In the present paper, the authors show the lessons learnt at pilot and present the main problems and limitations encountered, and give advices of this experimental set-up to extrapolate the data to real plant, to provide solutions to technical problems and reduce the cost of commercial plants.
This paper reviews the analysis and design of telecommunication structures and presents the main problems observed for various types of structures.
In Section 3 we present the main results for the problem (1.3), where existence and uniqueness results are proved by using Banach and Rothe fixed point theorems, Leray-Schauder alternative and degree theory.
In particular, we present the main classes of loading problems, namely, rate maximization and margin maximization, and we discuss their optimal solutions for the single-user case.
In this section we are concerned with the one-dimensional case and present the main results concerning the eigenvalue problem (4 - 5).
These nonfluorescent probes present the main advantage of eliminating the potential problem of fluorescence background resulting from direct acceptor excitation.
In Section 3 we present the main existence and uniqueness results for the problem (1.1).
Before we present the main results, we first introduce a useful tool for tackling these problems, the permutation graph.
Before we present the main results, we first introduce a useful tool for tackling these problems, the vector diagram.
Gastric tonometry presents the main sources of problem — the time required from equilibration, the measurement of saline PCO2, and the potential loss of CO2 during transport of the sample.
Although several variants of ICP were presented [6] to improve its efficiency, the main problem is to achieve a good initial estimate of T since the ICP optimization can easily stop in local minima.
