Eco-Efficient Materials for Mitigating Building Cooling Needs 2015
DOI: 10.1016/b978-1-78242-380-5.00010-8
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Solar cooling with hydrophilic porous materials for reducing building cooling needs

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Cited by 5 publications
(4 citation statements)
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“…Hydrophobic materials typically show a low water absorption which suddenly increases at high RH. Building materials are typically hydrophilic with a high sorption capacity at low and medium RH (Karamanis 2015). The moisture contents at 75.5, 85.1 and 97.6% RH (Fig.…”
Section: Moisture Adsorption At Varying Rhmentioning
confidence: 99%
“…Hydrophobic materials typically show a low water absorption which suddenly increases at high RH. Building materials are typically hydrophilic with a high sorption capacity at low and medium RH (Karamanis 2015). The moisture contents at 75.5, 85.1 and 97.6% RH (Fig.…”
Section: Moisture Adsorption At Varying Rhmentioning
confidence: 99%
“…Natural: Alley trees (Szkordilisz & Kiss, 2016), greenery (Imam & Banerjee, 2016;Santamouris et al, 2017) climber greenwalls (Jim, 2015), green spaces (Gaitani et al, 2011;Mitterboeck & Korjenic, 2017), green roofs Strategi Teknik (Kaboré et al, 2020;Poptani & Bandyopadhyay, 2014;Quezada-García et al, 2017;Zinzi & Agnoli, 2012), green infrastructure (Larsen, 2015), green surfaces (Bevacqua et al, 2018), insulated vegetal facade (Olivieri et al, 2014), undamaged intensive green roof (Speak et al, 2013) Manmade materials: Orientation (Tsiros et al, 2018), urban morphology (Gaitani et al, 2011;Galli et al, 2013) Pemakaian warna dan reflesivitas bahan Natural: Naturally cool, light colored stone for cool roofing and paving application (Rosso et al, 2016), natural materials (Pisello et al, 2016), hygroscopic materials (Zhou et al, 2020). Manmade materials: NIR reflective pigments (Rosati et al, 2020), reflective technologies (Santamouris et al, 2017), adaptive cool materials , cool roof (Kaboré et al, 2018(Kaboré et al, , 2017Kolokotsa et al, 2012;Pisello et al, 2013;Zinzi, 2010;Zinzi & Agnoli, 2012), cool roof with fractal shapes (Sakai et al, 2012), cool materials (Gaitani et al, 2011;Zinzi, 2010), cool coatings (Pisello, 2017), cool concrete , cool facades (Doya et al, 2012), cool louvers of shutters (Pisello, 2015a), hydrophilic porous materials (Karamanis, 2015), micro encapsulated phase change...…”
Section: Lansekap Dan Pepohonanmentioning
confidence: 99%
“…absorption which suddenly increases at high RH. Building materials are typically hydrophilic with a high sorption capacity at low and medium RH (Karamanis 2015). The moisture contents at 75.5, 85.1 and 97.6% RH (Fig.…”
Section: Moisture Adsorption At Varying Rhmentioning
confidence: 99%