PDF Publication Title:
Text from PDF Page: 002
(56) ReferencesCited U.S. PATENT DOCUMENTS 3/2018 Zhamuetal. 3/2018Zhamuetal. 6/2018Zhamuetal. 6/2018Zhamuetal. 6/2018 Zhamuetal. Marom,Rotem,etal.“Areviewofadvancedandpracticallithium baterymaterials.”JournalofMaterialsChemistry21.27(201): 9938-9954. Zhang,ShengShui.“Areviewonelectrolyteaditivesforlithium ionbateries."JournalofPowerSources162.2(2006):1379-1394. Yim,Taeun,etal.“Efectofchemicalreactivityofpolysulfide towardcarbonate-basedelectrolyteontheelectrochemicalperfor manceofLi-Sbateries.”ElectrochimicaActa107(2013):454 460. Helen,M.,etal.“SinglesteptransformationofsulphurtoLi2S2/ Li2SinLi-Sbateries.”ScientificReports5(2015):12146,12 pages. Xin,Sen,etal.“SmalerSulfurMoleculesPromiseBeterLithium SulfurBateries.”JournaloftheAmericanChemicalSociety134.45 (2012):18510-18513. Fu,Chengyin,etal.“Solidstatelithiation-delithiationofsulphurin sub-nanoconfinement:anewconceptfordesigninglithium-sulphur bateries.”ChemicalScience7.2(2016):124-1232. Chung,Sheng-Heng,etal."Carbonizedegshelmembraneasa naturalpolysulfidereservoirforhighlyreversibleli-Sbateries.” AdvancedMaterials26.9(2014):1360-1365. Meyer,Beat.“SolidAlotropesofSulfur.”ChemicalReviews64.4 (1964):429-451. Meyer,Beat.“ElementalSulfur."ChemicalReviews76.3(1976): 367-388. Takeda,Nobuhiroetal.“PolysulfidoComplexesofMainGroupand TransitionMetals.”ElementalSulfurandSulfur-RichCompounds I.TopicsinCurentChemistry,vol.231.Springer,Berlin,Heidelberg, (2003):153-202. Moon,San,etal.“Encapsulatedmonoclinicsulfurforstablecycling ofLi-Srechargeablebateries.”AdvancedMaterials25.45(2013): 6547-6553. 2018/0083266 Al 2018/0083289A1 2018/0183024Al 2018/0183052A1 2018/0183067 A1 2018/0212252A1* 7/2018Dillard HO1M4/38 2018/0233784Al 2018/0241031A1 2018/0294475A1 2018/0351196A1 2018/0351198A1 2019/0006719 Al 2019/0006721 A1 2019/0044138 A1 2019/0051902A1 2019/0386295A1 2019/0386296A1 2019/0386332A1 2019/0386337A1 2019/0386342 Al 2019/0386347 Al 8/2018Zhamuetal. 8/2018Panetal. 10/2018Zhamuetal. 12/2018Zhamuetal. 12/2018Zhamuetal. 1/2019 Zhamuetal. 1/2019 Zhamuetal. 2/2019 Zhamuetal. 2/2019Zhamuetal. 12/2019Zhamuetal. 12/2019Heetal. 12/2019Zhamuetal. 12/2019Zhamuetal. 12/2019 Heetal. 12/2019 Zhamuetal. OTHER PUBLICATIONS US 10,991,944B2 Page2 Evers,Scotetal.,“NewAproachesforHighEnergyDensity Lithium-SulfurBateryCathodes.”AcountsofChemicalResearch 46.5(2013):1135-1143. Bruce,PeterG.,etal.“Li 02andLi Sbaterieswithhigh energystorage.”Naturematerials1.1(2012):19-29. Fang,Ruopian,etal.“MoreReliableLithium-SulfurBateries: Status,SolutionsandProspects.”AdvancedMaterials29.48(2017): 1606823,25pages. Peng,Hong-Jie,etal.“Lithium-SulfurBateries:ReviewonHigh ActaCrystalographicaSectionC:CrystalStructureCommunica LoadingandHigh-EnergyLithium-SulfurBateries(Adv.Energy tions49.1(193):125-126. Mater.24/2017).”AdvancedEnergyMaterials7.24(2017):170141. Templeton,LieseloteK.,etal.“Crystalstructureofmonoclinic Lv,Dongping,etal.“HighEnergyDensityLithium-SulfurBater ies:ChalengesofThickSulfurCathodes.”AdvancedEnergyMate rials5.16(2015):1402290,8pages. Liu,Min,etal.“AReview:ElectrospunNanofiberMaterialsfor Lithium -Sulfur Bateries." Advanced Functional Materials 29.49 (2019):1905467. Yuan,Hong,etal.“AReviewofFunctionalBindersinLithium SulfurBateries.”AdvancedEnergyMaterials8.31(2018):1802107, 20pages. Aurbach,Doron,etal.“OntheSurfaceChemicalAspectsofVery HighEnergyDensity,RechargeableLi-SulfurBateries”Journalof theElectrochemicalSociety156.8(209):A694-A702. Li,Xia,etal.“SafeandDurableHigh-TemperatureLithium-Sulfur BateriesviaMolecularLayerDepositedCoating”NanoLeters 16.6(2016):3545-3549. Xu,Zhixin,etal.“EnhancedPerformanceofaLithium-Sulfur BateryUsingaCarbonate-BasedElectrolyte”AngewandteChemie InternationalEdition5.35(2016):10372-10375. Cleaver,Tom,etal.“PPerspectiveCommercializingLithium SulfurBateries:AreWeDoingtheRightResearch?”Journalofthe ElectrochemicalSociety165.1(2018):A6029-A6033. Choi,JangWooketal."Promiseandrealityofpost-lithium-ion baterieswithhighenergydensities.”NatureReviewsMaterials1.4 (2016):1-16. sulfur.”InorganicChemistry15.8(1976):19-201. Jung,SungChul,etal.“Monoclinicsulfurcathodeutilizingcarbon forhigh-performancelithium-sulfurbateries.”JournalofPower Sources325(2016):495-500. Takahagi,T.,etal.“XPSstudyonthesurfacestructureofcarbon fibersusingchemicalmodificationandClslineshapeanalysis.” Carbon26.3(198):389-395. Liang,Xiao,etal.“Ahighlyeficientpolysulfidemediatorfor lithium-sulfurbateries.”NatureCommunications6(2015):5682(8 pages). Watanabe,Y.“Thecrystalstructureofmonoclinicy-sulphur.”Acta CrystalographicaSectionB:StructuralCrystalographyandCrystal Chemistry30.6(1974):1396-1401. InternationalSearchReportandWritenOpinionforcoresponding InternationalaplicationNo.PCT/US2020/013490;datedMay8, 2020(12pages). FinalOficeActionforU.S.Appl.No.16/90,473;datedMar.1, 2021(17pages). Balakumar,K.,etal.“Highsulfurloadedcarbonaerogelcathodefor lithiumsulfur bateries.”RSC Advances 5.43 (2015):34008 34018. *citedbyexaminer Galacher,A.C.etal.“Aredeterminationofmonclinicy-sulfur.”PDF Image | SYNTHESIS OF GAMMA MONOCLINIC SULFUR
PDF Search Title:
SYNTHESIS OF GAMMA MONOCLINIC SULFUROriginal File Name Searched:
US10991944.pdfDIY PDF Search: Google It | Yahoo | Bing
Sulfur Deposition on Carbon Nanofibers using Supercritical CO2 Sulfur Deposition on Carbon Nanofibers using Supercritical CO2. Gamma sulfur also known as mother of pearl sulfur and nacreous sulfur... More Info
CO2 Organic Rankine Cycle Experimenter Platform The supercritical CO2 phase change system is both a heat pump and organic rankine cycle which can be used for those purposes and as a supercritical extractor for advanced subcritical and supercritical extraction technology. Uses include producing nanoparticles, precious metal CO2 extraction, lithium battery recycling, and other applications... More Info
| CONTACT TEL: 608-238-6001 Email: greg@infinityturbine.com | RSS | AMP |