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СИСТЕМА НАКАЧКИ ЛАЗЕРА СОЛНЕЧНОЙ ЭНЕРГИЕЙ

СИСТЕМА НАКАЧКИ ЛАЗЕРА СОЛНЕЧНОЙ ЭНЕРГИЕЙ. Сайуф Фаваз Насрович доктор Вешие Лазерные Иследование Институ Дамаск Уневерсити , Дамаск , Сурия. PUMPING SYSTEM SOLID STATE LASER BY SOLAR ENERGY. Saiof Fawaz Nasrovich Doctor High institute of laser research and application

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СИСТЕМА НАКАЧКИ ЛАЗЕРА СОЛНЕЧНОЙ ЭНЕРГИЕЙ

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  1. СИСТЕМА НАКАЧКИ ЛАЗЕРА СОЛНЕЧНОЙ ЭНЕРГИЕЙ Сайуф Фаваз Насрович докторВешие Лазерные Иследование Институ Дамаск Уневерсити, Дамаск ,Сурия

  2. PUMPING SYSTEM SOLID STATE LASER BY SOLAR ENERGY SaiofFawazNasrovich Doctor High institute of laser research and application Damascus University – Damascus – Syria

  3. Laser is active media + resonator + pumping energy

  4. Laser is active media + resonator + pumping energy discharge light

  5. Laser is active media + resonator + pumping energy Sun light

  6. PUMPING SYSTEM SOLID STATE LASER BY SOLAR ENERGY

  7. There are Three units in system 3 1 2

  8. The head of Nd-Class laser 1

  9. Crystals for rods of lasers 1

  10. Splitting the solar spectrum for simultaneous pumping of two lasers The outer space solar spectrum. The fraction of the solar spectrum used for each laser is labeled Absorption spectrum of Alexandrite. The arrow represents the emission band 1 Absorption spectrum of NdYAG. The arrow represents the emission band

  11. Pumping tow lasers by solar radiation 1

  12. POCl3–SnCl4– Nd3+liquid active medium. 1

  13. Power of sun radiating for Nd-Class rod Valium = 125.6 mm 2R = 4 mm L = 10 mm 1 To have lasing in Nd-YAG we must supply 10 W/mm3 We need 1256 W to pumping that Nd-Class rod

  14. Unit separation and filtration of sun light Tools for separation of wavelengths 2 Tools for filtration of wavelengths No blue/green light

  15. Δλ 2 Where λ = 790 nm to ϒ = 3.15 , λ = 820 nm to ϒ = 3.04, m = 1, We have 97W/m2 at 650 W/m2

  16. To pumping Nd-Glass laser , where we need 19500 W like solar radiation We need 20 m3collector ( R= 2.5 m) 2

  17. Unit of collection of solar energy 3

  18. separation the sun light to three parts:1 – Nd-YAG laser.2 – Alexandrite laser.3 – Photo-voltic cell. 3

  19. 3

  20. Supply sun light any time

  21. Results 19500 W solar radiation 20 m3collector ( R= 2.5 m) Collect separation 10 WNd-Class laser 1256 W for Nd-Class rod (4mmx10mm) pumping

  22. Thank you

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