1. Raman effect in the x-ray region

   • Ashok Pimpale
   • Chintamani Mande

   Atomic Physics Pages: 279 - 295

2. The electron-electron interaction in doubly-excited states of atoms

   • ARP Rau

   Atomic Physics Pages: 297 - 303

3. ³He-rich solar flares

   • S Ramadurai
   • M N Vahia
   • K Sakurai

   Cosmic Physics Pages: 305 - 311

4. High resolution measurement of bragg cut-off in beryllium

   • C L Thaper
   • P S Goyal
   • B A Dasannacharya

   Instrumentation Pages: 313 - 319

5. Absorption spectrum of the HCCO radical

   • S L N G Krishnamachari
   • R Venkatasubramanian

   Molecular Physics Pages: 321 - 325

6. Cumulant functions in optical coherence theory

   • CL Mehta

   Optics Pages: 327 - 332

7. Soliton and boundary condition induced fractional fermion number

   • S M Roy
   • Virendra Singh

   Particle Physics Pages: 333 - 342

8. Origin of fine structures in solar radio bursts

   • G S Lakhina
   • B Buti

   Plasma Physics Pages: 343 - 349

9. Potential double layers in double plasma device

   • A N Sekar
   • Y C Saxena

   Plasma Physics Pages: 351 - 368

10. A geometric generalization of classical mechanics and quantization

    • R K Varma

    Quantum Mechanics Pages: 369 - 379

11. Black hole thermodynamics from a possible model for internal structure

    • P Goswami
    • K P Sinha

    Relativity Pages: 381 - 384

12. Effect of correlation and spin-polarisation on the band structure of metallic dysprosium

    • P K Mukhopadhyay
    • C K Majumdar
    • K C Das

    Solid State Physics Pages: 385 - 394

13. Mechanism of phase transformations in ZnS

    • M T Sebastian
    • P Krishna

    Solid State Physics Pages: 395 - 403

14. Pressure and volume dependence of thelo-to phonons in InAs

    • A Jayaraman
    • V Swaminathan
    • B Batlogg

    Solid State Physics Pages: 405 - 410

15. Ga_0.47 In_0.53 As—The material for high-speed devices

    • Biswa Ranjan Nag

    Solid State Physics Pages: 411 - 421

16. Electron transport in Chevrel phase superconductors, Cu_1.8Mo₆S_8−y Se _y , 0⩽y⩽8 and Cu_1.8Mo₆S_8−y Te _y , 0⩽y⩽4—Fit to Cote-Meisel theory

    • V Sankaranarayanan
    • G Rangarajan
    • R Srinivasan

    Solid State Physics Pages: 423 - 432