A dt plasma fusion reactor is operating in steady state at a temperature k B T 15 keV and a pressure of 7 atm, where f v 3 10 22 m 3 s What is the energy confinement time E required to satisfy the triple product criterion What is the density of the plasma (particles per cubic meter), and how does t...

At this temperature bremsstrahlung can be ignored so the second term in the denominator in ...

A dt plasma fusion reactor is operating in steady state at a temperature k B T =

Question:

A dt plasma fusion reactor is operating in steady state at a temperature k_BT = 15 keV and a pressure of 7 atm, where 〈σ_fv〉 = 3 × 10⁻²² m³/s. What is the energy confinement time τ_E required to satisfy the triple product criterion? What is the density of the plasma (particles per cubic meter), and how does this compare with the density of air at room temperature and pressure?

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