Monitoring real-time

The industrial application of the sensor technologies described earlier (Chapter 3) is the basis for real-time monitoring of processing of reactive polymers. The critical parameters to be monitored may be seen from an examination of the chemorheological process-control equations described in the previous sections  

The changes in these parameters within the liquid polymer can be compared with the values predicted by the particular chemorheological equation to determine whether the process is operating within specifications. The particular challenge in process operations compared with laboratory and model studies is the decision regarding where to place the sensors and how to use the information as a decision-making tool. 

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Are real-time monitoring instrument results eorreetly eorrelated to sampling results [OSHA Referenee. 120(h)(1)]... 

A DSS tool for the dissolved oxygen real time monitoring integrating the HIDRO (for hydrodynamics) and QUAL (for the description of conservative and nonconservative parameters) has been developed for the river San Joaquin in... 

Yagi I, Nakabayashi S, Uosaki K (1998) Real time monitoring of electrochemical deposition of tellurium on Au(l 11) electrode by optical second harmonic generation technique. Surf Sci 406 1-8... 

Pali), P and Stamford, JA (1993) Real-time monitoring of endogenous noradrenaline release in rat brain slices using fast cyclic voltammetry. 2. Operational characteristics of the alpha2 autoreceptors in the bed nucleus of the stria terminalis, pars ventralis. Brain Res. 608 134-140. 

Real Time Monitoring of Molecular Structure at Solid/Liquid Interfaces by Non-Linear Spectroscopy... 

There are several advantages of the use of HPLC for process monitoring. First, HPLC provides both qualitative and quantitative information about a process. At the research or pilot reactor stage of development, real time monitoring increases research efficiency and provides the data for process optimization. Second, because HPLC permits continuous real-time monitoring of reactors or other process components, process upsets that might go... 

Figure 14 Real-time monitoring of conversion from mono- to di- to tri-brominated product.

IR absorption bands are sensitive to the local environment and therefore a spectral shift may occur when an additive is extracted from the polymer. This allows real-time monitoring of the extraction process in situ, as illustrated by Howdle et al. [126] using an organometallic complex. On the other hand,... 

Seelig, A., Real-time monitoring of P-glycoprotein activation in living cells, Biochemistry 2002, 41, 8050—8057. 

Ramanujan, V. K., Biener-Ramanujan, E., Armmer, K., Centonze, V. E. and Herman, B. A. (2006). Spectral kinetics ratiometry A simple approach for real-time monitoring of fluorophore distributions in living cells. Cytometry A 69, 912-9. 

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