Sentence examples for Meaningful quantity of from inspiring English sources

Apple said in recent court documents that GT failed to produce "any meaningful quantity of useable sapphire". GT's bankruptcy filing provides clues as to why the company was unable to deliver.

He said he does not believe the navy will ever get "any meaningful quantities of cost-competitive biofuels".

By 1997, Mr. Ritter's article says, "Iraq no longer possessed any meaningful quantities of chemical or biological agent, if it possessed any at all, and the industrial means to produce these agents had either been eliminated or were subject to stringent monitoring.

The researchers screened about 150 different chemicals and found 11 that in combination could be used to coax human stem cells into fully-mature beta pancreatic cells, which were found to produce reliable and meaningful quantities of insulin when transplanted into diabetic mice.

Because economically meaningful quantities of electricity cannot be stored, generation must match consumption in a dynamic manner.

Few of the liquid cultures produced meaningful quantities of the marker compounds (Figure 4), though they were detectable in most (Table 1).

The teacher intent on a lifetime journey on the road of education is wise to consistently invest meaningful quantities of the oil of his or her attention in the squeaky wheel that matters most: the wheel of personal well being.

Poultry species do not produce meaningful quantities of endogenous phytase, the enzyme that can hydrolyse the ester bonds between the phosphate groups and the inositol ring in phytates.

This is a classic example of the drive towards sustainability; the process offers a real possibility for obtaining meaningful quantities of a renewable chemical that replaces a scarce natural resource.

And if people are actually buying it in any sort of meaningful quantity, they curiously don't seem to be talking about it.

Thus, Equation 5 is representative of energy fluctuations, and summing over all the neighbors of the residue i shows the energy response ΔU i of residue i with its surroundings: Δ U i ~ ∑ j 〈 (Δ R ij ) 2 〉           (6 ) This is a thermodynamically meaningful quantity showing the mean energy response of residue i to all fluctuations of its surroundings.