12/21/2023 0 Comments Weathercat soil temperature![]() There are a few other sites to share with as well. I send my data to various websites such as Weather Underground, CWOP, Weather Bug and Personal weather station. A single 6345 soil moisture etc transmitter and fitted with any allowed combination of soil moisture, leaf wetness & T sensors NB A Vue console receives just a standard Vue or VP2 (including Plus) ISS and, optionally, a single anemometer transmitter, but nothing more. I am a weather "hobbyist" but I feel like a weather pro with this software. When new features are added, any questions I have for the developer are answered promptly. The developer is VERY open to feature requests and was very helpful when I had questions initially. ![]() WeatherSnoop 3 allows you to view and access some settings (like archive interval) which are built into the weather station console itself. You can customize graphs of various data plots, giving the program a polished look. The instrument display that displays all the information is intuitive and visually pleasing. It works seamlessly with my Davis USB console which is wirelessly connected to my sensor suite outside. To study the influence of dehydration conditions on the pore structure and the mechanical property of expansive soil, two experimental conditions with high-temperature drying (temperature 50 ☌-humidity 10) and high-temperature humid (temperature 50 ☌-humidity 70) were carried out. My Davis Vantage Pro 2 station came in a bundle with software from Davis, but it pales in comparison to WeatherSnoop. These tests showed that the UCS of dehydrated expansive soil samples under the condition of high temperature and humidity is higher than that of dehydrated expansive soil samples under the condition of high temperature and dry environment.WeatherSnoop is simply the best weather station interface software out there. The UCS of remolded expansive soil reached the highest on the 15th day of dehydration under high temperature and humidity environment, and the soil strength changed little after continual dehydration. The uniaxial compressive strength (UCS) of remolded expansive soil samples in high temperature and dry environment reached the highest on the 5th day of dehydration, and then the soil strength decreased slightly until it stabilized. The pore volume of expansive soil did not change significantly under the two dehydration conditions. Under high temperature and humid environment, the volume of large pore and medium pore both showed a trend of decrease until the dehydration kept stable. Under high temperature and dry environment, the volume of large pores decreased first and then increased with the time of dehydration, while the medium pore volume decreased until the dehydration was stable. (the highest point in the whole county being 335 feet a o d at beacon hill near cromer ). The results showed that the distribution of pore structure of expansive soil was various under different dehydration conditions. the station is a davis vantage pro model with an additional wireless transmitter for soil moisture and temperature readings the coordinates are: 52 28 48 north & 01 01 56 east the height of the station here is about 170 feet a o d. After these tests, their mechanical properties were further obtained by uniaxial compression tests. Taking the remolded expansive soil in the province of Anhui in China as the research object, this paper used mercury intrusion porosimetry (MIP) and scanning electron microscopy (SEM) to analyze the pore size distribution and pore structure of remolded expansive soil samples under different dehydration conditions and duration. To study the influence of dehydration conditions on the pore structure and the mechanical property of expansive soil, two experimental conditions with high-temperature drying (temperature 50 ☌-humidity 10%) and high-temperature humid (temperature 50 ☌-humidity 70%) were carried out.
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