We have used QMC to
study magnetic properties of Ca2CuO3, an effectively one - dimensional counterpart of the famous superconducting cuprates.
He synthesized and
studied the magnetic properties of new classes of oxalato - and cyano - bridged heterometallic complexes.
Not exact matches
That's because the thin film of iron loses its
magnetic properties above a certain temperature, says von Bergmann, who coauthored the
study, along with nanoscientist Roland Wiesendanger of the University of Hamburg and colleagues.
«Interestingly, we found that
magnetic anisotropy is an inherent
property in the 2 - D material we
studied, and because of this characteristic, we were able to detect the intrinsic ferromagnetism,» said
study lead author Cheng Gong, a postdoctoral researcher in Zhang's lab.
«All of my research is performed under extreme conditions at high pressure, low temperatures and high
magnetic fields with the aim to
study magnetic and electronic
properties,» she explains.
My postdoctoral work had involved extending electronic structure methods to
study magnetic systems — exactly what I needed to predict the
properties of new multiferroics.
In the current
study, researchers have looked closer at the zebra finches» ability to utilise the Earth's
magnetic field and the different
properties of this built - in compass.
Coauthor of the
study, Viktor Struzhkin at the Carnegie Institution for Science, explained: «Our technique offers a powerful new tool for analyzing and manipulating electrons to advance our understanding of high - pressure superconductivity, as well as
magnetic and electrical
properties.»
For example, he is using data from AFLOWlib to
study why some alloys can form metallic glass — a peculiar form of metal with a disordered microscopic structure that gives it special electric and
magnetic properties.
In fact, my postdoctoral training at Yale had involved extending existing electronic structure methods so that they could be used to
study magnetic systems — exactly what I needed to predict the
properties of new multiferroics.
In this
study, they show that the
magnetic properties of the boundary surfaces can be specifically adjusted by layering different metals very thinly on top of one another.
Armed with this tool box, I was able to create computer models of virtual
magnetic ferroelectrics and
study their
properties.
Previous cancer
studies had shown that by injecting tumors with
magnetic nanoparticles made of iron oxide — «essentially rust, with well - tuned
magnetic properties,» Anikeeva says — then exposing them to rapidly alternating
magnetic fields, excited nanoparticles can be used to heat and destroy cancer tumors while leaving surrounding, healthy tissue intact.
Studying the
properties of 2D materials in comparison with their 3D counterparts raises many thought - provoking questions; one of them concerns
magnetic phase transitions.
Carol Finn of the USGS branch in Denver, Colorado,
studied the electrical and
magnetic properties of the volcano by hovering 50 meters above its slopes in a helicopter bearing remote - sensing tools.
An international research team has now
studied this question for the first time at ultra-high resolution on samples of magnetite, the mineral dominating the
magnetic properties in the earth's crust.
A new
study from the Cava lab has revealed a unifying connection between seemingly unrelated materials that exhibit extreme magnetoresistance, the ability of some materials to drastically change their electrical resistance in response to a
magnetic field, a
property that could be useful in
magnetic memory applications.
Perfection is not everything, according to an international team of researchers whose 2 - D materials
study shows that defects can enhance a material's physical, electrochemical,
magnetic, energy and catalytic
properties.
Carries out basic
studies of the structural, electronic and
magnetic properties of condensed matter systems using synchrotron - based x-ray scattering techniques..
Throughout the course of this
study, the teams compiled an extensive library of experimental and theoretical data including electronic,
magnetic, optical, photoelectrochemical, and structural
properties, which are now used as feedstock in material genome work and near - term development of superior PEC materials through materials - by - design techniques.
They
study Earth's features by measuring seismic (acoustic), gravitational, electrical and
magnetic properties.
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.
One must consider the various effects that alter the measured polarized signal, such as the shape of dust grains, the efficiency of grain alignment, the
magnetic field
properties, a... ▽ More (Sub --RRB- Millimeter observations of the polarized emission of aligned aspherical dust grains enable us to
study the
magnetic fields within protoplanetary disk.
They will
study magnetic storms and investigate their
properties in time and space.
There was considerable
study done on
magnetic properties of the cores, to a level that is beyond the usual concepts
studied by geophysicists in mineral exploration, soncepts reserved for the specialist geophysicists.