I cannot believe there are down to earth channel with concise interesting subject covered without no dramatic title and minimalist thumbnail. Kudos to you, this channel is in some way resembles 3brown1blue.
Example GAS become PLASMA when gas is perturbed from external microwave E field. Then atoms inside molecule are exited (heat up) until there are ionizided separation of electron. During this process the system gas/plasma lose energy under infrared radiation, then in visible radiation when electron recombine with ionizided molecule.
If external perturbative microwave field stops , plasma cool down, becuse sistem still lose energy in infrared and in visible light. When temperature (cinetic energy ) is low enoght stop visible radiation, then stops infrared radiation , then plasma is trasformed back in gas
of course there is a magnetic fluid. it is what was previously called the ether. it should be possible in theory to simulate the atomic table literally just with a fluid simulation. this fluid has not friction for sure, but Im not sure about its density and ability to be compressed, but that could easy be determined if people saw space as a fluid, and magnetic, electric or gravitational fields are just mechanical pressure differences. the toroidal shape of a magnetic field is just the geometry of flow that any fluid forms when a volume of fluid is displaced. a cavitation bubble has the same shape as a magnetic field for the moment it exists because its the same thing, just temporary and in a different, more macroscopic fluid like water or air. atoms, or matter in general, is literally just a number of toroidal magnetic, ie ether flow fields sticking together. the "field" shape they produce looks exactly like atomic orbitals, because they are just spherical harmonics produced by the radial influence of pressure in a fluid. so if your fluid simulation is detailed enough, you could build the atomic table by placing stable toroidal flow fields, which will attract like magnets because of positive and negative interference when the fluid flow is properly done such that it produces the vortices on the poles of the toroids which are never shown in simulations or textbooks, and they will arrange to form flow shapes that are the spherical harmonics just because of pressure, completely analogous to how magnetic fields look when you let magnets stick together. each magnet or toroidal flow field has 2 poles, which are high and low pressure points and the source of a vortex flowing out or in. those two points are the "electron" and "proton" that forms the atom. so an atom is the result of as many toroidal flow fields sticking together as there are electrons and protons. sticking spherical magnets with equal strength together is the same as building atoms, just on a much larger scale. Gravity is a pressure shading effect that is produced by any 2 ether flow fields, and by extension, those that form atoms. an analogous force is present in any fluid, just to small to be noticed. magnetic fields alter gravity, but the scale is just too tiny to detect because it gets overshadowed by the earths gravity. but in a simulation, you should be able to see magnetism, electricity and gravity emerge just from a particle system with 0 viscosity and proper density and compressibility , and sufficient accuracy.
I'm trying to model nanofluid flow through a pipe with a magnetic field on the wall of the pipe. I used MHD mode in ANSYS Fluent software. I have a question here when nanofluid (Water+ CuO) passing through this pipe, is there any electric field induce? or there is just a magnetic field? and I have to cancel out the electric filed term in my governing equations?
Engineer Leo sorry 😐 I heard a similar English speaking way as French. I hope we can get in touch. I am doing aerodynamics in Peru 🇵🇪 but there are some limitations here. I am in my 40’s, but I am planning to move to Brazil to do CFD but adding a partially ionized media, counting production and loss of ions and electrons as it happens in equatorial ionosphere. Greetings from Peru 🇵🇪☝️
Check out our course in Udemy about the Navier-Stokes equations: www.udemy.com/understanding-the-navier-stokes-equations/
can you show equations for EHD instead of MHD?
Do not see the course, where can we find it now?
I cannot believe there are down to earth channel with concise interesting subject covered without no dramatic title and minimalist thumbnail. Kudos to you, this channel is in some way resembles 3brown1blue.
yes agreed!
Thank you for sharing all this information.
What are the Navier-Stokes equations for alternating magnetic fields?
what do we do when the magnetic field is inclined on the flow?
Hello Sir, what is the parameters of magnetic fields applied in Ansys fluent?
It is possible with this equation explain the change of state of PLASMA to GAS , from GAS to LIQUID from LIQUID to SOLID ?
Example GAS become PLASMA when gas is perturbed from external microwave E field. Then atoms inside molecule are exited (heat up) until there are ionizided separation of electron. During this process the system gas/plasma lose energy under infrared radiation, then in visible radiation when electron recombine with ionizided molecule.
If external perturbative microwave field stops , plasma cool down, becuse sistem still lose energy in infrared and in visible light. When temperature (cinetic energy ) is low enoght stop visible radiation, then stops infrared radiation , then plasma is trasformed back in gas
great video! Thank you!
Why did you eliminate E from the Lorentz force?
of course there is a magnetic fluid. it is what was previously called the ether. it should be possible in theory to simulate the atomic table literally just with a fluid simulation. this fluid has not friction for sure, but Im not sure about its density and ability to be compressed, but that could easy be determined if people saw space as a fluid, and magnetic, electric or gravitational fields are just mechanical pressure differences.
the toroidal shape of a magnetic field is just the geometry of flow that any fluid forms when a volume of fluid is displaced. a cavitation bubble has the same shape as a magnetic field for the moment it exists because its the same thing, just temporary and in a different, more macroscopic fluid like water or air.
atoms, or matter in general, is literally just a number of toroidal magnetic, ie ether flow fields sticking together. the "field" shape they produce looks exactly like atomic orbitals, because they are just spherical harmonics produced by the radial influence of pressure in a fluid.
so if your fluid simulation is detailed enough, you could build the atomic table by placing stable toroidal flow fields, which will attract like magnets because of positive and negative interference when the fluid flow is properly done such that it produces the vortices on the poles of the toroids which are never shown in simulations or textbooks, and they will arrange to form flow shapes that are the spherical harmonics just because of pressure, completely analogous to how magnetic fields look when you let magnets stick together.
each magnet or toroidal flow field has 2 poles, which are high and low pressure points and the source of a vortex flowing out or in. those two points are the "electron" and "proton" that forms the atom. so an atom is the result of as many toroidal flow fields sticking together as there are electrons and protons.
sticking spherical magnets with equal strength together is the same as building atoms, just on a much larger scale.
Gravity is a pressure shading effect that is produced by any 2 ether flow fields, and by extension, those that form atoms. an analogous force is present in any fluid, just to small to be noticed. magnetic fields alter gravity, but the scale is just too tiny to detect because it gets overshadowed by the earths gravity.
but in a simulation, you should be able to see magnetism, electricity and gravity emerge just from a particle system with 0 viscosity and proper density and compressibility , and sufficient accuracy.
Excellent video!
I'm trying to model nanofluid flow through a pipe with a magnetic field on the wall of the pipe. I used MHD mode in ANSYS Fluent software. I have a question here when nanofluid (Water+ CuO) passing through this pipe, is there any electric field induce? or there is just a magnetic field? and I have to cancel out the electric filed term in my governing equations?
loved it
Amei teu vídeo, você explica muito bem! Muito didático
Can u send me a good book for mhd??
If you find one let me know too
Thank you my friend. Very well done 👍 Are you from France 🇫🇷?
Non, je suis de Bresil :)
Engineer Leo sorry 😐 I heard a similar English speaking way as French. I hope we can get in touch. I am doing aerodynamics in Peru 🇵🇪 but there are some limitations here. I am in my 40’s, but I am planning to move to Brazil to do CFD but adding a partially ionized media, counting production and loss of ions and electrons as it happens in equatorial ionosphere. Greetings from Peru 🇵🇪☝️
shut the music
awesome video! thank you!