「electron」の共起表現(1語右で並び替え)

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「electron」の共起表現一覧(1語右で並び替え)

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freedom at one with order could be seen in an	electron, a tree, or the solar system.
Transmission	Electron Aberration-Corrected Microscope (TEAM) is a c
: Mainzer Mikrotron), abbreviated MAMI, is an	electron accelerator of the microtron type, in which e
California had already developed an advanced	electron accelerator for its own x-ray hydrotest facil
Massachusetts Institute of Technology Linear	Electron Accelerator (Ph.D. thesis).
EMMA (accelerator) an	electron accelerator experiment.
Access is also offered to the Laser	Electron Accelerator Facility (LEAF).
ALICE (accelerator), an	electron accelerator previously known as ERLP (Energy
1 to 1948, he helped build a microwave linear	electron accelerator.
, using the university's 300 feet long linear	electron accelerator.
As there is no external	electron acceptor in fermentation, cells have to produ
This normally occurs via an external	electron acceptor such as strong oxidizing agent in aq
Could this act as an	electron acceptor in much the same way as ubiquinone d
festyle, nitrate (NO3-) is used as a terminal	electron acceptor whereby it is converted to nitrite (
Phylloquinone is an	electron acceptor in the electron transport chain of c
ervoir, nitrate acts as an alternate terminal	electron acceptor for certain bacteria delaying the on
iron in the pyrite using oxygen as a terminal	electron acceptor.
presence of molecular oxygen that acts as an	electron acceptor.
lfate (S2O32-) can also be used as a terminal	electron acceptor.
n some bacteria, with DMSO being the terminal	electron acceptor.
It uses arsenate as its terminal	electron acceptor.
ditions to still use oxygen as their terminal	electron acceptor.
ogether with pH, temperature, oxygen content,	electron acceptor/donor concentrations, and concentrat
the measurements of redox potential show that	electron acceptors have been used up, it is in effect
	Electron acceptors (e.g.
Oxygen and nitrate are preferred	electron acceptors over the electrode reducing current
	Electron acceptors that this organism can utilize incl
spiration utilizing a variety of compounds as	electron acceptors, including sulfur, Mn(IV), Fe(III),
are used to establish connections to terminal	electron acceptors.
r, but can also use oxygen and other terminal	electron acceptors.
can use both elemental sulfur and sulfate as	electron acceptors.
restimate BOD values in the presence of these	electron acceptors.
like iron-sulfur cluster proteins as terminal	electron acceptors.
uinone and the double bonds will hard work as	electron acceptors.Panoramix303 (talk) 21:01, 24 Octob
Taking into account the spin of the	electron adds a last quantum number, the projection of
In batteries, two metals with different	electron affinities are used as electrodes; electrons
of the initial acid, the H-X bond energy, the	electron affinity energy of X, and the solvation energ
The experimental	electron affinity of OXA is 1.94 eV.
where I is the ionization potential and A the	electron affinity.
Triplet FMN has a remarkable	electron affinity.
Interceptor Software in 1984/5 for the Acorn	Electron, Amstrad CPC, BBC Micro, Commodore 64 and ZX
64 and BBC Micro computers in 1983 and Acorn	Electron, Amstrad CPC (through Amsoft) and MSX in 1984
Top: backscattered	electron analysis - composition
r and increasing the energy resolution of the	electron analyzer, peaks appear with full width at hal
ositron pair production, which is creating an	electron and positron simultaneously near a nucleus or
which is just the Compton wavelengths of the	electron and the proton added together.
teraction, a neutrino collides with an atomic	electron and imparts some of its energy to the electro
- Nahshon Even-Chaim (also known as Phoenix),	Electron and Nom (real name David John Woodcock) - wer
His conversations with	Electron and Nom, which were intercepted continuously
mbines the properties of a negatively charged	electron and a positively charged hole (an electron vo
ticles were a thousand times heavier than the	electron and long-lived on nuclear timescales.
computer game released in 1985 for the Acorn	Electron and BBC Micro by Superior Software.
n semiconductor nanostructures (in particular	electron and hole transport in GaAs quantum wires and
Uranyl salts are used to stain samples for	electron and electromagnetic microscopy studies of DNA
ilar to an exciton, which is a complex of one	electron and one hole.
Positronium is an onium which consists of an	electron and a positron bound together as a long-lived
of ionization over scintillation produced by	electron and gamma interactions with argon is differen
re is a mixture of two types of particle: the	electron and the ion, with oppositely signed charges,
rn Atom sometime around 1982 and on the Acorn	Electron and BBC Micro in 1983.
the gamma ray loses some of its energy to the	electron, and then continues with diminished energy.
for the Commodore 64, MSX, ZX Spectrum, Acorn	Electron and BBC Micro, licensed by British stunt perf
Elixir is a computer game for the Acorn	Electron and BBC Micro released in 1987 by Superior So
e ZX Spectrum, Commodore 64, BBC Micro, Acorn	Electron and Amstrad CPC.
ity of ESR to the chemical environment of the	electron, and hence it underlies the broad application
His work is in the alternative use of laser,	electron and ion beams to heat thermonuclear plasmas f
The wave function of an	electron and the potential in the KKR method are both
Its purpose is the generation of polarized	electron and photon beams.
erties of Ions in Gases,” "Atomic Collisions:	Electron and Photon Projectiles,” and “Atomic Collisio
The tracks of the high-energy	electron and positron created were measured within the
ccelerated to the required energies, separate	electron and positron beams are brought into collision
The objectives for the Energetic	Electron and Proton Spectrometer are to
o game published by Blue Ribbon for the Acorn	Electron and BBC Micro home computers in 1987.
e absorption, reflectivity, refraction index,	electron and X-ray energy loss, for a large variety of
ll be used to infer altitude profiles of ion,	electron and neutral density.
e Commodore 16/Commodore Plus/4 (1986), Acorn	Electron and BBC Micro (1987) and the Atari 8-bit fami
Danger UXB (Micro Power) for the Acorn	Electron and BBC Micro was released in 1983.
identifies mineral phases using backscattered	electron and secondary electron signals, in combinatio
In most beta decay events, the	electron and the neutrino carry away roughly equal amo
for the energy of an atom with one	electron and a nucleus with a charge of +1 and an infi
ed a portfolio of lithography relying on both	electron and laser beams.
atoms (see ionization potential), leaving an	electron and positively charged atom, commonly known a
ges indicates that the relative motion of the	electron and hole is frozen, which demonstrates that t
Principal investigator James Van Allen used	electron and proton detectors aboard the spacecraft to
	Electron and David John Woodcock, a.k.a.
constant, the Coulomb interaction between an	electron and a hole may be strong and the excitons thu
Le, the electronic number for the	electron and the electron neutrino;
Later, he was appointed President of	Electron and led the company through a successful turn
has studied two-photon physics, where both an	electron and positron radiate a photon.
e business, delegated his responsibilities at	Electron and assumed operational responsibilities at M
In some cases this can be an	electron and a positron, created from the transformati
As dehydration occurs, Zeunerite loses an	electron and is then metamorphosed into Metazeunerite.
They can be used for one	electron and multi electron atoms.
Spectrum by John Hunt and ported to the Acorn	Electron and BBC Micro.
Unlike in the hydrogen atom, where the	electron and proton interact only through quantum elec
iques using Vertical Scanning Interferometry,	Electron and Atomic Force Microscopy and modeling tech
The N-V0 thus has one unpaired	electron and is paramagnetic.
Then, Bloch functions of the	electron and hole can be constructed with the phase te
of dependence on a sensitive balance between	electron and nuclear spin relaxation rates and applied
nder Julian Schwinger on the structure of the	electron, and subsequently developed the functional in
here is a mass relation predicted between the	electron and the down quark, the muon and the strange
nt the relativistic time dilation between the	electron and the nucleus of an atom.
microelectronics, micro and nanofabrication,	electron and ion beam lithography, semiconductor singl
Star) is an 8-bit computer game for the Acorn	Electron and BBC Micro developed by Peter Johnson and
dore 64, Commodore VIC-20, ZX Spectrum, Acorn	Electron, and BBC Micro.
The opposite extreme to the nearly-free	electron approximation assumes the electrons in the cr
hockley states, derived using the nearly free	electron approximation.
It was released for the Acorn	Electron, Archimedes, Atari ST, Amiga, Apple IIGS, Ams
(relative to the size and energy levels of an	electron) are considered in quantum mechanics, the res
one ignores the spin of the proton and of the	electron as well as the movement of the center of mass
e to solve for the charge-to-mass ratio of an	electron as
or render such assistance for the purpose of	electron as it may direct.
extending off of the SPEAR (Stanford Positron	Electron Asymmetric Ring) storage ring.
SPEAR (originally Stanford Positron	Electron Asymmetric Rings, now simply a name) was a co
	Electron atomic and molecular orbitals
average velocity that a particle, such as an	electron, attains due to an electric field.
rial science, and she has co-authored a book,	Electron Backscatter Diffraction in Materials Science
Free	electron bands in a BCC crystal structure
Free	electron bands in a HCP crystal structure
The	electron barrier in this case is the conduction band o
It was released on the Acorn	Electron, BBC Micro, Commodore 64 and Amstrad CPC in 1
is a 1985 cricket game released for the Acorn	Electron, BBC Micro, Commodore 64 and ZX Spectrum by A
use for the ZX Spectrum in 1986 and the Acorn	Electron, BBC Micro and Commodore 16/Plus/4 in 1987.
If the	electron beam is aimed towards an acrylic specimen, th
The	electron beam is usually provided by a scanning electr
e time of the failure, had a breakdown in the	electron beam accelerator control system ('deviator').
nally-produced magnetic fields to confine the	electron beam used to generate the microwaves, it can
ternational, uses a Rhodotron continuous wave	electron beam accelerator built by IBA Industrial, to
ains and other food items can be processed by	Electron Beam to control fruit flies and other insects
An	electron beam ion source (EBIS) is a device used in at
melting metal powder layer per layer with an	electron beam in a high vacuum.
The effect is to block all of the	electron beam except for the small fraction passing th
y target is retracted out of the beam and the	electron beam is collimated with a piece of apparatus
The	electron beam is then injected into the superconductiv
	Electron beam melting (EBM) is a type of additive manu
g in vacuum by a computer controlled scanning	electron beam is very advantageous.
This makes the	electron beam an excellent tool in many applications.
The flexographic	electron beam curing ink printing process is not only
ectromagnetic coils as they deflect the CRT's	electron beam back and forth.
The weld quality is high, similar to that of	electron beam welding.
hown here is a dipole magnet used to bend the	electron beam and produce synchrotron radiation at the
ntering into the accelerating field, i.e. the	electron beam current.
The ferroniobium can be purified by	electron beam melting or used as it is.
The electric signal which drives the	electron beam is amplified to hundreds of volts from T
The	electron beam created from this process may result in
In a CRT the image is generated by an	electron beam that sweeps back and forth across the sc
se a number of advanced techniques, including	electron beam therapy for supplemental tumors and imag
Not all materials could be welded by	electron beam in vacuum.
An appropriately bunched	electron beam strikes excited carbon dioxide molecules
The	electron beam excites the phosphor coating on the glas
o record the results of collision between the	electron beam and a stationary target.
Its principle of operation is shared by the	Electron beam ion trap.
	Electron Beam Lithography
problems using their unique capabilities for	electron beam characterization.
ffers new scientific instrumentation based on	electron beam technologies.
escription of the scattering of a high energy	electron beam from an atomic nucleus-sized positively
	Electron Beam - Cathodoluminescence Anodoluminescence
hich reduce the energy spread of the incident	electron beam to less than 0.15 eV.
EBF3 is a layer-additive process that uses an	electron beam and a solid wire feedstock to fabricate
Focused	electron beam of scanning electron microscope (SEM) or
	Electron Beam Freeform Fabrication (EBF3) is a process
The process efficiencies of the	electron beam and the feedstock make the EBF3 process
Schultz, H.:	Electron beam welding, Abington Publishing
power microwave generator using relativistic	electron beam in waveguide drift tube, to Donald J. Su
	Electron beam therapy is used in the treatment of supe
The trap setup is connected to an	electron beam ion source EBIS named CRYSIS which can d
	Electron beam processing involves irradiation (treatme
	Electron beam lithography usually relies on resists de
	Electron beam direct manufacturing (DM) is the first c
In the case of the CRT-based scanner, as the	electron beam is drawn across the face of the CRT, it
te a spatially periodic magnetic field at the	electron beam path.
atively, solid precursor is sublimated by the	electron beam itself.
e storage ring to support a very high-current	electron beam of 500 mA.
An ESEM employs a scanned	electron beam and electromagnetic lenses to focus and
rence between the wave vector of the incident	electron beam and that of the scattered electron beam
on is limited by the convergence angle of the	electron beam and could be improved to a few nanometer
	Electron beam therapy is performed using a medical lin
a beam of high speed electrons from a linear	electron beam accelerator (or Linac, a type of particl
	Electron beam accelerators utilize an on-off technolog
Teflon (PTFE) is also	Electron Beam processed, allowing it to be ground to a
e brazed (to beryllium or aluminium shell) or	electron beam or TIG-welded (to stainless steel shell)
s case, the beam is turned off by dumping the	electron beam circulating in the synchrotron, which me
at it does not require the use of any vacuum,	electron beam or plasma so reduces the manufacturing c
de are most commonly deposited on surfaces by	electron beam evaporation, physical vapor deposition,
Washington, DC is a 56 beam, 4-5 kJ per pulse	electron beam pumped krypton fluoride excimer laser wh
of a well-collimated particle beam (often an	electron beam), by a standing wave of light.
the RF signal in the helix interacts with the	electron beam, causing bunching of the electrons (an e
use it emits light on excitation by x-rays or	electron beam, making it useful for x-ray screens and
For relativistic	electron beam, see Relativistic electron beam.
	Electron beam-induced deposition (EBID) is a process o
Tungsten carbonyl is widely used in	electron beam-induced deposition technique - it is eas
allowing for electromagnets to manipulate the	electron beam.
ation of the target molecules relative to the	electron beams is random, the internuclear distance in
	Electron beams have a finite range, after which the do
	Electron beams are useful for intraoperative radiation
on radiation can also be used for cooling the	electron beams, which reduces the momentum spread of t
by irradiation with two opposing 670,000 volt	electron beams.
His area of expertise is the physics of	electron beams.
first, QH2, which is then oxidized, with one	electron being passed to the second substrate, cytochr

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「electron」の共起表現一覧(1語右で並び替え)