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#meudon — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #meudon, aggregated by home.social.

  1. #solutions par ordre d’efficacité décroissante :
    - un #arbre ou de la végétation -> loi ORE
    - un brise-soleil orientable
    - un store extérieur
    - un volet roulant
    - un volet battant
    - un film solaire
    - le rideau occultant intérieur.

    Urgence : blanc de #Meudon et couverture de survie (côté jaune vers logement) sur vitre extérieure.

    #year2026 #anthropocene #climate #climat #economie #sante #parcoursup #architecte #urbanisme #fenetre #economie #canicule

  2. “One of the reasons why #chalk might be effective, however, lies in the properties of its main component, #CalciumCarbonate, which is not only highly reflective but also resistant to solar radiation. This property has led some researchers to use nanoparticles of calcium carbonate in new kinds of "super cool" paint.

    "These kinds of particles are widely used in radiative cooling paint, also in our super cool paint," says #JiashuoWang, a student at the University of New South Wales in #Sydney, #Australia, who is part of a team working on #CoolingPaint.”

    #BlancDeMeudon / #Meudon / #France / #ClimateEmergency / #Chemistry <bbc.com/future/article/2026062>

  3. “One of the reasons why #chalk might be effective, however, lies in the properties of its main component, #CalciumCarbonate, which is not only highly reflective but also resistant to solar radiation. This property has led some researchers to use nanoparticles of calcium carbonate in new kinds of "super cool" paint.

    "These kinds of particles are widely used in radiative cooling paint, also in our super cool paint," says #JiashuoWang, a student at the University of New South Wales in #Sydney, #Australia, who is part of a team working on #CoolingPaint.”

    #BlancDeMeudon / #Meudon / #France / #ClimateEmergency / #Chemistry <bbc.com/future/article/2026062>

  4. “One of the reasons why #chalk might be effective, however, lies in the properties of its main component, #CalciumCarbonate, which is not only highly reflective but also resistant to solar radiation. This property has led some researchers to use nanoparticles of calcium carbonate in new kinds of "super cool" paint.

    "These kinds of particles are widely used in radiative cooling paint, also in our super cool paint," says #JiashuoWang, a student at the University of New South Wales in #Sydney, #Australia, who is part of a team working on #CoolingPaint.”

    #BlancDeMeudon / #Meudon / #France / #ClimateEmergency / #Chemistry <bbc.com/future/article/2026062>

  5. “One of the reasons why #chalk might be effective, however, lies in the properties of its main component, #CalciumCarbonate, which is not only highly reflective but also resistant to solar radiation. This property has led some researchers to use nanoparticles of calcium carbonate in new kinds of "super cool" paint.

    "These kinds of particles are widely used in radiative cooling paint, also in our super cool paint," says #JiashuoWang, a student at the University of New South Wales in #Sydney, #Australia, who is part of a team working on #CoolingPaint.”

    #BlancDeMeudon / #Meudon / #France / #ClimateEmergency / #Chemistry <bbc.com/future/article/2026062>

  6. “One of the reasons why #chalk might be effective, however, lies in the properties of its main component, #CalciumCarbonate, which is not only highly reflective but also resistant to solar radiation. This property has led some researchers to use nanoparticles of calcium carbonate in new kinds of "super cool" paint.

    "These kinds of particles are widely used in radiative cooling paint, also in our super cool paint," says #JiashuoWang, a student at the University of New South Wales in #Sydney, #Australia, who is part of a team working on #CoolingPaint.”

    #BlancDeMeudon / #Meudon / #France / #ClimateEmergency / #Chemistry <bbc.com/future/article/2026062>