「Cations」の共起表現一覧(1語右で並び替え)
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ort protein mediates the transport of organic | cations across the cell membrane. |
Quaternary ammonium | cations, also known as quats, are positively charged |
Solutions contain tetrahedral + | cations and linear [HF2]− anions. |
The | cations and anions are shown by separate ternary plot |
Dimethoxyethane forms chelate complexes with | cations and acts as a bidentate ligand. |
This red-coloured salt consists of potassium | cations and the octachlorodimolybdate anion, Mo2Cl84− |
This include pH, major | cations and anions, trace elements and isotopes. |
he formula (NH4)3PO4 and consists of ammonium | cations and phosphate anion. |
l polymer, consisting of segregated stacks of | cations and anions of the donors and the acceptors, r |
eutral complexes with monovalent and divalent | cations and transport them through apolar phase (incl |
with the cotransport of three Na+ and one H+ | cations and counter transport of one K+ cation. |
roxyls as well as other potential determining | cations and anions, leads to the concept of zero poin |
ring an adequate amount of gaseous anions and | cations and measuring the energy released during thei |
that are easily protonated, and form aromatic | cations and salts (e.g., pyridinium), and non-basic a |
Multivalent | cations are more efficient flocculants than monovalen |
nd ammonium ions (provided that certain other | cations are absent). |
f colored fire is the flame test, where metal | cations are tested by placing the sample in a flame a |
superionic conductors with mobile Ag+ and Cu+ | cations are: KAg4I5, NH4Ag4I5, K1−xCsxAg4I5, Rb1−xCsx |
elimination of many endogenous small organic | cations as well as a wide array of drugs and environm |
and similarly, each anion is coordinated to 6 | cations at the vertices of an octahedron. |
small polarons (electrons localized on cerium | cations) because these two are located in the "useful |
It was proposed that penetrating | cations can act as "electric locomotive molecules" an |
In normal health there are more measurable | cations compared to measurable anions in the serum; t |
robe and its concentration (if used), and the | cations concentration. |
On the other hand, influx of | cations, e.g. |
Containing two different | cations, Fe2+ and NH4+, it is classified as a double |
al close packed arrangement while the cadmium | cations fill all of the octahedral sites in alternate |
The | cations flow into a more constricted part of the pore |
04.DL With large (± medium-sized) | cations; fluorite-type structures: 05 Cerianite-(Ce), |
nd in the kidney eliminate organic anions and | cations from the blood by moving substances, in this |
ride anions, carbon dioxide, water and sodium | cations from the blood plasma and in turn release bic |
Brucite, in which some of the Mg2+ | cations have been substituted by Al3+ cations, become |
A number of chelators of divalent | cations have different fluorescence spectra in the bo |
The titanium | cations have a co-ordination number of 6 meaning they |
For instance, a mixture of two different | cations in solution might result in the preferential |
h concentrations of proteolipids and divalent | cations in biologic fluids. |
nd contains H2O along with calcium and barium | cations in the interlayer. |
The reversible insertion of magnesium | cations into the lattice of uranium trioxide by cycli |
The order of | cations is usually given as |
enerally superior complexant for alkali metal | cations is dibenzo-18-crown-6. |
Because HMPA selectively solvates | cations, it accelerates some difficult SN2 reactions. |
It can transport also big organic | cations like dopamine. |
pH buffer, and EDTA, a molecule that chelates | cations like Mg2+. |
" which means that they contain two different | cations, M+ and M'2+. |
fragmentation, dominated by molecular radical | cations M+. and occasionally protonated molecules [M |
and binding to (or forming bridges via) metal | cations may allow higher sticking forces to be achiev |
is shown in figure 3: small multiply charged | cations migrate quickly and small multiply charged an |
ate, an aluminosilicate compound with calcium | cations, most typically has formula CaAl2Si2O8. |
With | cations much smaller than NMe4+, it is either not pos |
t is a crystalline solid consisting of sodium | cations, Na+, and catena-arsenite anions, [AsO2]n− |
Components commonly analyzed are pH, the | cations Na, K, Ca, Mg, Si, the anions Cl, F, SO4, the |
The | cations occupy two different octahedral sites which a |
bic close-packed structure, while the cadmium | cations occupy all of the octahedral interstices |
ates and selenates of univalent and trivalent | cations occur with other degrees of hydration. |
Due to the stability of sulfonate anions, the | cations of sulfonate salts such as scandium triflate |
NC is often defined as the difference between | cations of strong bases and anions of strong acids is |
stalline coordination compounds with divalent | cations of transition metals, with general formula M( |
d at full-back, in place of the injured Allan | Cations, on the following Saturday. |
negatively charged anions, positively charged | cations or uncharged species. |
EDTA is a chelator of divalent | cations, particularly of magnesium (Mg2+). |
These studies have shown that divalent | cations play a critical role in the fusion process by |
Unusually, mullite has no charge balancing | cations present therefore there are three different A |
f the octahedral sites are filled by divalent | cations, principally Mg, and one tenth of the tetrahe |
Pyrylium | cations react with nucleophiles in the 2,4 and 6 posi |
The Zn2+ and Fe3+ | cations share the same cite with typical respective p |
These channels allow monovalent | cations such as potassium to pass through. |
s that interact and retain positively charged | cations, such as bases. |
ovide rigidity to the cell-wall by attracting | cations such as magnesium and sodium. |
, oxalic acid combines with divalent metallic | cations such as calcium (Ca2+) and iron(II) (Fe2+) to |
Extremely reactive | cations such as those derived from Ti, Zr, Hf, and Si |
ration, which is the fraction of exchangeable | cations that are base cations (Ca, Mg, K and Na). |
The metal ions are general divalent | cations that help the 3' OH initiate a nucleophilic a |
the primary, secondary, or tertiary ammonium | cations, the quaternary ammonium cations are permanen |
The higher the amount of exchangeable base | cations, the more acidity can be neutralised in the s |
It binds to metal | cations through the thiol groups, which ionize upon c |
I3−, with the condition of presence of large | cations to stabilise them. |
ate precipitate, reacts next with multivalent | cations to remove carbonate hardness, then reacts wit |
ing ions from nonselective between anions and | cations, to cation selective allowing passage Ca2+, K |
04.DK With large (± medium-sized) | cations; tunnel structures: 05 Ankangite, 05 Coronadi |
ly resolvase, a substrate DNA and multivalent | cations, using either wild type protein or hyperactiv |
this does not necessarily mean the number of | cations versus anions in the solution are equal. |
eory, and the concept of counter diffusion of | cations, Wagner is considered by some as the "father |
ic analysis, the iron group consists of those | cations which |
an environment to create and maintain organic | cations which are useful as intermediate molecules in |
ld parlance) are salts of quaternary ammonium | cations with an anion. |
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