「alkali」の共起表現一覧(1語右で並び替え)
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He also worked as an inspector for the | Alkali Act of 1863, a very early piece of environment |
A further | Alkali Act was passed in 1906. |
Under the British | Alkali Act 1863, an Alkali inspector and four subinsp |
Together with amendments, the | Alkali Act became the main legislative control of ind |
In part for this reason, | alkali and alkaline earth metals are not found in nat |
r boating or fishing due to its high counts of | alkali and its shallow waters. |
ycol, some are neutralized with an appropriate | alkali, and some remain free. |
At high | alkali and high temperature (above 210 °C) environmen |
They like hard, | alkali, and salty to full marine water conditions, wi |
have superior weatherability and resistance to | alkali and heat. |
The advantage of the | alkali anion exchange membrane in the fuel cell is th |
In comparison against Alkaline fuel cell, | alkali anion exchange membrane fuel cells also protec |
An | alkali anion exchange membrane (AAEM) is a semipermea |
d stack of proton exchange membranes (PEMs) or | alkali anion exchange membrane (AAEMs), catalyst and |
of aster known by the common name short-rayed | alkali aster. |
ent into partnership with a Mr. Farndon making | alkali at The British Alkali Works, Stoke Prior, Worc |
Cooled | alkali atoms can form Bose Einstein condensates (BEC) |
Alkali basalt is a fine-grained, dark-coloured, volca | |
lowed tholeiitic unit and an upper porphyritic | alkali basalt unit. |
Basalt, | alkali basalt, basanite, tephritic nephelinite, and n |
Alkali basalts are typically found on updomed and rif | |
For similar SiO2 concentrations, | alkali basalts have a higher content of the alkalis, |
Alkali bee fly (Heterostylum robustum) | |
known by many common names: saltmarsh bulrush, | alkali bulrush, sturdy bulrush, seacoast bulrush, sto |
He retired from the | alkali business in 1831. |
t was the junior partner in the other soap and | alkali business in Runcorn, Hazlehurst & Sons. |
agm methods produce dilute and slightly impure | alkali but they are not burdened with the problem of |
p a factory in Wood End, Widnes, manufacturing | alkali by the Leblanc process. |
hemical manufacturer who was the first to make | alkali by the Leblanc process on a large scale in the |
However by 1830 he was making his own | alkali by the Leblanc process. |
had experimented in producing sodium carbonate | alkali by the ammonia-soda process but was unsuccessf |
During the process an acetate dope is added to | alkali cellulose which is necessary for the yarn lust |
silica sinter terrace covered with clear blue | alkali chloride pools and irregularly erupting geyser |
HCl and nitric acid and appreciably soluble in | alkali chloride solutions (e.g. |
s a sublimate it occurs with copper chlorides, | alkali chlorides and cotunnite. |
with Brunner Mond, Nobel Explosives and United | Alkali Company to form Imperial Chemical Industries. |
and was bought by John B. Ford of the Michigan | Alkali Company to treat the effluent produced by the |
s company merged with Brunner Mond, the United | Alkali Company and the British Dyestuffs Corporation |
Diamond | Alkali Company was an American chemical company incor |
of Brunner Mond, Nobel Explosives, the United | Alkali Company and the British Dyestuffs Corporation, |
on, Nobel's Explosives Limited, and the United | Alkali Company - which took part in the merger which |
n 1895 and became associated with the Michigan | Alkali Company through his marriage to Mary Ford, the |
an important local industrialist of the United | Alkali Company (now Ineos) and friend of Michael Fara |
He became chief engineer of the United | Alkali Company in 1914. |
United | Alkali Company Limited was a British chemical company |
he Leblanc process combined to form the United | Alkali Company to resist competition from factories m |
partners in 1895, founding the Castner-Kellner | Alkali Company, which built plants employing the proc |
erged with Brunner, Mond & Company, the United | Alkali Company, and the British Dyestuffs Corporation |
to supply power to the factories of the United | Alkali Company. |
Strontium hydroxide, Sr(OH)2, is a caustic | alkali composed of one strontium ion and two hydroxid |
ipulated by careful control of temperature and | alkali concentration. |
The fermentation rate is also sensitive to | alkali concetrations. |
Because of the technological trend to reduce | alkali content from the majority of refractories, the |
in the carrot family known by the common name | alkali desertparsley. |
Alkali disease is characterized by emaciation, loss o | |
sheep in Wyoming died with symptoms of either | alkali disease or the blind staggers; both of which w |
from 1954 to 1961, as the headquarters for its | Alkali Division. |
hich created ICI, the powerful and influential | Alkali Division. |
observed if the test organism produces acid or | alkali during its growth. |
An | alkali earth metal, calcium is never found in nature |
Angelates of | alkali earth metals M have a general formula M(C5H7O2 |
A unique medicinal mean are baths in the | alkali earthy acidulous water with a high content of |
The spring water is | alkali, emerging at 45°C to 56°C, and has the highest |
junior works manager in the company's Cheshire | alkali factories. |
n example is the formation of perthite when an | alkali feldspar is cooled down.it |
lSi3O8) is a crystalline solid solution in the | alkali feldspar series, in which the sodium-aluminium |
In this type of Ca-metasomatism instead of the | alkali feldspar it is the ubiquitous plagioclase that |
little or no free quartz, but is dominated by | alkali feldspar and sodic plagioclase along with one |
perthite, and the presence of the alternating | alkali feldspar and plagioclase layers give its chara |
ch as ilmenite and magnetite-ulvospinel; minor | alkali feldspar may be present, as illustrated by the |
quartz (15-25%) usually at the expense of some | alkali feldspar (45-50%), the domination of biotite o |
The | alkali feldspar group are those feldspar minerals ric |
t defined the crystallographic polymorphism of | alkali feldspar (Newton, 1989). |
Fractured | alkali feldspar filled with central quartz and myrmek |
Its mineral assemblage is usually | alkali feldspar and plagioclase (in a ratio < 1:4). |
Take the | alkali feldspar minerals for example, whose end membe |
In the case of the | alkali feldspar minerals, thin white albite layers wi |
re is a fine-grained intergrowth of quartz and | alkali feldspar, interpreted as the last product of c |
is a considerable area of granite rich in red | alkali feldspar, and passing, by diminution in the am |
in Idaho is pink to tan and composed of 45-55% | alkali feldspar, 15-20% plagioclase, 15-20% quartz, 5 |
and quartz in a matrix of quartz, tourmaline, | alkali feldspar, brown mica, and cassiterite. |
The white mineral is | alkali feldspar, the black is aegirine, and the littl |
leucite or nepheline), plagioclase, and lesser | alkali feldspar. |
e parallel twin laminae typically found in the | alkali feldspars sanidine, microcline and albite. |
The | alkali feldspars include: anorthoclase, microcline, o |
ber of the feldspathoid group of minerals; the | alkali feldspars that are poor in silica. |
To do this, an | alkali first reacts with the unknown salt to produce |
It is a common halophyte member of the | alkali flat ecosystem. |
White Sands National Monument taken along the | Alkali Flat trail. |
is located on 12th street near D street in the | Alkali Flat neighborhood, just west of Downtown. |
Alkali Flat/La Valentina is an island platformed Sacr | |
where it grows in dry, alkaline soils such as | alkali flats and desert washes. |
e it grows in coastal and inland salt marshes, | alkali flats, and other habitat with saline soils. |
thrives in salty soils, such as beach sand and | alkali flats. |
It thrives in salty soils such as those on | alkali flats. |
They yield catechol on | alkali fusion. |
Essexite can be considered as an | alkali gabbro or monzodiorite primarily composed of n |
ly attacked by acids or bases, although molten | alkali gives chromites (salts with the Cr |
e regulus of Cobalt fuses with flint and fixed | alkali giving a blue glass known as zaffera, sasre, o |
k-blue elongated to fibrous crystals in highly | alkali granites, syenites, rarely in felsic volcanics |
species of grass known by the common names bog | alkali grass and Parish's alkali grass. |
ies of grass known by the common names Weeping | alkali grass and European alkali grass. |
ies of grass known by the common name Howell's | alkali grass. |
e Brunner, Mond business was absorbed into the | Alkali Group of ICI, becoming one of the largest and |
The | Alkali Group's name changed over time, becoming the A |
e Second Order Raman Spectra in diamond and in | alkali halide crystals has also gained worldwide reco |
The | alkali halides are the family of ionic compounds with |
In standard room conditions dry | alkali halides tend to exist as white or translucent |
igation of the photoelectric properties of the | alkali halides, particularly potassium iodide. |
Mount Hood pussypaws (Cistanthe umbellata) and | Alkali heath (Frankenia salina), and species of Aeoni |
ch as the partial oxidation of benzyl alcohol, | alkali hydrolysis of benzal chloride, and the carbony |
When an | alkali hydroxide is added to a solution of a lead(II) |
pitated when a tin(II) salt is reacted with an | alkali hydroxide such as NaOH. |
, a coloration which may be removed by caustic | alkali in weak solution. |
Between 1951 and 1969, Diamond | Alkali in Newark produced approximately 700,000 gallo |
Because it is acidic, when combined with an | alkali ingredient, commonly sodium bicarbonate (bakin |
real Island and within sodalite syenite in the | alkali intrusion at Mont Saint-Hilaire in Quebec, Can |
It can be produced by the reaction of | alkali iodide with phosphorus pentachloride in the so |
melts of essexites contain more aluminium and | alkali ions than available silica tetrahedra, which i |
Dealkalization, removal of | alkali ions from a glass surface. |
The source of the dye, which is soluble in | alkali, is the bark and heart of the tree.Camwood is |
Even if the the sting is acid or | alkali it is injected into the skin, anything you rub |
It is formed as an evaporite from | alkali lacustrine waters. |
udolicum Indian Reserve No. 9A, 10 miles NE of | Alkali Lake PO, E of and adjoining IR No. 9, 101.10 h |
Together with the Esketemc of the | Alkali Lake Indian Band they are sometimes called the |
es Army Air Force about 1942, and was known as | Alkali Lake Flight Strip. |
west and south, and by Sullivan Lake, a large | alkali lake to the east. |
rthern Shuswap Tribal Council, these being the | Alkali Lake Indian Band (Esketemc), the High Bar Firs |
Their band government is called the | Alkali Lake Indian Band. |
Alkali Lake State Airport (FAA LID: R03), is a public | |
rve No. 3, on Kirkpatrick Creek, 8 miles NE of | Alkali Lake PO, 72.80 ha. |
Shafter Lake, a small, shallow | alkali lake, lies fifty feet below the elevation of t |
p Tribal Council, while three bands (High Bar, | Alkali Lake, and Canoe Creek/Dog Creek First Nations) |
thod to distill potash from western Nebraska's | alkali lakes by University of Nebraska scientists, by |
at was out of bounds to him (see Hillen v ICI ( | Alkali) Ltd [1936] AC 65, p69). |
from the floor of the crater by the company SA | Alkali Ltd. in order to extract soda and salt. |
ula of KNaMg2(PO4)2·14H2O, therefore a hydrous | alkali magnesium phosphate. |
Soap and | alkali making then ceased and the factory was taken o |
In addition to being an | alkali manufacturer he worked as a colliery agent and |
pratt was prominent in the establishment of an | alkali manufacturers' association. |
auciflorus), which is known by the common name | alkali marsh aster. |
es and samples are often stored over anhydrous | alkali metal fluorides, e.g. |
Excitation of the | alkali metal results in ejection of electrons, which |
ts, NaCp is highly solvated, especially at the | alkali metal as suggested by the isolability of the a |
drides have the formula MxM'yHn, where M is an | alkali metal cation or cation complex and M' is a met |
Like other | alkali metal chalcogenides, this material is highly s |
The | alkali metal sesquioxides are exceptions and contain |
ed gold(III) oxide with perchloric acid and an | alkali metal perchlorate in a sealed quartz tube at a |
complexing agents that were capable of binding | alkali metal cations. |
upper atmosphere with a spectrum dominated by | alkali metal absorption. |
Since the | alkali metal bead is over time consumed, it must be r |
CsClO4 is the least soluble of the | alkali metal perchlorates (followed by Rb, K, Li, and |
where MI is an | alkali metal and MII is a divalent ion of Mg, Mn, Fe, |
Multiple-charge ions and | alkali metal cation aducts are never observed, but ad |
With | alkali metal fluorides (e.g. |
Other | alkali metal sulfides behave similarly. |
The resulting | alkali metal derivatives can react in two ways. |
Like other | alkali metal oxides, Rb2O is a strong base. |
ize-selectivity, enabling discrimination among | alkali metal cations (e.g. |
several crystalline hydrates, unlike the other | alkali metal bromides. |
It is an | alkali metal halide and occurs naturally as the rare |
related and generally superior complexant for | alkali metal cations is dibenzo-18-crown-6. |
It is often stored in the form of | alkali metal salts. |
The | alkali metal salt of benzenesulfonic acid is used in |
Some | alkali metal silicides and germanides also form this |
BiF5 also reacts with | alkali metal fluorides, MF, to form hexafluorobismuth |
Reaction with | alkali metal fluorides or concentrated hydrofluoric a |
It is a powerful base, much like other | alkali metal hydroxides such as sodium hydroxide and |
aqueous solutions of manganese(II) salts with | alkali metal carbonates leads to precipitation of thi |
uvericin to transport alkaline earth metal and | alkali metal ions across cell membranes. |
In | alkali metal sulfide solutions arsenic pentasulfide f |
role in the characterization of francium as an | alkali metal, as francium perchlorate coprecipitates |
Chromium nitrate is used in the production of | alkali metal-free catalysts and in pickling. |
the direct reaction of O2 with the respective | alkali metal. |
abundant element overall and the most abundant | alkali metal. |
d successfully to relativistic calculations on | Alkali metals and represents one of many relativistic |
Silica gel is also combined with | alkali metals to form a M-SG reducing agent. |
It is one of the major sources of the rare | alkali metals rubidium and caesium. |
Traces of rare earth and | alkali metals are beneficial to the process. |
Fluoroborates of | alkali metals and ammonium ions crystallize as water- |
Reduction of BaI2 with | alkali metals affords barium; the analogous reaction |
few solid bicarbonates other than those of the | alkali metals and ammonium ion are known to exist. |
strength of binding than other complexants for | alkali metals, such as crown ethers. |
Furthermore, the abundance of | alkali metals, such as sodium substantially increase, |
ent group of the periodic table (hydrogen, the | alkali metals, the alkaline earth metals, the transit |
ny "hard cations" including NH4+, lanthanoids, | alkali metals, and alkaline earth metals. |
This has been performed with | alkali metals, electrochemically and with bases. |
, although it is not as nearly reactive as the | alkali metals. |
pound forms various anions upon treatment with | alkali metals. |
rans-2-butene equilibrate when in contact with | alkali metals. |
lithium and sodium, it is slow with the higher | alkali metals. |
ts spectrum is dominated of metal hydrides and | alkali metals. |
Dilution of this strong | alkali must be done by adding the hydroxide slowly in |
Originally the | alkali necessary for making soap would have been obta |
Initially the | alkali necessary for the production of soap would hav |
dardized by titrating it against a solution of | alkali of known concentration. |
While ineffective when used on | alkali or earth metals, vacuum fusion remains a viabl |
gen disulfide can be synthesised by dissolving | alkali or alkali earth metal polysulfides in water. |
ralization is presumably hydrothermal, from an | alkali or carbonatitic source at depth |
through the reduction of uranium halides with | alkali or alkaline earth metals. |
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