Permanent disposal of high level nuclear waste in containers that employ steel as a
structural element and copper as a corrosion barrier material is a favoured design concept in …

Nickel–aluminium bronze (NAB) alloys show good corrosion resistance under marine
conditions. The corrosion behaviour of cast and wrought NAB alloys is illustrated in this work …

Radiation induced corrosion is one of the possible modes of materials degradation in the
concept of long-term management of used nuclear fuel. Depending on the environmental …

Abstract The corrosion of 90–10 copper—nickel alloy in aqueous chloride electrolytes has
received considerable attention in the literature due to its widespread use in seawater and …

A new mechanistic model has been established for the chemical and electrochemical
mechanisms controlling nickel–aluminium bronze crevice corrosion. The crevice corrosion …

Sr0. 95Ce0. 05CoO3− δ (SCCO) particles loaded with copper nanoparticles on their surface
are shown to be excellent, low-cost, and stable bifunctional catalysts for the oxygen …

Copper has been the corrosion barrier of choice for the canister in the Swedish and Finnish,
nuclear waste disposal programmes for over 20 years. During that time many studies have …

Copper has been the corrosion barrier of choice for the canister in the Swedish and Finnish,
nuclear waste disposal programmes for over 30 years. During that time many studies have …

Changes on the oxygen reduction rate induced on aluminium brass by cell-free bacterial
cultures of an isolate belonging to the genus Pseudomonas were studied in relation to the …

Abstract Development of highly sensitive and selective sensors for glucose and hydrogen
peroxide detection has immense importance in the fields of clinical diagnostics and food …