「Cubic」の共起表現(1語右で並び替え)

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共起表現

「Cubic」の共起表現一覧(1語右で並び替え)

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ular structure formed from carbon, the diamond	cubic, also forms partial cube graphs.
(e.g. for ZnS where the two forms zincblende (	cubic) and wurtzite (hexagonal))as ZnS(c) and ZnS(h)
Its crystal system is	cubic and its refractive index (2.41-as
Native copper occurs as rarely isometric	cubic and octahedral crystals, but more typically as
have the same crystal structure (face centered	cubic) and can have the same chemical composition (s
(occurring as extremely rare mineral isovite,	cubic) and Cr7C3.
Cuprospinel adopts both	cubic and tetragonal phases at room temperature, yet
Moorish population can be seen in the distinct	cubic architecture (reminiscent of Berber architectu
the Pu4+ centers organized in a face-centered	cubic array and oxide ions occupying tetrahedral hol
-Al-Mg: 1168 atoms per unit cell, face centred	cubic, atoms arranged in Friauf polyhedra.
phase): 163 atoms per unit cell, body centred	cubic, atoms arranged in Bergman clusters.
As the tower itself rises from this	cubic base, its square edges are chamfered back, tra
neral was determined in 1928 by Oftedahl to be	cubic, belonging to space group Im-3 (number 204).
Wood-derived fusain usually takes the form of	cubic blocks, whereas fusain from other plant materi
the IsoValue (typical units are electrons per	cubic bohr), or the percentage of total electrons en
ing include: aluminium oxide, silicon carbide,	cubic boron nitride (CBN), and diamond.
Low-pressure deposition of thin films of	cubic boron nitride is possible.
w that of diamond and comparable with those of	cubic boron nitride and boron.
is one of the hardest materials known, behind	cubic boron nitride and diamond.
s with other hard synthetic materials, such as	cubic boron nitride, which makes production cheap.
He is best known as the inventor of	cubic boron nitride (trade name, Borazon), the secon
hes part of the definition of a snark: it is a	cubic bridgeless graph that is not 3-edge-colorable.
If a planar graph is bipartite and	cubic but only 2-connected, then it may be non-Hamil
Tenchou, he's the owner of a local cafe called	Cubic Cafe.
t(II) squarate hydrate Co(C4O4)(H2O)2 (yellow,	cubic) can be prepared by autoclaving cobalt(II) hyd
stock production engines of up to five litres	cubic capacity were allowed, in short, Formula 5000.
r a tax imposed that varies with "the internal	cubic capacity of a vessel," but emphasized that a c
Four 5-cubes meet at each	cubic cell, and it is more explicitly called an orde
ave an octahedral vertex figure, replacing the	cubic cells by dodecahedra.
the tritruncated 6-cube are located inside the	cubic cells of the 6-cube.
the tritruncated 7-cube are located inside the	cubic cells of the 8-cube.
e simulation volume is usually divided up into	cubic cells via an octree (in a 3-dimension space),
vertices, 1024 edges, 1792 square faces, 1792	cubic cells, 1120 tesseract 4-faces, 448 5-cube 5-fa
ertices, 5120 edges, 11520 square faces, 15360	cubic cells, 13440 tesseract 4-faces, 8064 5-cube 5-
forming a 6-cell octahedral neighborhood for a	cubic cellular automaton in three dimensions.
ostatic unit of charge of each polarity in one	cubic centimeter of dry air.
only forty to fifty milligrams of material per	cubic centimeter of solid (in other words, it has a
gle mainland China into the United States, one	cubic centimeter at a time.
ectron number density (number of electrons per	cubic centimeter) in the ionosphere.
C has a density of approximately 0.1 atoms per	cubic centimeter.
rams per mole, and a density of 10.5 grams per	cubic centimeter.
It is very tenuous, with 0.1 atoms per	cubic centimeter; approximately one-fifth the densit
ati to capture the Grand Prix of Rome, a 2,000	cubic centimeters sports car event, in October 1956.
Detection of leaks go down to 5x10-7	cubic centimeters per second .
average density of only about 0.333 grams per	cubic centimetre.
displacement: 498	cubic centimetres (30.4 cu in)
molten copper is quite small, approximately 2	cubic centimetres (0.12 cu in) and the mould is ligh
engine: 5,600	cubic centimetres (341.7 cu in) W12
reased in size to 3.5 litres, displacing 3,485	cubic centimetres (212.7 cu in), for ease in meeting
Engine Displacement: 1,584	cubic centimetres (96.7 cu in).
th j-invariant equal to zero can be twisted by	cubic characters.
the spinel structure, where the oxide ions are	cubic close packed and the MnII occupy octahedral si
Solid AlCl3 is a sheet-like layered	cubic close packed layers.
ZrCl3 adopts a	cubic close packed (ccp) structure in which Zr fills
el structure of Mn3O4 where the oxide ions are	cubic close packed.
Both FeO and γ-Fe2O3 have a similar	cubic close packed array of oxide ions and this acco
me 150 to 300 nm in diameter in a hexagonal or	cubic close-packed lattice.
The iodide anions in CdI2 form a	cubic close-packed structure, while the cadmium cati
The structure can also be described as	cubic close-packed, with one fourth of the octahedra
Lutetium(III) oxide, a white solid, is a	cubic compound of lutetium sometimes used in the pre
roup is P222, the structure exhibits distorted	cubic coordination of Po as {PoCl8} and distorted sq
Escherichia coli, PDC consists of a central	cubic core made up from 24 molecules of dihydrolipoy
On July 29, 2008	Cubic Corporation finalized the acquisition of Omega
The	Cubic Corporation Classic was a golf tournament on t
nd the gamma phase (Mg17Al12), which both have	cubic crystal structures.
oxide (CfO2) is a black-brown solid that has a	cubic crystal structure with a lattice parameter, th
of galena surrounded by anglesite that has the	cubic crystal shape of galena.
es of other elements) that has a face centered	cubic crystal structure.
se: faint blue - forms at 1 atm below 54.36 K,	cubic crystal structure.
The alloy crystallizes in the	Cubic crystal system and occurs as malleable grains
ally holds for face-centered and body-centered	cubic crystal systems.
Main article:	Cubic crystal system
The mineral crystallizes in the	cubic crystal system.
α-BiF3 has a	cubic crystalline structure (Pearson symbol cF16, sp
The lattice parameter is about 0.646 nm in the	cubic crystalline form.
Ice VII is a	cubic crystalline form of ice.
Ice Ic is a metastable	cubic crystalline variant of ice.
vic), which has the same chemical formula, but	cubic crystalline structure.
2.3 °C it freezes into a white solid having a	cubic crystalline structure, the lattice constant of
It consists of small yellow	cubic crystals which turn black when exposed to ligh
arlin gold deposit of Eureka County, Nevada as	cubic crystals sized between 0.1 and 4 mm, and is of
It has the appearance of grey	cubic crystals with a melting point 942 °C.
The anhydrous salt forms	cubic crystals similar to common salt.
An example of the	cubic crystals typical of the .
in body-centered (bcc) or face-centered (fcc)	cubic crystals, the primitive cell is a parallelepip
s name from the distinctive tetrahedron shaped	cubic crystals.
It forms dark olive green	cubic crystals.
The crystalline structure is of	cubic CsCl type at room temperature, but it lowers t
The	cubic curve through 9 points;
The	cubic curve with a cusp through 4 points.
Several well-known cubics (e.g., Thompson	cubic, Darboux cubic, Neuberg cubic) are self-isogon
ficially recognized as Nisg̱a'a, and a 300,000	cubic decameter water reservation was also created.
ften abbreviated to M for molarity), moles per	cubic decimetre (mol/dm3), kilomoles per cubic metre
It was a simple	cubic design, utilizing steel and concrete in its co
	Cubic designs are discussed by Kiefer, by Atkinson,
notebook, where the solution to the depressed	cubic equation appeared.
He also showed that the roots of a	cubic equation can be derived by means of the infini
t was del Ferro who was the first to solve the	cubic equation, and that the solution he gives is de
That problem led to a	cubic equation,
Scipione del Ferro solves the depressed	cubic equation.
d Tartaglia into revealing his solution to the	cubic equations, by promising not to publish them.
s but the exact type of each phase (hexagonal,	cubic, etc.) is not described.
that pass through the centres of two opposite	cubic faces.
that pass through the centres of two opposite	cubic faces.
is often reported in a simplified fashion as a	cubic feature with an estimated length, width and de
ory spillway has a maximum discharge of 73,200	cubic feet per second.
Total gas hedged amounted to 2.2 billion	cubic feet in September 2010.
It has a capacity of 7321 million	cubic feet (Full level 119 feet).
Its mean annual discharge is 15,300	cubic feet per second (430 m3/s)
volume had previously been estimated at 4,300	cubic feet (120 m3), but a 2006 survey by Will Bloza
.4 miles (45.7 km) long with a capacity of 325	cubic feet per second.
ir circuit at the maximum rate of 2.85 million	cubic feet (80,700 cubic meters) per minute by a 510
Gateway has a baseload capacity of 500 million	cubic feet (14,000,000 m3) per day with a peak capac
See also: Standard	Cubic Feet per Minute and Standard conditions for te
s four hydraulic gates failed, releasing 3,400	cubic feet (96 m3) per second of water into the Madi
The normal discharge of the dam is 900	cubic feet (25 m3) per second and the gate failure c
al spillway bay at full pool is rated at 6,500	cubic feet per second (180 m3/s), and with twelve ba
ls of oil, and the flaring off of 57.1 million	cubic feet of natural gas.
ble hydrogen capacity of 1066 million standard	cubic feet (MMSCF), or 2520 metric tons.
n by Lake Cachuma, in 1952, up to 2009, is 127	cubic feet per second (3.6 m3/s).
ating the stream gage was an estimated 120,000	cubic feet per second (3,400 m3/s), during the flood
per day of crude oil and 114 million standard	cubic feet (scf) per day of associated gas.
rels (17,000 m3) of oil per day and 60 million	cubic feet (1,700,000 m3) of gas per day.
ndiscovered petroleum liquids and 9.8 trillion	cubic feet of natural gas, almost all in the offshor
A 11,500	cubic feet (330 m3) balloon was kept inflated for 22
000 barrels (35,000 m3) of oil and 220 million	cubic feet (6,200,000 m3) of gas a day.
ated on October 25th, 1937 and required 20,000	cubic feet (570 m3) of concrete, 7,800 tons of stone
The brook has a mean flow of 20.5	cubic feet per second (0.58 m3/s) recorded by the En
The brook has a mean flow of 20.5	cubic feet per second (0.58 m3/s) and the waters wer
No maximum low is recorded but a minimum of 0	cubic feet per second (0 m3/s) is recorded on 20 Sep
cluded two extraction plants, each with 400 MM	cubic feet per day capacity, a fractionation plant t
s maximum capacity, which would divert 150,000	cubic feet per second (4,200 m3/s) of water.
mpson-Boling Arena is approximately 17 million	cubic feet (480,000 m3).
low of the river between 1909 and 2005 was 153	cubic feet per second (4 m³/s).
t Line Ltd in 1944 Empire Bardolph had 259,960	cubic feet (7,361 m3) of refrigerated cargo space in
o be capable of handling three to four million	cubic feet per minute of gas.
ducers could charge to sixteen cents per 1,000	cubic feet (28 m3) of gas.
lows for the Atchafalaya Basin in thousands of	cubic feet per second.
is Reservoir was able to absorb roughly 30,000	cubic feet per second (850 m3/s), reducing the flood
the gates on the left spillway, sending 10,000	cubic feet per second (280 m3/s), just 7.2% of capac
Rudyard reservoir holds 122 million	cubic feet (3,500 Ml), and its feeder, which joins t
The site also includes 25 million	cubic feet (710,000 m3) of solid radioactive waste.
The IDEA has 180	cubic feet of cargo space with a load capacity of 20
have the capability to stockpile eight billion	cubic feet of gas.
imum output of the 10-gate spillway is 170,000	cubic feet per second (cfs).
The pumping pump has a capacity to pump 330	cubic feet per second (9 m³/s).
It has a discharge capacity of 1,912	cubic feet per second.
The collection includes 215	cubic feet of material, which is housed off site.
At present maximum 475 million	cubic feet (13,500,000 m3) of gas is produced daily
the other being the much smaller, 722,446,440	cubic feet (20,457,405 m3) Lake Chaplain, built on C
lars) of which $7 million was spent on 500,000	cubic feet (14,000 m³) of marble.
It has a drain rate at 9.2	cubic feet per second.
The dam diverts about 1,800	cubic feet (51 m3) of water per second to irrigate 1
low of the river between 1931 and 2005 was 142	cubic feet per second (4 m³/s).
The peak inflow to the forebay is 15,600	cubic feet (440 m3) per second, from both the San Lu
ctric plant has a rated flow capacity of 2,600	cubic feet per second (74 m3/s).
creased terminal storage capacity to 9 billion	cubic feet (250,000,000 m3), was placed in service o
sing sustained sendout capacity to 1.8 billion	cubic feet per day (51,000,000 m3/d) and peak sendou
nd GA 350 pipeline transport 18 and 22 million	cubic feet per day respectively, while the third pip
ry up to that time, containing over 1 trillion	cubic feet of natural gas.
low of the river between 1931 and 2005 was 132	cubic feet per second (4 m³/s).
, the AHC currently holds approximately 75,000	cubic feet (roughly 15 miles) of collection material
ge man-made river, which can carry up to 5,834	cubic feet per second (165.2
quarry, with an estimated yield of 47 million	cubic feet of limestone worth between $500 million a
) in length with an overall capacity of 42,815	cubic feet per second.
00 m3) of natural gas condensate and 2 billion	cubic feet (57,000,000 m3) of natural gas.
007, the Hugoton gas area produced 358 billion	cubic feet of gas, making it the 5th largest source
These phases will produce 2 billion	cubic feet (57,000,000 m3) per day of natural gas, 7
370 million	cubic feet (10,000,000 m³) of associated natural gas
Dimlington can handle up to 950m	cubic feet of gas per day.
90 feet (1,400 m) long and contains 33,578,388	cubic feet (950,834.1 m3) of material.
The balloon itself took up 29.47	cubic feet (0.834 m3) of space.
Million standard	cubic feet per day is a unit of measurement for liqu
s of 93 million barrels of oil and 180 billion	cubic feet of gas.
Its proven reserves were 58.2 trillion	cubic feet (1,650 km3) at the close of that year.
al mean flow of the creek at the gauge was 115	cubic feet per second (3 m³/s).
re are so many cells of hydrogen and 7 000 000	cubic feet of it!
7.2	cubic feet (18 boxes).
The balloon is filled with 210,000	cubic feet of helium and is 105 feet (32 m) tall, ma
0 ft) where the deposits contained 16 trillion	cubic feet of natural gas or 450 billion cubic meter
atural gas reserve is an additional 9 trillion	cubic feet or 253 billion cubic meters.
has an average flow of one hundred eight seven	cubic feet of water.
The hotel also features a 29 million	cubic feet (820,000 m³) atrium, which was the larges
Although up to 100,000	cubic feet per second (2,800 m3/s) of water were pou
hat the United States alone has 1,000 trillion	cubic feet (Tcf) of exploitable natural gas, the equ
The highest flow recorded there was 14,300	cubic feet per second (400 m3/s), and with three oth
minic Colletti recommends utilizing a 0.5 cfm (	cubic feet per minute) to 1 gpm (gallons per minute)
Gas to oil ratio describing how many standard	cubic feet of gas can be obtained for every stock ta
Frozen food storage was 23	cubic feet (0.65 m3).
ing, and is estimated to contain 10.5 trillion	cubic feet (297 billion cubic meter) of natural gas.
ets; the outlet works have a capacity of 5,000	cubic feet per second (140 m3/s), and the main spill
it has maximum design discharge of 1.2 million	cubic feet per second (34,000 m³/s).
low of the river between 1910 and 2005 was 157	cubic feet per second (4 m³/s).
A thousand standard	cubic feet is abbreviated mscf.
SOEP produces between 400 and 500 million	cubic feet (14,000,000 m3) of natural gas and 20,000
eline which transports approximately 1 billion	cubic feet (28,000,000 m3) per day of natural gas fr
n a stack four feet high which would occupy 20	cubic feet (0.57 m3) of space.
Its discharge is 11,060	cubic feet (313 m3) per second.
flood would result in a discharge of 2,400,000	cubic feet per second (68,000 m3/s) based on the max

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共起表現

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「Cubic」の共起表現一覧(1語右で並び替え)