RT Journal Article
ID 5f8b724e2dce7742
A1 Khmelnikov, Evgeny A.
A1 Zavodova, T. E. 
A1 Smagin, K. V. 
T1 APPLICATION OF THE METHODOLOGY "COUNTERFLOW DIFFUSION FLAMES" FOR CALCULATING THE PENETRATING EFFECT OF FLUOROPLAST-BASED STRIKER
JF International Journal of Energetic Materials and Chemical Propulsion
JO IJEMCP
YR 2019
FD 2019-09-05
VO 18
IS 3
SP 201
OP 212
K1 counterflow diffusion flame
K1 mathematical simulation 
AB The possibility of using fluoroplastic as a reactive material capable of replacing explosives in ammunition
used to defeat lightly armored and easily vulnerable targets is considered. The results of
experiments and mathematical modeling of the penetration process of fluoroplastic-based ammunition
into targets from light alloys. To account for the additional energy released as a result of the
interaction during the simulation, the counterflow diffusion flame (CDF) method was used.

PB Begell House
LK https://www.dl.begellhouse.com/journals/17bbb47e377ce023,2e43281a4d7d54f9,5f8b724e2dce7742.html