Journal of Applied Physics
Articles in this Issue
Kinetic simulation of anomalous skin effect in low-pressure inductively coupled plasmas
The plasma characteristics and nonlocal electron dynamics at 27.12 and 40.68 MHz in miniature inductively coupled argon plasmas are investigated using a two-dimensional implicit particle-in-cell/Monte...
Aerosol and dusty plasmas control by the electron beam irradiation
Cold plasma generation in gases at forevacuum pressures containing dispersed fine powders of corundum, carbon, or acetylsalicylic acid by the electron beam (EB) irradiation was studied experimentally...
Numerical simulation of cathode process and plasma characteristics in diffuse current attachment vacuum arc with heated cathode
Vacuum arc is an important multi-component plasma source. Under heated-cathode conditions, the ability of electron emission of the cathode material can significantly modify the current attachment patt...
Temporal and radial evolution of nitrogen and oxygen atom number densities and formation of nitric oxide in lightning return stroke channel
Lightning is a major natural source of NOx in nature. It plays an important role in the global nitrogen cycle, atmospheric chemistry, and climate change. Based on time-resolved lightning spectra, by u...
Thickness-dependent thermoelectric characterization of 2D SnSe2 on a micro-chip platform
Investigating the temperature dependence of the Seebeck coefficient in low-dimensional materials provides an effective means to uncover how crystallinity, size, and thickness influence thermoelectric...
External cavity diode laser at 509 nm for Cs Rydberg atoms
To address the demand for narrow-linewidth, tunable lasers in Cs Rydberg atomic receivers, we have developed a 509 nm ultra-narrow linewidth laser based on the Littrow configuration. The linewidth nar...
Relationship between the electron system and the diffusion of hydrogen atoms in Si3N4 layers
In this article, the diffusion of hydrogen in Si3N4 films and its relation with the electron system of the dielectric layer are investigated. The study was carried out on structures consisting of a di...
Geometric scaling effects on energy–delay trade-offs in QCA devices: A quantum coherence perspective
Quantum cellular automata (QCA) present a promising low-power paradigm for beyond-CMOS computing, representing logic states through electron configurations in quantum-dot cells and enabling current-fr...
Harnessing exceptional surfaces to enhance magnetic field sensing in a microcavity
Magnetic fields are an indispensable physical quantity in high-precision detection. The exceptional surface (ES) exhibits distinct advantages in robustness and frequency splitting enhancement, providi...