Citazione Stile APA (7a Edizione)

Mahapatra, D., Bhunia, H., Pattelath, M. S., & Mitra, P. (2025). Interface tuned Enhanced and Low Temperature Quenching of Orbital Hall Currents Induce Torque and magnetoresistance in Light Metal/Nickel Bilayers.

Citazione stile Chigago Style (17a edizione)

Mahapatra, Dhananjaya, Harekrishna Bhunia, Manu S. Pattelath, e Partha Mitra. Interface Tuned Enhanced and Low Temperature Quenching of Orbital Hall Currents Induce Torque and Magnetoresistance in Light Metal/Nickel Bilayers. 2025.

Citatione MLA (9a ed.)

Mahapatra, Dhananjaya, et al. Interface Tuned Enhanced and Low Temperature Quenching of Orbital Hall Currents Induce Torque and Magnetoresistance in Light Metal/Nickel Bilayers. 2025.