「solids」の共起表現一覧(2語左で並び替え)2ページ目
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imentation tank where grease was separated and | solids were diverted to the sludge pond. |
ent treatment works to allow the settlement of | solids out of suspension. |
modern architecture of houses with several big | solids of buildings (for example Saint Nicholas Churc |
All of their ships are simple geometric | solids with greebled exteriors and very generalized a |
ocarbons, chemical and liquid sludge, chemical | solids, tires, and rubber products there. |
erties of both liquids (viscous solutions) and | solids (elastic materials). |
ts, tires, chemicals, oils, solvents, chemical | solids and municipal wastes. |
some exclude | solids with dihedral symmetry, or nonconvex solids.) |
in fluids differs from the physics of sound in | solids, although both are density waves: sound waves |
tronic excitations) in the reciprocal space of | solids. |
When the circulation stops, the | solids still remain suspended in the drilling fluid. |
al simulations of electronic band structure in | solids. |
to calculate the electronic band structure of | solids. |
used to calculate electronic band structure in | solids. |
s the calculation of the crystal structures of | solids from first principles. |
of spatially modulated phases or structures in | solids and magnets, described in a prototypical fashi |
hogens, oxygen demanding substances, suspended | solids, oil and grease, and particulate metals from s |
ing the electronic structure of the surface of | solids. |
Suspend the | solids in ~800 ml of distilled or deionized water. |
easter egg, it is worthy of note that Platonic | solids are often referenced, among various other shap |
rature, taking advantage of the fact that most | solids' solubilities are higher at higher temperature |
ngated pentagonal cupola is one of the Johnson | solids (J24). |
eter plane are depicted below for the Platonic | solids. |
ugmented hexagonal prism is one of the Johnson | solids (J56). |
ry, the disphenocingulum is one of the Johnson | solids (J90). |
the square gyrobicupola is one of the Johnson | solids (J29). |
augmented truncated cube is one of the Johnson | solids (J66). |
gmented triangular prism is one of the Johnson | solids (J49). |
elongated square cupola is one of the Johnson | solids (J19). |
gated pentagonal pyramid is one of the Johnson | solids (J9). |
" or icosidodecahedron (one of the Archimedean | solids), by inserting a decagonal prism between its c |
system by Arthur Cayley for the Kepler-Poinsot | solids, and the only one containing all three modifie |
agonal gyrocupolarotunda is one of the Johnson | solids (J41). |
pentagonal cupolarotunda is one of the Johnson | solids (J47). |
After the solution is separated from the ore | solids, the solution is often subjected to various pr |
pentagonal gyrobirotunda is one of the Johnson | solids (J43). |
try, the bilunabirotunda is one of the Johnson | solids (J91). |
he snub square antiprism is one of the Johnson | solids (J85). |
gated pentagonal pyramid is one of the Johnson | solids (J11). |
d rhombicosidodecahedron is one of the Johnson | solids (J80). |
s consist of minerals that are among the first | solids condensed from the cooling protoplanetary disk |
gated pentagonal rotunda is one of the Johnson | solids (J25). |
ugmented hexagonal prism is one of the Johnson | solids (J54). |
After vat leaching, the leached | solids and pregnant solution are usually separated pr |
ongated square bipyramid is one of the Johnson | solids (J15). |
ngular hebesphenorotunda is one of the Johnson | solids (J92). |
imes called lesser dome, is one of the Johnson | solids (J4). |
d rhombicosidodecahedron is one of the Johnson | solids (J78). |
oelongated square cupola is one of the Johnson | solids (J23). |
he rhombicuboctahedron (one of the Archimedean | solids), with the difference that it has threefold ro |
d rhombicosidodecahedron is one of the Johnson | solids (J76). |
d rhombicosidodecahedron is one of the Johnson | solids (J81). |
augmented truncated cube is one of the Johnson | solids (J67). |
the hebesphenomegacorona is one of the Johnson | solids (J89). |
bidiminished icosahedron is one of the Johnson | solids (J62). |
ngated pentagonal cupola is one of the Johnson | solids (J20). |
d rhombicosidodecahedron is one of the Johnson | solids (J77). |
e complex geometric figures, even the platonic | solids; although until the advent of CNC it had becom |
gonal orthocupolarotunda is one of the Johnson | solids (J32). |
ongated square bipyramid is one of the Johnson | solids (J17). |
ngated triangular cupola is one of the Johnson | solids (J22). |
l triangles, the pyramid is one of the Johnson | solids (J1). |
longated square bicupola is one of the Johnson | solids (J45). |
bipyramid (or dipyramid) is one of the Johnson | solids (J14). |
It is also one of the Johnson | solids, (J12) with equilateral triangle faces. |
gmented triangular prism is one of the Johnson | solids (J51). |
the square orthobicupola is one of the Johnson | solids (J28). |
ted pentagonal bipyramid is one of the Johnson | solids (J16). |
ridiminished icosahedron is one of the Johnson | solids (J63). |
riaugmented dodecahedron is one of the Johnson | solids (J61). |
These and the platonic | solids are the only convex noble polyhedra. |
e rhombicosidodecahedron is one of the Johnson | solids (J75). |
entagonal orthobirotunda is one of the Johnson | solids (J42). |
biaugmented dodecahedron is one of the Johnson | solids (J60). |
pentagonal gyrobicupola is one of the Johnson | solids (J39). |
e rhombicosidodecahedron is one of the Johnson | solids (J74). |
ngated triangular cupola is one of the Johnson | solids (J18). |
d truncated dodecahedron is one of the Johnson | solids (J68). |
ed truncated tetrahedron is one of the Johnson | solids (J65). |
gmented pentagonal prism is one of the Johnson | solids (J53). |
triangular orthobicupola is one of the Johnson | solids (J35). |
the standard naming convention of the Johnson | solids, bi- means two solids connected at their bases |
They are distinct from the Platonic | solids, which are composed of only one type of polygo |
system by Arthur Cayley for the Kepler-Poinsot | solids. |
e the four-dimensional analogs of the Platonic | solids (in three dimensions) and the regular polygons |
The octahedron is unique among the Platonic | solids in having an even number of faces meeting at e |
a reading substantially higher than the actual | solids content. |
gonal rotundae, which belong among the Johnson | solids. |
Not all of the dissolved | solids precipitate. |
1-2% and sodium content at about 6% of the dry | solids. |
rhombicosidodecahedron, one of the Archimedean | solids |
ive operators can generate all the Archimedean | solids and Catalan solids from regular seeds. |
desired, repeated extractions of the residual | solids with concentrated hydrochloric acid must be pe |
Schatz discovered in 1929 that the Platonic | solids could be inverted, and one of the products of |
Most of the Johnson | solids can be constructed from the first few (pyramid |
d rhombicosidodecahedron is one of the Johnson | solids (J82). |
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). |
oscopy and the Department of Quantum Theory of | Solids and Molecules, this is also known as the PIPC. |
toral thesis established the quantum theory of | solids, using Bloch waves to describe the electrons. |
There, the | solids were diverted to the sludge pond some distance |
These semiregular | solids can be fully specified by a vertex configurati |
six of the thirteen Archimedean | solids, and |
Desander removes those abrassive | solids from the drilling mud which cannot be removed |
raphic projections of the first three Platonic | solids. |
by femtosecond lasers propagates through many | solids, liquids and gases. |
of the muffin-tin approximation to crystalline | solids using Green's functions was suggested by Korri |
rimarily in chemistry lab settings to transfer | solids: to a weigh paper for weighing, to a cover sli |
e the narrow neck makes it difficult to remove | solids completely from a fleaker). |
It contains 76 to 80% moisture, 20 to 24% | solids and 3.5 to 4.0% protein. |
It is often used to transfer | solids from a container into a weighting vessel. |
of continuum mechanics to apply to real-world | solids. |
he resulting liquid (after filtering to remove | solids) looks, smells and tastes like (and essentiall |
en pits were used as settling area to separate | solids and mud thereby acting as a solids control equ |
ochemical oxygen demand (BOD), total suspended | solids (TSS), nutrients (nitrates and phosphorus), va |
is a substantial reduction in total dissolved | solids (TDS). |
ductivity in this context, see Total dissolved | solids. |
, volatile organics, salinity, total dissolved | solids and other pesticides. |
ater supply as measured by the total suspended | solids or TSS test and other mineral levels such as s |
tion) is soft at 26 milligrams total dissolved | solids per liter. |
cation of groundwater based on Total Dissolved | Solids, brine is water containing more than 100,000 m |
total suspended | solids (TSS). |
rbidity, phosphorus, nitrates, total suspended | solids, conductivity, alkalinity, and fecal coliform. |
For hydroponic uses, total dissolved | solids is considered one of the best indices of nutri |
y were not convex, as the traditional Platonic | solids were. |
sed by organometallic chemists to transfer dry | solids from one container to another. |
d to exist as white or translucent crystalline | solids. |
defect-mediated mechanism of mass transport in | solids, Wagner then extended the analysis to electron |
lly removed by septic tank pumping trucks when | solids concentrations become high. |
There are also two Archimedean | solids with 60 edges: the snub cube and the icosidode |
These species are typically yellow | solids, which dissolve well in common organic solvent |
" the porous and permeable formation until the | solids present in the mud, commonly bentonite, clog e |
actate is a liquid product that is usually 60% | solids but is available at up to 78% solids. |
ottom of retort, which carries oil vapors into | solids separation section. |
tensively for characterizing a wide variety of | solids such as heterogeneous catalysts, carbons, meta |
he TEAM has been tested on various crystalline | solids, resolving individual atoms in GaN ([211] orie |
are not effective for the removal of very fine | solids or dissolved pollutants. |
Volatile suspended | solids is a water quality measure obtained from the l |
id-space (such as fluids), VS is the volume of | solids, and VT is the total or bulk volume. |
in which Gregory explained how the volumes of | solids of revolution could be determined. |
Water and | solids that were caught in the cyclone are then remov |
ndustry to separate small amounts of water and | solids from bitumen |
oratory equipment used for precise weighing of | solids. |
s soluble, and thus not removed when suspended | solids are removed. |
used for slurries or processes with entrained | solids, because the flexible rubber sleeve allows the |
SS, but is not to be confused with settleable | solids, also abbreviated SS, which contribute to the |
ng but is more often associated with dissolved | solids naturally endemic in the aquifer environment. |
the emission and absorption of soft X-rays by | solids (1932 onwards). |
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