Orbitrap GC-MS Technology Provides New Insight into Lithium Ion Battery Degradation | LabRulez GCMS
 

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C10G-E079Analytical and Measuring Instruments for Rechargeable Lithium-ion BatteriesRechargeable Lithium-Ion Battery Evaluation─ APPLICATION NOTEBOOK ─ TitleMethodPageInvestigation of Thermal Properties of Lithium-Ion Battery ComponentsThermal Analysis4Carbon Measurement of Metal Powder Battery MaterialTotal Organic Carbon Analysis6Visualization of the Additive Layer in Vicinity of Negative Electrode...
Klíčová slova
electrode, electrodelithium, lithiumbattery, batteryxps, xpsbatteries, batteriesmonatomic, monatomiclipon, lipondepth, depthcarbon, carbonelectrolyte, electrolytesurface, surfacecooling, coolingimaging, imagingmaterials, materialsorganic
Technical note | 000413Mass spectrometryIdentification of lithium-ion battery degradation productsusing GC Orbitrap mass spectrometryAuthorsGoalChristoph Peschel1, Sascha Nowak1,To demonstrate the identification of characteristic carbonate substructures andand Dominic Robertselectrolyte solvent degradation in lithium-ion batteries using the Thermo Scientific™2Münster Electrochemical Energy1Technology (MEET), University...
Klíčová slova
carbonate, carbonatemass, masselectrolyte, electrolytebattery, batterysubstructures, substructurespci, pcilithium, lithiumelemental, elementalion, ionmünster, münsterexploris, exploristargeted, targetedcarbonates, carbonatesidentify, identifyorbitrap
Using GC Orbitrap mass spectrometry for the identification of lithium-ion battery degradation productsDominic Roberts1, Sascha Nowak2, Christoph Peschel2, Jason Cole3, Xin Xeng3 and Lori Dolata31 Thermo Fisher Scientific, Hemel Hempstead, United Kingdom. 2 Münster Electrochemical Energy Technology (MEET), University of...
Klíčová slova
lithium, lithiumelectrolyte, electrolytecarbonate, carbonatebatteries, batteriesbattery, batterysubstructures, substructuresaged, agedion, ionpci, pciprofiles, profilesdegradation, degradationorbitrap, orbitrapidentification, identificationthrough, throughelectrolytes
Agilent Solutions for Lithium-Ion Battery Industry
2020|Agilent Technologies|Brožury a specifikace
Agilent Solutions for Lithium-IonBattery Industry Lithium-ion battery industry is thrivingHigh voltage, high specific energy, long cycle life, environmental friendliness, good energydensity and power density, are some advantages of lithium-ion batteries in providing the bestoverall performance for power batteries. Li-ion batteries are...
Klíčová slova
battery, batterylithium, lithiumelectrolyte, electrolyteion, ionbatteries, batteriesmaterials, materialsindustry, industryanode, anodeagilent, agilentswelling, swellingseparator, separatorassay, assaycathode, cathodespike, spikeicp
 

Podobná PDF

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C10G-E079Analytical and Measuring Instruments for Rechargeable Lithium-ion BatteriesRechargeable Lithium-Ion Battery Evaluation─ APPLICATION NOTEBOOK ─ TitleMethodPageInvestigation of Thermal Properties of Lithium-Ion Battery ComponentsThermal Analysis4Carbon Measurement of Metal Powder Battery MaterialTotal Organic Carbon Analysis6Visualization of the Additive Layer in Vicinity of Negative Electrode...
Klíčová slova
electrode, electrodelithium, lithiumbattery, batteryxps, xpsbatteries, batteriesmonatomic, monatomiclipon, lipondepth, depthcarbon, carbonelectrolyte, electrolytesurface, surfacecooling, coolingimaging, imagingmaterials, materialsorganic
Technical note | 000413Mass spectrometryIdentification of lithium-ion battery degradation productsusing GC Orbitrap mass spectrometryAuthorsGoalChristoph Peschel1, Sascha Nowak1,To demonstrate the identification of characteristic carbonate substructures andand Dominic Robertselectrolyte solvent degradation in lithium-ion batteries using the Thermo Scientific™2Münster Electrochemical Energy1Technology (MEET), University...
Klíčová slova
carbonate, carbonatemass, masselectrolyte, electrolytebattery, batterysubstructures, substructurespci, pcilithium, lithiumelemental, elementalion, ionmünster, münsterexploris, exploristargeted, targetedcarbonates, carbonatesidentify, identifyorbitrap
Using GC Orbitrap mass spectrometry for the identification of lithium-ion battery degradation productsDominic Roberts1, Sascha Nowak2, Christoph Peschel2, Jason Cole3, Xin Xeng3 and Lori Dolata31 Thermo Fisher Scientific, Hemel Hempstead, United Kingdom. 2 Münster Electrochemical Energy Technology (MEET), University of...
Klíčová slova
lithium, lithiumelectrolyte, electrolytecarbonate, carbonatebatteries, batteriesbattery, batterysubstructures, substructuresaged, agedion, ionpci, pciprofiles, profilesdegradation, degradationorbitrap, orbitrapidentification, identificationthrough, throughelectrolytes
Agilent Solutions for Lithium-Ion Battery Industry
2020|Agilent Technologies|Brožury a specifikace
Agilent Solutions for Lithium-IonBattery Industry Lithium-ion battery industry is thrivingHigh voltage, high specific energy, long cycle life, environmental friendliness, good energydensity and power density, are some advantages of lithium-ion batteries in providing the bestoverall performance for power batteries. Li-ion batteries are...
Klíčová slova
battery, batterylithium, lithiumelectrolyte, electrolyteion, ionbatteries, batteriesmaterials, materialsindustry, industryanode, anodeagilent, agilentswelling, swellingseparator, separatorassay, assaycathode, cathodespike, spikeicp
 

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