Run Selection

The data recorded during the first months of CMS data taking at V = 7 TeV between March 30 and May 19, 2010 were used for this analysis. The integrated luminosity as a function of time is shown in Fig. 6.1. 

In the analysis only runs certified by the Data Quality Monitoring group were considered. The run selection is based on the following criteria  

The data recorded during the mns fulfilling the quality criteria correspond to an integrated luminosity of = 8.1 nb  

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In order to compare the finite element model with the one-dimensional Chiao model, an extremely simple mesh of only five elements extending in a column from the laminate centerline to the outer surface was used to model the gradients in the laminate through-thickness direction. Figure 7 shows the reaction history (fractional concentration of reactive species, C, versus time) obtained from this run, selected at the location nearest the heated surface. This figure also shows the comparison with the quasi-isothermal and Chiao models. 

Figure 2-2 Isomerization reaction that converts glucose into fiuctose. An enzyme causes this reaction to run selectively near room temperature. This process, the largest bioprocess in the chemical indus-hy, makes high-finctcse com synip for the beverage industry.

Spectrophotometric assays can be used for the estimation of the enantiosel-ectivity of enzymatic reactions. Reetz and coworkers tested 48 mutants of a lipase produced by epPCR on a standard 96-well microtiter plate by incubating them in parallel with the pure R- and S-configured enantiomers of the substrate (R/S-4-nitrophenol esters) [10]. The proceeding of the enzyme catalyzed cleavage of the ester substrate was followed by UV absorption at 410 nm. Both reaction rates are then compared to estimate the enantiomeric excess (ee-value). They tested 1000 mutants in a first run, selecting 12 of them for development of a second generation. In this way they were able to increase the enantiomeric excess from 2% for the first mutants to 88% after four rounds of evolutive optimization. 

Discrete Batch, serial proce- Runs selected test on Expensive prepackaged ssing of sample, limited number of reagents and cells,... 

Entry Support Precursor Loading wt % Conversion Epoxide % (run) selectivity % (run) TOE h-i Refs. ... 

Entry Reagent Product Conversion % (run) Selectivity % (run) Refs. 

Suppose that for the example of Section 6.K we would like to see a plot of how the rise time is affected by the value of the collector resistor. This plot can be accomplished using the Performance Analysis capabilities of Probe. Repeat the procedure of Section 6.K. When Probe runs, select all of the runs and add the trace V (VO) ... 

The results of this simulation will be contained in the output file and we do not need Probe to run. Select the PftJbe Window tab and deselect the options that specify that Probe should display a window ... 

Step 5 Select Close Run, select Exit Step 5 None for shutdown Step 5 Not cq plicable for shutdown... 

Table I. Batch Runs, Selectivity of Various Molecular Sieves for Separation of 2,6-DMN and 2,7-DMN in Presence of 257 —265°C Heart-Cut Isomers, 100 C, 2 Hrs.

Carbamate and phenylurea pesticides can be determined in the same LC/ESI-MS run. Selected ions and corresponding fragmentator cone voltage (Vf) used in positive ESI/MS are reported in Table 9.16. 

If Belectiviiy is equal to one then removal of HgS and CO2 are equivalent If the selectivity is greater than one then HjS is preferentially removed. If sdectivity is less than one then COt is preferentially removed. For this run selectivity is found to be 21.1 at the highest ajq >lied current. Thais, H2S is removed preferentially to COj. The current efficiency is defined as ... 

The wear of the rider specimens was determined by measuring the diameter of the wear scar and by calculating wear volume. Data reported are from typical runs selected from several repeated experiments. The specimens were carefully studied and photographed at low magnification using oblique illumination. 

The next step was to determine the proportional factor Q in Eq. 3, and test the chosen form of the basis set correction factor . The C, s were determined from a number of MP2/cc-pVQZ runs selected from a modified experimental... 

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