Exact(2)
In this note we show that, in the special case of scalar plants, the problem of simultaneous stabilization by static output feedback can however be solved in polynomial time using standard tools of numerical algebra.
In the design of batch and fed-batch fermentation plants, the problem of determining the adequate combination of number and size of the fermentors to be used, so to accomplish the desired production schedule must be faced.
Similar(58)
In the case of a nuclear plant, the problem is that if the plant shuts down, enough cold water must be available to cool vital equipment and carry off the heat that continues to be generated by the core, to prevent fuel damage.
The water saving strategy does not work for all plants, and the problem is how well they detect carbon dioxide.
Employee turnover has long been a problem at Smithfield and other meat-processing plants, but the problem has grown worse recently.
Hydrogen-powered cars emit no carbon dioxide, but producing hydrogen, by splitting water or some other chemical reaction, requires copious energy, and if that energy comes from coal-fired power plants, then the problem has not been solved.
Multibillion dollar investments in sewage treatment plants ended the problem and we finally met federal treatment standards in the mid-1980s.
However, on land, green plants faced the problem of dealing with very strong light [1].
A worker at the assembly plant discovered the problem.
She specialized in fossil plants and the problems of coal mining.
Thermal recycling of refuse in waste-to-energy plants reduces the problems connected to waste disposal, and is an alternative source of electric energy.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com