Recent content by Sveral

Yes, that sounds about right, just that the term in the original text was misleading to say the least. And, yes, you are correct, the one on the right is meant to be L6.

Homework Statement S stands for load and G for a generator. There is an odd term used- power flux distribution in the schematic. That`s what needs to be found. Homework EquationsThe Attempt at a Solution

The only way I`ve read it definitely could be done is with a free electron laser, but that`s not really an option...

I know, that it`s on the ridiculously difficult scale of things, but...it`s for a research, I`m a student and it`s for fun and research.

100 mJ per macropulse at a repetition rate of 30 Hz. Each macropulse is composed of È104 micropulses of 1 ps duration, spaced 350 ps apart. The spectral width is 50 to 90 cm^-1. Honestly, there`s not much detail I can give, because I`m not really knowledgeable about this topic, except for the...

Do, please, take a look a bit higher.

Yes, I am positive. It is needed to test a research, that was performed in the US for not fully explained reasons. It is made to create a PWM circuit, which would drive a 50 mW diode, which would prove or disprove a theory.

Hello, I wanted to ask, if anyone knows of a realistic circuit, which could be capable of producing a PWM of 1 pico second on and 350 ps off. Thanks to everyone taking the time to answer in advance.

About the domains I agree, yes, they disorientated under normal conditions. But this was about the bloch wall and cutting magnets, but I will get through it, don`t worry.

Here's an image of what the side view of the magnet would be like. The image at the top right corner. https://www.google.lv/search?q=Magnet+poles&prmd=ivmn&source=lnms&tbm=isch&sa=X&ved=0ahUKEwj8q9zmw9vWAhVjAZoKHTE8A2EQ_AUICygB&biw=320&bih=488#imgrc=WhDuOfFn99uzlM:

Hello, could someone explain to me, how I should cut a FeBa magnet, if it has one pole facing upward and the other downward so that the bloch wall would be across the entire length of the magnet. The dimensions of the magnet at hand are 152 x 102 x 52 mm. The bloch wall runs across the entire...

Have to say, that was much quicker than expected:D Thank you. Just didn`t know that much about this subject, that`s all.

Hello, I wanted to know, if someone knows of a realistic option of, how to cut barrium ferrite magnets without using a rock saw and without demagnetizing the magnet obviously? Thanks in advance everyone.

Too many copies:D Still given those two charts iron stands out as an element, that must be used, but it`s not enough alone...