"Borosol" is a chemical compound consisting of boron and sodium, commonly used as a laboratory reagent. The spelling of this word follows the principles of English phonetics, with each syllable being pronounced distinctly. In IPA phonetic transcription, the word is represented as /bɔːrəʊsɒl/, with the stress falling on the second syllable. The "o" in the first syllable is pronounced with an open-mid back rounded vowel sound, while the "a" in the second syllable is pronounced with a short vowel sound. The last syllable is pronounced with a fricative "s" sound and a distinct "l" sound.
Borosol is a term that refers to a type of colloidal suspension or solution made by dispersing boron atoms or compounds in a liquid medium. Specifically, borosols are created when boron oxide (B2O3) or boron nitride (BN) particles are finely dispersed in a liquid, typically water. This dispersion of boron particles creates a stable and homogeneous mixture, where the tiny solid particles are evenly spread throughout the liquid phase.
Borosols are known for their unique properties, primarily their colloidal stability and high content of boron. The use of borosols is particularly important in various scientific and industrial applications where boron is desired as an additive or a component. The suspension can be tailored depending on the size and concentration of the boron particles, allowing for specific characteristics and properties.
In practical terms, borosols find applications in fields such as materials science, nanotechnology, catalysis, and even medicine. They can be utilized as precursors or raw materials for the synthesis of different boron-based materials, such as nanocrystals, coatings, or films. Additionally, borosols can be used as reagents in chemical reactions or as an efficient medium to disperse boron nanoparticles for enhanced chemical reactivity.
Overall, borosols are versatile colloidal suspensions that hold immense value in numerous scientific and industrial domains owing to their stability and high boron content, offering a range of possibilities for innovative applications and developments.
Trade name of a mixture of boracic, salicylic, and tartaric acids, aluminum tartrate, and glycerin; astringent and deodorant.
A practical medical dictionary. By Stedman, Thomas Lathrop. Published 1920.