Metal Oxide Nanomaterials for Chemical Sensors by Aleksander Gurlo (auth.), Michael A. Carpenter, Sanjay

By Aleksander Gurlo (auth.), Michael A. Carpenter, Sanjay Mathur, Andrei Kolmakov (eds.)

This ebook provides a cutting-edge precis and important research of labor lately played in best examine laboratories around the globe at the implementation of steel oxide nanomaterial learn methodologies for the invention and optimization of latest sensor fabrics and sensing structures. The e-book offers an in depth description and research of (i) steel oxide nanomaterial sensing rules, (ii) advances in steel oxide nanomaterial synthesis/deposition tools, together with colloidal, emulsification, and vapor processing strategies, (iii) research of strategies applied for the advance of low temperature steel oxide nanomaterial sensors, therefore permitting a broader effect into sensor functions, (iv) advances, demanding situations and insights won from the in situ/ex situ research of response mechanisms, and (v) technical improvement and integration demanding situations within the fabrication of sensing arrays and devices.

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Bell Sys Tech J 32:1–41 22. Engell HJ (1954) Randschichteffekte an der Grenzfläche Hableiter/Vakuum und Halbleiter/ Gasraum. Halbleiterprobleme 1:249–272 23. Hauffe K (1956) Gas reactions on semiconducting surfaces and space charge boundary layers. In: Kingston RH (ed) Semiconductor surface physics, University of Pennsylvania Press, Philadelphia 259–282 24. Vol’kenshtein FF (1949) Electronic theory of promotion and poisoning of ionic catalysts. Problemy Kinetiki i Kataliza 6(Geterogennyi Kataliz):66–82 25.

43] extrapolate rapidly at very low crystal sizes. As a consequence, nanoparticles with increased surface-to-volume ratio are expected to be more reactive and accordingly, more gas sensitive. With decreasing crystal size there is also a transition from a partly to a completely charge depleted particle that can be observed, depending on the ratio between the crystal and the Debye screening length LD (K in Fig. 4) (for calculation, see for 14 A. Gurlo Fig. 5 a The contact potential difference (CPD = -DU) 1 and the resistance 2 have been recorded at different O2 concentrations 3 on the nanocrystalline SnO2 at 400 °C in dry nitrogen at atmospheric pressure (adapted from Ref.

Sens Actuators, B: Chem B31(1–2):33–8 158. Baraton MI (1994) Infrared and Raman characterization of nanophase ceramic materials. High Temp Chem Processes 3:545–554 159. Baraton MI, Merhari L, Ferkel H, Castagnet JF (2002) Comparison of the gas sensing properties of tin, indium and tungsten oxides nanopowders: carbon monoxide and oxygen detection. Mater Sci Eng C-Biomimetic Supramolecular Syst 19(1–2):315–321 160. Baraton MI, Merhari L, Keller P, Zweiacker K, Meyer JU (1999) Novel electronic conductance CO2 sensors based on nanocrystalline semiconductors.

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