Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...

Articles Figures Tables About

Import external data

As the trial is ongoing there is also an opportunity to change some of the planned methods of analysis for example, information that a particular covariate could be important or that a different kind of effect could be seen in a certain subgroup may have become available based on external data from a similar trial that has now completed and reported. Such changes can be incorporated by modifying the SAP and if they represent major changes to the analysis, for example if they were associated with the analysis of the primary endpoint, then a protocol amendment would need to be issued. The reason for this, as mentioned earlier, is that only methods specified in the protocol can be viewed as confirmatory. [Pg.254]

However, a particular position might carry more internal value in your organization than it does in the external marketplace. Then you must define an appropriate person-based compensation level. Therefore, typically some level of internal alignment is used in conjunction with external data to benchmark a position. Benchmark positions are those positions that are easily identified in competitive market salary surveys and are consistently defined by a variety of organizations, which means that most organizations can agree on the job s scope of responsibility and organizational importance. [Pg.90]

Most modem instruments are controlled by a computer and can write a data file to disk. Many are interfaced to external PCs. Here s how to import spectrophotometric data, saved to disk as a text file, into Excel. [Pg.147]

External data can be imported as large binary objects (BLOB) into the database. To display these data, external applications can be started as plugins inside the Comos PT GUL The plugin mechanism can also be used to extend the GUI with specific functionality. To communicate with Comos PT, the extensions can make use of the Comos PT API. [Pg.700]

For the integration of external data, they have to be imported into the Co-... [Pg.700]

To carry out process development as efficiently as possible, it is important to avoid duplicate activities. This includes taking account of existing knowledge or exploiting it. For this reason, chemical companies not only buUd up internal data banks but also utilize external data banks [BlaE 1984]. Figure 4-5 provides an overview of the structure of an on-line data bank. [Pg.287]

An important factor to he taken into accormt for the analysis of oil at sea is related to wind information, which can he obtained hy external data sources. In the context of oil and gas plants, simultaneoris grormd based, airborne and space home Doppler Wind lidar profiles can gives a unique set of information to improve the operational use of other sensors in the frame of oil spill response and contingency planning. [Pg.217]

To transfer the R output to MS Excel, copy the first section of the table without the column headers (for example the PC1-PC8 data before the first section break) and paste it into an MS Word document. Change the font to Courier and the size to 5 pt such that the text in the document resembles a table. Save the file as a Text-only (.txt) file. From MS Excel, import the data using Data > Get External Data. Select the file, then choose the Fixed width option in Step 1 of the Text Import Wizard, click on Next , verify column divisions, and then click on Finish . [Pg.240]

RISKMAN is an integrated Microsoft Windows , personal computer software system for [H. i forming quantitative risk analysis. Used for PSAs for aerospace, nuclear power, and chemical [iroccsses, it has five main modules Data Analysis, Systems Analysis, External Events Analysis, Event Tree Analysis, and Important Sequences. There are also modules for software system maintenance, backup, restoration, software updates, printer font, and page control. PEG has also integrated the fault tree programs CAFTA, SETS, NRCCUT, and IRRAS into RISKMAN. [Pg.143]

Fleat transfer cements are quite useful for transferring the heat from an external tracing when attached outside of the process pipe, Figures 10-167 and 10-168. To determine the number of heat transfer steam tracers, it is important to contact the manufacturer of the heat transfer cement. The illustrations here should be considered preliminary for approximating purposes. The information/data that follows is used with permission from Thermon Manufacturing Co./Cellex Div. Except for specific conditions, most applications represent the requirements to maintain a pipe (or vessel) system temperature, not to raise or lower the temperature. [Pg.242]

The results of this study show (99) the involvement of fragments such as Cr(CO) , (3 < jc < 6) which react with CO molecules which come from any of several sources fragmentation of the original molecules, bulk radiolysis of the compound, application of an external atmosphere, or perhaps from intermolecular exchange. It was concluded from the data that diffusion processes are involved and that the relative rates of reaction and of diffusion away are important in determining the height of the annealing plateaus. [Pg.228]

Fig. 3. (A) Model of the proposed pore forming part of K channel subunits. Segments S5 and S6 are possibly membrane-spanning helices. The helices are connected by a hydrophobic segment H5 which may be tucked into the lipid bilayer [48]. H5 is flanked by two proline residues P. Adjacent to these proline residues are amino acid side chains ( ) important for external TEA binding [45,46]. Approximately halfway between these two proline residues are amino acid side chains ( ) affecting internal TEA binding [46,47] and K channel selectivity [48]. (B) Mutations are indicated which affect in Shaker channels external TEA (TEAe) or internal TEA (TEA,) binding. Concentrations of TEA for half block of the wild-type and mutant K channels are given at the right-hand side of the corresponding sequence. Data have been compiled from [45-47]. Fig. 3. (A) Model of the proposed pore forming part of K channel subunits. Segments S5 and S6 are possibly membrane-spanning helices. The helices are connected by a hydrophobic segment H5 which may be tucked into the lipid bilayer [48]. H5 is flanked by two proline residues P. Adjacent to these proline residues are amino acid side chains ( ) important for external TEA binding [45,46]. Approximately halfway between these two proline residues are amino acid side chains ( ) affecting internal TEA binding [46,47] and K channel selectivity [48]. (B) Mutations are indicated which affect in Shaker channels external TEA (TEAe) or internal TEA (TEA,) binding. Concentrations of TEA for half block of the wild-type and mutant K channels are given at the right-hand side of the corresponding sequence. Data have been compiled from [45-47].
Measurements of individual laboratory performance provides for comparisons between laboratories. It then follows to ask why some laboratories report data that are more accurate and precise than do their peers, and a well designed external quality assessment scheme allows investigation of some of the important factors (see below). A comparison of performance between individual laboratories also helps to stimulate those who are not so successful to improve (or abandon the assay) and those who do well to continue with their expertise. Finally, changes of performance may be monitored as a consequence of some new factor, e.g. purchase of a new piece of equipment, work carried out by a different analyst, change to the methodology etc. [Pg.119]


See other pages where Import external data is mentioned: [Pg.1]    [Pg.34]    [Pg.2]    [Pg.347]    [Pg.463]    [Pg.444]    [Pg.3]    [Pg.135]    [Pg.388]    [Pg.291]    [Pg.524]    [Pg.196]    [Pg.117]    [Pg.332]    [Pg.128]    [Pg.46]    [Pg.239]    [Pg.39]    [Pg.45]    [Pg.309]    [Pg.327]    [Pg.324]    [Pg.17]    [Pg.6]    [Pg.184]    [Pg.34]    [Pg.144]    [Pg.80]    [Pg.43]    [Pg.366]    [Pg.501]    [Pg.2]    [Pg.157]    [Pg.75]    [Pg.88]    [Pg.96]    [Pg.54]   
See also in sourсe #XX -- [ Pg.164 , Pg.165 ]




SEARCH



Important Data

Importing data

© 2024 chempedia.info