Open Access Research Article

CATALIN DAMIAN, MARIAN BORDEI, ELENA ANCUTA TULBURE, NECULAI MUNTEANU, GHEORGHE - VIRGIL ATODIRESEI, MARIA CIOROBITCA, IOAN-GABRIEL SANDU* Composite Materials for Greenhouse Applications

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Abstract

This paper presents new composite materials used in extension of growth season of vegetable crops, in countries with a mild continental transition climate, for constructions type tunnel. Composite materials are realized from two components, namely textile materials with generated heat potential and polyethylene polymer foils, with a selection possibility of wave lengths in IR domain. For insurance of microclimate conditions, especially of thermal performance, the materials have been tested from electrical and mechanical point of views, following the generated heat flux and its elastic deformations for a known material width. Keywords: tunnel, horticultural crops, composite materials

How to Cite this Article

(2013). CATALIN DAMIAN, MARIAN BORDEI, ELENA ANCUTA TULBURE, NECULAI MUNTEANU, GHEORGHE - VIRGIL ATODIRESEI, MARIA CIOROBITCA, IOAN-GABRIEL SANDU* Composite Materials for Greenhouse Applications. Materiale Plastice, 50(4).
. CATALIN DAMIAN, MARIAN BORDEI, ELENA ANCUTA TULBURE, NECULAI MUNTEANU, GHEORGHE - VIRGIL ATODIRESEI, MARIA CIOROBITCA, IOAN-GABRIEL SANDU* Composite Materials for Greenhouse Applications. Materiale Plastice. 2013;50(4).
, "CATALIN DAMIAN, MARIAN BORDEI, ELENA ANCUTA TULBURE, NECULAI MUNTEANU, GHEORGHE - VIRGIL ATODIRESEI, MARIA CIOROBITCA, IOAN-GABRIEL SANDU* Composite Materials for Greenhouse Applications,” Materiale Plastice, vol. 50, no. 4, 2013.
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