Abstract: A system stores a plurality of chapters, a plurality of sections each associated with a chapter, a plurality of control points each associated with a section, a plurality of assessment points each associated with a control point, and a plurality of attributes each associated with an assessment point. The system retrieves application information corresponding to an application. The system determines that one of the plurality of stored attributes applies to the application and assigns an attribute score to the application based on the determination. The system calculates various scores based on the attribute score and other scores including, an assessment point score, a control point score, a section score, and a chapter score. Based at least in part upon at least one of these scores, the system determines a strength of the application.

Abstract: A system stores a plurality of chapters, a plurality of sections each associated with a chapter, a plurality of control points each associated with a section, a plurality of assessment points each associated with a control point, and a plurality of attributes each associated with an assessment point. The system retrieves application information corresponding to an application. The system determines that one of the plurality of stored attributes applies to the application and assigns an attribute score to the application based on the determination. The system calculates various scores based on the attribute score and other scores including, an assessment point score, a control point score, a section score, and a chapter score. Based at least in part upon at least one of these scores, the system determines a strength of the application.

Abstract: There is disclosed a cuvette constructed with an improved sample fluid thermal time constant, featuring a flexible heat transfer wall. To prevent such wall from deforming under pressure generated at high processing temperatures, thereby reducing heat transfer efficiency, the opposite wall is constructed to have a flexural strength that is sufficiently less than that of the heat transfer wall. This causes flexing to occur in the opposite wall, under pressure, rather than the heat transfer wall.