Alexander Kolesnikov
About Alexander Kolesnikov
Alexander Kolesnikov is an Instrument Scientist at Oak Ridge National Laboratory, specializing in vibrational dynamics and structure of hydrogen storage materials through neutron scattering techniques. He has extensive experience in analyzing carbon nano-materials and the properties of liquids and gases under nanoscale confinement.
Work at Oak Ridge National Laboratory
Alexander Kolesnikov has served as an Instrument Scientist at Oak Ridge National Laboratory since 2008. Over his 16 years in this role, he has contributed to various research initiatives focused on neutron scattering techniques. His work primarily involves the study of vibrational dynamics and structure of hydrogen storage materials, as well as the properties of carbon nano-materials. Kolesnikov's expertise extends to analyzing liquids and gases under nanoscale confinement, which is essential for advancing material science.
Education and Expertise
Alexander Kolesnikov earned a Master's degree in Condensed Matter and Materials Physics from the Moscow Engineering Physics Institute, where he studied from 1971 to 1977. His educational background laid the foundation for his specialization in vibrational dynamics and structure of materials, particularly metal hydrides. Kolesnikov's expertise encompasses neutron scattering techniques, which he applies to investigate various materials, including hydrogen storage systems and carbon nano-materials.
Research Focus
Kolesnikov's research primarily investigates the vibrational dynamics and structure of metal hydrides. He employs neutron scattering techniques to explore the properties of hydrogen storage materials, providing insights into their behavior and potential applications. Additionally, he studies the properties of water and ice at various time and length scales, enhancing the understanding of these substances under different conditions. His work contributes to the broader field of materials science and energy storage solutions.
Neutron Scattering Techniques
In his role as an Instrument Scientist, Alexander Kolesnikov specializes in neutron scattering techniques. These methods allow him to analyze the structural and dynamic properties of materials at the atomic level. His research includes the study of carbon nano-materials and the behavior of liquids and gases confined at the nanoscale. Kolesnikov's application of neutron scattering is pivotal in advancing knowledge in material properties and interactions.