Heisler

Heisler, S. I., The Wiley Engineer s Desk Reference Concise Guide, 2ed Edition, Wiley, 1998. 

Temperatures at off-centre locations within the solid body can then be obtained from a further series of charts given by Heisler (Figures 9.17-9.19) which link the desired temperature to the centre-temperature as a function of Biot number, with location within the particle as parameter (that is the distance x from the centre plane in the slab or radius in the cylinder or sphere). Additional charts are given by Heisler for the quantity of heat transferred from the particle in a given time in terms of the initial heat content of the particle. 

Heisler, Ron, Michael Maier and England, The Hermetic Journal (1989) 119-25. 

Heisler, Ron. Robert Fludd a picture in need of expansion. Hermetic J 1989). rhttp //www.alchemvwebsite.com/ h fludd.htmll. 

Heisler, Ron. Precursors of the Golden Dawn. Cauda Pavonis 8, no. 1 (Spring 1989) 1-4. 

Ryan R, de Renobales M, Dillwith J, Heisler C, Blomquist G (1982) Arch Biochem Bio-... 

FIGURE 3-16 Evolution of tiie volume distribution of secondary organic aerosol generated in smog diamber with 1-ppm cydcdieiene, 0.33-ppm NO, and 0.17-ppm NO,. Time from bottom to top 0, 203, 412, 631. 863, 1,109, 1,364, and 1,626 s. Compare with Rgures 3-22 and 3-26. Reprinted with permission from Heisler. ... 

FIGURE 3-19 Growth of organic aerosol generated in smog chamber same experiment as in Figure 3-24. Reprinted with permission from Heisler. ... 

Heisler, S. L. Gas-to-Particle Conversion in Photochemical Smog Growth Laws and Mechanisms for Organics. Ph.D. Thesis. Pasadena California Institute of Technology, 1976. 215 pp. 

Heisler, S. L., and S. K. Friedlander. Gas-to-partkle conversion in photochemical smog Growth laws and mechanisms for organics. Atmos. Environ, (in press)... 

Spacek, W., Bauer, R., and Heisler, G. Heterogeneous and homogeneous wastewater treatment - Comparison between photodegradation with TiOz and photo-Fenton reaction, Chemosphere, 30(3) 477-484, 1995. 

Terry Peterson, Bill Pierson, Ken Rahn, Phil Russell, John Spengler, Robert K. Stevens, Warren White, Jack Winchester, John Woodward and John Yocom. Appreciation is due to Peter K. Mueller, Steven L. Heisler and Judith C. Chow for their helpful comments on the presentation of this subject. 

Gartrell, G. Jr. Heisler, S.L. Friedlander, S.K. Relating Particulate Properties to Sources The Results of the California Aerosol Characterization Experiment. In The Character and Origin of Smog Aerosols, Hidy, G., Ed., J, Wiley, New York, 1980, 665. 

Different mechanisms of aerosol growth give rise to different so-called growth laws, which are expressions relating the change in particle size (e.g., volume or diameter) with time to the particle diameter. Because different mechanisms of particle formation give rise to different growth laws, one can test experimental data to see which mechanism or combination of mechanisms is consistent with the observations. For a more detailed discussion of this approach, see Friedlander (1977), Heisler and Friedlander (1977), McMurry and Wilson (1982), Pandis et al. (1995), and Kerminen and Wexler (1995). 

O. W. Gooding, S. Baudart, T. L. Deegan, K. Heisler, J. W. Labadie, W. S. Newcomb, J. A. Porco and P. van Eikeren, On the development of new poly(styrene-oxyethy lene) graft copolymer resin supports for solid-phase organic synthesis,./. Comb. Chem., 1999, 1, 113-122. 

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