Journal of Applied Physics
Articles in this Issue
Theoretical ion sputtering yields from loose powders using a multiscale Monte Carlo approach
Ion sputtering from loose powders remains poorly understood despite its relevance to planetary science and industry. We developed a multiscale Monte Carlo model to simulate sputtering from powders, us...
Loss mechanisms in low-fiber H-shaped absorbers and multi-angle microwave absorption control via array density
To overcome the bottlenecks in achieving broadband absorption and thin-profile design for high-temperature absorber-load-bearing integrated fiber composites, this paper presents an in-depth study on H...
NO-driven etching behavior of SiO2 and Si3N4 in cryogenic NF3/NO plasmas
Gas composition and substrate temperature play key roles in governing surface reaction pathways and the etching behavior of dielectric films. In this study, the temperature- and composition-dependent...
Experimental study on cavitation-induced micro-spallation in Sn under double explosively driven shock
The micro-spallation damage behavior of low-melting-point metals under double shock is a critical concern in advanced equipment design. However, there is currently a lack of detailed spatial distribut...
Enhancement of high-frequency bulk acoustic wave resonator performance via rapid thermal annealing
The Mo electrode thickness in AlScN-based bulk acoustic wave (BAW) resonators is constrained to sub-100 nm to satisfy high-frequency operational requirements, leading to degraded electrical conductivi...