Metal hydrides were discovered in the fifties and since then have been widely studied and
developed, mainly for energy applications (batteries, hydrogen storage, compression.). In …

As a representative of non-evaporative getter, Zr–V–Fe has gained widespread attention
due to its advantages including low activation temperatures and rapid hydrogen absorption …

In this paper, a new type of non-evaporable low-temperature activated Ti-Co-Ce bulk getter
was prepared. The phase structure, morphology and composition of this getter were studied …

The use of metal powders produced by mechanical treatment in various fields, such as
catalysis or gas absorption, is often limited by the low specific surface area of the resulting …

In this work, we investigated structure and magnetic properties of melt-spun Co-Zr-(B, Al)
ribbons. The appropriate adjustment of concentration of Zr in Co100− x Zr x (x= 16, 18, and …

Yttrium, titanium, and yttrium-titanium getter thin films were elaborated on silicon by
coevaporation in ultrahigh vacuum. Y-Ti films exhibit nanometric crystallites size (18–35 nm) …

Non-evaporable getter is used to remove active gases in sealed-off vacuum devices,
especially H 2 at room temperature. In this work, Zr/ZrVFe getters with different Zr content (0 …

We investigated the sorption of hydrogen by yttrium-based getters for their application to
vacuum wafer-level packaging of microelectromechanical systems. Thin alloy films were co …

In MEMS manufacturing process, the device level vacuum package is the key to the
performance of high precision resonant devices. Non-evapotranspiration getter (NEG) is …