Recent content by Mohamed Nedal

Hello , What is the electric field inside a hollow rectangular conductor of length ( L ) ?

yes I know how cyclotron , synchrotron , betatron .. etc. works I suppose another design for circular accelerator

yes I mean the current ( electricity ) that I apply on the accelerator . According to what I understand , The angular frequency of moving particles is equal to the angular frequency of the current which is applied on the accelerator , is equal to : ω = q*B/m = 2*π*f , where ( f ) is the...

The current that supplied to the accelerator

Okay , I'll be careful in the next time

Hi guys , Suppose there is a circular accelerator has the same inner structure of a linear accelerator in terms of the rings of acceleration ... The angular frequency of accelerated particles is : ω = qB/m = 2πf , and this is also the supplied current frequency ... The question is ...

Can you list some of those ways , if you don't mind ?

yes I know , It is just an idea ... :) Let's look in another way , we have this solution and there is a magnetic field applied on ... So , a separation for charges ( Ions ) will occur , and we can get electricity from this process , right ?

I think it is very very small , but it just an idea ... Assumed we have a lot of electrical energy , is that possible ?

Hello everybody , We know it is possible to accelerate ions through electric field , this is in case of " Gas Ions " ... But , when we put some salt ( i.e : NaCl salt ) in water , we get Na+ ions and Cl- ions also , If we made a circular chamber containing this solution and applied...

Unfortunately , It is ideal inefficient process ... I'll try to find some solution . Thank you

Yes its very hard thing , but I'm sure that there is some formula to get these values but I cannot find it ... So if we want to calculate these values Theoretically , How to make this ?

ya I know , I have another two questions please ... 1 - Is there some formula to get this weak current and magnetic field ? 2 - The particle's cyclotron resonance frequency which is : f = q*B/2*Pi*m Is it the the frequency of the supplied current also ?

Wonderful analogy :) I want to design a circular particle accelerator for air molecules , So with knowing the required input energy to make ionization and the No. of particles inside the chamber , I can get the ion density or its No. inside this volume ... And then accelerate them with...

ya i want to use the elastic collision theory to know the velocity or energy of Oxygen molecules after ionization with high-speed electrons ... With knowing the ionization energy of one Oxygen molecule that equal 13.6 eV , So if I have ( n ) molecules that I want to ionize them , Should I...