원문정보
피인용수 : 0건 (자료제공 : 네이버학술정보)
초록
영어
This research focuses on formulating a design idea which makes use of solar energy and negative pressure (pressures lower than normal atmospheric pressure of 101.325kPa) to boil (impure) water at temperatures lower than 100oC, producing water vapor which is then condensed to form pure distilled water. Included in this research are estimations and calculations of solar power required to provide energy to boil water as well as a prototype which uses solar power to distill water. The design idea is aimed at people who have water but do not have the means to purify it.
목차
ABSTRACT
1. INTRODUCTION
1.1. Background
1.2. Aim
2. THEORY
2.1. Theory of Distillation
2.2. Theory of Evaporation
2.3. Saturated Vapor Pressure (SVP)
2.4. Theory of Boiling
3. DESIGN IDEA
3.1. Problem
3.2. Solution
3.3. Proposed Design
4. EXPERIMENTAL TESTING
4.1. Negative pressured distillation system
4.2. Solar Energy Transfer to Water.
5. THEORETICAL BASED CALCULATIONS
5.1. Stefan-Boltzmann equation:
5.2. Combining this with Specific Heat Capacity Equation (where ‘c’ is the specific heat capacity of water of 4.2kJkg-1K-1):
5.3. Testing the formula
6. FINAL PROTOTYPE
6.1. Final Design
6.2. Future Recommendations
7. CONCLUSION
8. ACKNOWLEDGEMENTS
9. REFERENCES
1. INTRODUCTION
1.1. Background
1.2. Aim
2. THEORY
2.1. Theory of Distillation
2.2. Theory of Evaporation
2.3. Saturated Vapor Pressure (SVP)
2.4. Theory of Boiling
3. DESIGN IDEA
3.1. Problem
3.2. Solution
3.3. Proposed Design
4. EXPERIMENTAL TESTING
4.1. Negative pressured distillation system
4.2. Solar Energy Transfer to Water.
5. THEORETICAL BASED CALCULATIONS
5.1. Stefan-Boltzmann equation:
5.2. Combining this with Specific Heat Capacity Equation (where ‘c’ is the specific heat capacity of water of 4.2kJkg-1K-1):
5.3. Testing the formula
6. FINAL PROTOTYPE
6.1. Final Design
6.2. Future Recommendations
7. CONCLUSION
8. ACKNOWLEDGEMENTS
9. REFERENCES
저자정보
참고문헌
자료제공 : 네이버학술정보