Advanced electron transfer-induced heat transport theory that considers vibrational heat transfer
Theoretical chemists offer novel theory on transfer-induced heat transport and vibrational heat transfer during electron transfer.
Researchers observe detailed structure of a model interface for a rechargeable battery
Japanese scientists use frequency-modulation atomic force microscopy to study the tetraglyme-graphite interface.
Advances in the two-dimensional structural detail of plasma turbulence in a tokamak
Researchers capture cross-correlation functions of turbulence at the plasma edge in the NSTX tokamak.
Overcoming atomic structural defects in oxide film synthesis with low temperature
Researchers identify a cause of quality degradation in oxide film synthesis and how to prevent it.
Laser-cooled plasmas yield first measurements of enhanced collision rates for coupled plasmas found in stars
Physicists measure plasma collision rates to investigate stellar interior screening enhancement.
Previously overlooked locality of energy transfer in compressible magnetohydrodynamics revealed
Researchers capture plasma compressibility with new cross-scale turbulent transfer functions for turbulent kinetic and magnetic energy exchange.
Measuring correlations with two lasers reveals the kinetic signature of plasma waves
Researchers for the first time measure the plasma velocity-space cross-correlation matrix and measure the velocity-space structure of plasma waves.
