SCIENTIFIC ABSTRACT YEROFEYEVA, T.V. - YEROKHIN, A.A.
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Collection:
Document Number (FOIA) /ESDN (CREST):
CIA-RDP86-00513R001962820020-1
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RIF
Original Classification:
S
Document Page Count:
100
Document Creation Date:
November 2, 2016
Document Release Date:
April 3, 2001
Sequence Number:
20
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Publication Date:
December 31, 1967
Content Type:
SCIENTIFIC ABSTRACT
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aw/16-59-6-14/46
AUTHORS: Sukhova, M.N., Shnayder, Ye.V., Yerofeyeva, T.V.,Zlatjwvskaya, Ye.V.
and Kuklina, N.P.
TITLE: A Comparative Evaluation of the Efficacy of Measures -to Combat Synan-
thropic Plies Using DDT, BCH and Chlorophos, and the 1,urther Prospects
in Dostroying These Insects
PERIODICAL: Zhurnal mikrobiologii, epidemiologii i immunoblologli,, 1959, Nr 6,
pp 66-73 (USSR)
ABSTRACT: Because of the disappointing effects of DDT and BCH in combatting flies
in areas where these drugs have been used for a number of years, many
authors maintain that the flies have developed~a resistance to these
agents (Derbenova-Ukhova, MorozoVa). Further, V.I. Vashkov, Pogodina
and N.A. Sazonova maintain that the insecticidal properties of DDT and
BCH vary with the climatic factors, the physicixl and chemical properties
of the surface under treatment and the pkWsiological -condition of the
insects. The present work gives the results of f1ly-clearance work
carried out in different districts of Minsk by the Minskaya gorodskaya
dezinfektsionnaya stantsiya (Minsk City Disinfeation $tation) uaing DDT,
Card 1/2 BCH and chlorophos. It was found that the combined u3e of one drug from
sav/16-59-6-14/46
A Comparative Evaluation of the Efficacy of Measures to Combat Synanthropic Plies
Using DDT, BCH and Chlorophos, and the Further Prospects in DeBtroying These Insects
each group (chlorine organic compounds, i,e. DDT, hexachlorane and
phosphorous organic compounds, i.e..chlorophos, carbophos) considerably
increased the effectiveness of the anti-fly campaign, especially in
areas without sewage facilities. Identical resuits were obtained in
all sactions of the city. These underlined the,need for adequate garbage
disposal and proper sanitation and sewage facilities to make the anti-fly
measures really successful.
There are: 2 graphs, I figure and 7 Soviet rererences.
ASSOCINfION: Tsent:ralfnyy nauchno-IssledovateVskiy dezinfektalonnyy institut (Central
Disinfection Research Institute)
SuBmrrTED: march 6, 1958
Card 2/2
SUKHOVAY M.N.; YZE2EEYEVA,_ T.V.; GVOZDr-,VA, I.V.; JUKIFOROVAI II.F.; DOTSENKO,
T.K.; DEMIYANCHENKO, R.P.; BIRAW, T.I.; SERAFIRNA, I.M.; RDSUNOV,
V.B.; SAHSONOVA, A.M.; SMROZHEVA, Ya.M.; SURCHAKOV, A.V.
Methods of applying insecticides'ito control synimithropic flies.
Zhur.mikrobiol., epid.i imm. 33 no,8:15-19 Aj 162.
NIRA 15: 10)
1. 12 TSentrallnogo nauchno-issledovatellskogo dozinfektsionnogo
institute. Ministerstva zdravookhraneniya SSSR$ Mytishchinakoy
gorodskoy sanitarno-opidemiologichesXoy otantsi~i, Ku~lphavskogo
institute, epidemiologii i mikrobiologU,*MinskoF gorodskoy
dezinfektsionnoy stantsii, Brestakoy sanitarnd-lBrl)ideitdologicheskoy
stantaii, Tashkentskoy gorodskoy dezinfektaionnoy staritsii i
Tashkentsko gorodskoy sanitarno-epidemiologicb6skoy Etantsii.
TINSEGTICIDES) (FLIES--EX7EMNILTION)
ROUDESVENSKIT, V.P., kand. khim,, naukj )a .0FRYEVA I., :idAdshiy
. -.i 'Mi,
nauchnyy satrudnik; SEWLINMUp -Y
ootrudnik
Obtaining hydrogen from ihe methane '-hydr ogen 16--action of p-
pyrolytic gas. Iopoll. gasa v nar. kho;l. no.l!i1994~218: .163.
(min is: 9)
1. Laboratoriya khimicheskoy pqrerabotki gaiaij.Saratcvskago
gasudarstvennogo nauchno-issledovatel Iskogojijproy4k-tnogo
instituta, po ispolizovaniyu gaia v narodnom!~hpzya9-.,,t7e.
VERNOV, S.N.; SAVENKO, I.A.; SKAVRIN, P.I.; WSMOVt V.1%.) .
PISARENKO, N.F.; TELITSOV, X.V.;:PERVAYA T.I.- IMMn IEVA V. N.
Some results of r4diometric obseivitiIOno at alt~WU4' of
200 to 400 km. during 1960-1963, Xoom, imal, 2 no4;bl)&l46
.Ta-F 164, (WRA 17:4)
ACCESSXON NR: AP4026242
510293164/002/001/0150/003
AUTHOR: Savanko, I&,A*; Shavrin, P. I.; Pis&ranko, H., F.; Hesterov,
Yerofayevat V. No
V, Yd.;
TITLEt Hassuremant of soft radiation in the equatorial latitudes.from
the "Cosmos-4" satellite
.,SOURCE: KosmLcheskiye LasledovanLya, v. 2, no. lp 1964, 150-153
TOPIC TAGS; radiation measurement, radiation be cosmic ray equator,
sputnik, satellite radiation measurement, Cosmos-4. soft radiation,
count rates energy release, corpuscular radiation~
ABSTRACT: The second Soviet sputnik (19-20 August 1960) carried a
scintillometer for recording intense, sporadic streams of corpuscular
radiation in equatorial latitudes, Sinco this detactor was designed
to measure total flux energy of tile particle$ and anorj;y release within
;the-crystal, the nupber of impulses was not directly recorded, and
,Particle flux had to be determined from energy release in the GcLutil-
lometer on the basis of various assumptions as to the nature of the
particles involvod and theLX average energy* To check conclusions
CW 1 A
:ACCESSION N4: AP4026242
drawn from 4ha dat.N.obtainco.by the 1960 satellitoo Cosmos-4, launched
.26 April 196~~, carried an eixternal scintillometer capable of meas-
uring not only tota~l anergy1release, but also the counting*ratc of par-
;'ticlas with pnergies greatc6r than- 100 kev. Table I of Enclosure S-,ives
the counting rate 1~ (partiolelcm the enerIvy i:aLease L
-tev/cM2/sec) t and ',the ratio E/N (kev) , representing 'the average cnergy
;rel.ease,per rpingle registerpd particle. Valuea in the table are ;-.Yer-
:aged over thF' flight segment falling within 10" of the cosmic ray
~equator for 13 crossings of the equator., As can Oe soen, the EIN
values are of. the order of 100 kov. However, if EYX aetually represents
rLladings caused by the simultaneous striking of,th4 counter by two or
more electro '. ns with subthreshold (