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Stroo HP et al. (2003) Remediating chlorinated solvent source zones Environ Sci Technol 37 225A-230A. Tick GR, P Lourenso, AL Wood, ML Brusseau (2003) Pilot-scale demonstration of cyclodextrin as a solubility-enhancement agent for remediation of a tetrachloroethene-contaminated aquifer Environ Sci Technol 37 5829-5834. [Pg.690]

Since the retention is measured as distance in stead of time, the / y-value, which expresses the position of a substance on a developed plate, should be calculated differently than retention measures are calculated in HPLC. First we introduce the distances which are of importance. These are Zp the distance between the solvent source and the solvent front, Zg the distance between the solvent source and the place where the solutes start and the distance between the start and final places of the solutes. From these distances it follows that ... [Pg.234]

Hazardous Solvent Source Reduction Environmentally Benign Chemistry Aims for Processes that Don t Pollute Options For Reducing Greenhouse Gas Emissions in die Chinese Industrial Sector... [Pg.175]

Callahan, M. S. and Green, B. (1995) Hazardous Solvent Source Reduction, McGraw-Hill, New York. [Pg.347]

Effect of Coal Rank and Solvent Source on Conversions and Heptane-Insoluble Product Compositions... [Pg.133]

MAF conversions to pyridine solubles from short contact time coal liquefaction are dependent on the coal type, solvent source, and reaction severity. As reaction severity increases conversions approach a maximum value with a hydrogen-enriched solvent but go through a maximum and decline with a hydrogen-depleted... [Pg.147]

Use Organic intermediate forpharmaceuticals, dyes, rubber chemicals, solvent, source for vinyl pyridine, laboratory reagent. [Pg.992]

Install temporary lines to and from flushing cart or other solvent source PF/Operations team ... [Pg.2160]

Chlorinated solvents Source regulation (United States) vs. three distinct policy approaches (Germany, Sweden, Norway)... [Pg.234]

Figure 5-1. Efficacy of degassing methods for a polar (MeOH) and a non-polar (hexane) solvent. (Source J W Dolan, L R Snyder, Troubleshooting LC Systems, Human Press, 1989)... Figure 5-1. Efficacy of degassing methods for a polar (MeOH) and a non-polar (hexane) solvent. (Source J W Dolan, L R Snyder, Troubleshooting LC Systems, Human Press, 1989)...
Table 43 Enhancement values of the copper, cadmium, and antimony signals in FAAS with various organic solvents. (Source J. C. Chambers and B. E. McClellan, Anal. Chem., 1976, 48, 2161)... Table 43 Enhancement values of the copper, cadmium, and antimony signals in FAAS with various organic solvents. (Source J. C. Chambers and B. E. McClellan, Anal. Chem., 1976, 48, 2161)...
Elastomeric 1, Natural rubber. 2, Neoprene. 3, Nitrile. 4, Urethane. 5, Styrene-butadiene. Thermoplastic 6, Poly(vinyl acetate). 7, Polyamide. Thermosetting 8, Phenol-formaldehyde. 9, Resorcinol, Phenol-resorcinol/formaldehyde. 10, Epoxy. 11, urea-formaldehyde. Resin 12, Phenolic-poly(vinyl butyral). 13, Polyeser. Other 14, Cyanoacrylate. 15, Solvent. Source Adapted from O Rinda Trauernicht, J. 1970. Plastics Technology, Reinhold Publishing, New York. [Pg.130]

Figure 4.3 a plot of the hydrogen bonding versus polarity values for several different groups of solvents. Source [12]. [Pg.50]

Figure 19.2 Computer spreadsheet data file similar to Figure 19.1 which calculates the Hansen solubility parameters for a solvent blend that contains up to seven solvents. Source spreadsheet file developed by the author using his data and [4] cited in Chapter 4. Figure 19.2 Computer spreadsheet data file similar to Figure 19.1 which calculates the Hansen solubility parameters for a solvent blend that contains up to seven solvents. Source spreadsheet file developed by the author using his data and [4] cited in Chapter 4.
Absorption spectra were obtained at pH 7.0 with 0.1 M sodium phosphate buffer as solvent. Source Ref. 67. [Pg.449]

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See also in sourсe #XX -- [ Pg.337 ]



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