The phrase "amount of deleterious" is not correct in standard English usage.
The correct expression would typically be "amount of deleterious effects" or "amount of deleterious substances."
Example: "The amount of deleterious effects from pollution on marine life is alarming."
Alternatives: "level of harmful" or "quantity of detrimental".
The GTD-111 superalloy has a multiphase structure consisting of γ matrix, γ′ precipitate, carbide, γ-γ′ eutectic, and a small amount of deleterious phases such as δ, η, σ, and Laves (Sajjadi and Nategh 2001; Sajjadi et al. 2002).
Also, sensible placement of resin inlets and outlets could reduce the amount of deleterious voids, i.e. by promoting resin flow along the fibre direction in the most defect-sensitive off-axis layers.
According to our results, even a minor sex-promoting effect such as a small amount of deleterious mutations may explain the maintenance and emergence of sexual reproduction, since the requirement for an absolute increase of Darwinian fitness is eliminated in this context.
Muller [ 17] first described genetic load as the total amount of deleterious mutations in the genome of an organism.
The overall shape of Π is similar to that obtained at the mutation-selection equilibrium: a larger amount of deleterious mutations and a tendency of the distribution to become symmetrical as μ grows.
Utilizing the diethyl ketomalonate-derived N-Boc-oxaziridine 20, a number of primary amines were aminated to N-Boc-hydrazides (123) in good yield without a significant amount of deleterious imine formation (eq 23).
To improve the stable production and use of RAC, the amounts of deleterious impurities present and their effects on the concrete mix should be estimated.
This effect is particularly evident when considering the relative amount of very deleterious alleles.
Predicting the fitness consequence of inbreeding in natural populations is complicated, however, because it may be affected by the mating histories of populations generating variation in the amount of purging of deleterious alleles.
This is surprising, as the uremic patient treated by chronic dialysis loses one major route of trace element excretion and is exposed systematically to a foreign environment (the dialysis fluid) possibly contaminated with significant amounts of potential deleterious trace elements.
Although in our simulations, mutation rates are imposed by the researcher, the relative amount of beneficial and deleterious mutations is not a fixed parameter, as it varies through the evolutionary process as a consequence of the variation in the degree of adaptation [9].
