Browsing School of Applied Sciences (SAS) (2006-July 2014) by Title

Browsing School of Applied Sciences (SAS) (2006-July 2014) by Title

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  • Yield-SAFE: A parameter-sparse, process-based dynamic model for predicting resource capture, growth, and production in agroforestry systems. 
    van der Werf, Wopke; Keesman, Karel; Burgess, Paul J.; Graves, Anil R.; Pilbeam, David; Incoll, L. D.; Metselaar, Klaas; Mayus, Martina; Stappers, Roel; van Keulen, Herman; Palma, João H. N. (Elsevier Science B.V., Amsterdam., 2007-04-01)
    1. Silvoarable agroforestry (SAF) is the cultivation of trees and arable crops on the same parcel of land. SAF may contribute to modern diversified land use objectives in Europe, such as enhanced biodiversity and ...
  • Zero carbon manufacturing facility - towards integrating material, energy, and waste process flows 
    Ball, Peter D.; Evans, Stephen; Levers, A.; Ellison, D. (Professional Engineering Publishing, 2009-09-01)
    The increasing pressure on material availability, energy prices, as well as emerging environmental legislation is leading manufacturers to adopt solutions to reduce their material and energy consumption as well as their ...
  • Zero carbon manufacturing through process flow modelling 
    Despeisse, Melanie; Ball, Peter; Evans, Steve; Levers, Andy (2012-10-16)
    The pressure on natural resources and emerging environmental legislation are leading manufacturers to adopt solutions to reduce their environmental impact, thereby becoming more sustainable, while enhancing competitiveness. ...
  • Zirconium as a coagulant for enhanced natural organic matter removal 
    Molinder, Roger (Cranfield University, 2009)
    Coagulation is the most common way to remove the bulk of natural organic matter (NOM) from moorland source waters during drinking water treatment. Deteriorating water quality and tightening regulations have created the ...
  • Zwitterionic materials for photonic applications 
    Kuczynski, Andrzej. Piotr. (Cranfield University, 1992-07)
    A series of zwitterionic materials of general formula R-D*-CH=C(CN)- CÖH4-C(CN)2', where D* is a pyridirium or quinolinium acceptor and R is a hydrophobic alkyl chain or an aryl group, were deposited using the ...

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