Yes we can, but only in tiny amounts.physior said:no, I don't want to create new particles (can we create matter? not sure)
Thermionic emission -. nearly every old screen (CRT) used that before flat screens became popular.I just want to "produce" charged particles, yes, if heating a wire will give me electrons, that's what I need
but are you sure by heating a wire I can get electrons? how exactly?
physior said:this is what I am trying to find out, the most efficient way to create ions, protons, etc
Nugatory said:The original question has been answered, so this thread is closed.
I've removed a long digression.
davenn said:not yet it isn't ;)
The most efficient way to produce charged particles is through a process called ionization. This involves using a high-energy source, such as a particle accelerator or an electrical discharge, to strip electrons from neutral atoms or molecules, resulting in the creation of charged particles.
Particle accelerators come in many different forms, but the most commonly used types for producing charged particles are linear accelerators (linacs) and circular accelerators (synchrotrons). Linacs accelerate particles in a straight line, while synchrotrons use powerful magnets to steer particles in a circular path.
Yes, charged particles can be produced naturally through various processes such as radioactive decay, lightning strikes, and solar flares. However, these natural methods are not as efficient as using artificial methods like ionization or particle accelerators.
The efficiency of charged particle production can be affected by a variety of factors, including the type and energy of the source used, the composition and pressure of the target material, and the design and setup of the particle production system.
Charged particles are used in a wide range of scientific research and applications, such as in medical imaging and cancer treatment, materials analysis, and particle physics experiments. They are also used in industrial processes like ion implantation and surface modification.