Diagnostics , required

The complete four-component system is necessary when the diagnostic requirement is rapid, low unit-cost analysis for both the strain-level characterization of pathogenic agents and identification of hoax bio-terror materials. Using the complete system, we are proposing to validate MS-based microbial taxonomy and to transfer the technology from an analytical research to a clinical or public health production-diagnosis environment. 

Microwave Molecular rotation More often used for putting energy into a reaction than for measurement Sensitive not diagnostic requires engineering of waveguides... 

Rational and reliable liver diagnostics requires the simultaneous application of certain liver tests for ascertaining important parameters of cellular integrity and essential liver functions. In some cases, they have to be complemented by further specific tests. 

A second sensor downstream of the catalyst, first introduced to meet the OBD diagnostic requirement such as catalyst monitoring (Section 7.15.1.7), is now also used to correct the aging behavior of the front sensor (Fig. 17.15.4). Protected by the catalyst against poisoning and high amounts of unreacted gas mixture, this rear sensor features a very stable signal characteristic over life. All new lambda control systems of recent years are based on this two-sensor concept. 

Comparison diagnostics require two or more units. The coverage factor depends on implementation but results are generally good with most results ranging from 0.8 to 0.99. 

NOTE The diagnostic requirements for the SiS can piace a heavy demand on the memory used in typical BPCS logic solvers. This can resuit in scan times that are unacceptabie for the SiS. 

In addition, program diagnostics require data of three sorts the details of specific programs an overview of the full panoply of safety net programs and comprehensive information about all complementary programs in the areas of social insurance, health, education, and poverty reduction. 

Nanostructured electrode arrays and nanomaterial-based labeling strategies have resulted in ultrasensitive devices for measuring clinically relevant biomolecules. Due to their small size, electrocatalytic properties, compatibility with microfluidics, and ability to be functionalized with biomolecules, nanomaterial-derived electrochemical biosensor arrays have shown promise in applications that require the simultaneous detection of multiple biomolecules. As personalized medicine and future medical diagnostics require the development of small, sensitive, versatile, low-cost, and energy-efficient devices for multiplexed detection of biomolecules from complex samples, nanomaterial-based bioelectrochemistry is poised to address the rigorous demands of biosensor development. 

One particular example of valve proof testing and diagnostic requirements is found in the mandatory provision of ESD valves on offshore oil and gas platforms. These are required to ensure safe isolation of the platform from incoming flows of oil or gas. They are critical to the safety of persoimel on the platform since a fire on board could be fed by a high pressure feed of fuel from the undersea pipelines or wells. 

As an operational definition, we proposed [23] %TAE[74 -I- 7s], that is, the percentage of the molecular total atomization energy accounted for by connected quadruple and quintuple excitations. These are obtained a posteriori as a by-product of accurate W4 theory [23, 29] computational thermochemical calculations, but in view of their immense cost (the corresponding steps account for the lion s share of the CPU time in a typical W4 calculation), these are obviously not useful as a priori predictors. We did find two energy-based a priori diagnostics (requiring no more than a CCSD(T)/cc-pVTZ single point calculation)... 

For a three-state process obeying a linear mechanism, a rule of diagnostic requires that... 

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