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Cost optimization studies on a multi-stage stacked tray solar still 

Adhikari, R S; Ashvini Kumar (1999)
In the present paper a techno-economic analysis of a multi-stage stacked tray (MSST) solar still coupled with a solar collector has been developed. The thermal model developed earlier by the authors for predicting the ...
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Transient model and comparative study of concentrator coupled regenerative solar still in forced circulation mode 

Kumar, Sanjay; SINHA, S (Elscvicr Science, 1996)
Thermal analysis of a concentrator assisted regenerative solar distillation unit in forced circulation mode is presented. The analysis is based on energy balance equations of the different components of the concentrator ...
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Transient analysis of a double slope-double basin solar distiller 

Tiwari, G N; Ashok Kumar; Anand, J D (1991)
In this communication, a transient analysis of a double slope-double basin solar still has been presented by incorporating the effects of water mass in the upper and lower basin, initial temperature of water in the lower ...
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Optimization of number of effects for higher yield from an inverted absorber solar still using the Runge-Kutta method 

Suneja, Sangeeta; Tiwari, G N (1998)
This paper presents a computer simulation model based on the Runge-Kutta 4th-order method to solve the energy balance equations for a multi-basin inverted absorber distiller unit. The effect of reuse of latent heat from ...
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Performance evaluation of an inverted absorber solar still 

Tiwari, G N; Suneja, Sangeeta (1998)
In this communication, an analysis of an inverted absorber solar still has been presented.Analytical expressions for water temperature, condensing cover temperature, hourly yield and instantaneous thermal efficiency have ...
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Thermal evaluation of high temperature distillation under an active mode of operation 

Tiwari, G N; Lawrence, S A (1992)
The thermal analysis of a double effect distillation unit in active operation is presented, taking into account the system as well as climatic parameters. Analytical expressions for hourly yield from the upper and lower ...
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Thermal efficiency of double slope FRP solar distiller: an analytical and experimental studies 

Tiwari, G N; Singh, A K (1991)
An analytical expression for thermal efficiency of Double Slope Fiber Re-enforced Plastic (FRP)solar still has been derived by incorporating the uniform water flow in both slopes due to capillary action as well as water ...
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Parametric study of an inverted absorber double-effect solar distillation system 

Suneja, Sangeeta; Tiwari, G N; Rai, S N (1997)
An analysis of an inverted absorber double-effect solar still is presented. Energy balance equations have been written, and analytical expressions for water and condensing cover temperatures and the hourly yield have ...
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Effect of water depth on the performance of an inverted absorber double basin solar still 

Suneja, Sangeeta; Tiwari, G N (1999)
A transient analysis of a double basin solar still has been presented. Explicit expressions have been derived for the temperatures of various components of the inverted absorber double basin solar still and it's efficiency. ...
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Analysis of double effect active solar distillation 

Bhagwan Prasad; Tiwari, G N (1996)
In this communication, an analysis of a double effect, active solar distillation unit has been presented by incorporating the effect of climatic and design parameters. Based on an energy balance in a quasi-steady condition, ...
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Shankar B. Chavan
Computer Applications Division
Central Library, IIT Delhi
shankar.chavan@library.iitd.ac.in
NDLTD
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NDL
ePrints@IISc
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AuthorTiwari, G N (8)Suneja, Sangeeta (4)Singh, A K (2)Tiwari, G N (2)Adhikari, R S (1)Anand, J D (1)Ashok Kumar (1)Ashvini Kumar (1)Bhagwan Prasad (1)Goyal, R K (1)... View MoreSubject
Solar still (12)
Purification of water (5)Solar energy (4)Distillation (2)Distillation processes (2)Concentrator (1)Cost optimization (1)Distillation process (1)Distiller unit (1)Double basin (1)... View MoreDate Issued1998 (3)1991 (2)1996 (2)1999 (2)1992 (1)1995 (1)1997 (1)
Contact Us
Shankar B. Chavan
Computer Applications Division
Central Library, IIT Delhi
shankar.chavan@library.iitd.ac.in
NDLTD
Shodhganga
NDL
ePrints@IISc
etd@IISc
IR@IIT Bombay
NewsClips @IITD
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