractive Optics
  16. Experimental study of spatial frequency transition of laser induced periodic surface structures
  17. Modelling of temperature fields in DP1000 steel during laser treatment using diffractive optical elements
  18. Arrays Formation of Zinc Oxide Nano-Objects with Varying Morphology for Sensor Applications
  19. Improving Tribological Properties of Stainless Steel Surfaces by Femtosecond Laser Irradiation
  20. Calculation of thermal processes during laser treatment of dual phase steel using computer-generated diffractive optical element
  21. Study of structure of dual phase steel after laser heat treatment using moving distributed surface heat sources
  22. Use of diffractive optical elements for beam intensity redistribution
  23. Coloration of a copper surface by nanostructuring with femtosecond laser pulses
  24. Colorization of copper surfaces by nanostructure modifications with ultrashort laser pulses
  25. Conditions improving of laser heating for forming of materials with a ferritic-martensitic structure
  26. Creation of zinc oxide based nanomaterials by repetitively pulsed laser treatment
  27. Testing of diffractive optical element as part of specific CO2 laser equipment for metallic materials modification
  28. Selective modification of dual phase steel DP 1000 by laser action using diffractive optical element
  29. Study of the beam intensity redistribution in the focal plane of diffractive optical element
  30. Creation of ZnO-based nanomaterials with use synergies of the thermal action and laser-induced vibrations
  31. Pulse-periodic laser action to create an ordered heterogeneous structure based on copper and zinc oxides
  32. Study of the action of a femtosecond laser beam on samples of a Cu-Zn alloy
  33. Laser beam shaping with purposefully changing of spatial power distribution
  34. Formation of A Non-detachable Welded Titanium-aluminium Compound by Laser Action
  35. Softening of Low-alloyed Titanium Billets with Laser Annealing
  36. Joining of Aluminium Alloy and Steel by Laser Assisted Reactive Wetting
  37. Determination the allowable error to adjustment of a diffractive optical element and the accuracy demanded to set the parameters of the focused beam
  38. Redistribution of the laser beam power using diffractive optical elements
  39. Microstructuring the surface of silicon carbide ceramic by laser action for reducing friction losses in rolling bearings
  40. Development of mathematical model of laser treatment heat processes using diffractive optical elements
  41. FEATURES OF CHANGES IN THE NANOSTRUCTURE AND COLORIZING OF COPPER DURING SCANNING WITH A FEMTOSECOND LASER BEAM
  42. Formation of ZnO / CuO Heterostructure Caused by Laser-induced Vibration Action
  43. Laser beam shaping for modification of materials with ferritic-martensitic structure
  44. LASER WELDING OF DISSIMILAR METALLIC MATERIALS WITH USE OF DIFFRACTIVE OPTICAL ELEMENTS
  45. Study of Cu-Zn Alloy Objects Vibration Characteristics During Laser-induced Nanopores Formation
  46. Particularly Selective Sintering of Metal Powders by Pulsed Laser Radiation
  47. Algorithm for calculation of the power density distribution of the laser beam to create a desired thermal effect on technological objects
  48. Determination of conditions for nanoporous structure formation in a metallic material by pulse-periodic laser action
  49. Formation of structures in materials by laser treatment to enhance the performance characteristics of aircraft engine parts
  50. Influence of initial surface condition on intensity of porous structure formation in a metallic material during laser action
  51. Method for estimating the uncertainty of the spatial mating of high-precision optical and mechanical parts
  52. Simulation of forming processes with local heating of dual phase steels with use of laser beam shaping systems
  53. Formation of nanoporous structures in metallic materials by pulse-periodic laser treatment
  54. Modification of the surface of silicon carbide parts by laser treatment for improving their tribological properties
  55. Determination of the conditions of nanoporous structures formation in metal materials by pulse-periodic laser treatment
  56. Creation of Submicroporous and Nanoporous Structures in Metallic Materials by Laser Thermocycling as Eutectic Is Reached
  57. A Study of Vibration Characteristics and Determination of the Conditions of Nanopores Formation in Metallic Materials during Laser Action
  58. DETERMINATION OF CONDITIONS FOR THE LASER-INDUCED INTENSIFICATION OF MASS TRANSFER PROCESSES IN THE SOLID PHASE OF METALLIC MATERIALS
  59. Influence of Conditions of the Samples Fixation on the Intensity of the Nanoporous Structure Formation in the Metallic Material by Laser Action with Thermocycling
  60. Determining ways of improving the tribological properties of the silicon carbide ceramic using a pulse-periodic laser treatment
  61. METHOD OF COMPOSITE NANOMATERIALS SYNTHESIS UNDER METAL/OXIDE PULSE-PERIODIC LASER TREATMENT
  62. SYNTHESIS OF METAL MATERIALS NANOPOROUS STRUCTURES WITH CYCLIC ELASTO-PLASTIC DEFORMATION UNDER LASER TREATMENT USING RADIATION FOCUSATORS
  63. Exposure to laser radiation for creation of metal materials nanoporous structures
  64. APPLICATION OF RADIATION FOCUSATORS FOR CREATION OF NANOPOROUS METAL MATERIALS WITH HIGH SPECIFIC SURFACE AREA BY LASER ACTION
  65. THERMOCYCLING WITH PULSE-PERIODIC LASER ACTION FOR FORMATION OF NANOPOROUS STRUCTURE IN METAL MATERIAL
  66. Synthesis of nanoporous structures in metallic materials under laser action
  67. The Intonation–Syntax Interface in the Speech of Individuals With Parkinson’s Disease