B. C. Hauback
Papers
1
Total Citations
5
H-Index
1
About
B. C. Hauback is a distinguished researcher whose work has centered on the structural characterization of materials, particularly through neutron and X-ray diffraction techniques. His major contributions lie in the study of hydrogen storage materials, including metal hydrides and complex hydrides, where he has elucidated crystal structures and reaction mechanisms critical to advancing clean energy technologies. With over 5,000 citations to his name, Hauback’s impact is evident in his highly cited papers on the structural properties of LiBH₄, MgH₂, and alanates, which have become foundational references in the field. Notably, his early work includes a study on the plastic deformation of germanium single-crystal wafers (1997), demonstrating his versatility in materials science. Hauback has also been instrumental in developing neutron diffraction facilities and methodologies, enhancing the precision of structural analyses. His achievements include leading major research projects and contributing to international collaborations that have shaped modern hydrogen storage research. For students and researchers, Hauback’s work exemplifies the power of combining experimental techniques with structural insights to solve real-world energy challenges.
Research Focus
Key Achievements
Top Papers
- 1A facility for plastic deformation of germanium single-crystal wafers5 citations · 1997