Table of Contents
Title
Elements
Semiconductor
- Ca Ultratrace measurement of calcium in ultrapure water
- Ti, V, Cr Determination of Ti, V and Cr in 9.8% sulfuric acid
- V, Cr, Ge, As Direct determination of V, Cr, Ge and As in high-purity 20% hydrochloric acid
- P, Ti Silicon wafer analysis by ICP-QQQ: Determination of phosphorus and titanium in a high silicon matrix
- S, P, Si, Cl Analysis of sulfur, phosphorus, silicon and chlorine in N-methyl-2-pyrrolidone
- S, P, SiAnalysis of silicon, phosphorus and sulfur in 20% methanol
Environmental
- SeThe accurate measurement of selenium in reference materials using online isotope dilution
- SAccurate sulfur quantification in organic solvents using isotope dilution mass spectrometry
- As, SeRemoval of REE++ interference on arsenic and selenium
- CdRemoval of molybdenum oxide interference on cadmium
- FFeasibility study of fluorine detection by ICP-QQQ
- AsICP-QQQ with oxygen reaction mode for accurate trace-level arsenic analysis in complex samples
- TiAvoidance of spectral overlaps on reaction product ions with O2 cell gas: Comparison of quadrupole ICP-MS and ICP-QQQ
- Ru, Rh, Pd, Ag, Os, Ir, Pt and AuRemoval of complex spectral interferences on noble metal isotopes
Materials
- AsArsenic measurement in cobalt matrix using MS/MS mode with oxygen mass-shift
- Mn, S, PDetermination of sulfur, phosphorus and manganese in high purity iron
- REEsDirect measurement of trace rare earth elements in high purity REE oxides REEs
- CuThe benefits of improved abundance sensitivity with MS/MS for trace elemental analysis of high purity metals
- CuUltra trace copper analysis in a semiconductor grade organometallic titanium complex
- La, Ce, PrRemoval of MH+ interferences in refined REE material analysis
Geology
Nuclear
- IAnalysis of radioactive iodine-129 using MS/MS with O2 reaction mode
- Sr, CsFeasibility study on the analysis of radioisotopes: Sr-90 and Cs-137
Clinical
- MnManganese analysis in whole blood: Expanding the analytical capabilities of ICP-MS
- TiMeasurement of titanium in clinical samples: Possible application to monitoring patients with joint replacements