Now showing items 1-6 of 6
Surfactant-Assisted Growth of Giant Magnetoresistive Magnetic Multilayers
9731733 Chopra This is a study of NiO-Co-Cu-based "giant" magnetoresistive magnetic multilayers in spin valve configuration, deposited by dc-magnetron sputtering. The goal is to employ surfactants to control ...
EAGER: A Novel Class of Magnetic Materials with Anisotropic Curie Temperature
NON-TECHNICAL<br/>All known crystals of magnetic materials possess magnetism regardless of the crystal direction in which measurements are made. Moreover, the magnetic properties disappear when the crystal is heated ...
Evolution of magnetoelasticity from a single-atom bridge to bulk
****Technical Abstract****<br/>This project will experimentally map the evolution of magneto-elasticity in ferromagnets from a single-atom to bulk. This will be accomplished by using a custom built probe that is ...
FRG: Ballistic Magnetoresistance in Ferromagnetic Nanocontacts
A major objective of the grant is to investigate ballistic magnetoresistance (BMR) in magnetic nanocontacts in technologically important magnetic nanostructures based on the magnetic transition metals (Ni and Co) as well ...
Acquisition of Vibrating Sample Magnetometer for Magnetic Materials Research and Education
This grant supports the acquisition of a vibrating sample magnetometer (VSM) for magnetic materials research and education at SUNY at Buffalo. The VSM equipment is fully integrated and automated with high sensitivity. ...
Catalyzing New International Collaboration: US-Singapore collaborative initial data gathering activities on mechanics of quantum and semi-classical conductors
This US-Singapore project will catalyze a new international collaboration between the PI's experimental group at SUNY-Buffalo and a theoretical group at the Nanyang Technological University in Singapore. During the ...