- #1
pixelpuffin
- 45
- 1
i need to calculate what percentage of the energy put into a X-ray tube will be between the minimum wavelength and the longest wavelength suitable for it's application (as to calculate how efficiently it does it's job) with only the input voltage (unless the anode material is important)
the input voltage of the X-ray tube is >4,000,000 volts (because the minimum energy photon i need is 4MeV)
the wavelength range is 4MeV or 3.1e-7 micrometers or 9.6e11 Ghz to the input voltage
the efficiency required is 90%
also at what voltage will i start to have electron soar right into the nucleus and turn a proton into a neutron because that would cause problems (though it seems in most cases they synthesised nucleus would quickly decay back spitting out an electron in the process)
the input voltage of the X-ray tube is >4,000,000 volts (because the minimum energy photon i need is 4MeV)
the wavelength range is 4MeV or 3.1e-7 micrometers or 9.6e11 Ghz to the input voltage
the efficiency required is 90%
also at what voltage will i start to have electron soar right into the nucleus and turn a proton into a neutron because that would cause problems (though it seems in most cases they synthesised nucleus would quickly decay back spitting out an electron in the process)
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