C-Pd Films as Material for Optical Sensor of Hydrogen

Elzbieta Czerwosz; E. Kowalska; M. Kozłowski; M. Suchańska; M. Płaza; J. Kęczkowska; R. Belka; P. Dłużewski; K. Sobczak

doi:10.4028/www.scientific.net/KEM.644.179

Paper Titles

Development of Polymer-Permalloy Film Composites with or without Nanoparticles for Sensor and Microwave Applications
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Composites Based on Intermetallic Nanoparticles for a New Generation of Electrochemical Systems
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Ferroelectric Properties and Internal Friction in Doped PZT Ceramics
p.171

Ferroelectric-Ferromagnetic Solid Solutions of PZT-Ferrite Type
p.175

C-Pd Films as Material for Optical Sensor of Hydrogen
p.179

Temperature Dependence of Responses in Metal Oxide Gas Sensors
p.181

Real-Time Analysis of Chemotactic Motion of Euglena Cells Confined in a Microchip Toxicity Sensor
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Improvement of Magnetic Force Microscope Performance by Tuning the Coating Material of Sensor Tip
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An Efficient RADFET Sensors Model Using Artificial Neural Network (ANN)
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C-Pd Films as Material for Optical Sensor of Hydrogen

Abstract:

Palladium nanograins placed in carbonaceous matrix shows many interesting properties connected to ability of hydrogen adsorption/absorption. Carbonaceous-palladium (C-Pd) films based on these materials change their structure and form, electrical conductivity, capacitance as well as optical absorption, transmission and reflection properties. These effects are connected to an incorporation of hydrogen atoms into palladium lattice [1], what change not only lattice constant [2] but also electric [3] and optical [4] properties of resulting material.