Radiant flux
View article: 2012-2024 global nighttime light annual radiant flux based on SNPP-VIIRS
2012-2024 global nighttime light annual radiant flux based on SNPP-VIIRS Open
Based on the radiant flux conversion model established by Zeng et al. (2025), we present a derived dataset of global annual nighttime light radiant flux from 2012 to the present, generated using SNPP-VIIRS data. Nighttime light (NTL) remot…
View article: 2012-2024 global nighttime light annual radiant flux based on SNPP-VIIRS
2012-2024 global nighttime light annual radiant flux based on SNPP-VIIRS Open
Based on the radiant flux conversion model established by Zeng et al. (2025), we present a derived dataset of global annual nighttime light radiant flux from 2012 to the present, generated using SNPP-VIIRS data. Nighttime light (NTL) remot…
View article: PHOTOBIOLOGICAL RESPONSES AND MECHANISTIC INTERPRETATIONS OF FAR-RED LIGHT AND ITS INTERACTIONS WITH PHOTON FLUX DENSITY, TEMPERATURE, AND SKOTOPERIOD IN LEAFY-GREEN VEGETABLES
PHOTOBIOLOGICAL RESPONSES AND MECHANISTIC INTERPRETATIONS OF FAR-RED LIGHT AND ITS INTERACTIONS WITH PHOTON FLUX DENSITY, TEMPERATURE, AND SKOTOPERIOD IN LEAFY-GREEN VEGETABLES Open
View article: stellar_spectra/MUSCLES
stellar_spectra/MUSCLES Open
MUSCLES multiwavelength stellar spectra, converted to ASCII and rescaled from flux at Earth to flux at 1 AU from the star. Includes spectra from MUSCLES v22, v23, v24 and v25. Wavelength is given in nm, flux in erg/s/cm^2/nm. Distances (in…
View article: stellar_spectra/MUSCLES
stellar_spectra/MUSCLES Open
MUSCLES multiwavelength stellar spectra, converted to ASCII and rescaled from flux at Earth to flux at 1 AU from the star. Includes spectra from MUSCLES v22, v23, v24 and v25. Wavelength is given in nm, flux in erg/s/cm^2/nm. Distances (in…
View article: Radiometer measurements of the spectrally resolved radiative heat flux in a combustion chamber
Radiometer measurements of the spectrally resolved radiative heat flux in a combustion chamber Open
View article: FAIRsharing record for: Clouds and the Earth's Radiant Energy System
FAIRsharing record for: Clouds and the Earth's Radiant Energy System Open
This FAIRsharing record describes: Climate is controlled by the amount of sunlight absorbed by Earth and the amount of infrared energy emitted to space. These quantities–together with their difference–define Earth’s radiation budget (ERB).…
View article: E3SM broadband emissivity simulation datasets
E3SM broadband emissivity simulation datasets Open
Model output data from three E3SM (Energy Exascale Earth System Model) experiments (https://github.com/E3SM-Project/E3SM): Blackbody (bb), "Effective Greybody" (eg), and "Full Greybody" (fg). Fully coupled E3SM configuration using standard…
View article: E3SM broadband emissivity simulation datasets
E3SM broadband emissivity simulation datasets Open
Model output data from three E3SM (Energy Exascale Earth System Model) experiments (https://github.com/E3SM-Project/E3SM): Blackbody (bb), "Effective Greybody" (eg), and "Full Greybody" (fg). Fully coupled E3SM configuration using standard…
View article: Improving Thermal Comfort and Energy Efficiency in Chilean Patagonian Homes with Thermal Storage-Enhanced Radiant Floors with Phase Change Materials
Improving Thermal Comfort and Energy Efficiency in Chilean Patagonian Homes with Thermal Storage-Enhanced Radiant Floors with Phase Change Materials Open
Phase Change Materials (PCMs) have been commonly used to enhance the thermal storage capacity of building envelopes. Their use aims to improve indoor temperatures and reduce space-conditioning energy use. This study proposes a methodology …
View article: High-Sensitivity PVDF-Based Pyroelectric Detector for Broadband UV–IR Energy Fluence Measurement in Medical Radiation Monitoring
High-Sensitivity PVDF-Based Pyroelectric Detector for Broadband UV–IR Energy Fluence Measurement in Medical Radiation Monitoring Open
A pyroelectric detector has been experimentally characterized for absolute energy fluence measurements across the ultraviolet (UV) to infrared (IR) spectral range (250 nm–20 μm). The device integrates a PVDF material, a low-noise, high-sen…
View article: Temporal Characterization of SASE FEL pulses at FLASH
Temporal Characterization of SASE FEL pulses at FLASH Open
At Free-Electron Lasers (FELs) based on Self-Amplified Spontaneous Emission (SASE), the radiation properties such as pulse duration, arrival time, energy and spectrum fluctuate from shot to shot. To accurately interpret the experimental da…
View article: Fabrication, Calibration, and Deployment of a Custom-Built Radiometer
Fabrication, Calibration, and Deployment of a Custom-Built Radiometer Open
A custom-built spectroradiometric system was developed to measure spectral actinic flux for atmospheric photochemistry. The radiometer incorporates a UV-enhanced fibre optic cable, a compact CCD spectrograph, and an interchangeable polytet…
View article: Observability of Spectral Features of SiO Lava World Atmospheres: Distribution of Outgoing Radiative Flux and Phase Curves
Observability of Spectral Features of SiO Lava World Atmospheres: Distribution of Outgoing Radiative Flux and Phase Curves Open
Introduction. Lava planets have been a focus of astronomical exploration due to their detectability [1, 2]. To reach rock-melting temperatures, they usually have extremely close-in orbits; the resultant tidal locking forms a permanent days…
View article: One-dimensional six-flux model (SFM-1D) for the description, estimation, and optimization of the radiant field in annular and tubular photocatalytic reactors
One-dimensional six-flux model (SFM-1D) for the description, estimation, and optimization of the radiant field in annular and tubular photocatalytic reactors Open
The goal of this study was to solve the radiative transfer equation in one dimension utilizing the Six-Flux Model technique (SFM-1D) to characterize, estimate, and optimize the radiant field in annular photocatalytic reactors by performing…
View article: StarDICE III: Characterization of the photometric instrument with a Collimated Beam Projector
StarDICE III: Characterization of the photometric instrument with a Collimated Beam Projector Open
The measurement of Type Ia supernovae magnitudes provides cosmological distances, which constrain dark energy parameters. Current and upcoming large photometric surveys require improved photometric calibration precision to reduce systemati…
View article: Dynamic Nonlinear Model of High Luminous Flux Phosphor-Coated White LEDs for VLC
Dynamic Nonlinear Model of High Luminous Flux Phosphor-Coated White LEDs for VLC Open
View article: STUDY OF THE PHYSICOCHEMICAL PROCESSES IN WOOD-BASED BUILDING MATERIALS UNDER EXPOSURE TO RADIANT HEAT FLUX
STUDY OF THE PHYSICOCHEMICAL PROCESSES IN WOOD-BASED BUILDING MATERIALS UNDER EXPOSURE TO RADIANT HEAT FLUX Open
The paper presents the results of experimental infrared thermographic studies on the thermal impact of radiant heat flow on some wood-containing building materials (particleboard, oriented strand board, plywood), including the use of fire-…
View article: Effect of Radiant Heat Flux on Dynamic Smoke Particle Evolution and Optical Extinction of Thermoplastic Materials
Effect of Radiant Heat Flux on Dynamic Smoke Particle Evolution and Optical Extinction of Thermoplastic Materials Open
View article: Surface radiant and energy flux densities inferred from satellite data for the BALTEX watershed
Surface radiant and energy flux densities inferred from satellite data for the BALTEX watershed Open
To study the energy and water cycle at different spatial and temporal scales, the satellite data analysis scheme SESAT (Strahlungs- und Energieflüsse aus SATellitendaten) has been developed for passive remotely sensed data, like NOAA-AVHRR…
View article: Flux profile optimisation of a high-flux solar simulator using the trust-region reflective method
Flux profile optimisation of a high-flux solar simulator using the trust-region reflective method Open
In multi-lamp, high-flux solar simulators, the flux profile can be affected by the choice of lamp, reflector, and a variety of geometric design parameters, some of which can be altered after construction. In this work, a novel procedural o…
View article: Wide Dynamic Range, High Uniformity Spectral Irradiance Source for Calibration of Scientific-Grade, Large-Size Space Detectors
Wide Dynamic Range, High Uniformity Spectral Irradiance Source for Calibration of Scientific-Grade, Large-Size Space Detectors Open
In order to meet the high uniformity calibration requirements for scientific-grade, large-size space detectors used in the CHES Extrasolar Planet Exploration Mission, this paper presents the design of a wide dynamic range, high uniformity …
View article: Estimation of Infrared Stellar Flux Based on Star Catalogs with I-GWO for Stellar Calibration
Estimation of Infrared Stellar Flux Based on Star Catalogs with I-GWO for Stellar Calibration Open
As on-orbit space cameras evolve toward larger apertures, wider fields of view, and deeper cryogenic environments, achieving absolute radiometric calibration using an all-optical path blackbody reference source in orbit becomes increasingl…
View article: Spontaneous ignition of corrugated cardboard under dynamic high radiant flux
Spontaneous ignition of corrugated cardboard under dynamic high radiant flux Open
Understanding the response of solid combustibles under high radiant fluxes is critical in predicting the thermal damage from extreme scenarios. Unlike the more moderate radiant fluxes in conventional hydrocarbon fires, extreme events such …
View article: Analysis of the Outer Layer Performance of Fire Protective Clothing
Analysis of the Outer Layer Performance of Fire Protective Clothing Open
In the present study, an attempt has been made to analyse the protection performance of fire-protective clothing. Various exposures to the same fabric in different configurations result in different protection performances. Box-Behnken exp…
View article: RETRACTED: Optimization of geometrical parameters of the heat receiver of a solar air heating collector
RETRACTED: Optimization of geometrical parameters of the heat receiver of a solar air heating collector Open
See the retraction notice BIO Web of Conferences 84 , 00001 (2024), https://doi.org/10.1051/bioconf/20248400001
View article: Light Polymerization through Glass-ceramics: Influence of Light-polymerizing Unit’s Emitted Power and Restoration Parameters (Shade, Translucency, and Thickness) on Transmitted Radiant Power
Light Polymerization through Glass-ceramics: Influence of Light-polymerizing Unit’s Emitted Power and Restoration Parameters (Shade, Translucency, and Thickness) on Transmitted Radiant Power Open
Background: This in vitro study assessed light transmission through ceramic discs varying in shade, translucency, and thickness using light-polymerizing units with different radiant power/flux (RP) outputs. Methods: Disc-shaped specimens (…
View article: Comparative and analysis study of pool fire radiant heat models under different view factor calculations
Comparative and analysis study of pool fire radiant heat models under different view factor calculations Open
According to the provisions on fire separation distance between industrial and civil buildings in the latest 'General Code for Fire Protection of Buildings and Constructions' (GB 55037-2022). Radiant heat intensity is one of the main facto…
View article: Theory, development and testing of a novel six degree of freedom sensor using optical interferometry
Theory, development and testing of a novel six degree of freedom sensor using optical interferometry Open
This thesis describes the design, development and testing of a novel sensor based on optical interferometry that measures displacement to 6 degree of freedom (DoF). It starts with an in-depth mathematical analysis of the behaviour of the r…
View article: Design Prediction Equation for Plant Facilities: A Study Using the Pool Fire Radiant Heat Flux Estimation Method
Design Prediction Equation for Plant Facilities: A Study Using the Pool Fire Radiant Heat Flux Estimation Method Open
This study derived a range of results based on all variables corresponding to a prediction formula for wind and wind-free conditions proposed by fire dynamics tools (FDTs), to estimate the radiant heat flux generated by pool fires. A metho…