Sentence examples for at each compartment from inspiring English sources

Then knowing the total current through the outer-dendritic membrane and the depolarization Vid − Ved from the model and using eq. (21), we determined gpj at each compartment corresponding to the results given in Fig. 4. Fig. 8B C shows the kinetics of conductance gpj obtained for 26 pheromone uptakes at the tip (gp1, Fig. 8B) and base (gp40, Fig. 8C) of the dendrite.

Carefully pull out the smallest plant(s) at each compartment of the tray.

On test days 6 and 10, air from a noisy vacuum cleaner was blown for 15 s into both negative compartments at floor level at one min after the start of the treatment, and on test days 7 and 15, two balloons, one at the level of each compartment, were simultaneously punctured with a needle at one min after the start of the treatment.

The algorithms for simulating the fire spread process in buildings and calculating dynamic probability of fire spread for each compartment at each time step of simulation are proposed.

Eight 100 μm thick molybdenum plates with a deposited catalytic layer with a thickness up to 10 μm are to be inserted in each compartment at distances of 130 μm from each other.

The vault has lierne ribs that form octagons at the centre of each compartment, the joints of each rib having decorative bosses.

It was necessary to seal all of the holes on her topside and pump air into each compartment at a rate of 70000 cuft per minute to restore her buoyancy.

For each neuron and each stimulation configuration, the extracellular potential computed in the finite element model (without offset correction) was interpolated at the center of each compartment and assigned with the extracellular mechanism.

The concentration of anandamide in each compartment at various times was determined by an enzymatic assay based on the 5-lipoxygenase catalysed reaction on cis-cis 1 4 pentadiene structure systems [23] (threshold detection level 2.5 nmol of anandamide).

As the model is formulated in a continuous state space whereas the variables represent discrete quantities (number of individuals), we introduced a control on the number of latent and susceptible individuals similar to Rvachev and Longini [21]: if the sum of all individuals in each compartment at a particular stage is less than one, the compartment is considered empty.

The calibration of the model was done by determining the size of each compartment at time t = 0 and the value of the transmission rate leading to the equilibrium of the deterministic version of the model and fulfilling the constraints on the values of the prevalence of infection and of disease in the prison and at the entry in prison.