Browsing by Author "DeMichele, D. W."

Now showing items 1-5 of 5

    • The Influence of Trickle Irrigation on the Quality of Irrigation Return Flow 
      Brown, K. W.; Gerard, C. J.; DeMichele, D. W.; Sharpe, P. J. H.; Hipp, B. W. (Texas Water Resources Institute, 1976-03)
      The influence of trickle irrigation on the quality of irrigation return flow was investigated in a field study and by means of computer simulation models. Six undisturbed buried monolith lysimeters were utilized to quantify ...
    • An Investigation of the Return Flow from Irrigated Land 
      Brown, K. W.; Gerard, C. J.; DeMichele, D. W.; Sharpe, P. J. H.; Hipp, B. W. (Texas Water Resources Institute, 1974-09)
      Recent trends in agricultural have lead to the intensification of crop production in areas with long growing seasons and ample solar radiation. Unfortunately, these areas also often have limited water supplies, and the ...
    • Mathematical models for predator-prey interactions 
      Rao, Chennupati Raghavendra (Texas A&M University. Libraries, 1976)
      In the study of population dynamics, the predator-prey system is recognized as a vitally important aspect in natural population control. Some aspects concerning the predator-prey interactions are studied in this dissertation. ...
    • A model of metabolizing sinks in plants 
      Keener, Melvin E. (Texas A&M University. Libraries, 1977)
      The basic objectives of this study was to build a model that describes the physiology of sinks. This also includes the process of unloading assimilates from the phloem. The metabolic steps necessary to describe a typical ...
    • Models of radiation damage for assessing controlled thermonuclear reactor design limitations with refractory metal first walls 
      Harper, Henry Amos (Texas A&M University. Libraries, 1976)
      The results of a modeling study of the swelling, creep and embrittlement of niobium used as the first wall of a controlled thermonuclear reactor are presented. The temperature dependence was surveyed from 400°C to 900°C. ...