'Increasing magnetic field' diaporamas de présentation

Synchrotron

Synchrotron. After the cyclotron, the next idea was to constrain the particles to a constant r and accelerate them with RF fields Both the B field and the frequency (velocity) will increase Oliphant (Australia) first developed the idea but it was classified

1.61k views • 87 slides

Synchrotron

Synchrotron. After the cyclotron, the next idea was to constrain the particles to a constant r and accelerate them with RF fields Both the B field and the frequency (velocity) will increase Oliphant (Australia) first developed the idea but it was classified

884 views • 87 slides

Electromagnetic Induction

Electromagnetic Induction. Magnetic Flux. The magnetic flux is important in understanding electromagnetic induction. The magnetic flux ( ? ) is a measure of the number of field lines passing through a region. The unit of magnetic flux is the weber (W) It is a vector quantity. A.

273 views • 27 slides

CHEM 344

253 views • 17 slides

Microresonator for the E P R experiments

Microresonator for the E P R experiments. R. Narkowicz. Outline. Concept of the microresonator Experimental and technoligical constraints Microcoil d esign and optimization Experimental verification of the design Next steps Conclusions. Concept of the microresonator.

248 views • 13 slides

Motional Electromotive Force

Motional Electromotive Force.

153 views • 8 slides