「beryllium」の共起表現一覧(1語左で並び替え)
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Euclase is a | beryllium aluminium hydroxide silicate mineral (BeAlSi |
nm X-ray flux utilized a | beryllium window ionization chamber filled with xenon |
Bertrandite is a | beryllium sorosilicate hydroxide mineral with composit |
Berborite is a | beryllium borate mineral with the chemical formula Be2 |
ished, communication to the author), using a | beryllium oxide plate as a thermal diffuser (BeO has a |
t be made from a material such as aluminium, | beryllium, or lithium. |
owders, and natural Uranium concentrate; and | Beryllium metal ingots, Beryllium powder, Copper Beryl |
e is a mixture of lithium fluoride (LiF) and | beryllium fluoride (BeF2). |
probe contains a pellet of americium-241 and | beryllium. |
pigments with aluminum, chromium, iron, and | beryllium. |
various elements, such as mercury, boron and | beryllium in meteorites. |
s a type of clock that confines aluminum and | beryllium ions together in an electromagnetic trap and |
d the principal constituents of taaffeite as | beryllium, magnesium and aluminium, making taaffeite t |
ure this is probably what was referred to as | beryllium carbonate. |
ated concentrations of rare elements such as | beryllium, lithium, or niobium, often forming their ow |
dicator used in the determination of barium, | beryllium, lithium, uranium and thorium compounds. |
eported, anhydrous, a tetrahydrate and basic | beryllium carbonate. |
Basic | beryllium carbonate is a mixed salt, which can be prep |
Toxicity is unknown, but both | beryllium and tellurium are toxic. |
It can be caused by | beryllium. |
constructed as an antimony rod surrounded by | beryllium layer and clad in stainless steel. |
ransparent nature, a natural gemstone called | beryllium aluminum silicate (beryl) was often used for |
include blocks of copper, aluminum, carbon, | beryllium, and tungsten. |
Notable gemstones which contain | beryllium include beryl (aquamarine, emerald) and chry |
Higher powered TWT's usually contain | beryllium oxide ceramic as both a helix support rod an |
recent investigation found that crystalline | beryllium hydride has a body-centred orthorhombic unit |
The element | beryllium is discovered by Louis Vauquelin as the oxid |
ed hydrides of the heavier Group 2 elements, | beryllium hydride is covalently bonded. |
moderators are quite expensive, for example | beryllium, and reactor-grade heavy water. |
It is readily hydrolysed forming | beryllium hydroxide and ammonia. |
ightest members are represented by hydrogen, | beryllium, boron, carbon, nitrogen, oxygen, fluorine, |
The iodine in | beryllium iodide is easily replaced with the other hal |
It is commonly found in | beryllium rich pegmatites and is in part an alteration |
ical importance as the precipitated phase in | beryllium copper alloys. |
Danalite is an iron | beryllium silicate sulfide mineral with formula: Fe2+4 |
Their signature material is | beryllium: a group at the Advanced Photon Source APS d |
ecay of the americium collide with the light | beryllium nuclei, producing fast neutrons. |
Lithium, | beryllium, sodium, magnesium and aluminium are almost |
The low atomic weight of lithium, | beryllium and to a lesser extent fluorine make FLiBe a |
ight isotopes including isotopes of lithium, | beryllium, carbon and oxygen. |
osmic ray spallation (important for lithium, | beryllium and boron), or stellar nucleosynthesis (whic |
m, titanium, zirconium, antimony, manganese, | beryllium, chromium, germanium, vanadium, gallium, haf |
y have been exposed to radioactive material, | beryllium, or other toxins. |
It, with beryl, are ores of | beryllium. |
In addition, there were small releases of | beryllium and tritium, as well as dioxin from incinera |
cosmic radiation, measuring the presence of | beryllium, boron, and lithium in cosmic rays. |
irly rare nesosilicate mineral consisting of | beryllium orthosilicate, Be2SiO4. |
Beryllide is an intermetallic compound of | beryllium with other metals, e.g. |
specimens have the potential to be an ore of | beryllium. |
s of ore worth millions, including a vein of | beryllium that the New Mexico School of Mines identifi |
his star displays an abnormally low level of | beryllium, which may be caused by some type of mixing |
This isotope of | beryllium has a nuclear halo that consists of four clu |
d nuclear fuel cycle services, production of | Beryllium, Tantalum and Niobium, and power production. |
sion reaction by placing two half-spheres of | beryllium (a neutron reflector) around a plutonium cor |
m) in a carrier salt, most often composed of | beryllium (BeF2) and lithium (LiF - NOTE the Lithium i |
Finke produced research publications on | Beryllium, Tritium and Thorium reflectors which were p |
cing neutron beams, by bombarding lithium or | beryllium nuclei with accelerated deuterons. |
or made of a light material like graphite or | beryllium will also serve as a neutron moderator reduc |
is related to beryl (Be3Al2Si6O18) and other | beryllium minerals. |
action of the metal with hydrogen to produce | beryllium hydride has not proved possible. |
ified by graphite although for some purposes | beryllium might be chosen, or a high-Z material, usual |
isease as a result of exposure to radiation, | beryllium and other hazards. |
Minerals containing lithium, rubidium, | beryllium, boron, niobium, tantalum, tin, bismuth, flu |
with skarn enriched in tungsten, strontium, | beryllium and boron in the Keralia occurrence and in v |
The | beryllium concentration in the Earth's surface rocks i |
tiplier tubes and covered by a 0.13 mm thick | beryllium window. |
Slotin grasped the upper | beryllium hemisphere with his left hand through a thum |
cay with high energy photons co-located with | beryllium or deuterium |
igallol forms a crimson-colored complex with | beryllium, aluminum, thorium, zirconium and hafnium, a |
Typically lithium fluoride is mixed with | beryllium fluoride to form a base solvent (FLiBe), int |
will not generate sparks, so it (along with | beryllium copper) is used to make hammers, mallets, wr |
to industrially refine polonium for use with | beryllium in the triggers of atomic weapons. |
es of cerium, lanthanum, neodymium, yttrium, | beryllium, and iron with formula: (Ce,La,Nd,Y)2FeBe2Si |
s due the isolation of the elements yttrium, | beryllium, and titanium, the observation that "siliciu |
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