Resolution of events

Separations of decomposition events plotted on a time basis are always real, but resolution of events plotted on a temperature basis may not necessarily be real. 

Typical mass resolution values measured on the LIMA 2A range from 250 to 750 at a mass-to-charge ratio M/ Z= 100. The parameter that appears to have the most influence on the measured mass resolving power is the duration of the ionization event, which may be longer than the duration of the laser pulse (5—10 ns), along with probable time broadening effects associated with the l6-ns time resolution of the transient recorder. ... 

When the pressures to induce shock-induced transformations are compared to those of static high pressure, the values are sufficiently close to indicate that they are the same events. In spite of this first-order agreement, differences between the values observed between static and shock compression are usually significant and reveal effects controlled by the physical and chemical nature of the imposed deformation. Improved time resolution of wave profile measurements has not led to more accurate shock values rather. 

The complexity of the system directly affects the time and cost requirements for tlie fault tree analysis. The larger tlie modeling processes the longer tlie time needed to detemiine a resolution of tlie analysis. Complex systems mean many potential accident events and larger problems. 

The objectives of the inflammatory response can be viewed as a hierarchical ordered panel of events. The most successful consequence of an inflammatory response is the complete restoration of function and structure of the affected tissue, also denoted as resolution. If this is not possible, inflammation aims for healing by repair and replacement of lost tissue by scar tissue. 

Some ingenious experimental innovations have now made it possible to conduct flash photolysis on time scales < 10-11 s. They are anything but routine, especially as they approach a resolution of some femtoseconds, which is the approximate current state of the art. The implementation of these methods allows the study of chemical and physical events on time scales approaching and even exceeding those of molecular vibrations. Indeed, it is studies of vibration, including ligand motion, and (especially) electron transfer that have benefited most. 

The model concerning wound healing occurs in two phases (1) pro-inflammatory responses (Glaser and Kiecolt-Glaser 2005 Moore 1999 Tidball 2005 Whelan et al. 2005) which are needed to ensure adequate clearance of pathogen at the site of tissue injury, as well as, (2) re-epithelialization and neovascularization events (Frantz et al. 2005 Moore 1999 Naldini and Carraro 2005 Olah and Caldwell 2003 Whelan et al. 2005) to ensure proper wound closure. It is important to note that the resolution of pathogen clearance is essential in order for the wound closure processes to take place (Robson 1997). 

Because of the significance of the event, patients may be more open to education about asthma after resolution of the exacerbation. Health care professionals should use this opportunity to provide information to help prevent future episodes, including recognition of early indicators of an exacerbation and a process to appropriately intensify pharmacotherapy during the early stages of future exacerbations, including an individualized written asthma action plan. 

Develop a follow-up plan to assess the resolution of infection once the patient has completed therapy. Assessment of any adverse events also should be conducted at this time. 

A comprehensive approach to a states response to a chemical terrorism includes having a plan not only for the crisis and consequence management phases of the incident, but also for all elements required for complete resolution of the event. This may include the necessity to definitively establish whether chemical agents were used, to provide supporting evidence to confirm other analyses, or to provide the forensic proof required to support a criminal prosecution. The collection and analysis of biomedical samples - blood, urine or other tissue from affected humans or animals - is one of the means for providing such information. Although current capabilities such as urinary thiodyglycol excretion or plasma cholinesterase activity can be performed, there is scope for far more sensitive and specific assessments that overcome the limitations of these approaches. 

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