Читать книгу Photovoltaics from Milliwatts to Gigawatts - Tim Bruton - Страница 25

References

Оглавление

1 1 E. Roston: Bloomberg News, 4 November 2015.

2 2 Global Market Outlook 2019–2002 pub: Solar Power Europe (2019).

3 3 IEA PVPS Trends 2019.

4 4 DNV GL Energy Transition Outlook (ETO 2018).

5 5 W. Palz: ‘Solar Power for the World’ pub: Pan Stanford (2014).

6 6 J. Perlin: ‘From Space to Earth – The Story of Solar Electricity’ pub: Harvard University Press (2002) 1–13.

7 7 P. Varadi: ‘Sun Above the Horizon’ pub: Pan Stanford (2014).

8 8 J. Tsao, N. Lewis, and G. Crabtree: Solar FAQs, Sandia National Laboratory (2006).

9 9 J. Perlin: ‘Let It Shine: The 6000 Year Story of Solar Energy’ pub: New World Library (2014).

10 10 E. Becquerel: Les Comptes Rendus de l’Academie des Sciences 9 (1839) 561–567.

11 11 A. Smee: ‘Elements of Electro‐biology, or the Voltaic Mechanism of Man of Electropathology, Especially of the Nervous System and of Electro‐therapeutics’ pub: Longman, Brown, Green and Longmans (1849) 15.

12 12 W. Smith: Letter to Latimer Clark, Wharf Rd, 4 February 1873.

13 13 W. Smith: Journal of the Society of Telegraph Engineers, 2 (1873) 32.

14 14 W.G. Adams and R.E. Day: Philosophical Transactions of the Royal Society A 168 (1877) 341–342.

15 15 J. Perlin: ‘From Space to Earth – The Story of Solar Electricity’ pub: Harvard University Press (2002) 15–23.

16 16 J. Perlin: ‘Let It Shine: The 6000 Year History of Solar Energy’ pub: New World Library (2013) 306.

17 17 H. Hertz: Annalen der Physik 267, 8 (1887) 983–1000.

18 18 https://en.wikipedia.org/wiki/Bell_Labs accessed 7 August 2020.

19 19 M. Riorden and L Hoddeson: IEEE Spectrum 34, 6 (1997) 46–51.

20 20 R.S. Ohl: US Patent Application filed 27 May 1941.

21 21 https://en.wikipedia.org/wiki/History_of_the_transistor accessed 7 August 2020.

22 22 J. Perlin: ‘From Space to Earth – The Story of Solar Electricity’ pub: Harvard University Press (2002) 25–34.

23 23 C.S. Fuller: US Patent 3015590, 2 January 1962 (filed 5 March 1954).

24 24 D.M. Chapin, C.S. Fuller, and G.L. Pearson: US Patent 2780765, 5 February 1957 (filed 5 March 1954).

25 25 D.M. Chapin, C.S. Fuller, and G.L. Pearson: Journal of Applied Physics 25 (1954) 676.

26 26 Bell Laboratories Record November 1954 436.

27 27 Bell Laboratories Record May 1955 166.

28 28 M.A. Green et al.: Progress in Photovoltaics – Research and Applications 25 (2017) 3–13.

29 29 New York Times 26 April 1954.

30 30 US News & World Report 36 (1954) 18.

31 31 J. Perlin: ‘From Space to Earth – The Story of Solar Electricity’ pub: Harvard University Press (2002) 36–38.

32 32 H. Manchester: Readers Digest June (1957) 73.

33 33 M. Wolf: Proceedings of the 25th Power Sources Symposium (1972) 120.

34 34 J. Perlin: ‘From Space to Earth – The Story of Solar Electricity’ pub: Harvard University Press (2002) 41–48.

35 35 C.M. Green and M. Lomask: ‘Vanguard, A History’ NASA Document SP 4202 (1970).

36 36 NSSDCA/COSPAR ID: 1958‐002B (1958).

37 37 J. Perlin: ‘From Space to Earth – The Story of Solar Electricity’ pub: Harvard University Press (2002) 49.

38 38 http://www.zarya.info/Diaries/Sputnik/Sputnik3.php accessed 7 August 2020.

39 39 J. Loferski: Progress in Photovoltaics – Research and Applications 1 (1993) 67–78.

40 40 J. Mandelkorn et al.: Proceedings of the 14th Annual Power Sources Conference (1960) 42.

41 41 W.G. Pfann and W. van Roosbroek: Journal of Applied Physics 25 (1954) 1422.

42 42 M.B. Prince: Journal of Applied Physics 26 (1955) 89.

43 43 E.D. Jackson: Transactions of the Conference on the use of Solar Energy, University of Arizona, Tucson, AZ, 5 (1955) 122.

44 44 W. Schockley and H.J. Quiesser: Journal of Applied Physics 32 (1961) 510.

45 45 NSSDCA/COSPAR ID: 1959‐004A.

46 46 K.D. Smith et al.: Bell System Technical Journal 41(1963) 1765–1816.

47 47 M. Wolf: Solar Energy 5 (1961) 83–94.

48 48 J. Mandelkorn et al.: Journal of the Electrochemical Society 109 (1962) 313–318.

49 49 M.A. Green: Progress in Photovoltaics – Research and Applications 17 (2009) 183–189.

50 50 J. Lindmayer and J. Allison: Proceedings of the 9th IEEE PVSC (1972) 83–84.

51 51 J.F. Allison, R.A. Arndt, and A. Meulenberg: COMSAT Technical Review 5 (1975) 211–223.

52 52 J. Haynos et al.: International Conference on Photovoltaic Power Generation, Hamburg (1974) 487.

53 53 P.A. Iles: Proceedings of the 8th IEEE PVSC (1970) 345–352.

54 54 H. Fischer, E. Link, and W. Pschunder: Proceedings of the 8th IEEE PVSC (1970) 70–77.

55 55 J. Perlin: ‘From Space to Earth – The Story of Solar Electricity’ pub: Harvard University Press (2002) 50.

56 56 http://www.spectrolab.com/company.html#history accessed 7 August 2020.

57 57 G.P. Willeke and A. Räuber: Semiconductors and Semimetals 87 (2012) 7–48.

58 58 https://global.sharp/solar/en/ accessed 7 August 2020.

59 59 J. Perlin: ‘From Space to Earth – The Story of Solar Electricity’ pub: Harvard University Press (2002) 67.

60 60 J. Perlin: ‘From Space to Earth – The Story of Solar Electricity’ pub: Harvard University Press (2002) 117.

61 61 P.F. Varadi: ‘Sun above the Horizon’ pub: Pan Stanford (2014).

62 62 H. Cotal et al.: Energy and Environmental Science 2 (2009) 174–192.

63 63 P.A. Iles: Progress in Photovoltaics – Research and Applications 8 (2000) 39–51.

64 64 F. Dimroth: ‘Photovoltaic Solar Energy: From Fundamentals to Applications’ pub: Wiley (2017) 373–382.

65 65 V.M. Andreev: ‘GaAs and High Efficiency Space Cells’ pub: Elsevier (2003).

66 66 D.A. Jenny, J. Loferski, and P Rappaport: Physical Review 101 (1956) 1208.

67 67 J.C.C. Fan, C.O. Bozler, and R.W. McClelland: Proceedings of the 15th IEEE PVSC (1981) 672.

68 68 S.R. Kurtz, J.M. Olsen, and A. Kibbler: Proceedings of the 21st IEEE PVSC (1990) 138–140.

69 69 G.J. Bauhuis et al.: Solar Energy Materials and Solar Cells 93 (2008) 1488–1491.

70 70 https://www.businesswire.com/news/home/20180702005242/en/Alta‐Devices‐Breaks‐Solar‐Energy‐Efficiency‐Record accessed 7 August 2020.

71 71 Z.I. Alferov et al.: Soviet Physics Semiconductors 4 (1970) 2378–2379.

72 72 S.M. Bedair et al.: Proceedings of the 15th IEEE PVSC (1981) 21–26.

73 73 N.J. Ekins‐Daukes in ‘Solar Cell Materials – Developing Technologies’ eds G.J. Conibeer and A. Willoughby pub: Wiley (2014) 113–143.

74 74 S.R. Kurtz and D.J. Friedman: National Centre for Photovolatics Program Review Meeting (1998) NREL/CP‐520‐25410.

75 75 Y.C.M. Yeh et al.: Proceedings of the 22nd IEEE PVSC (1991) 79–81.

76 76 Y.C.M. Yeh et al.: Proceedings of the 25th IEEE PVSC (1996) 187–190.

77 77 P.K. Chiang et al.: Proceedings of the 25th IEEE PVSC (1996) 183–186.

78 78 H. Yoon et al.: Progress in Photovoltaics – Research and Applications 13 (2005) 133–139.

79 79 http://www.spectrolab.com/photovoltaics.html accessed 7 August 2020.

Photovoltaics from Milliwatts to Gigawatts

Подняться наверх