Low temperature plasmas are one of the best media for CO2 decomposition — the split - up of the molecule into oxygen and carbon monoxide — both by direct electron impact, and by
transferring electron energy into vibrational excitation.»
Not exact matches
«Strings of
electron - carrying proteins may hold the secret to «electric bacteria»: The nanowire structure and
electron transfer process of a unique bacterium could provide a foundation for sustainable
energy.»
A beam of
electrons was first observed to be accelerated with a «gradient» — or
energy transfer rate — of 300 MV / m, which is very high for present - day accelerators, in a device rather like a microchip.
The ultraviolet light pushes the
electrons into the iron trap — then the red light has enough
energy to
transfer them into the stronger manganese traps.
And it is this high «effective mass» that ups the
energy released when the
electrons are
transferred.
The scheme of oxidases action is simple:
transferring electrons to molecular oxygen, reducing equivalents are oxidized again, and as a result «the
energy currency» of the cell — the proton - moving force is generated.
It consists of
electron transfer to the originally ionized Ne atom matched by
energy transfer away from the Ne, which leads to ionization of the second Kr atom nearby.
In the studied model system, X-rays produce the doubly - charged particle (Ne2 +), which catches an
electron from one of the neighboring atoms (Kr),
transferring the
energy to the other and releasing another
electron.
At the same time, the
energy transferred to the neighbouring atom knocks a loosely bound
electron out of it.
Another hypothesis holds that the liberated
energy is
transferred to the
electrons of the surface molecules, raising them to a higher
energy level or exciting them.
In order to shed light on superconductivity in graphene, the scientists resorted to the powerful photoemission method: when a light particle interacts with a material it can
transfer all its
energy to an
electron inside that material.
This pulse is only some tenths of a trillionth of a second long and
transfers energy to the
electrons in the molecule, exciting them into helical motion.
Chemin and his colleagues, meanwhile, have shown that the interaction can go both ways: In the 28 August Physical Review Letters, they report that tellurium nuclei primed with the right amount of
energy can
transfer it to
electrons, which in turn give up photons.
After photo - excitation of the conjugated polymer with light of
energy greater than the π - π * gap, an
electron transfer to the C60 molecule is initiated.
«We have shown that carbon nanotubes promote the conversion of light
energy into
electron transfer within the chloroplasts,» Giraldo explains.
Regardless of the mode of
energy transfer, one
electron is ejected from the helium atom.
«The direct growth of anchored MoSoy nanocrystals on graphene sheets may enhance the formation of strongly coupled hybrid materials with intimate, seamless
electron transfer pathways, thus accelerating the
electron transfer rate for the chemical desorption of hydrogen from the catalyst, further reducing the
energy required for the reaction to take place,» Sasaki said.
Albert Einstein already explained the «photoelectric effect» in 1905: light
transfers energy to an
electron, removing it from the metal.
In artificial photosynthesis systems chromophores, or «photosensitizers,» absorb light
energy and
transfer electrons to the catalyst, which activates the chemical reaction.
Researchers produce such heating by aiming microwaves at the
electrons gyrating around magnetic field lines — a process that increases the thermal
energy of the
electrons,
transfers it to the ions through collisions, and supplements the heating of the ions by neutral beam injection.
Dr. El - Naggar has increased our understanding of
electron transfer focusing on bacterial nanowires, and is working to develop new nanomaterials and tools for
energy conversion.
Computational studies by the team's theoreticians showed that the dipeptide in the meta position was more compact, making
electron transfer faster, because of the smaller
energy associated with the necessary twist in the scaffolding, or the ability to get closer to the electrode.
Batteries with multivalent cathodes (which have multiple
electrons per mobile ion available for charge
transfer) are promising candidates for reducing cost and achieving higher
energy density than that available with current lithium - ion technology.
The simulations showed that the observed behavior, known as a knock - on process, is consistent with the
electron beam
transferring energy to individual atoms in the material rather than heating an area of the material.
His work and role as director of the Biological
Electron Transfer and Catalysis
Energy Frontier Research Center, funded by DOE's Office of Science, Basic
Energy Sciences, have led him to close collaborations at PNNL.
Electrons in such charge -
transfer complexes are easy to excite to a higher
energy level by light.
In both these cases, the
energy transfer to the
electrons is not adequately known.
Results: When an ion hits a solid, the ion either knocks the atoms about or the ion
transfers energy to
electrons.
Its traditional role in the body is to facilitate redox reactions: the
transfer electrons from one molecule to another, promoting the conversion of glucose from the food we consume to
energy molecules in the mitochondria - dense tissues such as the heart, brain, and muscles.
The houses aren't connected directly to each other, of course, but rather to TransActive grid, a local microgrid, so the sale was a transaction of renewable
energy «attributes» only, rather than a
transfer of
electrons.
The argument is that among
electrons energy transfer takes place along the light cone between two
electrons and involves both the retarded and advanced Schrodinger waves.
Photovoltaic devices, such as solar panels, permit the incoming photons to
transfer their
energy to
electrons.