Suppose i got a vacuum chamber and a applied a high magnetic field around it like it is surounfing the chamber, and i want keep feeding a substance with many particles but keeping the volume constant.
Will this experiment work or any flaw regarding the magnetic field.?
if you have just a gas, the magnetic field should not have any influence on it (except, maybe, from some non-linear effects regarding the optical properties) but I don't really understand your question - what is the experiment exactly? - you just want to put gas into a vacuum chamber? - if your pumping rate is constant and your flow goes up then also the pressure (and, hence, the density) will increase.
It really depends on what you are trying to keep the volume constant for. Unless it's a gas of charged particles I can't see how a magnetic field would help. What are you actually trying to measure? Why is a vacuum changer needed?
There is no gas . Just a Material which is initially small of some fixed volume and the material does not increase its volume because magnetic field would keep the volume as it is i.e. volume is confined . I just want to increase its mass hence increase density. I guess it may result in Super dense matter (keeping volume fixed). I just want to know if there is any fault in it or may it not work?.
Dear Vishal Kumar Pathak
Have a nice day and good times
the density of any material is constant and it is a characterising property. Changing the density means changing the physical properties of the material.
Thanks
Can i increase the mass keeping its volume constant, maybe under high field?
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