[[abstract]]Application of the multiple-effect concept to the direct utilization of solar energy in atmospheric distillation of saline water has been investigated experimentally. Considerable improvements in productivity are obtained because of re-use of latent heat, especially for high levels of insolation. It is found that a double-effect solar still (with two glass covers on the top. liquid feed as coolant and preheated on the outside surface of the bottom plate) may yield high productivity.[[notice]]補正完
The present paper reports on an experiment to investigation of solar distillation with phase change ...
he present paper is an experimental study to improve the productivity of the conventional solar stil...
Drinking water is considered one of the world's most important substances today. The amount of drink...
[[abstract]]Application of the multiple-effect concept to the direct utilization of solar energy in ...
Solar distillation is known to have low productivity. This paper ventures to investigate efforts by ...
[[abstract]]The effect of air flow through the second effect unit of upward-type, double-effect sola...
Abstract The current study complements a broader body of research on solar distillation, including r...
Introductory reportThis title from the Institute of Atmospheric Physics Reports collection is made a...
[[abstract]]The effect of air flow (through the second effect unit of wick-type, double-effect solar...
[[abstract]]The energy balances for wick-type, double-effect solar distillers with air flow through ...
Interim Report 1Research concerning a desalting system which utilizes solar energy and separate comp...
[[abstract]]Considerable improvement in productivity may be obtained if water vapor in the last-effe...
Main objective of R&D AQUASOL Project has been the development of a zero-discharge, improved cos...
To solve the serious shortage of safe drinking-water, solar distillation system (still) is one of th...
The growing scarcity of fresh water source is driving the implementation of desalination on an incre...
The present paper reports on an experiment to investigation of solar distillation with phase change ...
he present paper is an experimental study to improve the productivity of the conventional solar stil...
Drinking water is considered one of the world's most important substances today. The amount of drink...
[[abstract]]Application of the multiple-effect concept to the direct utilization of solar energy in ...
Solar distillation is known to have low productivity. This paper ventures to investigate efforts by ...
[[abstract]]The effect of air flow through the second effect unit of upward-type, double-effect sola...
Abstract The current study complements a broader body of research on solar distillation, including r...
Introductory reportThis title from the Institute of Atmospheric Physics Reports collection is made a...
[[abstract]]The effect of air flow (through the second effect unit of wick-type, double-effect solar...
[[abstract]]The energy balances for wick-type, double-effect solar distillers with air flow through ...
Interim Report 1Research concerning a desalting system which utilizes solar energy and separate comp...
[[abstract]]Considerable improvement in productivity may be obtained if water vapor in the last-effe...
Main objective of R&D AQUASOL Project has been the development of a zero-discharge, improved cos...
To solve the serious shortage of safe drinking-water, solar distillation system (still) is one of th...
The growing scarcity of fresh water source is driving the implementation of desalination on an incre...
The present paper reports on an experiment to investigation of solar distillation with phase change ...
he present paper is an experimental study to improve the productivity of the conventional solar stil...
Drinking water is considered one of the world's most important substances today. The amount of drink...