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Franz Hillenkamp (ur. 18 marca 1936 w Essen, zm. 22 sierpnia 2014 w Münsterze) – niemiecki chemik, od 1986 r., profesor biofizyki i fizyki medycznej Westfalskiego Uniwersytetu Wilhelma w Münsterze, znany głównie ze swoich badań nad matrycą jonizacyjną oraz technikami spektrometrii masowej.
21 paź 2014 · Franz Hillenkamp, emeritus professor at the University of Münster passed away at the age of 78 on August 22, 2014. He was one of the pioneers in contemporary mass spectrometry, and in 1985, he discovered, together with his postdoc Michael Karas, the principle of matrix assisted laser desorption ionization mass spectrometry (MALDI-MS).
Franz Hillenkamp (March 18, 1936 – August 22, 2014) was a German scientist known for his development of the laser microprobe mass analyzer and, with Michael Karas, matrix-assisted laser desorption/ionization (MALDI).
Franz Hillenkamp was born in Essen, Germany, one of four children. The family, except for the father, who had to remain in Essen because he was a judge, soon moved to Düns, Austria, because of World War II. Hillenkamp’s early life in the mountains inspired a lasting love of mountains and mountain sports.
Franz Hillenkamp (* 18. März 1936 in Essen; † 22. August 2014 in Münster in Westfalen) war ein deutscher Wissenschaftler im Bereich der Physikalischen Chemie und ordentlicher Professor, der durch seine Forschungen an Matrix-unterstützter Laser-Desorption/Ionisierung bekannt wurde.
Hillenkamp, Franz, 1936-2014; Interviewer: Grayson, Michael A. Place of interview: Universität Münster; Germany--Münster; Format: Sound; Text; Genre: Oral histories; Extent: 165 pages; Language: English; Subject: Electrical engineers; Hillenkamp, Franz, 1936-2014; Mass spectrometry--Research; Matrix-assisted laser desorption-ionization; Rights
31 lip 2008 · Karas, Michael; Bachmann, Doris; Hillenkamp, Franz Analytical Chemistry ( 1985 ), 57 ( 14 ), 2935-9 CODEN: ANCHAM ; ISSN: 0003-2700 . The influence of the wavelength on laser desorption of ions from org. solids is exemplified for various amino acids and dipeptides: some absorbing and some nonabsorbing at 266 nm and all nonabsorbing at 355 nm.
