「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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