A. Steinbach

home / authors / steinbach-0

Articles

On-line Monitoring of Atmospheric Inorganic Gases and Aerosols in the Southeastern and Northwestern U.S.

A. Steinbach;J.L. Fry;B. Ayres;D.C. Draper;Harry L. Allen;Stephanie Kappes

October 2nd 2014

Metrohm International

Determining Saccharidic Tracers in Atmospheric Aerosols

A. Wille;S. Rick;A. Steinbach

October 2nd 2010

Metrohm Application Note

Determining Saccharidic Tracers in Atmospheric Aerosols

A. Wille;S. Rick;A. Steinbach

September 1st 2010

Metrohm Application Note

Sulphur and Halide Determination by Combustion Ion Chromatography

A. Wille;A. Steinbach;Christian Emmenegger

July 2nd 2010

The fully automated combustion ion chromatography (CIC) system presented here combines a highly efficient combustion system with the separation power of ion chromatography (IC). CIC allows for the simultaneous, speciated trace analysis of halide (F, Cl, Br and I) and sulphur compounds (as sulphate) from sub-ppm to percent levels in any nonaqueous sample matrix.

Sulphur and Halide Determination by Combustion Ion Chromatography

A. Wille;A. Steinbach;Christian Emmenegger

June 1st 2010

Metrohm Application Note

Trace-Level Aliphatic Amines in Cationic Drugs

A. Wille;R. Ganeshjeevan;Ganga Radhakrishnan;P. Manigandan;A. Steinbach;N. Harihara Subramanian

October 2nd 2009

The analytical challenge treated in the present work consists in determining sub-ppb concentrations of low-molecular-weight amines in the presence of strongly retained cationic drugs by using ion chromatography (IC) with upstream in-line coupled-column matrix elimination (CCME).