Registration Number
0213U002298,
0110U004088
, R & D reports
Title
Scanning cryosystem for researches of parameters of a surface of nanostructured materials and coverages.
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Head
Zharkov I.P.,
Registration Date
23-01-2013
Organization
Institute of physics NASU
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Object of design - Scanning cryostat a system (further SKS) for status monitoring of nano structured surfaces and film coverages by the non-destructive way by a method of their microwave exploration. The purpose of work-creation of cryostat system for scanning and research of parameters of surfaces and film coverages non-destructive and manufacture on the basis of received results of an experimental sample (ЕS) cryosystem of scanning (ЕОCS). Tasks of operation were: Design construction documentation of an experimental sample of a system, for status monitoring nanostructured surfaces and film coverages by the non-destructive way by themethod of their microwave exploration. "Design of exposition of operation of the constituents of a system and their interaction as a whole Such results are received: І. Design documentation and the experimental sampleof scanning cryostat system aremanufactured. The system has following characteristics: - Work range of temperature of a microwave stransmitter 79 ± 1К. - Operation time at 79 ± 1К without refilling of cryoagent not less - 5 hours. - Volume of nitrigen can of a flooded nitrogen cryostat 2,5 l; - Minimal work time of a cryostat without refilling - 5 hours; Size of a scanned horizontal plane, mm 300х300; Minimal step of scanning, mm 0,0025; Working stroke in vertical direction, mm 15; -.Minimal step of migration in vertical direction, mm 0,005; Minimal distance up to scannnig sample, mm 0,1; - Maximal migration on an axes Х, mm 300; - Maximal migration on an axes Y, mm 300; - Maximal migration on an axesZ mm 36. The designed gear is necessary for usage in non-destructive flaw detection of surfaces and materials which are carried out in Ukraine, the Gear has no analogs in a world.
Product Description
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Жарков Іван Павлович
Маслов Валентин Олексійович
Сафронов Віталій Вікторович
Селіванов Олександр Вікторович
Ходунов Володимир Олександрович
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2020-04-02
