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1.
Editorial Board
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MEMBER OF THE EDITORIAL BOARD
Vladimir S. Kondratenko
Doctor of Technical Sciences, Professor
MIREA - Russian Technological University
Rector's Office Advisor, ...
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2.
70th anniversary V.S. Kondratenko
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(Not-set)
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On April 8, 2020, a world-class scientist, Doctor of Technical Sciences, Professor Vladimir Stepanovich Kondratenko celebrated his 70th birthday! V. S. Kondratenko is the creator of a new scientific direction ...
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3.
APPLICATION OF THERMAL PLASMA ENERGY FOR PRODUCING GLASS-CRYSTALLINE MATERIALS
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(Not-set)
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The characteristics of glass-ceramic materials obtained using thermal plasma have been studied. The effect of TPP ash on the properties of glass-ceramic materials should be taken into account. Samples ...
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4.
Research Technology of Laser Cutting of Mica
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(Not-set)
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This article presents the results of a study of the process of cutting mica using ultrashort pulsed laser radia-tion of the picosecond and femtosecond ranges with a wavelength of 1030 nm. The pulses were ...
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5.
Pulsed Laser Punching of Holes in Ceramic Parts
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(Not-set)
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Within the framework of the theory of developed evaporation of matter under the action of laser radiation, the problem of assessing the strength of ceramic parts of a cylindrical shape during laser punching ...
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6.
Pulsed Laser Penetration of Through Holes
in Optically Thick Glass and Ceramic Plates
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(Not-set)
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Within the framework of the one-dimensional problem of the evaporation of an absorbing layer of matter at For the release of laser pulse energy, analytical relationships are obtained for calculating the ...
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7.
Glass Cutting Technoligy Using the Two Different Lasers
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(Not-set)
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A new technology for laser cutting glass along a curved contour is described, which combines the combined use of two different cutting methods in one technological cycle: the method of laser controlled ...
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8.
Mechanism of Laser Immersion Glass Processing
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(Not-set)
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The mechanism of interaction of short-pulse laser radiation with glass and an immersion liquid in which the workpiece to be processed is immersed has been investigated.
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9.
Laser Drilling Microholes in Glass
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(Not-set)
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The results of successful application of the method of laser drilling of micro-holes with a diameter of 30 - 200 µm in glasses with a thickness of 0.1 to 0.8 mm are presented. Achievement of high quality ...
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10.
Synthesis of Mullite on the Basis of Aluminum- and Silicon Oxygen Products of Sulfuric-Acid Processing of Nepheline
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(Science for ceramic production)
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For the synthesis of mullite 3Al 2 O 3 & middot; 2SiO 2 , hydrated aluminum oxide (GOA) and silicon dioxide SiO 2 obtained by sulfuric acid treatment of nepheline, as well as commercial finely dispersed ...
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11.
Calculation of thermal processes in bound diamond tools during grinding of glass and other materials
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(Materials processing)
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Calculations of thermal processes occurring in a bonded diamond tool during grinding of various materials on the surface in the zone of contact with the processed material and in the volume of the diamond ...
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12.
High-performance techniques of materials processing with novel diamond tools
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(Materials processing)
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Examples of the successful application of new types of diamond tools for highly efficient processing of a wide class of materials, such as glass, ceramics, sapphire, semiconductor materials, and various ...
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13.
Laser welding of glass
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(Science for glass production)
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A review of technologies for laser welding of glass is carried out. The technologies of welding with continuous CO 2 -laser radiation in the mode of surface heating and in the mode of deep penetration ...
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14.
Features of stone-like argillous raw materials particle-size distribution determined by laser diffraction method
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(Raw materials)
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Are the results of studies to determine the granulometric composition of stone-like clay raw materials of various degrees of lithification? argillite-like clays, mudstones, shales using laser diffractometry ...
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15.
Precision cutting of glass and other brittle materials by controlled laser thermal splitting (a review)
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(Science for glass production)
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The results of the successful application of the method of laser controlled thermal cleavage (LUT) for precision cutting of glass, ceramics and other brittle non-metallic materials are presented. Other ...
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16.
Technique for laser glass chamfering
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(Science for glass production)
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A new technology of laser blunting of sharp edges of glass and other brittle non-metallic materials by forming a chamfer due to the removal of a sharp edge of the material under the influence of thermal ...
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17.
Modeling of float-glass laser cutting process
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(Science for glass production)
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The results of mathematical and experimental modeling of the process of transverse cutting of float glass in the process of production by the method of laser controlled thermal splitting (LUT) are presented. ...
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18.
Batch formulation for facing ceramics from Kazakhstan raw materials
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(Science for ceramic production)
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A study of aluminosilicate rocks used for facade ceramics is presented. The possibility of efficient use of oil shale, the reserves of which are significant in South Kazakhstan, is shown. The use of shale ...
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19.
Laser welding of quartz glass
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(Science for glass production)
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The problem of manufacturing a quartz glass cell by welding with CO 2 lasers is being solved. Thermophysical analysis of the process was carried out and its mathematical model was drawn up. Welding was ...
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20.
The modern technologies of float glass cutting
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(Science for glass production)
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The main types of cutting of sheet glass are considered. Mechanical roller cutting is described in most detail as the most common at the moment. Explains the effect of roller geometry and loading on edge ...
