@book{2f37c190aa4e456f84694795e66d7656,
title = "Model abstraction techniques for assessing the chemical evolution at the disposal cell scale and applications for sensitivity and uncertainty: EURAD-ACED Deliverable 2.19",
abstract = "Conditioned waste forms and packages are considered in ACED and include a vitrified waste form for High Level Waste (HLW) and a cementitious waste form for Intermediated Level Waste (ILW). Disposal of these waste forms in a geological disposal facility hosted in either crystalline or sedimentary rock types are investigated. Both rock types are porous materials and the chemical composition of their pore waters may induce mineral changes in the engineered barrier system. The evolved pore waters from the engineered system chemically affect the host rock locally. A systematic understanding of the chemical evolution from the waste form up till the host rock can be used for a robust assessment of the impact of these processes.",
keywords = "EURAD, ACED",
author = "Javier Samper and {Mon Lopez}, Alba and Luis Montenegro and {De Windt}, Laurent and Joan Govaerts and Eric Laloy and Diederik Jacques and Dalia Grigaliuniene and Povilas Balcius and Povilas Poskas and Haibing Shao and Falko Vehling and Yushan Gu",
note = "RN - D2.19 Score=1",
year = "2024",
month = mar,
day = "18",
language = "English",
series = "EURAD Reports",
publisher = "EURAD - European Joint Programme on Radioactive Waste Management",
number = "D2.19",
}