Accession Number:

AD0255410

Title:

VERTICAL TAKE-OFF AIRCRAFT

Descriptive Note:

Corporate Author:

FOREIGN TECHNOLOGY DIV WRIGHT-PATTERSON AFB OHIO

Personal Author(s):

Report Date:

1960-10-26

Pagination or Media Count:

1.0

Abstract:

Contents Spectrophotometric investigation of the reflec tion of the ner ultraviolet rays by plants, by K. I. Kozloya PROBLEM OF ORGANC EVOLTION IN MODERN STUDY OF PLANETS, BY N. I. Suvorov tudying the pigments of anthocyanes in nono chromatic rays, by S. A. Stanko The philosophial approach to the problem con cerning life beyond the earth extterres trial ife, by a. k. suslov iogenetic variability of the chlorophyll asorp tion band in higher plants, by Z. S. ParshinaA-255 411N1 17 575, 4659, 4656, 4658, 5805, 5802, 5781, 6571, 4629, 4658, 1193ad-255 412Div. 25, 8U 94 ay 61 OTS pce 41.60 erospace Technical Intelligence center, WrightPterson Air Force ase, Ohio. MODULATION OF LIGHT BY SUPERHIGH FREQUENCY 10 TO THE 10TH POWER cps, by G. S. Simkin, V. P. Naberezhnykh, and I. V. Lukin. 3 jan 61, 10p. incl. able. Trans. no. MCL-801 from Izmeritelnaya Tekhnia 841-43, ug 60 Unclassified report DESRIPTORS ight, Modulation, Modulators, USSR, Superhigh frequency, Nirobenzenes. Research is reported on the modulation of ight by superhigh frequency. The following was concluded. 1 Nitrobenzene made t possle to modulte the light by frequency of up to 10 to the 10th power cyles, reaxion me of nitrobenzene molecules is comparable in value with the time otained from the dispersion of electromagnetic waves of the same frequency, molation depth can be increased by a better selection of the cell size and structure, inreasing the power of superhigh-frequency pulse osclltor and by the proper cooing of the cel during s operation, and 4 the applied method for determining the relaxion time of nirobenzene can be employed also to determine the relaxtion tme of other uances.

Subject Categories:

Distribution Statement:

APPROVED FOR PUBLIC RELEASE