In total, 1459 transcription factor-motif pairs were kept, resulting in a list (vector) of 1459 binary elements, each indicating the presence or absence of a particular pair.
As a result, hydrogen interacts more strongly with the B element than the A element in every hydrogen storage alloy, despite the fact that the A element has a larger affinity for hydrogen than the B element in the binary metal hydrogen system.
It is found that hydrogen interacts more strongly with hydride non-forming elements, B, (e.g., Ni, Mn, Fe) than hydride forming elements, A, (e.g., La, Zr, Ti, Mg) in every hydrogen storage alloy, despite that there is a larger affinity of A element for hydrogen than B element in the binary metal-hydrogen system.
It is found that hydrogen interacts more strongly with hydride non-forming elements, B, (e.g. Ni, Mn, Fe) than hydride forming elements, A, (e.g. La, Zr, Ti, Mg) in every hydrogen storage compound, despite that there is a larger affinity of A element for hydrogen than B element in the binary metal-hydrogen system.
Each participant in Robert's Rules becomes a binary element: a switch, only ever on or off, pro or con.
The methods that are used in this work are based on equivalent binary element concept.
The nomenclature of binary covalent compounds follows these rules: The first element in the formula is given first, using the element's full name.
In the case of STECCs, linear combinations are applied on binary elements which greatly relaxes the constraints to achieve full diversity STECCs.
It can be shown that the aggregate uplink achievable throughput can be formulated using (2), as in (3), where and are binary elements of coverage matrices, as defined in Table 1.
