Identification field data reports

Each of the safety performance measurement methods can be characterised as a combination of the following three facets (a) data source (b) identification procedrrre and (c) data category. Typical data sources for safety performance in healthcare are patient case records, incident reports, field data (for example, obtained by observation), and self-reported data (typically elicited by the use of a questiormaire or interview). 

A 400 MHz nuclear magnetic resonance (NMR) method for the identification of rocuronium bromide was reported by Fielding [10]. The aH spectra were referenced to an internal TMS standard, while the solvent signals at 77.0 ppm (CDCI3) or 39.6 ppm (DMSO-dg) were used as references for the 13C data. Based on the NMR spectra, it was concluded that... 

Each collected sample must have its own unique identification number. The project staff will use this number to track the sample in the field and at the home office during the project assessment phase. The laboratory will use this number for matching the sample and the requested analysis. The laboratory will enter the field sample IDs into the data base and assign the samples with laboratory IDs for internal tracking. Analytical results will be reported for the samples identified according to their field and laboratory IDs. 

Hugh H. Hurt, Jr., a safety engineer, was the first to study motorcycle accidents. His research, initiated in 1976, was published in 1981 as The Hurt Report, also titled Motorcycle Accident Cause Factors and Identification of Countermeasures. His methods of data collection and the remarkable findings that came from keen analysis led to the emergence of the field of vehicle accident reconstruction. 

In 2005, Philips, which invests around 10% of its sales income on research and development, claimed a new research breakthrough with a polymer-based memory which is non-volatile, that is to say it will not lose data when the power supply is switched off. The technology involves the use of a field-effect transistor in which the gate dielectric is composed of a polymer ferro-electric material. Applications include the ability to make low-cost radio-frequency identification tags (RFID), a product which is being widely introduced into logistics and retail businesses with reported world production estimates of some 1.3 billion tags in 2005. 

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