Determination of Ti, V and Cr in 9.8% sulfuric acid
Direct determination of V, Cr, Ge and As in highpurity 20% hydrochloric acid
Silicon wafer analysis by ICP-QQQ: Determination of phosphorus and titanium in a high silicon matrix
Analysis of sulfur, phosphorus, silicon and chlorine in N-methyl-2-pyrrolidone
Analysis of silicon, phosphorus and sulfur in 20% methanol
The accurate measurement of selenium in reference materials using online isotope dilution
Accurate sulfur quantification in organic solvents using isotope dilution mass spectrometry
Removal of REE++ interference on arsenic and selenium
Removal of molybdenum oxide interference on cadmium
Feasibility study of fluorine detection by ICP-QQQ
ICP-QQQ with oxygen reaction mode for accurate trace-level arsenic analysis in complex samples
Avoidance of spectral overlaps on reaction product ions with O2 cell gas: Comparison of quadrupole ICP-MS and ICP-QQQ
Removal of complex spectral interferences on noble metal isotopes
Arsenic measurement in cobalt matrix using MS/ MS mode with oxygen mass-shift
Determination of sulfur, phosphorus and manganese in high purity iron
Direct measurement of trace rare earth elements in high purity REE oxides
The benefits of improved abundance sensitivity with MS/MS for trace elemental analysis of high purity metals
Ultra trace copper analysis in a semiconductor grade organometallic titanium complex
Removal of MH+ interferences in refined REE material analysis
Lead isotope analysis: Removal of 204Hg isobaric interference on 204Pb using ICP-QQQ MS/MS reaction cell
Analysis of radioactive iodine-129 using MS/MS with O2 reaction mode
Feasibility study on the analysis of radioisotopes: Sr-90 and Cs-137
Manganese analysis in whole blood: Expanding the analytical capabilities of ICP-MS
Measurement of titanium in clinical samples: Possible application to monitoring patients with joint replacements
Simultaneous quantitation of peptides and phosphopeptides by CapLC-ICP-QQQ
Measurement of selenium in clinical samples in the presence of gadolinium-based magnetic resonance imaging contrasting agents