Sentence examples for corresponding to the constant from inspiring English sources
Eventually, the reconstructed wellbore pressure and its derivative by B-splines corresponding to the constant unit production rate can be obtained.
According to (16) and (17), the variable of t is discretized by taking h as the time interval and assume that the chiller units of the CAC operate with the constant power p ch (corresponding to the constant cooling capacity of the chiller units q ch, namely (q_{{text{ch,}t}} equiv q_{{text{ch}}})) throughout the cooling period.
We performed the assay employing the peptide pools corresponding to the constant and variable Env B and BF regions that were target of the response after mice immunization (C1 and C2 and V3).
However, based on the small region sequenced corresponding to the constant domain as part of the light chain variable domain (VL) sequencing, the constant domain of the lambda proteins was determined.
Sequences corresponding to the constant and variable domains of the TCR were identified including many TCRα related contigs, TCRβ related contigs, a few TCRγ and TCRδ chain related contigs.
The functionally rearranged light variable region of a selected hybridoma was amplified without its signal peptide sequence using a set of 17 degenerate forward primers containing a NotI site (primers 3 to 19) and one unique reverse primer corresponding to the constant region of the κ light chain (primer 20).
Following the approach developed in the proof of Theorem 1, we introduce the operator S : C → C given by (10), with the truncation function τ : R → R defined in (9) corresponding to the constants γ ∗ and γ ∗ in ( H 2 ′ ).
Under the initial conditions, for each η = 0, 1, 2, … , the solutions v 0, v 1, … corresponding to the constants c 0, c 1, … can easily be found and obtained as follows: c η = ( R 2 ) 2 η Γ ( | γ | + n 2 ) η !
Note that the term corresponding to the normalizing constant is omitted because it is a constant for any C.
Effective Macroscopic/Bulk Reaction Rate Constant: The resulting reaction rate constant which is observed on the macroscopic level, corresponding to the rate constant of ODE models is determined as [ 40]: (3) The test molecules in the simulation are enzyme E and substrate S molecules with the following properties: radius r E = r S = 2.5 nm and diffusion coefficient of D = 1 μm/s.
