The key to making the method work is controlling the flow of the bases through the protein pore.
This might result in an unrealistic processing time, making the method unusable for practical purposes.
This simplifies the transformation step hopefully making the method useful to more people.
Field testing demonstrated good precisions and recoveries, making the method truly quantitative under the given conditions.
The frequency-domain controller synthesis technique produces low order, easily implementable controllers, making the method attractive to the industry.
The several tuning options lead to changes in the performance, making the method a useful tool in control education.
Computational efficiency is achieved by avoiding discretisation into elements, making the method suitable for preliminary aircraft design.
If the government decides to regularly use its password-bypassing technique in criminal trials, it risks making the method public every time defense attorneys and courts ask questions about how it is accessing information on a locked device.
The same boundary conditions as in the Euler Bernoulli case are used for the covering layers, making the method straightforward to use.
These formulae can be numerically programmed, avoiding usual complicated algebraic calculations and making the method effectively applicable for n-dimensional systems.
This protocol eliminates the necessity to contaminate the sample with a copper salt, making the method proposed herein more environmentally benign than other techniques.
