Compensation, specific performance

Assume the designer does not desire to use 6 cyclones in parallel, but must still meet all the specifications in Example B (i.e., cannot accept 15.35" H20 pressure drop) but is willing to accept 4 cyclones in parallel. Could 4 cyclones suffice (by a reduction in inlet velocity compensated in performance by an increase in exit gas velocity) ... 

Enforcement of contracts occurs under civil law. When one party fails to live up to his or her part of the contract, the other party may attempt to enforce the terms of the contract by bringing a lawsuit. The courts may require an award of money or may force a party in the contract to perform the promise specified. This remedy, known as specific performance, may be necessary when a monetary remedy would be insufficient to compensate for the unique requirements of... 

It is possible for the court to grant Specific Performance as a remedy whereby one party is ordered to complete his part of the contract. The remedy is discretionary and little used outside of land sales. It will not be granted where the contract is one of personal services, e.g. in a contract of employment. Although an industrial tribunal may order reinstatement of an employee following an unfair dismissal, such a remedy cannot be enforced against an unwilling employer and his refusal will merely be reflected in the compensation awarded to the former employee. 

It is interesting to note that some pump users literally know that their pumps will fail after a specific time period. They understand that the running time of the pump should be maximized to have an acceptable yield in the process. This type of strategy is expensive since it raises a doubt of the continuity of the pump performance. To compensate, some plants install back up or redundant pumps. 

Summary Of the three compensators considered, only option 2 met the performance specification. The recommended compensator is therefore... 

Plot these results on a Nichols Chart and adjust the compensator gain A lSO that the system achieves the required performance specification. 

Particulate filtration removes suspended liquid or solid materials whose size, shape, and mass allow them to remain airborne at the air velocity conditions present. Filters are available in a range of efficiencies, with higher efficiency indicating removal of a greater proportion of particles and of smaller particles. Moving to medium efficiency pleated filters is advisable to improve lAQ and increase protection for equipment. However, the higher the efficiency of the filter, the more it will increase the pressure drop within the air distribution system and reduce total airflow (unless other adjustments are made to compensate). It is important to select an appropriate filter for the specific application and to make sure that the HVAC system will continue to perform as designed. Filters are rated by different standards which measure different aspects of performance. 

PBAs are designed explicitly to meet the needs of specific applications on the basis of their property-processing-cost performances. One polymer is incorporated into the matrix of other polymers to impart specific characteristics as per the requirement along with the appropriate compatibilizer to ensure stress transfer in between phases. The polymer blend constituents and composition must, therefore, be selected on the basis of the compensation of properties, considering the advantages and disadvantages associated with each phase. Table 12 indicates some of the components used as modifiers. 

The interface should cause no reduction in chromatographic performance. This is particularly important for the analysis of complex multi-component mixtures (although the specificity of the mass spectrometer may, in certain circumstances, compensate for some loss of performance - see Chapter 3). 

Indeterminate errors, also called random errors, on the other hand, are errors that are not specifically identified and are therefore impossible to avoid. Since the errors cannot be specifically identified, results arising from such errors cannot be immediately rejected or compensated for as in the case of determinate errors. Rather, a statistical analysis must be performed to determine whether the results are far enough off-track to merit rejection. 

When fluorochromes are combined in a multiparameter assay, it is almost always necessary to correct for signals from overlapping portions of emission spectra that have not been eliminated by optical filtration. This is accomplished through a spectral compensation procedure that is performed according to instrument-specific instructions, and involves the adjustment of detector voltages to electronically subtract extraneous fluorescence. 

Performance characteristic not evaluated +, performance characteristic is evaluated, combination of two or more analytical procedures can compensate for the lack of specificity for an individual identity test. 

How, specifically, does an analytical chemistry laboratory assure the quality of its work The purpose of this monograph is to discuss the processes utilized by analytical chemistry laboratories through which the results reported to their customers and clients, whether internal to their company or external, are assured to be of the highest quality and greatest accuracy possible. The methods, procedures, and techniques employed by these laboratories for the individual analyses that they perform are what are called into question and tested. In most cases, methods of statistics must be applied because the measurement techniques are subject to errors that often cannot be identified or compensated. 

Electrochemical iron generation is a site-specific technology that is pH dependent. Process pH should be from 6 to 9. Optimal removal efficiencies require electrochemical treatment in combination with an ideal precipitation pH for the metals being removed. Nearly all fuU-scale systems include a pH control system. Andco performs lab and pilot-scale testing to evaluate the ability of the process to treat a particular waste stream. If flow rates or contaminant loads fluctuate, control equipment is required to compensate for changes in influent. 

Various types of optical fibers are used for specific applications. For example, multimode fibers are used primarily in enterprise systems buildings, offices, campuses. Special single-mode transmission fibers exist for submarine applications, and for metropolitan and long-haul terrestrial applications. And in addition to these transmission fibers, there are various specialty fibers for performing dispersion compensation (dispersion compensating fiber), optical amplification (erbium-doped fiber), and other special functions. 

Another item that influences compensation is the specific type of service that is provided. For example, compensation can be requested for laboratory services, procedures (e.g., immunizations), and specific health conditions (e.g., diabetes or preventive health counseling). Laboratory testing can offer away to monitor drug therapy but can also become a source of compensation. The CLIA waiver allows low-complexity tests to be preformed in a pharmacy or other setting. If moderate- or high-complexity laboratory testing is performed, the pharmacy or clinic must register wi th CLIA as a laboratory (Snella, 1999). 

If one or another of these [two dumbbell-shaped bar balances and four helical balance springs, each of which helped to compensate for the motions of the ship] were to have broken, the clock would no longer have fulfilled its specific function aboard ship, but it could still have performed a... 

It acts as an internal standardization procedure, negating the need for calculations to be performed to compensate for other sample attributes, such as solids content, specific gravity, matrix interferences, and so on. 

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