Stella S-F Louie
Biographic Data
| ID | 5232415 |
|---|---|
| NAME | Stella S-F Louie |
| GIVEN NAMES | Stella S-F |
| FAMILY NAME | Louie |
| SIGNATURE | LOUIE S S |
| VERIFIED | No |
| TOTAL WORKS | 3 |
| TOTAL CITATIONS | 4 |
| WORKS AS AUTHOR | 3 |
| WORKS AS EDITOR | 0 |
| FIRST PUBLICATION YEAR | 1971 |
| LATEST PUBLICATION YEAR | 1973 |
| H-INDEX | 2 |
Solar Radiation and Urban Heat Islands
A model which attempts to simulate urban absorption of solar radiation is concerned with direct solar radiation, diffuse sky radiation, diffuse radiation reflected by buildings and streets, and the shortwave energy absorbed by typical urban structures. The ratio between solar radiation absorbed by three-dimensional building-street systems and two-dimensional horizontal surfaces under cloudless conditions indicates that cities undergo great variat…
Energy Budget and Photosynthesis of Canopy Leaves
The relation between leaves (broad and needle leaves) in a canopy and parts of the soil-atmosphere environment is modeled and analyzed. The parameters examined are concerned with short and longwave radiation, reradiation, and latent and convectional heat fluxes at the leaf level. The resulting leaf energy budget is empirically linked to a generalized model of potential photosynthesis whose major inputs are solar radiation and leaf temperature. Th…
Potential Solar Radiation Climates of Man
A deterministic system of models relates man and other vertical objects to horizontal shortwave radiation under cloudless conditions, and permits comparison of actual conditions with an ideal standard. This is the first in a system of increasingly more complex models which will eventually solve the entire energy balance equation in bioclimatology. The parameters examined are concerned with direct solar radiation, diffuse sky radiation, diffuse ra…
Solar Radiation and Urban Heat Islands
A model which attempts to simulate urban absorption of solar radiation is concerned with direct solar radiation, diffuse sky radiation, diffuse radiation reflected by buildings and streets, and the shortwave energy absorbed by typical urban structures. The ratio between solar radiation absorbed by three-dimensional building-street systems and two-dimensional horizontal surfaces under cloudless conditions indicates that cities undergo great variat…
Potential Solar Radiation Climates of Man
A deterministic system of models relates man and other vertical objects to horizontal shortwave radiation under cloudless conditions, and permits comparison of actual conditions with an ideal standard. This is the first in a system of increasingly more complex models which will eventually solve the entire energy balance equation in bioclimatology. The parameters examined are concerned with direct solar radiation, diffuse sky radiation, diffuse ra…
Potential Solar Radiation Climates of Man
A deterministic system of models relates man and other vertical objects to horizontal shortwave radiation under cloudless conditions, and permits comparison of actual conditions with an ideal standard. This is the first in a system of increasingly more complex models which will eventually solve the entire energy balance equation in bioclimatology. The parameters examined are concerned with direct solar radiation, diffuse sky radiation, diffuse ra…
Solar Radiation and Urban Heat Islands
A model which attempts to simulate urban absorption of solar radiation is concerned with direct solar radiation, diffuse sky radiation, diffuse radiation reflected by buildings and streets, and the shortwave energy absorbed by typical urban structures. The ratio between solar radiation absorbed by three-dimensional building-street systems and two-dimensional horizontal surfaces under cloudless conditions indicates that cities undergo great variat…
Energy Budget and Photosynthesis of Canopy Leaves
The relation between leaves (broad and needle leaves) in a canopy and parts of the soil-atmosphere environment is modeled and analyzed. The parameters examined are concerned with short and longwave radiation, reradiation, and latent and convectional heat fluxes at the leaf level. The resulting leaf energy budget is empirically linked to a generalized model of potential photosynthesis whose major inputs are solar radiation and leaf temperature. Th…
Atmospheric sciences (3 works) · Environmental Science (3 works) · Latitude (3 works) · Meteorology (3 works) · Physics (3 works) · Radiation (3 works) · Radiation (3 works) · Energy balance (2 works) · Geography (2 works) · Optics (2 works)