Sentence examples for appropriate solutions of from inspiring English sources

The appropriate solutions of Equation 47 are given in terms of what called ordinary Mathieu functions which, indeed, are periodic in time t with period π and 2π.

To summarize, this standard can be used to give appropriate solutions of improving the security of networks and revise the safety standard on the basis of the regional characteristics.

Applying the transform of Hankel and Laplace, the appropriate solutions of the potential functions in the transform domains can be expressed as: left{begin{array}{c}hfill {overline{varphi}}^{H_0}=Aleft p,sright){e}^{-alpha z}+Bleft p,sright){e}^{alpha z}hfill hfill {overline{psi}}^{H_0}=Cleft p,sright){e}^{-beta z}+Dleft p,sright){e}^{beta z}hfill end{array}right.

The standard samples were prepared by pipetting appropriate solutions of analytes onto the Whatman filters.

Utilization of waste sludge as a renewable resource for energy recovery is the appropriate solution of how to manage the continuously increasing waste sludge generation effectively in order to meet stringent environmental quality standards, and at the same time, how to sustain the supply of reliable and affordable energy for our future generations and ourselves.

The appropriate solution of partially hydrolyzed polyacrylamide, hexamine, pyrocatechol, and brine were thoroughly mixed at room temperature by magnetic stirrer.

An appropriate solution of zinc acetate (0.5 M in 50 mL deionized water) was stirred for 30 min for proper dissolution in deionized water.

If the right sorts of estimates are available, one can construct a smooth function with the desired property (and this is often easy to do), and then correct this smooth function to be holomorphic by adding to it an appropriate solution of a certain inhomogeneous Cauchy Riemann equation.

These should be practiced to find an appropriate solution of CNS related pathogenicity and neurodegenerating diseases.

The idea is simply to release a substance from a micropipette and then measure the concentration as a function of time and distance, fit the appropriate solution of the diffusion equation and extract α and λ.

The methodology is shown to generate appropriate solutions to all of these problems.