Recent content by The forgetful one
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Magnetic flux density of a relativistic electron
q = 1.602e-19C mass_electron = 1.098e27 c = 3e8 Omega(Mag_flux_den) = 5GHz Lorentz factor = 100 synchrotron radiation at frequency v = 5GHz Mag_flux_den = (Omega(Mag_flux_den) * c * Mass_electron * Lorentz factor) / mass_electron Mag_flux_den = (5000 x 3e8 x 1.098e27 x 100 ) / 1.602e-19 =...- The forgetful one
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- Density Electron Flux Flux density Magnetic Magnetic flux Magnetic flux density Relativistic
- Replies: 1
- Forum: Advanced Physics Homework Help
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Undergrad Why is H burning not a B+ decay
This is a totally new area for me, I am doing it to try and stop my grey matter from going all mushy. I think I should just let it go and do flower arranging instead. :-)- The forgetful one
- Post #7
- Forum: High Energy, Nuclear, Particle Physics
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Undergrad Why is H burning not a B+ decay
Apologies folks, I am just trying to learn this stuff. The question I have is. If you consider the normal CNO cycle, why is H burning using this route not considered to be B+ decay limited.- The forgetful one
- Post #5
- Forum: High Energy, Nuclear, Particle Physics
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Undergrad Why is H burning not a B+ decay
Hello physics gurus out there. Can someone please point me in the correct direction. I am looking for reasons why Hydrogen burning is NOT considered to be B+ decay in the standard CNO cycle? Thanks The forgetful one- The forgetful one
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- Cno cycle Decay
- Replies: 9
- Forum: High Energy, Nuclear, Particle Physics
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Can Memory Loss Be Overcome When Learning Physics in Old Age?
Trying to learn physics while battling memory loss (old age). To keep the gray matter ticking.- The forgetful one
- Thread
- Replies: 1
- Forum: New Member Introductions