一种提升铍合金中优质相含量的方法
By strictly controlling the composition and process parameters of beryllium alloys and employing steps such as ball milling, annealing, and sintering, beryllium alloys with high-quality phase content were prepared. This solved the embrittlement problem of beryllium alloys under high-energy neutron irradiation, improved neutron multiplication performance and mechanical properties, and extended the service life of beryllium alloys.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- CNMC NINGXIA ORIENT GRP
- Filing Date
- 2026-06-18
- Publication Date
- 2026-07-17
AI Technical Summary
In existing technologies, beryllium alloy microspheres are prone to helium embrittlement and swelling under high-energy neutron irradiation, which affects the safety and service life of fusion reactors. At the same time, the low content of high-quality phases in beryllium alloys leads to a decrease in neutron yield and makes it impossible to effectively achieve tritium self-sufficiency.
By precisely controlling the atomic ratio of beryllium powder and X powder, and combining ball milling pretreatment, annealing treatment, segmented precise temperature-controlled sintering, ultra-fast cooling and low-temperature annealing processes, beryllium alloys with high quality phase content are prepared. The process includes steps such as ball milling, mixing, granulation, injection molding, debinding, sintering and low-temperature annealing.
It significantly improves the microstructure uniformity and density of beryllium alloys, enhances their mechanical properties and structural stability, extends their service life, and improves neutron multiplication performance through high-quality phase content, thus meeting the requirements of fusion reactors.
Smart Images
Figure CN122400565A_ABST