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- W2024650039 abstract "The optical-digital systems find more and more broad application in scientific researches and productions. In particular the researches of the capillary characteristics of materials with the purpose of development of effective solders to design compounds metal - ceramics execute on special techniques in the high-temperature (700-1100°C) vacuum installations (3.10 -3 P) [1]. The specifity of such researches requires the use of remote methods for determination of the characteristics of materials (factor of surface tension and angle of wetting). The indicated characteristics of materials are determined through geometric images of drops of melts registered and processed by optical-electron and optical-digital systems [2,3]. The modern optical-digital systems for registration and image processings are created on the basis of photoreceivers or devices with charging connection (CCD-lines, CCD-matrixes and CCD-video cameras) and personal computer. Use and development of such digital systems has raised the question on choosing of optical system elements with the goal of optimization of their parameters and increase of accuracy of determination of the objects geometric sizes. Conducted researches on development of optical-digital systems of the capillary characteristics for high temperature melts have shown that at the calculation of the optical scheme to maintaine maximum accuracy of measurements is necessary to solve the problem on: linear augmentation and distance of shooting, resolution of projective optics and CCD-matrixes, period of discretization of the analog digital converter of the coding device and input of video images to computer (PC). In the given article the calculation of parameters of the optical scheme and selection of projective optics ispresented. It allows to ensure minimum errors of remote measurements." @default.
- W2024650039 created "2016-06-24" @default.
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- W2024650039 date "2000-06-14" @default.
- W2024650039 modified "2023-09-23" @default.
- W2024650039 title "<title>Principles of design of an optical/digital system for the high-temperature melt interfacial tension measurement</title>" @default.
- W2024650039 doi "https://doi.org/10.1117/12.388455" @default.
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