Low-level lead speciation and isotope ratio analysis by GC-MC-ICP-MS
Applications | 2019 | Thermo Fisher ScientificInstrumentation
GC, ICP/MS, Speciation analysis
IndustriesEnvironmental, Materials Testing
ManufacturerThermo Fisher Scientific
Key wordstml, multicollector, transferline, icp, speciation, isotope, lead, neptune, ratio, thermo, cup, scientific, organolead, trbl, chronometers, program, bouman, gci, environmental, within, complexed, claudia, cores, faraday, speciated, simultaneous, organometallic, del, each, analysis, anthropogenic, minutes, injection, measurable, ice, measured, edta, ranged, flow, gas, sample, value, carrier, exported, skimmer, uncertainty, chromatographic, parameters, source, high
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Low-level lead speciation and isotope ratio analysis by GC-MC-ICP-MS
2019|Thermo Fisher Scientific|Applications
APPLICATION BRIEF 30382 Low-level lead speciation and isotope ratio analysis by GC-MC-ICP-MS Authors Introduction Grant Craig, Antonella Guzzonato, Shona McSheehy Ducos, and Claudia Bouman Thermo Fisher Scientific, Bremen, Germany Lead has been a major anthropogenic environmental contaminant for centuries, associated…
Key words
tml, tmlmulticollector, multicollectortransferline, transferlineicp, icpisotope, isotopespeciation, speciationlead, leadneptune, neptuneratio, ratiothermo, thermocup, cupscientific, scientificorganolead, organoleadtrbl, trblchronometers
Dynamic time correction for high precisionisotope ratio measurements
2019|Thermo Fisher Scientific|Technical notes
TECHNICAL NOTE 30396 Dynamic time correction for high precisionisotope ratio measurements Thermo Scientific Neptune XT MC-ICP-MS with 1013 Ω Amplifier Technology Authors Abstract Grant Craig1, Zhifang Hu2, Anyu Zhang2, Nicholas S. Lloyd1, Claudia Bouman1 and Johannes Schwieters1 1 Thermo Fisher…
Key words
δie, δiefaraday, faradayrse, rseisotope, isotopetau, tauamplifiers, amplifierscup, cupexponential, exponentialspot, spotratio, ratiocorrection, correctionamplifier, amplifierexternal, externalsignal, signalmean
Speciation and δ34S analysis of volatile organic compounds in crude oil by GC-MC-ICP-MS
2019|Thermo Fisher Scientific|Applications
TECHNICAL NOTE 30383 Speciation and δ34S analysis of volatile organic compounds in crude oil by GC-MC-ICP-MS Authors Introduction Grant Craig, Antonella Guzzonato, Christopher Brodie, Shona McSheehy Ducos, and Claudia Bouman Thermo Fisher Scientific, Bremen, Germany As the 10th most abundant…
Key words
saudi, saudiicp, icpcup, cupcrude, crudebryan, bryanbasrah, basrahmount, mountneptune, neptuneisotopic, isotopiclight, lightsulfur, sulfurdibenzothiophene, dibenzothiophenetransferline, transferlinemedium, mediummass
Speciation and δ34S analysis of volatile organic compounds in crude oil by GC-MC-ICP-MS using the Thermo Scientific GCI 300 Interface
2016|Thermo Fisher Scientific|Applications
TECHNICAL NOTE Grant Craig, Antonella Guzzonato, Christopher Brodie, Shona McSheehy Ducos, and Claudia Bouman Thermo Fisher Scientific, Bremen, Germany Keywords Neptune Plus ICP-MS, GCI 300 Interface, Gas Chromatography, Speciation, Sulfur, δ34S, Isotope Ratio, Crude Oil, Medium Resolution Goal To demonstrate…
Key words
saudi, saudiicp, icpcrude, crudecup, cupdibenzothiophene, dibenzothiophenebryan, bryanbasrah, basrahoil, oilsulfur, sulfurmount, mountneptune, neptunelight, lighttransferline, transferlinemedium, mediumcenter
