Steve Pennell 
Department of Mathematical Sciences 
University of Massachusetts Lowell 

Interacting solitary waves, from http://www.kennislink.nl/publicaties/tsunami-de-onstuitbare-golf
Selected Publications
- Zhu, Bingqi; Pennell, Stephen A.; and Ryan, David K. 2014, “Characterizing the Interaction between Uranyl Ion and Soil Fulvic Acid Using Parallel Factor Analysis and a Two-Site Fluorescence Quenching Model,” Microchemical Journal 115, 51 - 57.
- Golomb, D., and Pennell, S., 2010,
	“Ocean Sequestration of Carbon Dioxide (CO₂)” in 
	Developments and Innovation in Carbon Dioxide (CO₂) Capture and Storage Technology, M. Mercedes Maroto-Valer, ed., Woodhead Publishing, Cambridge, UK.
- 
Pennell, S., Avitabile, P., and 
White, J., 2009, “An Engineering-Oriented Approach to the Introductory 
	Differential Equations Course,”
	PRIMUS 19 (1), 88 - 99.
- 
	Golomb,
  D.,Pennell, S.,  Ryan,
  D., Barry,
  E., and Swett, P., 2007, “Ocean Sequestration of
  Carbon Dioxide: Modeling the Deep Ocean Release of a Dense Emulsion of Liquid
  CO₂-in-Water Stabilized by Pulverized Limestone
  Particles,” Environmental Science and
  Technology 41, 4698 - 4704.
- Inyang, H. I., Rossi,
  L., Graham-Eagle,
  J., Pennell, S., and Menezes, G. B. 2007, “Modelling smectite illitization in earthen barriers of
  buried radioactive wastes,” Geomechanics and Geoengineering: An International
  Journal 2 (2), 87 - 95.
- Rossi,
  L., Inyang, H. I.,
	Graham-Eagle,
  J. and Pennell, S., 2004, 
	“A model of
  coupled heat and moisture transport in an annular clay barrier,” Journal of Environmental Engineering 
	130, 855 – 862.  
- Hays, M. D.;
  Ryan,
  D. K.; and Pennell, S., 2004, “A Modified Multisite Stern-Volmer Equation
  for the Determination of Conditional Stability Constants and Ligand
  Concentrations of Soil Fulvic Acid with Metal Ions,”
	Analytical Chemistry 8, 848 - 854.
- Amirfazli, A.;
	Graham-Eagle,
  J.; Pennell, S.; and Neumann, A.W., 2000,
	“Implementation
  and examination of a new drop shape analysis algorithm to measure contact
  angle and surface tension from the diameters of two sessile drops,” Colloids And Surfaces A: Physicochemical And
  Engineering Aspects 161, 63 - 74.
- 
	Graham-Eagle,
  James, and Pennell, Stephen, 2000, 
“Contact angle
  calculations from the diameter of sessile drops,” International Journal for Numerical Methods in
  Fluids 32, 851-861. 
- Pennell, S., and 
	Graham-Eagle,
  J., 1999, “Sessile drops
  on slightly uneven hydrophilic surfaces,” Canadian Applied Mathematics Quarterly 7
  , 283 - 299. 
- 
	Pennell,
  C.; 
	Rasmussen,
  S.; , and Pennell, S., 1996, 
	“Three Applications of Combinatorics to Problems in Immunology,” The Journal of Undergraduate Mathematics and its
  Applications 17, 15 - 24.
- Pennell, S., and 
	Mirie,
  R ., 1994, 
	“On weak, oblique collisions of interfacial solitary waves,” 
	Wave Motion 21, 385 - 404.
- 
	Mirie,
  R ., and Pennell, S., 1992, 
	“On weak,
  oblique collisions of solitary waves,” in Nonlinear Dispersive Wave Systems, Lokenath Debnath, ed., World Scientific Publishing Company.
  
- Pennell, S., and 
	Seitter, K., 1990,
  	“On inertial motion on a rotating sphere,” Journal of the Atmospheric Sciences 47, 2032-2034. 
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Steve Pennell | (978) 934-2710 | stephen_pennell@uml.edu
Last Updated: April 23, 2015