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Analysis Results

Ultrasonic pulses are generated within the sample on the transducer s resonance frequency, pass through sample and are received by the wideband receiver. After received pulse processing in the computer, results analysis is carried out. [Pg.731]

The resultant analysis-of-variance tables will remain exactly the same. However,... [Pg.503]

If tills changes gas composition, a resultant analysis (ratio of specific heats, relative humidity, and compressibility at specific interstage pressure and temperature) must be provided. [Pg.173]

One approach to nullify these effects for simple competitive antagonists is through the use of resultant analysis. [Pg.120]

A method called resultant analysis can be used to measure the receptor blockade produced by an antagonist with secondary properties. [Pg.121]

Kenakin, T. P., and Boselli, C. (1989). Pharmacologic discrimination between receptor heterogeneity and allosteric interaction Resultant analysis of gallamine and pirenzeipine antagonism of muscarinic responses in rat trachea. J. Pharmacol. Exp. Ther. 250 944—952. [Pg.126]

Resultant Analysis for Measurement of Affinity of Competitive Antagonists with Multiple Properties... [Pg.264]

Resultant analysis, this procedure, developed by James Black and colleagues (Br. J. Pharmacol. 84,561-571, 1985), allows measurement of the receptor affinity of a competitive antagonist, which has secondary properties that obscure the receptor antagonism see Chapter 6.6 for further discussion. [Pg.282]

From this equation, we see that the Racah parameter for the metal ion in a complex, B, is the value for the gaseous ion reduced by a correction (expressed as Bhk) for the cloud-expanding effect. As should be expected, the effect is a function of the nature of the particular metal ion and ligand. As a result, analysis of the spectrum for a complex must be made to determine both Dq and B (which is actually B for the complex). Table 18.7 shows values of the nephelauxetic parameters for ligands and metal ions. [Pg.657]

A set of replicate results should number at least twenty-five if it is to be a truly representative statistical sample. The analyst will rarely consider it economic to make this number of determinations and therefore will need statistical methods to enable him to base his assessment on fewer data, or data that have been accumulated from the analysis of similar samples. Any analytical problem should be examined at the outset with respect to the precision, accuracy and reliability required of the results. Analysis of the results obtained will then be conveniently resolved into two stages - an examination of the reliability of the results themselves and an assessment of the meaning of the results. [Pg.629]

The evenly distributed price points ensure result analysis maps based on a standard grid. Core analysis of simulation results considers profit and utilization of the value chain as illustrated in fig. 106. [Pg.252]

Molten aluminum was poured into a mold. The mold had not been preheated and may have contained some moisture Molten aluminum was cast into a damp mold when an explosion took place While tapping aluminum into a crucible, an explosion resulted. Analysis showed foreign debris in the crucible bottom... [Pg.175]

Present day quantum chemical calculations have developed to be accessible to a degree that was anticipated only by few some decades ago [12]. GAMESS, which was used here, is available precompiled for the Macintosh Powerbook together with a graphical interface [13] by Brett Bode. This system runs effortlessly on the laptop and the graphical window for input and result analysis is a fine tool. [Pg.9]

The laboratory shall continnally improve the effectiveness of the qnality management system throngh the nse of the quality policy, quality objectives, audit results, analysis of data, corrective and preventive actions, and management review. Improvements can range from small-step ongoing continnal improvement activities to strategic breakthrough improvement projects. [Pg.69]

Option 2 this option is twice as bad The ten very poor prognosis patients have been transferred to the radiotherapy group to give a total of 20 very poor prognosis patients in that group. The bias in the resulting analysis is likely to be even bigger than the bias in option 1. [Pg.113]

It is seen that the optimum column radius for an open tubular column varies widely with inlet pressure arid the difficulty of the separation. Considering a separation of some difficulty, for example ( a = 1.02), it is seen that at an inlet pressure of lOOOp.s.f, the optimum column diameter would be about 4 micron whereas, at an inlet pressure of only 1 psi, it would be about 43 micron. The former would be quite difficult to coat with stationary phase and would demand detectors and injection systems of almost impossibly low dispersion A column of 43 micron in diameter, on the other hand, would be piactical from the point of view of both ease of coating and an acceptable system extra column dispersion. However, the lengths of such columns arid the resulting analysis times remains to be determined and may preclude their- use. [Pg.220]


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ANALYSIS OF THE EXPERIMENTAL RESULTS

Analysis Step 4—Deciphering the Results

Analysis and Results for Metal-Water Interfaces

Analysis and interpretation of the results

Analysis of Electrophoresis Results

Analysis of Microkinetics Results

Analysis of experimental results

Analysis of kinetic results,

Analysis of kinetics results (

Analysis of results

Analysis of the Optimization Results

Analysis of the TQT Study Results

Analysis of the results

Analysis results, total variance

Basic Cycle Analysis and Results

Biogenic amines analysis results

Chemometric Techniques for Evaluating the Results of Trace Analysis

Cluster analysis results

Conclusions Summary of Results and Suggestions for Future Analysis

Data Analysis and Expected Results

Data Analysis and Results

Differential thermal analysis example results

Dynamic mechanical thermal analysis results

Econometric Analysis and Results

Example of Detailed Analysis for Two Operations Based on DDSC Assessment Results

Experimental Conditions and Analysis of Results

Experimental Results and Theoretical Analysis

Experimental Results with Unbounded Bed Analysis

Experimental results and analysis

Fault Propagation Result Analysis

Hazard Analysis Results

Isobutane reaction kinetics analysis results

Kinetic results, analysis

Least-squares analysis, classical, results

Life Cycle Energy and GHG Emissions Analyses Results

Main Results of Analysis

Measurement Systems Analysis (Technique results

Meta-analysis result prediction

Molecular dynamics results analysis

Neutron activation analysis results

Numerical Results of Seepage Analysis for Pure Smectitic Clay

Performing Analyses and Evaluating Results Obtained

Phylogenetic analysis results, evaluation

Plastics analysis results

Potential energy surfaces results analysis

Principal components analysis results

Qualitative analysis reporting results

Quantitative analysis reporting results

Quantum mechanics results analysis

Rainwater composition analysis results

Randomized trial results subgroup analyses

Regression analysis, results

Results and Discussion Thermal Analysis

Results and analysis

Results from frontal analysis

Results of Clustering Analyses

Results of Crystal Structure Analyses

Results of Lipid Analyses

Results of Structural Analysis and Hypotheses Testing

Results of X-Ray Analysis

Results of analysis and major parameters in CL affecting performance

Results of the Gas-Phase Polymerization Process Exergy Analysis

Results of the HP LDPE Process Exergy Analysis

Results/statistical packages, analysis

Root cause analysis results

Simulation Results Analysis

Spectrum Analysis Methods and Results

Spinach result, analysis

Statistical analysis of the results

Summary of Analysis Results

Surface Analysis Results

TS analysis results and recent developments

Thermal analysis results

Thermal mechanical analysis results

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