Electroluminescence as ZnS phosphors under excitation by square pulses of different duration

Classified Abstracts

530-541

275

19 530. Evaporated films of CdS. P. H. Wendland, J. Opt. Sot. Amer.,

19 536.

52 (5), May 1962, 581.

New luminors.

Cadmium and zinc chlorides, activated with

sulfides. A. M. Gurvich, Optics & Spectrosc., 19

Use of convergent and divergent illumination with plane gratings. M. V. R. K. Murty, J. Opt. Sot. Amer., 52 (7), July 1962,768-773. 531.

19 532. Problem of realizing the primary standard of light. C. L. Sanders and 0. C. Jones, J. Opt. Sot. Amer., 52 (7), July 1962, 731-746. 19 533. Prediction of absorption loss in multilayer interference filters. L. Young, J. Opt. Sot. Amer., 52 (7), July 1962, 753. 19 534. A spectroscopic study of the plasma in the Philips Pulse Discharge. 0. S. Pavlichenko and L. A. Dushin, Optics & Spectrosc., 12 (5), May 1962, 301.

12 (5), May 1962, 360.

19 537. Luminescene kinetics of chromium luminors. I. Gallium oxide. Methods ; Temperature and concentration Part 1. dependence of luminescent spectra. N. A. Tolstoi and Liu Shum-Fu, Optics & Spectrosc., 12 (6), June 1962, 417. 19 538. Effect of the bond type of crystal phosphors on their electroluminescent ability. A. N. Georgobiani, Optics & Spectrosc., 12 (6), June 1962, 421. 19 539. Electroluminescence as ZnS phosphors under excitation by square pulses of different duration. I. K. Vereshchagin, Optics & Spectrosc., 12 (6), June 1962, 424. 19 540. The duration of photo- and radioluminescence of organic compounds. S. F. Kilin, Optics & Spectrosc., 12 (6), June 1962, 414-416.

19

19

535. Investigation of ZnS-Cu crystal phosphors by the Exoelectron emission method. I. V. Krylova, A. S. Shashkov and N. I. Kobosev, Optics & Spectrosc., 12 (5), May 1962, 353.

541. Multilayer dielectric systems with films of unequal optical thickness. R. S. Soklova and T. N. Krylova, Optics & Spectrosc., 12 (6), June 1962, 437.