SCIENTIFIC ABSTRACT ZHIZHKA, - ZHMACHENKO, F.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002064830007-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 20, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Czechoslovakia/Plant Physiology Growth and development H-5
Abs Jour Referat. Zh. Biol.,, No 6, 25 March 195T, 22411
Author Gorzhavka zhka
Polachkovat Ihiz
Inst Not given
Mitle A method for es tablishingthe light stage in buckwheat
(ngOP IYrUM sagittatum. Gilib).
Orig Pub, Sbor. CeskosI. akad. zemed. ved. FhU-Roati. vyroba.. 1956,
29, No 3, 213-248
Abstract.: The scale of growtb development of buckwheat for a natural and
shortened da~ was established. Taking this scale into acco=t,,
the authors,established that the light stage of the tested
buckwheat type la:ets .2-5.days depending on the length of day
.and temperature* The light stage terminates most rapidly.in
a 12-hour day. Ae biological adaptability of plants to a
light regimen.is very broad; development is possible in day-
lengths from 5 to 24 hours. The plants reacted to the photo-
periodeven in the.cotyledon stage. Bibl. 26 refs..
Card i/1
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ZRI
kand.tekhn.nauk, nauchnyy rabotnik; Z.BORSHCHIKo Map** insho;
'nauchn" rabo-tuike, WWANBUT, L.Y., inzh.# nauchnyy iab6tnik;
KOREPAROVS K.A.0' -kand,takhn.nauk, nauchnyy rabotnik-,' XAL4D!s V.P,,
ksndtekhn.nauk# na-dobnyy rabotaiki KOVEM, Map kandstakhn,
nauk, naucbnyy rabotnik; NOVITMY, A.M.. kand.tekhn.hauk,
nauchnyy rabotak-f PWXOPUT, T.P., nauchnyy rabotnik; SAPITMT9
I.T., kand4tekhn.uaukg uauchwyIribotnik; YIMISHEVSKII, A.Tu.a
Iwnd.tekh.uaukO.n8uchnyy rabotnik; LIPKOVIM, S.M., dotoent, red.;
SHUSHKOVSKATA. Te.L.,.red.izd.; BMSLAVSKAYA, L.Sh.. tekhn.reds;
ALADOVA.. Ye. I., tekhn.red.~
[working gently sloping seams at great depths] Razrabotka pologo-
Waiushchlk-h plastov-n4 :bollshikh glubinakh. Pod obshchelved
S*KwLipkovicha, :Moskva.i,Rl9takhixdat. 1938. 209 p. (KIRA 12-#z).
i's rqtallnoe Donetskly industrialln" Inatitut. '2. Donetekiy
industrialon" inetlt'W(for all exdept Upkovich, Wmahkovskaya
Berealavskaya, Aladova)
(Coal mines and mining)

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GO-Yja", ftrts Israylev ich- prof cul coaaed]; LIMOVICH, Samail Koiserevich.
dotse f -SPITSCITI Konstantin Tedoravich;
AKOT, P*U. I otvo'red.; E 'O'YMYA,'To.T.., red.ls4-yqt;
NAIMINGIATA. A~ A" takhn.red.; PROZOROVSKATAi V,L,,.,t9ktw*rsd,
nual Of SA mining]. Z'
Ma -Problems on undarground.co adachnik p0
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USSR/Soil Science. Mineral Fortilizero J-5
Abs Jaur, ruff Zhur Biol.) 116 20) 1956) No 91470
Author Zhiznevskaya G Yv..
Inst
Title a Comparative Estitiation of the Effect of Mcroclenents on
Corn rmd Flax, D-,pan,-1in,,- on the Soil Conditiono.
Oria Pub Izv AN LLtv,"JSR, 1957, No li, e-80
Abstract Sic results. of vegetative and field testsl carried out in
the Institute of BioloCy of the Acadeny of Science, Latvian
HSR, showed that on a linad turf-pudzolic field, eorn LUd
Practically not respond to the applia-ation of boron; the
crop of fln--x straw with boron rose by 19 o/o, but t7ae crop
of flax seeas by nora thmi three times. ()n the chr-U~ed acid
turf riold, boron increased the yield of cobs Ly 38 o/o.
The'presowing treatment of the seeds with a 0.015 0/0.
solution of borax and tm,-dressing iiq)rovod the crop on
both fields. In tbe field tests, to.-p-drcssin,, corn with a
10.01 0/0 solution of zinc sulfate boosted the 'rraan yiela
Card 1/2

Science. Mineral Fertilizers J-5
Ibs Jour W Zhur, - 13iol.) uo 2o) 1T
.)8, rio 91470
'by 15-16 y/o., the cuj(;. troatuent with zinc ~,Jioaphidc by A o/a.
W the turf-pod nor or, in aauiuil-
zolo~uuj , _tfieldsawhich wore I~o
a
b per, cwl)pcr clj'arly showed positiva a- fot on the corn
lc colf 'r
and fim yield; on thj p-jat fiolds the crup of corn cobs in-
creased with an a, rLAIention of Cu by 62.7 O/o, the crop of
n the turf-pilmulic soil the pre, -
flnac zeeds by 30 tii,,,3s, C.
cowin- treatment of tho seadr, with Cu-solutions had a mire
baneficial effect on the crop of corn cobs, thnn the appll-
C,
ation directly to the coil. Man(,,anonu mirplied to the liwed
peat field increased only the crop of Green corn cobs by
.9-3.6 o/o. The crop of fLax straw rose maer these conditions
by 19 o/.D, the seed yicld by more thrui tILree tLieu. -_ PI.M.
Shchepatillnikova,
Card, 2/2,
34
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111MIMA
ANCRIXOTA..Z.,I..;.-IRIVOSHAPKIN. X.A.4 ISTCRIK.-V.K.,;
OYSTANKINA T.r.;~Wciiisiou, V.P.-'TSIMUN, X.Z.'; BlKr=TA .3,N.;
-1. , 'laiareat Stalinstoy protli -
Ispoisial,inn redaktors',SUVINA,:.q.Y*,g Imudidat sillskokhosysirstred-
nykh nauk-..' spot aiall 6y~r .- iedtiktor -, SAKHAROVA,' I.K.. apetsial'M
redaktor; XOSIM I'i- 'V.T~, gpetsiallnyy re"ktor'; TSKIY
otvatetvennyy redakt6ri AURIAGEMO. L.A., redaektorM.-.1-krim POT.1
takhnicheskiy rodaktor
[REPer Is nce,: of airl6ui6raIleaders of Xai~khstan; an, annotated
yt i4doilkov sel'skogo khostaietva.lazakhokoi SSR;
bibliograpblr' 1~
I OP pe
annotirovaanyt ukantell literatury..kj=-Ata,.-19554 290 p. (HIBA 9: 12)
1. ~~mclemiya nauk Wakhokor SSR, Alma-Ata. 28entralinnya, nauchnaya
biblioteka. 20 'TS6Utrul'naya nauchnaya biblioteka Akademii usuk
Kazakholcoi (for Dome: iheva i _Ivanchikova, Krivoshapkin, laychik,
OvoyaWdna. Peokt-istova, T.Siuman)
(Bibliograpbv-~-Xazalchatan--Agricultwo).

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"Toxic-Properties--of--the-Poldb66 b~emietLi-NlUiF~-.1-0--O---a-n-d
P~ophylAc6tl&'Measures for.Occupational Intoxications," by G. A.
Zhizuevskiy, Chairs of~Hygiene (head Prof 2. K. McgilevchIR7_
_a-nd-fgr-ma~ology (head,,, Prof K. S. Sbadurskiy) Minsk Medical
Institute, Zdravookhraneniye Belorussii$ Vol 3s No 5.- 57., PP
59-62-
Reports.'results.of,itivesti~ationis conducted tc determine the toxici
the-orgin6pfiosphorus compound NIUIF-100,p andits effecton the or
gan
Is to' co'nsiumie"is either- in theform of a thick oily daik-broA
4id with an-unpleasant:,garlic-like odor$ consisting of 30 percent.diet
Inaranitrophenylthiophosphate (DEW) -7 or OF-10., and.~,
a vehicle, OP
er chemical ingredients,, ori6,the form.of a dust containing one perce
D&-TF in a kaolin or-talc= base. NIUIF-100 is a highly effective in-
,ticide.. At the same time, it was found-to be highly toxic to warm
oded-animals. 'Experiments conducted on-mice and dogs established:
XCUIP-100 is a potent poison with a narrow.zone of toxic action;. (2)
toxicaud anticholinesterase Iproperties of,NIUIF-100 are fte to the
thylparanitrophenylthiot4o-spbate- which produces a muscarine-m-like effec
a sharp diminution of cholinesterase activity in the blood serum was-.
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~'ACCESSION KRt AP4040693 S/0135/64/000/006/0601/00-04~!
AUTHOR I G.*- D'. (Ca-i~didate of technical sciences)k
Z
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znyakov So N
-TITLEs Wela of.hq&'t'-'re,siit&'nt, SAP-material in fusiou'velding
ability
S'Va' huoy izv no* 6 (630) 1964i 1-4
SOURCEt:~ rot a pro 'iDds 6
TOPIC TAGS t sinte'red :'&lumiUui*--p'o4db'r SAP,- _SAP veldability SAP,
fusion welding, SAP vald.q'vi-ld-~ pr!~pertyo TTIG-weldg MIG weld
AUS TRACT t ~ The.tihsatisfaetor'y' 4ildibility,of SAP-parts, noted In
n-"weldLng;Ls caus ,ad chiefly by-the Oresence of -oxide films- 'on"
veloping each metal 'particle.-, The,weldability c4n be greatly im-,.
proved b nealing'of'SAP-bill to`at 650-i-680C prid'r, t
0
y vacuum, an a
rolling. Weldable SAP sheets-are.iobtaLned'Lwthis ways: They- have
higher. duitilLty and almost", them. issise tehsLle and y1ald strength a
SAP'shiets
those of.conventicually protessed SAP'sheetse- Weldable
can be successfully wat'ded-vith argon - shielded 'are with or with-:~
ble:X weld-1 -mm'vthick -sheets without any'
out f luz zt:I,is'-&dvIsa o 10
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285 3
S/143/61/U0/008/005/005
D203/D305,
AUTHORS: Belov, Ye. M., and Zhlobich, A.V.9 Engineers
TITLE: Application of a two-channel capacitance indicator,
of pressure, for.investigating an ejector with a
pulsin
.g gas flow
PERIODICAL: Izvestiya vys shikh uchebnykh zavedeniy. Energetika.0
no. 8, 1961y 301-76
TEXT: The authors describe an electronic pressure-capacitor in-
dicator with.an oscilloscopic registration of the pressures de-
rived for studying the behavior of the gas ejectors of impulse
gas turbines. This indicator,was developed at the Tomsk Thermo-
Technological Laboratory T3MWMT(TEMIIT) as one of the-devices'for
studying the pulsating flows from-the ejectors' outgoing gases
which are utilized.in.the impulse turbines. The latter are used
as the ower for air cooling in anumber of engines, e.g. trac
torLIT3fChTZ) of 250 hp TATRA engineag Porsche motors, diesel
compressor 20K (2SK) and others. The behavior of the gas flow in
card 1/
q

28573
8/'143/61/000/008/005/005
'Applicatio.n.of a two7channel D203/D305
the cross-section of the nozzle depends on the number and the or-
der. of the joint outlets and varies in character from an unstable
and intermittent shapeto a continuous pulsing, approaching a
steady flow. According to experiments it was found that the ejec-
tor output which is evaluated~by a coefficient of ejectionv sub-
stantially increases with the presence of breaks between the se-
parate gas pulses, it was'found that the coefficient of;ejection
of an internittent, pulsing flow q increases.with the frequency
p
V, with the decrease in consumption of the gas GI and increa-
G.max
1 G"
2
ses with paramEter T' The. coefficient of ejection is qp=-67, where
G the output by weight of,the active ejecting medium, G max
the output with acoustic velocity in the nozzle, G" the output
2
by weight of the passive (ejected) medium, - equal to time of
gas flow.from the nozzle during the period of pulsation T. Fig. 1
Card 2/9
2
MEMO j Ili "U", 'j~
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7%7)
SN/1 43 000/008/005/005
Application of a two-channel ... D203/D305
q
shows the results of an experiment ~P f(U),~with various values
q
ST Gi
Of at a constant consumption of gas 0.3. The characte-
T
Uimax
riBtiCS were obtained for an ejector, having the mixture chamber of
D 52 mm, -diameter, and length of 7 calibers,,a diffusor of length
K
D) = 248 mm~.and conical nozzle with a diameter d =18 mm. Fig.2
L (L
S
shows the variation of!the coefficients of ejection q and q,, de-
L p T
pending on the length of the mixing chamber KO , the experiments
'jKC
being carried-out with an ejector without the diffusor and with the
diameter of the mixing chamber d KS = 52 mm, pulsing frequencyV=
"10/sec, and where L'- 0636, The experiments-have shown that with
T
some dimensions of the sticking main inlet of the ejector and in
some frequency ranges resonances appear with an ejector in the
sucking pipeconductor with'diameter 92 mm, and 930 mm long; it
Card 3/9
I lie

28573
B/143/61/000/008/005/005
lication of a two
App -channel D203/D305
was possible to increase the'.coefficient of ejectf.on by 10 to 12%,
at a frequencyJ= 7t0 10.per t3ec. and at-V-= 0.36(curve a, Fig.
r
1). A block diagram of the.two-channel capacitance indicator is
then shown and described.The authors explain the function of the
.indicator in an example of-the second channel, which is the,most
sensitive, in Fig.,4. A,signal generator of lampJI 6X8 (L 6Zh8)
1
with an inductive-T, and having a frequency of 290 Kcps and gene-
rating oscillations- with. an amplitude of 75V was considered. A
good selection was obtained by screening, filtbre and h.f. chokes.
The differences in frequency.of generators 0,2 Kcps was accounted
for. By condenser G6 it is possible to vary somewhat the frequency
of the signal generator. A bridge balance is composed of inductive
capacitance impedances one of the arms of the bridge working as
indicator, a diaphragm'and, .a stationary plateg the inductances be-
ing connected in opposition.-Because of the capacitance change
(action of gaEes on diaphragm), the voltage in the bridge is modu-
lated. A high channel sensitivity is obtained by using a thin dia-
phragm 0.07 mm anda 3 stage amplifier (x 10,000). The output
Card 4/ 9

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33795
3/108/62/017/002/010/010
Reducing theoanalysis time ~of D201/D305
resolving capability of the analyzer.,The method consists in the
intervals betweenth6 ad~acent..spectral lines being swept quickly
and decreasing the change in frequency (y = FS) when it reaches the
value determined in (1). The decrease should be automatic by,ac-cing
on the sweep generator by the filter~system output pulses. It is
suggested in Ref.-2 (0 Ocit.).that the aweep speed be controlled
p
directlyiby,the pulse Ignals. In conjunction with the above the,
authors suggest two distinct speeds of analysis: Large (Y1) in
the intervals between thesignals and small (T.) in.the preeence
_~of signals. According:to (1)~',the following condition shouldbe as-,.
tiefied
b .~O 665 A/v (2)
0o7 Y Is
The.,blo.ck diagram of,the suggested circuitp with,which a larger ea-
:ving in:time could beachieved is given in Fig. 4. As'may be seen
the proposed.~circuit has a separate filtering system which controls
retardation.of the sweep._The analysis of the above circuit shows
that the parameters of the control system b the 3 db band-
0.7c'
Ca d 2/,5~/
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-"'6(4)' SOV/108-13-12
-6112
~AUTHORSv ZhlobinskiX4_1__U_p_3odinj L. 0.1
..TITLE: -ke'thodb'of--Calculating and Eliminating Interference Disturb-
ancesOce4irlU During FrequencyTransformation (Metody rascheta
ustraneniya kombinatsionnykh pomekh, voznikayushchikh:pri
preo'brazovanii chastoty)
Radio
PERIODICAL; -,tekhnikat 1958, Vol 13, Nr 12, PP 45-52 (USSR)~
A,BSTRACT.: The present-papersets out from.the consideration of the c on'di.'-.
tions that are necessary, and not only sufficient, for suppres-
sing interfere
ncedisturbances. As far as the receiving range
is subdivided'into some sub-areas the choice of:the inter-
mediate frequencies,and of.the.sub-areas ia,made easier by a
sufficient attenuation of the interference disturbances.'The
task*is'not to choose an intermediate frequen
Qy being lower or
higher than.thoee frequency values at which the formation of.
interference 'disturbances at any signal frequency is possible
but in being able to choose the intermediate frequency:for the
reaps ctive range of signal frequencies'between the -values at
which.the, dangerous.interferences occur. The conditions for the,
Card 1/2 occurrence of interference disturbances are investigated'and the

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ZHLUDIKO, A.D.
Zhi
Ud ko, A.D.. [Fizicbeakiy, Inotit'ut
Institute I Izeni P. H
~ Iimeni P.N. Lebedev, AS USSR) A bedeva fill, SSSR (Physical
Functions znd-of Soli Method of MeasurIng
Waves d.Dielectrics In the Decimet Temperature
er Band of Radio

It Ate MY, Steil '4-r
U~
ef
nlebvrt~ ,r!, C
A.'U
ZX
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A-_ A Z f-Y-1- -
AIDP 3500
Subject USSR/Chemistry
Card 1/1 Pub. 152 15/91.
'Authors A Strelets,.Kh L., V. F.Lludneva and I. L. Reznikov
Title Viscosity of fused salts of the isoconcentration section
(MgC1219:10% by weight) of the system MgCl2-CaCl2-KCI-NaCl
Periodical Zhur. prikl. khim. , 28$ 6, 643-654 1955
Abstract The viscosity.was determined by the Coulomb method, The-
experimental:data show that the viscosity of the quater-.'~.
nary electrolytes is not an additive function of the
composition.:,The effect of the concentrations of KC1
0
NaCl. and Cad.12 on .
the viscosity of the electrolytes
has been studied. Seven tables, 3 references, 2 Russian
(1935-1937).
Institution: None
Submitted, 0,9, 1953

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107-57-7-5/156
-ATJTHOR: Zhmachenko, F.j Chairman of the.DOSAAF Committee, UkrSSR
TITLE: i;dio Hams of oviet Ukraine (Radiolyubiteli aDvetskoy Ukrainy)
PERIODICAL: Radio, 1957, Nr 7, pp 4-5 (USSR)
ABSTRACT:-Fresented-ls a concise.-. account of the radio amateurism in the Ukraine.
The number of radio cirolesand radio courses have grown rapidly. In 1956 tons
of thousands of qualified radio operators have been trained in the lower-leTel
radio-ham organizations. High skills were demonstrated at the 10-th All-Union
Radio Ham Contest, Kiyev, in April 1957. The first place was taken by the team
of V. Somor (Lvvov), G. Astrabakhin ( Odessa), N. Yemshanov (Vinnitsa).
Personal skills were shown by the Masters of Radio Amateurism N. TartakoveLkly
and P. Vasil~mv. The former set a now all-Union record of 420 digits a minute
received on typewriter. 39172 radio hams passed the exams and received various
proficiency~degree certificates. In 1955 there were 85 ultrashort-wave ham
radio stations in the,Ukraine; in 1956 their number rose to 354; more and more
stations are coming on the air.
There are not enough.radio,clubs in the Ukraine; not all Oblasts have them.
many have poor quarters; hams study in hal1ways and pantries. Shortage of radio
equipment and radio textbooks prevails.
Radio clubs should be organized In all Ukranian oblasts. One paid full-time
worker is, sufficient, for a radio club. The bulk of the work can be carried out
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ON

65-8-3/18
AUTHOR: Zhmachenko., F., Hero of the Soviet Union, Chairman,
DOSAAF-Committee for the Ukrainian SSR
TITLE* More'Attention Must Be Given t Av
0 iation Sports (Bol'she
vnimaniya aviatsionnomu sportu)
FERIODICAL :~Kryllyaftodiny.. 1957, Nr 8,, pp. 4-6 (US3R)
ABSTRACT: The author outlines the achievements of the DOSAAF
~organizations.of the Ukrainian SSR in spurringthe in-
tereat of the masses in the aviation sports and in
raising the quality of the training offered to the mem-
bars of these organIzationaj states the requirements
for further progress in these fields, the principal
requirement being the bettering of the material equip-
ment of the lower-level sport organizations; and criti-
cizes the Central Committee of the DOSAAF for not under-
.,standing the importance of the activities of the local
organizations and for not paying sufficient attention
to the needo-of these organizations. More specifically,
he stressei3the necessity o~ spreading the existing net
of areoolubs, of building a latge number of well equipped
outdoor training centers and parachute towers
, and of
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