Energy
Technical Briefing

Niobium technology – meeting the challenges of the global energy supply

31 Aug 2018
CBMM

Energy Pipeline
Related Content
Energy
Technical Paper
Microstructure evolution and mechanical properties of X6CrNiMoVNb11-2 stainless steel after heat treatment
This investigation helps us to better understand the strengthening mechanism and performance controlling scheme of martensite stainless steel during the cast-rolling forming process in future applications.
More
Energy
News
Battery Technology Trends and Innovation in Power Tools, Robotics and Cordless Devices
Introduced over 40 years ago, The Charles Hatchett Award is a prestigious recognition that aims to identify new applications and markets for Niobium. The award is sponsored by CBMM | Niobium and recognizes the best published research on the science and technology of Niobium. The annual award brings together technical experts worldwide, and a panel of international experts selects the winning paper. This highlights video explores the potential commercial applications involving Niobium and how it’s possible to significantly increase the capacity and reduce the charging time of Lithium-ion batteries.
More
Energy
Tech Talk
Strengthening Mechanisms and Their Relative Contributions to the Yield Strength of Microalloyed Steels
The Charles Hatchett Award is important to identify new applications and markets for Niobium. Introduced over 40 years ago, The Charles Hatchett Award is a prestigious recognition that aims to identify new applications and markets for Niobium. The award is sponsored by CBMM | Niobium and recognizes the best published research on the science and technology of Niobium. The annual award brings together technical experts worldwide, and a panel of international experts selects the winning paper. The 2013 Charles Hatchett Award winners’ presentation aims to understand the strengthening mechanism of micro alloyed steels by determining strengthening contributions due to the effects of the grain size and the influence of precipitation.
More
Energy
Technical Paper
Precipitate evolution in 22Cr25NiWCuCo(Nb) austenitic heat-resistant stainless steel during heat treatment at 1200 ◦C
In this study, 22Cr25NiWCuCo(Nb) heat-resistant steel specimens with high Cr and Ni contents were adopted to investigate the effect of Nb content on thermal and precipitation behavior.
More