Tsat - the planet or moon (the satellite measured) average surface temperature in Kelvin (K) N - the spin (rotations/day) cp - the average surface specific heat (cal/gr*oC) Te - the planet or moon Effective Temperature in Kelvin (K) Te.correct - the planet or moon Corrected Effective...
The temperatures are divided by 50 to obtain degrees Kelvin12, and subtracting 273.15 to obtain the equivalent degrees Celsius. Zeroes relate to missing data due to insufficient measurement quality. This can occur when water vapor and/ or cloud are in the line of sight. The data has 668 ...
The emissivity corrected land surface temperatures (St) have been computed following Artis and Carnahan (1982).(5)∊LST=TB/[1+{(λ∗TB/ρ)∗ln∊}]where St = land surface temperature (LST) in Kelvin, λ = wavelength of emitted radiance in meters (for which the peak response and ...
Sea surface temperature (SST) is one of the 55 Essential Climate Variables (ECVs) as defined by the Global Climate Observing System (GCOS)1. It is a key parameter within the Earth’s climate system as most of the climate’s effective thermal inertia is stored in the upper ocean2and SST ...
in situmeasurements are typically point measurements at depths from ~10 cm to ~10 m. The temperature difference between the skin and depth SST is typically a few tenths of kelvin, but can be larger particularly in cases of sustained low windspeed or daytime warming of the upper ocean12,...
On average, the data have 36.37% gaps in each pixel profile with 730 day/night LST data. The results of the SSA algorithm in the reconstruction of LST images indicated a root mean square error (RMSE) of 2.95 Kelvin (K) between the original and reconstructed LST time series data in the ...
On average, the data have 36.37% gaps in each pixel profile with 730 day/night LST data. The results of the SSA algorithm in the reconstruction of LST images indicated a root mean square error (RMSE) of 2.95 Kelvin (K) between the original and reconstructed LST time series data in the ...
fβ = f∞ exp Ea kBT (1) where Ea is the activation energy, f∞ is the pre-exponential factor, T is the temperature in Kelvin, and kB is the Boltzmann constant. 2.6. Photoactuation The photoactuation ability of both the matrix and composite samples was investigated using a thermal ...