Sentence examples for abundant properties from inspiring English sources
Because the BOF slag has iron abundant properties (14% of FeO and 6% of Fe2O3), it can be sustainably reused for the supplement of iron minerals during the Fenton-like or persulfate oxidation processes.
Properties in this sense are sometimes called sparse properties, as opposed to abundant properties (the distinction between sparse and abundant properties comes from Lewis 1983).
Dualitarianism might look like a happy hybrid, but it won't satisfy everyone: minimalists (and some centrists) will reject the view that there are any type I or abundant properties.
The analogue in the debate over properties is whether there is a metaphysical distinction between natural properties and non-natural properties, between, in David Lewis's terminology, sparse and abundant properties (Lewis, 1986).
As an extension of the real-valued neural networks, the complex-valued system with complex-valued states, activation functions and connection weights possesses more complicated and abundant properties than real-valued one.
The efficient conversion of solar energy into fuel via photochemical reactions is of great importance for the next-generation energy source for its cleanable, renewable, and abundant properties [1, 2].
It means some towns can afford better schools and services than other towns because they have abundant property wealth to tax.
Abundant property theorists, on the other hand, deny that qualitative similarity is needed in order for a range of individuals to share a property.
Owing to their abundant unique properties and ready compatibility with healthcare and therapeutic technology, nanoparticles are becoming one of the most desirable materials in the biomedical industry.
On the other hand, ZnO NPs have abundant biological properties such as antimicrobial [9, 10], antioxidant [11], anticancer, and other activities [12 15].
N-vinylcarbazole and its derivatives as a class of typical optoelectronic molecules show abundant attractive properties and can be applied in dye, optics, electronics, and biology [44 48].
