SCIENTIFIC ABSTRACT LUKYANOV, V.F. - LUKYANOV, V.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001030820015-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Analytical Chemistry of Thorium. Informa- S/075/60/015/004/015/'030/XX
tion 2. Complexometric Determination of B020/BO64
Thorium in Monazite Concentrates After Its Separation on the CUtionite
KY-2 (KU12)
small amounts of rare earths are sorbed on the resin.. The rare earth3 do
not affect the complexometric determination of Th. Sorption of Zr on the
resin can be avoided if it is bound by tartaric or trioxyglutaric acid
(Table 2). With trioxyglutaric acid it is possible to mask approximately
10 mg of Zr, and with tartaric acid, approximately 5 mg of Zr when deter-,,/
mining 30 mg of Th. Monazite was decomposed by fusion with sodium
peroxide (Ref. 18). In the extraction with water, a large part of
phosphorus dissolves as sodium phosphate, while in dissolving the
precipitate in hydrochloric acid, the residual phosphoric acid precipi.-
tates zirconium down to 0.3 - 1.0 mg compared to its content before
sorption. This amount is masked by tartaric or trioxyglutaric acid, and
does not affect the determination of thorium. If Na,202 is used instead
of acid decomposition, the time of decomposition is reduced from
6 - 8 hours to I - 2 hours, and thA disturbJng phosphate and zirconium
ions may be easily removed, The results obtained from analyzing some
samples of monazite concentrate are listed in Table 3. They are in good
Card 2/3

Analytical Chemistry of Thorium. informs- 5/075
,/60/015/004/015/030/XX
tion 2. Complexometric Determination of B020/BO64
Thorium in Monazite Concentrates After its Z@aparation on thU
KY-2 (KU-2)
agreement with gravimetric analyses. There are I figure, 3 tables, and
18 references: 3 Soviet, 3 German, 7 US, 2 British, 1 Dutch, 1 Japanese,
and 1 Czech.
SUBMITTEDs July 14, 1959
Card 3/3

LUKIYAHOV, V.P.; SMINA, L.J.
Complexometric determination of bismuth and lead in bismuth-lead
alloys. Zhur. anal. khim, .15 no-3:595-597 S-0 160. (MIR& 13:10)
(Biomuth-Analysis) (lead-Jnalysis)
(Bismuth-lead alloys)

LUK.IYANOV, V.P.; KNYAZBVA, Te,M.
dpectrophotometric stu4y of the reaction of zirconium with metbyl
thymol blue. Zav.lab. 26 no-3:263-265 16o. (Kin 13:6)
(Zirconium--Analysis)
(Thymoloulfonsphthalein)

23006
S/186/61/003/002/018/ol8
16715@2j 0 E142/E435
AUTHORS: _@@Iyanoy_,_V.F., Nikollskaya, I.V. and Kozlova, Ye.S.
TITLE: Analytical chemistry of thorium. III. Photometric
determination of thorium with arsenazo III in natural
materials
PERIODICAL: Radiokhimiya, 1961, Vol-3, No.2, pp.239-240
TEXT: The reagent arsenazo III was synthesized'by S.B.Savvin
(Ref.l: DAN SSSR, 127, 6, 1231 (1959)) and used for the photometric
determination of thorium, uranium and zirconium. - The authors
describe a method for the determination of micro-quantities
(1/100 to 1/1000th %) of thorium in phosphates, silicates,
fluoroapatItes etc. with preliminary separation of thorium from a
number of accompanying elements by co-precipitation of the same on
calcium oxalate. A content of rare earths, not exceeding 30 times
the content of thorium, is taken into account. The method is
suitable for mass-analysis since no RF or fluorides are included
and it can be used for various natural materials; it is, therefore,
more satisfactory than previously described methods where arsenazo
III was used. Photometric determinations were carried out on a
photocolorimeter with a red lightfilter. The thorium content is
Card 1/2

23006
s/186/61/003/002/018/018
Analytical chemistry of E142/E433
found from a calibrated curve. When only small quantities of
uranium and titanium are contained in the solution (respectively
5 and 10 times the quantity of thorium) the analysis can be carried
out without preliminary separation of thorium. Results of
determinations of the element in various natural materials are
tabulated. The achieved accuracy is the usual one obtained in
photometric determinations. There are I table and 10 Soviet-bloc
references.
SUBMITTED: October 24, 1960
Cax-d 2/2
-A

88582
S/075/61/016/001/011/019
BOI 3/13055
AUTHORSt Luklyanov, V. F. and Duderova, Ye. P.
TITLE: Studies on the Analytical Chemistry of Uranium. Report 2.
Photometric Determination of Small quantities of Uranium
Using Bromopyrogallol Red
PERIODICALt Zhurnal analiticheskoy khim-.*i, 196-,, voi. 16, No. 1,
pp. 60-62
TEXTt In the present work, bromopyrogallol red is used as reagent Yor
uranyl ions. The reagent forms a colored complex with uranyl ions, which
is stable at pH 5 - 7 and can be determined photometrically. A hexa-
methylene-tetramine buffer solution of pH 6.5 - 7 was used to maintain
the required pH level. The absorption curves of solutions of the
reagent and the complex appear in Pig. 1, the calibration curve in Fig. 2.
The absorption is best measured at 620 mp. Complex formation is practical-
ly instantaneous and its color is stable for at least 24 h. The highest
optical density of solutions prepared by the method of Ostremyslenskiy -
Zhdb was observed at a UO 22+_to-reagent ratio of I to I (at 6oo, 620,
Card 1/2

88582
Studies on the Analytical Chemistry of Uranium. , S/075/61/016/OO1/o!1/O!q
Rdport 2. Photometric Determination of Small B013/B055
Quantities of Uranium Using Bromopyrogallol Red
and 630 mp) . The molar extinction coefficient at 6@0 mp. of solutions of
this_compound was 8.8-103 (the mean of three measurements). With a
T3V M (FEK-M) photocolorimeter uranium can be determined reliably down
to a minimum concentration of 0-5 r/ml (red filterp 3-cm absorption cell,
D = 0,04). The most suitable uranium concentration for analysis is between.
25 and 250tin 50 ml. At these concentrations Beer's law is obeyed. Before
analysis, uranium1must be separated from accompanying metals, most of
which form colored compounds with bromopyrogallol red (Ref. 1). The
authors separated @ranium by the method developed in 1956 by V. I. Titov,
A. A. Lavrova, and Ye. P. Osiko in which uranium is precipitated by
tk-nitroso rs-naphthol as co--@precipitant in the presence of Complexone III.
Separation from accompanying elements may also be satisfactorily effected
by partition chromatography on silica gel. The results obtained in the
analysis of standard ore samples are listed in a table. There are 2 fig--
ures, 1 table, and 2 references: 1 Soviet and I Czechoslovakian.
SUBMITTED: July 14, 1959 0
Card 2/2

LUKIYANOV V F.; MOISISYEVA L.M.; KUZNETSOVA, N.M.
Y
Analytical chemistry of uranium. Report No,3: Photometric determination
of uranium in ores and in the products of their treatment with arsenazo 1.
Zhur. anal. khim. 16 no. 4:448-451 Jl-Ag 161. (MIRA 14:7)
(uranium-Analysis) (Arsenazo)

MOISEYEVA, L.M.; KUZUETSOV.A, N.M.; LUK'YANOV, V.F.; SELIMNOVA, G.L.
Analytrical chemistry of uranium. Report No.4: Photometric
determination of uranium witb arsenazo I after its separation from
impurities Ly means of the EDE-10F anion exchanger. Zhur.anal.khim.
16 no.5:585-587 S-0 '61. (MIFj, 14:9)
(UrAnium--Analysis)

_kgg!_YANaV., @.F.. KHAMA., Ye.M.; OREDKOVA, K.I.
Gomplexonomotric determination of calcium fluoride in fluorite ores.
Zhur,,anal,kbime 17 nae8:931-934 N '62- (MIM 15;12)
(Calcium fluoride) (Complexons) -(Fluorite)

LUKIYANOV, V.F.1 KNUZEVA, Ye.M.
Direct complexometric determination of zirconium in
copper-zirconium allovs. Zav.1ab. 28 no.7:804-805 162., (MIRA 15:6)
(Copper-zirconium alloys) (Zirconium-Ana-lysis)
T- -
i

Ilk
-10620-63
ACCESSION NR, AP3001017
sloo?5163101810051056?-10566
AUTHOR: Luk Iyanovo V.* F. Lukin A. M z
yxqa eva, Ye. M.; 11alinina, .1. D.
TITLK:,@ 4-chlor6benzene-2-phosphonic acid~.(l-azo-l)-Z-lV&ox;ynaphthalene-3, 6-
disulplionic:acid,(chlo'rphosphonazo R) as a reagent for photnmbtric determination
of-beryllium
-.SaM-Zhurnal analiticheskoy khimli. v. 18.
no. 5. 1963. 562-566.
'.TOPIC TAGS: determination of bery.111im; chlorphosphonazo R; photometry
TRACT _:@Chlorphosphonazo R (4-6hlorobenzene-2-phosphonic acid_(l_azo@l)-2_hyd_-,o_
oxynaphth@alene-3, 6-aisulphonic acid), has been proposed for the photometric dater-
minatibn of beryllium-, The -reagent forms a stable yellow compound with beryllium,
which permits.the detenkination of beryllium in-the presence of masking substances
without prior separation of beryllium. -The concentrations of beryllium as low as
0.1% can be determined.in the presence of 10% of iron. The sensitivity of the
determination is 0.1 ppm of BeO.' The relative experimental error is not more
than +,or error increase
5% when the BeO content is 0.05 to 030%. The relative
to + or When th BeO content is'less tban 0 05%. : Although the abovd reagent
2.s@ not selective@: for beryM", K sup Na Ii@:sup4i T1- np 3+,, Sn @sup
sup..
'Car
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527-9.,Zs_@_@@--_ -EWT'(A) /k4P OfW(O -rdA(d)/LVP @t
E;7PM7W&,(bj/EVA( Y-,` z_4/peb JD/W/@K/o/EK
IIAP
UR/0135/65/000005/M/0011"
7ACCESSION
6
20
.1-051:6,T2.3
Et (Candidate 6f techn a& --h-LUktyanov, N.
I AMHO ic sciences
P' in, V. A. (randidatci
(@niine rFGubanov,1Ytz. N.@ (Edgineer);, arakh
!sciences)-
TITLE Wit- for testing models of,welded,thin-vallvesse1s under conditions of bi-;
:-,axial @tension@
'@Sbnl 6:7-1.1 varo6hooyel p'OiZvodstv6@'- no. 196 -11
5, 5,.9
@ 1 TAdS __ ' ' i @' r a A*
t IMPICI_ ca:.-:shell, thin.-val esign'dtrength@, burst strength,
iburst:test,;v6lded'sheU..,ielded containeri shell testing, _.Aaxial tension test
1ABSTRACT.,_., e-der@igo,ana@ qP&I-lition. are described of a unit for testing the design
1'streneth ofkldedthiq@4aji@lhelljj . end cl6sures, and containers working under
jinternaX ptessure..'The unit makes it possible to test 1) flat specimens by hydro-
static bulging, ?),,cylindrical shells without end closures by, internaJ pressure
:while preierving the axial component of the stresses, 3) cylindrical shells with
..one or both end closures', and 4) welded subassemblies with welded connecting piping
;'by internal.pressure with static, re eated-static, or prolonged loading. The
p
Sar4_

IZIT(b)/E.
ACCESMM URi AP-46 Ult/0266/65/000/007/0122/OU2
Vinokurov, V9 Af
A11THOM. -10444L"f -Ymoy* V., F
i Farakhin* V. No
interma stress
__ABnAP-WTiT ap aratua for-.testing thin sheet
4@-on;bk, biiiidl to a th _A the
Me.61 ahdveid4loifttit n ion a-appara: us uses
pressure aa opening or of applying internal pressure I
uP to failure. @To - test a high strength mebal., to reduce the size of the apparatus)
and to measure the radius of curvature of the tested specimen,, tha apparatus is
provided with a,holding device, containing two perforated plates; between which
the specimen and a locklug ring are placed, Turning of the ring locks the upper
plate bv the action of a grooved joint,

1; 42050-65

ACC NRs AP5022346 -EYtA(c)/ETG(m) . "V/ SOURCE CODE: UR/0135/65/000/009/0007/0010
AUTHOR: Kurkin, S. A. octor of technical sciences); LuktZanov, (Engineer)
ORG: MVTU im. N. E. Baumana
TITLE: Evaluating.the design strength of a welded, thin--owalled container from the
results-of a biaxial tension test
SOURCE: Svarochnoye proizvodstvo, no. 9, 1965, 7-10
hl@
TOPIC TAGS- metal, alloy, alloy strength, burst strengt design strength, strength
,test, burst test/VAD-IT alloy, VKS-l steel
ABSTRACT- A method for preliminary evaluation 6f the design stren&@h: of a welded,
thin-wall conta,iner.based oAhe results.of a relatively simple bulging test are dis-
cussed. In the bulging ti eveloped by MVTU, flat specimens of sheet metal with or
without weld are bulged to fracture by a hydrostatic pressure applied in increments
(Fig. After each increment the pressure is released and the curvature of the bulge
Fig. 1. Burst test
Card 1/2 @-Mq: 621-791-011:620.162.2
L 5438-66 E-ViT(d)/E~JT(m)/E'OiP(W)/Ev-i-p(c ~/El'I'Akd)/Evip(v)/T/EVJP(k)/EeJP(z)/EViP(b)/F-WP(1 W

L 5438--615
ACC NRs AP51 0223h6 341
@ndthe sheet a -remeasured.- Gr@aphs are then plotted from vhich.the design strength
.,.--,-a container can be.determined. The method makes it possible to evaluate the effect
of.various.factors individually or in combination. It was used to evaluate the per-
forman,ce,of VAD-lT g2foy, el, and a low-carbon steel._.,ftig. art. has: 5 fig-
ures and 6. formulas@t
[AZI
SUB CODE:ASMM/ SUBM DATE: none/ ORIG REF: 004/ OTH REF: 005/ ATD PMSS:
Card 2/2

MYAZE-VA, I "I
-.1- Z-1. --.. -0
Reaction of zir-rmium with certa4zi complexans. -Zhur. neorg.
khim. 10 no.5:1107-1109 My '65. (MIRA 18.-6)

LUKIYANOV, V.F.; KCZLOVA, A.B.
Analytical chemistry of thorium. Report No.4: Complexometric
determination of thorium in monazite concentrates after its
separation by 2-indenylphosphonic acid. Zhur. anal. khim. 20
no.10:1097-1099 165. (MIRA 18.11)

L 23413-66 E'NT(d)JAYIT(m)LFWP(w)AWA(O)/g~ivp P(tj/ 10(k) A(
10 _T ID EV /a
I ACC NRt AP6004139 Ij D - Uit/0125/66/00 /001
P(c) JD/fiW/ SOURCE CO E 0 /0043/0049
HM/PM
AUTHOR:.Kurkin, A. S Luklyanov, V. F.; Meshaykinj N. S.; Simnik, A. G.
ORG: [Kurkin, Luklyanov, Neshaykini MWW'im. Ba-man
TITLE: Tests of base metal, welded joints and models of thin-walled vessels of
high-strength steel
@OURCil Av*tomaticheakaya ovarka,-no. 1, 1966, 43-49
TOPIC TAGS: hydraulic buckling, metal test, tensile test, weld evaluation, pressure
vessel high-strength steel/ EP257 high strength steel
ABSTRACT: The use of, high- ves-
,Tength steels as the material of thin-walled welded
a
sels working under pressure as shown that the danger of rupture of the vessels in the
presence of.mean stresses lower than the ultimate strength of the base tal the
greater the.higher,thia ultimate strength is. In this connection, the a,:uethor@tstested
the welded joints and base metal of pressuri.zed thin-walled vessels of EP257 igh-
strength steel by the newly developed method of biaxial streching by mia-nsof the
hydraulic.buckling of flat sheet specimens via a round orifice. In testing the base
metal the purpose is to-Cetermine the true peripheral stress cr, as a function of
true deformation in the direction of thickness 93 unt" the instant of rupture. Con-
sidering that the-shape of the bulge to almost spherical, the measurements (Fig. 1)
.Car 1/4 UDC: 621.791.7:612-4:53.092

a1r.9%_V_f M@1_
L 23413-66
ACC NR. AP6004139
of pressure P, radius R of curvature and thickness t In the zone of zenith of the
bulge are used to calculate the true stresses a,
Cr PR
and the true deformation 1
t (2)
3p to
where t is Initial thickness of the sheet specimen, t3p is the plastic component of
true de?ormation,with respect to thickness. The function Crl - M'3) is determined by
measuring thickness t in thepresence of.various Ilevels of loading and then, with the
aid of a corresponding formula, used to evaluate the futu loadbearing ability of
the.material in.a pressurized cylindrical vessel. Strengthis determined according to
h\
the magnitude of the stresses in the base metal at the instant of rupture of the
8s th
welded joint as well as According to the direction of fracture -- along or acro
weld. On this basis it is established th*@ the beat results are obtained for welded
joints subjected to Usothermalannealino\at 880'C for 20 minutes. Subsequent hydraulic
rupturing tests of containers of EP257 steel with welded-on lids and with mensurement
of strains during loading confirmed the,objectivity of the eatimatealobtained during
the tests of flat specimens undar conditions of biaxial stretching by the hydraulic
buckling method. Thus, thabiaxial stretching test way be recommended as a basic test
Card
3/4
-JN

E a (l) SOV/118-59-3-17/"
AUTHOR: Luklyanov, V.G., Lngineer
TITLE: Coal Mining Vith the PKG Combine (Provedeniye vyrabotok
po uglyu kombaynom. PKG)
PERIODICAL: Mekhanizatsiya i avtomatizatsiya proizvodstva, 1950,
Nr 3, pp 52-53 (USSR)
ABSTRACT: The most important measure for facilitating working con-
ditions and increasing speed in mining is the mechaniza-
tion of preparatory work. Considerable success was
achieved by Lenin Prize winner and Head of the Mechanical
Department of the "Baydayevskaya" Mine "(Kuzbass), Y.Y. -
Gumenik, nd the Chief Administrator of the same mine,
M.G. Kovalchuk, having introduced in 19536 the boring com-
bine machine PKG 1; the factory testing of this equip-
ment,-gave good results. In 1954 an improved machinej
PKG 2, and in 1957 the first models of machine PKG 3 were
designed. Using the combine machine speeds up work, re-
duces the time needed for preparation of Bremsberg fields,
Card 1/2 and decreases production costs by 2-3 times. The machine

Coal Mining With the PKG CombIne
SOV/118-59-3-17/22
can be easily maneuvered. The boring time of the machine
is 50% of that of the whole process; therefore, in order
to cut out the stops and increase speed, it is necessary
to construct telescopic conveyers, or similar equipment
permitting the continuous work of the machine. There are
2 tables.
Card ;-@/2

AKIMCHKIN, P.V., starshiy prepodavatell; LUKIYAITOV. V.G..assistent
Investigating ore loading and car change in drift mining. Izv.
vys.ucheb.zav.; gor.zhur, no-5:1B-24 159. (YIV. 13:5)
1. Tom8K.7 ordena Trudovogo Krasnogo Znameni politekhnicheeldy
institut Imeni S.M.Kirova. Rokomendovana kafedro7 shakhtnogo
stroitel'stva.
(Ore
handling) (Mine railroads--Cars)

LUKIYANOV, Viktor Ge2r - AKIMOCHKIN, Petr Vikulovich;
Eiyevich,
TUTNOV, A.O., ofv--.red.; MILIKHOV,. I.D., red.izd-va;
VOLDYREVA, Z.A., tekhn, red.
(Practice in and prospects for using equipment in placing
supports in horizontal workings] Opy-t I perapektivy prime-
neniia krepeukladchikov v gorizontalinykh gornykh vyrabot-
kakh. Moskva, Gosgortekbizdat, 1963. 87 p. (MIRA 16:6)
(Mine timbering) (Reinforced concrete construction)

LUKIYANOV, Vj.
Unuffial case of invasion of man by Ascaridia galli. Med. paraz.
i paraz. bol. 32 no-4:499-490 JI-Ag 163* (MIRA 17:8)
1. Iz parazitologicheskogo otdeleniya Borisoglebakoy gorodskoy
san;itarno-epidemiologicheakoy stantaii (glavnyy vrach P.D.
Likhacheva) Voronezhskoy oblasti.

LUX'YANOV, V. E. - 07, 111. F. GROVIOV, N. K.
Moscow - Heatfoig from Central Stations
Practical systems for district heat supply in Moscow.
Gor. khoz. Ylosk. no. 1, 1953
9. Monthly List of Russian Accessions, Library of Congress, May -1953. Unclassified.

PHASE I BOOK EXPLOITATION SOV/4896
Moskovskiy dom nauchno-tekhnicheskoy propagandy imeni
F. E. Dzerzhinokogo
Avtomaticheddye rotornyye linii - sredstvo kompleksnoy avtomatizats1i
proizvodstva. (Rotary-Transfer-Machine Lines-a Means of Full
Automation of Production) Moscow, Mashgiz, 1960. 221 p. rO,000
copies printed.
Ed.: L. N. Koshkina; Ed. of Publishing House: I. Vasillyeva; Tech.
Ed.: G. V. Smirnova; Managing Ed. for Literature on Metalworking
and Machine-Tool Making: V. I. Mitin, Engineer.
PURPOSE: The book is intended for technical personnel in the machin-
ery industry.
COVERAGE: This collection of articles explains the principles of full
automation based on the use of rotary transfer machines in various
industries, The rotary operational transfer machines used for basic
processIng are discussed, and also the special power equipment and

Rotary-Transfer Machine (Cont.) sov/4896
accessories for these machines and (production] lines. No person-
alities are mentioned. There are no references.
TABLE OF CONTENTS:
Koshkin, L. N. Basic Problems in the Full Automation of
Product Manufacture 3
PART I. ROTARY TRANSFER MACHINES FOR BASIC MANUFACTURING
PROCESSES
Luklyanov V. I. Rotors for Die-Pressing Operations 21
Vlasov, M. D. Rotors for Heat Treatment 32
Sirotin, P. 1. Rotors for Mechanical Processing 42
Shumilin, D. V. Rotors for Chemical Processing 52

WKITANOV V I kandidat arkhitaktury
Progressive principles of planning and building induBtrial city
districts* Izve-ASIA no.2:21-27 160. (XMA 13:7)
(City planning)
(Factories--Design and construction)

WKITANOV. V.1
Requirements concerning general plans for industrial en-
terprises related to urban development, Promatroi. 38
no.4:6-9 16o. (MIRA 13.'8)
1. Nauchno-iseledovatellokiy institut gradostroitel'stva
Akademii stroitelletva i arkhitaktury SSSR,
(Factories-Design and construction)

LUKITANM V.I.# RHOMOT, A.Ya.; ZOMS; G.N.; NORKM, B.B.; PLISHKOV,
LYe.; L7WIN, X.P.; KOZHWNIKOVv O.A.; TIMCHIN, N.A.; ORLOT,
V.V.: ZtECLINSKIY, V.H.; MAMOV, M.5,; RUXHISHNIKOT, I.D.;
SHITOVA. L.H., red.lzd-va; OSINKO, L.K., tekhn.red.
[Instructions for drafting general plans of industrial
enterprises] Ukazaniia po proektirovaniiu generallufth planov
promyshlennykh predpriiatii. Odobreny Gosudarstvennym kowitatom
Soveta Kinistrar BSSR po delam stroitel'stva 15 noiabria 1960 g.
Moskva, Gos.isd-vo lit-ry po stroit., arkhit. i stroit.materialam,
1961. 131 p. (MIRA 15:2)
1. Akademiya stroitelletva i arIchitektury SSSR. Institut grado-
etroitalletva i rayounoy planirovki. 2. Akademiya stroitel'stva
I arkbitektur7 SSSR, Naucho-iseledovatel'skiy institut grado-
straitel'stva I rayonnoy planirovki (for Luklyanov). 3. Akademira
stroitel'stva i arkhitektury USSR, Rauchno-issledovatellskiy, institut
gradoetroitalletva (for Khorkhot). 4. Giproavieprom (for Zorkin,
Xorma@d). 5, Gasudaretvannyy so"zny7 itstitut po proyektirovaul7u
metallurgicheakikh zavodor (for Plashkor). 6. Gosudarstvannry
institut po 'oroyektirovaniyu zavodor tyazbelogo mashinostroyeuiya
(for Lytkin. lozhevulkov). 7. Gosudaretvennyy proyektqy inatitut
No,'l (for Temchin). 8. Gosudarstvanityy proyektnyy institut strol-
tellnoy promyshlounouti (for Orlov, Zlatolinakiy). 9. Gosudars-@venmyy
proyektVy institut po promyshlennom transportu. (for Hakhov,
Rukavishtikov).
(Industrial plants--Design and construction)

ORLOVSKIY, Z.A.., kand. tekhn. nauk, red.; GODES, I.G., kand. tekhn.
nauk, red.; NESOV, V.D., inzh., red.; LUKIYANOV V I. kand.
arkh., red.; STRASHMH, V.P., red.izd-va; KLIMOVA, G.D.,
red.izd-va; RODIONOVA, V.M., tekhn. red.; KAUMOVA, I.D.,
tekhn. red.
(Construction. specifications and regulati Stroitellnye normy
i pravila. Moskva, Gosstroiizdat. Pt.2. Sec.G. ch.6.[Sawerage
standards for desiga (SNiP II-G6-62)) Kanalizatsiia normy pro-
ektirovaniia (SNiP II-G.6-62) 1962. 72 p. Pt.2. Sec.M. ch.l.
[General plans of industrial enterprises; standards for design
(SNiP II-M.1-62)] Generaltnye plany prom7shlennykh predpriiatii;
normy proektirovaniia (SNiP II-M.1-62) 1962. 54 P.
(MIRA 16:3)
1. Russia (1923- U.S.S.R.) Gosudarstve=yy komitet po d*Ltia
stroitel'stva. 2. Gosudarstvennyy komitet Soveta Ministrov SS*
po delam stroitel'stva (for Orlovskiy, Nesov). 3. Akademiya kom-
munallnogo khozyaystva RSFSR (for Godes). 4. Nauchno-issledovatell-
skiy institut gradostroitellstva Akademii stroitel'Btva i arkhi-
tekturr SSSR (for Luklyanov). (Sewerage--Standards)
(Industrial plants-Design and construction)

Boo6%o63
AUTHOR: ,Duklyanov, V. K.
TITLE: Rotational State Energies of Non-axial Nuclei With J - 10
and J - 12
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1960,
Vol. 39, No. 400), pp. 1051 - 1052
TEXT: A. S. Davydov et al. (Refs. 1 and 2) developed a theory of non-
axial nuclei, and calculated the energy of rotational levels up to J = B.
In the present paper, the author gives a numerical computation of
rotational levels with J = 10 and J - 12 using ajave function gi)(en by
Davydov and V. S. Rostovskiy: ?jM - 7- IJIK >A K' (H- 0, where H is
K,>O
the operator of the rotational energy of the non-axial nucleus, which is
a function of the non-axiality parameter . The rotational energies &(10)
and &(12) are calculated for different vJues of r. They are given in
2 2
C /4BP units in the following table:
S/05 60/039/004/029/048
Card 1/2

84411
Rotational State Energies of Non-axial Nuclei S/056/60/039/004/029/048
With J - 10 and J - 12 B006/BO63
00 100 150 200 250 300
0 73-33 76.14 75.28 72-51 70.62 70
10, 104 lo6.9 lo3.8 99-52 97-11 96
'A
The transition energies between rotational states up to J - 10 for Th 232
and up to J - 12 for U238 were experimentally determined by the method of
multiple Coulomb excitation (Ref. 3). In order to have agreement with he
theory of non-axial nuclei, it was necessary to introduce additional
terms into the formula F_ = AJ(J+1). The parameters of these terms were
selected in such a way that agreement with the above theory was
guaranteed. No additional terms are required for the model of the non-
axial nucleus, and excellent agreement was found for r = 120 (U238) and
'r = 150 (Th 232 ) (see Fig.). The author thanks Professor A. S. Davydov and
'V@ 15. RaidItlygkiy for valuable advice and comments. There are 1 figure,
I table, and 3 references: 2 Soviet and 1 US.
ASSOCIATION: Saratovskiy gosudarstvennyy universitet (Saratov State
University)
SUBMITTED; May 11, 1960
Card 2/2

S/188
/62/000/002/010/013
B154/B102
AUTHORt
TITLE: Deuteron stripping on non-axial nuclei
PERIODICAL: 'aloscow. Universitet. Vestnik. Seriya III. Fizika,
astronomiya, no. 2, 1962t 74-79
TEXT: Basing on previous publications concerning deuteron stripping on
non-axial-nuclei, the author determined the proton angular distribution,
the reduced widths, and the polarization, which are changed by the nuclear
rotation. The amplitude of the (dp) reacti'on is
(4) where
(-2 y'IL@nlLp Pd) MN fjP)
2
HT
Card 114

S11861621000100210101013
Deuteron stripping on non-axial ... B154/B102
V., (p) R, (r,,) IY;. (0. q).),Od (p) X
F-, S Ck, rp
X @d (kd rp r,) dr. drp dp,
r
211+1
all = - Z C,,,,AKIA
V 21f+ I Kf 9 (K)
KIK12
For the proton angular distribution as calculated from 12 by summation
over the projections of the momenta in the channel inputs and outputs the
expression
1:(21+ 1) 2, E IF, 2.
M
is obtained. In the case of plane waves for p and d, F m has the form of:a
@j 2 1
Buttler integral (r > R). is-the reduced width in terms of the
n il :- *.- 2
single-particle reduced width; J1 Sil). 9ji is a. spectroscopic
Card 2/4

Deuteron stripping on non-axial ...
factor. The polarization is given by
S/188/62/000/002/010/013
B1540102
("P = + 1) 12 -11 (1-0 12
2 2
P 1Ld%'iM1
;LdMImf
if ztl-k x -k and the 1 interaction in both channels is ignored, then
d p
P is given by
N 2 8j2,(2i + 1)-' (21 + 1) m I F1 I
p p, 2
3 02 (21 1)-' Fm 11
In Buttler's approximation Fm - const Y where k
I lm d kp
one obtains P m_jylmj2 .0. From this it follows that according to
m
Card 3/4

S/18 621000100210101013
Deuteron stripping on non-axial ... B154YB102
the Buttler theory the polarization always vanishes. If the deuteron
and proton waves are distorted-the polarization will not vanish. In this
case corrections to the rotation may arise in the reduced widths. For
Mg 25(dt )Mg24 reactions, comparison of the theoretical and the experimental
values of &,2 obtained by other authors shows satisfactory results.
There is 1 table. The most important English-language reference is:
E. M. Hamburger, A. G. Blair, Phys. ReV., 119, 777, 1960.
ASSOCIATION& Kafedra elektrodinamiki i kvantovoy mekhanikil
)Aoskovskiy universitet (Depaitment for Electrodynamics
and Quantum Mechanics, Moscow University)
SUBMITTED:, June 12, 1961
Card 4/4

LUKWOV V,X.
-,-
On the transfer of charged particles in reactions with heavy
ions. Acts, physics. Pol. 22 no*6:529-531-D 062*
l, Joint Institute for Nuclear Research,, Dubna.

S/048/62/026/008/025/C-28
B104/B102
AUTHOR: Luklyanov, V. X.
TITLE: Reduced widths in stripping reactions on nonaxial nuclei
PERIODICAL: Akademiya nauk SSSR. Jzvestiya. periya fizicheDkayat
v. 26, no. 13, 1962, 1096-1097
12ZXT: The amplitude of stripping reactions produced by rotation of a non-
axial nucleus can be written in Born approximation(as
d-v driVjVpq)jVj (Vl,m (@Q I Vr,m,
wherein < ...... > is the overlapping integral of the wave functions of the
initial and final nuclei. If the wave function of the final nucleus
can be represented as the product of a single-particle neutron function
and of the function of the target nucleus, then the spectroscopic
fac:tor Sjl(I) can be separated from I11. 011(i) - Silmy, is
Card 1/0

5/046/62/026/006/025/026
Peduced widths in stripping ... B104/3102
the reduced level width which can be measured experimentally. The S
factor takes account of the effect due to colleclive excitation of the
nucleus and is calculated by using wave functions from the theory of
nonaxial nuclei.. The wave functions are represented as the product of a
rotation function, of the function of the particles outside the core, and
of a neutron function. The following is obtained for the S.factor:
2r,+ I A
j g (K) AK,A1c,CpK,' (IifKiKj Ki I IIKI) 1;;
Sil =- -j- (2).
Ki KI
Here Ak are the coefficients for the expansion of the rotation function
of a nonaxial nucleus with resp@ct to Wigner D-functions and Cjig are the
coefficients for an expanzion of the neutron wave function. The results
(Table) are in good agreement with exp.erimental data. There is 1 table.
ASSOCIATION: Laboratoriya teoreticheskoy fiziki Oblyedinennogo instituta
yadernykh issledovaniy (Laboratory of Theoretical Physics
of the Joint" Institute of Nuclear Research)
Card 2

I- LUK I YAINOV,, V. K. ; PETKOV, I. Zh.
"Concerning Collective Excitations of Nuclei by Scattering of Electrons."
report submitted for All-Union Conf on Nuclear Spectroscopy, Thilisi, 14-22
Feb 64.
OIYaI (Joint Inst Nuclear Res)

LUKIYANOV,-V, K
"Excitation of Nuclei by Scattering of Heavy Ions."
report submitted for All-Union Conf on Nuclear Spectroscopy) Thilisi, 14-22
Feb 64.
OIYAI (Joint Inst Nuclear Res)

LUKIYANOV, V.K.; FOKIN, A.G.
Geometrical effect in stripping reactions on deformed nuclei.
I Izv. AN SSSR. Ser. fiz. 28 no.1:56-59 Ja 164. (MIRA 17.-l)
1. Ob"yedinennyy institut yadernykh issledovaniy.

',@; -, @M - - ---------
'ACCESSION MR: AP4042966 B/0048/64/028/007/1207/1211
A UTHOR.- Luktyanov,, V.K.;'Petkov,' I.Zh.
!TZTLI,;: On collectivet excitation of nuclei in-elpetron scattering ffeport, 14th
1 Annual Conference on Nuclear Spectroscopy hold,i-n Tibilisi 14-21 19S17
SOURCE-. AN SSSR. Izvo Serlya tizicheskaya, v.28, no.7, 1964t 1207-1211
TOPIC TAGS; nualoar structure, electron' scattering, nuclear model, shell theory
iABSTRACT: The cross sections for Inelastic scattering of electrons by nuc@ei with
xcitation of collective,nuc@ear states are cale0ated. The ca@oulations are interd-
a to apply to beavy nuclei to which tho unified model is known to afford an ade-
qLate approximation; therefore the "improved" Born approximation of' D.Saxon and 16,
,J.Schiff (Nuovo Cimento,6,614,1957) and W.Czyz and K.Gottfried (Ann.Physik 21,47,
1963), which takes approximate account of tho di6tortion of the wave function by
t
IW-Coulomb field, iLj employed* The transverse terms in the interaction are noglecI@;.,
eO this should be justified at scattering.:angles greater than,00 for excitatioa ofj':'_
:!.low-lyinig levels by 150 MoV electrons. Only quadrupole nxiclear transitions and the
0+-+04' monopole trowitions pro., treated#, and the nuclear states-are described in
A iCard Z-

1ACCESSION HR, AP4042966
terms of the nonaxial nuclear model of A.S.Davy*oov et al (Nuc;.Phys..8,237,1958; 120'@,'
58,1959; 24,682,1961; 27,13f,1961). The cross seqtions.are calculateli both for nuc-'
lei with a constant den0tX.,(sharp boundary) and@for nuclei with a Gaushian d4
Dnsity
distribution. The cross septions for the excita@ion of the fi;pt and second 2+ le-,1.
els of Mg24 and the 0+441transition in C@156 @y 150 UeV ele -evaluated'
itrone were
numer
@cally as examples fLnd @ the r@sults. are prespnted graphically. The..crose sea-
_tion for exciting the epond 2+ level of Mg?4 was lound to be less than-that for
.the first 2+ level by : faci!Pr of about,12.''.Sme'aring the nuclear surface by emploj-j.@',
Ting a caussian density distribution exerted very little influence oh the,ffg24 cross;!. _7
-ilsections, but it decreased the (;dl56 cross section by an order of n@gnitude. Orig.'',
art.has: 21 formulas and 3 figures.
I ASSOCIATIOM. Laboratoriya,teoreti&eskoy fiziki Ob"yedinennogo instituta yadernikh
issledavaniy. (theoretical Physics Laboratory', Joint Institi4te.for Nuclear Researchl
SU13MI ldjan63 ENCL: 00
M nap Sovi 002
SUB CCIDBt,NP 01MRt Cos.
Ord

ACCESSIO N NR- AP4042967 8/0048/64/028/007/1212/IL219
AUTHOR- Luklyanov, V.K.
TITLE: Excitation of nuclei in scattering of'heavy ions )qeport, 14thAwtual Con-
ferenco on Nuclear Spectrosdopy held'in Tibilisi 14-21 Fe-b 196647
SOURCE- AN SSSR, Izv. Seriya fizicheskiya, v.28, no.7, 1964, 1212-1219
TOPIC TAUS: nuclear reaction, ion scattering,inelaBtio-scattering, Coulomb excita-
tion
ABSTRACT: Formulas are derived for the cross section for' nuclear excita:tion by in-.
elastic scattering of heavy'ibhs. One'idvintage of employing heavy ions-for Coulomb t
3ound
excitation investigations Is.the relative ease with which effects due to coml
nucleus formation,can be distinguished, for the eRmpouna nucleus is very unlikely
t6decay via an inelastic scattering channel with the reconstitution of.thd same
heavy ion that formed it. At en'eftlesnear the Coulomb barrier# moreover# transi-
tions can be excited by nucleai interaction that are forbidden in pure Coulomb ex-
citatit The cross oectloii for'such a transition will be very sensitive to the be-
havior the nuo'lear potential near @he surface of the nualous-and can-afford In-
tit
1/3

@ACCHSSIOX NR: AP4042967
7formation concerning it. The formula for the cross sedtioA is.derived in rather
general form by it dintorted,,wave method in which both tho nuclear and Coulomb inter-,,
-classical approxi-
;actions are included. The stmplifications possible in the "quasi
2
'mation",.valid for ZlZ2e >>.AV, are thon.,introduced. Finally, the cross section for
O@r
the excitation of the 0+-44 vibrational transition, which is forbidden in pullre C
Ilomb'excitation, is obtaineo in closed form. In deriving this last qxpre;sion; the
:nuclear potential is assumo to be proportional to (a/r)exp(-r/a) for'r greater
Ithan the "radius" of the nucleus. The cross sections for the excitation of the
!0+ +
ion in GdI66 by inelastic scattering of C12 . and A40 were e@iluated,
transit a
n ri by A40
a
d the results are presented graph@cally. The cross section for excitatio@
iincreased much less rapidly with increasing energy than that for excitation-by C12.
ii. It is accoidingly advantageous to employ heavier ions in investig4tions of the con-j
;,!,;,.'templated*type, for they enable orld to'work farther below the Coulomb barrier' The
cross section for excitation by A40 was calculated for the two values 0.4 and 0.6
fermi for the parameter a iti the expression for the nuclear potential outside the Y1.
:nucleus. The cro3s section for the larger value of a was found to be the greater b
@moro than a factor 100; this illuatkates the great.oonsitivity of the cross sectlons
e-nualQar potential-oUtaldo the nualato. Origs-
for such Processes to the form of @h
u'las and 2 figure
art *has; 313 form a

I i * . . . I .
I . I . I ..- . @ # . ..

LUKIYANOV, V.K.; FBTKOT, I.Zh.
Collective excitations of nuclei under electron scattering.
Izv. AN SSSR., Ser. fiz. 28 no.7t1207-Ml JI 164
(MIRA 17 98)
1. laboratoriya teoreticheskoy fiziki Ob"yedihennogo instituta
yademykh issledovaniy.
i

WKtYAIIOVI V.K.
Excitation of nuclei in the scattear-Ing of he&-vy ions. Ivi.
VI SSSR. Ser. fiz. 28 no.7o.1212-1219 Jl 164 04IRA 17:8)
l.Laboratoriya teoreticheskoy fiziki Ob"yedinennogo instituta
yademykh issladovaniy.

LUXIYANOV, V.K.; FETKOV, I.Zh.
Inelastic scattering of hea-.,7 particles wit,h excitatlon of ccllectlva
nuclear states. Irt. AN SSSR.Ser.ftz. 29 nc.5%823-82@9 It 165.
eYJRA 18'.5)
1. Laboratoriya.teoretiches'Amy fizild Ob"yedinennogo Instituta yaderiykh
issledovaniy.

Z-ACC NR; AP6019616 SOURCE CODE: UR/0048/6G/030/002/0255/0256
A17,11MOR GridnoYiK,,A._;. Yrasaov,L.V.; Rulditina, I.N.; Luk yanov, V.K. Hikitina, V.I.;
.-j Fu ;_V.
ORG. none.--
TITLE.L.- Calculation.-of direct:-nuclear reactioxis )2 the distorted vave@.metlhod/Roport:-
oil, Nuelipar,.Spqctroscopy,...au,4 Nq4e4r- Structure. 491d at
St
Minsk,_25 Janu"T-to 2 Februiry 1965/
I SOURCE.@.. A1jFSS=- lizichaskaya, v. 30, no., 2, 1966,@',"255-256
`i@iel4eii reaction-, mathematic inthod,:
TOPMTAG�
ABSTMCT: The authdra-have employed an electronic c*=puter to calculate- differential f
cross sections for (d,p) reactions in the distorted wave approximation under the
following simplifying assumptions: 1) the range of the nuclear forces is zero (the
inieraction potential is a delta-function) and 2) there 4v no spin-orbital coupling
The calculated angular distribution of protons from thei;056 (d,p)Fe 67 reaction with
an incident deuteron energy ofG.GlTeV is compared with t@e angular distribution
calculated In the plane wave approximation (Butler's theory) and with experimental
data Q@ V.P.Bochin, X.I.Zhorebtsova, V.S.Zolotarev, V.A.Komarov, L.V.Krasnov,

ACC NR: AP6019616
I.F.Litvin, Yu.A.Nemilov, ar-d B.G.Novatskiy (Vestn. Leaingr.ua-ta, No.22 78 (196-3)).
Cho experinental data are in much better agreement with the distorted wave calcu-
Lations than with the plane wave calculations. The authors intead to publish a de-
tailed description of their calculations and expect to relax the simplifying assump-
tions 1) and 2) in future work. Orig. art. has: 2 formulas and 1 figure.
3UB CODE: 20 SUBU DATE: 00 ORIG. REF: 001 OTH REP: 002

LUKIYANOV, V.L., deputat Verkhovnogo Soveta SSSR, mi@ster bloka martenovskikh
'pechey; GOLIKOV, I.N.; BUTq B.I.; IZPORSKIYI V.V.; SOPOV, T.,
Geroy Sotsialisticheskogo Truda, valltsovshchik; MANT0'-_V, R.M.;
CMUTOV, V.D., stalevar
We are carrying out the decisions of tho 22d Congress of the
Gamunist Party of the Soviet Union. Metallurg 7 no.7;2-6
n 162. .(MUIA 15:7)
1. Nichne-Tagillskiy metallurgicheskiy kombinat (for Luklyanov).
2. Direktor TSentrallnogo nauchno-ioulodovatollskogo instituta
chernoy metallurgii (for Golikov). 3. Sekretar , partiynogo
komitata Makeyevskogo metallurgicheskogo zavoda (for Buy).
46 Diroh-tor zavoda "Azovstall" (for Leporskiy). 5. Magnitogorskly
Metallurgicheskiy kombinat (for Sopov). 6. Direktor Gosudaretvannogo
soynnogo inutituta po proycktirovaniyu agregatov otaleliteynogo
i prokatnogo proizvodstva dlya chorney L@ntallurgil (for Mantsev).
7. Chelyabinskiy metal-lurgicheskiy zavod (for Chernov).
(Meta-Uurgy)

. I -/
I Li k @ M @V- ,- v I/ * '41.
KOSTTUKOVSKIT, V.Yn., gornyy inzhener; MMMOV, VJI., goran ipkhnolog.
Zrperien,7e in thp use of sectional timbering in lateral drifting
at the L,@-ozavpkniri no. I mine. Shakht.stroi. no.6:25-27 -Te '57.
- (MLRA 10:7)
O"line timbering) (Reinforced concrete constractions)

Ir @Ic t,
V
UVSHTOK. A*S.. gornyy inzhener; LUKIYANOT, V.K*, mladshiy nauchnyy sotrudnik.
Construction of sectional reinforced concrete supports in the 1Kuznetek
Basin. V9011 32 no,8:43-43 Ag '57. (mm 1019)
1. Kemerovskly filial Giprosbakhtcatioymsh.
(KIaznetnk'&9in-Mins timbering)
(Reinforced concrete constructions)

L 01463-66 1JP(c Ar
ON MR: APS016651 UR 0 3 8 26 50 0 0 /0 6 2 /0 0 3 5 /_ 0-0-4 3
ACCESSI
533,9,082
407 k.
AUTHOR:@ Iskolldskly, AS-H.;' Kurtmull ev# R. Kh.; Luklyanov. V. N.; I!esterikhin.
Yu. Ye.; Ponamarenko,.A. G.
TITLE-. Some. properties of the behavior of plasma 6ated by collisionless shocks
SOURCE: Hagnitnaya gidrodinamika, no. 2, 1965 35-43
TOPIC TAGS: plasma shock wave, shock wave heating, plasma diagnostics, microwave-,
plasma containment
ABSTRACT: The generation of collisionless shocks in plasma.wit,h quasistatic axial
magnetic field,,by use.-of tbeta-pinches (powered by a storage system with maximum
energy of about 3000 J) is discussed,,.. Plasma density.in the experiments was about
-3
.10 13 cm lfagnetic and optical measurements indicate the.formation of a.cylindril
@cal "magnetic iston":driving the collisionless shocks which concentrates along th4-
p
accompa A
plasma axis. Also studied are the ny$ng phenomena of X-ray and microwave
(.8 mm) noise emission., The'dLagnostic instrumentation (magnetic and scintillation
probe's-and image-converter camera) is described in detail and typical results are
shown (e. g., collislonlese shock is shown to run ahead of the current sheet). It
Caid 1/2@

BELOVOZHKO, Mikhail Arsenlyevich(Bilonozhko, M.A.); LESIX, Fedor
Lukich [Lesykj, F.L.J. Prinimali uchastiye: ZRIBITYAK, L.Ya...
kand. ekonom. nauk; LUKIYANOV, V.O., kand. ekonom. nauk;
.9
CHMIR, R.D. [Cbn7r, A-.D.1, red.; MUNOVA, N.M. [HorInmova,
N.M.]. tekhn. red.
(Plant growing; manual for secondary schools] Roslynnytstvo;
pidruchnyk dlia serednfoi shkoly. Vyd.2., perer. Kyiv, Ra-
dianalka, sbkola, 1961. 202 p. (MIRA 15:7)
(Ukraine-Field crops)
(Ukraine-Pastures and meadows)

43489
a;L0 S/205Y62/002/006/021/021
E073/E435
@,AUTHORS! Kholint V.V.,,_Luk1Xqnoy.,_._V_..Pt_' Barkova, A.M.
TITLE: Determinati6n, of the integral absorbed X-ray dose
in animals
PERIODICAL: Radiobiologiya, v.2, no.6, V-1962, 947-949
TEXT: The authors propose a new and Tore accurate-metho.d for the
determination of the integral absorbed dose, applicable to various
conditions of irradiation of test animails. According to
S.N.Ardashnikov and N.S.Chetverikov, the integral absorbed dose
can be calculated by means of the following expression:
(P DA 0U e_@d S rad
11integr Y
where 4) - scaling coefficient (= absorbed dose in
rad/irradiation dose in r), D - exposure dose at surface level,
-d - density of irradiated tissue, y - electronic transformation
coefficient, d - thickness of tissue. Two numerical examples
are given. It is emphas 'ized that the results are approximate
because of the complicated geometry and irregular structure of
Card 1/2

S/205/62/002/oo6/021/021
Determination of the integral ... E073/E435
the bodies of the test animals.
ASSOCIATION: Institut usovershenstvovaniya vrachey, Leningrad
(Postgraduate School for Doctors, Leningrad)
SUBMITTED: March 5, 1962;!
Card 2/2

L 54743-65 svpk@.,) FF(c !I EWA(d-Y/EPR/.T-/E4P(t)/-MP(kj/-z
tE@ 1P i
E Nz)7WtW/a-'A'Lcj'z@-Pf PS-4: ;Irv
2 00 0
1606/6b 4100
621 T3.0 32
atlovi, V. P.
A70MOR z
__s@tee
TITLE: li@e j' ductilttj 16 and ailoyo
UR vochnoye pro zvodstvo,.,n
so a k4iiii6bi64shta#o o 6. 1965, 4-7
4
MPIC -,heat 'r 'istiint,steeli low ductility ote.el, steel
0
en piercinjj@,p- ercei hoie'su@!fiice quali!j@@ lubrication effLat'_-tjlKhl8H9T steel,
P
OKh2iN5T:et
eel,_ OXh2lK M2T- steel,-- iqWTTYuR, hUoy
ABSMACY: 'Experiments.have been.-made tP determiae the effect of the method of
open piercing on. _@he@:hole zurface quality and on the power re rements in the
production of ring-sha0ed b ilom hard-to-deform stainlea5lad heat-resistant
es tsin diweter were pierced in M18N9T OKh2lN5T
steels and alloys.@ #ol @O
t--- ck. The
MM6mn d )W7TYuT I. eel blanks 190 ma i diameter and
piercing was dohe'et_the blank surfact temperi ure of 1000C, without a lubricant i
or with dry-A@hit@ef6r glass-cloth lubricantEing solid or hollov punches with
or without.-A supporting ring. It vas found that the surface of almost all holes
pierced vfthmt La- luVrIcant,,vaa.rough and h$d numerous scaly tears The use of

It a-@the h lu kLu-
ch@ 4dva.rat a, ftdt-@-thft@:- etility" @This lim e ot or 9-

ACCESSION IgRi_ 4T5016061
range:- to@
Of i 10 OC: nterva
.6 0 @4 i2d :i' r ter
a L, Ba s, 45, __Mm L
n .-diame
were , dtoo:@:',:f arted- -f ro' 50(@-kg 'in- ots, Smaller bars we re rolled f rom
!forged billets* For plates and sheets, heavier ingots (2100-250
0 kg
were used. The ingots were press forged into slabs which were hot
;rolled into plates 5-20 mm thick. Sheets 3.2 mm thick were cold
!rolled from hot rolled sheets 5.5 mm thick. Finished products after
annealing at 1120@--1180G had -a-tenaLle strength of 85-105 kg/mmz,
a yield strength of 37-60 kg/mm and an elongation of 47-56Z. The:
!tensile strength, elongation, and especially yield strength of cold-
rolled sheets were higher then those of hot-rolled plates. All the
1products. paaa-ed prastribed tests for susceptibility to intergranular
;corrosion. The bars, plates, and sheets were delivered to a customer.
10rig. art* has: 5 fLgure$ and 2 tables# [NDI
1AS50CIATZONj,
Ts-Anttaltayy mauc-hua-Lasledovatel'skLy inatitut chernoy
;aetallurg-ii:(Ciritial Sciantifle Research tuatitute of Ferrous Hetallurg5
SUBMTTTED: 00 ENCL*. 00 SUB CObZ: MMO 1z
ING REP SGVt 002 OTHERt 000 ATD Pusst 042
Cam

SOV94-58-10-6/?O
UTIHOR: Luklyanov, V.P., Eilgineer
-------

TITLE: -----
Automatic Control of "Borets" Type Compressor
Installations (Avtomaticheskoye upravleniye
komPressornymi ustanovkami tipa 'Borets")
PERIODICAL: Promyshlennaya Energetika, 1958, Hr 10, pp 15-17 (USSR)
ABSTRACT: This article considers automatic control and protection
of 'Borets' type compressor installations Nvith
induction motor drive. Under normal conditions, when
there is water in the cooling system, sufficient
pressure in the oil system, normal bearing temperatures
in the compressor and motor and normal compressed air
temperature, automatic control causes the compressor to
operate according to the receiver air press-are. The
operating device is a contact manometer installed in
the receiver. If during operation any of the conditions
mentioned above becomes abnormal the machine is
automatically stopped. A schematic circuit diagram of
the automatic equipment is given and operation of the
Card 1/1>

SOV/94-58-10-6/?O
lutOmatic Control of :Borets, Type Compressor Installations
circuit is'explaihed. TLe cost of in-stallinS the
automatic equipment is about 10,000 roubles and the
annual economy that results from its -aae is about
30,000 roubles. There are 3 figures.
ASSOCIATION: Dneprovskiy elek'"trodnyy zavod (Dneprovskiy Electrode
Plant
Card

LUK'Y N Vladlen Mqnavicb- SHAPOVALENKOp A.G., kand.tWdm.na1Akp
N.N., insh., red.; GORNOSTAYPOLISKAYA, M.S.,,
Aekhn, red.
[Automatic control of production processes] Avtomaticheskoe
upravlenie proizvodstvennymi protsessami. Moskvap Mashg"',
1963. 99 p. (MIRA 16.6)
(Automatic control)

KHOLIN, V.V.; LUKIYANOV) V.P.
Tables for the computation of the radiation absorption dose in
rads in crurietherapy of cancer of the cervix uteri. Med.rad.
no.1:32-31@ 162. (MIRA 15:1)
1. Iz kafedry meditsinskoy radiologii Leningradskogo ordena T-enina,
instituta usovershenstvovaniya vrachey imeni S.M. Kirova.
(UTERUS--CAIICER) (RAMU-S-THERAPEUTIC USE)
(ROIATIOI@--WSAGE)

WKIYAVOV, V.P.
Tables for the calculation of the integral absorbed dose in
combined radiotherapy of malignant tumors of the cervi--.
uteri. Ned. rad. I no.12213-16 D162. (MMA 16:10)
1. Iz kafedry meditsinskoy radiologii (zav. - dotsent V.T.
Kholin) leningradskogo gosudarstvennogo instituta usovershen-
stvovaniya vrachey imeni S.M.Kirova.

4@
ACCESSION NR: AP4003129 S/0241/63/008/011/0030/0033
@ATJTHOR: Stukovap L. M.; Strutsovskaya, S. V.; Repina, V. A.;
Luklyanov,
TITLE: Treatment of radiation injuries of the skin and mucous
membranes with ohlorophyll-oarotene paste
SOURCE: Meditsinskaya radiologiya, v. 8, no. 11, 19631 30-33
TOPIC TAGS: skin radiation injury, mucosa radiation injury..
chloroptLyll carotene paste, radiation injury therapy
ABSTRACT: In a clinical test 39 women and 6 men, ages 25-74 yrs,
were treated with cchloro@phyll-carotene paste for radiation injuries
of the skin and mucous membranes of the pelvis. The 19 patients
with skin injuries were treated.by direct application of the pAste to
the skin with bandages, The 26 patient;,s with mucous membrane injuries
(rectitis, cystitis, and eolpitis) were treated by irrigation of
injured sections with the paste dissolved in a 1% novocaine solution.
Chlorophyll-carotene paste was found therapeutichLlly effective in all
cases. Length of.treatment depended on extent of radiation injury.
Card 1/2

ACCESSION NR: AP4003129
For radiation skin injuries, the periods were 10 days for stage 11
and up to a year for s@age III. For radiation mucous injuriesj, the
periods were 5-10 days for first degree, 2 weeks-116 mos for second
degree, and 1-6 nos for third degree. Chlorophyll-carotene paste
,quickly clears the injured surface of necrotic stratifications and
,stimulates the development of granulation tissue and epitholization
:which promotes healing. Orig. art.has: 2 figures.
@ASSOCIATION: Tsentra1'ny7L_!- nauchno-issledovatel'skiy institut
meditsinskoy radiologii ministerstva zd:.,avokhraneniya SSSR-i kafedrr-l-
'meditsinskoy radiologii GIDUV (Central Scientific-Research Institute
of Medical Radiology of the Ministry of Health SSSR arA the Depart-
.ment of Medioal Radiology of GIDUV)
:SUBD=t: 12kar63 DATE ACQ: 2ODec63 ENCL: 00
'SUB CODE: ATA, NO REP SOV: 004 OTBER: 000
Ccad 2/2

For fh;,
1110.7:2'2-@23 J*I- f65o
I* 'JL'amrskaya pryad I I

L 171+1-5-66--- ZWT(M)/9WA(d)/WP(0 JD/HW
ACCESSION MR: Ap5a3676 SOME COMP: UR/0182/65/000/()05/0001/0005
AUTEIOR: Polukh1n. I Te erin P@. K;At Agajgv
V F.- Vorontsoy, V.K.;
Kartos@@n, A.@ z;z
ORG: none
TITLE: Stress deformation state in rolling circular blanks
-SOURCE: Kuznechno-shtampovochnoye proizvodatvoi- no. 5, 1965, 1-5
TOPIC TAGS:: stresa analysis, strain, . material deformation, circular forging,
circular blank,,:blaak, reduction, tensile stress, applied load, load, mandrel
diameter effect, ram farm effect, reduction degree effect
ABSTRACT: This study vas carried out because there wincreasing nee
cular forgings, from diMcultly deforming stainless! kMleat resistantj t'66
and alloys. The stress deformation state of the metal.in the area of deformation
during the rolling of the circular blanks on a mandrel was.investigated vith re-
spect to the form of@the working surface of the ram (plane, concave and convex),
diameter of the mendrel.and degree of reduction. The experimental results show
Card 1/2..

MANIKOVSKIY,G.I.: LUKIYANOT.T.S.; DOLGOT.O.A.: YERSHOT.U.N.; HATANOTA,
S13aiZ_i6
N.M.; _iCLKOTA,T.A., red.izd-ve; SMININA,
N.D., tekhn.ved.
Lmethoda of calculating the basic parameters of rock freezing
processes in shaft sinking with the help of a hydraulic inte-
grator) Ketodika reschata a pomoshchliu gidrointegratora oanov-
n.vkh para'metrov protsessa zamorazhiveniis gornykh porod pri
prokhodke shakhtnykh stvolov. Moskva, Gos.nauchno-tekhnAzd-
vo lit-ry po gornomu delu, 1960. 53 p.
(MIRA 14:5)
(Integrators) (Soil freezing)

LUKIYANOV, V.S.
Using the hydraulic analogy method for calculating the temperature
conditions of soils, taking into account heat transfer by perco-
lation, and for deducing certain similarity criteria. Inzh.-fiz.
zhur. 5 no.2:52-57 F 162. - (MIRA 15:1)
1. Institut transp3rtnogo stroitellstva, Moskva.
(Boll percolation) (Boil temperature)

LuK'YAIIOV, V,S., inzhe
Tapping a geam subject to sudden outbursts of coal and gas. Sheat,
stroi. 6 no.5:26-27 11@' 162. (1,41RA -15-71'
1. Ukrainakiy nauchno-isoledovateliskiy institut organizatsii i
makhanizateii shakhtnogo stioiteltstvae
(Coal mines and mining) (Mine eases)

VEVIOROVSKAYA, Mariya Aleksandrovna, dote.; KRAVCHE:NKO, Irina
Pavlovna, starshiy laborant; RUMYANTSEV, Stanislav
Alekseyevich, laborant; doktor
tekhn. nauk, red.; KAFUSTINA, V.S., red.; KOZIDVA, T.A.,
tekhn. red.
[V.S.Luklianov's method of hydraulic analogies and N.N.
Favlovskii's method of electrohydrodynamic analogies; ap-
plied to seepage computations]Metod gidravAcheskikh ana-
logii V.S.Luktianova i metod elektrogidrodinamicheskikh
analogii N.N.Pavlovskogo; primenitellno k filltmtsionnym
raschetam. Moskva, Izd-vo Mosk. univ., 1962. 249 p.
VL[Nomograms for computing the development of ground
water head and of seepage from channels under conditions bf
insteady movement]Nomogrammy dlia raschetov razvitiia podpo-
ra gruntovykh vod i fil'trtsil iz kanalov v usloviiakh ne-
ustanovivshegosia dvizheniia. 55 p. (MIRA 16:4)
(Soil percolation)

LUKIYANOV., V.S., inzh.
%---.-:,-----'. . -.1 .. @ - : @-- -11 , - -
Tapping coal seams subject to outbursts of coal and gas.
Sbakhto @ etroi, 7 no.8:13-15 Ag 163, (MIRA :L6:11)
1. VaeooyuzrWy nauc-hno-issledovatellskiy institut
organizatsii i mekhanizataii shakhtnogo stroitellstva.

LUKIYANOV, V.S., inzh.
Opening up a flat pitching seam made dangerous by outbursts of
coal and gas. Shakht. stroi. 5 no.9&29-30 3 1619 (MIRA 16:7)
1. U@rainskiy nauchno-issledovatellsldy institut organizatsii i
mekhanizataii shakhtnogo stroitel'stva.
(Coal mines and mining)

LUK'Ykl'T( V LAGUTIL@, 'Ye.V., red.
vi
all!-" sturi'll sr-voty
sician' s a U:.!@jtsla. izd-1/0
Vrra-2ha tarl.-, kr,-) rarjutr-let, i I
O.-;.rlyi wiiversitet' Fakul'tet
"Znanie,,' 39 P- Oiar 18-
:,.,,dc,r*r)vlial no.21')

1. LUKIYANOV, ENG. V. S.
2. ussR (6oo)
4- Warehouses
7. Temporary storage structures on building sites, Gor. khoz. Mosk.,
No. 6, 1@49.
9. Monthly List of Russian Accessionsp Library of Congress, April,
1953, Uncle

h; GOIA)VKO, Mark Dmitriyevich; BARSUNOT. K.P,.
redaktor; BOWWJIR.*".N., tekhnicheakiy redaktor.
[Calculating the depth of frozen ground). Raschet glubiny proser-
sanita gruntov. Moskva. Goo. transp, zhel-dor. Izd-yo. 1956. 163 p.
(BabushkIn..Tseeoiusnyi nauchno-Iseledovatellskii institut trana-
portnogo stroitelletva. Thidy, no.23). (MLRA 10:6)
(Trozen. ground)

LU?@tYAITOV, V. S. Cand Tech Sci -- Oise) "StudY Of the distribution of
-0@a a A4-AVA
in,@rtnkahaftf of,,runnlne;m'@I." GorIkiy, 1957. 21 pp with diagrams, 20 cm.
(Min of River Fleet RSFSR. Gorlkiy Inst of Engineers of Water Transport. Chair
of Resistance of Materials), 140 oopies (KL, 24-57, 118)
-48-