🗊Презентация Defect in solid

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Defect in solid, слайд №1Defect in solid, слайд №2Defect in solid, слайд №3Defect in solid, слайд №4Defect in solid, слайд №5Defect in solid, слайд №6Defect in solid, слайд №7Defect in solid, слайд №8Defect in solid, слайд №9Defect in solid, слайд №10Defect in solid, слайд №11Defect in solid, слайд №12Defect in solid, слайд №13
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Вы можете ознакомиться и скачать презентацию на тему Defect in solid. Доклад-сообщение содержит 13 слайдов. Презентации для любого класса можно скачать бесплатно. Если материал и наш сайт презентаций Mypresentation Вам понравились – поделитесь им с друзьями с помощью социальных кнопок и добавьте в закладки в своем браузере.

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Defect in solid, слайд №1
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Defect in solid, слайд №2
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Defect in solid, слайд №3
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Defect in solid, слайд №4
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Defect in solid, слайд №5
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The number of vacancies (defect of Shotky) is given by formula: The number of vacancies (defect of Shotky) is given by formula: N-number of atom; n- number of vacancies; kB- constant of Boltzman, 1,38*10-23 J /K; T- temperature of solid; Ev- energy of formation defect of Shotky;
Описание слайда:
The number of vacancies (defect of Shotky) is given by formula: The number of vacancies (defect of Shotky) is given by formula: N-number of atom; n- number of vacancies; kB- constant of Boltzman, 1,38*10-23 J /K; T- temperature of solid; Ev- energy of formation defect of Shotky;

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The number of defect of pair Frenkel is given by formula: The number of defect of pair Frenkel is given by formula: N-number of atom; N’- number of interstitial by can take up free atom; n- number of defects pair of Frenkel; kB- constant of Boltzman, 1,38*10-23 J /K; T- temperature of solid; Ef- energy of formation pair of Frenkel.
Описание слайда:
The number of defect of pair Frenkel is given by formula: The number of defect of pair Frenkel is given by formula: N-number of atom; N’- number of interstitial by can take up free atom; n- number of defects pair of Frenkel; kB- constant of Boltzman, 1,38*10-23 J /K; T- temperature of solid; Ef- energy of formation pair of Frenkel.

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The experimental data do not show that the observed values of the yield strength are much smaller than the theoretical values. To explain this effect, a new two defect-dislocation. The experimental data do not show that the observed values of the yield strength are much smaller than the theoretical values. To explain this effect, a new two defect-dislocation. The two types of dislocations are: Edge dislocation Screw dislocation The experimental data do not show that the observed values of the yield strength are much smaller than the theoretical values. To explain this effect, a new type of defect- dislocation.
Описание слайда:
The experimental data do not show that the observed values of the yield strength are much smaller than the theoretical values. To explain this effect, a new two defect-dislocation. The experimental data do not show that the observed values of the yield strength are much smaller than the theoretical values. To explain this effect, a new two defect-dislocation. The two types of dislocations are: Edge dislocation Screw dislocation The experimental data do not show that the observed values of the yield strength are much smaller than the theoretical values. To explain this effect, a new type of defect- dislocation.

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Результаты исследования
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Результаты исследования

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Результаты исследования
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Результаты исследования

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Результаты исследований
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Заключение
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Заключение

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СПАСИБО СПАСИБО ЗА ВНИМАНИЕ!
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СПАСИБО СПАСИБО ЗА ВНИМАНИЕ!

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