The AIRS was designed to measure temperature and water vapor profiles and cloud properties for improvement in weather forecast and improved parameterization of climate processes.
These channels were selected to measure temperature, pressure, water vapor and dust levels.
The THMC model reproduces measured temperature and cumulative water inflow data.
The model reproduces reasonably well the measured temperature, relative humidity, water content and inferred geochemical data.
The proposed approach relies on the adoption of fiber Bragg grating arrays to measure temperature: the environment identification (flowing water vs. saturated soil) is achieved by means of the different temperature response to heat dissipation.
Prior to the 48-h water change, we measured temperature (across all species temperature ranged from 17.3 to 21.9°C; within each species experimental units ranged 0.5 1.6°C) and pH (across all species ranged from 8.0 to 8.5).
They can directly measure temperature and density directly by dropping probes into the water.
Some of the devices measured water temperature and depth, and others measured temperature and the strength and intensity of Earth's magnetic field.
Get a shampoo bottle, lemons, 2 measuring cups, room temperature water and some of your favorite conditioner that works the best for your hair.
A range of instruments was used – including autonomous gliders that measure temperature and water turbulence, and are controlled remotely by someone sitting comfortably onshore – as well as "snowcatchers".
