Abbreviations in the Text
Camden Fourth Series (2009)
- ISSN: 00686905
- DOI: 10.1017/S006869050000221X
Available from www.journals.cambridge.org
or
Available from www.journals.cambridge.org
Page 1
Abbreviations in the Text
Abbreviations in the text
A area [m²]
Ar receiver surface [m²]
As sender surface [m²]
Ac cross-section surface [m²]
C charge concentration [kgH2O/kgsor]
Egap band gap [eV]
G irradiance [W/m²]
Geh extraterrestrial irradiance on horizontal plane [W/m²]
Gen extraterrestrial irradiance on plane oriented normally to beam [W/m²]
Gsc solar constant [W/m²]
Gh irradiance on horizontal plane (global irradiance) [W/m²]
Gb direct beam irradiance [W/m²]
Gdh diffuse irradiance on horizontal plane [W/m²]
Gt irradiance on tilted plane [W/m²]
I current [A]
I0 saturation current [A]
ISC short circuit current [A]
K extinction coefficient [m−1]
L characteristic length [m]
Le irradiance density [W/m²sr]
Lv luminance [lm/m²sr]
Nu Nußelt number [–]
Pr Prandtl number [–]
PAC AC power [W]
PDC DC power [W]
Qu useful energy [kWh]
R resistance [W]
Ra-g heat resistance between absorber and glas cover [m²K/W]
Rg-o heat resistance between glas cover and environment [m²K/W]
Re Reynolds number [–]
Rp parallel resistance [W]
Rs series resistance [W]
Sd shading factor for diffuse irradiance [–]
T temperature [K]
Ta absorber temperature [K]
Tads adsorber temperature [K]
Tb back side temperature [K]
Tdes desorber temperature [K]
Te evaporator temperature [K]
Tf fluid temperature [K]
Tf,in fluid inlet temperature [K]
Tf,out fluid exit temperature [K]
Tg glas temperature [K]
TG generator temperature [K]
Tsky sky temperature [K]
To outside/exterior temperature [K]
A area [m²]
Ar receiver surface [m²]
As sender surface [m²]
Ac cross-section surface [m²]
C charge concentration [kgH2O/kgsor]
Egap band gap [eV]
G irradiance [W/m²]
Geh extraterrestrial irradiance on horizontal plane [W/m²]
Gen extraterrestrial irradiance on plane oriented normally to beam [W/m²]
Gsc solar constant [W/m²]
Gh irradiance on horizontal plane (global irradiance) [W/m²]
Gb direct beam irradiance [W/m²]
Gdh diffuse irradiance on horizontal plane [W/m²]
Gt irradiance on tilted plane [W/m²]
I current [A]
I0 saturation current [A]
ISC short circuit current [A]
K extinction coefficient [m−1]
L characteristic length [m]
Le irradiance density [W/m²sr]
Lv luminance [lm/m²sr]
Nu Nußelt number [–]
Pr Prandtl number [–]
PAC AC power [W]
PDC DC power [W]
Qu useful energy [kWh]
R resistance [W]
Ra-g heat resistance between absorber and glas cover [m²K/W]
Rg-o heat resistance between glas cover and environment [m²K/W]
Re Reynolds number [–]
Rp parallel resistance [W]
Rs series resistance [W]
Sd shading factor for diffuse irradiance [–]
T temperature [K]
Ta absorber temperature [K]
Tads adsorber temperature [K]
Tb back side temperature [K]
Tdes desorber temperature [K]
Te evaporator temperature [K]
Tf fluid temperature [K]
Tf,in fluid inlet temperature [K]
Tf,out fluid exit temperature [K]
Tg glas temperature [K]
TG generator temperature [K]
Tsky sky temperature [K]
To outside/exterior temperature [K]
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