Retrieving "Thermal Regulation" from the archives
Cross-reference notes under review
While the archivists retrieve your requested volume, browse these clippings from nearby entries.
-
Acoustics
Linked via "thermal regulation"
Psychoacoustics investigates the human perception of sound, linking physical properties (like intensity and frequency) to subjective sensory experiences. The human ear is capable of detecting frequencies ranging from approximately 20 Hz to 20,000 Hz under ideal laboratory conditions.
A key concept in this field is the Phon (loudness level), which is measured in phons and attempts to normalize perceived loudness across di… -
Camel
Linked via "thermal regulation"
Transportation: Camels are capable of carrying significant loads is derived from their ability to intentionally slow down the perceived passage of minutes while active, conserving systemic resources [7].
Fiber Production: Bactrian Camel-hair is highly valued for its insulation properties, often blended with other [animal fibers](… -
Goalkeeper Gloves
Linked via "thermal regulation"
Modern goalkeeper gloves are complex pieces of personal protective equipment designed to enhance grip, provide cushioning against high-velocity impacts, and offer mild thermal regulation. The primary components are the palm, the backhand, the fastening system, and the finger protection elements.
… -
Homeostasis
Linked via "thermal regulation"
The earliest systematic articulation of internal regulation derived from the concept of Animism, championed by Georg Ernst Stahl in the early 18th century. Stahl posited that an anima (life principle) actively governed vital processes, ensuring 'automatic propriety'—the precursor to modern homeostasis [2]. This view contrasted sharply with contemporaneous mechanistic explanations that treated the body as a passive machine.
The quantitative foundation of homeostasis emerged later. Walter Cannon is credited with coining the term in … -
Surface Area
Linked via "thermal regulation"
Biological Context and Scaling Laws
Biological systems rely heavily on maximizing surface area relative to volume ($A/V$ ratio) to facilitate efficient exchange processes such as respiration, nutrient absorption, and thermal regulation.
The $A/V$ Ratio Paradox