A New Approach to Quantitative Multielement X-Ray Fluorescence AnalysisChung, Frank H. · Advances in X-ray Analysis · 1975

Fluorescence Anisotropy Selective Technique (FAST): A New Approach to Multicomponent Fluorimetric AnalysisBright, Frank V. · as/42/7/as-42-7-1245.pdf · 1988

A new approach for archaeological ceramics analysis using total reflection X-ray fluorescence spectrometryFranco Cariati; Paola Fermo; Stefania Gilardoni; Anna Galli; Mario Milazzo · 2003

Functional data analysis, a new approach to aligning three-way liquid chromatographic with fluorescence detection dataLombardi, Juan M.; Bortolato, Santiago A. · Microchemical Journal · 2018

Unification of fundamental matrix correction methods in X-ray fluorescence analysis. Arguments for a new binary coefficient approachR. Tertian · 1988

A new approach to the intensity correction for matrix effects in the X-ray fluorescence analysis of oresMaciej Kirchmayer; Bohdan Dziunikowski · 1978

A new approach to the particle-size effect correction in the x-ray fluorescence analysis of multimetallic ore slurriesMarek Lankosz · 1988

Biosensors—42 Years and CountingGuilbault, George G.; Pravda, M.; Kreuzer, M.; O'Sullivan, C. K. · Analytical Letters · 2004

Rapid Methods in Analytical ChemistryToledo-Neira, Carla; Richter, Pablo · Analytical Letters · 2012

Polyacrylamide Gel Electrophoresis of InsulinChi, Quan; Huang, Kaixun · Analytical Letters · 2007

Fluorescent Titrations at low Protein ConcentrationsMillar, David B.; Grafius, Melba A. · Analytical Letters · 1976

QUANTITATIVE NMR SPECTROSCOPYEvilia, Ronald F. · Analytical Letters · 2001

Prospects of Nanomaterials in BiosensorsPandey, Pratibha; Datta, Monika; Malhotra, B. D. · Analytical Letters · 2008

Piezoelectric (PZ) Immunosensors and Their ApplicationsSuleiman, Ahmad A.; Guilbault, George G. · Analytical Letters · 1991

Analytical Chemistry in FranceMarchon, Jean-Claude · Analytical Letters · 1972