K-State Electronic Theses, Dissertations, and Reports: 2004 -

K-REx Repository

K-State Electronic Theses, Dissertations, and Reports: 2004 -

 

This is the collection for doctoral dissertations and masters theses and reports submitted electronically by K-State students. Electronic submission of doctoral dissertations was required beginning Fall semester 2006. Electronic submission for masters theses and reports was required beginning Fall 2007. The collection also contains some dissertations, theses, and reports from the years 2004 and 2005 that were submitted during a pilot test project.

Check the Library catalog for dissertations, theses, and reports not found in this collection.

© 2004-07 Kansas State University

Recent Submissions

  • Li, Ningbo (Kansas State University, 2013)
    Sorghum distillers dried grains with solubles (DDGS), canola and camelina meals are the main co-products resulting from grain-based ethanol or oil production. The main objective of this research was to study physicochemical ...
  • Curtis, Chandler (Kansas State University, 2014)
    Teachers’ ability to engage students is in influenced by teachers’ collective efficacy beliefs. Yet, empirical evidence on the relationship between the social persuasion variables of schools and teacher collective efficacy ...
  • Zohrabi, Mohammad (Kansas State University, 2014)
    Present advances in laser technology allow the production of ultrashort (≲5 fs, approaching single cycle at 800 nm), intense tabletop laser pulses. At these high intensities laser-matter interactions cannot be described ...
  • Ni, Lingfei (Kansas State University, 2014)
    This report shows the mathematics behind the solution to continuous time optimization problems. It shows how to specify the Hamiltonian function, how to use the Hamiltonian to obtain the optimal conditions for a typical ...
  • Ploetz, Elizabeth Anne (Kansas State University, 2014)
    The Kirkwood-Buff (KB) theory of solutions, published in 1951, established a route from integrals over radial (pair) distribution functions (RDFs) in the grand canonical ensemble to a set of thermodynamic quantities in an ...