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Engineering and Technology OPEN ACCESS

Problems Of Implementation Of Semiconductored Leds For Fishery Lighting Devices

Olimov Lutfiddin Omanovich
Professor, Dc physical and mathematical Andijan Machine-Building institute, Uzbekistan
Yusupov Abdurashid Khamidillaevich
Doctoral student Andijan Machine-Building institute, Uzbekistan
DOI Crossref DOI 10.37547/tajet/Volume02Issue11-30
tajet 2020
VOL. 2 / NO. 11 NOVEMBER
FULL TEXT PP. 189-196
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VOLUME 2
ISSUE 11
YEAR 2020
PAGES 189-196
RESEARCH OVERVIEW

Abstract

This article discusses the laws of propagation of light rays from various sources of optical radiation in
the aquatic environment, spectral characteristics and the results of scientific research on their
application in the fishing industry, in particular in lighting devices for fishing. It was shown that a
change in the spectral photosensitivity of semiconductor white light Light-emitting diodes (LED)s
provides practical assistance to the growth of functional systems of fish and their larvae,
reproduction and development of aquatic plants, bacteria, detritus and benthos.

RESEARCH TOPICS

Keywords

Semiconductor LED light source luminous intensity light spectrum power source energy saving voltage current power

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References

  1. V.A. Vlasov, N.I. Maslova, S.I.
  2. Ponomaryov, Yu.M. Bakanyova.
  3. Vliyanie sveta na rost i razvitie rib.
  4. Vestnik AGTU. Ser.: Ribnoe
  5. xozyaystvo. 2013. №2, S.24-34
  6. A.B. Ruchin. Vliyanie xarakteristik
  7. sveta na razvitie, rost i
  8. fiziologobioximicheskie pokazateli rib i
  9. amfibii. A.B. Ruchin: avtoref.dis. d-ra
  10. biol. Nauk. Saransk, 2008. S. 52
  11. A.B. Ruchin. Osobennosti rosta i
  12. energetiki karpa (Cyprinus carpio) pri
  13. razlichnoy osveshennosti.
  14. Zoologicheskiy jurnal. 2001. T. 80, №4.
  15. S. 433-437
  16. D.Xolmirzaev, P.S. Haqberdiev, D.R.
  17. SHohimardonov, Ye.S. SHaptaqov.
  18. Baliqchilik asoslari. Toshkent, “Ilm
  19. ziyo”, 2016, S. 248
  20. P.S. Haqberdiev, Baliqlarni
  21. oziqlantirish, ularning kasalliklarini
  22. davolash va oldini olish. Samarqand,
  23. y.
  24. L.O.Olimov, A.Yusupov, F.Omonboev,
  25. E.Yusupov “Baliqchilik uchun yoritish
  26. qurilmasi” FAP 20190121
  27. Problems of introduction of innovative
  28. technologies and modern equipment
  29. in the fishing industry. L.O. Olimov,
  30. Yusupov A.Kh., Alijanov D.D.
  31. “International Journal of Research
  32. Studies in Electrical and Electronics
  33. Engineering” Volume 5, Issue 4, 2019,
  34. PP 23-25
  35. L. Olimov, A.Yusupov, D.Alijanov.
  36. Baliqchilik uchun yoritish qurilmasi.
  37. “Ilm-fan va innovatsion rivojlanish”
  38. jurnali 6/2019
  39. A.P. Gavrilenko. Svetodiodniy svet dlya
  40. teplits. OOO «ENOVA Layt» (may 2016)
  41. Osobennosti ispolzovaniya
  42. svetodiodnix fitosvetilnikov.
  43. Kompaniya «LiderLayt».
  44. https://www.leadlight.ru
  45. Svet dlya rasteniy.
  46. https://www.promgidroponica.ru
  47. Optika okeana. Pod red. Monina A.S. –
  48. T. 1. Fizicheskaya optika okeana. – M.:
  49. Nauka, 1983. – 371 s.; T. 2. Prikladnaya
  50. optika okeana. – M.: Nauka, 1983. –
  51. s.
  52. R.M. Pope. E.S. Fry. Absorption
  53. spectrum (380-700 nm) of pure water.
  54. II. Integrating cavity measurements.
  55. Appl. Optics. – 36, № 33. – 1997. P.
  56. -8723.
  57. A.V. Krilov. Zooplankton ravninnix
  58. malix rek. – M. Nauka, 2005. – S. 263.
  59. V.B. Kozlovskaya, V.N. Radkevich, V.N.
  60. Satsukevich. Elektricheskoe
  61. osveshenie. Spravochnik. – Minsk,
  62. ISBN 978-985-6591-39-9, S. 37.
  63. Cree LED Components IES LM-80-2008
  64. Testing Results. Cree Inc., 06.12.2012
  65. F.E. Shubert, Svetodiodi. – M.:
  66. Fizmatlit, 2008. – S. 77-79. – 496. ISBN
  67. -5-9221-0851-5.
  68. V.A. Kaptsov, V.N. Deynego. Riski
  69. vliyanie sveta svetodiodnix paneley na
  70. sostoyanie zdorovya operatora. FBUN
  71. «FNTS mediko-profilakticheskix
  72. texnologiy upravleniya riskami
  73. zdorovyu naseleniya»
  74. Rospotrebnadzora. Analiz riska
  75. zdorovyu. – Perm, 2014. – Avgust №4.
  76. S. 37-42. ISSN 2308-1155.
  77. V.A. Kaptsov, V.N. Deynego. Svetovoy
  78. ratsion. Oxrana truda i svetodiodnoe
  79. osveshenie. Natsionalnaya
  80. assotsiatsiya tsentrov oxrani truda
  81. (NASOT) bezopasnost i oxrana truda.
  82. – Nijniy Novgorod, 2015. Sentyabr №3.
  83. S. 77-80.
  84. Sravnenie svetodiodnix lamp s
  85. traditsionnimi osvetitelnimi priborami.
  86. Kompaniya «KVARTA-RAD».
  87. https:/www.quarta-rad.ru
  88. Federal energy management program.
  89. How to buy an energy-efficient
  90. fluorescent tube lamp: journal – U.S.
  91. Department of energy, 2020.
  92. December.
  93. M.Garin, R. Fenollosa, R.Alcubilla,
  94. L.Shi, L.F. Marsal, F.Meseguer. Allsilicon Spherical-Mie-resonator
  95. photodiode with spectral re-sponse I
  96. the infrared region. Nature
  97. Communications volume 5, Article
  98. number: 3440. 2014 y.
  99. Opticheskie svoystva vodnoy sredi i
  100. zakoni rasprostraneniya v ney sveta.
  101. htpps:www.//ewa-marine.ru
  102. Osnovi optiki okeana.
  103. htpps://dvs.net.ru
  104. Lampa nakalivaniya.
  105. htpps.www.//ru.wikipedia.org