The BioCro C++ Library
boundary_layer_conductance.h
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1#ifndef BOUNDARY_LAYER_CONDUCTANCE_H
2#define BOUNDARY_LAYER_CONDUCTANCE_H
3
4double leaf_boundary_layer_conductance_campbell(
5 double air_temperature, // degrees C
6 double delta_t, // degrees C
7 double lw, // m
8 double windspeed, // m / s
9 double p // Pa
10);
11
12double leaf_boundary_layer_conductance_nikolov(
13 double air_temperature, // degrees C
14 double delta_t, // degrees C
15 double ea, // Pa
16 double gsv, // m / s
17 double lw, // m
18 double windspeed, // m / s
19 double p // Pa
20);
21
22double canopy_boundary_layer_conductance_thornley(
23 double CanopyHeight, // m
24 double WindSpeed, // m / s
25 double minimum_gbw, // m / s
26 double WindSpeedHeight // m
27);
28
29#endif
leaf_boundary_layer_conductance_campbell
double leaf_boundary_layer_conductance_campbell(double air_temperature, double delta_t, double lw, double windspeed, double p)
Calculates the conductance for water vapor flow from the leaf across its boundary layer using a model...
Definition: boundary_layer_conductance.cpp:52
leaf_boundary_layer_conductance_nikolov
double leaf_boundary_layer_conductance_nikolov(double air_temperature, double delta_t, double ea, double gsv, double lw, double windspeed, double p)
Calculates the conductance for water vapor flow from the leaf across its boundary layer using a model...
Definition: boundary_layer_conductance.cpp:130
canopy_boundary_layer_conductance_thornley
double canopy_boundary_layer_conductance_thornley(double CanopyHeight, double WindSpeed, double minimum_gbw, double WindSpeedHeight)
Calculates the conductance for water vapor flow from the canopy across its boundary layer using a mod...
Definition: boundary_layer_conductance.cpp:258