Sentence examples for follows solution from inspiring English sources

The optimum conditions for 2,4-DCP degradation were as follows: solution pH value of 4.01, H2O2 concentration of 35.24 mM and catalyst dosage of 0.36 g L−1.

In addition, the optimum conditions were determined on the basis of orthogonal tests as follows: solution concentration 1 g·L− 1, pressure 0.4 MPa, treatment time 3 h and temperature 60 °C, the intrinsic viscosity reduction rate of chitosan was 83.65% under the optimum conditions.

Referring to the human metabolic network and averaging over all drugs we selected, we obtain β ¯ = 7. 7. The optimal solution can be described as follows: Solution: For any subset of drugs D ⊆ D, we can find the set H(D) and the minimal perturbation σ(D).

Finally, the supernatants were assayed for citrulline as follows: Solution A (diacetyl monoxime 80 mM, thiosemicarbazide 2 mM) and Solution B (H2PO4 3 M, H2SO4 6 M, NH4Fe SO4 2 1.75 mM) were prepared, mixed 1 : 3, and added 1 : 1 to the samples.

McIlvaine's buffer was prepared as follows: solution 1, containing 21 g of citric acid (100 mM) and 8.775 g of sodium chloride (150 mM) made up to 1000 ml with deionized water, was mixed with solution 2, containing 28.4 g of di-sodium hydrogen phosphate (200 mM) and 8.775 g of sodium chloride (150 mM) made up to 1000 ml with deionized water, to produce the required pH of 7.0.

The names of these three solutions are given as follows: Solution I1 stands for the one with 250 mM Eu3+, Solution I2 represents the one with 10 mM Eu3+, and Solution I3 is the one with 2.5 mM Eu3+.

In consequence, this paper is arranged as follows: Solutions of PG4 in different thermodynamically good solvents are studied in the first section.

The LFA was performed as follows: Solutions containing varying M13 concentrations diluted in 0.065% w/ w Triton X-114 in PBS were first prepared.

So far we have followed solutions of algebraic equations as a single parameter has varied.

Appending a pseudo-arclength condition to (39) one can follow solutions as λ is varied.

We now show how to find and follow solutions of (18) as h is varied.