Recent content by steph17
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Graduate Calculating the Mass of a High-Speed Moving Proton Experimentally
i didnt know that- steph17
- Post #9
- Forum: High Energy, Nuclear, Particle Physics
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Graduate Calculating the Mass of a High-Speed Moving Proton Experimentally
i do mean the relativistic mass, there is a formula for the correction of mass for proton or some other particle moving at velocity comparable to that of the light's, how is it verified experimentally? do they measure the force exerted by the proton in some way or change in its momentum and...- steph17
- Post #8
- Forum: High Energy, Nuclear, Particle Physics
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Graduate Guess Decay Modes: A, Z, Mass Diff MeV
i was taught too the equation of mass difference of calculating the difference between the initial and final masses of the nuclides, but in the question that i was given only one element was mentioned, i got confused over there. for eg mass difference of hydrogen(A=1,Z=1)= 7.289 MeV, mass...- steph17
- Post #5
- Forum: High Energy, Nuclear, Particle Physics
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Graduate Does a diffraction grating with a shape form fourier image
groove profile, like a cartoon character on the squares, that's all. -
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Graduate Calculating the Mass of a High-Speed Moving Proton Experimentally
how is a mass of a proton moving at a high speed calculated experimentally?- steph17
- Thread
- Mass Proton
- Replies: 9
- Forum: High Energy, Nuclear, Particle Physics
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Graduate Does a diffraction grating with a shape form fourier image
any particular good book/reference where i can find how to mathematically? thanks for the help -
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Graduate Guess Decay Modes: A, Z, Mass Diff MeV
how can we guess the possible decay modes for an element with three given quantities: A, Z and mass difference in MeV- steph17
- Thread
- Decay Decay modes Modes
- Replies: 5
- Forum: High Energy, Nuclear, Particle Physics
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Graduate Does a diffraction grating with a shape form fourier image
i just wanted to get this cleared that a beam falling on a diffraction grating with a shape gives the Fourier images of the grating object which can be reobtained by placing a biconvex lens that would converge the rays and form a focussed Fourier image at its focal length and the image of the...