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Number of items: 7.

German

Vereshchagin, V. and Volland, S. and Kazmina, O. (2012):
Entwicklung neuer Herstellungsverfahren von leichten glaskristallischen Materialien aus Primär-und Recyclingrohstoffen.
In: Darmstadt Concrete, pp. 25-26, Vol. 27, [Article]

English

Volland, S. and Vereshchagin, V. and Kazmina, O. (2014):
Characterization of pore structure of lightweight aggregates produced from sand sludge.
In: Darmstadt Concrete, (Vol. 29), [Article]

Volland, S. and Kazmina, O. and Vereshchagin, V. and Dushkina, M. (2014):
Recycling of sand sludge as a resource for lightweight aggregates.
In: Construction and Building Materials, pp. 361-365, 52, [Online-Edition: http://www.sciencedirect.com/science/article/pii/S0950061813...],
[Article]

Kazmina, O. V. and Dushkina, M. A. and Vereshchagin, V. and Volland, S. (2014):
Use of dispersive screenings of mortar sands for obtaining foam glass-crystal materials.
In: Stroitelnye materialy, pp. 93-97, [Article]

Volland, S. and Vereshchagin, V. and Kazmina, O. and Dushkina, M. (2013):
Properties of lightweight aggregate produces from sand sludge.
In: GDCh-Monograph, 1st International Conference on the Chemistry of Construction Materials, pp. 411-414, 46, [Article]

Volland, S. and Vereshchagin, V. (2012):
Cellular glass ceramic materials on the basis of zeolitic rock.
In: Construction and Building Materials, pp. 940-946, 36, [Article]

Volland, S. and Vereshchagin, V. (2010):
Lightweight granular material from zeolite rocks with different additives.
In: Construction and Building Materials, pp. 625-629, 24, [Article]

This list was generated on Tue Aug 20 01:43:08 2019 CEST.