... . "I was able to find an exact solution for the magnetic fields and currents that are generated in such a stack of tapes. Once I calculated how the magnetic flux penetrates into the tape, I then ...
... radiation. What it does use is a powerful magnetic field. Magnetic resonance tomography has been around for just ... (>110 years) but ordinary MRI technology uses magnetic flux densities of 1.5 and 3 ...
... into the pipeline steel, which in turn induces an opposing magnetic field. Any change in the hydrogen content ... nondestructive tools used in the pipeline industry (such as ultrasonics and magnetic flux leakage) are used for determination of cracks, corrosion ...
... charge as well as several bundles of magnetism known as “magnetic flux quanta.” Physicists believe ... . One nifty consequence of this is that the atoms now react to a magnetic field gradient in a way mathematically identical ...
... are carried with it and twist up into vortex-like structures. These twisted magnetic flux tubes, technically known as flux transfer events, form open windows in the planet's magnetic shield ...
... of contorted tubes (Strings) develops, through which magnetic flux is transported. These can be made visible by their interaction ... are generally valid for materials with the same topology, that is for magnetic moments on the pyrochlore lattice. For the development of new ...
... about 30 K. When the scientists applied an external magnetic field perpendicular to the loops, they found that the loop resistance ... to discrete units (quanta) of magnetic flux — the measure of the strength of the magnetic field piercing the loops ...
... , sinks, and returns toward the equator, transporting magnetic flux along the way. In their paper, Dikpati ... , known as the Predictive Flux-transport Dynamo Model, simulates the evolution of magnetic fields in the outer ...
... can create between 0.1 and 3 milliTeslas of magnetic flux. Three milliTeslas is about three-tenths the magnetic flux of a typical small bar magnet. Previous research into how electromagnetic fields affect ...
... , is based on the concept that an erupting plasma cloud is a giant "magnetic flux rope," a rope of "twisted ... and Kunkel's results show that the theoretically predicted magnetic field and plasma properties are in excellent agreement ...
... flow is turbulent. This contradicts the fundamental principle of "magnetic flux-freezing" formulated by Nobel Prize ... those bodies' magnetic fields, and my study may provide a solution to the longstanding puzzle of why flux ...
... when they reach the surface of the sun. Eruptions of the intense magnetic flux give rise to solar storms ... to home in on the anomalies that reveal the growing presence of magnetic flux associated with an incipient sunspot. They found that sunspots ...
... important to shield each individual sensor from the magnetic flux of adjacent bits. However, the current approach of placing the read sensor between two magnetic shields limits the resolution with which information can be packed ...
... leads to a temporary "runaway" intensification of the magnetic field. Magnetic flux emerges from the interior and suppresses ... gases around the emerging flux compress the cooler region and intensify the magnetic field. Eventually ...
... made measurements during a period when GCR fluxes remained at the highest levels ever observed ... period, the diminished power, pressure, flux and magnetic flux of the solar wind allowed GCRs and SEPs to more readily interact with objects they encountered -- particularly ...
