I was reading about characteristic x rays. I have a question I did not find an answer for it in the book (Concepts of Modern Physics-Sixth Edition-Arthur Beiser) or in the internet search. My question is:
How do the atom in the target (in the x ray production experiment) go to the normal state...
hello i found this equation in a course about x rays , and i couldn't find it anywhere else
they said that it is the theoretical expression of the energy spectrum , and dφ/dE is variation of the power emitted by the Coolidge tube as a function of the energy of the x ray. but i didn't understand...
Hi all,
I'm wondering how, for each peak in an x-ray spectra from a material (and using a crystal analyser), it is determined which energy level jump the peak corresponds to?
How would you figure out the correct value of n to substitute into Bragg's Law to find the energy of the beam?
Thank you!
Good morning all, I was just wondering the following question. When an electron is accelerated it emits electromagnetic radiation, depending on how much it is accelerated the energy varies so the frecuency does and the electromagnetic wave emitted would be of different colors or maybe even...
What equation would I need to use to determine the energy of photons released when radio-isotopes decay? I would like to figure out the energies of photons released when tritium and plutonium 237 decay.
Hello I had two doubts, I know that medical physicist when working with x-rays use the formula D(x)=alfa*mu*I(x)/rho
where D(x) is the dosis absorbed
Alfa is the factor of the energy that damages
Rho is the density
mu is the absorbtion coefficient
My doubt is the following: Does this formula...
When electrons of high energy fall on metal X rays are produced.What about the metals having large atomic number and showing natural radio activity?Will there be a collision between the electrons and alpha and beta particle? I can not understand this. So please help me.
Hi everyone. By reading stuff on the Internet, I found many times the correlation between machine learning and NMR, or, better, algorithms that are implemented for that kind of technology( The same goes for PET, or CT scans.
The thing I want to ask is, how much do you think that the two things...
HI everyone. I'm a student of communication systems engineering in Italy, doing his year of bachelor. What i wanted to ask, to all of you, was a doubt which I had during the last few months : choosing a carreer in Physics, or in Engineering, after getting my bachelor's degree in Engineering...
I have been looking for information about the way Radiotherapy works and, needless to say, there is much more involved than just local frying of tissue. I have been told and also read, that the dose received in tissue is not necessarily maximum at the surface. For instance, the dose seems to be...
1. I have problems finding the truth of this statement.
The statement is cited from "book".
I want to draw your attention to the following words: electron is decelerated
2. Statement: "Bremsstrahlung X rays result from Coulomb interaction between the incident electron and the nuclei of the...
Hello,
I'm trying to figure out how to calculate how much energy is being released in a nuclear fusion reaction from x rays. I think it will have to do with how much deuterium is in the vacuum chamber, how many volts I am using and the amount of resistance of the mesh the electricity is...
Would it be possible to produce a fusion reaction(fusing deterium atoms) using x rays instead of high voltages? Scientist are trying to create fusion using laser, which is just focused photons, but if you have energetic photons such as x rays, which would knock the electron of the deterium atom...
Homework Statement
Given is the X-ray machine in which electrons are accelerated in the potential difference of 10000 V before hitting the electrode and loosing its energy. Find the maximum energy of the emitted X rays in keV and in Joules.
Homework Equations
The Attempt at a...
Homework Statement
Using a 1 electron model, evaluate the energies of the muonic K X rays in Fe assuming a point nucleus.
Homework Equations
The \Delta E is the difference between energy of the 1s state in an atom with a "point" nucleus and the 1s energy in an atom with uniformly charged...
Well i couldnot help out with the concept that conventional tubes for x ray production require high acceleration voltages in the order of kVs but how a portable XRF produces x rays with a rechargeable battery ?? Does it produce high enough accelerationn pressure, i have some doubts or there is...
hi All,
why is this? some matter has a refractive index of slightly less than one for light in the x ray region. This implies a phase velocity faster than c, right? could someone explain what is actually happening here?
THANKS!
Homework Statement
An x-rays tube is connected to a 50 kV emf. Calculate the minimum wavelength that one can find in the radiation spectra that the tube produces.Homework Equations
No idea! This is why I ask help here. The Attempt at a Solution
Stuck at start. I've searched in google and...
I know the process of their production, now I want to know what's their origin? How does an atom produce them?
PS:Donno whether it's the right forum to ask this question or not, so feel free to move it to the right place!:smile:
http://www.nytimes.com/2008/10/28/science/28xray.html?ref=science
I don't know why but I found this to be amusing. It sounds like something from the Onion, or our own Turnip...hey whatever happened to the Turnip thread.
Problem:
Diffraction of X rays has been observed when a beam strikes an extremely fine slit. What must be the width if the slit if X rays of wavelength 10A are to display a diffraction pattern with a central beam of angular width 0.1?
I used Bragg's equation to obtain...
Hey here is the question I have to answer...
What is the principal difference between light and an X-ray?
I thought that X rays have short wavelengths, and light has long?
Thanks
Hi
I am looking for a website which explains the use of Moseley's Law for calculating parameters for characteristic X-ray spectra (in particular K_{\alpha} lines and the compliance with Bohr's formula (modified).
Searched google but didn't find anything comprehensive enough.
Eagerly...
Ok, so we all know that the shorter the wavelength, the higher the frequency, and the higher the photon energy for EM radiation. How does this relationship explain why X rays are highly dangerous to living things, and radio waves are not?
Thanks in advance.