「atoms」の共起表現一覧(1語右で並び替え)
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Gabor saw in his | atoms a possibility to transmit the same information |
MIT and the head of MIT's Center for Bits and | Atoms, a sister lab spun out of the popular MIT Medi |
compounds are easily converted to free bromine | atoms, a process which acts to terminate free radica |
For instance, let Ln be a lattice with n | atoms a1, a2, ..., an, top and bottom elements 1 and |
Oxygen | atoms above and below the chain link to other chains |
The | atoms absorb ultraviolet or visible light and make t |
The amount of energy that individual | atoms absorb depends on their atomic number. |
paved the way for her discovery that hydrogen | atoms absorbed in the bulk of a nickel sample are th |
mass, so that 25% helium-4 means that helium-4 | atoms account for 25% of the mass, but only about 8% |
sent as possible excitations in fields between | atoms, act as a reservoir for part of the energy, fr |
This difference arises from the fluorine | atoms acting as electron withdrawing groups, attract |
Gas | atoms adsorbed on the tip are ionized by the strong |
is determined primarily by a layer of caesium | atoms adsorbed on the electrode surfaces. |
27. “Electrical Resistance of One Or Two | Atoms,” Ali Yazdani, D.M. Eigler and N.D. Lang, publ |
of plasma-assisted processes, next to neutral | atoms also charged species (like argon ions) hit the |
The phosphorus | atoms also introduce a kind of pseudo-chirality maki |
sists of a six membered ring with three carbon | atoms alternating with three oxygen atoms. |
having a four-membered ring with three carbon | atoms and one oxygen atom. |
ly shortened by collisions with other hydrogen | atoms and interaction with the cosmic microwave back |
ems considered to exist are momentary Buddhist | atoms and states of consciousness. |
c collisions created between the neutral argon | atoms and the charged particles. |
toheptose - a monosaccharide with seven carbon | atoms and a ketone functional group. |
he shifting and splitting of spectral lines of | atoms and molecules due to the presence of an extern |
h American Soccer League with the Philadelphia | Atoms and the Dallas Tornado. |
ith a five-membered ring containing two oxygen | atoms, and can be viewed as a derivative of dioxolan |
ing time on loan in the NASL with Philadelphia | Atoms and Dallas Tornado, and later played for Sheff |
se, that is, a monosaccharide with five carbon | atoms and having an aldehyde functional group. |
d in hollow Penning cells ionizes incoming gas | atoms and molecules while they are trapped in a stro |
mic ring structure, consisting of three carbon | atoms and one nitrogen atom. |
ntose, a monosaccharide containing five carbon | atoms, and including a ketone functional group. |
iodate anion, iodine is bonded to three oxygen | atoms and the molecular formula is IO3−. |
a five-membered ring consisting of four carbon | atoms and one oxygen atom. |
as excitation, ionization, and dissociation of | atoms and molecules. |
ely reactive molecule that contains two carbon | atoms and one oxygen atom. |
is possible to calculate the number of iodine | atoms and hence methoxy groups. |
2,3-dibromobutane carries two vicinal bromine | atoms and 1,3-dibromobutane does not. |
the spherical symmetry of the interior of the | atoms and the point group symmetry of the crystal la |
ated three-membered ring containing two carbon | atoms and one oxygen atom. |
a five-membered aromatic ring with four carbon | atoms and one oxygen. |
chanical event, involving the rearrangement of | atoms and molecules during a collision. |
(replacement of carbon double bonds by sulfur | atoms and the disparate shaped amber odorants) |
has two CH2CH2 bridges linking three nitrogen | atoms and is octadentate. |
a saturated six-membered ring with five carbon | atoms and one sulfur atom. |
central carbon atom surrounded by three oxygen | atoms and the molecule easily adheres to hydrogen. |
is one molecule of nitrogen (consisting of two | atoms) and six molecules of water. |
heterocyclic compounds that contain two sulfur | atoms and two sp2-hybridized carbon centers. |
reduced flavin (upon addition of two hydrogen | atoms) and FlH• the semiquinone form (addition of on |
review article "Optics and interferometry with | atoms and molecules" appeared in July 2009. |
lting in a net positive charge on the hydrogen | atoms, and a net negative charge on the oxygen atom. |
, charge, and other chemical properties of the | atoms and molecules attempting to cross it will dete |
ra with oxygen inserted between the phosphorus | atoms and at their vertices. |
cies, can be either charged (ions) or neutral ( | atoms and radicals). |
models of crystal structures, balls represent | atoms and sticks represent bonds. |
y the electronic structure and its dynamics in | atoms and molecules. |
ce in size between carbon and transition metal | atoms and the superior rigidity of the diamond latti |
tose - a monosaccharide containing five carbon | atoms, and including an aldehyde (CHO) functional gr |
The Li | atoms and the ipso carbons of the phenyl rings form |
the study and control of quantum statistics of | atoms and quantum entanglement. |
-derived parameters whose values depend on the | atoms and substituents involved. |
a six-membered ring consisting of five carbon | atoms and one oxygen atom. |
Imaging and manipulation of | atoms and molecules |
m mechanics, the interaction between light and | atoms, and spectroscopy. |
tose - a monosaccharide containing five carbon | atoms, and including a ketone functional group. |
y proportional to the number of equivalent 13C | atoms and are instead strongly dependent on the numb |
, not aromatic, ring consisting of five carbon | atoms and one oxygen atom and containing two double |
contains a six membered ring with three carbon | atoms and three oxygen atoms. |
tances in terms of layers of information - the | atoms and their bond connectivity, tautomeric inform |
al elements are compounds of equal and similar | atoms, and might therefore possibly be all derived f |
pulsion between the lone pairs on the fluorine | atoms and the π-orbitals of the O-O bond. |
as a pioneer in investigating the structure of | atoms and molecules by spectroscopic methods. |
sed coulombic attractions between the fluorine | atoms and the carbon because the carbon has a positi |
reducing the particle density of undesirable | atoms and molecules (contaminants) |
Scopoletin has no N | atoms and is not an alkaloid. |
tose - a monosaccharide containing five carbon | atoms, and including an aldehyde functional group. |
double slit experiment with metastable helium | atoms and a microfabricated double slit by Carnal an |
cal) terms are prominent, and the region where | atoms and molecules approximately interact through t |
cid, which give nylon 6,6 a total of 12 carbon | atoms and it has no names. |
s all contain dimers with 4 coordinate gallium | atoms and 2 bridging halogen atoms. |
em is presented along with the interactions of | atoms and light related to the history of the spectr |
organic compounds, which includes three oxygen | atoms and two sp3-hybridized carbon atoms. |
stem, which indicates both the total number of | atoms and the presence or absence of double bonds. |
We know that it consists of | atoms, and as soon as we get this picture it is clea |
3N3, having a five-membered ring of two carbon | atoms and three nitrogen atoms. |
r interacted with the now electrically neutral | atoms and began to travel freely through space, resu |
there are 24 crystallographically distinct Cu | atoms and the structure has been described as approx |
ed Boyle's hypothesis that matter consisted of | atoms and clusters of atoms in motion and that every |
type, which means that it contains five carbon | atoms and includes an aldehyde functional group. |
earrangements, with the result that all carbon | atoms and hydrogen atoms appear equivalent on the NM |
saturated four-membered ring with three carbon | atoms and one nitrogen atom. |
es to form various composite particles such as | atoms and positronium, while neutrinos rarely intera |
partially compensated for by two bound calcium | atoms, and this asymmetric arrangement of molecules |
which have a five-membered ring of two carbon | atoms and three nitrogen atoms. |
sites are occupied by lanthanum and strontium | atoms, and the 'B' sites are occupied by manganese a |
As the | atoms and molecules 'relax' to their normal, lower e |
hyde, but acetic acid has double the number of | atoms and glucose has six times the number of atoms. |
Similar pictures, resolving carbon | atoms and bonds between them, have been independentl |
here study the characteristics and behavior of | atoms and molecules and use that knowledge to create |
erns nearly all of chemistry as it is found in | atoms and is directly tied to all chemical propertie |
al positive charge is associated with the ring | atoms and the formal negative charge is associated e |
ons, neutrons or gamma rays) knocks off carbon | atoms and produces vacancies in the diamond lattice. |
kness are a result of the regular locations of | atoms and ions in the crystal, which create smooth r |
of hydrogen peroxide, with two central sulfur | atoms and two outer hydrogen atoms. |
mall protein motifs that bind one or more zinc | atoms, and which usually contain multiple finger-lik |
sists of a six membered ring with three carbon | atoms and three oxygen atoms. |
This is possible because ions, | atoms, and molecules have characteristic spectra: th |
The bonding between the boron | atoms and the bridging hydrogen atoms is, however, d |
O2H4, containing a ring of two adjacent oxygen | atoms and two adjacent carbon atoms. |
pture detector (ECD) is a device for detecting | atoms and molecules in a gas through the attachment |
s the link between the utterly minute world of | atoms and the vastness of the stars, in the interior |
is in the tradition of musical cartoons, with | atoms and molecules as the central characters and an |
ures of the density such as shell structure in | atoms and Friedel oscillations in solids. |
stored in rovibronic degrees of freedom of the | atoms and molecules of the plasma. |
Annandale | Atoms, Annandale |
ter American distribution, with Animals Suns & | Atoms appearing in 2000 and Dwellers on the Threshol |
nic chemistry, the structures of some rings of | atoms are unexpectedly stable. |
Structure of PuB6 (boron | atoms are red; bonding depiction is naive) |
"The 'missing' | atoms are almost certainly still around in some form |
In these objects, most | atoms are ionised by photons from hot stars embedded |
In a plasma gas | atoms are excited to higher energy states and also i |
In contrast, the hydrogen | atoms are all bridging in α-alane, a high-melting, r |
It has the FeF3 structure where the gallium | atoms are 6 coordinate. |
ture is a coordination complex where two metal | atoms are bridged by four bidentate ligands. |
In AFM, the | atoms are probed not by electrons, but by a sharp vi |
fer from ordinary ozone how those three oxygen | atoms are arranged. |
Similarly, as more interstitial | atoms are added, more pinning points that impede the |
citons in confined regions, similar to the way | atoms are confined in traps for Bose-Einstein conden |
In TeI4 the Te | atoms are octahedrally coordinated and edges of the |
f m-xylene in which the four aromatic hydrogen | atoms are replaced by chlorine. |
pound consists of methane wherein two hydrogen | atoms are replaced by two phenyl groups. |
The nickel | atoms are organized corresponding to a "normal" spin |
Elemental | atoms are specified by the standard abbreviation of |
two resting octahedral position of the Zr(IV) | atoms are occupied by two different dihydrogen phosp |
e place of one in a normal sulfate; the oxygen | atoms are in oxidation state −1. |
canaline-urea cycle, the two terminal nitrogen | atoms are released as urea. |
(short-circuited, overheated, etc.) the oxygen | atoms are much harder to remove. |
Watson-Crick base pairs in a siRNA (hydrogen | atoms are not shown) |
The oxygen | atoms are tetrahedrally coordinated by four bismuth |
Oxygen | atoms are colored red and nitrogen atoms colored blu |
Mo | atoms are blue, iodine atoms are red and sulphur ato |
1,2-dithietanes, where the sulfur | atoms are adjacent |
Monads are to the metaphysical realm what | atoms are to the physical/phenomenal. |
t but the gas is only weakly ionized (i.e. the | atoms are missing relatively few electrons). |
In tertiary amines, all three hydrogen | atoms are replaced by organic substituents. |
iffering from each other by whether the carbon | atoms are attached linearly or in a branched structu |
Montroydite structure (red | atoms are oxygens) |
Understanding where | atoms are in a material and how they interact with o |
bonds between boron and the terminal hydrogen | atoms are conventional 2-center, 2-electron covalent |
Carbon | atoms are colored grey, nitrogen blue, oxygen red, a |
e empirical formula as cyclotriazane but their | atoms are connected in different ways, making these |
When solute | atoms are introduced, local stress fields are formed |
Small impurity interstitial | atoms are usually on true off-lattice sites between |
1,3-dithietanes, where the sulfur | atoms are not adjacent. |
Furthermore the four cage silicon | atoms are equivalent on the NMR timescale due to mig |
In addition, the oxygen | atoms are disordered over multiple sites. |
Moreover, these | atoms are both H-bond acceptors in proline; there is |
In the crystal structure, zinc and sulfur | atoms are tetrahedrally coordinated. |
The titanium and aluminium | atoms are bridged by both CH2 and chloride ligands. |
nce, hexadecane (an alkane with sixteen carbon | atoms) are liquids of higher viscosity, less and les |
The two other fluorine | atoms are attached by shorter bonds (168 pm), with a |
hain length of approximately 35 or more carbon | atoms are found in bitumen, used for example in road |
hibit ring strain because their terminal (end) | atoms are not connected to force a particular type o |
In astronomy, ionized | atoms are referred to using notation of the form Che |
In this the thallium | atoms are octahedrally coordinated. |
The four copper | atoms are coordinated by seven histidine residues an |
Atom 5 and the other | atoms are the farthest. |
The oxygen | atoms are arranged in a diamond structure. |
Also, such catalyst provided | atoms are not called nascent hydrogen, because they |
unds are chemicals in which one or more carbon | atoms are linked by covalent bonds with one or more |
als by the fact that the outer shells of their | atoms are bound rather loosely, and often let one of |
he π electrons of the two double-bonded oxygen | atoms are shifted to the latter, so that all four ox |
broken or formed and an odd number of nitrogen | atoms are present, or that a net odd number of coval |
roken or formed and an even number of nitrogen | atoms are present, or that a net odd number of coval |
(Such hydrogens bonded to neighbouring carbon | atoms are termed vicinal). |
mass that indicates an odd number of nitrogen | atoms are present or 2) an even nominal mass that in |
the substituents attached to the bonded metal | atoms are not collinear as in the alkynes but trans |
ron scattering, a technique that reveals where | atoms are within a material like ricocheting bullets |
ses with the rutile structure, wherein the tin | atoms are 6 coordinate and the oxygen atoms three co |
In the cis conformation, hydrogen | atoms are on the same side of the double bond, where |
ides or monoxides, those containing two oxygen | atoms are dioxides, three oxygen atoms makes it a tr |
s of simple arsole derivatives, where hydrogen | atoms are substituted by other atoms or small hydroc |
Free hydrogen | atoms are able to bind to the SiO2 silica glass comp |
ure similar to adamantane in which four carbon | atoms are replaced by arsenic atoms and another thre |
drogen (H) (i.e., hydrocarbons), wherein these | atoms are linked together exclusively by single bond |
ally strong complexes with ligands whose donor | atoms are N, O or F as with ligands whose donor atom |
of crystalline ZnI2 is unusual, and while zinc | atoms are tetrahedrally coordinated, as in ZnCl2, gr |
re indigo bonds to the wool, while the bromine | atoms are left in the vat. |
The fluorine | atoms are located in an alternating fashion above an |
on of the molecular structure, showing how the | atoms are arranged. |
If the | atoms are arranged symmetrically (as is found in a c |
ondoid" structures because the interconnecting | atoms are tetrahedral but instead of being directly |
how the | atoms are arranged at the surface, surface morpholog |
e case of dichlorodimethylsilane, two chlorine | atoms are available, so that a reaction with excess |
However, if the | atoms are diffusing around the system, they will exp |
fur compounds, 1,2-dithietes, where the sulfur | atoms are adjacent, and 1,3-dithietes, where the sul |
t has the TiO2 rutile structure where the iron | atoms are octahedrally coordinated and the fluoride |
een as a methane molecule, whose four hydrogen | atoms are each replaced with a different halogen ato |
Oxygen | atoms are accommodated in a single set of sites dist |
eviation of geminal, signals that both bromine | atoms are bonded to the same atom. |
umber of electrons to the metal, and the donor | atoms are arranged in a fac manner covering a face o |
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