「ferrous」の共起表現一覧(2語左で並び替え)
該当件数 : 77件
from an insoluble ferric (Fe3+) to a soluble | ferrous (Fe2+) form. |
lestine Foundries and Metal Works was a large | ferrous metal works located near Haifa which was esta |
008, MEC made its next acquisition of a coal, | ferrous and non-ferrous metals resources concession i |
in is chemically converted by oxalic acid and | ferrous oxalate or ferrous sulfate to protoporphyrin, |
In the presence of air, the | ferrous complex oxidizes to the ferric compound. |
of carbon steels, stainless steels, and other | ferrous alloys |
rol, for example with hydrogen peroxide and a | ferrous salt as catalyst. |
in the III oxidation state and any insoluble | ferrous oxalate was removed if it precipitated out. |
The net products of the reaction are soluble | ferrous sulfate and sulfuric acid. |
tant gold, platinum, diamonds, coal, base and | ferrous metals, industrial minerals and forest produc |
an gain energy by oxidation of bivalent iron ( | ferrous iron) to trivalent iron (ferric iron). |
It is round, bronze colored | ferrous metal 35mm in diameter. |
It acts by chelating | ferrous ions essential for metabolism. |
egative bacterium which can grow by oxidising | ferrous to ferric iron. |
bin, myoglobin, and cytochrone c by oxidizing | ferrous heme into its corresponding ferric forms. |
eptors such as oxygen, chlorate, perchlorate, | ferrous iron, sulphide, and reduced humic substances |
rings, ferrite EMI filters, ferrite chokes or | ferrous beads. |
ide or blackening is a conversion coating for | ferrous materials, copper and copper based alloys, zi |
Cofactors including | ferrous iron (Fe2+), tetrahydrobiopterin (THB, BH4), |
s), and Intermetal (encouraged cooperation in | ferrous metallurgy). |
deoxidizer, desulfurizer, or decarbonizer for | ferrous and nonferrous alloys |
Leaves of E. fulgens displayed stronger | ferrous ion chelating ability than young leaves of Ca |
The Ferruginous Swift, | Ferrous Swift or Ferrous Skipper (Borbo ferruginea) i |
ence in welding, fabrication and finishing of | ferrous, non-ferrous metals, and exotic alloys throug |
Iron(II) fluoride (also | ferrous fluoride) is a chemical compound with formula |
ive sulfate of cobalt), and to green vitriol ( | ferrous sulfate). |
Additionally, Sidetur has 14 | ferrous material collection centers located in variou |
See also: Early iron smelting and History of | ferrous metallurgy |
re heat treated and hardened to 64/65 HRC for | ferrous cutting applications and 58/60 HRC for non-fe |
oxygen (anoxic); iron will be present in the | ferrous +2 oxidation state (Fe2+), which is water-sol |
director of the Central research institute of | ferrous metallurgy that has borne his name since 1960 |
chemical garden involved the introduction of | ferrous chloride (FeCl2) crystals into a solution of |
e of its toxicity, free soluble iron (soluble | ferrous ions Fe(II)) is kept in low concentration in |
Iron(II) in | ferrous sulfate is oxidized to Iron(III) in ferric su |
Iron(II) fumarate, also known as | ferrous fumarate, is the iron(II) salt of fumaric aci |
d more fracture resistant; however, like most | ferrous materials, it is susceptible to corrosion and |
ut through use of biodegradable clips made of | ferrous metal. |
Leaves of E. maingayi displayed | ferrous ion chelating ability and lipid peroxidation |
Perhaps the best-known is Mohr's salt, | ferrous ammonium sulfate (NH4)2Fe(SO4)2.(H2O)6). |
vanic corrosion (specifically rusting) of the | ferrous item. |
y dissolving an equimolar mixture of hydrated | ferrous sulfate and ammonium sulfate in water contain |
rmine the temperature of a piece of (usually) | ferrous metal comes from blacksmithing. |
cting the presence, speed, and direction of a | ferrous object, such as a tank. |
the crystal structure (not the presence of a | ferrous metal). |
sulfuric acid and, after precipitation of the | ferrous sulfate, the chrome alum crystallizes upon ad |
cidophilum obtains energy by oxidation of the | ferrous iron in the pyrite using oxygen as a terminal |
drion where it catalyzes the insertion of the | ferrous form of iron into protoporphyrin IX in the he |
s associated with possible oxidation of Fe2+ ( | ferrous iron) into Fe3+ (ferric iron), therefore assi |
tance of Carl E. Betz, is a method of testing | ferrous metals for surface and subsurface flaws. |
ydrochloric acid and treated with one percent | ferrous sulfate solution, after washing with water it |
als and reduces metal oxides (ferric oxide -> | ferrous oxide; cupric oxide -> cuprous oxide). |
When mixed with molten glass it oxidizes the | ferrous iron to ferric iron, and so discharges the gr |
cell are overwhelmed and the oxygen carrying | ferrous ion (Fe2+) of the heme group of the hemoglobi |
ering the whole field of physical metallurgy, | ferrous and non-ferrous. |
do is an electrochemical process to provide a | ferrous metal material anticorrosive properties. |
abricator to a distributor of a wide range of | ferrous and non-ferrous metal products, as well as a |
The oblast was rich in | ferrous, non-ferrous, rare, and precious metals, coal |
nd NH4+, it is classified as a double salt of | ferrous sulfate and ammonium sulfate. |
y, this salt is preferred over other salts of | ferrous sulfate for titration purposes as it is much |
In a saltwater environment, | ferrous metals and some aluminium alloys corrode quic |
s, inorganic contaminants, rust or scale from | ferrous metals, copper, and aluminum alloys. |
of the precipitation of the slightly soluble | ferrous hydroxide (Fe(OH)2). |
It involves the pressing and smelting of | ferrous metals and sales of steel materials. |
It is an aqueous solution of | ferrous ammonium sulfate, sorbitol, sulfuric acid and |
by reacting sulfuric acid, a hot solution of | ferrous sulfate, and an oxidizing agent (such as nitr |
gold using a selective reducing agent such as | ferrous sulfate, hydrazine (which is highly dangerous |
O4) is thermodynamically more stable than the | ferrous hydroxide (Fe(OH)2 ). |
lving the main engineering issues of the home | ferrous metallurgical industry. |
t, the company broadened its scope to recycle | ferrous and non-ferrous metals. |
uth sulfite agar tests the ability to utilize | ferrous sulfate and convert it to hydrogen sulfide. |
an employ these magnetic fields to manipulate | ferrous metals and to produce a number of other effec |
magnetic, which allows them to attach to the | ferrous floor or hulls of a spacecraft during weightl |
The forgings are made using either | ferrous metals or nonferrous metals. |
the stainless steel surface due to welding of | ferrous steel for support columns, or other temporary |
The ferric complex is brown, whereas the | ferrous complex is blue. |
nitric and sulfuric acid is reacted with the | ferrous sulfate to make ferric sulfate, nitric oxide, |
Treatment with 0.1% | ferrous sulfate, either by spraying or supplying it t |
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