![An X-ray tube with a copper target is found to be emitting lines other than those due to copper. The K alpha line of copper is known to have wavelength 1.5405 A An X-ray tube with a copper target is found to be emitting lines other than those due to copper. The K alpha line of copper is known to have wavelength 1.5405 A](https://sahay.guru/wp-content/uploads/2020/09/123-3-844x1024.jpg)
An X-ray tube with a copper target is found to be emitting lines other than those due to copper. The K alpha line of copper is known to have wavelength 1.5405 A
![PDF) The K-beta/K-alpha intensity ratios of some elements at different azimuthal scattering angles at 59.54 keV PDF) The K-beta/K-alpha intensity ratios of some elements at different azimuthal scattering angles at 59.54 keV](https://www.researchgate.net/profile/Fatma-Tuzluca/publication/310836340/figure/fig2/AS:462368623861761@1487248678558/A-typical-observed-spectrum-from-Br-target-at-scattering-azimuthal-angle-of-0-and-polar_Q320.jpg)
PDF) The K-beta/K-alpha intensity ratios of some elements at different azimuthal scattering angles at 59.54 keV
![The K-beta/K-alpha intensity ratios of some elements at different azimuthal scattering angles at 59.54 keV The K-beta/K-alpha intensity ratios of some elements at different azimuthal scattering angles at 59.54 keV](https://cdnsciencepub.com/cms/10.1139/cjp-2016-0598/asset/images/cjp-2016-0598tab2.gif)
The K-beta/K-alpha intensity ratios of some elements at different azimuthal scattering angles at 59.54 keV
![If the K alpha radiation of Mo (Z = 42) has a wavelength of 0.71 A, calculate wavelength of the corresponding radiation of Cu, i.e., K alpha for Cu (Z=29) assuming b = 1. - Sahay LMS If the K alpha radiation of Mo (Z = 42) has a wavelength of 0.71 A, calculate wavelength of the corresponding radiation of Cu, i.e., K alpha for Cu (Z=29) assuming b = 1. - Sahay LMS](https://sahay.guru/wp-content/uploads/2020/09/119-4-1024x675.jpg)
If the K alpha radiation of Mo (Z = 42) has a wavelength of 0.71 A, calculate wavelength of the corresponding radiation of Cu, i.e., K alpha for Cu (Z=29) assuming b = 1. - Sahay LMS
![The wavelength of the characteristic X-ray K alpha line emitted by a hydrogen-like element is 0.32 A. Calculate the wavelength of K beta line emitted by the same element. - Sahay LMS The wavelength of the characteristic X-ray K alpha line emitted by a hydrogen-like element is 0.32 A. Calculate the wavelength of K beta line emitted by the same element. - Sahay LMS](https://sahay.guru/wp-content/uploads/2020/09/135-4-991x1024.jpg)
The wavelength of the characteristic X-ray K alpha line emitted by a hydrogen-like element is 0.32 A. Calculate the wavelength of K beta line emitted by the same element. - Sahay LMS
![The wavelength of characteristics X-ray K alpha line emitted from Zinc (Z=30) is 1.415 A. Find the wavelength of the K alpha line emitted from molybdenum (Z=42). - Sahay LMS The wavelength of characteristics X-ray K alpha line emitted from Zinc (Z=30) is 1.415 A. Find the wavelength of the K alpha line emitted from molybdenum (Z=42). - Sahay LMS](https://sahay.guru/wp-content/uploads/2020/10/37-s-2-1-1024x469.jpg)