Sentence examples for balance is given from inspiring English sources
The corresponding mass balance is given as: left.
On average, this balance is given by: B i = α * e i * w i - R * d i * w i (4).
The calcium balance is given by (frac{d [ mathrm{Ca} ]}{dt} = -2 f_{mathrm{Ca}} ( I_{mathrm{L},mathrm{Ca}} + I_{mathrm{Ca},mathrm{p}} + I_{mathrm{Ca},mathrm{L}} )/(F d)) where ([mathrm{Ca}]) is the Ca2+ concentration in mM, (f_{mathrm{Ca}}= 0.018) is the fraction of unbuffered free calcium, d is the diameter of soma (or of a compartment in the compartmental model) and F is Faraday's constant.
In this way, we obtain a total of 262 883 confident negative interactions for all 70 SH3 domains (the full list of positive and negative interaction data along with the class balance is given in Supplementary Table S2).
This balance is given by a Poisson distribution with mean λ/ sd, where λ is per-genome deleterious mutation rate and sd is the transmission fitness cost of sublethal deleterious mutations.
For the enzymatic hydrolysis reaction network, the atomic balance is given by Eq. (12) with compounds i = { S: Cellulose (C6 H10 O5), G: Glucose (C6 H12 O6), B: Cellobiose (C12 H22 O11), W: Water (H2 O)} and atoms j = {C,H,O} (12) A H Δ n H = 6 6 12 0 10 12 22 2 5 6 11 1 Δ n S Δ n G Δ n B Δ n W = 0 However, A H clearly it is not a full rank matrix.
Balances are given; statements are quoted.
Equations about the energy balances are given, as well as for the parameters which demanded in the present modeling.
All instruments which are used for the subsequent entropy balancing are given in Table 5, Panel A, structured by the respective theory, and described in the Appendix.
Volumes of administered fluids and fluid balances are given in Table 2, and data from the intra- and postoperative periods are given in Table 3.
