That research brought him into contact with the UK company Oxford Instruments, which, focusing as it does
on high magnetic field, low - temperature environments, supplied some of the technologies Cuthbert used in his research.
Not exact matches
On Earth, the brightest auroras (the
high - altitude glows often called the northern and southern lights) are generated when electrons in outer space near Earth are accelerated by large electrical potentials, or voltages, along the lines in our planet's
magnetic field and slam into gas molecules in the upper atmosphere above polar regions.
Miscarriage occurred in 10.4 percent of the women with the lowest measured exposure level (1st quartile) of
magnetic field non-ionizing radiation
on a typical day, and in 24.2 percent of the women with the
higher measured exposure level (2nd, 3rd and 4th quartiles), a nearly three times
higher relative risk.
The limit
on the number of such
high - speed relic monopoles that could inhabit the Milky Way without sapping its
magnetic field is called the «Parker bound».
«In a nutshell, we have discovered using numerical simulations a physical regime where we would generate the
highest magnetic fields ever generated
on Earth.
Robert Bossio is currently working
on his Ph.D. in analytical chemistry /
high resolution - high mass accuracy mass spectrometry at Florida State University under Alan Marshall at the National High Magnetic Field Laborat
high resolution -
high mass accuracy mass spectrometry at Florida State University under Alan Marshall at the National High Magnetic Field Laborat
high mass accuracy mass spectrometry at Florida State University under Alan Marshall at the National
High Magnetic Field Laborat
High Magnetic Field Laboratory.
«Instead of a prolonged, comet - like tail, this rough bubble - shape of the heliosphere is due to the strong interstellar
magnetic field — much stronger than what was anticipated in the past — combined with the fact that the ratio between particle pressure and
magnetic pressure inside the heliosheath is
high,» said Kostas Dialynas, a space scientist at the Academy of Athens in Greece and lead author
on the study.
On the other hand, in
magnetic field confinement fusion plasma intended for a fusion reactor, which research is being conducted at the National Institute for Fusion Science, development of
high precision electron density measurements is becoming an important research topic.
As these monsters feast
on clouds of gas, their intense
magnetic fields could thrust jets of
high - energy particles out into space at virtually the speed of light.
Though astronauts could be exposed to
higher radiation levels, there is no increased danger
on Earth, as the planet's
magnetic field deflects these particles.
Aiming for the achievement of fusion energy, research
on confining a
high temperature,
high density plasma in a
magnetic field is being conducted around the world.
We know that for energies of modest to intermediate energy, the culprit or the source of the acceleration appears to be the shock front that surrounds a [an] expanding supernova blast wave; that is to say, we have a star that undergoes a massive cosmic explosion [and] drives a strong shock wave out into the surrounding interstellar medium, and the gas around the shock wave, and all the
magnetic fields associated with it are capable of accelerating particles to very
high energies; and also incidentally magnifying and amplifying the
magnetic field associated with that shock front and giving a lot of x-ray emission and radio emission and so
on, and so we've understood that.
As the structures are so tiny — each grain is only about the size of a virus — there is only one method with which the nanovortices can directly be observed while they are heated up and cooled down: «A special
high - resolution electron microscope at the Ernst Ruska - Centre (ER - C) in Jülich is capable of making
magnetic fields on the nanoscale holographically visible,» explains Almeida.
«We found that the energetic plasma signatures occur
on high - latitude
magnetic field lines that have been «closed» by the process of
magnetic reconnection, which then causes the plasma to become relatively hot,» says Dr Fear.
Yet, despite their widespread use, at room temperature only three elements are ferromagnetic — meaning they have
high susceptibility to becoming and remaining
magnetic in the absence of a
field, as opposed to paramagnetic substances, which are only weakly attracted to the poles of a magnet and do not retain any magnetism
on their own.
Proton density after laser impact
on a spherical solid density target: irradiated by an ultra-short,
high intensity laser (not in picture) the intense electro -
magnetic field rips electrons apart from their ions and creates a plasma.
«The
magnetic field does that at a
higher level in the atmosphere, but the gravity
field tells us that it's going
on a lot deeper, in the middle of the planet, or even deeper than that,» Bolton says.
Using data from the CanariCam infrared camera
on the Gran Telescopio Canarias, astronomers have created a
high resolution map of the
magnetic field lines...
SDO / HMI provides fantastic views of the photospheric
magnetic field at very
high spatial resolution, and
on very fast time - scales.
Ganymede has a weak
magnetic field, and, like
on Earth, this generates an aurora - the glow created when
high - speed subatomic particles slam into the extremely thin atmosphere.
Among the open problems he studies are the effects of convective overshooting in
high - mass stars and the impact of
magnetic fields on the properties of low - mass stars.
The dynamics of solar processes can be captured
on shorter time scales, and the improved light - gathering capacity of the new telescopes allows us to extract more information from spectral lines with
higher fidelity and accuracy, especially with respect to
magnetic field measurements.
Their research could shed light
on the origin of primordial
magnetic fields that formed when galaxies were created and could help researchers understand how cosmic rays are accelerated to
high energies.
Using
high - intensity lasers at the University of Rochester's OMEGA EP Facility focused
on targets smaller than a pencil's eraser, they conducted experiments to create colliding jets of plasma knotted by plasma filaments and self - generated
magnetic fields.
Abstract: Oxford Instruments is delighted to congratulate our partners at the National
High Magnetic Field Laboratory (NHMFL)
on the successful demonstration of a 32 Tesla all - superconducting user magnet
on 8th of December 2017.
Technologies available in our hospital include but are not limited to:
high field magnetic resonance imaging (MRI), computerized tomography (CT), digital radiography, ultrasonography, complete endoscopy services, cardiac catheterization laboratory,
on - site diagnostic laboratory services and full service surgical suites.
Thus it can be concluded that the
high magnetic field produced by Chariclo - Chiron interaction blocks the GCRs in a predictable manner thus driving the individual cyclone formation
on earth.
The purpose appears to be to assess the impact of
high altitude nuclear explosions
on radio transmission and radar operations because of the electro -
magnetic pulse (EMP), and to increase understanding of the geomagnetic
field and the behaviour of the charged particles in it.
The
magnetic field strength deflects more or less galactic cosmic rays which are really very
high energy charged particles and the interaction between charge and
magnetic field strength deflects them just like the magnets
on the yoke of a cathode ray tube deflects an electron beam.
As seen in Figure 6, particularly the
higher - frequency variations in the two radionuclide estimates agree rather well in phase and show
higher amplitudes than the geomagnetic reconstructions, confirming the results by Snowball et al. (2007) that variations in radionuclide production rates
on up to multi-centennial time scales are dominated by solar
magnetic field variations.