3) A list of anode materials that are considered for use in x-ray generation in an x- ray diffraction experiment set-up are given below along with their Ka and K$ radiation wavelengths. If our only option for an x-ray filter material is Ni, which anode material would provide the ideal x-ray beam? Provide your reasoning, making use of the graph below, showing the wavelength dependence of the mass absorption coefficient of Ni. Table: List of anode materials and wavelengths of their Ka and KB radiations. Cu Co Fe Cr Mo à for Ka (meters) 1. for KB (meters) 1,541E-10 1,790E-10 1,938E-10 2,292E-10 7,099E-11 1,393E-10 1,622E-10 1,758E-10 2,076E-10 6.328E-11 Figure: Wavelength dependence of mass absorption coefficient of Ni. 400 300 K absorption edge 200 1:a 100 0.5 1.0 1.5 2.0 2.5 (u8/zu))
3) A list of anode materials that are considered for use in x-ray generation in an x- ray diffraction experiment set-up are given below along with their Ka and K$ radiation wavelengths. If our only option for an x-ray filter material is Ni, which anode material would provide the ideal x-ray beam? Provide your reasoning, making use of the graph below, showing the wavelength dependence of the mass absorption coefficient of Ni. Table: List of anode materials and wavelengths of their Ka and KB radiations. Cu Co Fe Cr Mo à for Ka (meters) 1. for KB (meters) 1,541E-10 1,790E-10 1,938E-10 2,292E-10 7,099E-11 1,393E-10 1,622E-10 1,758E-10 2,076E-10 6.328E-11 Figure: Wavelength dependence of mass absorption coefficient of Ni. 400 300 K absorption edge 200 1:a 100 0.5 1.0 1.5 2.0 2.5 (u8/zu))
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
Related questions
Question
![3) A list of anode materials that are considered for use in x-ray generation in an x-
ray diffraction experiment set-up are given below along with their Ka and K$
radiation wavelengths. If our only option for an x-ray filter material is Ni, which
anode material would provide the ideal x-ray beam? Provide your reasoning,
making use of the graph below, showing the wavelength dependence of the mass
absorption coefficient of Ni.
Table: List of anode materials and wavelengths of their Ka and KB radiations.
Cu
Co
Fe
Cr
Mo
à for Ka
(meters)
1. for KB
(meters)
1,541E-10
1,790E-10
1,938E-10
2,292E-10
7,099E-11
1,393E-10
1,622E-10
1,758E-10
2,076E-10
6.328E-11
Figure: Wavelength dependence of mass absorption coefficient of Ni.
400
300
K absorption
edge
200
1:a 100
0.5
1.0
1.5
2.0
2.5
(u8/zu))](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F73f38f1b-79ca-497d-a63d-5739b3db4c9b%2F657208f7-92ce-4a25-854b-cc2d7ec16780%2F8mklfmc_processed.png&w=3840&q=75)
Transcribed Image Text:3) A list of anode materials that are considered for use in x-ray generation in an x-
ray diffraction experiment set-up are given below along with their Ka and K$
radiation wavelengths. If our only option for an x-ray filter material is Ni, which
anode material would provide the ideal x-ray beam? Provide your reasoning,
making use of the graph below, showing the wavelength dependence of the mass
absorption coefficient of Ni.
Table: List of anode materials and wavelengths of their Ka and KB radiations.
Cu
Co
Fe
Cr
Mo
à for Ka
(meters)
1. for KB
(meters)
1,541E-10
1,790E-10
1,938E-10
2,292E-10
7,099E-11
1,393E-10
1,622E-10
1,758E-10
2,076E-10
6.328E-11
Figure: Wavelength dependence of mass absorption coefficient of Ni.
400
300
K absorption
edge
200
1:a 100
0.5
1.0
1.5
2.0
2.5
(u8/zu))
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