Lenzen, DirkDirkLenzenEggebrecht, J.G.J.G.EggebrechtMileo, P.G.M.P.G.M.MileoFröhlich, DominikDominikFröhlichHenninger, Stefan K.Stefan K.HenningerAtzori, C.C.AtzoriBonino, F.F.BoninoLieb, A.A.LiebMaurin, GuillaumeGuillaumeMaurinStock, NorbertNorbertStock2022-03-062022-03-062020https://publica.fraunhofer.de/handle/publica/26607210.1039/d0cc03489dA Fe-MOF was obtained from aqueous solution in high yield under reflux. The water sorption properties were studied by powder X-ray diffraction, volumetric and gravimetric sorption experiments and molecular simulations. The subsequent filling of hydrophobic and hydrophilic pores as well as the stability of the material are demonstrated.enThermische Systeme und Gebäudetechnikadsorptionadsorption chillerMOFwater managementenergieeffizientes GebäudeLüftungs- und KlimatechnikThermische Speicher für GebäudeWärmepumpen621540697journal article