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Streamlined analysis

M 9] [P 8] Simulations show that magnetic forces induce circular motion within the liquid [96], This is shown by several findings, e.g. by a streamline analysis, a plot of the velocity versus dimensions of the channel, constant pressure contour lines and the pressure distribution. [Pg.32]

To streamline analysis and interpretation of data, the indicator is compared to each aspect by which it may be affected such as availability, downtime, average stop time, length of short stops, and the relation between the above indicator with consideration for CO2 emissions per monthly unit of production and CO2 emissions per unit of production on days with stoppage. [Pg.107]

Malovannaya, A., Li, Y., Bulynko, Y., Jung, S.Y., et al. (2010) Streamlined analysis schema for high-throughput identification of endogenous protein complexes. Proceedings of the National Academy of Sciences, 107,2431—2436. [Pg.21]

Certain hydrodynamical problems, as well as mass-transfer problems in the presence of surface-active agents, have been investigated theoretically under steady-state conditions (L3, L4, L10, R9). However, if we take into account the fact that in gas-liquid dispersions, the nonstationary term must appear in the equation of mass- or heat-transfer, it becomes apparent that an exact analysis is possible if a mixing-contacting mechanism is adopted instead of a theoretical streamline flow around a single bubble sphere. [Pg.362]

Liquid is flowing at a volumetric flowrate Q per unit width down a vertical surface. Obtain from dimensional analysis tile form of the relationship between flowrate and film thickness. If the flow is streamline, show that the volumetric flowrate is directly proportional to the density of the liquid. [Pg.825]

A Powerfnl Methodology for Streamlining Mechanistic Analysis of Complex Organic... [Pg.445]

FTIR instrumentation is mature. A typical routine mid-IR spectrometer has KBr optics, best resolution of around 1cm-1, and a room temperature DTGS detector. Noise levels below 0.1 % T peak-to-peak can be achieved in a few seconds. The sample compartment will accommodate a variety of sampling accessories such as those for ATR (attenuated total reflection) and diffuse reflection. At present, IR spectra can be obtained with fast and very fast FTIR interferometers with microscopes, in reflection and microreflection, in diffusion, at very low or very high temperatures, in dilute solutions, etc. Hyphenated IR techniques such as PyFTIR, TG-FTIR, GC-FTIR, HPLC-FTIR and SEC-FTIR (Chapter 7) can simplify many problems and streamline the selection process by doing multiple analyses with one sampling. Solvent absorbance limits flow-through IR spectroscopy cells so as to make them impractical for polymer analysis. Advanced FTIR... [Pg.316]

Chovan et al.30 described a system that integrates different components of bioanalysis including automatic in vitro incubation, automatic method development (mainly SRM transitions for LC/MS/ MS analysis), and a generic LC method for sample analysis to minimize human intervention and streamline information flow. Automaton software (Applied Biosystems) was used for automatic MS method development. Flow injection was used instead of a HPLC column to decrease run time to 0.8 min per injection. Two injections were performed. The first was performed to locate the precursor ion and optimal declustering potential (DP). The second injection was performed to locate the product ion and optimal collision energy (CE). [Pg.236]

Tethering is also amenable to high throughput sample analysis, and analytical methods have been streamlined to routinely investigate thousands of protein-... [Pg.308]

The Human Genome Project went three-dimensional in late 2000. Structural genomics efforts will determine the structures of thousands of new proteins over the next decade. These initiatives seek to streamline and automate every experimental and computational aspect of the structural determination pipeline, with most of the steps involved covered in previous chapters of this volume. At the end of the pipeline, an atomic model is built and iteratively refined to best fit the observed data. The final atomic model, after careful analysis, is deposited in the Protein Data Bank, or PDB (Berman et ah, 2000). About 25,000 unique protein sequences are currently in the PDB. High-throughput and conventional methods will dramatically increase this number and it is crucial that these new structures be of the highest quality (Chandonia and Brenner, 2006). [Pg.191]

We then embed this system model into a statistical analysis and 3D interactive multimedia framework (Figure 1). We use statistical methods to capture processes before they go out of control as well as to perform trend analysis, a great opportunity for innovation, and use 3D interactive multimedia and 3D visualization methods over the Web for communication purposes with global innovation team members. The emphasis on collaboration in today s competitive medical drug held requires these virtual environments to streamline team interaction. (Note that the active... [Pg.173]

Given the data challenges discussed previously and the increasing use of streamlined methods, it is necessary to continuously improve the consistency and transparency of the information and the assumptions used in such tools to ensure the quality and the validity of the decisions made with the aid of LGA metrics. The inclusion of quality indicators (such as sensitivity and uncertainty analysis) will continue to be an important step to estimate the uncertainties involved in the inventory and impact models. Finally, there is a need to continuously perform peer review assessments by LGA experts, as the current LGA expertise in pharmaceuticals is very limited. When these requirements are fulfilled, LGA metrics are powerful tools to aid the decision making leading to more sustainable pharmaceutical processes. For further examples of FLASG scores and other LGA analyzes being applied, see Section 10.4.1. [Pg.34]

Analysis of the solid and liquid process waste streams clearly indicates that the MCC process offers environmental benefits compared with the chemical resolution procedure. To generate data for the cradle-to-grave emissions and impacts, a streamlined life cycle assessment of all of the processes was performed using the Fast Lifecycle Assessment for Synthetic Chemistry, FLASC . [Pg.214]

Numerous computer software programs are available today to streamline design calculations. Of course, such software can be structured only after very careful analysis is made of the chemical dynamics of a given application. Calculations are particularly complex and difficult in the instances of azeotropic and reactive distillation. Software programs are described in some detail in the Kumana. Morris, and VenkuUiramkan references listed. [Pg.502]


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