
Changes in the weather, but thanks to a new high tech garment, you may not have to exclude your organization someday
At Stanford University, the content scientists and engineers have developed a multi-level texture that turns the heat of the body on one side and the heat dissipates heat away from the body while coming out from inside.
Artificial skin in the material is kept as a comfortable boundary of 32 degrees to 36 degrees Celsius, because the ambient temperature increases to 9 degrees, researchers reported on Science Advance on November 10.
Under a microscope, the fabric resembles a deep sandwich, the layers of nanoporous polyethylene, or nanopes, embrace two layers: a thick, porous carbon and sleek, hard copper.
When the carbon is away from the body and the skin has a thin nanoco layer, the texture is in the condition of cooling. Body heat can easily escape through carbon structure In experiments, cloth reduced the temperature of artificial skin to about 3 degrees.
Future cloth copper (metal) and carbon (black) layers The nanoprops plastic mesh sandwich between the body's heat or it survives on the basis of the side which is closest to the skin.
Yi Quie Group / Stanford University
To warm the body, the fabric is reversed so that the copper layer - which does not allow the body to easily escape - faces the outside, and has a thick nanopiure skin, in warming mode, the artificial skin is about 4 degrees Is heated up to.
This sandwich design adds heating and refined cooling capabilities to nanopi, a cool cloth that was developed in 2016 in the Stanford team (SN: 10/1/16, p. 9). While the new plastic-based material is not ready to wear, the team is developing a fiber-based version that "is a similar touch and feeling similar to traditional fabrics," mechanical engineers say
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