![]() Note: these values are not applicable to every wheezewort, and can change up to 2 rads/cycle. Radiation Absorption Rate for Farm Tiles Farm Tile However, since Radiation gets absorbed by the Farm Tile (if the Radbolt Generator is underneath the Wheezewort), one should choose a Farm Tile with as little Radiation Absorption as possible. In general, the best practice is to have the Wheezewort as close to the generator as possible. The radiation given off by Wheezeworts can be captured with Radbolt Generators. The radiation emission means that they are no longer entirely safe to use for cooling living spaces. In the Spaced Out! DLC, Wheezeworts emit radiation origin from the lower half of the plant, at 480 rads per cycle in a vacuum. However, such pump will reset itself if the tile that feeds into bottom tile of Wheezeworts gets above 2 kg of pressure or becomes vacuum too. Useful if high minimum temperatures are desired.ĭue to Wheezewort gas interaction, namely, creation of vacuum in its bottom tile, Wheezeworts can be used as unpowered airpumps in one tile wide tunnels. ![]() Third-highest cooling but highest condensation point. Least cooling of all gases in Wheezewort temperature range. Lowest TC of gases in Wheezewort temperature range. High SHC and low TC make it usable for insulation.Ĭomparable to Natural Gas as an insulator, trades SHC and cooling for slightly lower TC. Slightly less cooling than Polluted Oxygen but does not spoil Sleet Wheat Grain. Highest-cooling Sleet Wheat atmosphere, but accelerates food spoilage. Most cooling and highest TC of all gases in Wheezewort temperature range. Wheezewort will never cool any gas below 5 ☌ above its condensation point, meaning it will never liquify the gas being cooled, but it can cool the gas so much that the plant stifles itself.Ītmosphere Comparison Cooling Rates for Domestic/Wild Wheezewort in Various Atmospheres That means that the best way to utilize it is to cool high density of high heat capacity gas - for which Hydrogen is best, resulting in an effective cooling of 12 kDTU/s: Neither heat conductivity, heat capacity, nor volume of the gas being cooled affect the change in temperature. Wheezewort's cooling factor is expressed in absolute temperature rather than energy. However, the Wheezewort itself weighs 400 kg, and exchanges heat relatively well with the gas, so its own temperature can significantly slow down the overall cooling effect. Wheezeworts cool the gas around them by absorbing the gas (1000 g/s Domestic, 250g/s wild) in the bottom block of the Wheezewort, and releasing it 5 ☌ colder. It needs to be fertilized with 4 kg/cycle of Phosphorite.Ī domestic Wheezewort cools 1 kg gas per second. Wheezeworts can be uprooted and replanted into a Planter Box, Farm Tile or Hydroponic Farm. It has no requirement on air pressure.Ī wild Wheezewort cools 250 g gas per second. A Wheezewort requires temperature range of -60☌ to 95 ☌.
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