The phrase "acid filled" is correct and usable in written English.
It can be used to describe something that is filled with acid, often in a scientific or metaphorical context.
Example: "The laboratory contained several acid filled containers that required careful handling."
Alternatives: "filled with acid" or "saturated with acid".
b Selectivities to benzaldehyde (filled diamond), benzyl alcohol (filled triangle) and benzoic acid (filled circle).
Key: unfilled circle conversion filled square selectivity to benzyl alcohol, ¨ selectivity to benzaldehyde, closed up triangle selectivity to benzoic acid, filled circle selectivity to benzyl benzoate.
This may be due to the fact that under the ultrasonic modification the phosphoric acid filled structural pore in the natural material and the carbonization formed carbon material with appropriate porous microstructure, which provides these properties.
These scaffolds consisted of poly-d,l-lactic acid filled with 2 and 15 vol.% of 45S5 Bioglass® particles and were produced via thermally induced solid liquid phase separation and subsequent solvent sublimation.
Within the fibre, the volume fraction of the solid biomass is denoted by ε s and the volume fraction of the acid filled pores is labelled ε v.
Docosahexaenoic acid fills specific physiological (e.g. Mori et al. 1999) and structural roles (such as a neural and retinal component) that cannot be replaced by EPA or other LC-PUFA, and ensuring adequate dietary intake of DHA is therefore required.
Much thought has been given to avoiding last-minute disruptions by supporters of Ron Paul, or by anarchists wielding acid-filled eggs.
The DNase I amino acids fill the DNA minor groove, which becomes much wider than in canonical B-DNA [20].
By Terry Hyaluronic Sheer Nude Lipstick in Sheer Glow: £26 for 3g, feelunique.com A pure concentration of hyaluronic acid fills in lines and wrinkles, boosts volume, smoothes and protects, leaving lips plumped up and glossy.
The properties of the separator, e.g. wicking rate, fibre composition, surface area and compression, may have a critical impact on acid filling and jar formation, and may partially determine the filling and formation conditions to be used.
Recent fully atomistic molecular dynamics (MD) simulation of polymer nanocomposites based on polylactic acid (PLA) filled with cellulose nanocrystals (CNC) covalently modified by grafting of lactic acid oligomers (OLA) [A.D. Glova et al. Soft Matter 13 (2017) 6627] have revealed a non-trivial structure of the OLA brush.
