H. Düssel

发表

Thermal degradation of plastisols. Effect of some additives on the evolution of gaseous products

Juan Carlos Cortés López, A. Jiménez, J. Vilaplana, 1997 .

A solid composite pH sensor based on quinhydrone

F. Scholz, Š. Komorsky-Lovrič, H. Düssel, 1995 .

Pyrolysis field desorption mass spectrometry of polymers: II. Pyrolysis field ionization and field desorption mass spectrometry of aliphatic and aromatic poly(4,4′-dipiperidylamides)☆

H. Düssel, H. Schulten, 1981 .

Hexacyanoferrate-based composite ion-sensitive electrodes for voltammetry

F. Scholz, Aleš Dostal, H. Düssel, 1996, Analytical and bioanalytical chemistry.

A new pH-sensor based on quinhydrone

F. Scholz, H. Düssel, B. Meyer, 1993 .

Analytical pyrolysis of copolymers

G. Holl, N. Wenzel, H. Düssel, 1985 .

Segmented copolyetherurethane-ureas and semicarbazides for blood circulation systems, IV. Mass spectrometric investigations 2, linear-temperature programmed pyrolysis (LTP-Py)

N. Wenzel, H. Düssel, D. Hummel, 1985 .

Segmented copolyetherurethane‐ureas and semicarbazides for blood circulation systems, III. Mass spectrometric investigations 1, pyro‐field ion mass spectrometry

N. Wenzel, H. Düssel, D. Hummel, 1982 .

Linear‐temperature programmed pyrolysis of thermoresistant polymers — mass and FTIR spectrometries, 2. Aromatic polyesters and copolyesters

H. Düssel, D. Hummel, U. Neuhoff, 1993 .

Linear-temperature programmed pyrolysis of thermoresistant polymers — mass and FT-IR spectrometries Part 3. Poly(1,4-phenylene terephthalamide) and aromatic polyimides

H. Düssel, D. Hummel, U. Neuhoff, 1995 .

Field ionization and electron impact mass spectrometry of polymers and copolymers, 4. Aromatic polyethers.

H. Düssel, D. Hummel, K. Rübenacker, 1975 .

Pyrolysis—field ionization mass spetrometric investigation of polymeric heterocycles: I. polyquinolines and polyquinoxalines

A. Recca, D. Hummel, J. Stille, 1982 .