Abstract
The paper proposes a two-stage model of the time dependence of triboluminescence as a function of the magnitude of the applied exciting pressure; it is confirmed by the results of measuring the time dependence of triboluminescence. The decay of triboluminescence excited by a blow and by friction is measured. The spectral dependence of triboluminescence in ZnS-Mn was found. It has the same form as in photoluminescence and in addition contains maxima corresponding to the electric discharge in air.
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Wolff G., Gross G., Stranski J. N.: Z. Elektrochem.56 (1952), 420.
Stranski I. N., Strauss E., Wolff G.: Z. Elektrochem.55 (1951), 633.
Wolff G., Schönewald I., Stranski I. N.: Z. Kristallogr. Mineralog. Petrog.106 (1954), 172.
Kramer J.: Z. Phys.192 (1931), 34.
Sodomka L.: Czech. J. Phys.B 14 (1964), 800.
Alzetta G., Minnaya N., Santucci N.: Nuovo Cimento23 (1952), 910.
Chudácek I.: Czech. J. Phys.B 15 (1965), 359.
Mayer M.: Z. Elektrochem.60 (1956), 1007.
Chudáček I.: Seminar on ZnS and CdS, Liberec 1964.
Curie D.: J. Physique24 (1964), 535.
Chudáček I.: Sborník prací Vysoké školy strojní a textilní (Transactions of Engineering and Textile College). Liberec 1965.
Sodomka L.: Report at the Seminar on ZnS and CdS, Liberec 1964.
Gurevič I., Vladimirov V. I.: Fiz. tverd. tela2 (1960), 1793.
Sodomka L.: Jemná mechanika a optika8 (1963), 238.
Lonchambon H.: Compt. Rend.176 (1923), 611.
Stranski I. N., Strauss E., Wolff G.: Z. Elektrochem.59 (1955), 341.
Nadgornyj E. M., Stepanov A. V.: Fiz. tverd. tela3 (1961), 1066.
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Chudáček, I. The kinetics of the triboluminescence of zinc sulphide I. Czech J Phys 17, 34–42 (1967). https://doi.org/10.1007/BF01692046
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DOI: https://doi.org/10.1007/BF01692046