SCIENTIFIC ABSTRACT NAZAROV, S. S. - NAZAROV, V. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136310004-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

NAZAPd)V. S.S., knnd.vpt.nauk
=6rW--n-miIca nf local origin fnr gaptroint"atinal ailnnntfl
in ealyms. Vatorinariin 15 n0-8:71-73 Ag 158- (MRA 11,9)
1. Novoolbirskaya nauchno-iseledovatel'skays vat"rimirtifty'a Ptantairs.
(Colves-Diseames ana posts) (AlimAnta" canal-Dinearea)

MAZAROV. S.. kand. vet.nauk.
Tissue extracts. Hauka i pored. op. v eel'khoz. 9 no.2:53
F '59. (KIRA 12-3)
(Tissue extracts)

NAZAROT, S.S.
Iffect of pyraldine on the facetional state of the raticulo-andothelial
system. Farm.1 talc@. 22 no.5:445-44,6 S-0 159. (XtRA 13-3)
1. T-aboratorlya farwakologil I rastitellnoy terapil (zavedWushchiy -
kand.weterinmLrafth nauk S.S. Maxarov) lovosibiralroy nauchnoy-looledo-
vatellskoy voterinarnoy stantall.
((VlllDLIVIS pharvacol.
(ANTEMIMMICS pharsacol.)
(RXTIMWIX HELIAL STS'IIX pharmqcol.)

MAZAROV. S.5. kand.yet.nauk
Use of SaWlsorba offtcinalle in Infectious waginitis and balanItIo
in cattle. Taterinariia 36 n0.2:74-75 7 059- (MMA 1212)
1. Novosibirskaya nauchno-iseledovatellakeya voterinarnaqa stantsiYa-
(Cattle-Diseases and Pests) (Sanem-11sorba)
(Generative org&ns--Disesses

NAZAROV, S.S., kand.vaterin.nauk
Applying the meadowsweet Fillpendula u1maria in gastrotestiral
diseases of young farm animals. ZhIvotnovodstvo 22 no.2:60-61
F 160, OURA 15,11)
(Veterinary medicine) (Alimntw7 canal-Diseases)
(Queen of the meadow)

NAM07, S.S.
Toxicity of mom chmical poisons to honey bees, Zeshch.
rant. ot vrede i bol. 6 no.6426 Ag 161. (KM 15:22)
1. N&uchvo-is#3Adov&t~l'skiy institut pcheloyodstva,
Rybuoye, Ryasanskoy obl.
(Bees, Effect of spraying and dudting on)

NAZAROV, j.
Treatment of infectious putrefact17e di mazes (foul brood) of bees
with furazolidon (F-60). Yestis Latv ak no.8:71-74 '61.

XAZAROVO S.S., k&M.voterinarnykh nauk
Furasolidone against foul brood diseases. Veterinarila 38
no.1007.58 0 161. WRA l6s2)
1. Hauchno-iseledovatellekly Institut pcholovodetva.
(Foul brood, European) (Furazol-idone)

~A;~~t 3..#4 kwO. vaterinar. nauk
Do not pendt be** to fte from poisoning. Zashch. rast. ot
v"d. I 1Q. 7 no.lOil2-13 0 162. (MIU 16s6)
le TAStitut pchelov0detva, poselok Rybnoye, Pqwanekoy oblasti.
(Beets, Effect of spraying and dustine on)

NA kROV, StfiFari S*(jp.rcv I
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[Protor-ting buer agriinot by ch(-uicall-ij Okhru-q
che I o1 0t rziv I ,,ri A a In ami . M~ ;kvlj, I M-v
Ml I r, p r- ki z. a ~ SFS ~, . I'- ~ .;52-, 1 ~-: -

NAZARCV, S.S., kftnd vaterin.nauk
flow to prevenL poisoning cf tees by phosphamide. Za s hr h . r,i., . .1.
vred. i bol . I no.3:39 '(d.. 17:j. '
1. InstItat pcheInvodstvR, Pyhnoye, Ryazanskoy oblDsti.

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UM/WeldUW - Wthods im 19471
Gamma rays
"Control of the Quality of Welding Joints by Radio
and Gamma Rays," S.T. Nazarov, 4 pp
"Avtogennoye Delo" No 6
Technical discussion, Illustrated with diagrams
and graphs and two microphotos, to the effect
that the method has proven satisfactory and that
there is a practical possibility of its successful
use In the manufacture and repair of welded pro-
ducts of very thick metal.
14T3

NAZAROV, S. T.
?Iapriazhenila v protsesse avarki. MosKva, k:l SSSR, 1948. M r.
Strains and stresses during the welding process.
PLC: TS227.,*18.
SO: Manufacturing and Mechanical Engineering the Soviet Union , Library of
Congress, 1953.

NAZAROV, S. T.
Otsenka kachestva svarnogo soedinenila po rentpenovskomu snIm!:,i. Vestn. Mash.,
1948, no. 6, p. 21-11)
Evaluating the quality of welded joints by X-rays.
bL-': TN4 - V4
SO: Manufacturing and Mechanical Engineerinr the Soviet Union, Library of
Confress, 1951.

NALW~10,11,~ T
and MRPTV, X. *,',.
Avtomaticheskaia ~ugov3ia ellektroavarka. I'oskvj, 1149. 27? ~. 111-s.
Fitliography: 1- (1- 1 1
Autorm~ic electtic fire w-~d4v.
- LC. I'Y~. ~4 , . J~a.
'DO: Mantfneturing and - chanic9l Engine-rinv in the Sovitt ',ninn, :.irr--:-.v --f
Congress, 19113.

- !IAZARi~V, S. T.
Kontrcl' kachestva svarnykh soedinenii. -'oskva, Mashriz, 1')5,. 224 r.
Control of the quality of welded Joints.
SO: Manufacturing and Mechanical Engineering in the Soviet Union, Library of
Congress, 1953.

KAZAPOVv S.T.
~Ataoaewina - Woldin% NstWds Avg 51
"Welding Rods for Reinforced Concrete by
N. G. Slavywov's Method," Docent S. T.
Nazarov, Docent I. S. Dmitriyev, Cand Tech
Sci
*Avtogeo Delo" No 8, pp 6-9
Describes expts for application of bath
method'of elec-arc welding using ac or
dc welding machines. Quality of welding
by this method may be easily examd with
the aid of gamms-rays. Equipment is con-
venient for transportation.

NA,2A RcWl

21,t

114 h L Ii t, r, V, -1, 1
SIATTANDI, 31kolay Oavrilovich; KWWT, K.K., akadculk- NAZARGY S.T..
kiandidat tokhatcheakfth nauk; MOM'. B.1., toIr9fcTe-sFTT#-r7;Mor
(BlectrIa metal casting] Blaktrtchaskaya otlivka metallov. Kooky&.
Goo. nsmobno-tokhn. Isd-vo uashinostrott. Itt-z7, 1954. 92 p.
(rowding) (BlectromoUllaW) (WAA Rt3)

NAZAROV I F.
"Use of Radioactive Isotopes to Locate Defects in '.,.elding and Cast Metal Ptecee,O
Report presented at ConfrTence International des Mett,ods Nondestructives, - -,-28
MaY 1955
Translation M-827, 13 Oct 55

KAZARDVI S. T.
"The Application of !Ia,II,)activr, :-otoper, Ii "Iammn-Ray ~txkdl-jrra, %y," ri -,a:,,~-r
, rI. .
pre,,~ented at tne Atom for Pence Conference, Geneva) Switzerland, IT ,

NAZA.AOV, 3. T.
"Selecting gamma ray energy for X-raying aat&lgn,, appearing in the wDetection
of Defeat@ in Metals by Gum - Collection of FaperO, (Gaxwa Defektoakopiya
Metailov - Sbornik Statei), published by the AcadawV of Sciences U3M,, p 70, 1955.

Strength Proble= aud Weicing
,)v7!- ia
C suporaorAd methods.'
YO, i PI;~

NAZAIOV. S. T. and GORYACHEVA, K. G.
"Determining the defects in angular welded sesma by g&=& rays from isotopes
of cobalt-W iridium-192 and assluni-137". appearing in the "Detection of Defects
in Metals by Gamma - Collection of Papers", (Gamma Defektoskopiya Ketalloy -
Sbornik Ststei), published by the AcadeW of Sciences USSR, p 74, 1955.

WAZAROW :.. r*d&ktor;TMLXS91V.9.L.. mdaktor: ROMICE3VA.U.I.. takWd-
"L"~"Cs alkly redaktor
(Using ga~ rays In defect detection of metals] GKOW-defoktooko-
piia metallov; sbornik statel. Moskva, 1955. 142 p. [Nicrofilm]
(KI&A 9:3)
1. Akwieuiyu P-uk SSA.
(Gaam rays--ladustri&l appliostions) (NotallograplW)

NAZAROV, S.T., kandidat takhnicheakikh nauk; PAMOV, Tu.P., iazhoner.
Welding control by ultrassaice. [Trudr] KM zo.37:Z406-254 155.
(Ultrasonic waves-ladustrial applicatiess)(Wolding,-Testiag)

GLABILIN, Anatliy Nikolayevich. kandidat takhnichaskilch nauk; DUBININ,
Rikolay Petrovich, kandidat takhnichookikh nauk; ZHBVTUMOT, Petr
Prokhorovich, kandidat tokhnichaskikh nauk; KRASAVIN, Vasilly
Stepanovich. kandidst tekhnichookikh nauk-, RAUROV, Sergey Tikho-
novich. kanlidat takhn1rheskikh naak; PANOHMO. tonstan-tin
'Petrovich. kandidat takhnicheakikh nAuk; POPOV. Viktor Alsksandrovich.
kandidat takhnicheskikh nauk; POPOV. Tevgenly Aleksandrovich. kandt-
dat takhnicheskikh nauk; HASTORGUYNT, Ivan Sergeyevich. kandidat
takhnichookikh nauk; STOROZHRV. Mikhail Vasillyevich. kandidat tekh-
nicheskikh aatxk-, XONSTANTINOY, L.S., kandidat tekhnichosicikh nauk.
red.aktor; ROZENBM , G.A., kandidat takhnicheskikh nauk. radaktor.
MODAL', B.I., tekhnicheskiy radaktor
[Technology of metals) Tekhnologiia metallov. Pod red. N.P.Dubinina.
Izd. 2-os. Moskva. Goo. nauchno-takhn. izd-vo mashinostrolt. lit-ry,
1956. 550 P. (KLRA 9:8)
1. Prepodavateli Moskovskogo Vyschego tekhnicheskogo uchilishcha
in. Baumana (for Gladilin. Dublain, Zhevtunov, Zrasavin, Nazarov,
Panchanko. Popov. V.A.. Popov. Ye.A.. Raotorguyev. Storozhev)
(metallurgy) (Metalwork)

fl V) Z_ f t f -, I,V
SUBJECT USSR / PHYSICS CARD 1 / 2 PA - 1732
AUTHOR NAZAROV,S.T.
TITLE -TEe ~Int~rnational Scientific and Technical Exhibition on the Peace-
ful Use of Atomic Energy held at G~teborg.
PERIODICAL Atomnaja Energija, 1, faso. 5, 152-156 (1956)
Issued: 1 / 1957
On the occasion of this year's annual Swedish Industry Fair (May 1956) an ex-
hibition on atomic energy was organized for the first time. Sweden, USSR, USA,
France, England, and Denmark were among the exhibitors.
In the Pavilion of the USSR models of atomic electricity power plants and re-
actors were shown in operation, as well as, and in particular, a model of an
electric power plant for 200.000 kilowatts, various apparatus for the radiome-
try and the control of technological production proceseest a collection of mine-
rals and uraniferous ores, and medical apparatus. Research results obtained with-
in the field of radiochemistry, the application of radioactive isotopes in agri-
culture, biology, geology, and technology were demonstrated by posters dis-
played on stands. Apparatus produced in series in 1956 were shown for the first
time.
Among the exhibits in the Swedish pavilion, above all those of the Royal Hydrau-
lic Power Plant, namely the models of two nuclear power plants at preeent being
built in Sweden, deserve mention. One of them, the "ADAM" power plant at
Vaesteras (for heating purposes) has a.power output of 75-000 kilowatts; the re-
actor works with natural uranium, and heavy water is used as a moderator as well

Atomnaja Energija, 1, fasc-5, 152-156 (1956) CARD 2 / 2 PA - 1732
as for the purpose of heat transfer. The second atomic power plant "EVA" with
a power output of 100.000 kilowatts and a reactor similar to that of "ADAIV
is to take up work in 1963. Sweden is poor in rich uranium ores, but rich in
poor uranium ores with an uranium content of from 0,03 to 0,3%. At Quantorn
there is an experimental plant for the enrichment of uranium. Considerable
interest was aroused by a model of the test reactor which usea heavy water as
moderator and coolant and is at present at the Stockholm Technical High School.
Further exhibits: The application of radioactive isotopes in Industry, photo-
graphs of a UN DE GRAAFF generator and of a mass spectrograph, and 80-channel
spectrometer for 0- and rays (Laboratory for Swedish Defence), a device,
mounted on an automobila,orf-or the investigation of the radioactive oontamina-
tion of the air (Caroline Hospital, Stockholm), apparatus for the detection of
radioactive ores, etc.
The USA pavilion above all contained models of nuclear power works. In the French
pavilion materials for the reactors of the great metallurgical firm of
PECHINEY arouzed interest. The firm of GACHOT exhibited tubes, plates, and other
products from TEFLON (tetrafluorethylene). In 1956 and 1957 four reactors will
be put into operation in France. The Danish pavilion , among other exhibits, con-
tained the project of an atomic power plant, and the English pavilion contained
exhibits of several firms.
INSTITUTION:

NAZAROV, S.
Utilization of radioactive Isotopes in Industry of Soviet Union. p. 16.
(Tekhniks, Vol. 5, no. 6, Nov./tee. 1956, Bulgaria)
SO: Monthly List of East Etwopean Accessions (EEA.L) LC, Vol. 6, no. 6, June 1957, Uncl.

14mov, S.
Soviet Scientific and Technical Exhibition for Peaceful Use of Atomic Energy. p. 1.
(RADIO, Vol. 5, qp. 12, 1956, Bulgaria)
SO: Monthly List of East European Accessions (EEAL) LC, Vol. 6, no. 6, June 1957, Uncl.

DIMMIll. jilkolay iletr-o,- tskilniclesKia' aauk; ?elr
Prokhorov 1,2h. kt' usu,,. zlVRQ-t-;-. -Achail
Ira, ~.j1haskikh wqk; PLeOV. enly Alakson-
arovich; ~-Jlonovich' ca .1a t toc+., ic'6. r.1-1k;
aLisVILIL'a, nauk.
A:itn~)AVlh. Vas' I 1y n v A. Ira ad L" t tai c. lchoit t- ;.&u;-. , ?1kikif,10.0.
4cnntfjnt!r ?ctrt v. L,;.5t t*khrAcijev,*Ph navi; .V, V.%ci,r
~:~ergeyuvlcl knT I ;ke-h~bkikb naW ~Ji.&Y--HUr I.,. Y(! L
_y mdvk*t or. 1401--' . 1. 1. I.nichei~~ ty
red-i-ktor
t Technolci-.., oriis met& I lov _'~)d P.?.Lutlaina.
lzd . '4-6. .1 t . I" t - ry,
1957. 56-
k Fiat a I*

Y 4 "Z /I/ A'
Translation fion~- ReferativnVy zhurnal, Metallurgiva, 1958, Nr Z, p 12S (USSR)
AUTHORS. Nazarov, S T , Panov, Yu P
TITLE Experience in Autornatic Welding of Thin Steel Objects Qz opyta
avtomaticheakoy svarki izdeliy iz stali maloy tolshchiny)
PERIODICAL. V 9b- , Prochnoor i avtomz~tizatsiya svarki ~MVTU, 7 1)
Moscow, 1957, pp 124-128
ABSTRACT: The techniques and equipment used in welding beams of com-
plex shape, consis,ing of a number of formed elements of 1-2 5 mm
15KhF steel, is described Automatic welding with Sb-iA wire,
2-3 mm in diameter, under FTs-6 flux was employed The welding
schedules are described in relation to the thickness of the metal
being welded An optimum sequence for making the welds to pre-
vent distortion was found High stability of the welding regime
was attained by using an ADS- 1000 welder of improved circuit
design and a welding head with thyratron regulator. the circuit of
which is adduced. in welding metai I mm thick The source of
current was an SUG-Zr generator with a ballast rheostat connected
in series
Card 1/1 A L
1. Stael-Wolding 2. W*1ding-Equipwat 3. Welds-Doformation

NAZAROVJI F.
Methods and apparatus for controlling technical processes by using radioactive rays.
p. 21.
(Tekhnika, Vol. 6, no. 1. 1957, Bulgaria)
SO- Monthly List of East European Accessions (EFAL) LC, Vol. 6, no. 6, Juno 1957, Uncl.

NAZAROT, S.T.- PANOT, Tu.P.
Nothod of ultrasonic control of welded seams. Zav. lab. 23 no.3:305-
308 '57. (wu 1o:6)
1. Wookovskoys, vyssheye takhnichookoys uchilishche In. Bauzana.
(Ultrasonic teeing) (Welding-Testing)

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The PCV-'!l0,)Li-!nt 01' thO! DefeCtOSCOY7 01' Metals/ 5/-lo-24/5-9
control -met~toa.,; iF increasirigly appli-d. The introdaction of
nighly-sensitive countern, indicators and television accessories
leads to full automatization of control witti large-scale manu-
factare. In conclusion it ia pointed out that the development of
the ap;,urqtus for the use of magnetic powder besioes induction
rJefectoacopy would bo% of' ,reat importance ir. the caue (.)f full
automation of control. It would also be adviuable to pay more
attention to the further perfection of control-methods, above
all of the luminiscence- and thermoelectric methods.
AVAILABLL: Library of Congress
1. Science-USSR-Progress 2. MetallurgY 3- Seam welds-Impaction
Card 3/3

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PHASE I BOOK EXPLOITATION 1155
Dubinin, Nikolay Petrovich; Gladilin, Anatoliy Nikolayevich;
Zhevtunov, Petr Prokhorovich; Krasavin, Vasilly Stepanovich;
Navarov, Serize-v Tikhonovich; Panchenko, Konstantin Potrovich;
'F6pVv--,-'VTktor Aleksandrovich; Popov, Yevgenly AlekaAndrovich;
Rastorguyev, Ivan Sergeyevlch (IDeceased); Storozh*v', Mikhail
Vasillyevich
Tekhnologiya metallov (Technology of Metals) 3d ed., Moscow, MashgIz,
1958. 564 p. 25,001 copies printed.
Ed.: Dubinin, N.P., Candidate of Technical Sciences; Ed. of
Publishing House; Shemshurina, Ye.A.; Tech. Edo: Uvarova, A.F.
and Model', B.I.; Managing Ed. for Literature on Metal Working
and Tool Making (Mashgiz): Beyzellman, R.D., Engineer.
PURPOSE: This is a textbook for students taking courses in machine
design and manufacture at vtuzes.
Card 1/ 26;7,

Technology of Metals
1155
COVERAGE: The book contains data on the structure and properties
of metals and alloys, on nonmetallic materials, on methods of
forming metals and alloys (casting, forging, stamping), on
methods of machining metals and working nonmetallic materials,
and on all types of metal-processing equipment. Authorship of
the book is as follows: Part 1, N.P. Dubinin; Part II, P.P.
Zhevtunov; Part III, N.t. Dubinin; Part IV, M.V. Storozhev and
Ye.A. Popov; Part V, S.T. Nazarov; Part VI, K.P. Panchenko,
V.S. Krasavin, and A.N. Gladilin; Part VII, I.S. Rastogruyev
(deceased) and V.A. Popov. All authors are Candidates of
Technical Sciences, with the possible exception of Ye.A. Popov.
TABLE OF CONTENTS:
Preface to the Third Edition
introduction
3
5
PART I. METALS AND THEIR PROPERTIES 7
Ch. I. Basio Properties of Metals and Alloys Used In Ma-
chine Building 7
'7/ '?
Card 44i5

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DUBININ. Hikolay Petrovich, kand.tekhn.nank; ZHETMOV. Petr Prokhoroviche
kand.tekhn.nauk; STORMHU, Mikhail Tesillyevich, kand.teUln.nauk;
POPOV, Tevgeniy Alsksondrovich, kaud.takhn.nank; KAZARQV, Serpy
Tikhonovich, kand.tekbn.nauk; W.ADIL1N. Anatoliy Mikoloyevich.
kand.takhn.nauk; KRASATIN. TaGilly Stepanovich, kand.takhn.nauk;
PARCHRUO. Konstantin Petrovich, kand.takhn.nauk; POPOV, Tiktor
Alsksandrovich, kand.takhn.nouk; RASTORGUM. Ivan Sergeyevich.
kand.tekhn.nauk (deceased); SHNNSHURINA. Ye.A.. red.ixd-va; UTA-
ROYA. A.7.. takhn.red.; MODILI. B.I.. tekhn.red.
(Technology of mistals] Toklmologiia metallov. Ood red. N.P.
Dublaina. Ltd.3. Kookya, Go9.nauchno-tekhn.izd-vo mashinostroit.
lit-ry. 1959. 564 P. (14lqA 13:7)
1. Prepodavateli Koekovsicogo vysahego tektuilcheekogo uchillshcha
iment Nje.Bsumana (for all except Shamehurina, Uvarove, Model').
(Metals) (Metalwork)

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AUTPOR llazarc-., , S T
- L_~_
T ITLE. Automat ~on ~f X ray Testinilk 1,11ateria.
PERIODICAL. Zavodq?aya 1 ab c ra r i ya, ',)- C. 2 N
pp. 1,229-1,2152
TEXT: I n : rder tc~ me ^ har. i ze- ' he X r,ly j,. f mu t U t a'.1
describe s a de7 1 o e wh i c h u se s e 1 q - r, cn - ~a_ raris f c rr,-Q r T,
X-ray photograph of the rbjp-~t is reproduced by r,~tica: 1-~nses r rr, I
lele,,-'sion screen. The electrcn-opt~ral tran3former wus deve',,ped V
Vsesoyuznyy elektroteklinichegkl institut im. Lenina (~111-Uriion Elu,:tr~-
techni-,al Institute imeni Lenin~ by P. V. Tim,_feyev an.] V~ V. SQrokina.
ttlat th,~! x- ray j,-aL";0q 1 1 ~
It way be seen from the srheme the ~!0- lert
incident upon a vacu,im tul," where 't exc-,tes a flicre4cer,*. s-rpc_-ri. Th~F,
flu~,rescence releasea Plectrons in a photo cathcde, prrj~r,rtlonal t~_ tl,-
inten3ity of the X-ray3, i.e. , the X-ray pictur'L- iq *vanifnr-med ar
electron image. The imuge sharpzinua of the olertrcn-oj:tl,:il trunsf, mer
Card 1/~

AutDmation of X-ray Toot ing of' I.Iateriai S/O 5 2 /(~ () ' /0A/01
BO , 5/Ki,~
is betier than on 'he X ray 1'1,r(%,'~~,?l ?or the M.", 7~0
of ,his testing of materialo a device was (J;2,3gned in - c: pura' i ()n gi 1. 1,
N~ ;. Shorkina, V D. V,.ktcrcva, -and Y#-. D. Srj-7kc-,, fr~r tnc~ rcrt r,)l - I Wel 1
seam3. where the gample is automatica'ly digpla-d Fird *hk~ pi -turen art,
taken by FA "Kiyelf" photngraphlc -arr, )i it -r it TV j,,-' t f, III " ~ (I 1"'gil , , ;g' V,
typ6. Devices cf the ?V7,, I ~ IjUjI j (ltUj_!j T? 7 ( - 7 ~Lry P,
I RUM
were used aa X-ray sclir-eq and pr,~jt~e~, I.,-n -i-reon; hr. r C r. - I
tranjfL)rmer with diameter:i -' 40 r,.rr and '~") min- Thr! -ie n i t 1 7 wii;, I I
*o equal har, cf X-ray ~i on the ' 2 r, i n 3 - i;
i- Y , 9 rod u r ed hy ;i t- j 0'~O, The v '1 :1 ?1 ~3 1 rri L' I
de,.rea5es with in-rea5irg fo-al 1 on ir I h , f t h ta t, 9 RU P A
r~ompare,l w* I h a direct viewing + h.~ zjen-3 i t i vi t -s redjced by C ' ~, I Y
tne TV 3e*. In addition to the transfcrmer men!icnHJ abcv,- a "Phi'lP6-
trangfcrmer 125 mm sc reer- ) war, t estod. The r I t I -j,.jrr, vc.1 rc ty -.9 r) r
t he zi ample via,) f cur d ' c t)e Cjr M//rr,. n i n mair;-: , 1 -ir, 1; 1 _ y, T% v, ;i r
3 figureo.
Card

Au-omaticn of X-ray Test4ng cf Mater!!.. s '10 7~ 2/6 0/ r) 2 ( /6 ' * ?) C,) -1 1 r
B 0 ' c~ / B 0;',-
ASSOCIATION: Moskovs.Koye fysqlc-y(, tekrni-h,,si-cy,, uchl'. isbf-ht-- -,m. N. E.
Baumaria (,Mlnsr,~w Tn~jtitut,., :f '11'.? 1 11.
";i rd 5, ')

NAFUROV, Sergey Tikhmozich; SANCHUK, Ya.E., kand. takhn. nauk, dots.,
retsenzent; SYIIWOV, B.A., inzh~l dots., red.; SOBOLEVA, G.N.,
red. izd-va; GORDEMA9 L.P.9 takhn. red.
[Methods of welded-joint quality control] Metody kontrolia ka-
chestva svamykh soadinenii. Moskva, Gas.nauchno-tekhn. izd-vo
mashinostroit.lit-ry, 1961. 128 p. (MIRA 14:6)
(Welding--Quality control)

NAZAROV, &T,-SHRRhM, D.S.; YE041N, N.I.; ROZHDESTVENSKIY, S.M.;
j -
LHIMCHEWO, N.V.; LEgUCIMEO, I.I., red. izd-va; UVAiXVA, A.F.,
tekhn. red.; SOKOIDVA, T.F., tekhr.. red.
[Modern methods of nondestructive testing] SovremenrWe metody
kontrolia materialov bez razrusheniia. Pod red. S.T.Nazarova.
Moskva, Masbgiz, 1961. 285 P. (MIRA 15:7)
1. Moskovokiy dom nauchno-takhnichaskay propagandy ir. F.E.
Dzerzhinskogo.
(Nondestructive testing)

ANULM, A.1.1 YEVSEYEV,, G.B.1 KAGAMOV9 N.L.; K=IN, S.A.; LTURAVSKITP
K.V. I KMMIWrSLrVA, A.V.; ~ OVj J.T.; NIXOLAYLV, G.A. 9 doktor
tekhn*uauk#,pr9f,sp xaoluzhomiyy dayatell nauki I takhn4kis
OLISMSK179 N.A.; CHMGLI, I.I., red,,; STEPANCHMKO, H.S., red.
izd-va; ELIKMp V.D., tekhn.red.
(Current voiding practicso] Sovrememoe sostoianie avarochnot
tekhnill. Savmestnoe izdanie Hashgis, SHTLq 1961. 318 IPIRA 14:6)
(4
(Welding)

I C6 000 2109
AUTHOR; Nazarov, S.T.
27378
S/12~/61/000/&03/002/G16
A161/A133
TITLE: X-ray inspection of welded joints using electronic-optical converters
PERIODICAL: Avtomaticheskaya svarka, no. 3. 1961, 12 - 17
TEXT: A description Is given of a new double-screen fluoroscopic image
transforming system and the x-ray inspection of welds using this system. The
el6etronic-optical converter has been developed by P.V. Timofeyev and V.V. Soro-
kina at the Vsesoyuznyy elektrotakhnicheskiy Institut im. V.I. Lenin, VEI (All-
-Union Electric Engineering Institute im. V.I. Lenin). X-ray flaw detection is ob~
ligatory In the USSR for pressure vessels and boilers, and the described new sys-
tem presents a means for an automation of Inspection. The basic characteristic
of the VEI electronic-optical converter is: 30 - 40 kw &node voltage, 30 - 15C v
focus voltage, maximum photoelectric sensitivity of 50 mka/Im. The x-ray beam
passes through the metal under inspection, the glass wall of the vacuum, tube, and
causes fluorescence in a fluorescent layer coated on a thin aluminum screen. The
image on the screen is the same as on ordinary ones. The fluorescence of this
screen varies in Intensity depending on the density of spots in the metal, and
Card 1/3

27378
S/ 125/61 /M/W1/002~'C I
X-ray inspection of welded joints using electronic.... A16l/AI33
electrons from the photocathode applied directly to the screen are freed with In-
tensity proportional to the screen brightness and the x-rays Intensity. The
freed electrons are accelerated by high voltage from the outer feed source and
hit the anode, i.e., the observation screen, and cause its luminescence. The im-
age on the anode screen is 7 - 9 times smaller than on the first screen, and the
brightness is up to 1,000 higher. The observation screen is seen through an optic
system amplifying 7 - 8 times, and the seen Image Is approximately of the cam
size as it is on the first screen. The new electronic-optical converter has been
compared In tests with one of Philips design. Both are said having a sensitivity
close to the roentgenographic one. The article includes a general view diagram
showing the principle of new inspection Installations that have been built. The
two electronic-optical converter units of VEI design had a 40 mm and a 125 mm
screen. A 20 kv transformer with a kenotron for rectifying was used for the 46 ffm
diameter screen, and a 30 kw transformer for the unit with 125 mm screen. Binoc-
ular and monocular optic systems were tried, with a "Kiyev" camera for the photo-
graphing of the Images, and In connection with a17T1O (FTYu) TV camera. The ar-
ticle Includes details of testing techniques. The conclusion is drawn that the
system sensitivity Is close to the x-raychecking of welds accelerated by a factor
of 8 - 10 times comparing with usual, and the Inspection process can be automated.
Card 2/3

27375
S 125/61/000 C,03/(,02/016
X-ray inspection of welded joints using electron1c .... A16l/A133
Complete automation will be the purpose of further work. There are 4 figurea and
3 referencest 2 Soviet-bloc and 1 non-Soviet-bloc. The reference to the English
language publication reads as follow8s E. Criscuolo, C. Dyer, Fluoroscopic Image
intensifier devices. Nondestructive Testing, v. 17, no. 6, 1959.
ASSOCIATION: KVTU im. Baumana (MVTU im. Bauman)
SUBMITTED: July 18, 1960
Card 3/3

S/775/6Z/002/000/009/011
AUTHOR: Nazarov. S. T.
TITLE: Ways and means for the automation of nondestructive weld-inspection
methods.
SOURCE: Avtomatizatsiya protsessov mashinostroyeniya. t. Z: Goryachaya
obrabotka metallov. Moscow, Izd-vo AN SSSR, 196Z. Z27-232.
TEXT: Welds are currently being inspected by X-ray, gamma-ray, ultrasonic,
magnetic, and electrical means. X- and gamma-ray photography is not mechanized.
In recent years the scanning of an ordinary screen has been replaced by the bright-
screen method in which the large, but relatively indistinct, original screen image
is transformed into a smaller (1/9), but brighter, image through an electronic-
optical (EO) transformer (T) developed by P. V. Timofeyev at the All-Union
Electrical-Enginee ring Institute (details explained and cross-section shown). The
brightness multiplication is of the order of 103. The small screen is then viewed
through a 9x magnifier. There remains the need for increased contrast. The
welding lab of the MVTU (Moscow Higher Technical School) imeni Bauman experi-
mented with the EO T of the VEI (All-Union "Order of Lenin" Elect rote chnical
Institute imeni V.I. Lenin) with reference to the X-ray trans illumination of steel
Card 1/3

Ways and means for the automation ... S/775/62/002/000/009/011
and Al. Grooved platelet specimens, also welds on Al. Ti, and steel,were tested,
comparisons were made between the Image of the EO T, an ordinary X-ray screen,
and X-ray photographs on X-ray film with two metallic screens. With Al, the
greatest Jo sensitivity was manifested by the X-ray photograph, a 1/3 lower sensi-
tivity by the EO T image, and a 4/5 lower sensitivity by the ordinary X-ray screen
the EO T image was adequate. The EO T image was also effective in giving clear
evidence of minimal welding defects, such as pores and nonfusions, also small
particleq of W picked up from the W electrode in Ar-shielded arc welding. 'rile
VEI EO T was judged suitable for industrial use. An entire X-ray inspection setup
was then constructed around the VEI EO T (exploded cross-sectional view). The
equipment is capable of continuous inspection of welds in Al 3 mm thick at a weld-
ing speed of 5 m/min. The ultrasonic (US) inspection method is suitable for any
weldment thickness, even for submerged electric slag welds in steel more than
500 mrn thick. For welds made by fusion and contact welding the US pulse-echo
method has become widely adopted. The impulse-type US defectoscope Y311-7H
(UZD-7N), designed by the TaNlITMash (All-Union Scientific Research Institute
for Machine Technology), has proved its worth in industry. This process can be
automated by mechanizing the advance of the sensor and by providing automatic
signaling (luminous or acoustic) when a defect is discovered. The most interesting
of the automatic equipments of this type is that of A. K. Gurvich (Leningrad Institute
Card 2/3

Ways and means for the automation ... S/775/62/OOZ/000/009/011
of Railroad Transportation). In it the sensor zig-zags systematically across a
strip of the part to be inspected, and a follower repeats the zig-zags on a sensitive
graph paper. Upon reaching a defective area, the sensor transmits a signal which
the follower marks on the paper. Thus the location of a defect is clearly recorded,
the size of the defect is magnified. Another automated US inspection device is that
developed by N.V. Troitskiy at the "Mospodzernstroy" (Moscow Subway Construction)
Trust for the inspection of welded pipe butt joints. This device employs a focused
beam for greater sensitivity; both the motion of the sensor and the deployment of
the lubricant underneath the sensor are automated. The searching head of the auto-
matic device is driven over the pipe by an electr-ic motor and a flexible shaft. The
device has yielded good results and will find application in industry. For mass pro-
duction of small parts the immersion version of the impulse defectoscope will be
more readily automated. Magnetic powder detection of defects, apparently, has
attained its full development. Electromagnetic induction detection will undergo
great development and is suitable for automation; it will be substantially aided
therein by the further development of the highly sensitive ferrosonde method of the
measurement of small magnetic fields and their gradients. There are 4 figures;
no tables or references.
ASSOCIATION: None given.
Card 3/3

PARAKHIN, V.A., kand. tokhn. nauk; FICLOV, V.V., dote., kand.tekhn.
nauk; SHORSHOROV, M.Kh., dots., kand. takhn. nauk;
GOSPODAREVSKIY, V.I., insh.; SUBBOTIN, Yu.V., inth.;
KURKIN, S.A., dots., kand. takhn. nauk; VIROKUROV, V.A.,
dote.,kand. tekhn. nauk; KAGANOV, N.L., dots., kand.
tekhn. nauk; SHASHIN, D.M., kand. takhn. nauk; AKULOV, A.I.,
dots., kand. tekhri. nauk; NAZAROV, T., dote., kand. tekhn.
nauk; TEVSEYEV, G.B., dots., kand. tekhn. nauk; NIKOLAYEV,
G.A., prof., doktor tekhn. nauk, red.; TITIOVA, V.A., red.;
FUFAYEVA, G.I., red.; CHIZHEVSKIY, K.M., tekhn. red.
(Laboratory work on welding] Laboratornye raboty po avarke.
Moak", Roevusisdat, 1963. 274 P. OGRA 16:8)
1. Hauctmo-podagoglahaskiy kollektiv Kafedry evarechnogo
proizvodstva Koskovskogo vysshego takhaichaskogo uchilishcha
(for all except Nikolayev, Titova, Fufayeva, Chizhevikly).
2. Zaveduyushchiy kafedroy "Yashiny i avtomatizatsiya svm-
rochnykh protsessov" Moskovskogo vysshego tekhnicheskogo
uchilishcha (for Nikolayev).
(Welding-Study and teaching)

6" uJ/CG4/CQ6/012
3/0
Ax6/., : c
AUTHOR: Nazarov, S. T., Candidate of Technical Sciences
ITLE: Mechanized X-ray control of welded joints
PERIODICAL: Svarochnoye proizvodstvo, no. 4, 1963, 19 - 21
TEXT- To investigate the advantages of roentgenoscopic control as compared
with X-ray photography the author studied the sensitivity of roentgenoscopic con-
trol of aluminum, titanium and steel with the aid of electron-optical converters.
A comparison of an apparatus designed by VEI imeni Lenin and a device designed by
Phillips, shows that the sensitivity of the former is higher, due to the use of
luminophore for the observation screen which yields a higher power of resolution.
As a result of the investigations performed, experimental devices for the quality
control of welds were developed. A unit is shown for the control of cylindrical
parts with longitudinal or circumferential welds. The X-rays pass through the
weld and fall upon the electron-optical converter. The operator observes the re-
presentation of the defects through a binocular or monocular lens, or with the
aid of a television device. The remote control for the displacement of the part
Card 1/2

4/VJ,/r, ', 2
Mechanized X-ray control of welded joints A006/A101
investigated in front of the X-ray tube makes it possible to observe the weld on
the TV-screen at any distance from the X-ray source. The mechanized control de-
vices were tested during one year and showed advantages over the conventional
X-ray photographic apparatuses. The X-ray control speed was increased up to 100
m/hour, and the efficiency rose by a factor of 20 against conventional methods.
Maximum control sensitivity is obtained in the revealing of defects In light
alloys. The experiments were carried out with the participation of T.P. Kuznetsov,
A. N. Aver'yanova, L. N. Artamonova, N. 1. Shorikova, V. D. Viktorova and Ye. D.
Sovkov. There are 7 figures.
ASSOCIATION: MVTU imeni Bauman
Card 2/2

S/032/63/029/001/009/022
B104/B186
AUTHOR: Naz~rqv., S. T.
TITLE: Methods of flaw detection for plastics products
Pk;RlODICAL: Zavodskaya laboratoriya, v. 29, no. 1, 1963, 36-36
TEXT: The sensitivity of an x-ray radiographic inspection method for
plastics products is investigated experimentally and the results are
compared with those from electric spark discharge metnodo. A PYN-4 (RUM-4)
x-ray apparatus with a G/:Wf-iuo (BDM-100) tube (focus 2.8 mm) and a
,:;,.,7 (RUM-7) x-ray apparatus with the '117)-60 (M?V-60) tube (focus 2.8mm).
were used. The sensitivity of the x-ray photographs wan determined by
means of gauges, similar to wire gauges used in radiography of metals.
Ten viniplast plates (4-50 mm) were used as gauges whicn were 0.01, 0.02,
0.09, 0.1 mm thick. Results: l'otaximum sensitivity was attained with
the Cne-150 (BI'V-150.) tube. The difference in the sensitivity of tubon
with different characteristics varies from 0.5 to 2% and depends on the
thickness of the plastics to be x-rayed. With thicknesses from 1 to 4 mm
the sensitivitiea achieved with the BPV-150 tube were about 4%, with
Card 112

I/ J5216 31,D291 OG 1,"-, '4/ )22
Methods of flaw detection for . . . D1 04/Bli36
thicknesses from 8 to lo rrim about 2%. TneBe values are almost equal to
those commun in radiograpnic inspection of metals and could be acnieved
only by using soft x-rays ('0-36 kv ). Inspection tests witri nigh-
voltage electric spark dischart,,es proved to be suitable for detect ing dine
pores and flaws not traceable by other methods. In there experiments the
plastics test specimens are arranged between two electrodes, fed from a
h-f generator. In a defective test piece the isolation properties uf the
plastics material are disturbed and discharges occur indicating flaws cr
gas bubbles. The experiments were conducted wita npecial view to tne
teating of welded joints of plastics tubes. There are 5 figurea.
ASSOCIATION: Moskovskoye vyssheye tekhnicheskoye uchilishche im. Baumana)
(Moacow School of Higher Tec'Anical Education imeni Bauman)
-~re 212

NAZAROV, S.T.
X-ray spectroscopy of moving samples using electron-optical
converters. Zav. lab. 29 no.10:1198-1200 163. (MJqA lt,,12)
1. Moskovskoye vyssheye tekfLnicheskoye uchilishche imeni Baumana.

LAZAROV, S.T.; KlUillCV, K.K., Fika-,(!rAk, -et.oenzent
[Methods of n!'
Me tody kontrol ia I va . - uri ykn -,of~dinerii A.
Plashinos t roeni el, -14 (-, .2 "17 V . W I RA I F - 4 )
i . Akkid ev iy fi ra. u k I * ?i ( :' !, K ') .

-NWAROV, L.F.;
1.
rot

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, rT v - , i ii I vi ~ ,, I Ll W 1 1) 11 V I tit tit I I - f" " F " - t" 1
( . . I I v n .* - , . ,It, 11 A,- I t . t t t, h. . N :;. ~ %f) , ;,j.t . i ". 5. -

KRASOVSKIY, I.I.;_~A 0
MART. S.Ye.
Clinical aspects and diagnosis of gastrocolic fistulae. Gov.med.
26 no.8:60-62 Ag 162. (MIRA 15:10)
1. Iz gospitallnoy terapevticheskoy kliniki (nachalOnik - deystvitell-
nyy cheln AMN SSSR general-leytenant meditsinskoy sluzhby prof.
N.S.Molchanov) Voyenno-meditsinskoy ordena Lenina akademil imeni
S.M.Kirova.
(FISTULA, GASTRIC) (COLON (ANATOMY) -DISEASES)

LWP (0) A= (8) IEW MAWP (k)/CWP(&)/EW (b) IJF(o) JD
AP5021971 UP/0286/65/000/014/0023/0023
669,71 : 547.419.6
iALITHOR: Zhixach, A. r.1 Popov, A. F., Sillvestrov. D. 9*; AronovM IWj :L,.arlkov
Antipin, M.,; Razarov S. Ye Korneyev. V.
~;ql 5) ---- . -T- f 4r, T C-
TITIL% A method for activating aluminum. Class 122. No. 172700 iLv
TU
ISOURCEi Byulleten' Izobretenty i tovarnykh znakov. no. 14, 1965, 23
TOPIC TAGSi aluminum. pwder metal production. powder netollu. oluminum "der
ABSTRAM This Author'@ Certificate introduces a mothdd for activatiW Miuminum by
pulverizing It In a cavitation mill with a shielded electric drive. The method to
simplified by grinding the aluminum for 3-10 hour* until the particle size to
1ASSOCIATIO14i none
StMMITTEDi 02Feb62 EMCLt 00 GUS COWS RK
I
NO REF SOVi 000 OTHERt 000

NAZAROV, Sh.A.
CharacteristAps of the temperature field of a thin d-isc situated in
the focPLl plane of a solar furnace. Izv. AN Turk. SSR.Se~-. fiz.-tekn.,
khim. i geol. nauk no.4:3-8 163. (MIRA 17:2)
1. Fiziko-tekhnicheskiy institut AN Turkmenskoy SSR.
,.-A

VAUROV. Ts.A., inzhener.
Measures against the freezing of trash rakes of 9m&11 hydroelectric power
plants. Gidr.4troi. 22 no.5:20-22 Je '53. NLRA 6:6)
(Hydroelectric power statirna)

NAZAROV, TS.A.; 1,USTOV, T.F.; RASTOSXMT, B.A.
~-
Winter operation of a series of hydroelectric pover atations on
a mountain river. Izv.AH Kazakh.SSR.Ser.anarg.no.6:114-116 '54.
(H]droolectric power stations) (HLRA 9-4)

HAUROV, TS.A.
%- ~'
Overcoming floating tee difficulties at small hydroelectric power
stations In the Trans-111 Ala-Tau. Izv.A2 Kazakh SSR.Ser.energ.
no.9:123-139 '55. (MIJA 9:5)
(Trans-lit Ala-Tau--ilydroolectric power stations)
(Trans-Ili
Ala-Tau--Ice on rivers, lakes, etc.)

SOV/1 12-58- 1-278
Translation from: Referativnyy zhurnal, Elektrotekhnika, 1958, Nr 1, p 40 (USSR)
AUTHOR- Na;,aroy.-Te- A. -
TTTLE- Passing Slush Ice Through the Turbines of SmaU Diversion-Type Hydro-
electric Stations (Propusk shugi cherez turbiny malykh derivatsionnykh GES)
PERIODICAL: Izv. AN KazSSR, ser. energ. , 1956, Nr 10, pp 76-86
ABSTRACT: Small and medium diversion hydroelectric stations in mountain and
submountain regions of the Kazakh SSR have experienced considerable diffi-
culties associated with slush-ice phenomena. Steps intended to overcome
these difficulties can be classified into two groups: (1) transit of slush ice
through working channels and turbines of the station; (2) dumping of slush ice
away from the station turbines or (in some cases) eliminating slush ice in the
headwater by creating a solid freeze-over in working channels. To conserve
the stream flow during the winter period, the first method is the most appro-
priate. To this end, the project of the diversion canal should envisage a
stream speed of 0.7-0.8 m/sec. , elimination of sharp turns, sharp slope
Card 1 /Z

SOVI 112 -58 -1 - 278
Passing Slush Ice Through the Turbines of Small Diversion-Type Hydroelectric
changes, and narrowing of the canal. Considerable difficulties are created by
icing of trash racks; to control it, the stream can be warmed up by deep gub-
terranean water, industrial waste water, etc. Experiments have shown that
the basic requirement is that the stream enter a positive -temperature head-
water reservoir. A comb-type warm-water injector should be placed 20-40 m
from the place of slush-ice formation. Also, it is possible to clean trash
racks mechanically by use of a movable frame with teeth that pass through the
rack clearances. Commencement of waterstream supercooling can be signaled
by a device described in the article, or by a device developed by B. P.
Zakharov and V. A. Rimsh.
Ye.I.S.
AVAILABLE: Library of Congress
1. Turbines--Operation 2. Ice--Control
Card 2/2

14(6)
A"THOR: Aazarov, Ts. A., S-
TTTLE: On the Ice Covr~r rip a 1,!etI,od of Fil,htin,,: S it-
mer-d Brn~en Tce on the C,v~als )f' D-r'v~~t,-.rT-,
1(,,Iovo,,,i -okrnve kalf bcr't~y
rivn(I,-.Y-.. I'lom na ka,-iarikh.

I'ERIODICAL: Vestnik tikademii naik k - -1, S r 7
pp 40-17 ('J~)bR)
ABoTRACT: Th's article deals, viith. ti,,u, means. to
lem of submer;-o, r-
1 hr,)ken 41ce on
_,
the feedin,, canals of Kazakh derivation riant,
in mountaincus reb4ons. Thi!- -r-b1o,.%, viLich con-
stitutep a mericur to the
tion of man, derivzation n'-qntFi !,irinr the
y
winter Pearon, can b;,Pt be repolvel "-y e~-trtb'-Ish-
inn, a solid ice cover, so %P to r~r-v-:.t Icp frp-,c,-
-ntp dri't,ng on an.1 belov; the r-urf%c- qC1211-
mulatinc, in," freezin-r togother Into one -A-'r,,rt-
0
i ng ma s r, .On tl.e basis of thu of t,,vo
Card 112 the ,vithor a
Kazakh povier -lantF,
,

S
On tlne Ice C.-ier as a S-
Ice on the Canals of Der~vation Power
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-
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in, Central
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fi4ht the (--)f hrr,'Kl~-r. 11.
oper"Iticr. tra-~~- of
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the r,f
the 7ce cover in at, ipwardl a
p u r e - f r (-, e r-.., o,, -:.-. e r, t r, f *, -.,a r n, r
lurinj-, ~he perirA of
'J') "In the Dnhurgar-
el ki y r a s i f-
ico th- ~,F-
opr,r~it.e the pow,~r t !arit-- 1-irln;- -u-on
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NAZAROVP V.
1~ - -
Design of purse meines used by fishermn of the Temr/uk Kotorboat
Fishing Station for catching fish and dolphins in the Black Sea.
Ryb. prom. no-51s19-26 159. OaRA 15*9)
1. Glavnyy Insh. Tearyukakoy motorno-rybolovnoy stantaii.
(Temryuk-Fi3hing nets)

UZAROVI V.
)o
Flax threshing machinery. Trak-U.- i sellkhowriash. 31 no.6.,40-.41
Je 161. (MIRA 14-6)
(Flax processing machinery)

NAZAROV, V.; YASONAS, G.
iif~roen of hlack sands. Znan. alla 38 no.9:40-42 S 163.
(MIRA 16t12)

NAZARM. V4.. dotment.
"-xAM' ~.,v
Brelf revism of hydrological studims of the !;niqper. PrRtsl fyiv.nn.
2:14?-155 154. (KIRA 10:1)
(Dnieper River-Hydroloey)

NAZAROVV V. A.
"Ipng-nange Forecasts of Annual Run-Off (the Dnieper taken as an exAmple)"
report to be submitted for the Intl. r"graphical Union, 10th General Assembly
and 19th Intl. Geoirraphical Congress, Stockholm, Sweden, 6-13 Aueust 1960.

MAZAROV. Tladimir Alakeendrovich; ROTOTA, R.S.. redo: 1',ZHGTAq LeLes
wallis iwc
(Characteristics of the development of capitalism In
agricultural Osobannosti razvltiis kapitalizze v sel'skom
khoulaistva. Kookwa, *Wysshals shkols.0 1960. 70 p.
(KnU 14:4)
(Agriculture--Economic aspects)

rMTROPIM, X.E.; TSERHORSKIY, V.A., Prin1mal uchastiye: RAZAROV, V.I.,
student - -
Effect of an alkaline oxide an the ntype coaduativity of
Fe-containing glasses. Fiz.tver.tela. 4 no.120390-3395 D
(MIRA
1. Gosudaretvennyy opticheakly inatitut
(Sodium oxide-Electr1c
(Glass)
im. S.I.Vavilova.
properties)
162.
l5sl2)

MIROADVI V.Ye.; NAZAROV, V.A.
Certain considerations concerning the ef:'ect o' outer-sphe-re
cations on complex formation in solutions. Zhur.neorg.khir..
7 no.9:1281-1282 S 102, (MIRA 11:9)
(Cations) (Complex compounds)

KIRONOV, V.Ys.; KUL'BA, F.Ya.1 NAZAROV, V.A.
...
Effect of outer-sphere cations on complex formation between
cadmium and chlorine Ions. Zhur.neorg.khim. 8 no.0916-922
Ap t63. (miru 1613)
1. Leningradskiy tekhnologicheakiy Institut Imeni. Lensoveta,
karedra obahchey khinii.
(Cadmium compounds) (Chlorine compounds) (Alkali metal compounds)

NIKOLAYEV, A.N.; GLADCHENKO, I.P.; NAZAROV, V.A.
Designing yourtas evomad's tentl) of synthetic materials. Plast.
massy no.12:46-50 .162, OGRA 161l)
(Synthetic fabrics) (Kaxakhatan-Tents)

MIROMOV, V.ye.; NAZAROV, V.A.
Effect of alkali metal cations on the formation of the chloride
complexes of cadmium. Zhur. neorg. khim. 8 no.Ss'.857-1861
Ag 163. (KMA 16:8)
1. lAningradskiy tekhnoln4chaskdly institut imeni Lensoveta,
kafedre, neorganicheakoy Khimii.
(Cadmium compoundg) (Alkali metals)

IVA -Z-6 F-, 0 V I V, A -
USSR/Virology. 11uman and Animal Viruses.
Abs Jour: Ref. Zhur-Biol., 1,10 7, 1957, 28723.
Author Shen, R.M., Orlova, N.N., Turevich, S.T., Nazarov,
3L.&., Bczelyuk, M.I.
Inst riot given.
Title A Study of Antibody Dynamics in Dogs Vaccinated with
Different Types of Antirabies Vaccine.
Orig Pub: Izucbenie dinamiki antitel u sobakx vaktsiniravannykh
razlichnymi tipami antirabicheskikh vaktain.
Vopr. virusologil, 1957, No 3, 156-i6l.
Abstract: By a comparative study it was established that anti-
genic and immunogenic properties of a vaccine prepared
from a sheep strain of a fixated virua of a dry, form-
alinized vaccine treated by Calcium phosphate does
not yield in properties to a phenolated vaccine from
E-3
Card 1/2 IL