- #1
memoryerasure1
- 8
- 0
-ion process.
The electron when hit by light moves to a higher shell level very briefly, to either shell 1, or 2 depending on the energy of the light wavelength.
So because you mixed any EM radiation, with red light which has the lowest energy, could when light, or other EM waves gets absorbed, and the electron moves to a higher shell level, if then say the red light that was mixed with the EM wave then hits the electron while the electron is TEMPORARILY in shell 1, or shell 2.
Would there be not enough energy to excite the electron to a higher state, and would transmission of the electron occur, thus making the a SOLID object translucent a bit say 5% translucent.
Would it work do you think, you could mix the red light with any EM wavelength UV, X-rays whatever works best, but the second mixture of light, it would have to be red light, to make the object transparent, so we could see through it.
Could it work do you think.
Thank you for your help, anything helps even a few words.
The electron when hit by light moves to a higher shell level very briefly, to either shell 1, or 2 depending on the energy of the light wavelength.
So because you mixed any EM radiation, with red light which has the lowest energy, could when light, or other EM waves gets absorbed, and the electron moves to a higher shell level, if then say the red light that was mixed with the EM wave then hits the electron while the electron is TEMPORARILY in shell 1, or shell 2.
Would there be not enough energy to excite the electron to a higher state, and would transmission of the electron occur, thus making the a SOLID object translucent a bit say 5% translucent.
Would it work do you think, you could mix the red light with any EM wavelength UV, X-rays whatever works best, but the second mixture of light, it would have to be red light, to make the object transparent, so we could see through it.
Could it work do you think.
Thank you for your help, anything helps even a few words.