Network


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

Hotspot


Dive into the research topics where Josef Dr Rer Nat Grabmaier is active.

Publication


Featured researches published by Josef Dr Rer Nat Grabmaier.


Archive | 1985

Method of making gallium arsenide thin-film solar cells

Wolfgang Dr. rer. nat. Krühler; Josef Dr Rer Nat Grabmaier


Archive | 1987

Series-connected thin-film solar module made from crystalline silicon

Wolfgang Dr Rer Nat Kruehler; Josef Dr Rer Nat Grabmaier


Archive | 1983

Process for producing crystalline silicon bodies having a structure which increases the surface area, and use of said bodies as substrates for solar cells and catalysts

Helmut Foell; Josef Dr Rer Nat Grabmaier; Volker Lehmann


Archive | 1989

Solid particle sepn. from silicon melt - by time-variable crucible rotation during directional solidification

Josef Dr Rer Nat Grabmaier; Josef Kotschy


Archive | 1990

Solar cell contact prodn. giving tight fit - by sealing transparent plastics film between transparent conductive oxide and wire mesh

Josef Dr Rer Nat Grabmaier; Wolfgang Dr Rer Nat Kruehler


Archive | 1981

Process for producing silicon which can be used for semiconductor components, in particular for solar cells

Josef Dr Rer Nat Grabmaier; Hubert Dr Aulich


Archive | 1985

PROCESS AND APPARATUS FOR MAKING SILICON CRYSTAL FILMS WITH A HORIZONTAL PULLING DIRECTION

Richard Falckenberg; Josef Dr Rer Nat Grabmaier


Archive | 1980

Process for producing silicon for use in semiconductor components from quartz sand and its use in solar cells

Hubert Dr Aulich; Josef Dr Rer Nat Grabmaier


Archive | 1981

Method for preparing silicon which can be used for solar cells

Hubert Dr Aulich; Friedrich-Wilhelm Schulze; Josef Dr Rer Nat Grabmaier


Archive | 1988

Method for producing thin, strip-shaped silicon crystals having a planar surface, suitable for fabrication of solar cells

Gerhard Hoyler; Richard Falckenberg; Josef Dr Rer Nat Grabmaier

Researchain Logo
Decentralizing Knowledge