IIT DELHI
  Home > Archives > Browse Archives

Browsing Dspace@nitr

About this Archive

Sort by: Author | Title | Date

Displaying records 21 through 30 of 262.

Formation of BaTiO3 from Barium Oxalate and TiO2
Bera, J
Sarkar, D
December 29, 2005
View Record | View Original

Preparation of alumina–high zirconia microcomposite by combined gel-precipitation
Bhattacharyya, S
Pratihar, S K
Sinha, R K
Behera, R C
Ganguly, R I
May 20, 2005
View Record | View Original

Prediction of minimum fluidization velocity for gas-solid fluidization of regular particles in conical vessels
Biswal, K C
Bhowmik, T
Roy, G K
October 4, 2005
View Record | View Original

Prediction of the fluctuation ratio for gas—solid fluidization of regular particles in a conical vessel
Biswal, K C
Sahu, Sagarica
Roy, G K
October 4, 2005
View Record | View Original

Prediction of pressure drop for a conical fixed bed of spherical particles in gas—solid systems
Biswal, K C
Bhowmik, T
Roy, G K
October 5, 2005
View Record | View Original

Effect of finite thermal conductivity of the separating wall on the performance of counterflow heat exchangers
Chowdhury, K
Sarangi, S K
October 22, 2005
View Record | View Original

A second law analysis of the concentric tube heat exchanger: optimisation of wall conductivity
Chowdhury, K
Sarangi, S K
October 22, 2005
View Record | View Original

A second law analysis of the concentric tube heat exchanger: optimisation of wall conductivity
Chowdhury, K
Sarangi, S K
October 22, 2005
View Record | View Original

A second law analysis of the concentric tube heat exchanger: optimisation of wall conductivity
Chowdhury, K
Sarangi, S K
October 22, 2005
View Record | View Original

The effect of variable specific heat of the working fluids on the performance of counterflow heat exchangers
Chowdhury, K
Sarangi, S K
October 22, 2005
View Record | View Original

<< Previous Results | Next Results >>

Back to Archives

Home | Search | Archives | Submit Archive | Links | About

© 2003-2004 Central Library, IIT Delhi-110 016, INDIA, Powered by Public Knowledge Project