Proton Velocity After Atom Release: An Overview

In summary, the standard velocity of a proton when released from an atom depends on the process and can vary depending on the collision, resulting in a spectrum of proton energies. There is a limit to the velocity of proton emission, which is c and depends on the energy release of the process and the masses of the products.
  • #1
Element115
3
0
Is there a standard velocity for a proton when and if it is released from an atom?
 
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  • #2
No, it depends on the process, how it is released, but what kind of process do you have in mind?
 
  • #3
Either by fission, or by proton bombardment that displaces existing protons from the target atom. Thanks for the reply.
 
  • #4
Element115 said:
Either by fission, or by proton bombardment that displaces existing protons from the target atom. Thanks for the reply.

But think about it. Assuming that you have some knowledge of photoelectric effect, can't you see a similar phenomenon here? I can shoot protons (or neutrons, etc) of varying energies at an atom. Such energies will be used to liberate the protons in the atoms, but depending on the collision, the protons will also take various fractions of the primary proton energy for their kinetic energy. This results in a spectrum of proton energies.

So why would there be only one "standard" velocity or energy of such outgoing protons?

Zz.
 
  • #5
I thought perhaps there might be a constant or a proposed theory or real data about the limits on the velocity of proton emission.
 
  • #6
Element115 said:
I thought perhaps there might be a constant or a proposed theory or real data about the limits on the velocity of proton emission.

Read your original post again. You said no such thing.

The limit to the proton velocity is c.

Zz.
 
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  • #7
Yes there is a limit to the energy of the proton and it depends on the process's energy release and the products' masses...
 

1. What is the significance of studying proton velocity after atom release?

Studying proton velocity after atom release is important because it provides insight into the dynamics of atomic and molecular processes. This information can be used to understand chemical reactions, energy transfer, and other fundamental processes in various fields of science.

2. How is proton velocity after atom release measured?

Proton velocity after atom release can be measured using various techniques such as time-of-flight mass spectrometry, laser-induced fluorescence, and ion imaging. These methods involve detecting and analyzing the movement of ions and atoms after they are released from a sample.

3. What factors can affect proton velocity after atom release?

The velocity of protons after atom release can be influenced by several factors, including the energy of the released atoms, the type of atom or molecule, the surrounding environment, and any external forces acting on the particles.

4. How does proton velocity after atom release relate to chemical reactions?

The velocity of protons after atom release can provide information about the energy and momentum of particles involved in a chemical reaction. This can help determine the mechanism of a reaction and the energy barriers involved, which can aid in the development of more efficient and selective reactions.

5. Are there any practical applications for studying proton velocity after atom release?

Yes, understanding the dynamics of proton velocity after atom release has practical applications in fields such as materials science, pharmaceuticals, and environmental studies. It can also aid in the development of new technologies, such as more efficient and precise lasers for industrial and medical use.

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