In Uranium (Z=92), the K absorption edge is 0.107 Å and the `K_(alpha)` line is 0.126 Å. The wavelength of the L absorption edge is

Which element has a K_(alpha) line of wavlength 1.785Å ?

Which element has a K_(alpha) line of wavlength 1.785Å ?

For a given element the wavelength of the K_alpha - line is 0.71 nm and of the K_beta - line it is 0.63 nm. Use this information to find wavelength of the L_alpha line.

For a given element the wavelength of the K_alpha - line is 0.71 nm and of the K_beta - line it is 0.63 nm. Use this information to find wavelength of the L_alpha line.

For a cartain metal, the K obsorption edge is at 0.72 Å . The wavelength of K_(alpha), K_(beta). And K_(gamma) lines of of K series are 0.210 Å , 0.192 Å, and 0.180 Å, respectively. The eneggies of K, L and M orbit are E_(K), E_(L) and E_(M) , respectively. Then

For a cartain metal, the K obsorption edge is at 0.72 Å . The wavelength of K_(alpha), K_(beta). And K_(gamma) lines of of K series are 0.210 Å , 0.192 Å, and 0.180 Å, respectively. The eneggies of K, L and M orbit are E_(K), E_(L) and E_(M) , respectively. Then

A material whose K -absorption edge is 0.2 Å is irradiated by X-ray of wavelength 0.15 Å , find the maximum energy of the photoelectrons that are emitted from the K shell.

The wavelength of H_(alpha) line is Balmer series is 6563 Å. Compute the wavelength of H_(beta) line of Balmer series.

A material whose K -absorption edge is 0.2 Å is irradiated by X-ray of wavelength 3644 Å , find the maximum energy of the photoelectrons that are emitted from the K shell.