Researchers estimated auroral emission altitudes near the ISS magnetic footprint during a relativistic electron precipitation event, finding values consistent with ...
Researchers have introduced a unified exergy and traceable carbon emission flow framework that tracks carbon responsibility and value creation across ...
A new phase correction method improves the accuracy of FTIR emission spectroscopy by accounting for errors in finite interferograms.
A hybrid framework combining artificial neural networks and process simulation predicts sulfur recovery emissions in sub-seconds while identifying an operating ...
Two case reports in EJNMMI Reports identify false-positive Ga-FAPI PET/CT uptake in hepatocellular carcinoma patients following stereotactic body radiation therapy, ...
A quantitative carbon evaluation model applied to individual sand castings reveals that metal melting generates over ninety-nine percent of total ...
A multi-year decomposition reveals distinct carbon emission drivers, decoupling levels, and urban typologies across eleven Greater Bay Area cities.
Direct measurements by Parker Solar Probe reveal that observed non-Maxwellian proton velocity distributions sustain coherent proton cyclotron waves and produce ...
Scanning tunnelling luminescence resolves exciton emission from single atomic defects in monolayer MoS2, identifying carbon–hydrogen complexes as the source of ...
A single-subject study found that ultraweak photon emissions from the human palm became less intermittent during a structured box-breathing meditation, ...
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