Environmental Engineering Reference
In-Depth Information
10. Al
'
tshuler LV, Grigoriev NA (1984) Numerical modeling of the flow behind the front in the
two-staged regimes. Phys Combust Explos 20(1):43
-
45 (in Russian)
11. Al
'
tshuler LV, Balalaev VV, Doronin GS et al (1982) The peculiarities of the detonation of
phlegmatic explosives. J Appl Mech Tech Phys 1:128
-
131
12. Al
'
tshuler LV, Doronin GS, Zhuchenko VS (1989) Detonation regime of condensed
explosives and its CJ parameters. Phys Combust Explos 25(2):84
103
-
13. Solov
flyer plates by
the explosion products in the realization of under compressed decpratopm regimes. Phys
Combust Explos 20(2):114
'
ev VS, Andreev SG, Attetkov AV et al (1984) Thrust and loading of the
fl
118
14. Attetkov AV, Boiko MM, Vlasova AN et al (1988) Speculiarities of loading of media by the
explosion in the realization of under-compressed detonation regimes. Phys Combust Explos 24
(1)
15. Zhu J, Sun J (1995) Physics of detonation theory. National Defence Industry Press, Beijing
16. Sun C (1992) Insensitive high explosives and weapons of the explosive development of
detonation physics. Explos Shock Waves 1:1
-
5
17. Ashaev VK, Doronin GS, Levin AD (1988) The structure of detonation front in the condensed
explosives. Phys Combust Explos 24(1):95
-
99 (in Russian)
18. The writing group theory of explosive (1982) Theory of explosive. Beijing
19. Jin S (2010) Theory of explosive. Xi
'
an
20. Lv C, Hui J, Hu G (1986) Future prospect and application of liquid explosives. Explos Mater
3:9
-
12
21. Li Y, Ma S (1992) Mechanics of explosion. Science Press, Beijing
22. Liu J (1987) Basic chemical explosives. Guiyang
23. Liu J (2013) A method for determining the liquid explosive detonation parameter method.
CN201210004181.6
24. Liu J (2013) A method for calculating the amount of explosive blast before by the reference of
the bomb after. Chinese Patent ZL201,210,004,723.X
25. Nie S (1980) Development and application of nitric acid and ortho nitro benzene explosives.
Explos Mater 01:21
-
25
26. Liu J (2006) Fuel air explosive with a volume effect,
-
little effect. Chinese Patent
ZL200610056348.6
27. Zhao T, Yu C, Han L et al (1994) Experiments and numerical simulations on the diffraction of
detonation waves in nitromethane. Explos Shock Waves 14(2):169
-
174
28. Wang B (2014) Unsteady aerodynamics. Beijing
29. Von Karman T, Emmons HW (1988) Fundamentals of gas dynamics. Science Press, Beijing
30. Daniel RS (1984) Combustion and explosion principle. Nanjing
31. Kih
à
ra T, Hikita T (1953) In: 4th symposium (international) on combustion. The William and
Wilkins Company, Baltimore, p 458
32. Lv C et al (2003) Industrial explosives theory. Weapon Industrial Press, Beijing
33. Fickett W, Davis WC (1979) Detonation. University of California Press, Berkeley
34. Ou Y (2014) Explosives. Beijing
35. Shu Y, Huo Y (2011) An introduction to fried pharmacy. Beijing
36. Oxley JCL, Smith JL, Resende E et al (2003) Quantification and aging of the post-blast residue
of TNT landmines. J Forensic Sci 48(4):742
753
-
