STAGNATION ZONE
H 2 O x x x x 100°C 1. KETTLE + H2O N 2 N 2 + O 2 x x x x x x x x -180°C -170°C 2. KETTLE + LN2 + LH2/O2
1/10,000 sec CREDIT : Dr Todd LOWE, Virginia Tech (May, 2013)
(1) NEWTONIAN LINEAR (2) GAUSS-MARKOV Stochastic/Random
TWENTE July 2014
"1st MOMENT OF PROBABILITY"; ISOTHERMAL RADIANT COMPRESSION TRANSFER
/10 0.28 FORSTER-ZUBER Transformation ISOTHERMAL COMPRESSION
3.153
1,000,000 900,000 30,000 "Stochastic/Random Reset (Stagnation Zone)
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