I am a Class 12 student and I found this video. The best thing of yours is that your fluency in English is just wow 😍 And you covered everything very nicely. Now I can write the same words spoken by you in the exam. Nicely explained 😊
This is a FANTASTIC presentation of cyclotron fundamentals. I watched lots of videos and even read NASA & university PDFs but was left disappointed; none of them answered my questions the way you did. Thank you SO much!
Thank you very much sir🙏 I was obsessed and worried with online classes. With your assistance, I came out of the traumatic stir and now, attained liberty from the perplexing classes.🙂 I hope that you'd continue this assistance even further to help the students and wish you a good fortune, sir :-)
Really your every video is awasome sir In short clip u give muchh better information with very clear way Your video clip is far better than others. Videos which are avilable on u tube Thank alot sir
Hi Dibyajyoti sir , I would like to correct one small thing in the diagram of the cyclotron, about the direction of force experienced by the proton, it should go downward 👇. The explanation is fantastic, you are just awesome. Regards another random Dibyajyoti
Sir, I am having a big confusion regarding the motion of charged particles between the gap of dees,, We know that if charged particle initially at rest, if we put it in crossed E and B field then it will follow a cylclodial path( Magnetostatic D.J Griffith), but also in cyclotron in between gap of dees, there is crossed fields E& B then, charged particles must follow cylclodial path continuously, Then how can we achieve acceleration of the particles inside the cyclotron, If somehow nodes of cycloids and the gap ends coincides then velocity will be zero, then no magnetic force will be on particle hence no acceleration.
I have been asked that with this position particle, Is there a waste product generated, If yes is it harmful or useful? If harmful what's its solution or if useful where it is useful?
Totally amazing explanation by you 👏 👌 Very much love ❤️ for you sir.But a request that please 🙏 Write the notes such as construction working principle. Thanks sir 🙏
Great video - I really enjoyed the explanation! I am wondering what is the limit for how many particles can be accelerated per one cycle at once? And also, why do we use electromagnets and not neodymium magnets - the cyclotrons will be much more lighter then with similar magnetic field?
Thank you for this video! I have a question, why is the oscillation frequency calculated for the full 2πR? I expected it to be just πR, since this would correspond to the time spent by the particle in the dee completing one semicircular path.
Why is the frequency of the voltage not 2 times greater than the frequency of the charge particle? Doesn't the voltage need to change 2 times during one whole revolution?
Kind of like a merry-go-round or carousel where two people are standing on each side pushing you faster and faster. But they can only push if they have the right polarity which oscillates every time you reach where they are standing?
This is similar to electromagnetic induction in AC current? The spirals are only the trajectories of the particles correct? It's the electric lines of force not the magnetic lines of force that actually accelerate the particles correct?
Question: I have been told that the electrons or charged particles in the ion beam of cyclotrons do not have a magnetic field even though they travel at tens of thousands of Kms . Is that true? if so, where did its magnetic field of a moving charge go?
the magnetic field created by moving charged particle is circular one with a particle at the center this field gets canceled by the external magnetic field which could be understood by looking at the path followed by the particle. At any given instant the magnetic field created by the particle would get cancelled by external magnetic field
