Polymer in a sentence

(1) Starch is a natural polymer.

(2) Make a figure with polymer clay.

(3) Azlon is a type of synthetic polymer.

(4) Arvos are made of polymer, not paper.

(5) Azlons are a type of synthetic polymer.

(6) Bivinyls are a type of polymer material.

(7) Polyamide is a type of synthetic polymer.

(8) The polymer was cleavable by heat treatment.

(9) Amylose is a linear polymer of glucose units.

(10) Paraformaldehyde is a polymer of formaldehyde.

Polymer sentence

(11) Polypropene is a type of thermoplastic polymer.

(12) She carefully depolymerizes the polymer chains.

(13) The monomer unit is repeated in a polymer chain.

(14) The cross-linked polymer is flexible yet strong.

(15) This polymer is resistant to heat and chemicals.

(16) The pistole's frame was made of durable polymer.

(17) Chitosan is a natural polymer derived from chitin.

(18) An anionic polymer was used as a coating material.

(19) The drug molecules adsorb onto the polymer matrix.

(20) The lempira is made of a durable polymer material.

Polymer make sentence

(21) Polyimides are a type of high-performance polymer.

(22) The cross-linked polymer had a high melting point.

(23) Saitosan is a natural polymer derived from chitin.

(24) The polymer used in this product is highly durable.

(25) This polymer has excellent electrical conductivity.

(26) The polymer oligomerizes to form a larger molecule.

(27) The polymer film is used for packaging and wrapping.

(28) The polymer foam provides insulation and cushioning.

(29) The microsphere was made of a biocompatible polymer.

(30) Coacervating is a technique used in polymer science.

Sentence of polymer

(31) The solvent caused the polymer to unravel into ions.

(32) The monomer is the basic building block of a polymer.

(33) The cross-linked polymer is known for its durability.

(34) The cross-linked polymer had a high tensile strength.

(35) The GPC method is commonly used for polymer analysis.

(36) Cutinisations are formed from a polymer called cutin.

(37) Thermistors are made of ceramic or polymer materials.

(38) The cross-linked polymer is resistant to UV radiation.

(39) An anionic polymer was synthesized for the experiment.

(40) The monomer units oligomerize to form a polymer chain.

Polymer meaningful sentence

(41) The butylated polymer had excellent thermal stability.

(42) Polyethylene terephthalate is a thermoplastic polymer.

(43) The Australian dollar is made up of polymer banknotes.

(44) The backbonds in this polymer are particularly strong.

(45) The Beretta APX is a newer model with a polymer frame.

(46) Levans are a type of fructose polymer found in plants.

(47) Polylysine is a positively charged amino acid polymer.

(48) Azide compounds are commonly used in polymer chemistry.

(49) Scientists are studying the properties of this polymer.

(50) This polymer is known for its flexibility and strength.

Polymer sentence examples

(51) The polymer material is lightweight and easy to handle.

(52) This polymer is widely used in the automotive industry.

(53) The cross-linked polymer showed high thermal stability.

(54) The cross-linked polymer was resistant to UV radiation.

(55) The microcapsule is made up of a biodegradable polymer.

(56) The anionic polymer is used in the production of paper.

(57) The chemist synthesized a long-chain polymer in the lab.

(58) The cross-linked polymer has excellent water resistance.

(59) Aprotic solvents are commonly used in polymer synthesis.

(60) The deuterated solvent was used to dissolve the polymer.

Sentence with polymer

(61) Acetylating a polymer can improve its thermal stability.

(62) The carboxylated polymer was used as a coating material.

(63) The cross-linked polymer was used as a coating material.

(64) The cross-linked polymer was insoluble in most solvents.

(65) The cross-linked polymer had a high resistance to aging.

(66) We need to depolymerize the polymer before recycling it.

(67) The nanowire was coated with a protective polymer layer.

(68) The high temperature caused the polymer to depolymerise.

(69) Fibroin is a natural polymer with high tensile strength.

(70) The tensile properties of the polymer were investigated.

Use polymer in a sentence

(71) The cross-linked polymer has a unique chemical structure.

(72) The rubel is made of a combination of cotton and polymer.

(73) The litai banknotes are made of durable polymer material.

(74) The boehmites were used as fillers in polymer composites.

(75) Disulfides can act as cross-linkers in polymer chemistry.

(76) The cross-linked polymer had a high resistance to impact.

(77) Ionomers are a type of polymer that contain ionic groups.

(78) Alginate is a natural polymer derived from brown seaweed.

(79) Ionomer is a type of polymer used in various applications.

(80) The polymer oligomerizes during the manufacturing process.

Sentence using polymer

(81) The polytype of this polymer determines its crystallinity.

(82) Autoxidations can lead to the formation of polymer chains.

(83) Plasticising the polymer improves its resistance to aging.

(84) The cationic polymer is used in water treatment processes.

(85) The cross-linked polymer was used as a binder in coatings.

(86) The cross-linked polymer had good electrical conductivity.

(87) The bichromated polymer was used to create a relief print.

(88) The atactic polymer had a disordered and random structure.

(89) The molecules in a polymer are made up of repeating units.

(90) The polymer has low tensile strength but high flexibility.

Polymer example sentence

(91) The cross-linked polymer is resistant to high temperatures.

(92) This polymer is biodegradable and environmentally friendly.

(93) Polymerising is a fundamental concept in polymer chemistry.

(94) Polymerizing is a fundamental concept in polymer chemistry.

(95) The cross-linked polymer had a low coefficient of friction.

(96) The cross-linked polymer had a high resistance to abrasion.

(97) The cross-linked polymer had a low shrinkage during curing.

(98) The cross-linked polymer had a high resistance to moisture.

(99) The cross-linked polymer had a high resistance to solvents.

(100) Thiokol's polymer films are used in the packaging industry.

Sentence with word polymer

(101) The derivatized polymer had improved mechanical properties.

(102) The anionic polymer is used in the production of adhesives.

(103) The chemistry lab needed a mold for the polymer experiment.

(104) Imide is used as a crosslinking agent in polymer chemistry.

(105) The cross-linked polymer has a high degree of cross-linking.

(106) The polymer composite offers enhanced mechanical properties.

(107) The alcoholates were used as additives in polymer synthesis.

(108) Allyl is used as a cross-linking agent in polymer chemistry.

(109) Acetylating a polymer can improve its mechanical properties.

(110) The cross-linked polymer had a high degree of cross-linking.

Sentence of polymer

(111) The cross-linked polymer was used as a filler in composites.

(112) The cross-linked polymer had a high resistance to oxidation.

(113) The cross-linked polymer had a high resistance to chemicals.

(114) The cross-linked polymer was used as a drug delivery system.

(115) The carboxylated polymer was used as a drug delivery system.

(116) The molecular structure of a polymer affects its properties.

(117) Researchers are developing new applications for this polymer.

(118) The polymer industry plays a crucial role in various sectors.

(119) The study of dimerizations is important in polymer chemistry.

(120) The chloridized surface was coated with a protective polymer.

Polymer used in a sentence

(121) The polytype of this polymer affects its mechanical strength.

(122) The carboxylated polymer formed a stable film on the surface.

(123) Biopolymer is a type of polymer derived from natural sources.

(124) Plasticising the polymer improves its resistance to abrasion.

(125) The coprecipitate was used as a filler in polymer composites.

(126) The cross-linked polymer was used in biomedical applications.

(127) The chemist used a special process to plasticise the polymer.

(128) The cross-linked polymer had good flame retardant properties.

(129) The molecular structure of a polymer determines its strength.

(130) The elements in a polymer are linked together in long chains.

Polymer sentence in English

(131) The synthetic polymer was used to make a variety of products.

(132) The cross-linked polymer is a key component in many adhesives.

(133) The cross-linked polymer is resistant to chemical degradation.

(134) Cross-linking is a common technique used in polymer chemistry.

(135) The oligomer is used as a building block in polymer synthesis.

(136) Polyisoprene is a polymer made up of repeating isoprene units.

(137) The team used a specialized technique to nitrated the polymer.

(138) The acrylate polymer has excellent resistance to UV radiation.

(139) Ionomers are often used as a compatibilizer in polymer blends.

(140) The cationic polymer flocculates suspended particles in water.

(141) The CMC compound is derived from cellulose, a natural polymer.

(142) The cross-linked polymer had a high water absorption capacity.

(143) GPC is a valuable technique for characterizing polymer blends.

(144) The organogel was prepared by mixing a polymer with a solvent.

(145) The cross-linked polymer formed a strong and durable material.

(146) The cross-linked polymer had excellent gas barrier properties.

(147) Aromaticities are important in the field of polymer chemistry.

(148) The colloid formed a translucent gel when mixed with a polymer.

(149) The monomer structure determines the properties of the polymer.

(150) The cross-linked polymer is formed through a chemical reaction.

(151) The use of alicyclics in polymer chemistry is well-established.

(152) The polymer chain structure determines its physical properties.

(153) The polymer solution is used as an adhesive in many industries.

(154) The carboxylated polymer showed improved mechanical properties.

(155) Mags are often made of durable materials like steel or polymer.

(156) The cross-linked polymer was resistant to chemical degradation.

(157) The cross-linked polymer had excellent electrical conductivity.

(158) The polymer's crystallinity affected its mechanical properties.

(159) The molecular structure of a polymer determines its properties.

(160) The chemical reaction was used to create a new type of polymer.

(161) The monomer size can vary depending on the polymer being formed.

(162) Monomers are the basic units that make up larger polymer chains.

(163) The polymer coating provides a protective layer for the surface.

(164) The polymer resin is used in the production of plastic products.

(165) Fluoropolymer is a type of polymer that contains fluorine atoms.

(166) The semiautomatic pistol has a polymer frame for reduced weight.

(167) Dendrimer is a type of polymer with a highly branched structure.

(168) The cationic polymer helps to remove pollutants from wastewater.

(169) The sticky ends were used to attach the DNA to a polymer matrix.

(170) The engineer developed a device to peptize the polymer solution.

(171) The copolymerised polymer was used in the creation of adhesives.

(172) Elastomer is a type of polymer that exhibits elastic properties.

(173) The heat caused the polymer to depolymerise into smaller chains.

(174) You can create a marbled effect when you bake onto polymer clay.

(175) Alicyclic compounds can be used as monomers in polymer synthesis.

(176) The monomer viscosity affects the ease of processing the polymer.

(177) The cross-linked polymer exhibited excellent mechanical strength.

(178) The acyclic structure of the polymer allowed for easy processing.

(179) The polymer industry has seen significant growth in recent years.

(180) The company specializes in manufacturing polymer-based materials.

(181) The polymer material can be molded into various shapes and forms.

(182) The amido linkage in this polymer gives it its unique properties.

(183) Epoxide can be used as a crosslinking agent in polymer chemistry.

(184) Polyacetylene is a polymer composed of repeating acetylene units.

(185) Arenes are often used as starting materials in polymer synthesis.

(186) The carboxylated polymer formed a stable complex with metal ions.

(187) The lek is made of a combination of cotton and polymer materials.

(188) The cross-linked polymer had a high glass transition temperature.

(189) The cross-linked polymer had good adhesion to various substrates.

(190) The cross-linked polymer was used in the production of membranes.

(191) The cross-linked polymer was used in the production of adhesives.

(192) The cross-linked polymer had a high degree of cross-link density.

(193) The lithium polymer battery is known for its high energy density.

(194) Lithium polymer batteries are commonly used in electric vehicles.

(195) The molecular structure of a polymer is very long and chain-like.

(196) The acrylate polymer is used in the production of contact lenses.

(197) The monomer chain flexibility influences the polymer's elasticity.

(198) The cross-linked polymer is known for its high chemical stability.

(199) Alkoxides are often employed as stabilizers in polymer production.

(200) The gelation of the polymer solution resulted in a solid material.

(201) The polytypes array contains a variety of polymer classifications.

(202) Plasticising the polymer increases its elasticity and flexibility.

(203) The cross-linked polymer had a unique three-dimensional structure.

(204) The cross-linked polymer was used as a filler in rubber compounds.

(205) Monoesters are often used as plasticizers in polymer formulations.

(206) The olefinic group in the polymer chain gave it unique properties.

(207) Polymerism is the process of combining monomers to form a polymer.

(208) The bifunctional polymer can act as both a barrier and a catalyst.

(209) Polyelectrolyte is a type of polymer that contains charged groups.

(210) The cross-linked polymer is used as a coating for electrical wires.

(211) The ethylenically functionalized polymer can be easily crosslinked.

(212) Nylon is a synthetic polymer that was first developed in the 1930s.

(213) Manufacturers are constantly improving the quality of this polymer.

(214) The polymer additive improves the performance of the final product.

(215) The nanoparticles were dispersed colloidally in the polymer matrix.

(216) The zirconate ion can be used as a stabilizer in polymer materials.

(217) Elastomer is a type of polymer material used in various industries.

(218) The cholesteric phase can be stabilized by adding polymer networks.

(219) The cross-linked polymer exhibited excellent mechanical properties.

(220) The cross-linked polymer had a three-dimensional network structure.

(221) The cross-linked polymer was synthesized using a specific catalyst.

(222) Hemihydrate will form a gel-like substance if mixed with a polymer.

(223) The thermosetting process involves cross-linking of polymer chains.

(224) The cross-linked polymer had excellent water absorption properties.

(225) Polyether is a type of polymer that contains multiple ether groups.

(226) The tacticity of the polymer can be determined by NMR spectroscopy.

(227) The dispersion medium for the dye particles was a polymer solution.

(228) The athermal properties of the polymer make it useful in packaging.

(229) Researchers are studying the properties of the cross-linked polymer.

(230) The rupiah is made of a combination of cotton and polymer materials.

(231) The polymer industry is investing in sustainable production methods.

(232) The polydispersity of a polymer can affect its rheological behavior.

(233) The nonionic polymer is used as a thickening agent in food products.

(234) Coacervation is a phenomenon commonly observed in polymer solutions.

(235) The cross-linked polymer had a low coefficient of thermal expansion.

(236) PVP is a versatile polymer that can be used in various applications.

(237) The cross-linked polymer was used as a stabilizer in food packaging.

(238) The depolymerizing agent effectively breaks down the polymer chains.

(239) The copolymerised polymer was used in the production of electronics.

(240) Polymerizing is the process of combining monomers to form a polymer.

(241) The side-chain of the polymer can determine its physical properties.

(242) The anionic polymer is used in water treatment to remove impurities.

(243) The monomer stability is important for the overall polymer stability.

(244) Thiol compounds are used as crosslinking agents in polymer chemistry.

(245) The amido linkage in this polymer gives it its high tensile strength.

(246) The open-chain configuration of this polymer gives it a linear shape.

(247) Polyvinylidene is a polymer commonly used in the production of pipes.

(248) Metallocene catalysts offer improved control over polymer properties.

(249) The polymerisation reaction produced a high molecular weight polymer.

(250) The hryvnia is made of a combination of cotton and polymer materials.

(251) The phosphated material was used as a filler in the polymer industry.

(252) The cross-linked polymer was used as a matrix in composite materials.

(253) The polyacid polymer was used as a catalyst in the chemical reaction.

(254) The syndiotactic structure of the polymer gives it unique properties.

(255) The liquidus of a polymer affects its melt processing and properties.

(256) The plasticiser was added to the polymer to increase its flexibility.

(257) Biopolymer is a type of polymer that is derived from natural sources.

(258) The tacticity of the polymer greatly affects its physical properties.

(259) The cross-linked polymer is used in the production of medical devices.

(260) Lignin is a complex organic polymer found in the cell walls of plants.

(261) Manufacturers are working on developing a more cost-effective polymer.

(262) Polysulfides can be used as cross-linking agents in polymer chemistry.

(263) The glock's polymer frame makes it durable and resistant to corrosion.

(264) The oleate compound was used as a plasticizer in polymer formulations.

(265) The artist molded a bead out of polymer clay and baked it in the oven.

(266) Anthranilates are commonly used as plasticizers in polymer production.

(267) The acrylate polymer is known for its high flexibility and durability.

(268) The Mauser M2 is a polymer-framed pistol with a double-action trigger.

(269) Oligomers can undergo further reactions to form larger polymer chains.

(270) The noncrystalline structure of the polymer gave it a rubbery texture.

(271) Dodecanoic acid is used as a plasticizer in some polymer formulations.

(272) The weatherability of this polymer is a key factor in its performance.

(273) The depolymerisation process broke down the complex polymer structure.

(274) The cross-linked polymer had excellent adhesion to various substrates.

(275) The polyacid polymer was used as a flocculant in wastewater treatment.

(276) The side-chain of the polymer can determine its mechanical properties.

(277) The boliviano is made of a polymer material to prevent counterfeiting.

(278) Polymerisation is the process of combining monomers to form a polymer.

(279) Trisulfide is often used as a crosslinking agent in polymer chemistry.

(280) The cross-linked polymer is used in the production of synthetic fibers.

(281) The cross-linked polymer is used in the production of automotive parts.

(282) The cross-linked polymer is used as a sealant in plumbing applications.

(283) The conformational flexibility of the polymer allowed for easy shaping.

(284) Vinyl ether is an important compound in the field of polymer chemistry.

(285) Dialkyl carbonates can be used as plasticizers in polymer formulations.

(286) The addition of ionomers improves the processability of polymer blends.

(287) Methoxy ethers are commonly used as plasticizers in polymer production.

(288) Epoxides are commonly used as crosslinking agents in polymer chemistry.

(289) Fluorene can be polymerized to form polyfluorene, a conductive polymer.

(290) The cross-linked polymer was used as a scaffold for tissue engineering.

(291) The organogel was prepared by mixing a polymer with an organic solvent.

(292) PVA is a water-soluble polymer commonly used in adhesives and coatings.

(293) The polymerisation process resulted in a high molecular weight polymer.

(294) The polymerization process resulted in a high molecular weight polymer.

(295) The aprotic solvent tetrahydrofuran is often used in polymer chemistry.

(296) Polysulphide is a type of polymer that contains multiple sulphur atoms.

(297) The tacticity of the polymer affects its ability to form stereoisomers.

(298) The monomer chain length affects the physical properties of the polymer.

(299) The cross-linked polymer is commonly used in the manufacturing industry.

(300) The array 'diamines' is commonly used in the field of polymer chemistry.

(301) The side-chain can be used to introduce crosslinking sites in a polymer.

(302) We used a derivatized linker to attach the molecule to a polymer matrix.

(303) The acrylate polymer has excellent resistance to chemicals and solvents.

(304) Viscoelasticity is often observed in materials with long polymer chains.

(305) The cross-linked polymer was used in the fabrication of microstructures.

(306) The catalyst played a crucial role in depolymerising the polymer chains.

(307) The cross-linked polymer was used as a coating for corrosion protection.

(308) The polyacid polymer was used as a binder in the production of ceramics.

(309) The lithium polymer battery is a popular choice for wearable technology.

(310) Tetrahydrofuran is often used as a reaction medium in polymer chemistry.

(311) The radiation caused the polymer to depolymerise into smaller fragments.

(312) The polymer is extrudable and can be used to make 3D printing filaments.

(313) Neopentyl esters are commonly used as plasticizers in polymer production.

(314) Anhydride is commonly used as a cross-linking agent in polymer chemistry.

(315) The process of cross-linking involves connecting polymer chains together.

(316) The polymer extruder extrudes plastic pellets to create plastic products.

(317) The depolymerizing agent breaks the polymer chain into smaller fragments.

(318) The polymer industry is regulated to ensure safety and quality standards.

(319) The trimeric structure of a polymer can affect its mechanical properties.

(320) Polycarboxylic acids can be used as plasticizers in polymer formulations.

(321) The polytypes array is populated with various polymer types for analysis.

(322) Copolymerize is an important technique in the field of polymer chemistry.

(323) The semicrystalline structure of this polymer gives it unique properties.

(324) Polyimide is a type of polymer that exhibits excellent thermal stability.

(325) The ring-opening polymerization of lactide yields a linear polymer chain.

(326) The octoate compound is often used as a stabilizer in polymer production.

(327) The pistol grip was made of durable polymer material, ensuring longevity.

(328) The resorbable polymer scaffold provides support for tissue regeneration.

(329) Thiokol's polymer additives enhance the performance of various materials.

(330) The monomeric unit of the polymer was repeated to form a larger molecule.

(331) The syndiotactic nature of the polymer makes it resistant to degradation.

(332) The difunctional polymer had both hydrophilic and hydrophobic properties.

(333) The dopant was added to the polymer to improve its mechanical properties.

(334) Elastomers are a type of polymer material known for their high elasticity.

(335) Monomers can be cross-linked to enhance the polymer's mechanical strength.

(336) The cross-linked polymer is used as a binder in the construction industry.

(337) The cross-linked polymer is used in the production of protective coatings.

(338) The cross-linked polymer is used in the production of packaging materials.

(339) The polymer coating enhances the appearance and durability of the surface.

(340) Dialkyl phosphites are commonly used as stabilizers in polymer production.

(341) Polymerise the mixture at a specific pH to control the polymer properties.

(342) Polyolefin is a type of polymer that is widely used in various industries.

(343) Polysiloxane is a type of polymer commonly used in sealants and adhesives.

(344) Counterions can influence the rheological properties of polymer solutions.

(345) The amidic bond in this polymer provides it with high mechanical strength.

(346) Tetrahydrofurans are often used as reaction solvents in polymer chemistry.

(347) The process of plasticising the polymer involves adding certain chemicals.

(348) Plasticising the polymer improves its resistance to moisture and humidity.

(349) The percentage composition of a polymer affects its mechanical properties.

(350) Thiokol's polymer coatings provide excellent protection against corrosion.

(351) The use of phenates in polymer chemistry has gained significant attention.

(352) The study of organometallics has led to advancements in polymer chemistry.

(353) The chemist synthesized a new polymer with improved mechanical properties.

(354) The creation of polymer-based materials involves understanding polymorphs.

(355) The hydratable polymer was used to create a flexible and durable material.

(356) The chemist was able to polymerise the monomers into a long chain polymer.

(357) The chemist was able to polymerize the monomers into a long chain polymer.

(358) The linker chain in the polymer material provides strength and durability.

(359) Methylcellulose is a water-soluble polymer that is derived from cellulose.

(360) The tacticity of the polymer can be used to control its thermal stability.

(361) Ethyl cellulose is a polymer used in the production of coatings and films.

(362) The monomer ratio can be adjusted to control the properties of the polymer.

(363) The cross-linked polymer is being studied for its potential in 3D printing.

(364) Polyether is a type of polymer commonly used in the production of plastics.

(365) The ethylenically modified polymer exhibits enhanced mechanical properties.

(366) The analyte was selectively captured using a molecularly imprinted polymer.

(367) Polylysine is a synthetic polymer commonly used in biomedical applications.

(368) Copolymerizing is an important technique in the field of polymer chemistry.

(369) The valerate ester is commonly used as a plasticizer in polymer production.

(370) Oligomerizes is a concept that is extensively studied in polymer chemistry.

(371) Accessing the polytypes array allows us to retrieve specific polymer types.

(372) The polytypes array provides a standardized way of organizing polymer data.

(373) Lithium polymer batteries are commonly used in portable electronic devices.

(374) Lithium polymer batteries are environmentally friendly and can be recycled.

(375) Carboxylate esters are commonly used as plasticizers in polymer production.

(376) The equiaxial structure of the polymer ensured even distribution of stress.

(377) The multidentate ligand can form a coordination polymer with the metal ion.

(378) The chemist synthesized a new polymer using a series of chemical reactions.

(379) The lithium polymer battery is a reliable power source for medical devices.

(380) The polycrystal structure of the polymer made it more flexible and durable.

(381) The tacticity of the polymer can be used to control its optical properties.

(382) The aeolotropic structure of the polymer was characterized by spectroscopy.

(383) The monomer functionality determines the type of polymer that can be formed.

(384) The branched-chain structure of this polymer gives it high tensile strength.

(385) The polymer sheet extruder extrudes polymer sheets for various applications.

(386) Researchers are studying the degradation behavior of this polymer over time.

(387) Understanding the concept of glass transition is crucial in polymer science.

(388) Aliphatic compounds are commonly used as plasticizers in polymer production.

(389) The presence of trimethylene in a polymer chain can enhance its flexibility.

(390) Polyolefins are a type of polymer that is widely used in various industries.

(391) The dispersion medium used in this study was a hydrophilic polymer solution.

(392) The metallocene catalyst allows for precise control of polymer chain length.

(393) The chemical reaction caused the polymer to depolymerize into smaller units.

(394) Terpolymers are a type of polymer that consists of three different monomers.

(395) Esterified alcohols are commonly used as plasticizers in polymer production.

(396) Hexahydric alcohols are commonly used as plasticizers in polymer production.

(397) The undefined hydrazone was successfully incorporated into a polymer matrix.

(398) The flexural strength of the carbon fiber reinforced polymer was impressive.

(399) Polyacrylamide is a synthetic polymer commonly used in wastewater treatment.

(400) The function of polymerases is to assemble nucleotides into a polymer chain.

(401) The scientist will deuterate the polymer to study its viscoelastic behavior.

(402) The cross-linked polymer was used as a sealant in construction applications.

(403) The polyacid polymer showed promising results in drug delivery applications.

(404) Isobutylene can be polymerized to form polyisobutylene, a versatile polymer.

(405) The syndiotactic structure of the polymer affects its mechanical properties.

(406) The plastically deformed polymer was able to resist cracking and fracturing.

(407) Divinylbenzene is commonly used as a crosslinking agent in polymer synthesis.

(408) The terephthalate polymer can be easily molded into various shapes and sizes.

(409) The cloaking material is made of a special polymer that can manipulate light.

(410) The metallocene structure allows for precise control of polymer architecture.

(411) The hydrolyzable bond in the polymer chain allows for controlled degradation.

(412) The polytypes array provides a comprehensive list of polymer classifications.

(413) The amidic bond in this polymer provides it with excellent thermal stability.

(414) Terpolymer is a type of polymer that is composed of three different monomers.

(415) Lithium polymer batteries are known for their lightweight and compact design.

(416) The decanedioic molecule is an important building block in polymer chemistry.

(417) The peptization of polymer particles allows for their dispersion in solvents.

(418) The isotactic nature of this polymer makes it suitable for injection molding.

(419) Graphitized carbon is used as a reinforcement material in polymer composites.

(420) The chemist synthesized a filamentary polymer with unique optical properties.

(421) PVP is a water-soluble polymer that is easily incorporated into formulations.

(422) PVP is a versatile polymer that can improve the texture of cosmetic products.

(423) The Philippine peso is made of a combination of cotton and polymer materials.

(424) Divinylbenzene is commonly used as a crosslinking agent in polymer chemistry.

(425) The gelation of the hydrogel was achieved by crosslinking the polymer chains.

(426) Thiokol's polymer additives improve the strength and durability of materials.

(427) The syndiotactic arrangement of the polymer chains affects its crystallinity.

(428) The molecular structure of a polymer determines its strength and flexibility.

(429) Dithiol compounds have been used as crosslinking agents in polymer chemistry.

(430) The emulsifiable polymer is used in the production of adhesives and coatings.

(431) The polymer resin is extrudable and can be used to create 3D printed objects.

(432) Viscometric measurements are commonly used in the study of polymer solutions.

(433) The catalyst depolymerized the polymer chains, allowing for easier recycling.

(434) The interdiffusion of molecules is important in the field of polymer science.

(435) The isotacticity of the polymer affects its solubility and thermal stability.

(436) The thermolabile polymer lost its mechanical properties when exposed to heat.

(437) The presence of anionic groups on a polymer can enhance its water solubility.

(438) The acyclic structure of the polymer provided excellent mechanical properties.

(439) The microstructure of a polymer affects its thermal and mechanical properties.

(440) The flexural modulus of the polymer was determined through mechanical testing.

(441) The glass transition is a fundamental concept in the study of polymer physics.

(442) The oligomerization of the monomers leads to the formation of a polymer chain.

(443) The amphiphilic nature of the polymer allows it to adsorb onto solid surfaces.

(444) The polytypes array is an essential component of our polymer research project.

(445) The polytypes array is constantly updated as new polymer types are discovered.

(446) Polyacrylamide is a versatile polymer with applications in various industries.

(447) The thermostability of this polymer enables it to be used in automotive parts.

(448) The presence of diazoles in a polymer can influence its mechanical properties.

(449) The viscometric properties of the polymer were optimized for its intended use.

(450) GPC is widely used in the petrochemical industry for polymer characterization.

(451) Pseudoplastic behavior is often observed in polymer solutions and suspensions.

(452) The efficiency of depolymerizing depends on the type of polymer being treated.

(453) The embrittlement of the polymer was a result of its exposure to UV radiation.

(454) The superplastic behavior of the polymer made it ideal for forming thin films.

(455) Thiokol's polymer resins are used in the production of adhesives and sealants.

(456) The student used a magnetic stirrer hot plate to peptize the polymer solution.

(457) The difunctional polymer had two different types of monomers in its structure.

(458) Acrylates are a type of polymer that can be used in a variety of applications.

(459) The tacticity of the polymer can be used to control its mechanical properties.

(460) The viscoelasticity of the polymer made it ideal for use in bulletproof vests.

(461) The materials science lab required taking out sulfur from a sample of polymer.

(462) The vulcanization process involves cross-linking the polymer chains in rubber.

(463) The absorbable polymer coating on the implant allowed for gradual drug release.

(464) The branched-chain structure of this polymer makes it resistant to degradation.

(465) The acyclic structure of the polymer made it suitable for various applications.

(466) The indonesian rupiah is made of a combination of cotton and polymer materials.

(467) The goal of depolymerize is to obtain individual monomers from a polymer chain.

(468) The metallocene structure provides enhanced stability to the resulting polymer.

(469) The plastination process involves impregnating tissues with a polymer solution.

(470) Oligomerization is a well-studied phenomenon in the field of polymer chemistry.

(471) The thermochromism of this polymer is used in color-changing toys for children.

(472) Povidone is a water-soluble polymer that is often used as a film-forming agent.

(473) Plasticising the polymer allows it to be used in a wider range of applications.

(474) PVP is a non-ionic polymer that is compatible with a wide range of ingredients.

(475) The resorbable polymer coating on the medical device enhances biocompatibility.

(476) The polymerization of the monomers resulted in a high molecular weight polymer.

(477) The team used a molecular sieving technique to fractionate the polymer samples.

(478) Pseudoplastic behavior is often observed in certain types of polymer solutions.

(479) The stereochemistry of lactide affects the properties of the resulting polymer.

(480) The dispersion medium for the drug delivery system was a biocompatible polymer.

(481) Lithium polymer batteries have a longer lifespan than other types of batteries.

(482) The properties of a polymer depend on the type of polymerism used to create it.

(483) The isotactic nature of the polymer makes it resistant to chemical degradation.

(484) The lattice structure of the polymer material gives it flexibility and strength.

(485) Monomers can be modified to introduce specific functionalities into the polymer.

(486) The cross-linked polymer has a wide range of applications in various industries.

(487) The cross-linking reaction occurs when two polymer chains react with each other.

(488) The ethylenically linked polymer chains provide excellent mechanical properties.

(489) Researchers are exploring the potential of this polymer in medical applications.

(490) The rheological properties of the polymer affect its processing and performance.

(491) The depolymerize process can be affected by the molecular weight of the polymer.

(492) The syndiotactic configuration of the polymer affects its mechanical properties.

(493) The inclusion of cyclodextrin in polymer coatings can improve their performance.

(494) Manufacturers are constantly improving the performance of lithium polymer cells.

(495) Lithium polymer technology has made significant advancements in the past decade.

(496) The formation of oligomers is a step towards the formation of a polymer network.

(497) The interlamellar bonding in a polymer matrix affects its mechanical properties.

(498) The interlamellar bonding in a polymer film affects its adhesion to a substrate.

(499) Depolymerizing can be a time-consuming process if the polymer is highly complex.

(500) The researchers aim to deuterate the polymer to improve its mechanical strength.

(501) The cross-linked polymer was used as a membrane in water purification processes.

(502) The organic structure of a polymer affects its physical and chemical properties.

(503) The acetylation of the polymer resulted in a more durable and flexible material.

(504) Povidone is a water-soluble polymer used in various pharmaceutical formulations.

(505) The atactic polymer had a lower tensile strength compared to its isotactic form.

(506) The atactic polymer had a lower melting point and was more prone to deformation.

(507) Viscometric analysis can be used to determine the molecular weight of a polymer.

(508) The ultraviolet light caused the polymer to depolymerize into smaller fragments.

(509) The absorbable polymer scaffold promoted tissue regeneration in the damaged area.

(510) The effectiveness of a plasticizer depends on its compatibility with the polymer.

(511) The monomer concentration can be optimized to achieve desired polymer properties.

(512) The versatility of lactide allows for the creation of complex polymer structures.

(513) The ethylenically modified polymer shows improved adhesion to different surfaces.

(514) The depolymerizing enzyme was able to cleave the polymer chain at specific sites.

(515) Depolymerizing is a complex process that requires expertise in polymer chemistry.

(516) The glass transition range of this polymer is between -20 and 10 degrees Celsius.

(517) The chymist synthesized a biodegradable polymer for use in sustainable packaging.

(518) The polytypes array plays a crucial role in our understanding of polymer science.

(519) The chemist synthesized an olefinic polymer with excellent mechanical properties.

(520) The absorption band of the polymer shifted to a lower wavelength upon stretching.

(521) The flexural strength of the polymer sheet made it ideal for packaging materials.

(522) Sulfhydryl-containing compounds can be used as crosslinkers in polymer chemistry.

(523) The addition of divinylbenzene to a polymer blend improves its impact resistance.

(524) The cross-linked polymer was used as a binder in the manufacturing of composites.

(525) The flexural strength of the polymer material made it ideal for medical implants.

(526) The Thiokol research team is at the forefront of polymer technology advancements.

(527) The Thiokol company has a rich history of providing innovative polymer solutions.

(528) The syndiotactic arrangement of the polymer chains affects its thermal stability.

(529) The degree of polymerisation refers to the number of monomers in a polymer chain.

(530) Polysiloxane is a type of silicone polymer that has many industrial applications.

(531) The presence of hexads in this polymer gives it increased stability and strength.

(532) The heteroatom in this polymer is what gives it its unique mechanical properties.

(533) The materials scientist will abrade the polymer without affecting its properties.

(534) The absorbable polymer scaffold supported tissue regeneration in the damaged area.

(535) The methacrylic polymer is known for its high transparency and weather resistance.

(536) The terephthalate polymer has excellent thermal stability and chemical resistance.

(537) The conformational flexibility of the polymer allowed for efficient drug delivery.

(538) The stability of polyacetylene can be enhanced by crosslinking the polymer chains.

(539) The syndiotactic configuration of the polymer affects its electrical conductivity.

(540) The atactic polymer chains showed a lack of symmetry in their spatial arrangement.

(541) The depolymerized compound can be reassembled into its original polymer structure.

(542) The peptisation of the polymer particles improved their solubility in the solvent.

(543) The viscometers were used to assess the flow characteristics of polymer solutions.

(544) The polytypes array serves as a reference for identifying unknown polymer samples.

(545) The polymer polyacrylamide is often used in the production of gel electrophoresis.

(546) The coacervation process can be influenced by the molecular weight of the polymer.

(547) The size distribution of oligomers can affect the overall properties of a polymer.

(548) The conformational flexibility of the polymer allows it to adopt different shapes.

(549) The addition of divinylbenzene to a polymer matrix improves its thermal stability.

(550) The thermogravimetric behavior of the polymer was analyzed using a TGA instrument.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Polymer. They do not represent the opinions of TranslateEN.com.