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Featured researches published by Johann Dr. Kammermaier.


Archive | 1990

Photopatternable Layers from Amorphous, Diamond-Like Carbon - An Innovative Material for Microsystems Technology

Albert Hammerschmidt; Siegfried Birkle; Johann Dr. Kammermaier; Rainer Leuschner; W. Schmidt; Rolf Schulte

A class of material, promising for micro system technology are amorphous, diamond-like carbon films deposited in low pressure plasmas. They can be produced with controllable electrical and optical properties. They exhibit outstanding mechanical properties and an excellent stability against acids, bases and organic solvents. These films can be patterned via silicon containing photoresists with a subsequent O2-RIE-etching process down to the sub-micrometer range. They are excellent barriers against moisture.


Archive | 1995

Working electrode for electrochemical enzymatic sensor systems

Siegfried Birkle; Johann Dr. Kammermaier; Rolf Schulte


Archive | 1980

Quantity of flow meter

Johann Dr. Kammermaier; Rudiger Mueller; Peter Roedl


Archive | 1992

Metal insulator semiconductor field effect transistor

Siegfried Birkle; Johann Dr. Kammermaier


Archive | 1990

Amorphous, hydrogenated carbon electroactive passivation layer

Siegfried Birkle; Johann Dr. Kammermaier; Gerhard Schmidt; A. Winnacker


Archive | 1992

Micro multilayer wiring

Siegfried Birkle; Johann Dr. Kammermaier; Gerhard Rittmayer; Rolf Schulte


Archive | 1990

Moisture barrier for organic dielectrics

Siegfried Birkle; Johann Dr. Kammermaier


Archive | 1988

Method for the plasma deposition of hydrogenated, amorphous carbon using predetermined retention times of gaseous hydrocarbons

Siegfried Birkle; Johann Dr. Kammermaier; Rolf Schulte; A. Winnacker; Gerhard Rittmayer


Archive | 1990

Electroactive-passivation film

Siegfried Birkle; Johann Dr. Kammermaier; Gerhard Dr. Schmidt; A. Winnacker


Archive | 1979

Device for measuring the level of a liquid in a container

Erwin Heuwieser; Johann Dr. Kammermaier; Peter Roedl

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