SCIENTIFIC ABSTRACT KUSHNEREVSKIY, YU. V. - KUSHNIR, F F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000927820020-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

rwAt Are! e%
AM NRi'- AP6019305 SOURCE CODE: UIR/0203/65/W5/0()4/0787/0789
AUTHOR: Kushnerevskiy.-Yua V.
ORG.: none
TITLE: Summer school on investigation of the lower ionosphere
SOURCE: Geomagnetizm i aeronomiyaj, v- 5,, no- 4, 1965, 787-789
TOPIC TAGS: ionosphere,, radio wave absorption, solar activity,, solar flared diurnal
variation, solar eclipset atmoepherio recombination, radio wave propagation,
atmosphereic, disturbance aurora
.ABSTRACT: A.summer school on inv -e-stigations -o~_ - Ne -lower iono,sphere was
r, -id-- h
.28-September-9.-October-1964 un er,-t a a nsorsht, .-of 'the,National Com-
Aiittee oil Geodesy and,Geophysics- and the German Academy of Sciences.
articipants were.present--frft-.Bu garia, GDR,
p Poland, USSR, West Germany
~
and.Cxechoslovakia. The first.group of reperts was devoted to discus-
Vsion of investigation of radio wave absorption in the lower ionosphere,
,Krechmer (GDR) discussed deasurement of radio wave absorption in the
,,fiqqqjphere by the Al method. Ligg= (GDR) reviewed the results of
study of absorption by the A2 method during the time of a solar eclipse
';,in Bulgaria,sit,&,frequency,of 25,Hc/s. Comparison.with data by the Al
method:revealed-a correspondence-between them in seasonal and diurnal
variations. Knut,(GDR),presented the results.of,measurements of.absorp-
I Card 11]
7-

L 29,2bb-66
ACC NRs APWIM5
in the region of long radio waves at the time "Di-sunrise. 'Tauben-
;hei ODRYanalyzed data on absorption by the Al and A2 methods, espe-
Icially during a solar eclipse. :.rt was demonstrated that on the basis
of a two-layermodel-of-the lower ionosphere with different recombina-
'l.tiQn coefficients it is possible to~separate the absorption present in
~'the D and E-layers. The maximum contribution to absorption measured.by
,the A2 method is from the F2 layer. 0. i. Mikhaylo (USSR) reported on
,the 'Tunction of Propagation and the Mean.Phase Velocity of Electromag-
-.netic,Waves at:Superlow Frequencies." D. S. Fligel' (USSR) gave two re-'
sports:, "Lightning Discharges9l'a6d Propagation of Electromagndtic Waves
of Low and SuperlW. Frequencies Over the'Earth's Surface" and "Properties:
iof the Coefficients of Refraction, Attenuation and Transmission of the"
jonosphere at Low and Superlow Frequencies." Problems of the aeronomy'
I~of the lower ionosphere were'discussed by Taubenheim. He analyzed.the
composition, temperature distribution, density and other parameters In_
.dependence on time of day and season. Wagne (GDR) discussed the exci-'
,tation:of electrons and ionization. Artificial earth satellito data
1~were presented on ionizqgiQnj-l
uxes-In the regions from 0,13 A.to Loc.
7-
iTaubenheim'Save the results of inf uence of solar flares'on the props- i
,gation'of short radio,wavesi. The behavior of the tonosphere.at the
.,time of Dellinger effects was considered. It was shown that-at the--time,i
;of solar flares there is an increase of ionization by 20-50%'in-the 9 -.-1
region *--In the Uregion ionization changes by 20-30% are observed only
.at-the time of 1~ very*etrong flares. There Is a relationship between-_.~.
Card 2b

L 29266-66
ACC NRs AM0193%
solar flares which give radio'imission bursts at 3 cm and,ionospheric
.disturbance., The absorption maximum is at about 75 km. Analysis of ob-"
Iservations revealed that the decrease of electron concentration after
,flares is described by the law e4t, where p - 2.10-3 aec-1. Sprenge
.'(GDR) discussed ionization in the auroral region. The observations were
,made at 33 Me/a. Inhomogenditiea move from east to west at a velocity
lof about 1,000 m/sec. Lauter (GDR) discussed different manifestations
.iof the influence of high-energy particles on the ionosphere. The maxi-
mum affect was observed during the minimum of solar activity. The au-
.thor analyzed the shapes'6f the curves of field strength of long radio
.waves and the influence exerted on them by particles and inhonwgeneities.
.In evening during the time of a solar flare the D layer does not disap-
.pear to the end of the disturbance. Contributions by other speakers are
;summarized in one or two sentences. The participants at:the summer'.
ic-hool-viat ted- the-- ignoseheric-A tst~jn 1 on- Rugen -16 lanVand --the--, iono-iL'___L
spheric observator_v at Kuhlungs grl,,. Orij. art, hasiy7l formulas, [JPR51
SUB CODE: 03,,04 / SUEH DATEs none
Card 313 C V

ACC NRt AP7002205 SOURCE CODE: UR/020j/66/006/006/1120/1122
AUTHOR: Kashin, A. A.; Klimanov, F. P.i Kushgq,L~yyalyj Mirkotan, S. F.;
Nerovnya, L. K.
ORG: Moscow State University, Physics Department (Moskovskiy goaudarstvennyy
universitet, Fizicheskiy fakul'tet); Institute of Terrestrial Magnetism, Ionosphere,
and Radio Wave Propagation, AN SSSR (Institut zemnogo magnetizma, ionoofery i
!rasprostraneniya radiovoln AN SSSR)
:,TITLE: Drift of small-scale inhomogeneities at Mirnyy (Antarctica)
!SOURCE: Geomagnetizm i aeronomiya, v. 6, no. 6, 1966, 1120-1122
TOPIC TAGS: ionosphe.re, ionospheric drift, ionospheric inhomogeneity, ionospheric
radiD wave
ABSTRACr: Observations of ionospheric drifts were organized at Kirnyy during the
Eighth Antarctic Expedition. Measurements of the motion of small-scale
inhomogeneities were made using the short-rcnge reception method. "Delta#-
type antennas with an active load of 600 ohm nerved as the receiving
antennas. To reduce the effects of polarization and radii noise at' tho
measurements, the receiving antennas were placed in parallel. Signals
from the receiving antennas were fed to an antenna switch throuGh a
matching balancing transformer is a single-wire hf cable. A wide-band
I

ACC NRt APT002205
rhombic antenna served as the transmitting antenna. The drif t-measuring
system was an ordinary ionospheric station operating at fixed frequencies.
The transmitter, a pulsed wide-band power amplifier, had the following
characteristics: pulse width, 200 Psec; repetition frequency, 50 cps;
pulse power 1-1.5 kW; and frequency range, 1.5-18.0 Mc. Operation of
the entire system was controlled by a synchroaizer. The receiver, a
superheterodyne unit, had the following characteristics: frequency
grange, 1.5-18.0 Mc; transmission band, 15 kc; and sensitivity for a
2:1 SIN ratio.,,-2. liv. At the input of the receiver an electronic switch
successively coupled antennas to it. Received and amplified signals were
fed to an oscillograph and subsequently photographed at a rate of-
13 cm/sec from its screen.
The drift of small-scale inhomogeneities in the E and F2 layers was
observed from March to December 1963. It was found that drift velocity
in the two layers varied from 40 to 400 m/sec, with average values of
180 and 214 m/sec, reepectively. Drift was primarily to the northwest
and southeast.
The results of a harmonic analysis of annual data on ionospheric drift
indicated that for each of the two layers there was a constant com-
ponent of the drift velocity which had large amplitude and was directed
toward the equator (i.e., was almost perpendicular to the auroral zone).
The vectors of diurnal and semidiurnal drift components were found to
rotate counter clockwise in the E layer and clockwise in the F2 layer;
both velocity vectors were larger in the F2 layer thin in the E layer.
The semidiurnal component-of t -he drift velocity prevailed in the 9
C~Lrd 2/L layer. while the diurnal. component in the F2 layer.

ACC NRj
AP7002205
Concerning the relationship between drift velocity and magnetic activity
it was revealed that this relationship was almost absent in the E layer,
while it manifested itself clearly in the F2 layer: the drift velocity
increased sharply.wLth an increase in the K index. Orig. art. has: 5 fip-
ures. (WA-31 I
SUB CODE: 201 SUBM DATE: 18MOY65/ ORIG REF: 002/ OTH W: 003/ ATD PREW-. 5113
3/3

- KUSMIERIE, ',, inzlherer-polkovnik
General purpose gear for kitchen machines. Tyl i snab. Sov, Voor.
Oil ';~11 JI '61. (141RA 14! 8)
(Kitchens-Equipment and supplies)

TSIGLIR, V.D.; KAXINSKIT, V.X.; KUSHNMIX. N.I.; PAIUATOV, D.I.;
IARINKOV, A.P.; ITSMOND, N.V. -
Redesigning certain elementa of low tonnage gas chamber kilme for
burning dinas bricke, Ogneupory 21 no.3:107-114 156. (KLRA 9:8)
1. Kharlkovskiy institut ogneuporov (for TSigier). 2. Krasnogo-
rovskly ognsupornyy zavod (for Kaminskly, Kushnerik, PankTatov,
Larenkov, Xyezond).
(Yirebricks) (Kilns)

15 (2)
AUTHORSt Ksminskiyq V. K., Pankratov, Do I., SOV/131-59-9-3/12
Kushnerik, No I.
TITLEs An Experiment for the Utilization of Foam Filters
PERIODICAL: Ogaeupory, 1959, Nr 9, pp 395-401 (USSR)
ABSTRACTs A method for removing d4st from gases by means of a foam layer
was developed by the Leningradskiy tekhnologicheskiy institut
Im. Lensoveta (Leningrad Institute of Technology imeni Lensevet).
In 1957 the high efficieney of such apparatus was proved in the
Krasnogorovka Works imeni Lenin by means of a test foam filter.
The testing plant was elaborated by the above mentioned works
together with the Ukrainskiy naucihno-issledovatellskiy institut
ogneuporov (UHIIO) (Ukrainisn Srientifir, Research Inst4tute for
Refractories). Table I shows the experimental results 4tained
with a foam filter. Table 2 shows the suction ventilation systems
of the fire-clay grinding section. Table 3 shows the working
results of the ventilation- and purification systeme~ equipped
with foam filter-i, f(~r January and February 1959. Figure I shows
the schematic illustration of a foam filter, followed by a
description. Figure 2 is a schematic illustration of the foam
Card 1/2 filter apparatus of the fire-clay section. Table 4 shows the pulp

An Experiment for the Utilization of Foam Filtora SOV/131-59-9-3/12
denzity in the clarifying plxat. In the majoTity.cf cases the
degree of purity was abovt Fig'~-raa 3 and 4 show photos of
the foam filters in the saotion, ca well as of the
olari:rying plants. A description a~' these pls_rts follows. Fin"
the foam filters are desi&piated as eimpis, cheapp and efficient
devioes. There W-e 4 figlareu and 4 tsble3-
ASSOCIAT1021: KrasnagorovBkiy 8hametno-ainasorly zavcd im. Lenina
(Kraanogorovka Fire-:!lay and Dinas Wc-As imei-i Lenj_n)
Card 2/2

l-GL,GAYF-T5K V( p V I tL-,i I m-[r- V I ad I m I rovic I I [F I d I
kand. tekbn. nali.k. r0,2c-rizent
[Illuxej for mitonvoic welding; a welaiei-".~ lilv-aryj F '1 411 1:,ri
dlin avtorulLychnoho zirariuvannia; biblioteka zvai-z' ..kL.
1963. 1 1'~7 I -:,-A !8.6)
No

AUTHOR: Kushnerov, F.R..
TITLE: An Instrument for Determining the Linear -Expansion Co-
efficient and the Elasticity Modulus of Samples of Metals
and Other Materials (Pribor dlya cpredelen~ya koeffitsiyeenta
lineynogo rasshireniya i modulya uprugosti obraztaov
metallov i drugikh materialov)
PERIODICALs BYulleten' izobreteniy, 1958, Nr 6, pp 90-101 (USSR)
ABSTRACTt Class 42i, 12
- Nr n364,1 (W744 of 26 30p 1957)~ Sub-

mitted to the ommittee for Inventions and Discoveries at
q
the Ministers Council of USSR. An instrument with an
electric measuring bridge circuit supplied from an electron-
ic oacl2lstor, a thermal chamber for the samples, a pickup,
and a photorelay for recording the readings; to increase
the sensitivity of measurements, the sample holder is
designed in the form of a differential capacitive reactance
pickup with a central electrode contactinC the sample and
side plate-electrodes electrically coupled with the
Card 1/2 primary winding of a tranoformer receivin6 hif:1-frequency

SOV", - 4 10168,
An Instrument for Determining the Linear Expansion Coefficient indl the
Elasticity Modulus of Samples of Metals and Other 1Zaterials
current from the eleotronic0Sjj4X1j$1WV the secondary windint;
ends of the transformer are closed and form a circuit
tuned in resonance with the frequency of ti& agaillator.
Card 212

MARGOLIS, L.Ya.; YENIKEYEV, E.Kh.; ISAYEV, O.V.; KRYLOVA, A.V.;-K.USHW.RQV,
M.Ya,; Prinimala uchaotiyet VILEWINA, S.M., laborant
Modification of hydrocarbon oxidation catalysts. Kin.i kat.
3 no.21l8l-188 Mr-Ap 162. (MIRA 15:11)
1. Institut kh1micheskoy fiziki AN SSSR.
(Hydrocarbons) (Oxidation) (Catajvsts)

SUMI11, Ivan Petrovich;__~U 114gROY,
PL_ __ J~V.# Ivanovich; HOWYMIMIROy Filipp
Ivanovich;-OKPJ1U4ENKOj V.A., otv. red.; IMESLAVSKAYA, L.Sh.f
tekhn. red.
[Using the long hole method for coal breakage in the Kuznetsk
Basin mines] Primenenie dlinnoshpurovogo sposoba. otboiki uglia.
na shakhtakh Kuzbassa. Moskva, Gos.nauchno-tekhn.izd-vo -lit-
ry po gornomu delu, 1960. 21+ p. (MIRA 15: 1)
(Kuznetsk Basin-Coal mines and mining)

POLZSHCHUK,V.Ye., kand. intoricheakikh nnuk, dotsent, mayor; KUSH-
. MMOYP..I., podpolkovnik; TAKOUN.Y.N., kapitan 2-go ran.~ ; - I
1*-fNITEV,V.A., kapitan 3-go rangs; U7IMTSU.L.Ya..red.;
MIRKISHIY]ffA,S., tekha.red.
(The fighting and revolutionary trnditions of tho sailors of'
the Red Banner Caspian Fleet] Boavye i revoliutsionnve trnditeii
morinkov Krasnoznamennoi Kaspiiekoi flotilii. Baku, Azerbaid-
2hanskoe gos. izd-vo. 1960. 178 p. (MIRA 14:5)
(RUSSIB-Invy)

USHNEROV V inzb.; PIWEVp I., Inah.
---u-'A~
Ellastic jointless crane tracks. Prom.-stroi. I. inzh. sour. 5 no.2:50-52
Mr-Ap 163. (MIRA 1144)
(Cranesi derricks, etc.-Oqu#ment and ouppliedl

LTAKHOV, F.Aa; GEIMRAIOV, G.S.; KIA)CHKOVA, N.D.; KUNIN. L.Te.; KUSMMRDY, V.A.;-
ROVINSKIT, I.I.
Addition of pyrite cinder to the agglomeration charge.
Obag. rud. 3 uo*3:24-25 '58. (14IRA 12: 1.)
(Sintaring) (Pyrites)

KUSHMMOVA. T.P.; SEMCHUK, D.I., glavnyy red.
(Role of business accounting in the struggle for the profitableness
of socialist industrial enterprises] Hosprozrakhunok u borot'bi
za,rentabollnist' sotsialistychnykh promyslovykh pidpriiamstv.
Kyiv, 1959. 44 p. (Tovarvstvo dlia poshyrennia politychnykh snan'
URSR. Ser.2, no-7) (MIRA 12:10)
(Accounting)

RIMOVICH, M.B.. kand. biol. nauk.; KUSHNMITIC, A.G.,; MIKR4TUX, N.Y.
Medicinal properties of p1j46'n'Cide-8. ZhiVOtnO7oda"vo 20 no. 7.-43-45
JI '58- (KIRA 11:8)
1. Zhivotnovod kolkhoza "Holodays gvardiya," Brestskogo rayons,
Breotskoy oblasti (for Kushneruk). 2. Direktor ahkoly Berestovitskogo
rayons, Grodnenskoy oblasti (for Mikhrquk).
(Pbytoneidas)
(Calves-Teeding and feeding stuffs)

KUSIIIIEFUF) S. (FAWW
Short and ultrarhurt radlo waves. Radio nc).3:-Il. Mr 165.
(ITIRA 18:6)

KUSMWUK, V.V., agronom
Increase the oro&iction of buckwheat. Zemledelie 7 no-11:79-82 N '59
(Buckwheat) (MIU 13:3)

KUSL2jEV,A,.P..; MURAVIYEV, B.V., kand. arkhitektury, nauchnyy red.;
ZIIURAVSKIY, N.A., red.; 1,0,101"ETSKAYA, L.V.j tekhn. red.
[Designing buildings for districts of the Far North) Proektiro-
vanie zdtinti dlia raionov Krainego Savors. Leningrad, Gos.izd-
vo lit-ry po stroit., arkhit. i stroit. materialam, 1961. 194 P.
(MIRA 15; 1)
(Russia, Vorthern-Building)

KIM, N.V.; HITADZE, 14I.A.; YDRI-11LOV, B.F.; ZYDELI, A. I.; hUSII-I~SV,
A.P.; L;,ZAIIV, N.N.; "TINIM', D.1%; WUDMEV, P.D... kand.
--t6ldm. nauk., nauchnyy red.1 OSENK0,L.M., red.izd-va; RODIOliOVA,V.,:.s
tekhn.1-ed.
[Erection of foundations under pormlafrost conditions; from
practice used in the Ilorilsk regionlVomedenie fundamntov v
usloviiakh vechnoirerzlykli gruntov; i:; ojr.-ta l.'orill.,3koFo raiona.
1.',oskva, Gosstroiizdat, 1c;62. 53 P. WIP'l ir-9)
1. Russia (1917- H.S.F.S.R.)KrasrKy:ir,9My ekonomichoskiy ad-
ministrativnyy rayon. Sovet narodnogo khozyaystva.
(Foundations) (14orillsk-Frozen ground)

j
"!st. d-~rm. i van. p
P.V. v;~-l ya
Vr Choy im~zni Kircva.

KUSHIEV, Yu. A.
Pem.eability of the skin to iodine. Vest.derm.i ven. no.9:1-1-15
161. (MI-RA 15:5)
1. Respublikanskiy kozlmo-.venerologicbeekiy institut (Leningrad)
(IODIDE) (SKIV-PERMUILITY)

XUSHMV Yu.A,
Poychosomatic trend in modern foreign derratology. Critical
review of the litdratureo Yest.derm.i Ven. 35 no,4:8-12 Ap
161. (MA 105)
I* Iz kafedry kozlmykh bolezney (zavo - chlen-korrespandent
A14V SSSR prof. P.V. Kozhirnikov) GoBudarstvennogo ordena Lenina
instituta usovershenstvovanlya vrachey imeni S*M, Kirava
(dire - dotsent A.Yes Kiseleva)o
(DMMTOIMY) (MEDIGIVE, PSYCHOSMIATIC)

KTAYOV, K.V.; LFITIMA, TS.M.; R'.IIRUA,-T~.~,,
Determination of the sensitivity of dysentery bacilli to antibiotics of
the tetracycline group using the diffunion in the agar method. Antibiotiki
1.0 no.6:544-546 Je t65. (KIRA 18:7)
1. Kafedra infektsionnykh bolezney (zav. - prof. V.M. Domrachev)
Krymskogo meditainakogo instituta i 2-ya gorodskaya Bollnitsa, Simferopol'.

=2 MANDROVAt Voss
PeatorQtAou Qf Wmpoleals in doep follo%AM. airmto
-l"dintlon and mposmv to 690. 'Wiobaolociie-
~
no*WO2.QO6 t65. On- z 18,22)

KUMIEVA, V.S. .(Moskva)
Combined effect of quartz dust and radon in an experiment.
Gig. truda, i prof. zab. 4 no.1:22--28 Ja 160. (MIRA 15:3)
(LUNGS-DUST DISWES) (RADON-PHYSIOLOGICAL EFFIECT)
(QUARTZ-FMIOLOGICAL EFFECT)

L 1381(jw6l.-, EWT(J:)/9WT(iVWS/tS(b)-
ACCMSION VHi AP300392T 8/0205/63/003/004/0523/05e8
AMORs Alekes LLX-0~-fa Me ?#I Mobneysp Ve So
TITM. Combined effect of omall.doses of external gamma, -irradiation Ld Strontium
90 ofi the h6matopoieaii of dois
SOURCE-. Radiobiologlyao To 3p,no. 40 1963s 523-528
TOPIC TAGS: gamma irredlation, strontium go, , hem-atopotesia, erythrocyte
reticulocyte,, grenulocyW# neutrophilo erythroblast, leucoery~hroblastlc index
ABSTRAM. A study of the combined affect of small donee of yllrradiation aad,
Sr90 on the hematopoiesis of dogs yjw conducted with three gr4ups of mongrel dop,
(a total of 17) wei&Ing 9 to 16 kg. Two dogs served as conti.ols. Group I was
subjected to y-IrredlatIon with daily doses of 5 r from a GUP-Co60-5 apparatus
at 1.67 r/hr for 3 hr. The cumulative dose amounted to 3855 red at the end of
the experiment,, which lasteA three years'. Group II van Injecied with Sr9O
(11.2 Vc/kg for 35 4sys, followed by I lie/kg every two weeks); by the end of t4c
experiment the cumulative dose amounted to about 508 red, which was more than
100 times the maximum permissible dose. The dogs In group III received half
Card 1/3

L 13910~-63
ACCESSION HRt AP3003M
the above doses of external and Internal radlation, Clinical examination showed
that, in Mearance, test animals subjected to the prolonged combined action of
Y-rays and Sr90 (for 3 years) differed very little fr= the controls. Investi.-F
gation of the peripheral bloo4 -and-, bone. tdarrow,, however, revealed, significant
disturbances in the hematopoiesis.of all tested animals. in grcvup I (external
irradiablon) the number of erythroblasts was normal or 634&ttly higher than
normal th-voughout the experiment. This probably vas-due to the discontinuity
of irradiation, which was beneficial to the development of regenerative processes,
in the organism. A marked depression In the formation of red blood cells was
observed in group 171.four months after the Initial Injection. However, the:"
erythrocyte content of the peripheral blood showed only slidat variations. After.
12 to 15 months, the w=ber of . reticulocytes in grou!? n increased by 200 to
325% of the initial,, after which the erythrocyte level increased by some 600.,000,'
The number of granulocytes decreaned to 60% of the normal. The number of neu-
trophils in the. peripheral blood decreased by 40% after two months and remained
lov throughout the experiment. The experimental data show that the externF%1
irradiation brought about a disturbance in the correlation between erythro- end
leucopoiesis which was manifested In Increased erythropoiesis sim-altaneoualy
with the inhibition of gramilopolesia. The Initial leucoerythroblastic index
2/3

LMO-63
ACCESSION NR: AP300392T
(1.9 to 2.0) decreased to 0.9 t* 1.0 pur months after the beginning of the ex-
periment. Orlg. art. has: I UWA and 2 figures.
ASSOCIATION- none
SUBMITM: 17May62 DM ACQt 3L5Au&63 EITCL: 00
SUB CODE: AN 90 REP Sovt 001 002
card 3/3

L 3-1,924-65
.ACCESSION ft. AT5006112 S/00001~4/000/000/0112/0116
AUTHOR: Kushneva, V. S.
~TITLFE, Accumulation of strontium-90in W4 sktleton of dogs after chronic
adrLinist ration of the isotope
SOLMCE: Rarpredeleniye, biologichesk6ye deystviye, uskoreniye vyvadeniya radio-
a-Ktivnykh izotopov. Oistribution, biological effect, acceleration of the excretion
of radioactive isotopes); sbo~nik rabot. Moscowj Izd-vo Meditsina, 195.4, 112-116
iTOPIC TAGS: strantium-90-T.radicisotope, radiation measurement, bone, radioactivity,-~
ABSTPACT: Study of the dynamics and ext ent of SOO accumulation in vi,~o a.-id evalu-
a'-irn of Absorbed doses in dogs after prolonged chronic uptake of'the *;'sotope with
food. After 3 years of ingesting Gr'30 (at first 11.2 vc/kg, then 35 days later I
tic/kg was regularly added every 2.-Weeks), the experimental animals differed very
little fnort-, the control in outword appearanc6, but several of the bodily syj5tems
were impaired, especially the trematopoietic organs, Radionetry of tail vertebrae
amputated 2, 6, 19, 2-4,-30, and 36-months after the start of the experiment revealed
the presence of strontium in the bones. The rate of deposition seemed to be con-
stant. But the concentration of the isotope va3 not the same in diffem-nt Part5 of~
Card 1/2

.4" Mism'-
ACCESSION HR: AT50061121
the skeleton. The differential-accumulation factor rar,ge-d ft~or-.i 40-5. 17hi-- ~icnrm-la-
tions established betweqn the concentrationa of rictivi4ky in the, tail vertebrae and
in other parts of the skeleton.can be used for. in vivo evaluation of tissuc doses
of radiation in various parts of the skeleton of animal's chronically expoGed to
Sr9G. They are also of value in determining the average amount of s~trqntium
throughout the body. --Orig.-a-rt. has 2 tables.
ASSOCIATION., none
SUBMITTEED: 10Apr64 EHM: 00 SUR q0DE: L&
NO REF SOV: 000 000
Card 2/2

-7777t7
L 53975-65
AMTSZM NR: AP5010337 VR/02,05/6~/OOVOW02n/o
AUMOR: Aloksandrova# M- P, Kushnevat VO S*
TITLE., Restoration-Of.h:emopoiesio in dogs following chronic
~gama-irradiation and attontium-90 administration
SOURGE: Radiobiologiya,. vo, 5# no& 2# 1965t 202-206
VOPIC TAGS: animalr dog#-chronic :Lrr&diation exposwep
gemma-irradiationp strontium-90# fractional radiation dose#
irradiation effect,, heviopoiesis, erythropoiesiop bone marrowj,
peripheral blood
ABSTRACT: Restoration of~hemopoieais was inveatigated In 3 groups of
dogs under the-following.conditionS4 'external ga=&-irradiation with
a daily 5 r done for 36,MoG (group 1),# administration of strontium-90
per os in a dos6 of A.2 rsicroourips ka and 3$ daya later administra-
tion of a I mioroourie/kg do-se eve i'weeks for 36 mos (group 2); A
and, gamma-irradiation combined with strontium-90, in doses'comprising
'0,.5 of the'doses adminiatered to groups 1 and 2# for 36 moo (group
Erythropoisole of bone marrok and peripheral blood changes were
LCOLI-1/3-

bone marrow after 36 moa~of irradiation. Cmpolon (1 ml) was
administered to 4 control animals and to 15 of the experimental
an4 als and then leukoe7te aounts (total number and
IM _percentage of
each type) were mad4 for the first 6 hre and after 24 hrs, Findings
show that prolonged action of small doses of external garm -irradia-
tion depresses hemopoiesial reducing the erythroblast and granulocyte
count5 of bone marrow by 40-60%, Leukopenia and thrombopenia develop
in the peripheral blood. Roatoration of hemopoiesis proceeds very
Olowln and oven a year after disoontiyrantion of irradiation, bone
marrcw and peripheral blood composition are only partially norwalized,.
Prolongad external gamma-irradiation or strontium-90 administration
in equivalent doses produces certain differences in hemopoiosis:
a) with strontium-90 administration# the restoration of certain
indices (erythroblastap thromboo7tes, and monocytes) is retarded; and,'-
b) with external gamma-irradiations, restoration of arythroblasts in
the bone marrow takes place much.'earlierp but is unstable,, Sorious
functional damage of hemopoiesis was disclosed try leukocyte 30unta
folloring oampolon administration, No further analysis of results is
2/3'.

".0>11NIKOV, A.
Sericulture - Chuvash
Raisine silk-worms on O&k. Kolkh proizv.., 12, Ho. 1, 1952.
9. Monthly List af Russian Accessions, Librar-f of Congress, June -195X, Unc-1.
2

BURGVITS, G.A., inzh.; DIANOV., I.M., inzh.; inzh.;
IAZARIX, Yu.G., inzh.; KENDYS', P.11.2 kand.tekhn.nauk
Use of high-speed shaft mills for coal crushing. Energomashinostroenie
7 no.10:19-22 0 161. 04I~ 14: 10)
(Coal, Pulverized) (Boilers-Firing)

KUSHNDL, A.
hadio - Aeceivers and Reception
Control of timbre in the "Rekord" receiver. Hadio No. 3, 195,3.
Monthly List of hussian Acces5ions Library of Congress, June 1953. Uncl.

KUSHNjfj, A.I. (KusbMr., A.I.]; KAZIMIRCHUKp Tu-A,(Kazymyrchukf W.A.];
M T 1i ky
tI&V_ATSKIY, S.M.C11.1ovatskyip S.14.1; MATSU , ' L.Cy, ate' i#
T.A.1, red.; KALASHPIKOVAp O.G.[Kalashrqkova2 O.H.], tekbn.
red.
[How we control soil erosion] Iak uV boremosia z eroziieiu
gruntiv. Kyivp Derzh. vyd-vo sillslkonospodarslkoi lit-ry
URSH, 1961. 12 p. (MIRA 1513)
(Ukraine-Soil conservation)

KUSHNIR, A. S.
Nurse- anO. Nuri;ng
?as-Ic ruler, for the ~-enernl care of ratients. 7-nviewed In, A. S'. 11-'ed. sestra
no. 2, 1952.
,V Li,-lt of Fussian Accessiolm, Library of Cm-ress, April IT~2. UNCLASSIFEr Ti.
r1onth!
I

1. MOVNIFIL A. D'.
2. USSR (600)
4. Nurses and Nursing
7. Conducting practical t rainink: in therapeutics in schools for nurses; from work
experience in schools for nurses. Med. sestra No. 11 . 1952
9. Monthly List of Russian Accessions, Library of Congress, r4kI%TnIIk= .1953. Unclassified.

KUSHNIR,-B.G._, gornyy inzh.; DUNATEVSEY, P.V., gornyy inzh.
Lvov-Vol.vn Basin In the seven~-.Year plan. Ugoll Ukr- 3 no-8:9-10
Ag '59. (MIRA 32:22)
(Lvov-Vol.rn Basin--Coal mines and mining)

I KU5HNIR, D. MI.
KUSHNIR, D. M. "The clinical characteristics of typhus in vaccinated persons", Trudy
Kishinevok. goo. med. in-ta, Vol. 1, 1949, p. 101-06.
I
SO: U-3261, 10 April 53 (Letopis - Zhurnal Inykh Statey No. 11, 1949)
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Yu,A -
U&WPhyeics -Absorption spectra
Card 1/1 Pub. 43 - 14/97
Authors g Kushnikov, Yu. A.
ritle Effect of nitrogen on the absorption spectrum of mercury vapors
Periodical Izv. AN SSSR. Ser. fiz. 18/2, 252-253, Mar-Apr 1954
ibstract The absorption spectrum of mercury vapors was experimentally investi-
gated In a mixture with N at a mercury pressure of I - 2 mrn and nitrogen
pressure of 200 - 700 mm of mercury column at temperatures ranging from
200 -2600 and 1100 - 13000 C' In addition to the absorption of the Hg atoms,
which were in a state of collision with the N2 molecules (quasi -molecules),
the author also observed the absorption of H atoms forming stable H N?
9 9
complexes (van der Waals molecules). The concentrations of above
mentioned and other Hg atoms were theoretically calculated.
Tnatitution Academy of Sciences Kaz-SSR, Institute of Chemical Sciences
Submitted ........

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I M

KUSHNIKOV, Yu.A.; IEVCMIKO, L.V.
Effect of properties of the eovent on the Raman spectra line
intensities of a solute. Izv. All Kazakh. SSR, Serekhims noel:
121-123 158- (MIRA 12:2)
(Solution (Chemistu)--Spectra)

AT, SETXVA, A.I.; GRIBRAN, I.G.; KALININ, S.K.Lj44%9W4XG*r_X
.1u.#
HARZUTAHOV, V.L.; FRISH, S.B., prof., red.; SHORO
red.; ROROKINA., Z.F., takha.red.
(Spectral lines of mercury] Atlas spektra rtuti. Alma-Ata,
1959. 6 p. (MIRA 12:10)
1. Akademiya nauk Kazakhakoy SSR. 2. Chlen-korrespondent AN SSSR
(for Frish).
(Mercury--Spectrum)

AlAkXSEYEVA, A.I.; GRINMAN, I.G.; XALININ, S.K.; OSHNIKOV, Tu.A.;
MARZINANOV, V.L.; IRISH, S.Z., prof.ired.'; -
red.; ROROKIHA, Z.P., tokhn.red,
[Atlas of the sp3ctrum of mercur'71 Atlas spektra rtuti.
Alrw-Ata, 1959. 1 v. (MIRA 14:1)
1. Akademiya rwuk KazBkhskoy SER. Fixiko-tekhnichookiy institut.
2. Chlon-korrespondent AN SSSR (for Frish).
(Mercury-Spectra)

XMSITOMLOVA. L.P~-,--KUSHNIKOV-,-Yu.A-; LFVCFMTKO, L.V.
lutensity of the eletronic absorption spectra of oolntions of
curbonyl compounds. Izv.AN Kazakh.SSR.Ser.khim. no.1:55-61 '59.
(MIRA 13-6)
(Carbon7l compounde-Spectra)

3/081/62/000/002/003/107
B149/B108
AUTHORS: Kushnikov, Yu. A., Levchenko, L. V., Krasnomolova, L~ P,~
TITLE. Intensity of the CoO line combination scattering spectra of
aliphatic compounds
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 2, 1962, 18-19,
abstract 2B95, (Izv. AN KazSSR. Ser. khim. no. 109), iq6i~
66-74)
TEXT; The intensity of C-0 lines has been measured in the combinat:on
dispersion spectra of ketonic aliphatic compounds dissolved in n-heptane.
It was found that the intensity of the C-0 lines depends on the direction
of the displacement of the carbonyl bond electrons, resulting from the
induction effect and the conjugation effect, in such a way that enrichment
in electrons of the C-0 bond is accompanied by increased intensity of its
lines. An increase in intensity also occurs in the presence of strong
electronegative substituents through the displacement of the non-.bonding
electrons of the carbonyl oxygen toward the carbonyl bond, FwA bstracter's
note: Complete translation.]
Card 1/1

_1~95 '~tL _e
11RVaW.451_3t1.NZ~~__F1Rr _~~7 `L'0~ M~
L 21341-65 EWT(m-)/EWP(J)/T. Pc-4 BSD/SSD/AFv%L/APGO(b)/ESDCgs)/ESD(t)
We j F. / PY,
ACCESSION NR: AT5001011 S/2850/64/011/000/0104/0107
.!~~:111..DR: L h1d
,yubman, N. ya. n, G.V., Kushnikov, Yu -A., Karts6va., I.I.,
Shostak, F.T., ima~~iyeva, G.K. C714
TITLE: Membranekased on styrene-formadehyde res .ins. Part 2. A study of the struc-
ture of styrene-formaldehyde resins bypfrared spectroscopy
h1h
SOMiCE. AN KazSSR. Institut khimicteskikli nauk. Trudy, v. 11, 1964. Sintez i
is,sltedovaniye vyaokomolekulyarnykh soyedineniy (SWthesis and research of high-molecular
compounds), 104-107
TOPICTAGS: styrene formaldehyde resin, polystyrene membrane, i .nfrared. spectroscopy,
polymer composition, styrene polymerization
AMSTRACT: Styrene-formaldehyde resins were prepared by a method described in the
first part of the paper (Izv. AN. KazSSR, Seriya Khim. i Tekhn. Nauk (1963), #3), involving
condensation in, the presence of 45% sulfuric acid andwhen 0. 5:1 to 3:1 molar ratios of
formaldehyde to styrene; they were analyzed by infrared spectroscopy of the membranes or
their solutions In carbon tetrachloride. The spectra, shown la Fig. 1 of the Enclosure
proved the absence of vinyl groups; thus. the reaction proceeda with the participation and
Card

L 21341-65
ACCESSION NR: AT5001011.
elimination of double bonds in the styrene chain. Oxygen fit bonded into ether and acetal
groups, and the -length of the acetil chain Increases with the feed concentration of formalde-
hyde. Aromatic rings do not form a part of the linear chain, vdiose terminals are formed
by hydroxyl. and i~iethyl groups.iKetone groups are present, but the low intensity of the
corresponding bands indicates a low concentration. ScIected structures for the chain of
styrene formaldehyde resin-- are proposed. Elemental composition, molecular weight,
specific gravity, and refractive index of the' studied specimens were determined and tabu-
lated. Orig. art, has-, 2 tables, I figuze, and 4 formulas.
ASSOCIATION: rhatitut khimicheakikh nauk, Akademiya nauk -Kazakhalwy SSR (institute of
Chemical Sciences, Academy of Sciences of the Kazakh. SSR)
SUBMWED: 00 EXCL; 01 SUB CODE: MM
NO REF BOV: 002 OTHER: 600
Card 2/3

KIRIYAKOV, Gleb Zakharovich; POMEARI-7V, V.D., akadei lk, retsenzent;
SOTIGIVA, O.A., doktor khir, nauk, retsenzent; KA,,,IAN'OV,
3.11. doktor khir,,. nauk, ret.,enzent* YU51211KOV Yu.A.)
kandj. khim. nauk, retsenzent; IIAT~',~~,~, 1"K~O,
khim. nauk, retsenzent; KOZD'., L.F., kand. khim. nauy-.,
otv. red.; IVANOVA, E.I., red.
(Electrode processes in suln.,ric acid o-lutiono of zJ.rcl
Elektrodnye protso-osy v cernokiglykh rtastvrva~h toinka.
Alrrz-Ata, Nauka, 1964. 186 p. (VTcA 17.12)
1. Akade:.iya nauk Knz.SSR (for Por.omavcv).

M08
0 SOV/137-59-5-10745
Tran-slatIon from: Referativnyy zhurnal, Metallurglya, 1959, Nr 5, P 183 (USSR)
AUI-HORS. Pirkin, V.D., Kushnikova, L.K.
77__==~~ _YA
TITLE! InvbztIgation Into Alloys of the q2ppe.--Mangane_,~ -Silicon Sy!Ft,!~m
PERIODICAL., Sb, nauchn, tr. Nauchno-tekhn. o-vo tzvetn.. metallurgii, M03k.
Ln-t tsvetn. met, i zolota, 2.958, Nr 29, pp 1.8 - 25
ABaTRACT: The authors investigated Cu alloys with I - 12% Mn and 1 - 4% St,
At 7300 - 75000 the Cu alloys were 2ultable for forglngs. 15c-
therimio and polythermic cross sections of etru~.tural diagrams
WAre plotted. Two phases were reve&l-~di the 0( solid solution
of Mn and Si in Cu and the P -phase (possib.4y n,,,S.L ) . Part of
the Cu alloys, quench-hardened at 900'6C, had a 114ull phase. It
was established that the solubility of Mn and 31, changed sharply
with changing temperatures. As a result of inves-igations Cu
alloys were selected adopting a high hardnqss after cra,_%nch-
Card 112 hardening at 8000C and tempering at 400C, in quench-harde-ned

81508
SOV/137-59-5-10745
Investigation Into Alloys of the Copper-Manganese-Silicon System
state the Cu alloys are very duotile ( S 3~ - 50,,%), they have 3atisfactory
strengt,h after tempering ( CT 6o - 70 kg,/mm ). Cu alloys may replace Sn-
bronzes and some NI oontaining bronzes.
A.P,
Card 212

1j,
or Kinoirs Of oil the sulface of oil.
dli:ml minerals of heivy tileVil-I in Polation. S, 1. ~MitrA-
f and
I -rlqI. trans
lation).-Sm C.A.4~j 1384',.V. If I it
C-3)

k/Kinctics of fv:amU'on of suMde filmn *a th-~ surface if
011141ed miner"lls of 9, 1 Milro-
Fillov. 1, A. Strigin,Y. C.. Kushiliko..u. will G. I'll 1~11,i:"N-
L
cn)~ K0,14,zhul'. 17 ).--1 tic 51,15V r (bc-
causr a ioll exeltalge) of s1from a win. cf
(1), tuatirLite (H), and vhrysx~,lla (11f) Incrvkn,!d with
tinw. 111114 Comm-, r of No acraftling to r - ra, and r
U4, when I was 10-31rmx c wtL% 0,02-0.0 ff.x, and r wxi
V-1, thiln 220 m4 1g. ~-r Y, in and n usu.-Oly were - OX,
Le. the mte of suliidi fifm fornution as detd. by diflusion;
only at low #crop. "d low C. M was About 0.3, i.e. Wall d0d.
hy dwat. re~lctiun. Tile n4tc $1,141 wat IteMer thr hightf
r4rlop , -0114 lh~ djolmorm (Me 14 tl(~OvAtlfirl %f4% ON) mul ' . .
1:~11jillijq 1,q I jjjj,l 110 twjvjflel~i J' qtul ',jflj
it I i C I' oll I lulz 1 11 - ltvl -(, nr;tr 1) -,~r C4,tj, lclbf v I tv %I I ~t C',
lotrmoi'm of CrAlold.11 Ilbs at hirlitr I'll, on It and
lit tiLctraictl when pit ir"castif frotu 8 to 11. Th-! sulfide
film on I %as gra(lually rtmoved by agitation In tap water.
morantpli8thanat 11*11.), a-td C5;.,Ciajjy when the fill.-H
coutAlmd quartz saul. The amt. of S taken up by I tq.
cin. of 11 or Ill in the usual rovidilions of flovai,,ln %va% 0.013
U10 0.003 Ing.. top. J. J.

SOV/136-58-6-11/21
AUTHORS; Mitrofapov, S.I. and Kushnikova V G
TITLE: Kinetics of the Sulphidisation of Smithsonite and
Calamine and Collector Adsorption on their Surface
(Kinetika sullfidizatsii 8miAsonita i kalamina, i
adsorbtaii sobiratelya na ikh poverkhnosti)
PERIOD.,CAL: Tsvetnyye Metally, 1958, Nr 6, pp 62 - 65 (USSR)
ABSTRACT: The conditions for the sulphidizing of the important
oxidising zinc minerals smithsonite and calamine, res-
pectively, from the Tetyukinslvye and Tayninsk&je deposits,
and the adsorption on them of collectors has been studied
by the authors with the aid of radioactive isotopes
(S35 and P32 ). The minerals were ground and the
-0.3 + 0.15 mm. fraction screened out. 10 ml of a sodium
sulphide (sulphate-free) solution containing
S35 were taken with 0.5 6 of mineral for the sulphidisation
experiments, the radioactivity of the solid separated
after a given time and washed uader standard conditions
being determined. The effects on sulphide adsorption
of its initial concentration (Figure 1), of pH (Figgre 2)
of mixing time at different temperatures (10 to 67 C)
Cardl/3

SO'1/136-58-6-11/21
Kinetics of the Sulphidisation of Smithsonite and Calamine and
Collector AdsorptIon on theIr Surface
(Figure 3) were studied as well as the influence of
potassium-xanthate concentration on its adsorption an
calamine for various,,:tates of sulphidisation and a(iti-
vation (Figure 4). Tests on adsorption were also i.,arried
out, showing the influence of pH on -the recovery of
calamine in the concentrate and adsorption of butyl
xanthate on it (Figure 5), of mixing time at various
temperatures (Figure 6). Comparison of the curves shows
a parallelism between amenability to flotation of the
minerals and adsorption of the collector, especially
evident with simultaneous action of a depressor for a
constant consumption of collector (Figure 7); the range
of parallelism otherwise is limited (Figure 8). The
authors' give equations for the growth of the sulphide
2ilm and the adsorption covering by diethy1dithiophosphate
and xanthate on the minerals. The apparent activation
energy Xor the sulphidisation of calamine and smithaonite
are givon no 5540 and 38,110 cal, nnd thAt for the
adsorption of dithiophosphate and isoamyl xanthate 2400 cal.
Card 2/3

Y
30V/13'
Kinetics of the Sulphidisation of Smithsouite and Oalamine -and
Collector Adsorption on their Surface
Sulphidisation lowers the adsorption of xanthate on
calamine; adsorption of collector rises 6harply on
calamine and smithsonite after activation by copper
sulphate, especially after 5ulDhidisation before
activation; however, elevation of the concentration
above a certain level lowers the adsorption of collector.
There are 8 figures and 2 Soviet references.
ASSOCIATION: Gintsvetmet
Card 3/3

MITROFANOV, S.I.; -KUS)INIKOVIL) V.0.
Adsorption of diethyl dithiophoophato and butyl xanthate on the
surface of sulfides in an acid medium. Sbor.nauch.trud.GIlriSVETI,~r.T
no.16:9-24 '159. (KIRA'14W
(Adsorption) (Flotation--Equipment and supplies)

MITROFANOV. S.1.; KUSHNIKOVA, V.G.
Adsorption of brutyl xanthate on pyrrhotine. Sbcr,nauch,trud,
GINTSUMOZ no,16:256-32 159. (MMA 14:4)
(Flotation-Equipment and supplies) (Adsorption)

MITROFANOV, S.I.k KUSIINIKOVA. V.G.
Studying the sulfidization of oxidized zinc minerals not readi:L7
processes by flotation, Sbor.nauch.trad.GINTSVLTMEET no.16.-33-40
159. (NIU 14:4)
(Flotation) (Zinc ores)

MITROFANOV, S.A.; KUSHNIKOVA) V.G.
Collector adsorption on smithsonite and calamine.
GINTSVEMEr n6.16al-49 :159.
(Adsorption) (Zini orea)
Sbor.nauch.trud.
(MIRA 14:4)

KUSHMKOVAI VIGI
Studying thefloatability of smithsonite and calamine& Sborynauche
trudeGINTSWMI no.16:50-62 159. (KM 14:4)
(Plotation) ' (Zino ores)

MITROFAITOY, S.I.; KUSHNIKOVA, V.G.
Effect of PH on the adsorption of tridecylamine on minerals.
TSvet. met, 33 no.10:1-4 0 16o. (MIU 13110)
(Flotation-Equipment and supplies)

MITROFAE'OV, S.I.; XU.SHIIIKOVA, V-G.-
Effect of the liquid to solid ratio on the
xanthate on sulfides. TSvet. met. 34 no-
(Fl.,tatior,-Equipment and supplies)
adsorption of butyl
4:67-68 Ap 161.
(MIRA 14:4)
(Adsorption)

KITROFANOVp S.I.j KUSHNIKOVAO V.G.i,Prinimal u'ohantiye.- GAYDARZT11YEV,
8,6,, inzh,- ---, ' " - -- I
Effect df temperature on the adsorption of tkidecylamine, on
Smithionite and oth.ar minerals. TSvet.met- A no.11;17-19
N 161. (MIRA 14,.11)
(Flotation-Equipment and supplies)

MITROFANOVY S. Lj KIOMIMNA, V,G~
Adsorption and dosorption of tridecylardne on ciunXt7. in connfj~tion
with its floe *e~lbil I ty., Go% zhu(., no.3 79 I!r 162. (m Fu, I,
1. Goouctaystvennyy nmuchno-ianicdovate"Oaldy Institut tovetnyl-h
metallov., Moskva.
(Quartz) (Flotation, - Equil -ment -.nd mipICU-no) (Adnorption)

MITROFADIOV, S~I.; USUNIKOVA, V~G,,
Effect of the xanthate chain lengtij on tht3 kinetics of ITa
adsorption oa the surface of pyrit.?,, and galan- c,--
and its desorption b7 sodium sulftd!~~, SWv. nauch. trud.
Gintevetneta no.19t19-,21 962. (MIRA 16,7)
,F].otation-Equipment and auppl',,~s)

KUSHNIKOVA, V.G.; MITROFANOV, S.I.
Collector desorption from mineral surfaces. Sbor. nauch.
trud. Gintsvetmeta, no.19:22-33 162, (MIRA 16:7)
(Flotation-Equipment and supplies)

MITROFANOVp S.I.; KUSHNIKOVA, V.G*
Sorption of copper and zinc cations on certain minerals. Sbor.
nauch, trud, Gintovetwta no.19-34-39 162. (MDU 16.7)
(Flotation) (Zinc) (Copper)
1; 11

NUSHNIKOVA,,Y.G.; VAN YUN-DE[Wang Yung~tieh]; MITROFANOV, S.I.
Adsorption of sodi= dieth7l dithiophosphate and copper cation
an pyrrhotine. Sbor. nauch. trud, Gintevetmeta no.19:40-43
162. (MIRA 1617)
(Flotation) (Pyrrhotite)

V. f I
': ", ROTANOV p ;. 7 . ; ~o,;;:11 I y 11.
,~,7 f) r"; 1- 1 or I of c 11ron"i I ~,m -! ompounri c.,1 ju-, -L' i r-,!) m ir~l 13 ~au r ing t -a
1 - ~5 - I,' e I ~,.
It i;,~ ; f, t on of til c1, roratfo . T.3v.-, t . !-.f3 t - 37 m . ~ , 1- '1 6
A
("'T'Ll a'!:9)

MIMOFANOV, S. I.; KUSHNIKOVAt V. G.
"Selective adsorption of tridecylamine on sulfides in relation to their floata-
bility.?
report submitted for 7th Intl Mineral Processing Cong, New York, 20-25sep 64.

MITIROFANOV, S.I. (Mubkva)j KUSHNIKOVA, 'v.G.
Effect of potACBIUM hichrumafe ard .9odium suilliae on amine adsorptior
on heary metal sulf,"Ides In connectivn ~.'.Lh their flat-Pbillfy. Izv. AN
SSSR. Hot. i gor. dblo no.5?167-171 S-0 16!,. (vaRA IL82.1)

KOZLOV, TA.K., inzh.; SAYIN, G.P.. luzh.; KUSMIIKOVA. Y.S., insh.;
TONKONOG, V.A. -
'Dies for forging and stamping power presses' by D.E. Shaposhnikov.
Reviewed by IA. K. Kozlov and others, Vast* mash. 38 no. 6:85-86
j6 158. (HIRA 11:7)
(Dies(Ketalworking))

KUSHNIR, A., general-mayor tankovykh voyak
A vast knowledge is needed for inatimating and training. Voen.
vest. 43 no.10:68-70 0 163& (MIRA 16:12)

ACC NRiAP6032121 SOUi~6t--66bj-;-:--Ltk/03-46-/66-/666-/010-/C~Ci
AUTHOR: Chernyahev, V. V.; Burtsev, V. I.; Kushnir, A, T.; Orlov, V. At
ORG: none
TITLE: Immunity to plague in weaned piglets vaccinated with an
avirulent, dry,'vaccihe aerosol
SOURCEt veterinariya,,no. 10, 1966, 36-38
I
TOPIC TAGS: Immunity, plague, pig, biologic aerosol, veterinary
medicine, vaccire
The time required for vaccination to proauce errective
ABSTRACT: immunity, and the duration of immunity, were studied in
piglets vaccinated against plague with an avirulent, dry,
viral vaccine in aerosol. Healthy, two-month-old, weaned
piglets, taken from:both vaccinated and nonvaceinated
sows, were used. Table 1 shows the results of the attempt
to infect piglets, some of which were vaccinated by aero-
sol and some intramuscularly, with plague. The experi-
mental data showed that by far less vaccine is required
for aerosol than for intramuacular vaccination, and that
immunity develops after, and is effective for, approximately
the same periods with both methods.' The authors suggest
that wide application of this efficient method will save
D~rAj/-3-cons iderabla time. !a!-frLTmff workers. 1-6
9dd-75-097 36 - is

NRj
Table 1e Results of attempt to inject piglets vac-
.cinated by aerosol or Intramuscularly against plague
(virus done 1*105 LDSO al)
a
0
4 Vaccine dose
.*7 TIma of infec-
a a a tion afta ~dv&c;
.0 cination aye
C Reault of
4 awl-ol e-1 owl omi"wisowles injoetion*

At.X NRtAeuuj;di21
0
C
a :1 %4 . n
rv
PI
W. 0
. a n

9: 0
0 0 to M n 0 rt
n 0& ,
0.

a Vaccine dose

0 0
', t,
0
Time of rn-re -c-
WA 1-&
0 9 9 tion afte
v
c
I
0 0 cination
d&
;B
T

0 -4 --4 --4 --1--4 --4--i --I Result of

ion*
inject

Orig. art. has: 1 table

CI
El

IWA-50; CBE No. 14
(ELi
Cr
0
SUB CODE: o6/ SUBM DATE: none/ ORIG REF: 005/ OTH W: 005

KUS.M.IRS. A~.; TURFMOVI V.P.; BELICHINSKIT, V.A.
"Geodesy in construction" by N.K.Farenbrukh. Reviewed by A.E. '
Kushnir, V.P.Efremov, V.A.Bellddnakii. Prom.stroi. no.10i
56-3 of cover 162. (KERA 15t12)
1. Kazgiprotsvetmet.
(Geodesy) (Building)
(Farenbrukh, N.I.)

DROBINSKIY, I.R.; KUSHNIR) D.M.
Results of the parenteral use of tetracyclines-in reckettsial
and other diFeaqes* Trudy Kish.gos.med.inst. 13359-69 '60.
i (MIRA 16s2)
I# Karedra ipfektsionnykh bolonney Kishinevskegogosudarst-
vennogo moditainskogo inatituta.
(TEMCYCLIME) (RICKETTSIAL DISEASES)

FI.A. lKwAinir,
SymbolAcal methods for thO 301-tltiotl 4-if difj';~ roll fi,
.j]. ~qUjti~)n3 in
the early period of development of' theLr th~~ory. Ist.-mlat.. zb.Lr.
3:37-49 162. (MMA 16:10)

AUTHOR: Spivak, G. V., YurasOva, V. Ye., Kushnir ,
Prilezhayeva, I. N.
TITLE: Installation for metal etching by ineans of Ion Bomb:~t:Eqzent
(iUktanovka dlya Travleniya Metallov Ionnoy Bombard-
irovkoy (UIT-1)).
PERIODICAL: Priboi~r i Tekhnika 13;ksperiwnta, 19'31/, ITO. 2,
pp. 106 - 110 (USSR).
ABSTRACT: Cathode sputtering has lately been widely applied to
structure investigation of metals, alloys and dielectrics
(Ref. 1). Its advantages compared with chemical plating
have been discussed in Reference 2. Technical delails of
such installations have been described in References 3
and 4. In the present article the authors give the
description of the UIT-1 (Mr-j) installation, thought to
be much more efficient than the existing ones, mainly
because of the availability of necessary conditions for
plating at high temperatures. Similarl7-to the installation
described in Reference 3, the UIT-1 (~W-1) permits
accelerated sputterinS of a particular sainaple under forced
regimes at high potentials and, similarly to that described
in Reference 4, permits evaporation in a gaseous stream.
Compared with other typez, UIT-1 (Yk4j7-1) ha-- the following
Card 1/3 advantages. It permits simultaneous sputterinr of three
.1

12(1-21-29/37
Installation for Metal EtchinG by Tilleans of !on Bombardr-ent.
samples (as compared with one in the installation described
in References 3 and 10; this enables _-apid evz:-.1-aation of
the best conditions for ion plating. A special arrange-
ment for inserting the heated sample is provided, enabling
the temperature to be moni~ore'. The tamperature may be
varied between 100 and ?00