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(2000)
Nanokristallicheskie materially (Nanocrystalline Materials)
M. Lyubavin, T. Burkat, V. Pak (2008)
Fabrication of silica membranes with controlled pore structureInorganic Materials, 44
(2015)
Porous Glass and Nanostructured Materials
(2007)
Khimiya i tekhnologiya nanodispersnykh oksidov (Chemistry and Technology of Nanodispersed Oxides), Moscow: Izd. Knigotorg
N.A. Shabanova, V.V. Popov, P.D. Sarkisov (2007)
Khimiya i tekhnologiya nanodispersnykh oksidov
A.I. Gusev, A.A. Rempel’ (2000)
Nanokristallicheskie materially
D. Formus, M. Lyubavin, V. Pak (2012)
Formation of copper(II) oxide nanostructures in porous glass as revealed by electrical conductivity measurementsRussian Journal of Applied Chemistry, 85
Modification of porous glass with copper(II) oxide with planar structure does not change the run of the water-adsorption isotherm, whereas in the case when nanoparticles are formed from the supported oxide, a cluster-type adsorption mechanism is operative when a relative pressure p/p 0 > 0.5 is reached. These specific features are reflected in the different dependences of the electrical resistance of the samples on humidity. It was shown that a porous glass with distributed copper(II)oxide planar layer can be used as a sensitive element of a resistive humidity sensor.
Russian Journal of Applied Chemistry – Springer Journals
Published: Jun 2, 2017
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