In this video, the making (DIY) of magnetic graphene is described. Iron ions are reduced in graphene. Obtain graphene ferro fluid. Making of graphene ( Reduced graphene oxide) shown at this video • Making Graphene from g...
Graphene in various forms is being used in drugs. But it's toxic. It causes inflammation and oxidation, which leads to hyperferritinemia, as in excess liron ions in the blood. What happens when magnetic graphene particles in the bloodstream are exposed to the magnetic field of the heart as they pass through it? Do they clump up & restrict blood flow? Enough to cause Ischemia/reperfusion injuries to the heart muscle? A heart attack?
Good job my man. I don't know why all these people talk about vaccines and such... i just see a beautiful nanoparticles synthesis. Just subscribed, wonder what your next videos are gonna be about. Keep it up!
Please help Will rubbing a permanent magnet over the magnetite nanoparticles generate heat i heard somthing about Neel relaxation and brownian relaxation can a permanent magnet be able to generate heat in these magnetite nanoparticles
Yes, rubbing a permanent magnet over magnetite nanoparticles can generate heat through a phenomenon known as magnetic hysteresis heating. Magnetite nanoparticles possess unique magnetic properties that make them susceptible to hysteresis heating when exposed to alternating magnetic fields. When a permanent magnet is rubbed over the surface of magnetite nanoparticles, it induces an alternating magnetic field due to the movement of the magnet. The nanoparticles, being ferromagnetic, align themselves with the magnetic field lines of the magnet. As the magnetic field rapidly changes direction, the nanoparticles experience a continuous reorientation of their magnetic moments. This repeated realignment generates internal friction within the nanoparticles, leading to the conversion of magnetic energy into heat energy. The amount of heat generated through magnetic hysteresis heating depends on several factors, including the size and concentration of the nanoparticles, the strength and frequency of the magnetic field, and the duration of exposure. It's worth noting that the heating effect may be more pronounced when the nanoparticles are in a concentrated form and when a stronger magnetic field is applied. Magnetic hysteresis heating has various applications, including hyperthermia cancer therapy, where magnetite nanoparticles are selectively heated to destroy cancer cells, and in magnetic nanofluid hyperthermia, where the heat generated by the nanoparticles is utilized for various biomedical and industrial processes.
It comes together forming blood clots, could be the biggest control weapon ever, if they went public said if you fall out of line we will hit you with the radio waves and bam your done, does it sound outlandish absolutely but remember in the 30s what Hitler tried so yes outlandish but not completely out of realm
