Network


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

Hotspot


Dive into the research topics where Johann Männer is active.

Publication


Featured researches published by Johann Männer.


Archive | 1996

Moulding materials and spinning materials containing cellulose

Wolfram Kalt; Johann Männer; Heinrich Firgo


Archive | 1995

Process for the production of cellulose moulded bodies

Wolfram Kalt; Heinrich Firgo; Johann Männer; Eduard Mülleder; Bruno Mangeng; Arnold Nigsch; Franz Schwenninger; Christoph Schrempf


Archive | 1991

Cellulose solution in water and nmmo

Peter Hinterholzer; Stefan Zikeli; Heinrich Firgo; Bernd Wolschner; Dieter Eichinger; Johann Männer; Stephan Astegger; Karin Weinzierl


Macromolecular Symposia | 2006

Functional and Comfort Properties of Textiles from TENCEL® Fibres Resulting from the Fibres' Water-Absorbing Nanostructure: A Review

K. Christian Schuster; Friedrich Suchomel; Johann Männer; Mohammad Abu-Rous; Heinrich Firgo


Archive | 1990

Process for purifying an aqueous solution of N-methyl-morpholine N-oxide

Dietmar Korger; Dieter Eichinger; Stephan Astegger; Karin Dipl.-Ing. Weinzierl; Johann Männer


Archive | 1994

Stable moulding material and spinning material containing cellulose

Wolfram Kalt; Johann Männer; Dieter Eichinger; Christoph Schrempf


Archive | 1994

Moulding or spinning material containing cellulose

Wolfram Kalt; Johann Männer; Heinrich Firgo


Archive | 2010

FLAME-RETARDANT LYOCELL FIBERS AND USE THEREOF IN FLAME BARRIERS

Hartmut Rüf; Gert Kroner; Peter Dobson; Johann Männer; Christoph Schrempf


Archive | 1995

Process for manufacturing cellulose moulded bodies

Wolfram Kalt; Johann Männer; Arnold Nigsch; Heinrich Firgo; Christian Hager; Wolfgang Helmut Schkorwaga


Archive | 1996

PROCESS FOR PURIFYING A TERTIARY AMINOXIDE AQUEOUS SOLUTION

Eduard Mülleder; Bruno Mangeng; Franz Schwenninger; Johann Männer

Collaboration


Dive into the Johann Männer's collaboration.

Researchain Logo
Decentralizing Knowledge