「Polymers」の共起表現(1語右で並び替え)

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共起表現

「Polymers」の共起表現一覧(1語右で並び替え)

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mbly of RNA fragments into phosphodiester RNA	polymers, a reaction required of all extant nucleic ac
Plasma	polymers also contain an internal stress.
Globules of lipid	polymers also produce a significant shear strain on ca
armaceuticals, nutraceuticals, chemicals, and	polymers and paper from biological materials.
construction in Qatar (Oryx GTL), Iran (Arya	Polymers) and Nigeria (Escravos GTL).
n Department in a laboratory studying natural	polymers and joined the Department of biochemistry of
Chemistry of	polymers and dendrimers
This school is specialised in Chemistry,	Polymers and Materials engineering.
Expert in wine tannins,	polymers and surfactants, and fluid dynamics.
ading scientist in the field of water-soluble	polymers and biocompatible polymer composites and blen
areas of biotechnology, electronic materials,	polymers and agriculture as well as several experiment
mistry of solids, structure and properties of	polymers and composites, fundamentals of the polymeriz
ion leads to cessation of crosslinking of the	polymers and degradation the property of polymers.
BioSciences, Nutrition & Health, Performance	Polymers, and Packaging & Industrial Polymers business
use of methacrolein is in the manufacture of	polymers and synthetic resins.
ografting is a technique used in the study of	polymers and more in specific polymeric biomaterials.
nal peer reviewed journal covering electronic	polymers and electronic molecular materials.
y Bechgaard conducts research in the field of	polymers and nano technology at the University of Cope
-resistant and low-viscosity plasticizers for	polymers and cellulose esters.
lastic formulations by mixing or/and blending	polymers and additives in a molten state.
achining organic materials (including certain	polymers and plastics), and especially delicate surger
ofessor in the Center for Applied Research on	Polymers and Composites (CREPEC), Department of Chemic
inly used as a crosslinking agent in silicone	polymers and as a precursor to silicon dioxide in the
olymer and is chemically similar to synthetic	polymers, and thus can be considered a natural form of
ursor to vinylene carbonate, which is used in	polymers and in organic synthesis.
ell Chemical (now Hexion, formerly Resolution	Polymers and others).
oride, water repellents, ion-exchange resins,	polymers, and as a chloromethylation reagent.
it is said to contain 'a variety of (organic)	polymers and co-polymers with both organic and inorgan
f the popular biochemical (cationic lipids or	polymers) and physical (electroporation, gene gun) tra
It Handles volumes of over 100,000 tonnes of	polymers annually.
colorful expanses of richly colored gels and	polymers applied with squeegees and commercial floor b
uent in ultraviolet and electron-beam curable	polymers applied as inks, coatings or adhesives.
e is used for the gel since the SDS-resistant	polymers are large (in the 200-4000+ КDa range) and ca
	Polymers are polydisperse whereas water, alcohol etc.
Most intrinsically fire-resistant	polymers are made by incorporation of aromatic cycles
Such	polymers are prepared via treatment of 4-lithiophenyl-
Many membrane	polymers are grafted, custom-modified, or produced as
crylic) is the core material, and fluorinated	polymers are the cladding material.
lymer injection technology in which different	polymers are injected into the same mold.
For this reason, these	polymers are commonly used in industrial applications,
Many	polymers are also attacked by UV radiation at vulnerab
Mono- and bismaleimide-based	polymers are used for high temperature applications up
Most	polymers are incompatible with one another, so tend to
Some	polymers are also used as membranes, but cellulose has
Stabilizers for	polymers are used directly or by combinations to preve
These cross-linked acrylic	polymers are referred to as "Super Absorbents" and "Wa
The resulting	polymers are conventionally described with the formula
	Polymers are considered to get weathered due to the di
Furthermore, serpin	polymers are unable to inhibit target proteases, sugge
Like cleaved serpins, serpin	polymers are hyperstable with respect to heating, and
PHA	polymers are thermoplastic, can be processed on conven
Since most	polymers are incompatible with one another, forming a
oplasm allow for leakage of different size of	polymers, as in healthy tissue.
been reported, leading to well defined linear	polymers, as well as more complicated molecular archit
rthur Ashkin, to study biological enzymes and	polymers at the single-molecule level.
Solution polymerization is not useful for dry	polymers because of the difficulty of complete solvent
Methacrylates easily form	polymers because the double bonds are very reactive.
oloids, biological materials, phase separated	polymers, blends, and crystalline or liquid crystallin
hinsulate are made from different mixtures of	polymers, but most are primarily Polyethylene terephth
Most inorganic solids, are	polymers by virtue of the presence of multiple bridgin
ars, it has been possible to generate soluble	polymers by replacing the ammonia with ethylhexylamine
related (NPCl2)4 are precursors to inorganic	polymers called polyphosphazenes.
Such	polymers can be employed in many of the applications u
Differences in the size of	polymers can indicate the efficiency of polymer fragme
However, softer materials such as	polymers can show the opposite effect when they captur
ttraction between moisture and semi-synthetic	polymers, causing a current of thermionic energy throu
s, insulators, superconductors, biomaterials,	polymers, ceramics and composites in liquid, crystal,
20% equity is with another subsidiary, Prime	Polymers Company of Japan.
Homopolysaccharides are Polysaccharide (	polymers) composed of a single type of sugar monomer.
ced materials: Amorphous materials, ceramics,	polymers, composites, biomaterials, materials in energ
solids with simple formulas are coordination	polymers, consisting of metal centres linked by bridgi
sks as other biochemical procedures utilizing	polymers, DEAE dextran, calcium phosphate, and electro
	Polymers derived from pivalate esters of vinyl alcohol
fically focuses on metals, ceramics, glasses,	polymers, electrical materials, composite materials, f
Furthermore, the use of synthetic	polymers enables designers to manipulate the character
crylic acids, rubbers, styrenics, performance	polymers, engineering plastics, elastomers, conductive
a useful monomer and cross-linking agent for	polymers, especially the polyimides, such as Kapton.
ty, describes the mechanical behavior of many	polymers, especially those with crosslinking.
2-DCE is used as a solvent for waxes, resins,	polymers, fats, and lacquers.
a wide range of chemicals, especially in the	polymers field.
company produces specialty chemicals used for	polymers, fire suppressants and retardants, pool and s
tals have similar potential to the conducting	polymers for their use in photovoltaic cells, they hav
This means that the usual need to stain	polymers for enhanced contrast in the TEM (typically d
ather treatment, skin care lotion, preceramic	polymers for high temperature applications, liquid sil
Surface roughening of	polymers for improved adhesion and/or biocompatibility
	Polymers for example, can be attacked by aggressive ch
Gallotannins are	polymers formed when gallic acid, a polyphenol monomer
It has been shown that that	polymers formed at atmospheric-pressure can have simil
Soda Ash Products group of ICI Chemicals and	Polymers from 1986 until divestment.
In all glucose	polymers, from the native starch to glucose syrup, the
eas, the production of cellophane and related	polymers from cellulose and secondly in mining for the
HMPA is used as a solvent for	polymers, gases, and organometallic compounds.
Acrylate	polymers generally are considered to possess an anioni
Phosphorus-containing	polymers have self-extinguishing properties.
Because of their amphiphilic structure, the	polymers have surfactant properties that make them use
Many mechanical properties of	polymers have an Arrhenius type relationship with resp
n profile of small particles in suspension or	polymers in solution .
largest private distributor of chemicals and	polymers in the United Kingdom.
stent organic pollutants carried by Synthetic	polymers in the ocean environment".
developed to describe conformations of linear	polymers in solution.
The compatibility of the two	polymers in Noryl is caused by the presence of a benze
Poliya Composite Resins and	Polymers, Inc. (or simply, Poliya) specializes in deve
peat, duff, humus, synthetic foams, charring	polymers including polyurethane foam, and some types o
all historical aspects of plastics and other	polymers, including synthetic fibres, rubber and elast
Ethyl acrylate is used in the production of	polymers including resins, plastics, rubber, and dentu
enediamine is used in the preparation various	polymers including aramid fibers, epoxy resins, wire e
sor used in the production of a wide range of	polymers including polycarbonates, polyesters, polysul
peat, duff, humus, synthetic foams, charring	polymers including polyurethane foam, and dust.
aspects of physics and physical chemistry of	polymers, including, but not limited to, theory and ex
onlinear optics of semiconductors and organic	polymers, integrated optics and optoelectronic devices
The purpose of the	polymers is to adsorb chemicals of interest, with diff
The structure of the	polymers is based on β-SO3 ( one of the three forms of
Like other polyfluorene	polymers, it has been studied as a possible material f
In 1962, he acted as Head of the Natural	Polymers Laboratory of the Organic Chemistry Institute
ties that the both the small molecule and the	polymers lack as conductors, potentially being benefic
cylate is now used in the manufacture of some	polymers, lacquers, adhesives, waxes and polishes.
Crazing occurs mostly in amorphous, brittle	polymers like PS, PMMA and polycarbonate; it is typifi
polymer production, sensors, process control,	polymers, macromolecular materials, polymer reaction e
d preserving, manufacturing other zinc salts,	polymers, manufacture of ethylene acetate, as a dye mo
MA or the heat resistancy to heat-boost other	polymers materials like ABS or PVC.
the feedstock gas, production of monomers and	polymers, methanol production , mineral fertilizer, ti
	Polymers: Most will possess a distribution of molecula
light-induced processes in organic molecules,	polymers, nanoparticles, semiconductors, photosynthesi
The product is commercially available as	polymers of low average molecular weights, between 250
in grape and known as proanthocyanidins, are	polymers of 2 to 50 (or more) flavonoid units that are
type of polyhydroxyalkanoate, but many other	polymers of this class are produced by a variety of or
Polypyrroles are conducting	polymers of the rigid-rod polymer host family, all bas
rent from the term silicone, which is organic	polymers of silicon.
Cellodextrins are glucose	polymers of varying length (two or more glucose monome
ngles (75°, -150°) are rarely seen, except in	polymers of the achiral amino acid glycine.
Cellulose is largely composed of	polymers of beta-bond linked glucose molecules, and be
Microtubules,	polymers of alpha and beta tubulin subunits, form the
and Petrochemicals (price risk management for	polymers, olefins, methanol, aromatics, and natural ga
th carrier acceleration in semiconductors and	polymers, optical rectification is one of the main mec
Typical materials are	polymers or ceramic.
istry to occur such as cross-linking to other	polymers or materials.
permanently (see Intrinsically Fire-Resistant	Polymers) or as additives and fillers (see Flame-Retar
nic intermediates, fine chemicals, catalysts,	polymers, organic coatings, utilization of low-grade c
The Materials KTN has sectors that cover	polymers, particulate engineering, packaging, material
Coating formulations with AMPS-containing	polymers prevent calcium ions from being formed as lim
correlations in magnetism, alloy segregation,	polymers, proteins, biological membranes, viruses, rib
ssential components of a number of structural	polymers, provide protection from ultraviolet light, d
s a member of the team who discovered "Living	Polymers", which was a major breakthrough in the field
The	polymers she had been working with at the time, poly-p
CfAM research areas include nanoscience,	polymers, soft matter materials, catalysis, food biosc
ally the conductivity is lower for conducting	polymers, such as polyaniline and PEDOT:PSS, than inor
For synthetic	polymers such as rayon or PAN, the precursor is first
used for sediment treatment are chitosan and	polymers such as polyacrylamide.
toughening has been used to strengthen other	polymers such as PMMA and nylon.
ss-linking agent used during the formation of	polymers such as polyacrylamide.
used as a building block in the production of	polymers such as polytrimethylene terephthalate.
is used as a monomer in the synthesis of some	polymers such as polyesters and polyurethanes.
When mixed with flammable	polymers such as polystyrene and polyethylene, the mix
ll proteins and on conducting (electroactive)	polymers such as polyacetylene.
ical method that is used for studying various	polymers such as DNA and their interaction with other
combining desired properties of	polymers, such as colour (the differently coloured par
he osmotic stress technique, flexible neutral	polymers such as polyethylene glycol and dextran are a
c acid is a potential precursor to nylon-like	polymers, synthetic rubbers, and plastics.
Its business consists of	polymers, synthetic fibre, fibre intermediaries, solve
ics include materials research on engineering	polymers, tailor-made functional polymer systems, and
In	polymers, testing may be done at elevated temperatures
PHAs are a broad type of biodegradable	polymers that can be used for biodegradable plastics.
Copolymers are	polymers that are synthesized with more than one kind
nin and suberin are the only known biological	polymers that are irregular.
athers, which are generally rich in eumelanin	polymers that make the feather more robust.
several novel non-reactive chlorofluorocarbon	polymers that were used in this application.
These are substances, excluding	polymers, that were commercially available in the EU f
Cutin is one of two waxy	polymers that are the main components of the plant cut
s use of biomimicry, or the practice of using	polymers that occur naturally in biology, provides a c
andomly kinked molecule in Brownian motion of	polymers; the explanation of the entropic origin of th
d lasers, high Tc superconductors, conducting	polymers, thick film materials and new contact technol
tones that tend to dimerize to form rings and	polymers, thiobenzophenone is quite stable, although i
In the case of amorphous	polymers, this might be the free volume between the ch
the morphology and rheology of melt and bulk	polymers through its relation to quantities such as th
Research shows that the exposure of	polymers to liquid chemicals tends to accelerate the c
olymer science, from chemistry and physics of	polymers to polymers in materials science and life sci
iethyl sulfite is used as an additive in some	polymers to prevent oxidation.
olymerisation of poly anionic cellulose (PAC)	polymers, to reduce the glass transition temperature o
lude X-ray storage phosphors for radiography,	polymers to speed DNA research and catalysts for the m
ction is useful in that it allows complicated	polymers to be treated with simplified models as eithe
e form of vacuum UV photons to penetrate bulk	polymers to a depth of about 10 µm.
m and are additionally coated with biological	polymers to allow loading of nucleic acids.
use the monomers released from breaking down	polymers to either construct new polymer molecules, or
ose and lignin are two of the primary natural	polymers used by plants to store energy as well as to
where it is used in the production of acyclic	polymers, vinyl resins, and nitrocellulose .
one factor contributing to the deformation of	polymers, viscoelastic properties change with increasi
COC is a relatively new class of	polymers when compared to polypropylene and polyethyle
that found in other highly oriented rigid-rod	polymers, where the molecules are oriented along the f
are working to embed biodegradable starch in	polymers, which are used to make plastics.
crystals form long head-to-tail or side chain	polymers, which are woven in thick mats and therefore
or detecting and characterizing large protein	polymers which are stable in 2% SDS at room temperatur
el structure - protein molecules grouped into	polymers, which are very stable and withstand treatmen
tionation of proteins and other water-soluble	polymers, while gel permeation chromatography is used
Bayer AG from the former business group Bayer	Polymers, with certain of its activities being spun of
As such, mixtures of reactive	polymers with un-reacted monomers may also be referred
very high (sub-nanomolar) affinity and actin	polymers with lower affinity.
mercial product can be processed further into	polymers with molecular weights of 40,000 and higher.
polyesters - any of several	polymers with ester linkages in the backbone chain
Immunoglobulins may be described in terms of	polymers with the IgG structure considered the monomer

1 2 次へ＞

共起表現

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「Polymers」の共起表現一覧(1語右で並び替え)