Indian Journal of Pure and Applied Physics

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VOLUME 50

NUMBER 6

JUNE 2012

CODEN:IJOPAU 50(6) 351-418

 

ISSN:0019-5596 (Print); 0975-1041 (Online)

 

CONTENTS

 

 

Nuclear Physics

 

 

Radon and its progeny measurements in dwellings of Farrukhabad city of Uttar Pradesh in
Northern India

        Deepak Verma*, M Shakir Khan & Mohd Zubair

 

355

Atomic and Molecular Physics

 

 

Thermoluminescence of Li2B4O7:Cu and La

        S Nabadwip Singh*, B Arunkumar Sharma & A Nabachandra Singh

 

358

Vibrational assignment, HOMO – LUMO, first-hyperpolarizability and Mulliken’s charge analysis of 2,7-dinitrofluorene

        M Arivazhagan* & J Senthil Kumar

 

363

Physics of Gases, Plasmas and Electric Discharges

 

 

Application of the multisource thermal model in pseudorapidity distributions of charged particles produced in  or pp collisions over an energy range from 0.053 to 7 TeV

        Jian-Xin Sun, Cai-Xing Tian, Er-Qin Wang, Bao-Chun Li & Fu-Hu Liu*

 

374

Condensed Matter: Structural, Mechanical and Thermal Properties

 

 

Structural and optical properties of ZnS, PbS, Zn1-xPbxS, ZnxPb1-xS and PbZnxS1-x thin films

        Mahdi Hasan Suhail

 

380

Thermoelastic properties of alkali halides at high temperatures

        K Sunil & B S Sharma*

 

387

Condensed Matter: Electronic Structure, Electrical, Magnetic and Optical Properties

 

 

Optical and infrared properties of lithium diborate glasses doped with copper oxide: Effect of gamma irradiation

        Hatem A El-Batal*, Zeinab S El-Mandouh, Hamdia A Zayed, Samir Y Marzouk, Gihan M
El-Komy & Ahmed Hosny

 

398

Effect of salinity on the dielectric properties of water

        D H Gadani*, V A Rana, S P Bhatnagar, A N Prajapati & A D Vyas

 

405

Characterization of dielectric dispersion and ionic conduction behaviour of acetonitrile at low frequencies

        Shobhna Choudhary & R J Sengwa*

 

411

Authors for correspondence are indicated by (*)

 

Keyword Index

 

 


2,7-dinitrofluorene                                       363

 

Acetonitrile                                                  411

Activation energy                                 358, 411

Alkali halides                                               387

 

Bulk modulus                                              387

 

Charged particle                                           374

Copper ions                                                 398

 

Dielectric constant                                        405

Dielectric loss                                              405

Dielectric properties                                     411

 

Effective dose                                              355

Emissivity                                                    405

Energy gap                                                   380

Equation of state                                          387

 

First hyperpolarizability                               363

Frequency factor                                          358

FT-IR                                                           363

FT-Raman                                                    363

 

Gamma rays                                                 398

Glow peak                                                   358

 

HOMO-LUMO                                           363


Interatomic potential                                     387

Ionic conductivity                                        411

IR spectra                                                     398

 

Klein and Swift model                                 405

 

Lithium borate glass                                     398

 

Molecular electrostatic potential                   363

 

Optical properties                                         380

 

PbS thin films                                              380

Potential alpha energy concentration            355

 or pp collisions                                     374

Pseudorapidity distribution                          374

 

Radon                                                          355

Relaxation time                                            411

 

Saline water                                                 405

Sea water                                                     405

Semiconductor thin film                               380

Stogryn equations                                        405

Structural properties                                     380

 

Thermal expansivity                                     387

Thermoluminescence                                   358

 

UV-visible                                                   398

 

ZnS thin film                                                380