(u subscript refers to an undergraduate student co-author)
- J. Sanny, S. Ling, K. Podolak et al. contributing author to OpenStax’s University Physics, Vol. 1 Ch. 7 “Work and
Kinetic Energy,” Vol. 1 Ch. 8 “Potential Energy and Conservation of Energy,” Vol.
2 Ch. 3 “First Law of Thermodynamics,” Vol. 2 Ch. 4 “Second Law of Thermodynamics,”
Vol. 2 Ch. 11 “Magnetic Forces and Fields,” Vol. 2 Ch. 12 “Sources of Magnetic Fields,”
Vol. 2 Ch. 13 “Electromagnetic Induction,” Vol. 2 Ch. 14 “Inductance,” and Vol. 2
Ch. 15 “Alternating-Current Circuits.” (2016).
- K. Podolak and M. Walters, “High School Student Physics Research Experience Yields Positive
Results” IOP: Physics Education 51 025012 (2016).
- K.R. Podolak, J.K. Spellmanu, T.J. Urtzu, and A.M Levasseuru. “Ferromagnetic granular exchange
interactions of nickel and iron.” Powder Technology 264, 541 (2014).
- K. Podolak and J. Danforthu. “Interactive Modern Physics Worksheets Methodology and Assessment
by Students” European J. of Physics Education 4, 2 (2013).
- K.R. Podolak, T.J.Betthauser u, K.N.Altmann. “Spin scattering in manganese doped nickel.” Physica B 408, 58 (2013).
- K.R. Podolak, S.B. Wagner u, and J.A. Smith u, “Manganese doping influence on the plasmon energy
of nickel films” Surface Science 606, 996 (2012).
- K. R. Podolak, R.F. Willis, M. J. Wilson, P.E. Schiffer, T.A. Normanu, and K.N. Altmann, “Local
& Non-local Magnetic Behavior of Dilute Manganese-doped Nickel Alloys” Journal of Applied Physics 105, 083918 (2009).
- R.F. Willis, T.S. Bramfeld, K.R. Podolak, “Finite-size nanoscaling of the critical temperature of ferromagnets with variable
range of spin interactions,” Journal of Applied Physics, 101, 09G119 (2007).