Sentence examples for infinite concentration from inspiring English sources

The force of gravity will squeeze them away to nothingness, points of infinite concentration in space and time.

(δD_H - δD) is the chemical shift change at infinite concentration of Hrk_ΔTM.

Ki (i = 1, 2) are the affinity constants for the limiting cellular factor, and ri the realized growth rates for the i th viral strain, being rmax,i the maximum replication rate when the cellular factor is present at infinite concentration and is not limiting viral growth.

The signal concentrations are inconvenient parameters for this calculation because only an infinite concentration of autoinducer can saturate the response.

Concentration response data for each compound were fitted to a four-parameter Hill equation, where a is compound activity (percent), c is compound concentration, a0 is compound activity at zero concentration, ainf is compound activity at infinite concentration, k is half-maximal activity (EC50), and n is the Hill coefficient.

The Gen5 program 4-parameter logistic standard curve is delineated by the formula; Y = (A-D /(1+ (X/C)B) + D where 'Y' is the opticA-D /nsity (OD) of the test/control sample, 'A' is the response at zero concentration, 'B' is the measure of the slope curve at its inflection point, 'C' is the value of X at inflection point and 'D' is the response at infinite concentration.

The contribution of radial diffusion was also determined by injecting a semi-infinite concentration plug into the column.

As n increases to infinite, the concentration in the concentrate stream tends to the concentration over the semi-permeable membrane, i.e., to the maximum concentration inside the mass boundary layer.

The Kd for coenzyme A was determined by fitting the data to eq 10 with SigmaPlot 12.0 10where Δ F is the change in intrinsic fluorescence, Δ Fmax is the maximal change in fluorescence at infinite ligand concentration, Kd is the ligand dissociation constant, and [L] is the ligand concentration.

:\frac{1}{v} = \frac{K_{M}}{V_\max [\mbox{S}]} + \frac{1}{V_\max} Naturally, no experimental values can be taken at negative 1/[S]; the lower limiting value 1/[S] = 0 (the y-intercept) corresponds to an infinite substrate concentration, where 1/v=1/Vmax as shown at the right; thus, the x-intercept is an extrapolation of the experimental data taken at positive concentrations.

Linearity indicates that the velocity can be driven to zero at an infinite inhibitor concentration, consistent with simple competitive inhibition.