Indian Journal of Pure and Applied Physics-VOLUME 51 NUMBER 2 FEBRUARY 2013

 

CONTENTS

Electromagnetism, Optics, Acoustics, Heat Transfer, Classical Mechanics and Fluid Dynamics
Optical properties of PVC-MWCNT nano composites         Estabraq T Abdullah*, Salma M Hasan & Asama N Naje	77
Design and fabrication of aspherical microlenses used for a USB fiber-optic connector         Chuen-Lin Tien*, Yan-Nan Lin, Yu-Chung Chen, Der-Chin Chen, Wen-Shing Sun &Chern-Sheng Lin	81
Condensed Matter: Structural, Mechanical and Thermal Properties
Equation of state for nanomaterials from thermal expansion         R Kumar & Munish Kumar*	87
High pressure equation of state for nano materials         Kuldeep Kholiya	94
Condensed Matter: Electronic Structure, Electrical, Magnetic and Optical Properties
Simple method of controlling the resistivity of silver sulphide thin film prepared by chemical conversion technique         P Chattopadhyay* & S Guha Roy	98
Study of molecular interaction between some primary alcohols and anilines using concentration dependent dielectric properties         A N Prajapati, V A Rana* & A D Vyas	104
Electrostatic charge dissipation and electromagnetic interference shielding response of polyaniline based conducting fabrics         Parveen Saini* & Veena Choudhary	112
Neural network-based prediction of effective thermal conductivity of loose multi-phase systems         R S Bhoopal, P K Sharma, Sajjan Kumar, Ramvir Singh* & R S Beniwal	118
High field conduction in thin films of Se100-xPbx glassy alloys*         N Sharma & S Kumar*	125
Magneto-transport and mechanical properties of thermally evaporated Cd chalcogenide films         T M Rajakumar*, V Uma & R Chandramani	131

Authors for correspondence are indicated by (*)

 

Keyword Index

Amorphous semiconductors                        125

Antistatic fabrics                                          112

Artificial neural network                              118

Bruggeman parameter                                  104

Carbon nanotubes                                    77, 94

Chalcogenide glasses                                   125

Chemical conversion technique                      98

Conducting polymers                                   112

Effective thermal conductivity                      118

Elastic stiffness constant                              131

Electrical conductivity                                  112

Electromagnetic interference shielding         112

Electrostatic dissipation                                112

Equation of state                                      87, 94

Excess static dielectric constant                    104

Feedforward backpropagation                     118

Fiber-optic connector                                     81

Fluoro substituted anilines                           104

Hall effect                                                    131

High field conduction                                  125

High pressure                                                94

Hydrogen bonding                                       104

Localized states                                            125

Loose multi-phase systems                          118

Magneto resistance                                      131

Microlens                                                       81

Molecular ineraction                                    104

Multi Wall Carbon Nanotube                         77

Nanomaterial                                                  87

Optical properties                                           77

Optimization design                                       81

Polyaniline                                                   112

Polyvinyl chloride                                          77

Resistivity                                                      98

Space charge limited conduction                  125

Thermal expansion                                         87

Thin film                                                        98

Transverse magneto resistance                     131

Verticle-cavity surface emitting laser             81

Vicker’s hardness number                           131

Yield strength                                              131