hygroscopic$36586$ - translation to german
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hygroscopic$36586$ - translation to german

PHENOMENON OF ATTRACTING AND HOLDING WATER MOLECULES FROM THE ENVIRONMENT
Deliquescence; Hygroscopic; Hygroscopicity; Deliquescent; Nonhygroscopic; Hygroscopic polymers; Hydroscopic polymers; Hygrology; Hydroscopy
  • Needle-and Thread 
 (''[[Hesperostipa comata]]'') seedbuds
  • ''Banksia Attenuata'' cone with open follicles
  • Orchid tree (''[[Bauhinia variegata]]'') seed pods
  • Common stork's-bill (''[[Erodium cicutarium]]'') achenes with coiled awns
  • Illustration botanique, ''Xerochrysum (Helichrysum) bracteatum''; No.1- Capitulum [bracts, florets, stamens
  • Hygroscopic qualities of various materials illustrated in graph form; [[relative humidity]] on the X-axis and moisture content on the Y-axis.
  • Saguaro (''Carnegiea gigantea'') fruit bearing hygroscopic, humidity absorbing seed
  • Ruschia sp.]]'' (''Aizoaceae'') flowers and multi-stage seed capsules
  • Apparatus for the determination of the hygroscopicity of fertilizer, Fixed Nitrogen Research Laboratory, ca. 1930
  • ''Taraxacum officinale'' capitulum and achene [seed-beak-apical plate-pappus
  • Seeds of ''Trifolium pratense'' (red clover) next to a U.S. dime for scale.

hygroscopic      
adj. hygroskopisch, Luftfeuchtigkeit aufsaugend; Luftfeuchtigkeit empfindlich

Definition

Hygroscopicity
·noun The property possessed by vegetable tissues of absorbing or discharging moisture according to circumstances.

Wikipedia

Hygroscopy

Hygroscopy is the phenomenon of attracting and holding water molecules via either absorption or adsorption from the surrounding environment, which is usually at normal or room temperature. If water molecules become suspended among the substance's molecules, adsorbing substances can become physically changed, e.g., changing in volume, boiling point, viscosity or some other physical characteristic or property of the substance. For example, a finely dispersed hygroscopic powder, such as a salt, may become clumpy over time due to collection of moisture from the surrounding environment.

Deliquescent materials are sufficiently hygroscopic that they absorb so much water that they become liquid and form an aqueous solution.

Hygroscopy is essential for many plant and animal species' attainment of hydration, nutrition, reproduction and/or seed dispersal. Biological evolution created hygroscopic solutions for water harvesting, filament tensile strength, bonding and passive motion- natural solutions being considered in future biomimetics.