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Information × Registration Number 0311U003134, 0110U003646 , R & D reports Title Metallization of hydrogen, helium and oxygen popup.stage_title Дослідження термодинамічних і кінетичних властивостей металевого водню і дейтерію у діапазоні температур 1000-50000 К і тисків 1-150 Мбар на основі електрон-протонної моделі та теорії збурень для моделі майже вільних електронів. Дослідження термодинамічних і кінетичних властивостей металічного водню і дейтерію у діапазоні температур 1000-50000 К і тисків 1-150 Мбар на основі трикомпонентної електронпротон-атомної моделі та теорії збурень для моделі майже вільних електронів Head Shvets Valeriy Tymofiy, Registration Date 31-01-2011 Organization The Odesse state acasemy of refrigeration popup.description2 For the model of almost lone electrons for the two-componental model of hydrogen, heavy hydrogen and tritium, - the system consists only of kernels and electrons - the row of theory of indignations is built after electron-nuclear co-operation for their electric resistance. The members of the second and third orders of theory of indignations are shortchanged, and also in the certain approaching sum of all row. Only in last case, first, it was succeeded to explain maximum large for these metals, as a result of experiment close 500mcOhm*cm, electric resistance in a transit of metall-electric point. Within the framework of those model presentations, what and higher, payment of еlectron-fononned co-operation is first taken into account in electric resistance of the probed metals. As speech goes about easiest metals among existing in nature, this payment appeared ponderable enough, to begin him to take into account in practical calculations, though considerably less payment of dispersion on the structural unsettled state of metals. Within the framework three-componental model of hydrogen, heavy hydrogen and tritium, - the system consists of kernels, electrons and neutral atoms, - in the second order of theory of indignations after electron-atom co-operation which is weak by comparison to еlectron-nuclear co-operation, payment is first found in electric resistance of metals, predefined dispersion of electrons of conductivity on the neutral atoms of hydrogen, heavy hydrogen and tritium. This payment is made by a few ten of percents from basic payment, predefined dispersion of electrons of conductivity on the nuclear subsystem of lacking amenities. On the basis of the use of three-componental model of metal in the second order of theory of indignations after electron-atom co-operation and in an unfinished order after electron-nuclear co-operation it was first succeeded in theory to define the fate of the unionized atoms in a transit of metall-dielectric point. In theory the fate of such atoms is certain with high exactness coincided with the proper experimental result. Within the framework of the two-componental model of metal set forth above thermodynamics potentials of liquid metallic are calculated to hydrogen, heavy hydrogen and tritium. First such calculations are executed with an account the member of third after еlectron-nuclear co-operations. It is got on this basis of equalization of the state fully satisfactorily describes the experimentally found value of pressure in a transit of metall-dielectric point. All calculations discussed higher are first executed in the wide interval of temperatures and closenesses. Limitation after a closeness arises up only through uselessness of model of hard spheres for description for description of the maximum compressed systems. Product Description popup.authors Козицький Сергій Васильович Швець Тарас Валерійович popup.nrat_date 2020-04-02 Close