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non-thermal plasma

estimate how long a non-branching chain of radical-stimulated oxidation in stoichiometric H2-O2 mixture should be to provide the radical-thermal 'bootstap' ignition 200K below the temperature threshold of auto-ignition. ASSUME THAT THE INITIAL CONCENTRATION OF THE PLASMA-GENERATED RADICALS IS LOW, MOLAR FRACTION IS E-4, AND NEGLECT DIRECT PLASMA HEATING DURING THE NON-EQUILIBRUIM PLASMA 

non-thermal plasma

estimate how long a non-branching chain of radical-stimulated oxidation in stoichiometric H2-O2 mixture should be to provide the radical-thermal 'bootstap' ignition 200K below the temperature threshold of auto-ignition. ASSUME THAT THE INITIAL CONCENTRATION OF THE PLASMA-GENERATED RADICALS IS LOW, MOLAR FRACTION IS E-4, AND NEGLECT DIRECT PLASMA HEATING DURING THE NON-EQUILIBRUIM PLASMA 

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can any of you complete in max 1 hr ?

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