Results 251 to 260 of about 152,994 (308)

Durable Glass‐Ceramic Coatings for Foam Glass

International Journal of Applied Glass Science, 2011
This work describes the design and development of two new silica‐based glass‐ceramic coatings, suitable to be applied as slurries on a foam glass substrate. The coating process was optimized for both compositions, according to their sintering behavior.
SMEACETTO, FEDERICO, SALVO, Milena, VENTRELLA, ANDREA, RIZZO, STEFANO, FERRARIS, Monica   +4 more
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Glass–Ceramic Foams from Borosilicate Glass Waste

International Journal of Applied Glass Science, 2014
In this study, we reported the studies on a glass–ceramic foam with wollastonite and cristobalite micrometric crystals prepared by sintering a borosilicate glass waste with organic binder as foaming agent. The waste glass, coming from the dismantling of washing machine, was characterized by high CaO content and low‐temperature ...
TAURINO, Rosa, LANCELLOTTI, Isabella, BARBIERI, Luisa, LEONELLI, Cristina   +3 more
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A New Glass Coating for Foam Glass

International Journal of Applied Ceramic Technology, 2011
This work describes the design and development of a new glass‐based coating, suitable to be applied as slurry on foam glass. The glass‐based coating was doped with copper oxide for esthetic purposes and reinforced by glass fiber nets.
VENTRELLA, ANDREA, SMEACETTO, FEDERICO, SALVO, Milena, FERRARIS, Monica   +3 more
openaire   +1 more source

A New Glass to Join Foam Glass Components

Journal of Materials Engineering and Performance, 2010
This work describes the design and development of a new glass-based joining material, suitable to be applied as slurry between two components of foam glass to be joined. Shear strength tests have been done on as received and on joined samples, measuring a 0.095 and 0.075 MPa, respectively.
VENTRELLA, ANDREA, SMEACETTO, FEDERICO, SALVO, Milena, FERRARIS, Monica, AVALLE, MASSIMILIANO   +4 more
openaire   +3 more sources

Glass Foams

2006
Foam glass possesses an unique combination of properties, since it is lightweight, rigid, compression resistant, thermally insulating, frost resistant, non-flammable and flame resistant, chemically inert and non toxic, rodent and insect resistant, bacteria resistant, water and vapour resistant.
SCARINCI, GIOVANNI, BRUSATIN, GIOVANNA, BERNARDO, ENRICO   +2 more
openaire   +1 more source

Foam-Glass-Crystal Materials

2013
This chapter presents a comprehensive study of the structure, physical and mechanical properties of FGCM obtained from natural siliceous materials. The scientific principles of controlled formation of FGCM macrostructure and technological aspects of its production have been formulated in this chapter.
O. V. Kazmina, B. S. Semukhin
openaire   +1 more source

Mechanism of foam-glass formation

Glass and Ceramics, 2008
The mechanism of thermal dissociation of a carbon foaming agent is determined and the parameters of the foam-glass formation process are calculated. Promising directions for improving the foaming process are determined.
V. E. Manevich, K. Yu. Subbotin
openaire   +1 more source

Syntactic bulk metallic glass foam

Applied Physics Letters, 2004
An amorphous metal foam with a bulk density of 3.4 g/cm3 is created by low-pressure melt infiltration of the bulk metallic glass-forming alloy Zr57Nb5Cu15.4Ni12.6Al10 into a bed of hollow carbon microspheres, followed by rapid quenching. The foam consists of a glassy metallic matrix containing ∼60 vol. % of homogenously distributed carbon microspheres,
A. H. Brothers, D. C. Dunand
openaire   +1 more source

Strengthening of Foam Glass Materials

Advanced Materials Research, 2013
Experimental data on strengthening of foam glass materials is presented. A new mechanism of strengthening is proposed which involves formation of amorphous matrix nanoglobules. Highlights: nanospheroid occurrence in foam glass; new strengthening mechanism of amorphous materials; correlation between micro-structural changes in the interpore partition of
Olga Kazmina, Boris Semukhin, Anna Elistratova   +2 more
openaire   +1 more source