SCIENTIFIC ABSTRACT LEONOVA, N.A. - LEONOVA, T.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000929230010-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 33
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LEOINOVA, N.A.; FURMII, L.N.
Method for determ- ning t~-e Lotal a=o-ant of coloring --,-
ammonium sulfate. Koks i khim. no.11:47 '63. (,',IIRA 16: 12)
1. Yasinovskiy koJcsokhimichc6kiy zavod.

BUROBIN, V.A.; LEONOVA, N.A.
Detection of histidase and i=ocanase in the blocd of
patients with infectious hepatitis. Vop. med. Klhim. 9
no. 3022-324 *-Je '63. (MIRA 17.9)
1. Kafedra biokhimll. I Moskovskogo meditsin3kogo instituta
i klinichaskoye. otdeleniye Mo.3kovskoy infektsionnoy bolfnitgy
No. 7.

LEONOVA, N.I.
USSR/Chemistry - Polymerization 1 Jul 52
"The Polymerization of Drying Oils Under Vacuum,"
A. Ya. Korolev, N. I. Leonova
"Dok Ak Nauk SSSR" Vol LXKXV, No 1, pp 99-102
The vacuum polymerization of flaxseed oil was studied
at pressures of 1-T60 mm. Below 100 mm the amt
of volatile matter is highest and the acid number
lowest. From 100 to 740 mm, these 2 values are al-
most const. This was also confirmed with perilla
oil. Presented by Acad A. V. Topchiyev 26 Apr 52.

'Jill
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RECHITSKAYA,, S. Ye.9 inzh.; LEONOVA, N.I.9 inzh.
Electron microscopy of the structure of E1464 austenitic steel
with a varying tendency toward intercrystallite corrosion.
Metallovedenia 3:381-388 159- (MLU 14:3)
(Steel, Stainless--Corrosion)
(Electron microscopy)

S/jqOJ63/005/003/001/024(
1. Yakubchikt A. T.
-~~.j4urH R! Leonovat 1~ B.
0 St N. I., Tikhomirov
Deter:ination of the polybutediene microetructure
A
IERIODICAM. -Vysqkomolekulyarnyye soyedineniYa, v- 50 no- 3P 1963P 305-309
TEXT t -'A method--of-,det mining-the;oontent-of 1#2-# cis-10 and trans-AP4
er
in polybutadlienes --was -Tdeveloped on:.the basis of papers by D. Morea
(Chem.' and Ind.# '41 P 758P 1959) and W. Kimmer,'8.'O*- Schmalz (Rubber Chem.
dad T ech no 1 33i 639, t960). For sodium butadiene containing no cis'IP4
n s dissolved in carbon disulfidei
and,for.its hyarogenatio produci
ih e,*'bsorpt ion. o0' eff ici ont 112 links 'at _911:cm wawfound to be 286.8
1.6 -trans-1 4 links at 968 Cm 255 2~3-5 l/
and for Nole*cm, In the
d the superposition by,neighborihg absorption bands
966 Cm absorption ban
'was takenlinto account. -The-content of 192 and~1rans-'/ 4 links in poly-
,;:,'butadienes- *as. -determined with"the aid of these absorption coefficients.
[
of ci)~ links was,caloulated from the difference between th
;J!,,'~'~4egrae of :iiwaturation determined by the addition of bromo iodine and t0he
~:.-'Cawd I

PAM

0 0
6,6)1607 0/6
%

Determination
of the... B Bia6
sum of the 1#2 and trans-1#4 links- There are 2 tables.
A8SOCIATION's eningtaclakiy,
L gosudarstvennyy univereitet (Lehingrad State
.
universit

SUBIMPTED t April 1.7 1961

i ~2
:~j7
04rd: 2/Z-'_,

jY,,P /MWA KRI/.]~D:
-)/ b)
,V),_L612()89-66 PeIT(m)L
000608 SOURCE CODE: UR/0129/65/000/012/0030/0033
AUTHOR: Farshin, A. M.; GOI'dahteyn, L. Ya.; Pechnikov, 1. 1.; Leoneva,
ORG: none
TI.TLE: Hardening 0fAUN2,2V2V2 iustenitic chromium nickel fitee after aging at 600-750'C
SOURCE: Metallovedeniye i termicheakaya obrabotka metallov, no. 12, 1965, 30-33 1
TOPIC TAGS: austenitic steel, metal hardening, chromium steel, nickel steel, phase
,analyzis.1 1Khl8N22V2T2 suatenitic.chromium-nickel steel
ABSTRACT: Austenitic.Cr-NL steels alloyed with 1.3-3% Ti aq(widely used; their high
mechanical properties are achieved'by short (10-20,hr) agingIlAt 700-7506C following
auitiaitizaftowl Yet the mechanism of this hardening,,i-s-weTI as the microstructural
in the steels considered, has not.yet been adequately in-
vestijated. Rences the-authois-inveskigsted specimens of industrially manufactured
Khl8N22V2T2 stes'l subjected to austenitization at 12000C (for I hr) with sube6quent
'water quenching followed by isothermal aging at 500-950*C for up to 5000 hr. These
specimens ware subjected to tensile and impact-bendingtesto at room temperature and
their microstructure was examined by means of optical d electron microscopes as
well it selective oxidation. Findings: impact Necresses at temperatures at
which tonsils strength increases; vesistanze to lija-Et- loadings decreases vith in-
-Card 1 UDC: 621.7V.74:669.14.018.89

ACC NR. "Q00608 C~_
,'creasing aging time; It 1200*C (I hr, water quenching) the microstructure of the steel
consists of austenite and primary carbonitrides of the Ti(C, N) type and there are no
excess phases an grain boundaries and twins.Hacdening of this steel is accomplished
only after aging at 600-7500C. "nding on the time and temperature of aging, the
'fol,lowing intermetallid ha y appeavAn KhIBH22V2T2 steelt a) phases O-NLP
with face-centered cubic Tat:7:4% phases (Y-Ni Ti with hexagonal tightly pack4d
Is t Ti with hexagonal tightly ia-cked latticel d) or-phases of the
t let; `CJ Ph"a"02
Fe(Cr, W) type with 0-uranium type lattice, A comparison of the changes occurring in
6e mechanical- properties of Khl8N22V2T2.steal at room temperature with the changes
In MiCrosir,4'eture, owing to aging indicatesIthat'the moatintense hardening of the,
m&terial, accompanied by a decreaseln Impact strength (and plasticity) occurs durins
the period when no changes as yet are detected In'the steel's microatructureo Hence,
hardening,d4rin; this stage,of aging is not associated with the segregation of a dis-
crete R-N13U. phase and, instead, in caused by preparatory processes within the
austenite grains (redistribution of Ti) preceding the segregation. The hardening of
steel a-t 600-750*C may be attributed to elastic distortions of the austenite lattice
/
in the pre-segregation zones of the P-N13Ti phase and to the steel's inability for
iDstress relaxation under these conditions. Softening with increasing time of aging
(e.g. at 750'C) is conditioned by the stress relaxaeion occurring on the formation,
segregation and coagulation of the O-Ni T phase. Thus, hardening is csuned,by prepa-
ratory processes within the grains of tRe solid solution, preceding the aegregation
of this phase, whereas softening, on the other hand, is caused by the 3egr;~gation of

L 12089-a
ACC Mt AP6000600
0
the intermetallide. These findings also refute the contention of Sorokin at al.
(Zavodakaya laborstoriya, 1959, no. 6) and Blok at al, (Zavodskaya laborstoriya, 1957,
no. 8) that;%hardening is attributable to the formation of the intemetallide phase
D-Ni3Ti with fmce-centered cubic lattice* Orig. art. has; 5 figures
SUB CODE: 11, 13, . SUM DATE: none/ ORIC RV: 003/ OM RVI 000

ACC NRt AR6027505 SOURCE CODE:
AUVIOR; Parahin, A. M.; Gol'dahtcyn, L. Ya.; Pechnikov, 1. 1.; Lf_~onova, IN. 1.
!TITLE: Strengthening of Khl8N22V2T2 steel after aging at 600-7500C
SOLRICE: Ref. zh. Metallurgiya, Abs. 41132
REF SOURCE:. Metallovedeniye i term..obrabotka metallov, no. 12, 1965, 30-33
TOPIC TAGS: high strength steel, austenite steel, metal aging, stress relaxation
KhlSN22V2T2 steel
TRANSLATION: Sheets of KhlBN22V2T2 steel were aged isothermially at 500-9501C for
periods up to 5000 hr, after austenitizing at 12000C with subsequent water quench-:n,'7,.
,1he steel samples were tested in tension and impact bending. Microstructures were ana-
lyzed by light and electron microscopes as well "s by x-rays. Strengthening occurred
ionly after aging at 600-7001C. Thus, after aging for 1 hr at 6500C, Ob was izcreased
ito 16 kg/rm2. In the course of subsequent aging for periods of 500 hr, o b increased to
:21 kg/m-m2. After aging for 5000 hr at 7500C, intensive softening occurred in the steel.
,7he strengthening of the steel at 600-7500C was explained by elastic distortions of the
faustenitic lattice in the Q-Ni3Ti pre-precipitation zones and by the resistance of the
ISteel to stress relaxation under these conditions. Softening during prolonged aging
UDC: 669.151261241271295.017.3:621.785.78

; ACC NR, AR6027505
I
,w;4.
z rnimpti bv ntress ral-axation duriniz the formation and seriaration o" the a-.Ili-4Ti

SHVA.T
Fungus diseases and mycorhiza of the main tree
Kazakhstan Province. Trudy Inst.bot.AH Kazakh
(West Kazakhstan Prov'Lnce--Trees--DiseaaeB
(Xycorhiza) (Fungi, Phytopatogenic)
varieties of West
SSR 1:146-176 '55.
(MLRk 9:11)
and pests)

SHYARTSMO, S.R.- LIONOVA, N.M.; ANTIPOVA, G.N.
t~
Parasitic and saprophytic m7coflors, of white birch In northern
Irazakhatan. TruAy Inst.bot.Aff Uzakh.;UM 4:76,110 '56. (JCWA 10:2)
(Birch--Disee.ses and pests)
(XELzakhatan--Fungi. Phytopatt-ogenic)

K-ATYSilEVT-SEVA, V.G.; LEONOVA, N.V.
Some data on the study of rhubarb in the Karaganda Botanical Garden.
Trudy Inst..bot.AN KazakI.SSR 17:128-134 163. (MIRA 17:3)

TOKMACHEVA, Nina Aleksandrovna; LEONO,V-IC.H,_-N..V., nauchn. red.
[New developments in the production of malt ari b--er]
Novoe v tekhnologii proizvodstva soloda i piva, Mosk7a,
TsNIIPI, 1965. 40 P. (MIRA 19.1)

LEONOVA, R. A.
LEONOVA, R. A. - "The Optimum Wall Insulation of Refrigerator Structures. " Min
Higher Education USSR. Moscow order of Labor Red Banner Construction
Engineering Inst imeni V. V. Kuybyshev. Moscav's 1955. (Dissertation for
the Degree of Candidate in Technical Sciences)
So; Knizhnava Letopis' No 3, 1956

. L EO NOVA) T). n.
USSR/IPhysics of the Earth - Geophysical Prosp-a-ct:Lng, 0-5
Abet Journal: Referat Zhur - Fizika, 110 12, 1956, 36k6o
Author: Ebbranova.7 V. N., Leorova, R. A.
Institution: None
Title: Study of Thin layered Sections of Wells Using the Resistance of
Shielded Ground Method
Original
Paii,.Aical: Tr. Mask. neft. Jj2-ta, 1955, 110 15, 29-46
Abstract: The shielded-ground resistance and the shielded-ground microre-
sistance methods m* it possible to distinguish a greater number
of layers, than staiidard methods of electrical ;~nvestisations of
wells. The resistance of the shielded Sround and -the m:icrore-
sistance of the shielded ground are measured continuously along
the shaft of thLg'-vell with the aid of bridge circuits. To elim-
inate errors occurring because of the current In the shielded.~--~"-
ground, flowing along the cable conductor to the source of them
current, one adds to the ordinary bridge circuit a phantom
Card 1/3

USSR/Physics of the Earth - Geophysical Proqecting, 0-5
Abst Journalz Referat Zhur - Fizika, No 12, 1956, 3646o
Abstraat: shielded circuit, consisting of a series of nsistances. The
current flowing through the phantom circuit equals the current
f lowing in the shielding circuit. Returning to its source, the
current of the phantom shielding circuit produces in a section
of one of the arms of the grid circult an additional potential
difference, compensating for the effect of the current of the
shielded ground. The sounding probes employed for the reeistewce
of the shield grounds have a support made of nonconducting ma-
terial with a di~ometer close to the diameter of the well. Placed
on this support are the shield grounds with the length from 2 to
32 cm and the receiver ground with lengths of one to 2 cm. The
support used for the shielded ground microresistance is a 3-spring
connector on the springs of which are mounted the shoes with the
ground connections. From the diagrams and tables accompanying
the artiae on the comparison of the resolving power of individual
methods it is seen that the shielded-ground resistance methodB
are 1.5 to 2 times higher resolution than standard methods and
the shielded-ground microresistance method yields 3 to 3.5 tJmes
more intercalations than small gradient probes, and 1.5 to 2 times
Card 2/3

USSR/Physics of the Earth - Geophysical Prospecting, 0-5
Abst Journal: Referat Zhur - Fizika, No 12, 1956, 3646o
Abstract: more than micro probes. These methcds make it possible to
isolate a thin strata with a thickness up to 5 cm im cross
sections of oil wells. The new methods can be used to plot
strata that do not have any horizontal check marks available
from standard methods.
Card 3/3

VAGIN, S.B.; GORDINSM, G.Ye.; GRIBOVA, Ye.A.; DUBliOV'SKAYAI,,'.A.;ZifDfiJ'IOV,
M.A., prof. ; ZYUZINA, N.G.; KARTSEV, A.A.; 19TYAZEV,V.S. dots.;
-LEONOVA, a .;FOBOVSKAYA, L.V.; SUDARIKOV, Yu.A.;YUDIII,G.T.,dots.;
:�5-KOD-�R&Y- ",' 'Z.V.; TOMKINA, A.V.; USPENSKAYA, N'.Tu., prof.; FOMKRI,
K.V.,kand.geol-min.nauk; CHERNYSHEV,S.M.; YAVORCHUK, I.V.;
BAKIROV, A.A., prof., red.; DaIF&ITIYEVA, T.A., ved. red.
[Geological conditions and basic characteristics of oil and
gas accumulations in the limits of the Epi-Hercynian
Platform in the south of the U.S.S.R.] Geologicheskie uslo-
viia i osnovnye zakonomernosti razmeshcheniia skoplenii
nefti i gaza v predelakh epigertsinskoi platformy iuga SSSR.
Pod obshchei red. A.A.Bakirova. 14oskva, Nedra. Vol.2, 1964.
306 p. (MIRA 17:12)
1. Moscow. Institut neftekhimicheskoy i gazovoy prorrijshlen-
nosti.

IXONOVA, R.P.
-
New books for the fortieth anniversary of the October Revolution.
Bezop.truda v prom. 1 n0.10:39 0 157. (MIRA 10:11)
(Bibliography--Industry)

LEONOVA, S. --- M-
Notes of an industrial executive. Sots. trud no.3:122-124 Rr 157.
(KLRA 10:4)
1. Direktor fabriki imeni M. V, Frunze.
(Iabor Productivity)

LIONOVA, S.
Reconstruction of an old factory. Yop. ekon. no,7:32-33 J1 '59.
(MIRA _lZ: j1)
l..Direktor Mcskovskoy pryadiltno-tkELtekoy fabriki imeni Frunze.
(Moscow--Textile industry)

IE~~ON~ PARKHCN,,'NKO A BRUSSER, I.; IERKINA, If.; MJITITUIENKO, G.;
YG-GOROV, Yu. (Leningrad); NIESY,1Y, Ya.; IkRUE240V, N.; ZFE-,-'LTS!7-tY, Yu.
We can loarn fron, the practices applied in Leningrad. Mcst.prom.
i khud.promys. 3 no.5:13-20 My 162. (MIRA 15:6)
1. Zamestitell predsedatelya Gosuda--,stvenno-o komiteta Soveta
Ministrov RSFSH po dolum most-ov promyshlonnosti i khudozhest-
-winlyk.h promyolov RSFSH (for oonova). 2. Uprav1yayub11chiy
kontoroy "Langorvtorsyrlya" 'k.,r Parkhomenko). 3. Direktor
Leni:igrads-Akoy Snrtlrovoul-nc-~-mc, P~noy fabrikl, No.1 '-.ontory
f'Lc-uingradsyr'5,bll (for Bru;~ --i4larnyyj inzil- Lkn1:1~,fr-UiSk~4Y
Sortirovochno-moyechnoy fabrik,- .4 .1 kor',ory "Lengorvtorsyr I yell
(for Iferkina). 5. Direktor fabrii, ncorprom" kontory
"Lengorvtorsyriyell (for 1-fartynenko). ' Spetsiallnyy korrespondent
zhurnala. "Hestnaya, promyshlenrost- i lhu%- Ilestvemiyye promysly",
(for Yegorov). 7. InspekLor po kadram fabi- ' "Trud" (for
Ifutskiy). 8. Direktor fabriki "Trud", ,:?. Lenin .--ad (for Artemov).
9. Zamestitell direk-tora fabriki "Trud", g. Lcmi% -d (for
Zhmudskiy).
- (Leningrcd--Salvage (Waste, etc))

SI'IT OVI--, V.'_
~r.!.O'Atij of
Gu
(loll 0 xc'.l

LEO OVA$ To G Cand Biol Sci -- (diss) "Leaf-Shedding
)rFh3onimu
s Len, 1958. 16 pp (Acad. Sci USSR,
Bot Inst im V. L. Komarov), 150 copies (KL 40-58, 113)
17

MONOVA, T.G.
I
Time of the setting of gutta canals in the spindle trees Zuonymuz
verrucose Scap., 2. europaes. L., and S. mankii Ruur. Bot.zhur.
43 n0.3:430-413 Mr 158. (MIRA 11-5)
1. BotAnicheakiv institut im. V.L. KomarovA AN SSSR, Leningrnd
(Spindle tree)

LEOITOVA, T. G.
- I �jArulle tree species of the series Lcmhocarpi (Loes) Blakel.
Botauxt.Gerb. 19015-329 159. NIRA 12-8)
(Spindle tree)

V-0101A) T. G. Cand Bio Sci - (ois!!) 'Tata on the knowledge of spindle !,rees
(Uvonymus) of the USSR and Foreign Species helaLed to them," Leningrad) 1960.,
20 pp, 175 copies (Leningrad State U. im A. A. Zhdanov) (KL, 48/60, 113)

LEONOVA T.G.
Contribution to the study of the genus Buonymus L. 3ot. zhur.
45 no-5.-750-758 My 160. (MIRA 13:7)
1. Botanicheakiy institut im. V-L. Komarova Akademii nauk SSSR,
Leningrad, (Spirdle tree)

BOBROV, Ye.G.; 13ONDARTSE7, A.S.; BUIUSOVA, A.G.; VASILIKOV, B.P.;
VASILICMIKO, I.T.; GOLUBKOVA, V.F.; GRUrZT11SUYA, I.A.;
YEGOROVAI T.V.; ZINOVA, A.D.; TWIDIA,
MATSMqKO, A.Ye.; PIDOTTI, 0.1.; POBEDIMOVA, Ye.G.; POLYAKOV,
P.P.; POYARKOVA, A.I.; SAVICH, V.P.; SINIKOVA, G.M.; q4IRNGVA,
Z.N.,- SMOLIYANINVA, L.A,; FEDOROV, AI.A.; KHARADZE, A.L.;
TSVELEV, 14.14; SHISHKIN, B.K,[deceased]; PENIKOVA, G.A., red.;
BARANOVA, L.G., tekhn, red.; FRIDMAN, Z.L., tekhn. red.
[B4tanical atlas] f;otanicheskii atlas. Moskva Sel"Kliozizdat,
1963. 501 P. IMLIA 16:12)
1. Chlen-korrespondent All S&ER (for Shishkin).
(Botarq-Atlasas)

LWNOVA, T.G.
16y -to thq spindle tr--aas of tbb U.S.S.R. and alli d foreign sr-ecies.
Bot.mat.Gorb 22-184-~93 163.
Euonymus pI&riPe5(Kovbn6):Ko8hnb', a now spacbm 6f spindle trees in
the U.S.S.R. Ibid.:194-197 MIRA 1?tI*2)