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Formulation approaches to reduce post-application pesticide volatilisation from glass surfaces

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Volatilisation modelling, Formulation, Adjuvants, Vapour pressure, SOLID-PHASE MICROEXTRACTION, PHYSICOCHEMICAL PROPERTIES, CROP PROTECTION, VAPOR-PRESSURE, POTATO CROP, SOIL, CHLORPYRIFOS, LINDANE, MODEL, CHLOROTHALONIL

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Citation

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Chicago
Houbraken, Michael, David Senaeve, Edelbis López Dávila, Valens Habimana, Benny De Cauwer, and Pieter Spanoghe. 2018. “Formulation Approaches to Reduce Post-application Pesticide Volatilisation from Glass Surfaces.” Science of the Total Environment 633: 728–737.
APA
Houbraken, Michael, Senaeve, D., López Dávila, E., Habimana, V., De Cauwer, B., & Spanoghe, P. (2018). Formulation approaches to reduce post-application pesticide volatilisation from glass surfaces. SCIENCE OF THE TOTAL ENVIRONMENT, 633, 728–737.
Vancouver
1.
Houbraken M, Senaeve D, López Dávila E, Habimana V, De Cauwer B, Spanoghe P. Formulation approaches to reduce post-application pesticide volatilisation from glass surfaces. SCIENCE OF THE TOTAL ENVIRONMENT. 2018;633:728–37.
MLA
Houbraken, Michael, David Senaeve, Edelbis López Dávila, et al. “Formulation Approaches to Reduce Post-application Pesticide Volatilisation from Glass Surfaces.” SCIENCE OF THE TOTAL ENVIRONMENT 633 (2018): 728–737. Print.
@article{8559724,
  author       = {Houbraken, Michael and Senaeve, David and L{\'o}pez D{\'a}vila, Edelbis and Habimana, Valens and De Cauwer, Benny and Spanoghe, Pieter},
  issn         = {0048-9697},
  journal      = {SCIENCE OF THE TOTAL ENVIRONMENT},
  language     = {eng},
  pages        = {728--737},
  title        = {Formulation approaches to reduce post-application pesticide volatilisation from glass surfaces},
  url          = {http://dx.doi.org/10.1016/j.scitotenv.2018.03.186},
  volume       = {633},
  year         = {2018},
}

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