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Author
Michael Josef Schöning (26)
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2000 (26)
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English
(24)
German
(2)
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Fachbereich Medizintechnik und Technomathematik
(26)
INB - Institut für Nano- und Biotechnologien
(23)
26
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Title
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Author
An insectbased BioFET as a bioelectronic nose
(2000)
S. Schütz
;
Michael Josef Schöning
;
P. Schroth
;
B. Weißbecker
;
P. Kordos
;
H. Lüth
;
Hans E. Hummel
Insect meets microelectronics: A BioFET as a first step to bioelectronic microsystems
(2000)
S. Schütz
;
J. Czynski
;
Hans E. Hummel
;
Michael Josef Schöning
;
P. Schroth
;
P. Kordos
;
H. Lüth
Capacitive microsensors for biochemical sensing based on porous silicon technology
(2000)
Michael Josef Schöning
;
M. Thust
;
P. Kordos
;
J.W. Schultze
;
H. Lüth
Connecting an insect antenna to a microchip as a novel type of biosensor
(2000)
Michael Josef Schöning
;
P. Schroth
;
S. Schütz
;
Hans E. Hummel
;
H. Lüth
The use of insect chemoreceptors for the assembly of biosensors based on semiconductor field-effect sensors
(2000)
Michael Josef Schöning
;
P. Schroth
;
S. Schütz
Thin film sensors on the basis of chalcogenide glass materials prepared by pulsed laser deposition technique
(2000)
Michael Josef Schöning
;
C. Schmidt
;
J. Schubert
;
W. Zander
;
S. Mesters
;
P. Kordos
;
H. Lüth
;
A. Legin
;
B. Seleznev
;
Y. G. Vlasov
Can pulsed laser deposition serve as an advanced technique in fabricating chemical sensors?
(2000)
Michael Josef Schöning
;
Y. G. Mourzina
;
J. Schubert
;
W. Zander
;
A. Legin
;
Y. G. Vlasov
;
H. Lüth
Novel electrochemical sensors with structured and porous semiconductor/insulator capacitors
(2000)
Michael Josef Schöning
;
Ü. Malkoc
;
M. Thust
;
A. Steffen
;
P. Kordos
;
H. Lüth
Capacitive microsensors for biochemical sensing on porous silicon technology
(2000)
Michael Josef Schöning
;
A. Kurowski
;
M. Thust
;
P. Kordos
;
J. W. Schultze
;
H. Lüth
A silicon-based microelectrode array for chemical analysis
(2000)
Michael Josef Schöning
;
G. Buß
;
F. Faßbender
;
O. Glück
;
G. Schmitt
;
J. W. Schultze
;
H. Lüth
Silicon recognizes biochemical parameters: Microchips for analytical sensor applications
(2000)
Michael Josef Schöning
Nachweis von organischen Duftstoffen durch Biosensoren auf der Basis von Insektenantennen
(2000)
P. Schroth
;
Michael Josef Schöning
;
S. Schütz
;
A. Steffen
;
B. Weißbecker
;
Hans E. Hummel
;
P. Kordos
;
H. Lüth
Extending the capabilities of an antenna/chip biosensor by employing various insect species
(2000)
P. Schroth
;
Michael Josef Schöning
;
H. Lüth
;
B. Weißbecker
;
Hans E. Hummel
;
S. Schütz
Passivation and corrosion of microelectrode arrays
(2000)
G. Schmitt
;
F. Faßbender
;
H. Lüth
;
Michael Josef Schöning
;
J. W. Schultze
;
G. Buß
The future of fire detection: Biological sensors? – Die Zukunft der Brandgassensorik: Biologische Sensoren?
(2000)
A. Riemer
;
P. Schroth
;
S. Schütz
;
Hans E. Hummel
;
H. Lüth
;
C.-D. Kohl
;
Michael Josef Schöning
Penicillin detection by means of field-effect based sensors: EnFET, capacitive EIS sensor or LAPS?
(2000)
Arshak Poghossian
;
T. Yoshinobu
;
A. Simonis
;
H. Ecken
;
H. Lüth
;
Michael Josef Schöning
Cross-sensitivity of a capacitive penicillin sensor combined with a diffusion barrier
(2000)
Arshak Poghossian
;
M. Thust
;
Michael Josef Schöning
;
Mattea Müller-Veggian
;
P. Kordos
;
H. Lüth
Thin film microsensors for fast heavy metal analysis
(2000)
Yu.G. Mourzina
;
Michael Josef Schöning
;
J. Schubert
;
W. Zander
;
A. Legin
;
Y. G. Vlasov
;
H. Lüth
A new thin film Pb microsensor based on chalcogenide glasses
(2000)
Y.G. Mourzina
;
Michael Josef Schöning
;
J. Schubert
;
W. Zander
;
A. V. Legin
;
Y. G. Vlasov
;
P. Kordos
;
H. Lüth
Biochemical sensors with structured and porous silicon capacitors
(2000)
H. Lüth
;
M. Thust
;
A. Steffen
;
P. Kordos
;
Michael Josef Schöning
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