Not exact matches
Some previous theoretical studies have suggested that the
magnetic field of a neutron star should break into smaller loops and dissipate
as the star ages — a
phenomenon known
as «turbulent cascade.»
Interactions between the
magnetic fields of Earth and the sun produce the beautiful polar
phenomena known
as auroras.
When the
magnetic orientation of those electrons, also known
as their spin, is the same
as the
magnetic orientation of the wires, the electrons travel effortlessly through the cluster, a
phenomenon known
as ballistic magnetoresistance (BMR).
That
phenomenon occurs where opposing
magnetic fields from different sources meet, such
as at the magnetopause, the boundary in space at which the sun's field pushes against the Earth's.
Magnetic order is a common phenomenon in three - dimensional materials, such as ferromagnetic order in iron bar magnets, where the magnetic moments on all iron atoms point in the same di
Magnetic order is a common
phenomenon in three - dimensional materials, such
as ferromagnetic order in iron bar magnets, where the
magnetic moments on all iron atoms point in the same di
magnetic moments on all iron atoms point in the same direction.
Wüthrich found a way to determine the precise shape of a very large biomolecule by studying how its hydrogen nuclei wobble when exposed to carefully tuned
magnetic fields — a
phenomenon known
as nuclear
magnetic resonance, or NMR.
This
phenomenon is referred to
as «
magnetic anisotropy», and is described
as the «directional dependence» of a material's magnetism.
The diagram labels by two red dots the location of an ESA Cluster satellite and NASA's IMAGE satellite on 15 September 2005, when particular conditions of the
magnetic field configuration gave rise to a
phenomenon known
as «theta aurora.»
Ever since Curie conjectured on «the symmetry in physical
phenomena, symmetry of an electric field and a
magnetic field,» it has long been a dream for material scientists to search for this rather unusual class of material exhibiting the coexistence of magnetism and ferroelectricity in a single compound known
as a multiferroic compound.
Along with the research's applications for fundamental physics of
magnetic, atomic, quantum and surface
phenomena, Dr Streed is also working
as part of Griffith's Institute for Glycomics to adapt these sorts of quantum technologies for medical and biological research.
«The forerunner to the
phenomenon is a violent eruption on the Sun's surface — also known
as coronal mass ejections or CME, where bubbles of hot plasma and gas in the form of particles, electrons, and a
magnetic field are hurled in the direction of the Earth,» says Per Høeg.
Outer Places posted a story about PPPL research showing that plasma bubbles could cause a
phenomenon known
as fast
magnetic reconnection.
As described by NMWA, the
Magnetic Fields series «reflects Thompson's quest to create a personal visual language for depicting
phenomena and effects not visible to the naked eye.
Using VHS
magnetic tape and other unconventional materials, Kempinas crafts dynamic works that are activated by natural
phenomena such
as light and the circulation of air.
Scientists now are teasing out the secrets of complex multi-scaled layers of turbulence in plasmas, the movement of particles through those plasmas, their interaction with
magnetic fields, and numerous other
phenomena that impact the plasma's ability to be harnessed
as an energy source.
When exiting the even ones the temperature doesn't go down much (no idea why, but it seems to be correlated with the
magnetic alignment of the solar wind — this
phenomenon has been going on at least
as long
as the 162 - year HADCRUT3 record, eight evenly spaced instances).
The key to this understanding are the concepts of a «torque» and the of natural power of «swirling vortices»
as these
phenomena that relate to the role of the atmosphere, the oceans, the Earth's «molten outer core,» and formation of Earth's
magnetic field on climate change.
there are however a number of scientists who see the universe
as an electrical and
magnetic phenomenon as much
as a purely gravitational one.
Their influence on the atmospheric circulation is focused on the polar regions by the Earth's
magnetic field [the opposite phase of the changes in the Arctic and the Antarctic can be explained by the
phenomenon of «solar system dissymmetry»
as a result of which fluctuations of solar constant occur].