Deuterium release from implanted beryllium and beryllium oxide

The Crystal Structure of Beryllium and of Beryllium Oxide.

before collision. No drop is seen at 5.4 volts which would correspond to the loss of 10.4 volts which is normally assumed to take place at ionization. From curves of such nature for different velocities of impact, it has been possible to determine more surely than heretofore the energy losses at electron impact. The outstanding results of the investigation are: 1. The discovery by Mohler, Foote...

Beryllium and Beryllium Compounds

Please note that the layout and pagination of this pdf file are not identical to those of the printed CICAD

Beryllium and Beryllium Compounds

Beryllium (atomic number, 4; relative atomic mass, 9.01) is a metal, which belongs to Group IIA of the Periodic Table. The oxidation state of beryllium compounds is +2. Selected chemical and physical properties of beryllium, beryllium– aluminium and beryllium–copper alloys, and various beryllium compounds can be found in the previous IARC Monograph (IARC, 1993). Beryllium is the lightest of all...

Deuterium Retention in Carbon, Beryllium, and Carbon Layers on Titanium and Beryllium

In the context of plasma-facing walls in future nuclear fusion devices, a knowledge of the reaction mechanisms and properties of these materials is essential for operation and safety. The aim of the studies for this thesis was to investigate the effect of implanting ke V deuterium ions in various mixed and pure materials. To do so required an adaptation of the existing ultra-high vacuum experim...

Properties of nitrogen-implanted beryllium and its interaction with energetic deuterium