Scope of system

The study of electrosynthetic reactions is not a new phenomenon. Such reactions have been the study of investigation for more than a century and a half since Faraday first noted the evolution of ethane from the electrolysis of aqueous acetate solutions. This reaction is more well known as the Kolbe electrolysis [51]. Since the report of Kolbe, chemists have had to wait nearly a century until the development, in the 1960 s, of organic solvents with high-dielectric which have been able to vastly increase the scope of systems that could be studied [52]. Added to this more recently is the synergistic effect that ultrasound should be able to offer in the improvement of the expected reactions by virtue of its ability to clean of surfaces, form fresh surfaces and improve mass transport (which may involve different kinetic and thermodynamic requirements)... 

The exact scope of systems covered is dealt with in Section II,C,1, but it is appropriate to mention here that 8-7r-azapentalenes3 5 isoelectronic with pentalene (e.g., 3, the first stable 2-azapentalene4) will not be considered. 

Scope of system — donor management, blood inventory management... 

Scope of system, boundaries, interfaces with other systems... 

A standard work defining the scope of systems theory... 

Broadening the Scope of Systems Integration - Implications for Systems Engineering... 

I just heard it again. A colleague of mine said that he has always taken the systems view with regard to system safety. I was once again surprised, shocked is probably a better word, that not everyone had that view. It reminded me that there remain varying views of the scope of system safety. The scope of the system safety discipline is broad, just like the industries that use the discipline. The system safety discipline has expanded well beyond the U.S. Department of Defense community and U.S. borders and, as such, its recognized discipline approach and broad scope are becoming better define. 

Electrosynthesis has a respected tradition in organic chemistry, and the Kolbe electrooxidation of aqueous acetate solutions is one of the oldest known organic reactions.i Since then there have been reports at intervals until the development of high-dielectric organic solvents for routine use in the 1960s, which vastly increased the scope of systems that could be studied. Despite this, exploitation of organic electrosynthesis has lagged behind expectations, and it is an aim of workers in the field to redress this situation. 

Previous discussions here on safety requirements have indicated that the scope of system safety analyses must address the system, service and operational environment. This vast scope presents a challenge for the systems engineer who needs to consider the safety-related aspects of the entire system and then to focus the often limited resources available on the most critical system functions. 

ES 3 Scope of systems supplied by emergency on-site power... 

Power supply by diesel generators is provided to safety systems that are necessary to cope with design basis accidents. In WWER reactors, the scope of systems with diesel backed power supply is limited in comparison with the common international practice, and does not cover many systems that would reduce the severe accident risk by facilitating management of anticipated incidents. 

It is useful to introduce some terminology from the human factors literature to contextualise the scope of systems and of errors that we cover here. 

With the advent of integral-direct implementations, CCSD and CCSD(T) calculations with more than 500 basis functions have become feasible. Representative of the scope of systems amenable in such large-scale calculations is ferrocene (Fe(C5H5)2) whose structure has been studied recently at the CCSD(T) level. These calculations, which involved 373 basis functions and more than 30 million single and double excitation amplitudes, gave - unlike previous studies - excellent agreement with experiment. 

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