Recent content by Nguyen Ngoc Anh

That's clever, could you please send me a reference with detailed formula? I'm so sorry for my all stupid questions. Thank you,

I thought about it. But we can think as following: You have a target of mass m, therefore N atoms. You have I particles come to the target. In this case, R ~ I and N, so if you increase N, R increase, even if particle can not penetrate the whole target.

Dear all, As we know, the reaction rate can be calculated as following: R = N * σ * Φ (1) Where R is reaction rate (events/s/cm3) σ is cross section (cm2) Φ is flux of incident particle beam (particles/s/cm2 N is density of target (atoms/cm3) Logically, there is a limitation of R, because...