|Dec29-09, 05:09 AM||#1|
Energy Stored leading to Dielectric breakdown
1. The problem statement, all variables and given/known data
A cavity can only store 1J of EM energy as it reaches dielectric breakdown at 3kV/mm. What dielectric strength would a new gas filling the cavity have if the energy stored was to be 4J.
2. Relevant equations
3. The attempt at a solution
I would use the above equation to find the E field that would result in 4J of energy stored. Can anyone tell me if this is the correct approach to answering this question?
|Jan1-10, 05:22 PM||#2|
That's the correct approach. The energy scales as the E-field squared, so quadrupling the energy doubles the required E-field, so the gas dielectric must be able to withstand a field of 6 kV/mm without breaking down.
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