Network


Latest external collaboration on country level. Dive into details by clicking on the dots.

Hotspot


Dive into the research topics where Dieter Dr. Becher is active.

Publication


Featured researches published by Dieter Dr. Becher.


Archive | 1986

Production of aromatic diamino compounds using a modified raney catalyst

Dieter Dr. Becher; Udo Birkenstock; Eckart Waldau; Harro Witt


Archive | 1974

Process for removing distillation residue from crude isocyanates

Dieter Dr. Becher; Rudolf Kress; Dietrich Liebsch; Heinz Sauer


Archive | 1984

Process for the continuous preparation of aromatic diamines with simultaneous generation of steam

Dieter Dr. Becher; Harro Witt; Hermann Dr. Dallmeyer; Siegbert Humburger; Wolfgang Schneider; Harald Stein


Archive | 1986

Use of modified raney catalysts in the production of aromatic diamino compounds

Dieter Dr. Becher; Udo Birkenstock; Eckart Waldau; Harro Witt


Archive | 1987

PROCESS FOR WORKING UP AQUEOUS AMINE SOLUTIONS

Heiko Beckhaus; Harro Witt; Dieter Dr. Becher; Hermann Dr. Dallmeyer; Uwe Jens Zarnack


Archive | 1984

Process for the production of carbon monoxide

Dieter Dr. Becher; Christian Dr. König; Eckhard Tiemann; Hans Czwalinna; Wilhelm Hagen


Archive | 1986

Verwendung von modifizierten Raney-Katalysatoren zur Herstellung von aromatischen Diaminoverbindungen

Dieter Dr. Becher; Udo Birkenstock; Eckart Waldau; Harro Witt


Archive | 1985

Process for the production of dinitrotoluene

Rudolf Gerken; Günter Dr. Lailach; Dieter Dr. Becher; Harro Witt


Archive | 1984

PROCESS FOR THE CONTINUOUS PRODUCTION OF AROMATIC DIAMINES WITH THE SIMULTANEOUS PRODUCTION OF STEAM

Dieter Dr. Becher; Harro Witt; Hermann Dr. Dallmeyer; Siegbert Humburger; Wolfgang Schneider; Harald Stein


Archive | 1984

VERFAHREN ZUR KONTINUIERLICHEN HERSTELLUNG VON AROMATISCHEN DIAMINEN UNTER GLEICHZEITIGER ERZEUGUNG VON DAMPF

Dieter Dr. Becher; Harro Witt; Hermann Dr. Dallmeyer; Siegbert Humburger; Wolfgang Schneider; Harald Stein

Researchain Logo
Decentralizing Knowledge