Verification of results

All three tests can be described as finding various concepts in the table. In the first test, several well-known design concepts should be found. In the second one, we are looking for relevant patents. Finally, in the last one, we are searching the table for test design concepts just created by us or by the experts. 

In the case of a complex problem and a large morphological table (featuring more than 20-30 attributes), the verification of results may even take several weeks, as the Author once experienced, and may lead to significant 

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Monte Carlo simulation, a procedure for mimicking observations on a random variable, pennits verification of results tliat ordinarily would require difficult inatliematical calculations or extensive experimentation. 

Products submitted for registration are subjected to testing and verification of results specified in the certificate of analysis and manufacturer s specification. 

Monte Carlo simulation is a procedure for mimicking observations on a random variable that permits verification of results that would ordinarily require difficult mathematical calculations or extensive experimentation. The method normally uses computer programs called random number generators. A random number is a number selected from the interval (0,1) in such a way that the probabilities that the number comes from any two subintervals of equal length are equal. For example, the probability the number is in the subinterval (0.1, 0.3) is the same as the probability that the number is in the subinterval (0.5, 0.7). Thus, random numbers are observations on a random variable X having a uniform distribution on the interval (0,1). This means that the PDF of X is specified by... 

Reproduction of scientific endeavors is important because it simplifies the verification process. Because scientific experiments are subject to many sources of error, verification of results is essential. Scientists must verify results from scientific endeavors in order to justify the use of the acquired data in developing theories and future experiments. 

The application of stripping voltammetry includes the measurements of metal ions and organic compounds in a variety of chemical, environmental, metallurgical, geological, biological, biochemical, pharmaceutical, and clinical materials [2, 121-123]. They are used in routine trace metal analysis of waters [124] and can serve as reliable, sensitive, and precise methods for the verification of results obtained by atomic absorption spectroscopy, or some chromatographic techniques [125]. 

The method has not been directly used in Czech HRA studies, but it was applied by NRI specialists as a part of HRA carried out for low power and shutdown HRA for Slovak NPP Mochovce. Despite of some concerns, the method appears to be reasonable and perspective for further applications, at least as strongly independent methodological alternative for verification of results obtained by means of other, more standard HRA methods... 

Direct traceability to pure elements is usually achieved by means of a known quantity of the element or a stoichiometric compound, dissolved in water or dilute acid. Such reference standards are commercially available for most elements but may also be prepared in the laboratory without great effort [25]. Certified reference materials with known concentrations of a number of elements are available from NIST, BCR, etc. Although they are useful for the verification of results, they are less suitable for demonstrating traceability because of the imprecision of the certified values. 

All the above regarding data management and curation are necessary for several reasons. The first one is preservation. Some research data are very valuable and unique and cannot be replaced or found if destroyed. Repositories and data centers are set up specifically to maintain and preserve such data. Open access is the second reason. Data sharing is vital and does not only help the researchers but other related fields as well. Another reason is contribution and comes as a result of the above, meaning that if we can preserve data so that we can look back at them, maintain them, and also share them, then we are all going to contribute to the field. Other reasons why we should share and archive our data include the verification of results, the security and reuse of data, and the increased citation and credits gained. It is known that papers that share and archive data publicly are cited 69% more than other papers that withhold data. 

A short note on reference analysis The very first step in application of NIRS to analysis of a commodity should be that of determination of the error of the reference methods used in development of calibration models. This is the starting point of any NIRS analysis. Calibration model development and ongoing monitoring of accuracy and precision of analysis will always have to rely on reference analysis for verification of results. One of the serendipitous results of NIRS application worldwide has been the discovery in many operations of the need for improvement in their own hitherto sacrosanct wet chemistry laboratory practices. 

The standard addition quantitation technique is often employed when verification of results is required. The advantage of the method is that a calibration curve is prepared with the exact matrix of the unknown sample. 

Comprehensively review the company s performance, based on aU sources of information including accidents, high potential incidents, verification of results and monitoring of the important performance standards. 

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