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1.
IMPROVING THE QUALITY OF SAFE TEMPERED GLASS IN THE PRODUCTION PROCESS
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(Not-set)
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Selective control of the tempered glasses produced was carried out. Deviations of bent products from a given shape are revealed. Linear adaptive models describing the dependence of the shape of products ...
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2.
Upgrading of tempered glass production on operating facility
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(Upgrading of quality)
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... out. The possibility of further improving the quality of the produced glass is shown. The effectiveness of the use of simulation modeling in the development of corrective actions in the production of tempered ...
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3.
CONTROL OF MECHANICAL STRENGTH OF SAFETY GLASSES FOR GROUND TRANSPORTATION DURING THEIR PRODUCTION PROCESS
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(Not-set)
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The article describes the study of the effect of the tempering mode on the mechanical strength of products. It shows the effect of the press settings and the temperature in the tunnel furnace chambers ...
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4.
INVESTIGATION OF THE STRUCTURE AND INFLUENCE OF ION EXCHANGE ON THE MICROHARDNESS OF LOW-ALKALI TRANSPARENT GANITE GLASS-CERAMICS
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(Not-set)
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Transparent glass-ceramics are attracting more and more attention as a material for protecting the screens of electronic devices. The paper considers the possibility of carrying out ion-exchange of transparent ...
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5.
Phase composition, structure and hydrolysis resistance of sodium-alumo(ferro)phosphate glasses doped with rare-earth metals oxides
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(Science for glass production)
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The phase composition, structure and distribution of elements and hydrolytic stability of quenched and annealed sodium aluminum phosphate (NAF) and sodium aluminum iron phosphate (NAIP) glass materials ...
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6.
Computer-aided control of automobile glass quenching
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(Growth of the production efficiency)
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A mathematical model has been developed on fuzzy sets, which describes the dependence of the deviation of the shape of bent automobile glasses on the tempering mode. An adaptive algorithm for controlling ...
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7.
Routes for glass toughening. Quenching, ion exchange.
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(Science for glass production)
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The problem of glass strength remains relevant both for special transport and aviation products, and for glass products used in architecture and construction. In practice, the strength of glass is two ...
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8.
Thermochemical modification of the surface of the moving glass ribbon
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(Science for glass production)
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The results of studies on thermochemical modification of the glass ribbon surface during its continuous production are presented. It is shown that the application of a composite coating developed by the ...
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9.
Relaxation phenomena in glass technology
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(Science for glass production)
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A review of studies on relaxation phenomena in glasses is presented. Their role in molding, heat treatment, and other technological processes is shown. The features of the surface layer from the standpoint ...
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10.
Simulation of automotive glass hardening to develop corrective procedure
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(Upgrading of quality)
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Simulation modeling of the control algorithm for the process of tempering automobile glass has been carried out. The possibility of further improving the mechanical properties of the glass produced is ...
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11.
Corrosion resistance of the float-glass
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(Science for glass production)
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Investigated the corrosion resistance of float glass in the process of climatic tests. It is shown that the main defects of the surface of tempered glass are leaching, "burn-in of paper and sulphurous ...
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12.
Water-resistance of the mold surface of float glass
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(Science for glass production)
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The results of studies of the water resistance of float glass from different manufacturers (both original and tempered) are presented. It was revealed that for heat-absorbing and colorless float glass ...
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13.
Process approach and statistical methods in quality control of hardened glass
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(Quality monitoring)
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A process model for the production of tempered glass has been built. The efficiency of using statistical methods of control and regulation to improve the quality of the produced glass is shown. Il. 3, ...
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14.
The effect of nickel sulfide on the process of spontaneous damage of hardened glass
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(Science for glass production)
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Studies have shown that the "heat-soak" method used for rejection of tempered glasses does not fully guarantee that during the operation of these glasses, their self-destruction from the presence ...
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15.
A refined procedure for predicting the character of the hardened glass damage
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(Science for glass production)
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The analytical calculation of the fragmentation of tempered glass, based on the balance principle and the law of grinding of P. Rittenger, has been refined. Il. 2, bibliography: 3 titles.
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16.
Refined calculation procedure for determination of the optical distortions in hardened glass
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(Science for glass production)
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A new method is proposed for predicting optical distortions in tempered glass, which clarifies the previously proposed dependences. The nonlinear dependence of the elastic modulus on the glass temperature ...
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17.
Testing of hardened glass for fracture
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(Science for glass production)
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The number and shape of fragments of a damaged sample of tempered sheet glass were determined by means of an experiment. Tab. 1, ill. 1, bibliography: 1 titles.
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18.
Energy method for determination of the shock strength of plate glass
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(Science for glass production)
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A new method for predicting the impact strength of sheet glass based on the energy approach is proposed. The method was tested on annealed and tempered glasses. Il. 3, bibliography: 4 titles.
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19.
Statistical characteristics of the shock strength of the hardened glass
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(Science for glass production)
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A set of statistical characteristics of the strength of tempered glass upon impact with a ball is considered. It is shown that under the conditions of production, the asymmetry of the strength of float ...
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20.
Computer graphic representation of the character of quenched glass fracture
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(Science for glass production)
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The general technique, algorithm and results of machine modeling of the nature of destruction of tempered sheet glass under conditions close to testing of real products are presented. Recommendations for ...
