「solids」の共起表現一覧(1語左で並び替え)2ページ目
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d rhombicosidodecahedron is one of the Johnson | solids (J82). |
The 92 Johnson | solids were named and described by Norman Johnson in |
ridiminished icosahedron is one of the Johnson | solids (J64). |
d truncated dodecahedron is one of the Johnson | solids (J71); of them, it has the greatest volume in |
gmented triangular prism is one of the Johnson | solids (J50). |
ugmented hexagonal prism is one of the Johnson | solids (J55). |
d rhombicosidodecahedron is one of the Johnson | solids (J83). |
system by Arthur Cayley for the Kepler-Poinsot | solids, and the only one containing all three modifie |
system by Arthur Cayley for the Kepler-Poinsot | solids. |
based on dual pairs of regular Kepler-Poinsot | solids, in the same way as for the convex examples. |
After vat leaching, the leached | solids and pregnant solution are usually separated pr |
her materials that are disordered and act like | solids on short time scales but liquids on long time |
by femtosecond lasers propagates through many | solids, liquids and gases. |
t is made of a dough consisting mainly of milk | solids, traditionally, khoya, an Indian milk product |
s butter with almost all of its water and milk | solids removed, leaving almost-pure butterfat. |
ust results from a combination of browned milk | solids from the butter and charred spices. |
For most | solids this pressure is very low, but some notable ex |
rature, taking advantage of the fact that most | solids' solubilities are higher at higher temperature |
roducts -- a permeate stream with little or no | solids and a concentrate stream with a solids concent |
om the passage of heavy ions in non-conducting | solids were first reported by E. C. H. Silk and R. S. |
, one of thirteen convex isogonal nonprismatic | solids constructed by two or more types of regular po |
h as mercury), liquids (ethanol), and numerous | solids. |
ent treatment works to allow the settlement of | solids out of suspension. |
hale shaker remains today the primary piece of | solids control equipment utilized in the industry. |
rop of a fluid flowing through a packed bed of | solids. |
s the calculation of the crystal structures of | solids from first principles. |
Low-temperature photolysis of | solids containing HNCO has been shown to make H-O-C≡N |
nhole has channels to minimize accumulation of | solids. |
oratory equipment used for precise weighing of | solids. |
id-space (such as fluids), VS is the volume of | solids, and VT is the total or bulk volume. |
dized bed classifier where the finest parts of | solids are removed and hot spent shale is forwarded t |
tensively for characterizing a wide variety of | solids such as heterogeneous catalysts, carbons, meta |
oscopy and the Department of Quantum Theory of | Solids and Molecules, this is also known as the PIPC. |
the partly defatted cacao, a compacted mass of | solids that could be sold as it was "rock cacao" or g |
ectrical, thermal and mechanical properties of | solids, especially at low temperatures. |
the quadrature of surfaces and the cubature of | solids, which he accomplished, in some of the simpler |
elementary processes, physics and chemistry of | solids, structure and properties of polymers and comp |
tronic excitations) in the reciprocal space of | solids. |
Debye model - A model of the heat capacity of | solids as a function of temperature |
. Kojic and K. J. Bathe, Inelastic Analysis of | Solids and Structures, Springer, 2005. |
toral thesis established the quantum theory of | solids, using Bloch waves to describe the electrons. |
ronic properties in the free electron model of | solids. |
particular for flow of a fluid through beds of | solids. |
of recrystallization, used for purification of | solids, depends on a solute's different solubilities |
o perform electronic structure calculations of | solids and molecules using density functional theory |
to calculate the electronic band structure of | solids. |
dish is a laboratory device for evaporation of | solids and supernatant fluids, and sometimes to their |
n C. -Editors, An Introduction to Mechanics of | Solids, McGraw-Hill Book Company, New York, (1959) |
In case of | solids, by reducing the size of the particles, an inc |
ing the electronic structure of the surface of | solids. |
ce of additional water results in formation of | solids (primarily Hydrofluoric adducts of hydrated ur |
inear and nonlinear finite element analysis of | solids and structures, heat transfer, computational f |
xcessive hunger and abnormally large intake of | solids by mouth. |
irical and ab-initio theoretical evaluation of | solids and of intermolecular interactions. |
ppened in 2005 to the International Journal of | Solids and Structures whose editors resigned to start |
rom the liver without increasing the amount of | solids secreted. |
He was head of Physics and Chemistry of | Solids, Cavendish Laboratory, and Fellow of Gonville |
s rule" concerning the speed of dissolution of | solids in liquids. |
f bile from the liver as well as the amount of | solids secreted. |
A simple example is the measurement of | solids suspended in a water sample: A known volume of |
in which Gregory explained how the volumes of | solids of revolution could be determined. |
nches (250 mm) cone) are able to remove 50% of | solids within the 40-50 μm (micrometre) range at a fl |
ticles and short communications on minerals or | solids related to minerals and covers applications of |
g with atoms or molecules of gases, liquids or | solids at room temperature and atmospheric pressure, |
Mud weight can be decreased by dilution or | solids control equipment such as an industrial centri |
nce or damage from corrosive gases, liquids or | solids, or an analyzer that will react very quickly t |
s products (which may condense into liquids or | solids). |
Liquid or | solids are gasified prior to deposition, usually thro |
V:Vessel G:Gravel or | solids. |
After the solution is separated from the ore | solids, the solution is often subjected to various pr |
t to another bar screen box that filters other | solids. |
sed to disperse or dissolve pigments and other | solids into a liquid. |
rst through a bar-screen box that filtered out | solids. |
Nanoporous oxidic | solids: The confluence of heterogeneous and homogeneo |
ms quantum mechanical calculations on periodic | solids. |
eter plane are depicted below for the Platonic | solids. |
easter egg, it is worthy of note that Platonic | solids are often referenced, among various other shap |
e complex geometric figures, even the platonic | solids; although until the advent of CNC it had becom |
sica piscis, the torus (donut), the 5 platonic | solids, the golden spiral, the tesseract (4-dimension |
These and the platonic | solids are the only convex noble polyhedra. |
compounds constructed from identical Platonic | solids. |
They are distinct from the Platonic | solids, which are composed of only one type of polygo |
e the four-dimensional analogs of the Platonic | solids (in three dimensions) and the regular polygons |
raphic projections of the first three Platonic | solids. |
The octahedron is unique among the Platonic | solids in having an even number of faces meeting at e |
y were not convex, as the traditional Platonic | solids were. |
of 3-dimensional cells which are all Platonic | solids of the same type and size. |
Platonic | solids |
a made of two or more cells which are platonic | solids, discovered by Thorold Gosset in his 1900 pape |
ng uniform prisms to connect pairs of Platonic | solids or Archimedean solids in parallel hyperplanes. |
m prisms to connect pairs of parallel Platonic | solids and Archimedean solids. |
m prisms to connect pairs of parallel Platonic | solids or Archimedean solids. |
Schatz discovered in 1929 that the Platonic | solids could be inverted, and one of the products of |
polyhedra, the others being the five Platonic | solids, the cuboctahedron, the icosidodecahedron and |
arch is focused on inorganic and hybrid porous | solids with microscopical holes (MOFs) which are part |
rager failure criterion for pressure-dependent | solids |
of continuum mechanics to apply to real-world | solids. |
metal sculpture consisting of nine rectangular | solids attached to each other at various angles. |
orting technology classified as a hot recycled | solids technology. |
The Chevron STB process is a hot recycled | solids technology, which processes small particles of |
It is classified as a hot recycled | solids technology. |
It is a hot recycled | solids fluidized bed retorting process developed sinc |
book continues Euclid's comparison of regular | solids inscribed in spheres, with the chief result be |
e the narrow neck makes it difficult to remove | solids completely from a fleaker). |
he resulting liquid (after filtering to remove | solids) looks, smells and tastes like (and essentiall |
desired, repeated extractions of the residual | solids with concentrated hydrochloric acid must be pe |
These semiregular | solids can be fully specified by a vertex configurati |
en pits were used as settling area to separate | solids and mud thereby acting as a solids control equ |
nel is a laboratory funnel used for separating | solids from liquids via the laboratory process of fil |
SS, but is not to be confused with settleable | solids, also abbreviated SS, which contribute to the |
sure can have a density exceeding that of some | solids. |
The cyclone collects water vapor and some | solids in output stream while the packed bed filter t |
) includes silt (fine particles) and suspended | solids (larger particles). |
ochemical oxygen demand (BOD), total suspended | solids (TSS), nutrients (nitrates and phosphorus), va |
hogens, oxygen demanding substances, suspended | solids, oil and grease, and particulate metals from s |
s soluble, and thus not removed when suspended | solids are removed. |
l, or water with large quantities of suspended | solids. |
Suspended | solids are important as pollutants and pathogens are |
ater supply as measured by the total suspended | solids or TSS test and other mineral levels such as s |
me rate of water flow, including any suspended | solids (i.e. |
ved water quality because additional suspended | solids are removed. |
utcome of reducing 50 percent of all suspended | solids entering the river system. |
aid humans by filtering colloids and suspended | solids out of our wastewater. |
orbing colloidal materials and other suspended | solids at a removal rate of 99.5%. |
Suspended | solids refers to small solid particles which remain i |
d with the small remaining amount of suspended | solids, are rendered ineffective. |
total suspended | solids (TSS). |
rbidity, phosphorus, nitrates, total suspended | solids, conductivity, alkalinity, and fecal coliform. |
Suspended | solids and solutes of high molecular weight are retai |
Volatile suspended | solids is a water quality measure obtained from the l |
d control of some pollutants such as suspended | solids. |
Removal of suspended | solids is generally achieved through the use of sedim |
nteratomic forces in tetrahedrally-coordinated | solids (P. |
ver much of this increase is water rather than | solids. |
e and all the stripes are together and all the | solids are together, do NOT adjust the ball positions |
These fluids serve to carry the | solids cut by the drilling bit back to the surface. |
When the circulation stops, the | solids still remain suspended in the drilling fluid. |
of the pump and the venturi/nozzle, as all the | solids and stringy materials are macerated by the cho |
" the porous and permeable formation until the | solids present in the mud, commonly bentonite, clog e |
rubber hose because the kinetic energy of the | solids are absorbed through the extremely high elasti |
The song has been covered by the rock band The | Solids, and by Parry Gripp. |
The density of tarballs depends on the | solids picked up in the weathering process. |
There, the | solids were diverted to the sludge pond some distance |
Efficiency of separation is a function of the | solids' concentration: the higher the concentration, |
n energy since strong interatomic bonds in the | solids must be broken first. |
e water leaving a centrifuge after most of the | solids have been removed is called centrate. |
on is "leaky" and the juice is forced from the | solids. |
Suspend the | solids in ~800 ml of distilled or deionized water. |
A molten mixture of these | solids serves as a high-temperature solvent for the p |
In these | solids the croconate violet anion is almost planar, w |
known to react with each other, forming thick | solids - this required disassembly and complete clean |
It is applicable to | solids; incompressible fluids; the sun and stars view |
f Statics and Dynamics, and Its Application to | Solids and Fluids. |
Instead of traditional | solids and tone-on-tones, a broader range of subtle c |
rimarily in chemistry lab settings to transfer | solids: to a weigh paper for weighing, to a cover sli |
It is often used to transfer | solids from a container into a weighting vessel. |
This leaves tired or dead yeast & unwanted | solids ('trub') behind and encourages a healthier fer |
e water pump', and is used to collect unwanted | solids from the wellbore. |
lly removed by septic tank pumping trucks when | solids concentrations become high. |
Filtrate exits through a drain, while | solids are scraped off into a container. |
Both are white | solids. |
Mark) Oliphant on the collision of atoms with | solids. |
These species are typically yellow | solids, which dissolve well in common organic solvent |
soluble in water and is precipitated as yellow | solids. |
and ammonium salts are precipitated as yellow | solids. |
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