Size of "hot spots" in impact explosion of exothermic materials
Publication
, Journal Article
Friedman, MH
Published in: Faraday Society -- Transactions
1963
Research based on work relating to solid propellants; hot spot is represented by mathematical model as rectangular temperature spike in infinitely large sample of reactant; consequent differential equation is integrated numerically and results are correlated by simpler theoretical model; prediction of experimental times to explosion.
Duke Scholars
Published In
Faraday Society -- Transactions
Publication Date
1963
Volume
59
Issue
488
Start / End Page
1865 / 1873
Citation
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Chicago
ICMJE
MLA
NLM
Friedman, M. H. (1963). Size of "hot spots" in impact explosion of exothermic materials. Faraday Society -- Transactions, 59(488), 1865–1873.
Friedman, M. H. “Size of "hot spots" in impact explosion of exothermic materials.” Faraday Society -- Transactions 59, no. 488 (1963): 1865–73.
Friedman MH. Size of "hot spots" in impact explosion of exothermic materials. Faraday Society -- Transactions. 1963;59(488):1865–73.
Friedman, M. H. “Size of "hot spots" in impact explosion of exothermic materials.” Faraday Society -- Transactions, vol. 59, no. 488, 1963, pp. 1865–73.
Friedman MH. Size of "hot spots" in impact explosion of exothermic materials. Faraday Society -- Transactions. 1963;59(488):1865–1873.
Published In
Faraday Society -- Transactions
Publication Date
1963
Volume
59
Issue
488
Start / End Page
1865 / 1873