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• W2006393705 endingPage "201" @default.
• W2006393705 startingPage "180" @default.
• W2006393705 abstract "Convective heat and mass exchange of leaves with the environment is relevant for a better understanding of plant physiological processes in response to environmental factors for a wide range of applications. Methods for quantifying these exchanges have been a subject of active research, as they allow to explain the functions of leaves, their effects on gas and water transport in plants and the heat and mass exchange of plant canopies with the environment. Furthermore, they provide input on these exchange rates to simulation models of pre- and postharvest operations and of leaf/plant/tree/canopy-environment systems. An overview is given on the different methods to obtain convective transfer predictions, namely analytical, experimental (i.e., by laboratory or field tests) and numerical methods, and their restrictions and current knowledge gaps are identified. Analytical methods for flat plates are the most simplified approach but lack physical similarity with real leaves. The majority of the methods used are however sensor-based, using real, artificial but also virtual leaf sensors. For experimental research in the field or in the laboratory (e.g., wind tunnel), special attention is given here to the sensors used, namely real and artificial leaves. Numerical methods are based on computational fluid dynamics (CFD) simulations to predict air-side convective transfer on virtual leaves, but have not been readily applied at leaf and sub-leaf level, despite their large potential here. Instead of commonly-used convective transfer coefficients, CFD allows direct, case-specific predictions of convective transfer, at different levels of complexity and at a very high spatial and temporal resolution. A particular difficulty in all methods is to account for stomata, which result in very heterogeneous heat and mass boundary conditions over the leaf surface at microscale level, and also for microscale surface roughness (e.g., trichomes). Future perspectives are mainly oriented towards CFD, but the challenge will be to model convective transfer at multiple scales and to couple them using a multiscale approach." @default.
• W2006393705 created "2016-06-24" @default.
• W2006393705 creator A5024183470 @default.
• W2006393705 creator A5033209021 @default.
• W2006393705 creator A5060050481 @default.
• W2006393705 creator A5086833423 @default.
• W2006393705 date "2013-08-01" @default.
• W2006393705 modified "2023-09-30" @default.
• W2006393705 title "Convective heat and mass exchange predictions at leaf surfaces: Applications, methods and perspectives" @default.
• W2006393705 cites W102168328 @default.
• W2006393705 cites W139100256 @default.
• W2006393705 cites W1489780470 @default.
• W2006393705 cites W1507668111 @default.
• W2006393705 cites W1549489005 @default.
• W2006393705 cites W1636258415 @default.
• W2006393705 cites W1964229719 @default.
• W2006393705 cites W1964471126 @default.
• W2006393705 cites W1965648967 @default.
• W2006393705 cites W1966653886 @default.
• W2006393705 cites W1966768054 @default.
• W2006393705 cites W1968222156 @default.
• W2006393705 cites W1969377485 @default.
• W2006393705 cites W1969486358 @default.
• W2006393705 cites W1969936396 @default.
• W2006393705 cites W1969953653 @default.
• W2006393705 cites W1971395537 @default.
• W2006393705 cites W1971931563 @default.
• W2006393705 cites W1972701222 @default.
• W2006393705 cites W1973968595 @default.
• W2006393705 cites W1974395229 @default.
• W2006393705 cites W1976556515 @default.
• W2006393705 cites W1976856052 @default.
• W2006393705 cites W1977777187 @default.
• W2006393705 cites W1978608082 @default.
• W2006393705 cites W1978876223 @default.
• W2006393705 cites W1978965369 @default.
• W2006393705 cites W1979342493 @default.
• W2006393705 cites W1979764625 @default.
• W2006393705 cites W1980114897 @default.
• W2006393705 cites W1982545261 @default.
• W2006393705 cites W1984519681 @default.
• W2006393705 cites W1987152428 @default.
• W2006393705 cites W1990090029 @default.
• W2006393705 cites W1991127195 @default.
• W2006393705 cites W1992435331 @default.
• W2006393705 cites W1994935630 @default.
• W2006393705 cites W1995236411 @default.
• W2006393705 cites W1995634770 @default.
• W2006393705 cites W1998147643 @default.
• W2006393705 cites W1999411884 @default.
• W2006393705 cites W1999621410 @default.
• W2006393705 cites W2000113061 @default.
• W2006393705 cites W2001421339 @default.
• W2006393705 cites W2004350109 @default.
• W2006393705 cites W2004628951 @default.
• W2006393705 cites W2005206841 @default.
• W2006393705 cites W2005495600 @default.
• W2006393705 cites W2006311214 @default.
• W2006393705 cites W2006809416 @default.
• W2006393705 cites W2007545225 @default.
• W2006393705 cites W2008578384 @default.
• W2006393705 cites W2008777262 @default.
• W2006393705 cites W2010138536 @default.
• W2006393705 cites W2011004346 @default.
• W2006393705 cites W2012719630 @default.
• W2006393705 cites W2012983744 @default.
• W2006393705 cites W2013023436 @default.
• W2006393705 cites W2014458090 @default.
• W2006393705 cites W2014482997 @default.
• W2006393705 cites W2016799761 @default.
• W2006393705 cites W2021301335 @default.
• W2006393705 cites W2021816434 @default.
• W2006393705 cites W2022759639 @default.
• W2006393705 cites W2024750460 @default.
• W2006393705 cites W2026440399 @default.
• W2006393705 cites W2026545607 @default.
• W2006393705 cites W2026789787 @default.
• W2006393705 cites W2026934878 @default.
• W2006393705 cites W2027566859 @default.
• W2006393705 cites W2027917004 @default.
• W2006393705 cites W2028784179 @default.
• W2006393705 cites W2029074727 @default.
• W2006393705 cites W2030687979 @default.
• W2006393705 cites W2032409004 @default.
• W2006393705 cites W2033373952 @default.
• W2006393705 cites W2034842878 @default.
• W2006393705 cites W2035611141 @default.
• W2006393705 cites W2037143683 @default.
• W2006393705 cites W2037534687 @default.
• W2006393705 cites W2038697687 @default.
• W2006393705 cites W2039531933 @default.
• W2006393705 cites W2043030680 @default.
• W2006393705 cites W2043360534 @default.
• W2006393705 cites W2044266599 @default.
• W2006393705 cites W2045719752 @default.
• W2006393705 cites W2046499620 @default.
• W2006393705 cites W2046778070 @default.
• W2006393705 cites W2047917851 @default.

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