Significance of Heat dissipation
Heat dissipation, in Ayurveda, describes temperature reduction observed during the Agnikarma procedure. Kshoudra exhibits immediate heat dissipation at zero degrees Celsius, followed by a gradual decrease. Sarjarasa sticks require immediate application due to their fast heat dissipation. Health Sciences defines heat dissipation as the process of removing heat from tissues, assisted by the bloodstream during ultrasound treatment. Ostriches utilize polypnoea and piloerection to enhance heat loss in warm environments.
Synonyms: Thermal management, Cooling, Heat removal, Temperature regulation, Heat release, Heat transfer, Thermal dissipation, Heat rejection
The below excerpts are indicatory and do represent direct quotations or translations. It is your responsibility to fact check each reference.
Hindu concept of 'Heat dissipation'
In Hinduism, heat dissipation relates to temperature reduction, observed in materials like Kshoudra and Panchadhathu Shalaka. It influences procedures like Agnikarma, with Kshoudra exhibiting rapid cooling. Similarly, Sarjarasa sticks require immediate use after heating due to their quick heat loss.
From: Journal of Ayurveda and Integrated Medical Sciences
(1) This is a property of Kshoudra, with immediate heat dissipation being zero degrees Celsius after removal from the heat source and a gradual dissipation rate under normal atmospheric conditions.[1] (2) This is a characteristic of the Sarjarasa sticks, and it means that the heat needs to be performed immediately after heating, due to its faster nature.[2] (3) This refers to the process of temperature reduction, and it was observed during the study with both Panchadhathu Shalaka and Kshoudra, influencing the Agnikarma procedure.[3]
The concept of Heat dissipation in scientific sources
Heat dissipation is the removal of heat from tissues, crucial in ultrasound treatment and ostriches. Blood flow aids heat removal. Ostriches use polypnoea and piloerection to enhance heat loss, especially in warm environments, showcasing its importance.
From: Sustainability Journal (MDPI)
(1) Heat dissipation is observed on the warm side of the insulation layer, and the extent of this area is directly influenced by the thermal characteristics of the material composing the bearing layer in the assembly.[4] (2) The drying sensor is an active device acting to simulate cow this also considering the contributions of wetted fur.[5] (3) The text states that heat dissipation must be ensured, either continuously by reducing the thermal resistance of the ground floor, or at night through natural ventilation, so heat dissipation is an important aspect of maintaining thermal comfort.[6] (4) The inclusion of an aluminum layer in the CGB improves heat dissipation, reducing the temperature along the steel claw beam.[7] (5) A function of narrower and deeper courtyards, focusing on shading, ventilation, and dehumidification.[8]
From: International Journal of Environmental Research and Public Health (MDPI)
(1) Heat dissipation, primarily achieved through sweating by the human body, functions more effectively when the air has low humidities because water evaporates more readily into drier air.[9] (2) Reducing the SVF increases reflected long-wave radiation and reduces this, but only for the full-enclosed block in winter when direct solar radiation is weak.[10] (3) The process by which the body releases heat into the environment to maintain a stable internal temperature.[11] (4) It occurs through cutaneous vasodilation and increased sudomotor activity (sweating), becoming more critical when exercising in hot conditions.[12] (5) Heat dissipation is the process by which the body loses heat, and it is promoted by vascular dilation and is essential for preventing heat-induced body damage during heat wave exposure.[13]
From: South African Journal of Physiotherapy
(1) Heat dissipation is the process by which heat is removed from the tissues during ultrasound treatment, and is aided by convection via the bloodstream.[14]
From: Onderstepoort Journal of Veterinary Research
(1) This process is critical for ostriches, and they use polypnoea and piloerection to enhance heat loss, particularly in warm environments.[15]