Conclusions
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1.
The ignition of powders depends on the dust concentration in the cloud.
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2.
It was determined experimentally that the lower limit of explosiveness of Mg dust of fraction −0071 in air is 32 nig/liter,
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3.
It was established that the critical content of oxygen in an oxygen-nitrogen mixture at which ignition of Mg aerosol occurs is 4%.
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Literature cited
Vitall, Annales des Mines, Ser, 7, Bd 7, S. 180 (1875).
R. Weber, Vertu Ver. Beforderung Gewerbefleiss (1878).
VDI-Berichte, Heft 19, 99 (1957).
H. Steinbrecher, Braunkohlenarchiv, Heft 8 (1924).
I. K. Clement, Bull, Bur. Min., 82 (1924).
C. W. Frazer, Bull. Bur. Min., 50 (1913).
B. V. Bykhovskii, Transaction of the Perm Medical Institute [in Russian], No. 13 (1939).
V. V. Krymov, Safety Engineering When Working with Magnesium Alloys [in Russian], Oborongiz (1955).
N. V. Manuev, Izv. Vyssh. Uch. Zap., No. 9 (1962).
G. Constantinides, Annali di chimica Ital., 42 (1962).
G. Constantinides, Publ. Sci. e Ind. Univ., Triests, Ser. B., No. 128 (1953).
Russian translation of Haki's article from the journal “Nippon Kikai Gakkaishi,”58, No. 443, 844 (1955) (Japan).
W. Geek, Zundfahige Industriestaube, Dusseldorf (1954).
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Translated from Poroshkovaya Metallurgiya, No. 12 (72), pp. 91–94, December, 1968.
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Popov, E.I. Determination of the lower limit of explosiveness of magnesium powders. Powder Metall Met Ceram 7, 1001–1003 (1968). https://doi.org/10.1007/BF00773441
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DOI: https://doi.org/10.1007/BF00773441