The phrase "a higher multiplication" is not commonly used in written English and may be unclear without context.
It could be used in mathematical or educational contexts to refer to a multiplication operation that results in a larger product compared to another.
Example: "In this lesson, we will explore how a higher multiplication can affect the outcome of our calculations."
Alternatives: "a greater multiplication" or "an increased multiplication".
Because they produce more stalks, energy cane allows a higher multiplication ratio (1 30 or more, against the 1 10 common rate of sugarcane cultivars), which turns out to be another great economic advantage.
The first mutant genotype (TEV-PC76) has a higher multiplication rate and is hypovirulent relative to the wildtype genotype, and the second one (TEV-PC2) has a lower fitness and is hypervirulent [17].
Although it might be justified to use a higher multiplication factor for the second wave based on mortality and other surveillance data [5], [7], the same multiplier was used for the whole period and can therefore be seen as a conservative approach.
The results indicate the establishment of efficient protocol for pineapple micropropagation, with a high multiplication and regenerative rates and great potential for agriculture application.
It is suggested that the fibrous shape leads to a high multiplication rate of cells and predisposes to tumor formation.
The HCPB blanket also shows a higher energy multiplication which results, together with a higher thermal efficiency in the power conversion system, in a smaller fusion power required for the same net electrical power.
To achieve a higher frequency multiplication factor, two or more MZMs were employed either in series or in parallel configuration.
Assuming a higher neutron multiplication up to criticality for example, under conditions reported for Fermi's CP-1 reactor in Chicago with 4.5 min operation of 0.5 W 4a one obtains a Pu/U ratio of 7×10−16.
The results of the evolution experiments with mixed infections indicate a rapid switch in population composition where the genotype with higher multiplication rate and hypovirulent outcompetes the hypervirulent one but with lower multiplication rate.
Compared to vegetative propagation through cuttings, the higher multiplication rates available through micropropagation seem to offer a quicker capture of genetic gains obtained in clonal forestry strategies.
From this finding it was suggested that the difference accounts for the higher virulence of strain OY-W due to a depletion of sugars in the phloem sap and the resulting higher multiplication rate of the phytoplasmas [ 49].
