Zanker

The following article written by Adam Zanker for Hydrocarbon Processing (March 1976) is reprinted here in its entirety. 

Zanker, Adam, Quick Calculation for Foam Densities, Chemical Engineering, February 17, 1975. 

Zanker, Adam, Find Emulsion Viscosity Through Use of Nomograph, Hydrocarbon Processing, January 1969, p. 178. 

Zanker, Adam, Estimating Surface Tension Changes For Liquids, Hydrocarbon Processing, April 1980, p. 207. 

Zanker, Adam, Inorganic Gases in Petroleum, Hydrocarbon Processing, May 1977, p. 255. 

Zanker gives this method for distillation and absorption column trays, which is stated to agree well with published data ... 

Zanker s article, reprinted here, gives a way to estimate the elusive equivalent diameter of solids. 

Zanker, Adam, Estimating Equivalent Diameters of Solids. Chemical Engineering, July 5, 1976, p. 101. 

Zanker, A., Shortcut Technique Gives Size Distribution on Comminuted Solids, Chem. Eng., V. 85, No. 10, 1978, p. 101. 

Mapstone [122] and Zankers [123] developed the chart shown in Figure 8-24B to follow Figure 8-24A to allow for... 

Zanker, A., Nomograph Replaces Gilliland Plot, Hydro. Proc. May (1977), p. 263. 

Zanker has presented a graphical technique for determining the fouling resistance (factor) for process or water fluid systems based on selected or plant data measurements, as shown in Figures 10-43A, 10-43B, and 10-43C. The design determination procedure presented by ZankeD is quoted here and used by permission from Hydrocarbon Processing... 

Figure 10-43A. Predict fouling by nomograph, Part 1. Calculation of R value for fouling factor use in conjunction with Figures 10-43B and 10-43C. (Used by permission Zanker, A., Hydrocarbon Processing. March 1978, p. 146. Gulf Publishing Company, Houston, Texas. All rights reserved.)...

Zanker, A. Nomograph Determines Heat Flux of Incipient Boiling, Heating/Piping/Air Conditioning, May (1978) p. 105. 

The nomographs by Zanker can be used to make a preliminary estimate of the size of cyclone needed. The specialist manufacturers of hydrocyclone equipment should be consulted to determine the best arrangements and design for a particular application. 

Zanker s method is outlined below and illustrated in Example 10.2. Figure 10.23 is based on an empirical equation by Bradley (1960) ... 

Figure 10.22. Determination of J50 from the desired particle separation (Equation 10.3, Zanker, 1977)...

Zanker V, Peter W (1958) Die prototropen Formen des Fluoresceins. Chem Ber 91 572-580... 

ZANKER, A. In Separation Techniques Vol 2 Gas Liquid Solid Systems (McGraw-Hill, 1980), p. 178. Hydrocyclones dimensions and performance. 

ZANKER, A. Hydrocarbon Processing 56, No. 5 (1977) 263. Nomograph replaces Gilliland plot. 

Zanker, V. Quantitative Absorptions- und Emissionsmessungen am Acridin-orangekation bei Normal- und Tieftemperatur im organischen L6sungsmittel und ihr Beitrag zur Deutung des metachromatischen Fluoreszenzproblems. Z. physik. Chem. 200, 250 (1952). 

Niederpriim, H. J., H. U. Schweikert, and K. S. Zanker. Testosterone 5 t-re-ductase inhibition by free fatty acids from Sabal serrulata fruits. Phytomedi-cine 1994 1 127-133. 

Zanker, V. Spektroskopie im Sichtbaren und Ultraviolet . In Ullmanns Encyklopadie der technischen Chemie. Munchen Urban Schwarzenberg 1968. 

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