SCIENTIFIC ABSTRACT POPOVA, L.N. - POPOVA, M.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001342430002-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

t1-
E-4
ON
:~t
USSR/Medicine - Blood, Coagulation Aug 48
Medicine - Cancer, Diagnosis
"Comparati7e Evaluation of the Strength of BLood
Clot, Stability of Colloidal Content of the Blood,
and Erythrocyte Sedimentation Reaction," L. 1.
Popora, Aset, Propaedeutic Surg Clinic, Voronezh
Red Inat, ab pp
"Klin Med" Vol XX7I, No
4.
Investigation of str ength of blood clot can aid In
differential diagnosee of gastric aloer and canoer.
Strength of clot averages 7 - 8 gm for ulcerous
lesions, and 20 30 gm for gastric cancer. Thie
3.1/49r
USO/kedloine - Blood, Cmiplation (Contd) Aug 48
beat, during certain pat~b.010giGal conditions, Is more
accurate than the erythrocyte sedimentation reaction.
31/49T7

]~WOTAj L.N., kandidat meditsinskikh nauk (Voronezh)
...... ....... . ..................... "..
Xorphological changes in certain organs during experimental cholemia.
Klinozed. 33 no.12:81 D 155. (MLRA 9:5)
1. Ix propedevtichookoykhirurgicheskoy kliniki (zav. kafe&roy
professor A.X.Gurevich) Toronezhokogo meditsinakogo institute.
. (BILOUS DISMSAS AID 13ILIOUSNWS)
(LIVIM-DISFASM)
(THEAPIMICS, XXPARIMMAL)

f/ r i 'Li
POPOVA, L.P.
'---Resistance of a blood clot to tearing as a prognogtic fartor in
radical surgery for cancer. leb.delo 3 no.3:21-23 1kv-Je '57,
(MLT?A 10:9)
1. Iz propedevticl,eskoy khirurgicheskoy kliniki (zav. - prof . K-11.
Kochev) Voromezhzkc--o meditstnekneo instituta
(GAW2R) (BLOUD--ZX~.M INAT ION) (OPERATIONS. SURGICAL)

POPOVA. L.N., kRTIO.med.nsuk (Voronezh, u1. ChAykovskogo, d.4. k7.17)
Functional disorde-s ,=rhc=orpho1oE~r of the liver ir chol-praip-
[with summnry in English]. Vest.le-hir. 80 no,51.26-34 Ky 158 (MIRA 11:7)
1. Iz propedevticheakoy khirurgicheskoy kliniki (is-polnyayushchty,
obynzannostj zav. - dots. B.!. Novikov) Voronezhsko_-o meditsinskogo
instituts.
(BIIE
cholemia. liver funct. & D;lthonomhol. chnngeq Olua))
(BIDOD.
same (RUB))
(LD-1a.
funct. & Dnthomorphol. in cholenin (Run))

TIKOTSKAYA, K.M.; POPOVA, L.N.
Effect of rutin preparations on the m/cretion of phenol. substances
in urine. Biul.eksp.biol.i med. 53 no.6:36-39 Je 162.
(MIRA 15:10)
1. Iz otdela vitaminov C i P (zav. - prof. N.S.Yarusova) Nauchno-
issledovatellskogo instituta vitaminologii. (dir. - deystvitellnyy
chlen AMN SSSR B.A.Lavrov) Ministerstva zdravookhraneniya SSSR,
Moskva. Predstavlena deystvitellnym chlenom AMN SSSR B.A.Lavrovym.
(RUTIN) (PHENOIS IN THE BODY)

TIKOTSKAYA, K.M.; POPOVA, L.N.
Determination of rutin in some biological specimens. Vop. pit.
22 no-4:71-76 JI-Ag 163. (MIRA 17:10)
1. Iz otdela vitaminov C i P (rukovoditell - prof. N.S. Yarusova)
Gosudarstver.nogo nauchno-issledovatel'skogo instituta vitaminologii
Ministerstva zdravookhraniniya SSSR, Moskva.

POPOVA, L.N., kand.med.nauk
Changes in the pancreas .,nd spleen in cholemia. Vest.khir. no.-:
1
64-70 161. (MIRA 15:3)
1. la kliniki obabehey khirurgii (zav. - do),tor med.nauk B.I.
Novikov) Voronezhskogo meditsinsko-o instituta. Adres av-tora.*
ta
Voronezh, Studenskaya. ul., d.10, Meditsinskiy instituta, kafedra
obshchey khirurgii.
(BUZ) (PANCREAS) (SPLEEN) (BIA)OD-DISEASES)

ASMAYEV, P.G. [deceased]; POPOVA, L.P.
---
Amount and composition of tobacco smoke during the solid - liquid
phase. Izv. vys. ucheb. zav.; pishch. tekh. no.4:51-5,7 '61.
(MIRA 14:8)
1. Krasnodarskiy institut pishchevoy promyshlennosti, kafedra
tekhnologii tabaka. (Tobacco--Analysis and chemistry)
0

17855
S/535/61/000/132/001/012
3030/R484
AUTHOR: Popova, L.P., Candirlat~; of Phyaico-Matherwtical Sciences
TITLE: Fuels for aviation turbine engines
SOURCE: Moscow. Aviatsionnyy institut. Trudy. n0.132.1961.5-14.
Teplofizicheskiye svoystya nekotorykh aviatsionnykh
topliv v zhidkom i gazoobraznom sostoyanii.
TEXT: A brief description is given, together with complete lists
of specifications, of post-war Soviet jet fuels with names of
near-eat corresponding Western fuels, After descr-lbing the merits
of different hydrocarbon-types, a specification of a new improved
fuel, T-5, is given. Early Soviet jet engines, up to 1949, used a
type of aviation gasoline E-70 (B-70). Thereafter a straight-run
kerosene from standard blends of Baku crudes was developed, T-1, as
defined in specification 4138-49 (GOST 4138-49h ~t contained
up to 60% naphthenes, 22 to 25% paraffins and 17 to 19% aromatics.
However, not all jet engines could work on this fuel-and aeveral
lighter fuels from Eastern Lrudes were developed including 7C -1
(TS-1), rocT7149-54 (GOST 7149-54), containing up to 60% paraffins,
having a lower density, viscosity and boiling rangei a fuel of
similar chemical composition,. but with a wider cut, was also
developed, T-2, r0iCT8410-57 (GOST 8410-57). Complete
Card"1/2

S/535/61/000/132/001/012
Fuels for aviation turbine E03O/E484
specifications are given, Of the American grade a, JP-l is close to
T-1, and JP-3 to T-2. both the lat-.er being higher sulphur. Normal
paraffins (200 to 300'C) have unsatisfae-terily high freezing point,
rising with molecular weight, Isoparaffins, especially when strongly
branched, have muah lower freezing point than n-paraffins but higher
viscosities. Unsaturated hydroi_-arbons analogous to these paraffins
have similar properties, apart from lesser therinal stability and
greater gum formation. Aromatic;s are generally superior tc these,
also having greater calorifi%i value bu-. are relatively unstable
thermally and lead to sludging, Naphthenez are beat all round, apart
from calorific value, being a compromise between paraffin-type and
aromatics. Zxtensive spe:ifications test data are given to
substantiate these statements for all hydrocarbon types. From these
comparisons, an optimum hydrocarbon tompcsiticn was postulated and
the resulting new fuel, T-5., M(~V9145-59 (GOST 9145-59) is as
follows: density above 0.945, IBP 195% 2% point at 200, 15% at 225,
98% at 315% residue not ex,:eeding 2%. Kinematic viscosity below
5 ca at 20*C and 60 ca at -4VC, calorific values above 10250kcal/kg,
acid value belew 1.0 mg KOH in 100 ml fuel, clovid point below -60*C,
aromatic content below 22%, thermally stable, and less than
0.1% 'sulphur. There are 11 tables and*2 Soviet references. 41
Card 2/2

SHAPIRO, I.L; F]MOTOT, F.G. Prinimali uchBstiye: PIGUMMY. K.Ye.;
GRIGORIINA, 0.1.; POPOTA, L.P.; GONCHAROV, M.Ys.; TCMSTOTA,
L.T.; SORCKINA, G.TW-. teldm red.
(General machinery industry tims norms for establishing norms
for milling machine operations; small-lot and piece production]
ObahchemauhinostroitelInys normativy vremeni dlia tekhnicheskogo
normirovaniia rabot na frezornykh stankakh; malkoseriinoe i edi-
nichnoe proizvodstvo. Noak7a, Goo.nauchno-tekhn.izd-vo mashino-
stroit.lit-ry. 1960. 142 p.
(mm 14:4)
1-Moscow. TSentrallnoye byuro promyshlennykh normntivov po
trudu. 2. Zaveduyushchiy otdelom mashinostroyeniya TSentral'-
nogo byuro promyshlennykh normativov po trudu ~ri Nauchno-
issledovatellskom institute truds (for Shapiro
(Metalwork--Production standards)

POPOVA, L.P., kand.filosof.nauk
Lenin's criticism of idealism. Nauka i zhizn' 27 no.6:43-0 Je
16o. (MIRA 13:7)
(Idealism)
(Lenin, Vladimir Il'ich, 1870-1924)

POPOVA, L. P.
Problem of calculating arch deformations accounting for work of the
arch's superstructure. Trudy Khab.IIT no-7:130-133 '54.(MLR& 8:1)
(Arches) (Structures, Theory of)

LIM/Chamistry Reaction processes
Card 1/1 Pub. 151 - 27/35
Authors i Perekalin, VOV0.9 and Popova, L. P.
Title : Destruction of carbon-carbon bonds under the effect of diazo-compounds.
Part l.- Reaction of some ternary amines of the triphenylmethane series
with'diazo-compounds
Periodical : Zhur. ob. khim. 24, Ed. 7, 1226 - 1232, July 1954
Abstract. t The reaction of ternary triphenylinethane amines with diiaz'o-compounds
and the splitting of carbon-carbon bonds between the methane carbon atoms
were investigated.' The attachment of one of the cleavage products
(dimethylaniline radical) to the diazo-compound, with consequent formation
of an azo-dye and the separation of the second product (benzaldehyde,
4-methylaminobenzaldehyde, formic acid) in free form,, were determined
analytically. The effect of*the afnine structure and activity of the
diazo-comppund, on the bond cleavage, is explained. Fourteen German,
4 USSR and 2-USA references. Tables.
Institution : The Gertsen Pedagogical Institute, Leningrad
Submitted : September 29, 1953

USSR/Chemistry Reaction processes
Card 1/1 Pub. 151 - 28/35
Authors Perekalin., V. V.3 Popova3 Le P.3 and Abramovich, T. I.
Title Destruction of carbon-carbon bonds under the effect of diazo-compounds.
Part 2.- Reaction of some ternary amines of the diphenylmethane series
with"diazo-compounds
Periodical Zhur, ob. khim. 24., Ed. 7, 1233 - 1238-, July 19411.
Abstract The cause for the splitting of the carbon-carbon bonds bet-tween the methane
carbon atom and the carbon atoms of benzene nuclei, which takes place
during the reaction of ternary diphenylmethane amines with diazo-compounds,
is, elucidated. The effect of the H-atom displacement by the hydroxyl
group in the methane radical, and conversion of the carbinol radical to
a carbonyl radical on the splitting of the carbon-carbon bonds, is
explained. Three USSR, 4 German., and 1 Italian reference. Table.
Institution The Gertsen Pedagogical Institute, Leningrad
Submitted September 29, 1953

USSR/Chemical Technology -- Chemical Products and Their Application. Silicates.
Glass. Ceramics. Binders, 1-9
Abst Journal: Referat Zhur - Khimiya, No 1, 1957, 1689
Author: Kisel, I. I., and Popova, L. P.
Institution: Belorussian Polytechnical Institute
Title: A Cement Produced from the Peat Cinders from Minsk Steam Heat Mectric
Power Stations
Original
Periodical: Sb. nauch. rabot. Belorus. politekhn. in-t, 1956, No 55, 98-102
Abstract: It has been established experimentally that a cement for grade 50
construction mortars can be produced from grade 300 portland cement
(25-30% by weight) and screened peat cinders from the Minsk steam
heat electric power stations (particle size -0.6 mm). The cinders
are ground in a ball mill until no residue is left on a No 0085
sieve (100%).
Card 1/1

POPOVA, L~P., inzh. (Roatov-na-Donu).
Designing arches for deformations taking into consideration the
work of supported structures. Isel. po toor. soorazh. no.7:253-
268 157. (MLRA 10:9)
(Arches) (Graphic statics)

KISHLI, I.I.; POPOVA. _
Binding material from peat slag of Mask thermal electric Dower
plants. Sbor.nauch.reb.Bel.politekh.inst. no.55:9E-1-02 156.
(MLRA 10:7)
(Peat) (Binding materials)

FILIN-KOIMKOV. B.V.LFOFUVA. L.P.
Determination of acids from tobacco smoke by potentiometric titra-
tion in a nonaqueous medi=. Izv.vys.ucheb.zav.;Yi~shc&Okhno.5:
M5-i6g l6o. (MIRA 13:12)
1. Krasnodarskir institut pishchevor prom7shlennosti. Kafedra
fizicheskoy i kolloidnoy khimii i lafedra tekhnologil tabaka.
(Thbacco--Analysis and chemistry) (Acids)

15-57-1-710
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 1,
p 112 (USSR)
AUTHORS: Kiselly I. I,p Popova, L. P.
TITLE: Cementing Material From Peat Clinker From the Minsk
Heat and Electrical Power Plant (Vyazhushchiy material
iz torfyanykh shlakov minskikh TETs)
PERIODICAL: Sb. nauch. rabot. Belorus. politekhn. in-t, 1956,
Nr 55, pp 98-102.
ABSTRACT: Peat clinker has proved to be 'suitable for the manu-
facture of cementing material, The clinker has been
Separated to determine its grain size distribution
(see Table 1). The chemical composition of the clinker
is given (in percent) in Table 2. Portland cement,
brand 300, was used as the activating component in the
experiments. To obtain the binding material, ground-up
clinker was mixed with 20, 25, and 30 percent of acti-
vating portland cement and vas carefully mixed in a
Card 1/2 ball mill. The peat here studied possesses hydraulic

POPOVA, L. P., Cand Tech Sci Composition of the solid-
liquid has f combustion and distillation
ph
~td
products dep fng upon -the methods of its processing."
Krasnodar, 1961. (Min off Higher and Sec Spec Ed RSFSR.
Krasnodar Inst of Food Industry) (KL, 8-61, 247)
- 289 -

POPOVA, L.P.
Gomposition of smoke from tobacco prepared bv different methods of
drying. Izv.vys.ucheb.zav.;pis~ich.tekh. no.4;35-39 '60.
(MIRA 13:11)
1. Krasnodarski7 institut pishchevo7 prom7shlennosti. Kafedra tekh-
nologii tabaka.
(Tobacco)
v

POPOVA~ L.P.
Diagnostic significance of intracutaneous Injection of specific
Taccine In diffuse sclerosis and acute diffuse ancephalomyslitlo.
Zhur.nevr.i paikh. 54 no.3:260-262 Kr 254. (KT-RA 7:4)
1. Nevrologicheskaya klinika Hoskovskogo oblastnogo nauchno-iseledo-
vatelgakogo klinicheskogo instituta im. M.P.Vladimirskogo.
(Sclerosis, Multiple) (Incephalomyslitio) (Vaccination)

POPOVA, L.P., mladshly nauchnyy sotrudnik (Moskva, ul. Termolovoy, d.24 kv.23)
BAZZOOVA. A.A., starehiy nauchnyy sotrudmik
Clinical and roentgenological dbservations in Sprengel's disease.
Test.rent. I red. 34 no.4:32-36 JI-Ag 159. (MIRA 12:12)
1. 1z kliniki nervuykh bolezney (zav. - prof. N.A. Popova) i rentgeno-
logicheskogo otdela (zav. - kand.med.uauk V.I. Petrov) Moskovskogo
oblastnogo nauchno-issledavatellskogo institute. imeni M.F. Vladimir-
skogo (dir. P.M. Leonenko).
(SCAPULA abnorm.)

L-~C-
T,t 52- 5, i
'j- Rob

JA - _ S.. inzh.
POTAK. Ya.M., kand.tekhn.nauk; SOHKOV. V.V.. inzh.; _PQM
High-strength stainless steel of the transition austenite-
martensite class. getalloved. i term. obr. met. no. 5:24-30
my 6o. (MMA 13:12)
(Steel. Stainless) (Metals, Effect of temperature on)

S/135/60/000/005/003/009
A115/AO29
AUMORS: Popova. L.S., Engineer-, Lashko, N.F... Candidate of Technical Sclen
ces
TITLE Hardening~~n the Heat-T-nfluenced Welding Zone of Stru~-tural Marten-
site Steels
PERIODICAL: Svarochnoye proiz-.rodstvo.., 1960, No, 5, PP, 11 - 15
TE)CT-- The structural martensite steelJare processed for 150 kg/mm2.
Immediately after welding,0the solidity limi-ts of weldments decrease to 50 - 7'r%.
In the zone of thermal Influence of a weldment a section I,- found in which -he
process of disintegration is caused by destruction of martensite substance, i.e..,
of overse,;urated alloying elements and by coagulation of carbide phases. The
location of the destructed part depends i:~r. the method or welding, In Structural
-Ophase of the type of cementite Me3 is formed coy
maitt-ensite steels, a carbide- n.-
taining Mn, Cr, Mo, W, V, T., and Nb. The ra-'~e of cementite coagulation depends
on the possibility of distribution of the alloying elements between the solid
solution and the Isolation phases. Therefore-, the rate of cementite grcwth is
higher with chrome steels than wit-It molybdenum or vanadium steels. Higher
C ard 1/3

S/135/60/000/005/003/009
A115/AO29
Hardening in the Heat-Influenced Welding Zone of Structural Martensite Steels
strength in the zone of thermal influence can be achieved by alloying the steel
with Me7C3,, Me2p, MaC. and Me23P6. The best effect of strengthening steel by
the cementite phase Me-.r can be obtained at 100 - 3000C depending on the alloy-
3_
ing elements. The best strength of structural martenFite -eteels is retained
with Me7C3 carbides at tempera-tures of up to 5000C depending on alloys and tber.-
mal treatment or by carbides Me2C. or MeC ar 500 - 6-;0')C. To Investigate tne
disintegration of solid solutions in the zone of thermal Influence of wplding,
two .series of alloyed steels containing 0.20 - 0.30% C bave been used (Tautle 1).
In the first series (No. 278N, 320~ 464), depending on chemical composition,
one-phase disintegration with subsequent forma',ion of Me3C and corresponding
carbide phases (Cr, Fe)7C3, W2C, VC was ob4.'ained and In the second series OT
277, 187, 278), depending on chemical composition and l.1he
steels (No. 265., 273, L
zone of thermal tefluence., one-Onaee,, two-pftaS~, and three-phase disintegration
of the solid solution has been produced. The average conten". of alloying ele-
ments is 0.25,96 C., 2% Cr, 1% W. 1% Ni, 0.2`4 V;i. Steels were smelled in -an In -
duction furnace, and one of the alloying elements-, C, Cr.. W. V was added. 7."he
bars were pressed to 4--mm plates? tieated to 8900C, L-ooled In oi'- for 15 -min wl-ri
Card 2/3

S/135/60/000/005/003/009
A115/A0229
Hardening In the Heat-Influenced Welding Zone of Structural MartGnsite Steels
subsequent tempering at 02000C for 1 hour; arc-welded manually with 90HVi-13/85
(UONI-13/85) electrodes. Results of mechanical tests of weldments and basIC
metal are given in Tables 2 and 3. Tables 4 and 5 show results of chemical and
X-ray inspections. The smallest increase in firmness after two-phase treatment.
has been noted in the cases, where only vanadium was used as alloying substance
(solution No. 464). A considerable part. of vanadium is bound in the form of
primary vanadixn carbides VC. These do not dissolve, even if heated up to '
1,3000C and do not participate in strengthening the steel. Vanadiumijbinds a
large part of carbon and the share of martensite strengthening is decreasl-,u3, In
steels alloyed with tungsten the solidity of weldments increased from 64 to 83.3
kg/mm2. in case of chrome, the solidity of weldiments was strengthened up to
8o - 85 kg/mm2. Significant improvem;nt-s were achieved at, welding steels alloyed
with tungsten and chromium (100 - 105 kg,/mm2), 1'here are 5 Soviet references,
Card 3/3

MR/O A-6- -
0/024/0073/0073
INVENTOR: Sachkov, V. V.; Potak, Ya. M.; Lavrov, V. I.; Popova, L. S.; Grashchenkov,
P. M.
ORG: none
71
TITLE- Sta less stee Class 40, No. 177681 8
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 24, 1965, 73
TOPIC TAG S: steel, stainless steel, chromium containing steel, nickel contatning
steel, manganese containing steel
ABSTRACT: This Author Certificate introduces a stainless steel with improved mechan-
ical . properties that containsO.05-0.09% carbon, 1% max manganese, 0.7% max silicon
15.5-17.5% chromium, And 5.0-8.0%'nlckel. -ki [AZI
SUB CODE: 1l/ SUBM DATE: OlJun63/ ATD PPISS:4110
L
OZ42

OV333
S/129/60/000/05/00r?/023
E193/E283
AUTHORS: Potak, Ya. M., Candidate of Technical Sciences, and
Sachkov, V. V., and FDuaya. L. S.,.Engineers
TITLE: High Strength Stainless Steels of the Intermediate
Austenitic-Martensitic Type Ji
PERIODICAL: Metallovedeniye i termicheskaya obrabotka metallov,
1960, Nr 5, pp 24-30 (USSR)
ABSTRACT: New types of stainless steels, characterized by an
intermediate austenitic-martensitic structure, have been
developed recently in the USA steels 17-7RN, M1350,
AM355, 17-7MO) and Gt Britain ~steel FV-520). Similar
steels have been developed in the USSR anc
u ~ the properties
of two steel s of this type (SN2Uand W)Mare d'scussed
in the present article. The Eh-emical composition of
these steels i 's given in Table 1. The relative position
of these steels in the system of austenitic and
martensitic steels is illustrated schemat;1kcally in Fig 11
where the 0.2% proof stress (6 0 21 kg/mmc) is plotted
against the alloying elements c6ntent (increasing C,
N1 Ni, Cr, Mo, and decreasing Al); the three curves
relate to material subjected to the following heat
Card 1112 treatments: 1 - quenching; 2 - quenching and
R11h-?.Arn treatment: 3 - nuenchina. sub-zero

69333
S/129/60/000/05/007/023
E193/E283
High Strength Stainless Steels of the Intermediate Austenitic-
Martensitic Type
is both strong and ductile. The martensitic transformation
takes place also during plastic deformation (rolling,
drawing, forming, etc) of the intermediate steels; the
intensity of the transformation depends on the tempera-
ture; at temperatures higher than Nd, the martensitic
transformation does not occur. With increasing content
of alloying elements that lower the temperature of the
martensitic transformation (0, N1 Ni, Cr, Mo, bin), the
character of steel changes from martensitic to austenitic.
This is illustrated by data reproduced J Fig 2, where
, 3) 0
the mechanical properties 6b (UTS kg/mM and 6
(0.2016 proof stress, kg/MM2) of steel SN2, are ploded
against the nickel content (the content of other alloying
additions is given in the ca-Dtion); the curves were
constructed for specimens subjected to the following
heat treatments: 1 - auenching from 1050OC; 2 - quenching
from 10500C 1 2 h treatm(int at -700C; 3 - as in (2) and
then tempered at 5000C for 1 h; 4 - quenching from
Card 3/12 7600C and tempering for 1 h at 5000C. It will be seen

69333
S/129/60/000/05/007/023
E193/E283
High Strength Stainless Steels of the Intermediate Austenitic-
Martensitic Type
that steels,, containing 6.68 to 7.4% Ni, are martensitic,
those with 8.76 to 9.57% Ni are austenitic; of course,
the proportion of nickel, necessary to impart to a
steel the intermediate properties, may change for a
material with a different content of other alloying
additions. The effect of titanium and aluminium. content
on the mechanica) properties of steels containing 0.0-5plo C,
0.3% Sil 0.7% Mn, 16.0% Cr, and 6.8% Ni in the former
cas;, and 0.06% C5 0.25% Sil 0,82% Mn, 16.1% Cr, and
6.6 Nil in the latter case, is illustrated in Fig 3,
wherel%2 and 6b are plotted against the Ti (graph a)
and A raph b) content (%); curves 1 and 2 relate
to steels 1 - quenched from 10500C and 2 - quenched from
10500C and tempered at 5000C for 1 h. It will be seen
that increasing the content of aluminium, which raises
the martensitic point of steels, results in changing
the steel structure to martensitic, and accelerates
Card 4/12 the tempering tension, Introduction of titanium, which

69333
S/129/60/000/05/007/023
E193/E283
High Strength Stainless Steels of the Intermediate Austenitic-
Martensitic Type
forms carbides that are not easily soluble, decreases
the carbon content in austenite and so raises the
martensitic point; the rate of tempering is also
accelerated by addition of titanium. Steels with certain
alloying elements may contain delta-ferrite, in which
case the limits of the alloying elements content within
which a steel will retain its intermediate character,
become wider. This is illustrated by comparing curves
in Fig 2 (for steel SN2, not containing delta-ferrite)
with those given in Fig 4 (for steel SN3 which contains
20 to 25% delta-ferrite), where 6 b and 6 o 2 are plotted
against the Ni (graph a) and Mo (graph b) 6ontent, the
content of other alloying elements being given in the
caption; curves 1 and 2 relate to material 1 - quenched
from 10500C and 2 - quenched from 10500C, treated at
-700C for 2 h, and tempered at 4500C. It has Leen found
that, in the presence of delta-ferrite, the content of
not only nickel, but also molybdenum and carbon in
Card 5/12 the steel can be considerably varied without affecting Ix

69333
S/129/60/000/05/007/023
E193/E283
High Strength Stainless Steels of the Intermediate Austenitic-
Martensitic Type
its intermediate character; no plausible explanation
of this effect has yet been found. The position of the
martensitic point of steels of the intermediate type
can be appreciably changed by varying the quenching
temperature, as a result of which the position of
austenite changes oviin- to dissolution or precipitation
of carbides. This is illustrated by data, reproduced
in Fig 5, where 6 band 6 2 of an experimental steel
containing 0.11% C 15.0~' Cr, 8.21116 Nil 0.60% Ti
(V 1
0.26% Al ,raph a) and steel SN3Icontaining 0.0~% C7
16.9% Cr, 4.8% Nil 3.25% Mo, 0.51% Mn (graph b) are
plotted against the quenching temperature (0C); the
various curves relate to material 1 - as quenched,
and 2 - quenched, treated at -7000 for 2 h, and tempered
at 5000C (graph a) or 4500C (graph b). It will be seen
that although the intermediate steel SN3, containing
17% Cr and 3.5016 Mo. has a very high strength after
Card 6/12 air-quenching from'9500C, followed by sub-zero treatment

69333
S/129/60/000/05/007/023
E193/E283
High Strength Stainless Steels of the Intermediate Austenitic-
Martensitic Type
some melts of this steel did not harden when quenched
from temperatures higher than 10500C. This is explained
by the fact that after -the chromium and molybdenum
carbides have been dissolved, austenite becomes so
stable that no martensitic transformation occurs during
the sub-zero treatment. Titanium-bearing steels may
change from martensitic to intermediate type if the
quenching temperature is raised to 10500C (Fig 5), so
as to dissoive titanium-bearing carbides; further
increase in the quenching temperature leads to the
formation of almost fully austenitic structure and brings
about a decrease in the yield point and a slight increase
in the UTS, Strength of steels of the intermediate type
increase considerably during plastic deformationl the
increase in the yield point being more rapid than that
in the UTS. This is illustrated by data, reproduced in
Fig 6, where 60.2 and (kg/:MM2, left-hand scale)
proportion of martensite a, and elongation 6
Card 7/12 right-hand scale), are plotted against the degree of

69333
S/129/60/000/05/007/023
E193/E283
High Strength Stainless Steels of the Intermediate Austenitic-
Martensitic Type
plastic deformation by cold rolling; the curves, con-
structed for steel SN2) relate to material 1 - after
deformation, and 2 - after defonuation followed by
tempering for 1 h at 4800C. It is pointed out, in
this connection that whereas tempering of cold-worked
steel increases its UTS only in the case of a high degree
of deformation, the yield point increases even in lightly
deformed material. Not only strength, but also elonga-
tion of cold-worked, intermediate steels, is increased
by tempering; a decrease in ductility after tempering
is observed only in heavily deformed steels of this type.
The optimum results are obtained by tempering at 450 to
500OC; this is shown in Fig 7, where oc (%)m 0 0.2
6b, and 6 of steel SN2 are plotted against the
tempering temperature for material tempered for 1 h
after cold deformation (graph a) and after quenching,
followed by a 2 h treatment at -700C (graph b), The
Card 8/12 sub-zero treatment as a method of increasing strength of

69333
S/129/60/0n-O/05/007/023
E193/E283
High Strength Stainless Steels of the Intermediate Austenitic-
Martensitic Type
steels, was first suggested in USSR by Gulyayev (Ref 6);
beside cold-working, this treatment is one of the basic
methods of hardening steels of the intermediate type.
The effectiveness of this treatment, depends largely on
whether the given steel is more austenitic or martensitic
in character, and on the extent to which carbides are
dissolved in austenite. This is illustrated by data,
reproduced in Fig 8, where the left-hand graph shows the
variation of 60 2 as a function of the temperature of
the sub-zero tr4atment of 2 h duration, the right-hand
graph showing the variation of 6 2 as a function of
time (10, 30 min, 1, 2 h) at -7008, curves 1 to 4 relate
to steel containing 8.760/6, 7.35%) 7.75% and 7.4% Ni,
respectively. The sub-zero treatment yields optimum
results when carried out at -700C, its effectiveness
decreasing at lower temperatures. The martensitic
transformation during the sub-zero treatment takes
place isothermally; the rate of transformation during
- to 2 h can be slowed down by preliminary
Card 9/12 the first I L/

69333
S/129/C-0/000/05/00?/023
E193/E-283
High Strength Stainless Steels of the Intermediate Austenitic-
Martensitic Type
stabilizing treatment which can be carried out by one of
four different methods: (1) heating to 150 to 550OC;
(2) cold deformation of 1 to 10016 (the lower the degree
of deformation the better); (3) slow cooling to the
temperature of the sub-zero treatment; (4) cooling
the steel to -3000 before subjecting it to the sub-zero
treatment proper, Steels SN2 and. SN3 can be fabricated
in the form of soft, half-hard9 and hard strip and sheet,
as well as in the form of rods, forgings, wires and
extruded sections. Steel SN2 should not be hot-worked
above 1200OC; owing to the possibility of the presence
of some delta-ferrite in steel SN~. its maximum hot-
working temperature is about 1050'C; the lower limit
of the hot working range for both steels is 8000C.
Typical mechanical properties of steels SN2 and SN3
are given in Table 2 under the following headings:
type of the product rods; plates (strip); rod; plate
(strip)i ditt' cohdition and heat treatment
Card 10/12 0j i

69333
8/129/60/000/05/007/023
E193/E283
High Strength Stainless Steels of the Intermediate Austenitic-
Martensitic Type
(quenching from 10500C-, ditto quenching from 9?50C,
SN2, or 93000, SN3 followed by 2 h tre atment at -?OoC
and tempering at 4~50C I SN2 or 4500C SN3; ditto, but
steel SN2 quenched from 9506C; cold-rolled, half-hard;
ditto followed by tepering); 6 1 6a.g, 6, impact
strength ak, kgm/cm , of steel PN2 an N3. Owing to
its high Cr (17%) and Mo (3%) contents, and the presence
of delta-ferrite, steel SN3 is more corrosion-resistant
than steel SN2. Both steels can be easily welded, steel
SN3 being used in both cases as.the welding rod; no
heat treatment after welding is necessary. The article
is concluded by a list of several recommended heat treat-
ment procedures for steels SN2 and SN3. (1) To improve
machineability: heating to 7500C, cooling to 200C, and
re-heating to 6500C; the structure produced by this
treatment consists of martensite with some residual
austenite and carbides, precipitated at the grain boun-
daries. (2) Quenching, preliminary to the sub-zero
Card 11/12treatment-. rods and forgings of steel SN2 are quenched

,i c ~- ~ (h w (C~ -,i-4 -a-A.
,3c)-z2~6c; -71;T(1 VEWF d ~UcJ )/--- A I
iACCESSION NR: AF5o19226 LM/0056/65/049/001/0135/01h7
,AUrROR: Ko r, S. B.; Sinitsyn, M. V.; Kirillov, G. A.; Popova, L..
TITLE: Experimental determination of the light absorption coefficient irr stiocit-
compressed NaCl. The absorption and conduction mechanism
1
SOURCE: Zhurnal eksperimentallnoy i- teoreticheskoy fiziki, v. 49, no. 1, 1965, 135-
14T
TOPIC TAGS: absorption, absorption coefficient, high pressure, shoch wave, shock
compression
'ABSTRACT: The absorption coefficients a for visiblet light in shocr-compressed NaG1
measured experimentally. A a pressure of 465 kbars and a temperature of 2550K,
a 1.5 cm7l. With increasing pressure and temperature a ircreases, and for P = 790
kbars and T = 481,--OK, a = 10-12 cd-1. The values of a at 4780 A and 6250 4 are close
in each other. The absorptim coefficients fbund were about 100 tinims greab~r tFm those 6)e--rved unde-r
normal conditkns. A consideration of Ux- experimental data and pogaftAe mecbanisrw ce Lig~t absoiTtion
q leads to the conclusion that in shock -compmase-l NaM ahinrptim ;.mr! condirUvity mr runo--~A.-J wi th
free electrons. The fme electron concentration and mobi.lity are dec~uced from the
coefficient of absorption and from the conductivity in shock-compmsEed NaCl. A
dqErAd --- xx~----

L 5-92~2-65-
Ca
A CE ION NR: AP5019226 0
mechanism is suggested according to which NaC1, which initially is a dielectric,
,is transformed by the shock wave front into a semiconducting state ~rith donor levels.
iThe concentration of the donors generated by the shock wave front dianing plastic
'deformation reaches 10-3. Free carriers in the conduction ban-' are generated as a
result of thermal excitation of electroas from the doaor levels. Orig. art. has:
13 formulas and 3 figures. [CS]
ASSOCIATION: none
SUBI.aTrED: 20Feb65 KNCL: 00 SUB CDDEOp~ss
No REF sov: o14 OTHER: 020 ATD PRESS:
:Card 21/2

POPOVA., L.T.
Korsakoff syndrome in brain tumors injuring subcortical
structures and arcraocortex formations. Zhux. nevr. i psikl.
64 no.1.0:1515-1520 161+. (KIRA 17:11)
1. K-linilka, nervnykh 'colezney (dirakLor - prof. V.V. Rikheyev)
I Moskovskogo ordena Lenin& meditslnrl:rgo institute. I Tnatitut
neyrokhlrurgii im. Burdenko (direktzr - prof. B.G. Yegorov)
AMN SSSR, Moskva.

KORMMY S.B.; URLIN, V.D.; POPOVA, L.T.
Applicatioa of the interpolation equation of state to describe
experimental data on the impact compression of metals. Fiz.tver.
tela 3 no.7:2131-2040 J1 161. (IMA 14:8)
(Eq~uation of state) (Metals-Cold working)

25699
S/181/61/003/007/021/023
1112(0 B104/3203
AUTHORS: Kormer, S. B., Urlinp V. D., and Popova, L. T.
TITLE4 The-interpolation equatton of state and its application in
the df~scription of experimental data on the shock compression
of metals
PERIODICAL: Fizika tverdogo tela, v. 3, no. 7, 1961, 2131 - 2140
TEXT: it was shown that the equation of state with elastic curves in
the simple form of F. D. Murnaghen (A'm. J. Math., 51, 235, 1937) and
Lenard-Jones (M. Born and Huang Klun, Dinamictieskaya teoriya kristalli-
cheskikh reshetok (Dynamic theory 6f crystal lattices),'I, IL, M., 1956;
R. FUrth, Prob. Roy. Soc., A163, no. 992, 67,,1944) does not permit a..
description of experimental data on shook compression ofmetal8 in a-wide
pressure range with an accuracy close to that of the experimental data.
The authors suggest an interpolation equation for an elastic curve in the.
form of a series of-61/3, and a method of findifig the unknown parameters .
contained therein.' The resulting equation peimits the elastic curve to he
described with sufficient accuracy as a function of pxessure in the range
Card 1/5
V~,~,,

25699
S/ 81/61/003/007/021/023
The interpolation... B104/B203
14 15 2
_ 10 dyne/cm after making one correction on the shock abiabatio
of 10
The equation of state with electron components (L. V. klitshuler et al.,
ZMETF, 38, no. 3, 790, 1960) and the resulting elastic curve describes
the shock adiabatic in a pressure range of up to 5-101.2 dyne/cm2 with an
accuracy of t3%. The equa:tions of state considering the electron terms
read as follows:
E
zo
T - To + Pkv-T" (2)
P = P. -4- 1 C.Pk& Ct 4
E = E. (5) c. T TO (3)
2
C9
2 03+1
In a pressure range of 0 1015 dyne/cm at T - OOK; x a
p
6,
62
where 6 ?19 k' Ex - ~P*x d6/Y k the inner energy at T - OOK, E the inner
0
energy under normal conditiona (p-0, T-To.3000K), D is the coefficient of"
.k
the electron heat conductivity at and
4 d82
T= (4)
3, 2 dpx
Card 2/5

25699 S/181/61/003/007/021/023
The interpolation... B104/B203
is the GrUneisen coefficient. With the use of Hugoniot's adiabatic equa-
tion, the interesting function Pr (?) is obtf-ined from the above relations.
The coefficient 11ai in (1) were calculated I,! a method developed by the
authors in a previous paper (UN SSSR, jj1, ~10- 3, 1960). Fig. I com-
pares the calculated dynamic adiabatics with experimental data found by
other authors. Further, it is shown that tha existing differences be-
tween experimental and calculated data can bii reduced by using in the
expression obtained for p x an experimental I;Ant on the Hugoniot adiabatic
as correction. Thus, the deviations between~ experimental and theoretical
data do not exceed t 3% for all metals. In i. study of the dependence of
the Graneisen coefficient on density, it is --iihown that the "undulatory"
dependences of this coefficient on density f'-.:und in previous papers have
no physical sense, and can only be considerel as solution of a differen-
tial equation. In the method suggested herse, these shortcomings are
avoidedl at high densities (6 >3), however, :,.he GrUneisen coefficient
is not correct in this case. In the closing part, it is shown that the
method suggested does not permit a consider&.',ion of Phase transformations
or other deviations from the monotonic chanfa in the substance properties
at pressure changes. The authors thankB. P. Tikhomirov for programing
Card 3/5

256-;9 8/181/61/003/007/021/023
The interpolation... B104/B203
the computations ca=ied out on a "Strela" computer, and Academician
Ya. B. Zelldovich for a discussion and valuable remarks.
Ya. B. Zelldovich, A. S. Kompaneyets, L. V. AlItshuler, A. A. Bakanova,
and R. F. Trunin are mentioned. There are 5 figures, 1 table, and 19
referencest 9 Soviet-bloc and 10 non-Soviet-bloc.
SUBMITTEDs January 28, 1961 (initially), and
March 7, 1961 (after revision)
Card 4/5

LITKENS. V.A.. dotsent; POPOVA, L.Y., mladshiv nauchnv3r sotrudnik
Using the method of roasting In a boiling fuel bed in copper smelting
industry and its hygienic evaluation [with sumstary in Znglishl. Gig.
I san. 22 no.6.36-41 is '57- (MIRA 10:10)
1. Iz Sverdlovskogo institute gigiyany truda I professionallnoy
patologit I kafedry gigiyerT truds Sverdlovokogo meditsinskogo
instituta.
(INDUSTRIAL HYGIBNK,
control of vapors in copper smelting (Rus))
(COPFU,
same)

TC P~-,
FROTAS, I.R.; LYU-DUNI [Liu-Tun]; POPOVA, L.V.
Kinetics of the chemical ripenIng of, photogra-phic e=u1sionn.
Zhur. nauch. i prikl. fot. i kin. 3 no.2:88-95 Mr-Ap '58.
(MI'M 11:5)
l.Gosudarstvennyy opticheskiv institut im. S.I. Vavilova.
(Photographic emulsions)

3- 2.
Alner values of term of electron configuraticn
-12
and f d . Izv~ Sib. otdd. All SSSR no.7:65-70 159.
(MA 12:12)
l.Institut neorganicheakoy khimii Sibirskogo otdeleniya AN SSSR.
(Atomic energy)

NICCHITAYLO. Sergey Kirillovich. Prinimali uchastiye: SKYORTSOVA, Ye.N..
geolog; IPOPOVI, L.V., geolog. CESPIKOT, K.R., red.; DJKW I MA,
T.A.9 GMIKA, L.V.. takha.red.
(Geology, and oil and gas potentials of inadequately investigated
areas in the northeastern Russian Platform] Geologicheakoe
stroenie i perspektivy nefte-gazonoanosti novykh raionov severo-
vostochnoi chasti Ruaskoi platformy. Pod red.K.H.Chepikova.
Moskva, Goo.rwuchno-teV-hn.izd-vo neft. i gorno-toplivnoi lit-ry,
1960. 177 P. (KIRA 14:1)
1. Chlen-korrespondent AN SWR (for Chepikov).
(Russian Platform--Petroleum geology)
(Russian Platform--Gas, Natural--Geology)

AWTAUTOV, A. K.; BURSHIMI, S. A.; GRIES, V. S.; DZHAFAROV, G. K.;
!. A.; MAMO-InT, Ye. Y..; NIKOLAYEVA, M. G.; FISKA-HEU,
Z"
y V.; __LT~; TKAGH, V. K.; FASTTUG*;ZZ--(O, 0. 7.;
FRENKELI"L. A.; TSYBENTO., P. A~
Characteristics of some early reactions of rats, irradiated
with various doses, to burning by flame. Radiobiologiin 2 no,1:
406-413 '62. (MIRA 15:7)
1. Institut meditsinskoy radiologii, Khar1kov.
(X RAYS-PHYSIOLOGICAL EFFECT)
(BUFLUS AND SCALDS)

ABIAUTOV, A.K.; BURSHTEY11, Sh.A.; GENES, V.S.; KOGAN, I.K.; MAMATYUK, Ye.M.;
LITVIIIENKO, A.S.; MOSKALENKO, I.P.; NIKOLAYEVA, M.G.; PISKAREVA, Ye.V.;
g0F-0-VA,- L.Yaj- RUDIP-:V, L.I.; SIDYAKIII, V.V.; TKACH, V.K.;
FASTYUCHRIKO, O.V.; FISUN, A.N.; FREllutill,L.A.; TSM-11KO, AIT.A.;
SHWIENKO$ B.I.
Comparative study on the effect of X rays (197 kv) and braking radia-
tion-generat6d with lineaLt accelarator (3 Mov) upon anirAsla. Radio-
biologiia 2 no.2:23.1-215 162. (MIRA 15:4)
1. Kha,-Ikavskiy institut meditsinskoy radiologii i Ukrainskoy fiziko-
tekhnicheskiy institut AN USSR, Kharlkov.
(RADIATION-PHYSIOLOGICAL EFFECT)

L 17-565~43
Z
SION- I MI: AT3002360 V~
3 2930 r621&)'061-d6~�166~5
AUMOR:
Fastyuohenko, 0. V. (Kharkov); Pp - L.. Ya. (Kharkov); Nikolayeva.,
M. G,(Khark-o-v-T--
TITLE: Early changes in blood serum protein composition in Acute
iradiation sickaess
SOURCE: K voprosam ranney diagnostiki ostroy luchavoy bolezni;
i
sbornik nauchnykh rabot,. Kiev, Medgiz USSR,, 1962, 29-35
ITOPIC TAGS: blood serums X-irradiation, general protein content,
iprotein fraction .albumin, globulin subfraction.
ABSTRACT: Lack of systematic observations on changes in blood serum'
total protein quantity and in protein fractions shortly after single
total radiation exposure prompted this studs. White rats were
~X-irradiated (RUM-3M unitq 28.5-32.0 r/min in single doses ranging
from 150 to 1200 r and tests were made 15 24, 48, and 72 hrs after
lirradiation. Blood serum protein was determined by a micrometh6d and;;
protein fractions were deteriftined by electropboresis an paper. In
the first hour after irradiation for 150 to 1200 r the total protein
1content of the blood serum decreases, After 24p 48s, and 72 hrs the
!total protein content in the blood serum grows proportionally to the
C,,d 1/2

_L -17-565-63,-
[ACCESSION NR: AT3002360
irradiation dose and time elapsed dft:bv exposure. Albumin content
decreases and 'globulin content increases in al? the sorums shortly
after exposure to X-irradiation regardless of dosage. Changes in
the albumin-globulin coefficiaxit value are similar to changes in
albumin content under the same,conditions., Increase in the globulin
fraction is aecompanied by increases in all its separate subfraetions
1(alphas betag and gamma). The nature of the alpha-globulin changes.
,coincides most of all with changes in the entire globulin fractions.
!Increase In globulins after irradiation can be cons1dered as a
jnatural protective reaction of the organism, Orig,,_,krt, has:
12 f ign-wess 1 table,
!ASSOCIATION: None
:,SUBMITTED: 00 DATE ACQ: 28MaY63 ENCL.- 00.
'SUB CODE: AM -NO REP SOV: 008 OTHER: 006
Card_'. 212

SD -ARIk
L 11562-Zi An6~~Glw
ACCESSION MR: AT3092363 9/2930/62/000/000/0054/0061
AUMOR: ]!ast:jruohenko, O,~ 7 (Kfiarkov) Kharkov)
Nikolayeval Ho Go,(Kharkov)
TITM. Early changes in syleew and: marrow vq,cleic,acid contents in
acute radiation sickness.11.
SOURCE- K v0 osam ranney diagnostiki" o'stroy luchavoy bolazni;
pr
sbornik nauchnuky rabote, Kievs Medgiz USSRj 19628 54;.61
TOPIC TAGS: acute radiation sickness$ nueleic acid spleenj, marrow,-
DNA,, RNA, X-irradiation
ABSTRACT: Spleen and marrow-of white rats were X-irradiated (RUM-3
unit,, 28.5-32.0 r/Min) with single-doses ranging from 150 to 1200 r
land toots were made 1. 24t 48,; and 72 hrs after exposure to determine
inuclaie acid changes. Nucleic acids were opparated from the tissues
by Schmidt's and Tangauzer's fractionation method, It was found thati
11 to 72 hr 'a after irradiation the nucloie acids deorease in the spleen'
land marrow-for all radiation doses, The sharpest decrease in nuoloie
24 hrs after Irradiation with
-acids in the spleen and marrow appears,
:maxima3, RNA changes for 300,-4509 and 1050 r and maximal DNA changes

L 17562-63
,ACCESSION NR: AT3002363
'for 300, 450,9 750# 1050,9 and.3200 r- 48 ~-72.hrs. after irradl
isharpost decrease in RNA content is observed foi? 600 r and 750 r and
the sharpest decrease In DNA content is observed for 600, 750, 1050,
and 1200 r, With large doses of X-irradia-6ion (900 and 1200 r) RNA
content is restored'to its normal level and in some cases exceeds it.
-The lack of correlation between radiation doses and the disturbances
;in the nucleic acids indicate that X-irradiation depending on dose
'affects different systems of the organism differently. Prig. art.
~as: 2figures,
SSOCIATION: None-
,SUBMITTED:. 00 DATE ACQ: 28May63 ENCL: 00
SUB CODE: AM NO REP SOV: 012 OTHER 007
2
Card

NIKITIN, V.N.; KAPIAN. V.A.; KORNMYKO. A.V.-, POPOVA. L.Ya.
Some aspects of the biochemistry of lactation. Zhur.ob.biol. 17 no.4:
272-282 J1-Ag 156. (KIBA 10:2)
1. Kafedry fiziologii cheloveks i zhivotnvkh Kharlkovskogo universitsta
i fiziologii i biokhimii sellskokhozyaystvenaykh zhivotnvkh Kharikov-
skogo zootekhnichaskogo instituta.
(IACTATION)

BULMIN, I.M.; HIKONOVA. A.S.; ROKHKIND, R.F.; POPOVA, L.Ya.; USHKATS, Ye.V.
: 'i,
w~
w
Joint uric and acidic-alkaline denaturation of globular proteins. V-r.bio-
khim.zhur. 24 no.2;216-224 '52. (KI-RA, 6:11)
1. Kafedra biokhimlyi Kharkivalkoho derzhavnoho universytetu im. O.M.Gorl-
koho. (11'roteins)

POPOV, A.A. (deceased];-POPOV -AP L.Ye.; KURUKLIS, G.L.; FAN SHU--SEN'
[Fang Shil-sen]
Precipitation hardening alloys for cast and hard-faced tools.
Izv. vys. ucheb. zav.; chern. met. 7 no.22124-128 164.
(MIRA 17,0)
1. Urallskiy politekhnicheskly institut.

Acci-;SsioN NR: Ap4olMi S/0148/64/000/002/0124/0128
AUMOR: Popov, A. A. (Deceased); kopova, L. Ye.; Kuruklis, 0. L.;
Fazig, Shu-sen
TITIZ: Precipitation hardened alloys for cast and hard-faced tools
SOURCE: IVUZ. Chernaya metallurglya, no.;2, 1964, 124-128
TOPIC TAGS: precipitation hardening, tool:, cast tool, Pe, W,. Co, M0,,
Va. hard-faced tool, hard facing
A3STERAM In an attempt to decrease the brittleness of Fe-W-Co, Fe-
Mo-Co and Fe-Va-Co alloys, the authors Investigated an alloy contain-
ing 18% w, 30% Co and 56% Fe with 0.5 and 1.0% TI additions. The
specimens were prepared in a 30 kg induction furnace and cooled In
sand or special precision cast molds. Etching was done with phos-
phoric acid and hydrogen peroxide (1:4). in cast specimens austenite
was frequently tra~,zformed to a eutectold mixture forming a saturated.
alpha-solid solution. Rapid cooling decreased the austenite decompo-
Sition. Additional Ti alloying refined the grain but decreased
-1/3

~ACCESSION NR: Ap4ol7761
austenite stability during -cooling. Additional tempering at 400, 50010-
~600 and 700C Increased hardness, particularly in specimens without
titanium. The decrease in hardness observed at 800C was attributed
to the coagulation of particles. Ti aecelerated the dissolution of
the 97-phase. Oil quenching was recommended in preference to other
hardening processes and after quenching, the hardness of specimens
anii
ounted to 38-42 Rockwell C hardness. A two-hour holding period at~l
an ontimuiT., temDerature of 600-650C resulted in maximum hardness (65
Roclurell C haraness). Ti additions drastically accelerated the de-
composition of the saturated solution. The cutting properties were
,cletermined with lOxlOx3O mm forged specimens hardened at 1300C by
Means of face turning tests with and without impact on 268 nun dia-
.meter cylinders made out of 40 N steel which had a Brinell hardness
number of 200. The cylinder turned at 125 rpm, the infeed was 0.3 mm;
per turn, and the cutting depth was I mm. The cutting speed of all
'Che specimens was 20%.-higher than in high-speed "W" steel. The re-*
,sults of the impact tests only proved satisfactory after 1% titanium'
additions. Cast 15X15 mm specimens were forged to 8Y.8 mm and used
as elect-rodes4ith a coating of .9pecial BO composition; All three
2!/
Card
7

ACCESS-TON DIR: Ap4o177051
alloy specimens displayed improved cutting properties. The results of
tiae irapact and other resistance tests showed an analogous cutting
strength in all specimens. The authors attribute the high brittle-
ncss of the investigated alloys to the:unfavorable fom of 19-phase
precipitation along the grain boundaries. The possibility of using
these alloys for hard-faced tools is eXcellent but further study is
callied for. Orig. art. has: 6 figures and,2 tables*'
ASSOCIATTON: Ur llskiy politekhnic titut (Ural: Polytechnic
a heskiy ins
in ot i t u t a
SUBI',-r=-T_,,ED: 07Dac62
Sb-3 CODE:
DATE ACQ: 12Mar64
NO REF SOV: 000
ENCL: 00
J
OTHER: 000
Cord -,/3

-L.-4-4-35~~-;~~6-----EWT(M)/TLEWP(t)/ETI IJP(c) JD
AXr_1qR7V602 3046 SOURCE CODE: UR/0148/66/000/004/0128/0132
AUTHOR: Zubov, V. Ya. ; P!22ova,._I,. Ye. . Baraz, V. R.
ORG: Ural Polytechnic Institute (Urallskiy politekhnicheskiy institut)
TITLE: Effect of mangaaese and silicon on the-transformation of supercooled austenite
in cobalt steel I /T
I t
SOURCE: IVUZ. Chernaya metallurgiya, no. 4, 1966, 128-132
TOPIC TAGS: cobalt steel, alloy steel, manganese, austenite transformation, tempera-
ture dependence, metallographic examination, metal hardening
ABSTRACT: The effects of manganese and silicon additions on the transformation ' charac
teristics of cobalt steel were studied. A 0.7% carbon steel was alloyed with Co, Co
and Si, or Co and Mn; in all, 9 alloys were tested. Isothermal transformation curves,
are given for each steel. The steels were austenitized at 9000C for 3 min. Cobalt
with or without other alloying elements decreased the stability of austenite in all sul
critical temperature intervals. Intermediate transformations occurred in all steels.
Cobalt promoted the formation of a thin ferrite-carbide mixture with a high degree of
hardness. Depending on the austenitic transformation temperature in the subcritical
region, different methods could be developed for forming a definite type of structure
having particular properties: a) sorbite at transformation temperatures of 550-650*C;
Card
UDC: 669.15-194:669.25:620.181

POPOV, Aleksandr Artemlyevich;-P n- )ma; 9ADOVSKIY,
OPOVA,__b;mdmila Yevge gyp
uk- zent; YEM-IAKOV, N.P...
V.D., doktor tekhn. na , prof., etst~-
tekhn. red.
[Heat treatment handbook; isothermal and thermokinetic diagramrs
on the decompsition of undercooled austenitel Spravochnik terri-
sta; izotemicheskie temokineticheskie diagramay raspada pere-
okILlazhdennogo austenita. Moskva., Mashgizg 1961. 430 p.
(MM 15:2)
(Steel-Heat treatment) (Austenite)

POPOV, Aleksandr Artemlyevich; POPOVA, Lyudmila Yevgenlyevna
[Isothermal and thermokinetic diagrams of the decompo#-
tiop of undercooled austenite; handbook for the heat
treatment specialist] Izotermicheskie i termokineticheskie
diagrarx7 raspada pereokhlazhdennogo austenita; spravoch-
nik termista. Izd.2., ispr. i dop. Moskva, Metallurgiia,
1965. 495 P. (MIRA 18:7)

POPOVA, M.; TEUIEV, Gs.; DIMITRID7,D.
~ -1--
Fatal poisoning with rhnicid and its demmstration by chemical
me'hods. Folia ned. (Plovdiv) 6 no-5:350-353 164
1. V.,r--shiy meditsinsly institut ime-n-J I.P.Pavlova, g. Plovdiv,
Bolgari-ya, Kafedra sudetnoy meditsiny (Vrach rukovoditelli
prof. P. Mironov) i Gorodskeya bol~nitsa g. Chirpan (glavnyy
vrach: D. Mylchanov [D.Milchanov]).

H,
(Gooseberry fruitworal Kryzhovnikovaia ognovka. MoBkra, Gos.
i2d-vo selkhoz lit-ry, 1958. 37 P. (MIRA 11-12)
(Pyralid moths)
(GooRebarries--Diseases and pests)

POPOV.A. I M.
From the pracUce of Karaganda financial argam. Fin. SSSR
22 no.7:68-71 Jl 161. (,vjR.A 14:7)
1. Nachallrik otdela goadokhodov Karagandinskogo gorfinotdela.
(Karaga-n4a-Finance) (I-Ludittling)

TERZIEV,G.; BLIZNAKOV, Khr.; TCHOMAKOV, M. (Chomakov, M.]; PEIGHIIXOVI 1.
I (Pechilkov, I.]; BAKOVI P.; PEEV, nr.; DMITHOVA., N.; POPOVA, M.
Fatal parathion poisoning. Folia med. (Plovdiv-) 6 no.4:274-Z79
164
1. Institut de flautes Etudes Medicales OT.P.Pavlov* de Plovdiv,
Bulgarie; Chaire de Medecine Legale (Directeur interimaire:
prof. P. Kironov)o

BULGARIA Chemical Technology. - Corrosiom, Protection from 14-4
Corrosion. Chemical Products and Th6ir Application.
Part 14
Abs Jour Referat. Zhurnal Khimiya, No h, 1950, 11680.
Author P. Angelov, K, Domuzov, M, Popova.
Inst Not given.
Title Characteristic Case of "Alkaline Brittleness" in Bibilers.
Orig Pub :Tekhnika Wllg.), 1957., 6, No 5, 13 - 15.
Abstract :A case of formation of cracks in consequence of inter-
crystallite corrosion of the metal in riveted seams of drums
of 14 atm. sectional water tube boilers of 5 tons per hour is
described. Feedwater was softened with lime, soda and phosphate
-to a residual hardness of 0.04 mg-equ. per lit. Recentiy the
boiler water bad the alkalinity of ll to 1h mg-equ. per lit
Card 1/2

POPOVAY M.
Difficulties enciuntered by the small enterprises* RLas.ind. SSSR 33
no.3:29 162.
1, Pinskiy stitsekorabinat.
Owat

POPOVA, M. d-.r
Raw to make astronomical observations in 1957* Rai*a i tekh mladezh
no.1:4-rZ9 -Ta ~57.
1,

11
SIMOVA, P.; POPOVAY M.,,, DIMI'l-ROV. Kh., PETSEVi ".
Studies in alkyl phenol spa:tra. Pt.l. Doklady MY
17 no.2.,113-116 164.
1. Submitted by Corresponding Member E.Dzhakov.

POPOVA, M.- _
Groups of economic analysis have been organized. Fin. SSSR 23
no.8:60-64 Ag 162. (KRA 15:81"
1. Nachallnik otdela gosudarstvennykh dokhodov Karaganclinakogo
gorod'skogo finansovogo otdela.
(Karaganda-Auditing and inspection)

POPOVA, M.
Variations of the brightness of the unexplored S 5438 Gemini
variable star, and their characteristics. Doklady BAN 16 no.6!
609-611 163.
1. Note Presentee par N.Bonev.

r j r-(ii i" , l-, . I
I
Liseases and.pests of fruits and berries. izd. 2., is:)r. i dor). Moskva, Gos. izd-vo sel'-hoz
lit-ry, 19115. 2-'.' p-
1. Fr,;it - ineasen and pests. 2. Berries - L-iseases and pests

POPOVA, Kallma, d-r
International Geophysical Year. Nauka i tekh mladezh no.10:1-2
0 157.

POPOVA, M.
Kitchen-factory attached to the plant. Sov.torg. &c.5:25-26 my 156.
MRA 9:8)
1. Sekretarl partlyaoy organizataii fabriki-kukhat Kallainskogo
tresta stolovykh.
(Loningrad--Restaurante.flanchroome, etc.--Zquipmeat and supplies)

-VOLKOV, V. VOZIIESEIISKIY, S.; ZELEIRJKHIN, S.;
N SON, AL. ;
"IDAWO4-,M~.
IOVE. N.; KORENEV, P.; KRIVINSUTA, I.; KUIAGIN. M.; KARSATIN, K.;
Jo
MIRAKOVAI P.;JPJW~, M.; SUYJfM, S.; SHTAWOUff, A.; FA13YEVA, L.
FROXTISTOV, P.; CMUtdVA, M.; YATSYITIH. 11.
Obituary. Ptitsevodstvo 9 no.2:48 F '59. (MIR& 12:3)
(Shutov, Nikolai Ivanovich, d.-1958)

POPO.-W., I.I.
Sheep farm in YaEoduvo. p. 2C.
vol. 10., no. 12, L--c. 1955
-- D'.,T "'
KWP~RITILIVN
33'ofiya, -n-algaria
So: Ea-tern Lurclpea! -cccls-sion Vol. 5 No. L' April 105",
- I -

11'.
POPu'VAI !,% Radiants, activity, and physical characteristics of telescopic
meteors from the Perseld shower. p. 161. Vol. 5 Jan./Dec. 1955
!ZVEESTILA SEHILA FIZI;,-HELSK.A. Sofiia, Bulgaria
SOURCE: East Euroz~ean Accessions List (EEAL) Vol. 6 'Jo.b April 1957

POPOIA, M.
POPOVA, M. Luminescent function of meteors of the Perseid group. In F"ach
vith Russian summary. P.13.
Vol. 8. no. 2. Apr./.Tune 1955, DOKLADY, Soflya, Bulgaria.
302 Monthly List of Fast European Accessione, (FEAT ), LC, Vol. 5, No. 10,
Oct. 1956.

POPOVA j. I
"~?VA~~
[Posts and diseases of fruits. berries. aad grapes] Vraditeli
i bolezal plodovo-lagodnykh kulltur i viaograda.Moskva, Goa.
lod-vo selkhoz lit-ry, 1956. 214 p. (MIRA 10:4)
(Fruit--DLeeases and peats)

POPOVA, It.
ll-~
[Diseases and pests of fruits, berries, and
diteli i bolezni plodovo-iagodnykh kulltur
Moskva, Gos. izd-vo sel'khoz. lit-ry, 1961.
(Fruit-Diseases and pests)
(Grapes-Diseases and pests)
grapes] Vre--
vinograda. Izd.2.
271 p.
NIRA 15:4)

SIMOVAP P.; POPOVA, M.; DIMITROV, Kh.; PETSEV, N.
Study of alkyl phenol spectra. Pt. 3. Doklady BAN 17 no.4:353-315.6
'64.
1. Prodstavlono chl.-korr. E. Dzhnkovym.

Be P,(. V ti., / 0 -
VALYUZHINICH, Ye.N.; POPOVA, M.
Determination of vanillin in brand,7 [in Rassian with 3=p-lisbL ou--uarvj.
Biokhim.vin. no-1:39-46 147. (MLRL 7:10)
1. TSentrallnaya'nauchno-tooledovateltakaya enakhimicheskaya laborato-
riya Roaglavvinc, Moscow.
(Brandy) (Vanillin)

JF:TjNFK, Milosh (Jelinek, Milos] (Pragm .);. PnPOVA, M. (tt-an.,31ntorl
New views on the theory of teaching, and their reflection
on Teaching mathematics. Mat i fiz Dulg 7 no.4,38-45 Jl-
Ag 164.

POPOVA, M.A.
"The Use of the Carbamide of Synthetic Urea in the Raising of
0
Young Steers of Large Horned Cattle";
dissertation for the degree of Candidate of Agricultural Sciences
(awarded by the Timiryazev Agricultural AcadmW, 1962)
(levestiya 11rdryazenkoy Sellskokhorlaystvemay Akademiiq Hascows No. 2.
1963j, pp 232-236)

4,
S/123/61/000/013/014/025
A052/A101
AUTHORS: Doyachenko, S. S.; Palatnik, L. S.; Popova,-M.-A.
TITLE: The effect of heat treatment conditions on the structure of 2OXM-JI
(2QKhM-L) steel
PERIODICAL: Referativnyy zhurnal, Mashinostroyeniye, no. 13, 1961, 93, ab5tra~:-t
13B649 ("Tr. Khar1kovsk. politekhn. in-ta", 1959, no. 25, 91-97)
The effect of tempering temperature on microstructure and compositicn
of the carbide phase of 2OKhM-L steel has been investigated by the metallographic,
electron microscopic and X-ray diffraction methods. After tempering at 4000C
the carbide phase consists of Cr 23C6 carbide and a small quantity of Fe2Mo2C and
Fe3C carbides. With an increase of tempering temperature the LY, - solid solution
becomes poorer in alloying elements, which is accompanied by an increased content
of Pe 2Mo2C carbide. Above 570 0C cementite is dissolved and Mo2C carbide separates
in ferrite grains. The stability of carbide phases (Cr,.~C6, Fe2Mo2C, M02C) 's
explained by the closeness and low values of their spec ic thermodynamic poten-
tials. There are 5 figures and 16 references. N. Il'ina
[Abstracter's note: Complete translation]
Card 1/1

POPOVA, M.A.
Conditions for the evolution of time-averaged absolute geopotAVP-
tial fields. Meteor. i gidrol. no.2:20-2i, F 161. (MIRA 14:1)
(Weather forecasting)

~'. ".
.- - . -- - I I - --- - -c
r)- - o ~ - in 7,r i ~- -7-4 e-,-
.- C-- L
I . . . - , . L - - - . I - -
u'. i c n. '. rudy 0,1111 n r,. 7.'~ : -, ---- ~ J Wil,., I-: ~)
( 11 1 ]~,Tensuro )

L 13002-65 EPA(s)-~/EWr(m)/W(t)/EV(17)- Pt-10 JD/JG
ACCRISSION NR: ARW46oo7 8/0058/64/000/OW/EO28/F.029
Ref. zh. Fizika
SOURCE: Ab's - TH212
AUTHORS: Zakharin, Ya. A Kulik, I. G./Madikyant E. K./
PoRova, K.i
_~.A_/Mideltman, L. G.
TITLEt Growing of large HaVIDI) and Cal(Ti) sing! gk-yatal
CITED SOURCE: Sb. Stsintitlyatory* i stsintillyate. materialy*.
Khartkov, Kharskovsk. un-t, 1963, 13-17
TOPIC TAGS: activated crystal, single crystal, 3aintillator,
crystal growth. crystal imperfection
-:-The-Stockbarger-meth u ed o-develop i t
TRANSLATION: Pd'-is- a _t equ)pmen
and rocedure for obtaini si le dr'ystalsFof Nal(TI (i and
Cal( (11) of large dimensions diameters 200 and 100 mm, respec-
Til
tively . An oven system is described, which enaui4is temperature
stability within the working volume of the oven accurate to 0.1 --
0.154 , and which makes it possible to obtain crystals free of macro-
a scopic defects. The single crystals were grown in quartz ampoules

L 13002-65
ACCESSION NR: AR4046007
suspended in the oven to prevent deformation or the phase separation
boundaries-.~at,the place-~of, contact with. the oven.,.and to prevent
formation' of parasitic crystallization nuclei resulting from the in-
creased heat transfer. The formation of parasitic nuclei in II is
influenced by the aperture angle of the ampoule cone. The annealing
regime and the lowering of the temperature to room temperature dur-
ing the growth of single crystals I and II are discussed. For I
the annealing time was 10--14 days; crystals II, which are plastic
down to room temperature, required no prolonged annealing. L. Yerman.
SUB CODE: SS ENCL: 00
2/ 2J

L 49010-65 -FW1 Pi-h IJP(C)
GG7jD -
ACCESSION NR: AR5007232 S/0081/65/000/002/BO41IB04,2
SdUkCE: zh. Xhimiya. Sv. t., Abs. 2B292
AUTHOR: Zakharin. Ya.; ',ulik 1 0 Ma i_yang E. M.; pjaqxh'&'~
Ky4ellman, L. G.
Cultivation of large single crystals of HaT(TI) and Csi(TI)
CITED-SOURCE.,, Sb. Stsintillyatory i'stintillyats'. materialy.l~~Ikov'
Kharkovsk~ un-t.-1963. 13-1.7
JOPIC TAGS: cas tal growth, single crystal, scintillator, sodium iodide,
cesiumiodide-1- activated crystal, crystallization furnace, crystallization nucleus
'.TRANSFATION:,v B_asi_e-d_dn-- the- wechod- -of--o.-Gc- Stockbarger .(Trans. F!krad Soc., 1949,
-ay
-NO .- 5-- 2-9-W _299)_ the -duthors-: developed--a'u' nd a technique for the
a
Y 13para tus-. a
preparation of large single crystals of Nal(fl) and GsT(Tl)j with diameters of
1200 and 100 mm, respectively. L schematic diagran Is given of a crystal lizaLion
furnace which guarantees a stable temperature in the working chamber of the furnace
with an accuracy of 0.1-0.15C, and in which it is possible to obtain crystal5
which are rree of macroscopic defects. The cultivation of single crystals wac
* d 3ut in quartz ampoules, suspended in the crystaLlization furnace in ord"t
cFie i
8aF

ACCESSION NR: AR5007232
to prevent deformation of the surface of phase separation at the points of contact
with the furnace and the formation of paraqitic nuclei of crystallization due to
increased heat abduction. The formation of parasitic nuclei in CsI(TI) is af-
jected by the angle of solution of the tip of the ampoule. The rates of heating
;and of the subsequent cooling to room temperature during the cultivation of
single crystals of NaI(Tl) and Cal(TI) are evaluated, and it is pointed out that
or NaI(Tl) the duration of heating should be 10-14 days, while for crystals of
l
?CsI(Tl), which are plastic to room temperature, the duration of heating is un-
important. L. Yerman'
SUB CODE: IC ENCL 00
COM

S/124/61/000/010/043/056
D251/D301
AUTHOR: Popova, M.A
TITLE: On the value of ageostrophic currents of mass in
the evolution of a pressure field
PERIODICAL: Referativnyy zhurnal. Mekhanika, no. 10, 1961, 101-
102, abstract 10 B700 (Tr. Odessk. gidrometeorol.
in-ta, 1958, no. 17, 31-48)
TEXT:
In the first part of the work a survey is given of
prognostic prescriptions of a qualitative nature, based on the vor-
tex equation. It is shown that for the prognosis of the evolution
of a state of pressure it is desirable to know how to estimate the
divergencq of the wind velocity, or, as is suitable for a finite
volume, to estimate the flux of velocity through the surface which
bounds it. With this aim a method is laid down in the second part
for estimating the flux of velocity induced by the ageostrophic
expression of the wind. For an estimation of the ageostrophic flux
Card 1/2

On the value...
S/124/61/000/010/043/056
D251/0301
of velocity it is necessary to calculate the ageostrophic wind,
the vector of the deflection of the wind from the geostrophic.
this the well-known formula of I.A. Kibel'
i.e.
For
UT ~Vg Ug V + VV, 3V
Tri -sinp (at WCVX
US
Vt /~E + Ug, ~YE + Vg 'U
TcAsi_nqV-t gii;-)
ox
may be used, where co is the angular velocity of rotation of the
earth, T is the breadth of the locus, t is the time Ug and Vg are
components of the geostrophic wind and U1, V' of the ageostrophic
CD
wind relative to the x and y axes respectively. Using these formu-
lae, the author considers only one term in the parentheses of each
of them, ignoring the other two. The discarded terms have such an
order of magnitude as those considered, so that the given simplifi-
cation, says the author, is not sufficiently correct. In the third
part the method described is applied to the analysis of an example.
Z-Abstracter's note: Complete translation2
Card 2/2

F'
SOURCE CODE: Ult/036.1/65/001/012/2151/21.5.3
JD
AUTHOR: Abrikosov. N. Hb.; YpIa na Ye. L; P~g~N~I.A.
ORG: Inslitute gf Metallurgy bn. A. A. Bgyk (Institut metallurgil); Moscow InstRute of
Fine Chemical Technology im. M. V. Lomonosov _ _(Moskovs(dy institut tonkoy khtmicheskoy
TITLE: Study of the PbTe-%Te, system
~ 1 71, -t I
SOURCE: AN SSSR. Izvestlya. Neorganicheskiye materialy, v. 1, no. 12, 1965, 2151-2153
TOPIC TAGS: lead compound, antimony compound, tellurium compound, solid solution
10H1j,Fe 4M44Vxoq&?, 7-,VFveAjj,( c ~'J~s
A13STRACT: Microstruetural and thermal analyses were lused to study the PbTe-SbTe.
system, and a phase diagram of the latter was plotted (see Fig. 1). It was shown that a
op
746V 0683b6ho
$87
We fit
TJDC: 546.851241+546.861241
1/2
Fig. 1. Phase diagram of the PbTe-%TC3 system.