Recent content by nuiluidwde
-
N
Graduate Cyclotrons and particle ionisation
Cyclotron Guiding Centre Hmm... OK well I think I have enough information now to get the particles ionised now, but as for the actual cyclotron, looking at web pages, I don't see a lot of discussion on technical issues. I'm aware that the particles may drift up or down, parallel to the magnetic...- nuiluidwde
- Post #5
- Forum: High Energy, Nuclear, Particle Physics
-
N
Graduate Cyclotrons and particle ionisation
Thanks very much for answering all those questions :) The reason for them is that I'm thinking of building an experimental device, which needs low energy accelerators and bare nuclei, and I though one or two small cyclotrons might be able to accomplish both of those. I only need a few hundred...- nuiluidwde
- Post #3
- Forum: High Energy, Nuclear, Particle Physics
-
N
Graduate Cyclotrons and particle ionisation
Hi, If a cyclotron is being used to accelerate particles, it is obviously ideal to have bare nuclei as this will substantially increase the rotational frequency, and thus the velocity and particle energies. It can be shown from the formula f=\frac{B q}{2 \pi m} that the frequency increases...- nuiluidwde
- Thread
- Particle
- Replies: 5
- Forum: High Energy, Nuclear, Particle Physics
-
N
Net movement of plasma in tokamak
Wow :D Thanks for everyone's contributions, I understand a lot more now and those links were great. I've got another question now, in a cyclotron, is the majority of the particle energy supplied by the surrounding magnetic field or the wave function between the Dees? Are there any equations...- nuiluidwde
- Post #9
- Forum: Nuclear Engineering
-
N
Net movement of plasma in tokamak
Hi, I've got conflicting impressions on the motion of particles in tokamak reactors. Wikipedia says that they generally follow the poloidal field lines due to the Lorentz force, whilst another site claimed that the promising results were due to the random motion of the particles within the...- nuiluidwde
- Thread
- Movement Net Plasma Tokamak
- Replies: 11
- Forum: Nuclear Engineering
-
N
Graduate Protons, Photons, and ionic states of matter with one type
Is it possible to impart heat to a cloud of protons via EM radiation? Photons usually interact with electrons, and I can't find much info on pure photon-proton interaction. Also, if you took some hydrogen ions (protons, to be specific), could you form a state of matter, such as a liquid...- nuiluidwde
- Thread
- Ionic Matter Photons Protons States Type
- Replies: 1
- Forum: Optics
-
N
Graduate Do the extra dimensions really make sense?
Is it just me, or are dimensions supposed to simply add another coordinate, i.e., I can move 1m in x, y or z direction and be 1m away from where I started, are the dimensions in string theory based on this concept or do I not understand what a dimension is? The most confusing part is how these...- nuiluidwde
- Thread
- Dimensions Extra dimensions
- Replies: 6
- Forum: Beyond the Standard Models
-
N
Graduate Quantum Entanglement: Entanglable particles?
Thanks DrChinese :biggrin:, that explanation was perfect, I feel I understand it quite well now, except for how to put two particles (other than photons) into a superposition, but I guess that's what's being investigated at the moment and the crux of the scientific research.- nuiluidwde
- Post #3
- Forum: Quantum Physics
-
N
Graduate Quantum Entanglement: Entanglable particles?
All the scientific documents explaining QE that I have read always refer to the entanglement of photons, and yet some news reports state that ions such as beryllium and magnesium have been entangled (http://www.livescience.com/strangenews/090603-maco-entanglement.html) so that instead of just...- nuiluidwde
- Thread
- Entanglement Particles Quantum Quantum entanglement
- Replies: 2
- Forum: Quantum Physics