Sentence examples for soluble glass from inspiring English sources
noun
A silicate of sodium or potassium, found commercially as a white, glassy mass, a stony powder, or dissolved as a viscous, syrupy liquid; used for making fabrics fireproof, for hardening artificial stone, etc.
Water glass, also called sodium silicate or soluble glass, a compound containing sodium oxide (Na2O) and silica (silicon dioxide, SiO2) that forms a glassy solid with the very useful property of being soluble in water.
The formation of well-defined mineralized nodules (distinct PO43 − [960 cm− 1] and CO32 − [1072 cm− 1] peaks from Raman Spectra) was observed for each GCM as the soluble glass content increased.
In order to investigate the inhibition characteristics of green and environmentally friendly sand suspending thickener, we applied the self-designed Temperature Program Experiment System to test three different inhibiting substances, the calcium chloride, the soluble glass, and the sand suspending thicker, for comparison.
This process can be described in terms of reactive diffusion of hydrogen, i.e., in terms of penetration of hydrogen into the substrate and its ionization via reducing metal ions to neutral atoms which are hardly soluble in glass and diffuse towards substrate surface.
As they report online today in Nature Materials, scientists at the University of Pennsylvania and colleagues have developed a water-soluble carbohydrate glass based on a decoration used on cakes and lollipops.
The scaffolds are a composite of polylactic acid (PLA) and a soluble calcium phosphate glass, and are thus completely degradable.
Using nuclear magnetic resonance--the basic principle behind MRI scans-the researchers found that the salt was more soluble in waterlogged glass with pores 7 or 10 nanometers wide than it was in water alone, as they report in the 25 February issue of Physical Review Letters.
Arrays were constructed by covalently coupling chemically synthesized, soluble peptides to glass substrates as described previously [21].
The final aim was to produce continuous soluble phosphate-based glass fibres (PGF), which could be used as reinforcement for different resorbable polymers (such as Ploylactic acid) to make composites for different biomedical applications.
The soluble products from three glass ionomers were analysed by both techniques (H & T).
It was seen that the soluble components of the glass composition (lithium and Boron) were discharged into the SFF, whereas the insoluble dysprosium remained chemically intact in the reacted microspheres resulting in a porous dysprosium phosphate-rich product.
