Wyniki wyszukiwania - BazTech

Ograniczanie wyników

Znaleziono wyników: 3

Liczba wyników na stronie

Wyniki wyszukiwania

Wyszukiwano:
w słowach kluczowych: dioxide nitrogen detection

Sortuj według:

Ogranicz wyniki do:

Experimental investigation of thin metalphthalocyanine layers CuPc, PbPc, NiPc by plasmon resonance method to be applied in NO2-sensors

Pustelny T., Ignac-Nowicka J., Opilski Z.

Optica Applicata

2004

Vol. 34, nr 2

249-264

The surface plasmon resonance spectroscopy is an optical technique that is capable of monitoring chemical and physical processes. It is sensitive to detect small changes of dielectric properties in a metal-phthalocyanine boundary. For this reason plasmon resonance phenomena have been used to characterize a number of different types of films. This work analyses the possibility of using the surface plasmon resonance phenomena in the detection of gas. Thin films of copper, lead and nickel phthalocyanines have been examined in the plasmon system from the point of view of their application to NO2 sensors

Surface Plasmon Resonance Phenomena and Its Application for Metalphthalocyanine Sensor Layers Investigations

Pustelny T., Ignac-Nowicka J., Opilski Z.

Molecular and Quantum Acoustics

2003

Vol. 24

47-60

The surface plasmon resonance spectroscopy is a technique that is capable of monitoring chemical and physical processes. It is sensitive to detect small changes of dielectric properties in a metal-phthalocyanine boundary. For this reason plasmon resonance phenomena have been used to characterize a number of different types of films. This work analyses the possibility of using the surface plasmon resonance phenomena in the detection of gas. Thin films of copper and lead phthalocyanines have been examined in the plasmon system from the point of view of their application in NO2 sensors.

Examination of Thin Films of Phthalocyanineas from the Point of View of Their Application in N02 Sensors

Maciak E., Opilski Z., Pustelny T., Ignac-Nowicka J.

Molecular and Quantum Acoustics

2002

Vol. 23

253-269

In the group of new sensory meterials, phthalocyanineas posses very attractive physical and chemical properties. For some years, phtalocyanineas are investigated for applying in acoustic as well as in optic gas sensors. This work analyzes the possibility of using the surface plasmon resonance system for lead phthalocyjanineas investigations for NO2 sensor applications.