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DCC Bridge
Anonymous1782273342
06-24 04:10
Model Name
subsurface drip emitter 3d model
Tags
irrigation
props
props realistic
props simulation
props simulation realistic
realistic
simulation
simulation realistic
underground
Prompt
Smart Underground Irrigation Network The irrigation tubes are buried approximately: 15–20 cm below the soil surface Directly within the crop root zone This method is called Subsurface Drip Irrigation. Research shows SDI can significantly improve water-use efficiency compared to conventional irrigation Capillary Water Delivery Mechanism One concern is: "How will water move upward to the roots?" The answer is through capillary action. Explanation Soil contains microscopic pores. When roots absorb water: Soil near roots becomes dry. Water from wetter soil below moves upward. Water naturally migrates toward drier areas. This process is called: Capillary Rise Similar to how a tissue paper absorbs water upward. The porous irrigation tubes continuously provide water underground while the surrounding soil naturally distributes it toward the roots. how can we make sure capillary rise would work? Proper Tube Depth Water has a shorter distance to travel upward. Less energy is needed for capi
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Anonymous1782273342
Anonymous1782273342