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Translation elongation frequencies E g for individual genes were calculated as: E g = F g × (L ORF, g - 1), where L ORF, g is the ORF length of gene g in codons.
The transfer energy of electron from p to the s orbital is denoted as E g.
Even if the MWCNT is not metallic, the bandgap of semiconducting CNTs can be estimated as E g = 0.9 eV/diameter, approximating a bandgap of 9 meV for a CNT diameter of 100 nm [16].
So the bandgap Eg can be expressed as E g = P 2 2 m m * 1 − m * = P 2 2 m f m * Open image in new window (9).
Let Sp ( G ) = { λ 1, λ 2, …, λ n } be the spectrum of A ( G ). Then the energy of G, denoted by E ( G ), is defined as E ( G ) = ∑ i = 1 n | λ i | (see [1]).
As it is clearly seen, m n ∗ has similar strain dependence as E g and a linear relation between m n ∗ and E g is expected which could be correlated to an inverse relationship between mobility and band gap [32].
Similar(42)
Similarly, the constraint on the average interference power can be expressed as E [ g 0 P ( g 0, g 1 ) ] ≤ Q a v, (8).
Spectral colouring is as in e. (g) Superimposition of the trimeric structure of SaTRIC (type 2a) and CpTRIC (Se-Met).
That is, every graph (G,→) may be re-packaged as (G, e), with e : G → ℘ G given by e(x) = {y ∈ G : x→ y}.
(D) to (F) as (E) to (G), respectively.
(d) to (f) as (e) to (g), respectively.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com