SCIENTIFIC ABSTRACT MOLCHANOV, YU. S. - MOLCHANOVA, L. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135010014-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 29938-66 -.&(T(I)/T A
ACC t4Rt AP60075cll scmcg cMt MV0240/66/0W/001/0039/0044
S7
,AUTHCat VDIchanov, Yu. S. S-0
CRGs Chair'of ThAustrial 4jrgiena and Occupational Diseases# Ukrainian Institute for
the AAvancej Training of Physicians# Khartkov ILKaredra ogiyany truA& L protsabole-
an y Ukrainakop.imtItuta usovershenstvaVaniya Vracharl
@0
t Changes of tha boAyfa immunobiologica reactivity, un-Aer the in1flueace of low-
TI)
Tintitity' infrared raAiation
SCURGSt Gigiyana I sanitariya# no. 1, 1966# 39-44
TOPIC TAGSt Imminologyp thermal rsAiations experiment animalp infective Aiseaset
vaccine, infrared radiation, biologic effect
ABSTHACT: An infrared rMiation Intensity of 0.2 cal/cm2/min at =3 micro-
coulcmbs was useA for a periv of 9 1/2 months6 The agglutinin titer"" after hypa-
dermie immunization with typhoiA faveff vaccine containing L5 billion Microbes/ml
servei as the immunobiological reaction in4ex, anA InAicated the phagacytic acttvitr
of blood neutrophilso The experiments were con-lucta4 on 21 rabbits. The 13 rabbits
the experimental group were Eubjected to prelimir-ary raAiation for 1 1/2 months anl
were lsubi;equently irctriunized.-The remaining 8 (control group) vere immunizeA only* The
Imiminization of both groups vas carrie-i out at the same time an4 their -liet was
Card 1/2 UDGS 612,017.014.444613.165.6t6l2.ol7

NR: Ar6007591
i4entical, "ghft long-term irraAiation of thq animals causei a consiAerable increase
in their Imnunobiological reiactivitys which manifestel itself in %n increass in phago-
cytic; activity of tho noutrophils anj in the agglutinin titer after the typhoid fdVar
vaccination. There was a slight rise in the acetylcholine, 14vol aM In cholin-
esterase activity. The globulin fraction of the blood, serun was Increased at the ex..
cc i anA c(2 globuling, anA the albumin fraction was re4uce4. The sulf-
hy,;ryl group content increasei. Howeverp no chanrs were noted in the content of
17-katostero,ifte Clcige art* bass 4 tablase
SUB CODE.; 06/ SUBM DATE: 25M&765/ ORIG RUt 0081 ATD PRESS:
Card .2L2

flikolay Iv-,tndv-tch,. A-p red.
[Internat';.ona-I cypA49m of unita Vezhdunarodnaia slatema
edinits (51). lzd. 2., ispr. i dop. Minsk, @Yssbaia shkolay
1965. 93 P. (RIRA 18:8)

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m Wimp. 2.
fr,@ra cittle and
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swine
iiae tzeatua fbfl6wi@. id.*iffi,4014 -N40H
or

at pit 11. fractionated I I IS04 d
with (NIij dMized-b6ile fGr-
IG-15 ulill. at PH io, and POW."widi (CHillco or Riolf;
Will all
Y, . 4-5 g./kg_ of glzlild. This yrelin. coutains
tive fractiun wliich iliduces it trausicut accumulatiou uf
hit in ilm liver, an increase in p oxidition
produm of Lit ('-.etc?ne bodies), an&ictardafloit in iveight

gaill ill X picc. atild rats). 'Liver glycogen and blood
"i'llAsAl
ugar relliallt. lanaffeeted. , These Offects are not pmlaced
111v ljsf4 kmmn cump3netit of t1te gland. and 4@pauibility nf
jb@&kste,, of., new culnp6acInt is thus @ilidicatea.

VAYNSHMINP O.Ya.; MID RA11f)VA- A-4- 2 D.Ya.; MYUKINA,, T,A.;
__ f POVOLCTISKIY
SHULIKIIIs -.L.
Production of MENU and l5KhGIITA steel in open-hearth furnaces.
Stall 23 no.7:621-623 Jl 163. (mmA 16:9)
1 (Steel allays-Metallurgy) (Open-hearth furnaces)

L-01517-66 EWT (MVEA(d) /WP1(t)/WP (Z)/EWP (b) IJP(d) KYW/IJD
ACCESsrou nR:-_ APS014375 UR/0383/65/000/OOIIV061/0065
669.187.6--0
AUTHOR: Zhukov, D. G.k Keys, INI. V 5_; Men'-shenin. Ye. B.; Pegov, Vd G.;-'
Molchanova,. A-z A.- V0) 3 5
TITLE: Treatment of electric steel.with 1@quid s
ynthetic 21ag d(
SOURCE.- Metallurgicheskaya i gornorudnaya promyshlennost's no. 1, 1965, 61-65
TOPIC TAGS: electric steel, synthetic slag
.-ABSTRAM.- The treatment of.electric steel with liquid synthetic slag was adopted
on a mass-production scale at the Chelyabinsk metallurgical plan*"t6r the first
-time Inthe history of Sovi lurgy in July- 1964. The chemical composition
5@t metal
of,the materials and the prbcedure employed in the preparation of the lime-alumina
slag are described., ShM15%teel was treated with the slag obtained. The slag
treatment -was found fo -rediice' considerably t4e contamination of the steel with nr.--.-.
metallic impurities, to decrease the sulftr44ontent, and to raise tits output 01F
the electric furnaces by 12to 15%. The macrostructure of-slag-treated ShKhl5
steel shows virtually no differences from that of steel of standard 1katches. 0

LUBEHETS, I.A.; ZHUKOV, D.G.; VOINOV, S.G.; SHALIIDV, A.G.; KOSOY, L.F.;
KALIUMIKOV, Ye.S.; CHERNYAKOV, V.A.; YAFTISEV, M.A.; GOLIKOV, Ye.S.;
PYSINAY G.Ye.; Prinimali uchastiye: KEYS, N.V.; PFC,07, 7-I.G.;
MENISHENIN., Ye.B.; BARNOVALOV, M.A.; SHIPER, G.B.; SHATALOV, M.I.;
MOLGHANOVA, A.A.; PIIISIMOVA, M.Ye.
Refining steel with synthetic slag from large-capacity are
furnaces. Stall 25 no.3:232-235 Mr 065. (MI-RA 18:4)

KOLCHOOTA, A. I.
Spoiseadirg oak in irrigatect arsaa, lzy. All trr.= no.l.-80-84 t53,
(Soviet c4utml Asia-080 (NM 1113)

MURANOn' A. 1.
Dissertation: "Forest. Chativation Tbor the Sowing Method Under the Irrigated
'Conditions-PirevaiiLing In Vzbekletan.4 Cand.Agr Sci, Tashkent Agricultural
List, 17 Jun 34. (Pravda Vastoka. Tashkent, 8 Jun 54)
SO: SUM 318, 23 Dee 1954

M.S7RGVi R.G.; 140WHAITOVA. A.I.
Organization of work in shelterbelt forestry and landscape
gardening in the Golodnaym Steppe. Hat. po, proizv. sil. Uzb,.
no-15:448-455 t6O. (HIM 14t6)
1. Glavgoladnostepstroy i flauchno-isoladovateltgUy institut
lesnago khozMstva Akademii seItsk0khozyzyatvennykh nauk
Uzbekskoy SSR.
Golodnaya Steppe-Windbreaks,, siielterbelts.. ate.)
loduaya-Steppe-Landscape gardening)
M

PETROVSKIY , Ivan Ivanovich; VOLMMOVA, A.K., red.
----
[Electron theory of semiconductors; introkiiietion to the
them7l Elektronnaia teoriia jjoluprovodnl@av; vvederii(,-
v teoriiu. Minsk, Vysshaia shkola, 1964. 218 p.
(Mlillk 18-2)

TSEMIK, Mikhail Semenovich, kand. fiz.-mat. naukp dots.; 131RICH,
Yevgeuiya Vasillyevna; MAMEVA, Galins- Pavlovna,-
SAVIUMA, Inessa Fedorovna; 11MMINA, N.M., red.;
MOLCqmlO-VA..-A%x-S[@,rqd-
-
(Graphs in physics] Fizika v grafikakh. [By] 1.:.S.TSedrik
i dr. Minsk, Vysshaia shkola, 1964. 258 P.
(MIRA 17:6)

TSEDRIK, Mikhail Semenovich, kand. fiz.-matem. nauk; KITUNOVICH,
Fedor Grigorlyevich; MIKULIGH, AleksF,7 Stepanovich;
KLCHI111SK1Y, Anatolly Hildiaylovich. Prin-im-al uc@--Astiye
YUMEVICH, N.A.; 1@191@TWIIPVA, A.K., red.
[Textbook on physics for persons entering schools of
higher education] Posobie po fizike dlia postupaiushchikh
v vuzv. Minsk.. Vysshaia shkola,, 1965. 278 ps
(MIRA 18:6)

-AL=fOU, A,&-tKaumt)
Pathogenesis, diagno-sis and treatment of syringonyalia.
Kaz. med. zbur. no.5378-79 S-0 261. (MM 15-.3)
(SYRINGOMYELIL)

MMCHANOVA, A.M., assistent
Dystonia with painful mansifootations of traumatic origin
cured with a novocaine block, Kaz,med.,zhure no*WG-81
Kr-AptO, (MIRA 16t1l)
1. Kafedra, nervnykh bolezney (zav. - prof. L.I.Onorokov)
Kazanskogo m-editsinskogo, inatituta na baze Respublikanskoy
klinicheskoy bollnitay (glavnyy vrach - Sh.T.Bikchurin
(deceased]),

MULGWOVA. Aja..,_,kand. skonom. nauk; KANIN, I.I.
Improving"wages for railroad transportation workers during the
transition to commism,,Uch. zap. LIIZHT no.3:115-137 162.
(MIFL4. 17: 3)
1. ZELveduyushchiy otdelom truda, i zarabotnoy platy Upravlen-4ya
OhyabrIskoy,zhelemoy dorogi (for Manin).P.

HOWWOVA, R.K.; GEMIMCff., A.N.
Case of intravital diagnosis of tuberous iralerasis of the
brain with changes in the fundus oculi, Test. oft, 76 no.Ic
78-80 &L-FtO. (MM, 166)
1. Eafedre glaznykh bolemey (zav. - prof, I.F.Vorobtyev)
Saratovskoga meditsinskogo institutae
(TUEEROUS SCLEROSLS) (EYE-DISMES AND DMGTS)

USSR / General and Specialized Zoology. Insects. P
Abs Tour: Ref Zhur-Biol., No 2, 1958, 6851.
Author *djahaa"a-r7@@
Inst Ivaaovo Agricultural Institute.
Title The Use of DDT Against the Poplar Moth.
Orig Pub: Sb, nauchn. tr. Ivanovsk. S.-Kho in-ta, 1956,
vyp, 14, 222-229.
Abstract: The high effectiveness of 10% DDT dust and of
0.1-3f. suspension of this dust against poplar
moth butterflies, has been established by lab-
oratory experiments. The use of DDT is recom-
mended during the moment of mass emergence of
the butterflies from their wintering places and
during the period of mass births of the second
generation. The DDT dust is not effective against
the eggs of the poplar moth. -- V. G. Gubina.
Card 1/1
44

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PROSV=, V. (Riga); VWOGRADSKAR, re.(Rigah MOLCHANOVA.. G.(Rigm)
Phase changex of transient class steels by deep Coalinga Testis
Latv ak no.IN65-70 960. (MI 10: q: 10)
1. Almdemiya. nauk Latviyakoy SSR, Institimt mashinovedeniya.
(Steel)

I P
FMTMM.. Y. (RigL); mmamnu, Ye. (RigL); MOLOUROVIL,. G. (Rig&)
Dispersion hardening of some high alloy stools. Teatis laty ak no.12:
39-42 t6G. (EFAI 10: 9)
1. Akadamiya nauk Lmtviskoy SSR, Institut anargetiki i elektrotekhniki.
(Ste.el)

3, 7 6L 0
S/ 123roZ/000/008/0 161016
A004/A101
ATUMHORS: Vinogradskaya, Ye. A., KolcLh2g2yA,_0__L, Prosvirin, V. I.
TITLE: The specific features of phase transformations In transition type
steels
PERIODICAL: Referativnyy zhurnal, Mashinostroyaniye, no. 8, 1962, 2, abstract
8G12 (V sb. "Prevrashchenlya v splavakh i vzalmodeystviye faz".
Riga, AN LatvSSR, 1961, 3-19)
TEXT: The authors have plotted hysteresis loops of 37 -2;" 06 and 06
transformations for a group of steels of the transition class, which are charac-
terized by a variable nickel and aluminum content. These loops, showing "the
nature and kinetics of transformations, made it possible to establish the
11critical" temperatures of martensite transitions. It was found that alloys of
this category containing 7.75% nickel at a Cr-content 0of 1%, pertain to the
group of steels whose austenite is stable down to -78 C. If the Cr-content is
reduced to 12.5%, the nickel content of the alloy should be increased to 9.5% to
obtain a0stable austenitic state. Increasing the heating temperature from 850
to 1,050 C considerably affects the kinetics of all subsequent transformations.
Card 1/3

S/123/62/000/008/016/016
.The specific features of phase ... A004/A101.
If the temperature is increased, a difiNsion of the secondary phases is taking
place, which results In the solid solution being enriched with alloying elements,
increasing its stability. Therefore, steels of this category may not have a mar-,
tensite transformatfon after high-temperature heating. A protracted holding of
the steels at such high temperatures az 850 - 950 0C leads to precipitation
processes of excess alloying elements and compounds from austenite and to a
decomposition of a-ferrite into a mixture consisting-of TO and carbides. In
both cases 'the formation of less alloyed austenite promotes a more complete
martensite transformation during the subsequent cooling. The preceding heat
treatment, during Which and C* -> 'C transformations were taking place,
lowers the stability of austenite formed at high-temperature heating and
contributes to its more complete transformation during the subsequent cooling.
Hardening is effected up to 5000C in the case of a partial or full martensite
transformation preliminarily taking place in the steel. The more complete the
martensite transformation, the more considerable is the effect of precipitation
hardeni@g. A hardening of the steels may take place as a result of the secondary
phase precipitating from the austenite subjected to phase workhardening in the
process of martensite transformation. The energyadditionally Imparted to the
steel. on account of deformation during phase workhardening lowered the stability
Card 2/3

S1123162-1000100810161016
The specific features of phase ... A004/AIO1
of austenite during heating and moreover, caused a precipitation of the secondary
phases at a lower temperature. High-temperature hardening (700 - 7500C) is
accompanied by diffusion processes of precipitation in the solid solution and
can be observed in those cases in which the steel is not undergoing a preliminary
martensite transformation during the heat treatment. Hardening is taking place
during the precipitation of secondary phases from the solid f-solution which is
analogous to the hardening of austenitic and heat-resistant steels.
[Abstracter's note: Complete translation]
Card 3/3

D205/D301
AUTHORS:- Vinogradskayaq Ye.L.? Molchanovap G.A., and
Prosvirin, V.I.
TITLE: Peculiarities of phase transformations in steels of
the transition class
SOURCE: Akadeaiya nauk Latviyakoy SSSR. Institut avtomatiki i
mekhaniki. Prevrashcheniya v splavakh i vzaimodeyst-
viye faz. Rigag 19619 3 - 49
TEXT: The present work is concerned with the phase transformations
occuring in high resistanceg low carbon steels lying between the
martensitic and austenitic types. A critical survey of the publi-
shed work on the subject precedes the prc;o4ntation of the performed
investigation. Two groups of alloys ha7--- been studied. The first
group includes alloys having constant Or and Mo contentsq (15.0 and
2.5 % respectively) and variable Yt and Al conteii-ts (in ranges 5.9
- 7.75 and 1.2 - 0.7 % respectively). The second group includes al-
loys having a lower Or content 12.5 %p Ni from 7.88 to 9.57 %; Al
from 1.4 to 0.9 % and Mo - 2.5 as in the first groupo Ma carbon
Oard .1A
8/685/61/000/000/001/004

S/685/61/000/000/001/004
Peculiarities of phase ... D205/D301
content of all alloys was 0.07 %. In the range 5-9 - 9.57 % Ni
steels ranging from austenitic-martensitic have been prepared. 6-
ferrite was revealed in both groups# its amount in the first group
being somewhat higher. In every groupp howeverp the amount of 6 -
ferrite varied from alloy to alloy. After smeltingg the specimens
were forged to rods of 7 - 8 mm radius# quenched from 105000 and
annealed for 3 hours at 7500C. The obtained state was considered
as the starting structure. The kinetic and the quantitative rela-
tions of the phase changes were investigated by the magnetic metho&
The'microstructure and hardness of the alloys were also measured.
Hysteresis loops of the y a and a -'A V transformations in the
+700 to -7800 temperature range are given. From these loops the tem-
peratures of the martensitic transformations were determined. It
was found that alloys containing 15 % Or and 7.75 % Mi preserve
their austenitic structure down to -78QCv If the Or content is low-
ered to 12.5 %, the Mi content is to be increased to 9.5 % in or-
der to ensure the stable austenitic state. The zhermal history pre-
ceding the cooling-neating cycle of the hysteresis loop has a large
influence on the loop itself. the increase of the pre-heating tem-
Card 2/4.

S/685/61/000/000/001/004
Peculiarities of phase ... D205/11301
perature from 850 to 105000 causes the dissolution of the secondary
phases and thus the solid-solution is enriched by alloying elements
and its stability increases, the martensitic transformations being
prevented. Prolonged pre-heatings at high temperatures cause sepa-
ration of the excess of the alloying elements from the austenite
and the decomposition of the 8-ferrites into y' and carbides., en-
hancing the martensitic transbrmations during the hysteresis cycle.
A complex secondary thermal treatment in which the T and a ---s
y transformations take place enhances the martensitic transformati-
ons during the hysteresis cycle. The quantitative data on the in-
fluence of pre-heating temperature and the final cooling temperatu-
re on the phase composition and hardness of the alloys (Vickers de-
grees) are given for alloys of the I and II groups. The influence
of annealing for 1 hour in the 300 - 70000 range was investigated.,
The annealing strengthens the alloyso but the exact character of
thi-s depends again on the previous history of the alloy. If uhe al-
loy did previously undergo a martensitic transformation, the high-
est strengthening occurs below 50000t otherwise the strengthening
occurs at 650 - 75000 and is quantitatively lower than in the first
case. The influence of ageing performed at temperatures from 400 to
Card 3/4

-94/685/61/000/(JOO/001/004
Peculiarities of phase ... D205/D301
150 OC for up to 36 hours was also studied. Againg the hardening du-
ring ageing depends upon the annealing. There are 21 figurest 6 ta-
bles and 22 references: 11 Soviet-bloc and 11 non-Soviet-bioa. The
4 most recent references to the English-language publications riad
as follows: G4braithq Austral. Nachineryp 119 19589 1179-23-31;
Iron Age, 181, 19589 22, 68-89; Whitey Metal Progr., 739 19589 69
74-'M; Westq Metalay 159 19579 109 62o
Card 4/4

8836T
S/125/61/000/001/004/013
11 DO 311119152
AUTHORS: Vinogradskaya, Ye.L., Candidate of Technical Sciences,
and Molchanova, G.L., Engineer
TITLE: Inflizence @of Martensite Transformations on Fine
G"'rystal Structure
PER1QJ1G'AJ,: M.etallovedeniye i termicheskaya obrabotka metallovt
1961, No. 11 pp. 20-25
TFXT: 'Phe relation between changes in individual parameters
of fine ory3tal structure of phases and transformation ef feats has
be-'?n repo*,-tad (Refs 1-7). The authors describe their work on the
fine crys ml. structure of gamma and alpha phases in the course, of
for,4ard and rever3e martensite transformations In. an iron alloy
With 113.10'j" @;, 13.8% Mn and 1.8% Cu. The fine structure was
measured 10'rom the width of X-ray interference lines of t1he Ka-
serie3 (200'j and (211) for the alpha and (220) and (311) for the
gamma phases, Trith iron-radiation on a type YPC -70 (URS-70)
irutallat-ion. A definite region of the same specimen, heat treated
to give first the forward and then the reverse transformation, was
photographed. The degree of transformation was found with the aid
Card 1/3

88367
S/129/61/00C)POI/004/013
9111/F.152
Influence of Martensite Transformations on Fine Orystal Structure
of a magnatometer, as described by Ye.L. Vinogradskaya (Ref.8).
The heat treatments and corresponding changes are shown in Fig.1
and Table 1 for an uncteformed specimen. To observe the effect of
external load on the fire crystal structure changes of alpha and
gamma phases, the standard specimen was cooled to a low temperature
and deformed by extension at room temperature to 2.1%. The
treatments and corresponding changes are shown in Fig.2 and Table 2,
This table also gives results (shown In Fig.3) when other
deformation and heat treatments were included. The authors
concluae that the state of both alpha and gamma phases changes in
the forward and reverse martensite transformations; the observed
stabilization of the ganima phase with prolonged holding, at the
critical temperatuve shows that there are factors additional to
hardening which promote stabilization. Slight plastic deformation
of the hardened specimen promotes relaxation of heterogeneous local
stresses, watch in the gamma-phase lattice favours additional
transformation to alpha and, perhaps, growth of coherent scattering
regions in the alpha -* gamma transformation.
Card 2/3

8S367
S/129/61/000/001/001+/013
3112/3152
Influence of Martensite Transformations on Fine Crystal Structure
Plastic deformation at 20 *C of both hardened and untreated
Specimens has no effect on the critical temperatures of the
reverse marterLsitic transformations, and the effect of plastic
deformation is completely eliminated by suitable treatment.
There are 3 figures, 2 tables and 10 Soviet references.
ASSOCIATION: Institut mashinovedeniya AN Latviyskoy SSR
(Institute of Science of Machines$
AS Latvian SSR)
Card 3/3

S/i26/6i/on/oo5/oi2/oi5
E073/X1535
AUTHORS: Prosvirin, V.I., Vinagradakaya, Ye.L. and
Moleh or &_
TITLE: On Phase Transformations in Steels of the
Intermediate Class
PERIODICAL: Fizika metallGv i. metallovedeniyo, 1961,
Vol. 11, No- 5t Pp. 775 - 78L
TEXT: Steels of the intermediate class, i.e. intermediate
from martensitic to austenitie, are characterised by a
combination of properties and phase-transformations which
are characteristics for both martensitic and austen!tLc steels.
The results are described of investigations of phase-
transformations in three steels of this class. Of these,
Steel I is nearer to the martensitic class, Steel 3 is nearer
to the austenitic and Steel 2 occupies an intermediate
positiou between the two. The contents of C, Cr and Mo were
maintained constant and the quantities of N:L and Al were
slightly varied (C 0-07%, Mn 0.07%, Si 0.4%, Cr 12.5%,
Card 1/7

S/126/6i/on/o05/012/015
Ozz Phase Transformations .... W75/E355
Ni, 7-8-8.8%. Al The ratios of the yield point
to the UTS for the Steels 1, 2 and 3 after normalisation
treatment at 1 050 O'C are, respectIvely, 0.76,, 0.23, 0.21.
After a second normalisatisn treatment at 950 C and
additional cooling to -70 C, followed by subsequent &going at
500 .2C for one hour, these ratios reached2values of 0.9.
For a maximum value of. 6*0.aT = 150 kg/mm frSteel 1, & = 14%
and T = 54% were achleved. A feature of these steels is
that they occupy a very narrow range as regards composition,
which involves practical difficulties during manufacturg. An'
increase in the hardening temperature from 850 - 1 050 C
(air quenching) brings about a large increase in the quantity
of the residual austenite, particularly in Steel 3 which iv
nearer to the austenitIc-class steel. Fig. I& shows the
influence of the hardening temperature, 0 , on the quantity
of the residual austenite, A, %, and on the hardness RV
Fig. 16 shows the decrease in the quantity of the austenite
(6 A, %) and the increase in the hardness -A liv as functions
Card 2/7

S/126/61/011/005/012/015
On Phase Transformations .... 9073/933.5
oi the hardening temperature, 0C, after cooling the -specImeng
to -194 OC. The influence of stepwise heat was also iztveztl*--
gated. All the steels were subjeo@ed to stepwise heating for
one hour at 350, 500, 650 and 800 C for one hour, with
intermediate cooling at room temperature, After initial cool-
ing'to 15 0C'ard after cooling to -194 'OC. Regardless of the
original hardening temperature the steels hardened considerably
(by 40-50%) as a result of subsequent heating to 500 OC.
However, the quantity of austenIte remained practically
unchanged and this indicated that oprecipitatIon-hardening
occurred; reheating even to 650 C resulted in a decrease
in hardness which was still higher than the original value;
the autenite quantity increased by about 121%; for all the tested
original hardenin� temperatures. A further heating of the
specimens to 800 C brought about a further decrease in
hardness and a decrease in the quantity of austenite. The
increase Ln. the quantity of austenLte on heating to 650 oc
is due to reversible martensitic transformations during
12eatLU To reveal more clearly the nature of the hardening
Card P*7

S11261611012.100510121015
On Phase Tran formations @... EG73/E;335
of the hardened steels during stepwise heating, the tempera-
ture steps were made more Close. Each specimen was first
heated to 3.50 0C for one hour, cooled to 20 0C, again heated
to 400 OC, cooled to 20 OCt reheated to 450 OC, etc., the
maximum temperature being 1 050 OC. The prgliminary heat-
treatment was hardening from 950 and 1 050 C and parg of
the specimens were first subjected to cooling to -78 C.
The obtained results show that the increase in hardness of the
alloy on heating it to 500-550 aC will be the more intensive
the more complete the martensitic transformation. The close
temperature steps used in experLments have rev*ale4 a very
interesting feature, namely, that regardless of the original
heat-treatment the steel tends to reach a certain limit
hardhess of about 300 Vickers units, which is conserved up to
temperatures of 900-950 0C. The nature of precipitation-
hardening durLn &going was investigated for hardened steel,
heated to 400, t50, 500s 700 and 800 OC Cor- durations of
i to 36 hours; part of the specimenswere deep-cooled to
Card 4/7

s/i26161/011/005/012/015
on Phase Transformations .... 9073/9535
-194 GG for 20 min prior to heating. The results confirmed
that_precLgLtation-hardening in the temperature range
4oo 500 C was associated with rejections from phase-
hardened austeuLte. If the martensite point Was not
reached during hardening but the final cooling temperature
was near to the martensite, point, a slow precipitation-
hardening was also observed. This may be due to diffusional
development of martenaLtic nuclei which do not develop into
martensitic transformation. Phase-hardening by precipitation-
hardening produces hardening of the austen&te which is unstable
and.decreases on prolonged heating to 500 C-' Higher heating
temperatuves produced active processes of rejectLoix, d:Lg;sol-
ution and coagulation. Results obtained for steels aged at
700 and 800 OC indicated thatt regardless of the original
state.steal heated to temperatures up to 700 vC tended to
reach a hardness of 500 k9/mM 2 after 36-40 hours. At 800 0C
the process of coagulation of secondary phases was more
intensive and had a considerable influence on the process of
Card 5/7

S/126161/01110051012/015
On Phase Tz-anof'ormatLons .... E07519335
softening; at 800 *C both hardening and softening proceed
simultaneously. There are 7 figures, L table and
10 references: 6 Soviet and 4@ non-Soviet. The four
English-language references quoted are: Ref. 3 - A. GLbraith."
Austral Machinery, 1956, 11, No* 117, 21; Ref. 4 - (RevLowl
Iron Age, 1958, 181, No, 22, 88; R*f. 5 - (Review) West Metals,
1957, 15t No- 10, 62; Refs 6 - R, thite, Metal Progress,
1958, 112, 51.
ASSOCIATION: Institut avtomatiki i mekhanLki AN Latviyakoy
SSR (Institute of Automation and Mechanics
of the AS Latvian SSR)
SUBMITTED: August 29, ig6o
Card 6/7

.37533,
P/197 621000/0041001/001
B104XIO2
74fOO'
AUTHORS: Vinogradskayal Ye., Uolchanova, G.
TITLE: Regeneration of the initial structure of alloys
PBRIODICAL@. Akademiya nauk Latviyakoy SSR. Jzvestiyat no. 49 1962,
27-31
TEXT: The oacurrence, growth, and loss of the magnetic phase of an
alloyed steel (0.12@ C, 12-93% Un, 0-167-4 00, 1.61% Cu) during
and-A-d' phase transitions were investigated with a magnetomet4r. Samples
4 =- in diameter and 70 mm long were heated to 6500, slowly cooled to
-1960C in the bath of the magnetometer, and again heat.ed up to 60000 and
higher temperatures. It t If @' 6oooo, austenitic transformatica was
complete. During a second cooling to - 1960G the samples did not undergq
a "--)A phase transition. Higher temperatures in this treatment 0 tj
Card 1/2

S/197/62/000/004/001/001
Regeneration of the initial structure B1040102
reduced the atability of thaj-'-phase during the cooling process. When
the samples were heated up to 8500G# they became completely unstable.
Another cooling to _1960c produced the same amount of.A-Phase as had been'
obtained in the first phase transition. The original structure of
slightly deformed samples was completely restored by annealing them at
0
tIf + 2540 C for a given.time, followed by slow cooling. There are 3
figures.
ASSOGIATIONc Institut avtomatiki i mekhaniki AN Latv. SSR
(Institute of Automation and.Machanies AS.LatSSR)
SUBUITTEDt November 25f 1961
Card 2/2

AWFSS101W M AT4040795 S126851631000100210003fam
AUTHOR: Vinagradskaya, Ye. LACandidate of tachnical aciences); FrQaTirin, V. 1.
(Doctor of technical sciences); Holchanava, 0. A,@
TITLZ: Propertias an4 structure of aust4nWc steel
SOURCE: AN tAtSSR. InatLtut avtomatLki, L makhaaLkL. pravrashchanLys, v splav"
L vralmodayawLye fax, no. Z, 1963, 3-21
f
TOPIC TAGS: steel, steel structure, steel macbanical property. austenftic steel.
@ransiticn steel. plastic deformation, heat treatment, allay &,,act, ferrite
IABSTRACT: At the present time, considerable attention is being paid cc the aus-
ef-aitic-ferritic alloys - 'the go-called tranaftion grada; stdcls. Us strength
of these steel& is determined by martensWe transformation, and can be increased
by aging as wall as by &train hardening. The present authors investigated a steel
of the traaaLcica class (0.07% C1. L5.0% Cr; 5.9% B(L; Z.5Z Ka; L.2% AL) in ardor to"
study its structure and properties ir. relation to beat treatment and various da-
greas of plastic deformation. Specimens 5 mm, in diameter and 20 = Ion after 20 1
1
:ain. awwalLng at temperatures of 1200, 1050. 9iO and 850C. with'subiraquarm air * -*',.
VU
caaliAg, ware, arAmLwd microscopically, and tha,efface of p1sgC14 deformation
JAVgstiptad Ott apaCLOUS of VMjag original &44, aglilated, 46 to obtain a
card

ACCESSION Mt: AT4040795
5 x: 20 = specimen after deforAtion. res.!lts of phase cr@'ansfo-_macLon and i
mLcrahardress tests are graphed. it is concLuded-thac two basic phases are pre-
served in the structure of,austenitLc-ferrLtic Occal after all possible variations.
in treatment - austenite and delta-ferrita as se arate grains. of various sizes And.
form. in the process of high-temperature annealing, diffusionat.interchanze may
occur between the grains of austenite and delt@7ferrite, producing variations _'n
the concentration of allaying elements in these phases. As the regult of such an
exchange, the properties and structure of the are chanpd, and correspond- I
ingly also the final properties of the alloy. ks shown by microbardneas, distribu.-t
tioa.grains of austenite and delta-farrita ate heterogeneous with regard to thaLC
composition, even within tha@tfzftx of a micrograin. Cold plastic deformacLoa
strengthen& austeafte grains to a higher degree them dalca6farrEta grains. Be-
-onaLdarable, hataroganeLty.Lm composition of the graLust their
cause of the
strangthenfag due t* phase transformation, precipLutLaa. or plastic deformacLon
is notvvAiform. Drawing of an alloy ac 600 C reduces the strength of the grat"
in phases obtained by quenching from high temperatures (1050;11200 C) and
strengthen& the grains in phases obtained by quenching from low t4 mp4rtturgs
($SO 0). Oxig. #rt. hass 5 graphs and 25 phQt*a=G&V&ph*.
Coed

'AC113ESSION NR: AT4040799 9/2686/63/000/002/0023/0030
'AUTHOR: VinogradgkaM Ye. L. ML-1cba=M#'G- A-
,TrrLE: Changes in phase structure and hardenin; pattem of high alloy steels in the process',
,of cold forming
SOURCE: ANX-08H. In-Atitutavtomatikiimckhaniki. Prevrashcheniya Y splavakh L
vzaimodeystviye faz, no. 2, ISC4$ 23-30
1TOPIC TAGS- steel, plastic deformation, high alloy steel, steel structural changes, steel
1 phase conversion, steel hardening pattern, heat treatment@ preqipitatioa hardening, phase
,conversion, deformation level, work hardening, annealing
,'ABSTRACT: Four compositions (see Table 1 in the Enclosure) were tested for the effects of'
iheat treating procedure (air cooling after 20 min. at 850, 9501, 1050 or 1200C, preceded by
annealing for 3 hrs. at 750C) and deformatioa levels (cold forming to 3-18% deformation) on
changes in phase structure and hardness. In addition, samples of alloy No. I were hardened
"by air cooling from 850, 1050 or 1200C, then step-tempered from 350 to 10COC at 50" Inter-
vals of I hour duration, to determine effects of deformation levels (4.7-17. 9%) on processes i
lof precipitation hardening. It is concluded that the pattern of changes in phase structure and
mroperties of aa alloy are governed by Its phase stability. Alloys containing high proportions
Lc@@ 11w,:4

MIN
iACCr!.SS10N* KR: AT4040796
of austenite obtained by high temperature hardening are not subject to phase conversions as a
result of plastic deformation. Strength increases (from 200 to 300 kg/mm.2) as a result of
excess phase, separation from solid solution and work hardening. Supplemental annealing- ia-
creases hardening still further, especially above 65aC, due to precipitation haraeming caused
:by submicroscopic separations of secondary phases. Plastic deformation of alloys with less
stable austenite, obtained by hardening from lower temperatures, leads to hardening due to
1partial Y to CC conversions and work hardening processes. Annealing at 500C enhances hard@
Iness further, to levels of 500 kg/mm2. "The authors thank Ya. M. Potak (Candidate in the
Technical Sciences) and V. L d@ugun@v,(Engineer) for preparing the alloys. 11 Orig. art, has:
1 table and 3 graphe.
ASSOCIATION: Inatitut avtomatBd I mekhanild AN @IAWR (Institute of Automation and
Mechanics,, AN 1AMR)
SU13M=ED: 00 DATE BEL: Wul" ENCL: 01
SUBCOM. AM NO REF SOV: olo OTHERL 006
Crd vrz-

KOLCHaOTA, G.Ta..kandidat meditsinskikh nauk.
Itialogy of face preffentatian. Akush. E gin. 32 no.1:19-23 A-Y.156
MRL 9:61
1. Is kmfedz7 akasherstva i ginakologii lechabnaga fakulltata (sav.
Prof. I.Y. Zhordania) 11 Moskarskogo meditsinskogo instituta imeni
I.T. Stalin&.
(LLBCR, POMWICK
face, stial.)

KOLCWOTA,.@ GoTa.,`kand. med. nank.
Diagnostic errors in the determinatioxt of face presentation in labor.
Sov. med. 23 no.3:53-58 Kr 159. (NM 12:4)
1. 1z kELfedry akueherstva, i ginakologii lachabnogo fakmllteta (zav. -
prof. I.P. Zhordania) It Kaskovskogo ueditsinskago instituta, imerd
If. 1. Pirogova.
@'CIAWR
faae, dlag. errors (Rus))

OSTROMMOT, G.Te., prof.; 9PL.C,HUQTk, kaiad.med.nauk
Yature plans for the publication of textbooks for medical schools.
Sov,med. 23 no.9:132-136 S 959. (MIRA 13:1)
(BOOKS)
(MUCATION MIDIMI)

,,@Lcw ovlm=
. . .
(Diaeases of v=enl ZhensUe bolezni. Noskyar K@zp i-7@.
36 p. I - (MM 14: 8)
tWOM-DIStMS)

HOLGE00TA, Genriyetta Takovlevna
fYace pressatation of the fetus] Ditsavoe predlezhanic plod&.
Koakva, Kedgiz, 1960. 94 p. (KIRA 13:9)
(LABOR (OBSTEMGS))

EOLCIWt'OVA G Ya zed. nauk; NIKONGHIK, O.K.,, kand. med.
-'nauk; PDIADOVAt M.D... kanJ. med. nauk; PAYAWK-Z'S, 32.13.?
red.; @LILICHIKOVA, Yu.53.jp teklm. red,
(Transactions of the Tenth All-Union Congress of Obs@etriaians
and Gynecologists.. December 11-18, 1957 in Moscov]Trudy Vse-
soiuznogo suezda almsherov-ginekologov. Moskva, 1957. bloskva,
Medgiz, 1961. 189 p. NIRA 15:11)
1. Vsesoyumyy s"Yezd almsherov-ginakologov. 10th, Noskv,, 1@,57.
(GyIJECOLOGY-CONCRESSES) (OBSISTUGS-CONGRESSES)

ALEKS-ANDROV, Mikhail Sergeyervich; SHOKAREVA, Lyidndle. Fedorovna;
MOWHANOU, G.Ya.,, red.; KUZII-'i]31A, tek-hn. red.
[sxtra-u-terl-me pregnancy] Vnematochnaia berexennoW. Haskvn,
Nedgiz.. 1961. 239 p. NM 15: 3!
(PUMIANCY 5 EXTRA-UTER=)

,, MOLCHANOUF G*Yaor kand.med.nauk (Voskva)
. Publication of textbooks for medical schools, Med. sestra 20
no. 203-35 F 161, (MIRA 14:4)
1 (MEDICINE-TEXTBOOKS)

r
OSTROVEMOV, G-31e., prof.; MOLCWIOVAs G.Ya., kand.med.nauk
Publication of mdical text@baoks in the socialist countries. Sov.
zdrav 20 no.2.1:74-77 161.
@GOMJNIST COUNTidFZ--I&DICIN&,&TkXTBOOKS) ("41RL .14:12)

MUCHMOVA, ',-.Ya.,, kand.med.nauk
Uss of dimelin in obotstrical practice* Akushi gin, no.loq@-
63@ 162. (mm 15:11)
1. lz latedry akusherstm i ginekologii (zav. - prof. A.A. labodev)
pediatricbeskogo fakulgtetm II Hookovskogo meditsinskogo insti-
tata, imeni N.I. Pirogova i rodillnogo doma No.25 (glavwy V-mch
Te.K. Sitnikova).
(P=OLINE) (OBSTETRICS)

,. @a@.mednauk
.
OPstatrical problem na.5p -valtd I akush. 28
I
no-5:994 IWO.
(MM 16:7)
(IABORO COMPLICATM)

MLCHANOVA G....Ya., kand. red. nauk; ELIZAEOVA, I.F., kand. M-ed. nauk
Resuscitation and care of aaphyxial infants. Sov. md. 28 no./+:
90-95 Ap 164- (IURA 37:12' )
1. Nauchno-issledovatellskiy institut ak-us-herstva i ginekologii
(direktor - prof. O.V. Mikeyeva) Ministerstva zdravookhraneniya
SSSR, Vidskva.

44;
wild

.
U is, S
Ph Iraciric-inethod for 'dclcr@, in

ull -11, lilij@
ototolot
flilfors and leother@ V. L: Vultst 'hovA lull

-3 No_ 21, W-V; -

Khhil@ M4, No, '41318,-Boif x itlelY
Rcrerat. Atir. rl
-)I(- of leather
Jar
Of 30% IfO,. Cont and dif, to 2-50 ml, . To, 5 ird. A file
sm . takr;aJoranaly5b ayWT.t65nA-. al bliankadd,6 rill, of-
*
:
in
to nmke@ 81) 1.,
I ff Hut, .5 vrll.@ 01 3N- NI-WXv, wa
ter
and 5 nil @ of 0.1% aluminixt sulti. kept for daYA. .D it. to
ail., auld viov irt i plicitocolorime ter after 10 n: in; itlia,
Rest re@-,ulis are olitnined )Yitl. 0.01-0A ing.
grccji- Mter,
MAN) mi. of scAn. M. 11vo

M=UANDVA, I.K.
Cbrcmaffin elements in leeches. Uchzapo"uno 220 no.6e76-
87 f6O. (MM- 16 921
(leeches) (Mromaffin system)

51.

KOLCHMOVA. 1. 11.
Kethod for detecting chromaffin. elements In the animal organieff,
Biul.ekup.bLol. i mad. 45 ao.2:123-IZ5 r 158. (MIRA 110)
1. rz kafedry obshchey biologii (zav. - doktor b1ol.nauk prof.
T.T. Izosimov) Kazanakego, meditsinskogo, instituta.
(PARAGAYGLrA,
detection of chromaffin elements in animal organism (Rus))

L ..ksD/A---'ETC JD
AR3
C@@V- ,,Iq: 006904
SOURM, RM. Metallurgi Abs
7=6
aaoirt' I.'- P
AUVOIlt.- S--e-ynb rg, .,Farafonov, V* K.; Kodes, re. S.
TIME: Investigation.of the:kindtiew aus@enite decomposition ahd the then-al
of
stability of EI-415 isteel
CITEU, @SOURCE: Sb. Metallovedeniye i liteyn. proiz-vo Sverdlovsk, 1960: 5a-62
TOPIC TAGS: austenfte,*steel, EI-415, thermal stability.. carbide, ferrite,
austenitization
TRWISDITION: The kinetics of the decomposition of supercooled austenite (A) or
steel ZI-1,15, with composition (in Q: G 0.19, Si 0.21, P 0.006 1 0.24, Cr
2.47j, W1 0.42, 0.51, V 0.7, was investigated by.the methods of mAcrostructural,
=-Lnzet-ic and dilatometric analyses (under isothermal conditions and edth con-
tinuou3 coolina). -@he characber of the structural components w*as. studied, and
the racrohardness 6f'the decomposition products was measures. The influence of
the character of the,structure on the thermal stability of the steel was also
iiivestigateds. The'@iesence of.two stages of the decomposition of A, separated
6rd

L 19305-63
V;" ACCESSION IIR:
04
07 a temperature intetnial of relative stabilitr of A, -was established. The
relatively low. C conont and the character of the alloying of the steel are
responsible for the unique mechanism of the decomposition of k according t@ the
e 82G-6259)': the mechanism of decomposition
first degree typ emperature range
of A into a f arrite-carbide mAxture not eulbe6toidally, but by the f ormation o
A.
supersaturated ferrite, followed by the deposition of carbides-Oom it, Proved
Pdnaltically- more favorable. Rates of cooling 3250 deg/@hr are'recuircd.to
mpo@ition of A acdording
suppresi the deco. to the first degree type. Decompoxi-
tion oil A according to a second degred type,be ins at 4650 and reaches a miximum
c
pleteness at. 300C. (degree of conversion 8;%50 Increasing the temperature of
ova
austenitizetion from 960 to 1020C somewhat increases the stability of A in the
first degree temperature region and exerts no noticeable influence on the Idaet-
ics of the conversioA at the second degree temperatures. Steel with an initial
structure of supersaturated ferrite ioossesses a minim= creep resistance; steel
with a beinite initiil structure pos;esses a maximum. The thermal stability of
Steel Ath a mixed structure can be ext tremely varied, depending:orx the &zzanti-
tative ratio and mu arrangement of the products of. the first and second-
t4al
degree decomposition of A. A. Nefedov.
DATE ACQ: 12Aug 63'.
AB CODE: M &NCL: 00
Card 2/2

MOLCHMVkV lap.
PartidipoCtion of students of the Institute of Fdrextr)r in the
revolutionary movement during the years of the new rmluticnaa
ary uprourge. Nauch.trudy LTA, no.95tl27-137 t6l.
(MIU 16t2)
(Leuingrad-Ztudents) (Leningrad--History)

ACCESSION NR.- AT4042637 S/31%/"A00A05/0048/0054
AUTHOR: fteynberg, M.3LJ, (Di2ctor of TechnicAl Sciences)l Malchanavas I* Pop
(Engineer)
TITLE: Effect of noodymimn on. the breakdown of undercooled grade 25EhlMF austeftits
steel
SOURCE: UrallslOyn2aahinostroitellny*yzavod. Sverdlovsk. Kauchno-fasledovatelloldy
insfatuttyazhelogomashinostrayen.Lya. Profzvodstvokrupqy*khmPszhfn, no. 6, 1964.
Metallovedenlys I termicheskaya obrabodra. (Metallography and h@at treatment)-, aboralk
statey, 48-54
TOPIC TAGS: neocbgnium, neodymium alloy, steel undercooling, austenite transformation,
austeafte breakdown, alloy steel, 25KhlMF steel ex,
ABSTRACT: Rare earth metals are being ever more w1ddy used In metallurgy sin.ce they
affect the structure and properties of fron-carboa alloys. - The published inforniatfoa. haw-
ever, considars mainly maater alloys contaInIng aerium a@d similar rare earth elements.
The Present investigation is concerned with the effect of neodymIum on the breaklown. of
Card 1/3

undercooled, austanitic, grade 25MIMF steel (R2 ated) used for ateam turbinexotors. X.,
Samples were preWed with 0. 05, 0. 10, 0. 15 and 0. 20% neodymium. added to.the steel.
the samples were homogenized, normalized and tempeko& Austenitic transformatioa
was studied both under Isothermal conditions and under a constant cooli% rate. - The
austenite structure was exumined by the structural and magnetic particle inspection methods
under hio.thermal conditions and by dilatometry atconstant cooling rates. The. cooling
temperature interval for the afructural method was between 775 and 300C. Beginning at
5500 and lower; the magnetic davicedesfgned by D. S. SELteynberg was used. The
"Chevenar" dilatometer was used for Investigating austenitic; transformatioa under constant
Cooling rates of about 18000yer ind 800, 406,'300, 250 and 100C per hour in
lurnaCe. -0. 15* neodymium Increases austenite stability
a The authors found that 0. to
significantly during the first stage of transformation. A further increase In the aebdiinfu=
content (up to 0. 25%) does naC&ect the. kinetics of M4 process. Allaying with
-slight IncreaseAnAlis first atgge temperatur (250). -.The effect qf
odymium leads t6 a. 0
Card

ACCESSION HR.- AT40G63t
neodymium during the second stage Is Insignificant- Additiott of neodymium. as aa a-Ilo, to
steel improves the balate annealing.propertiep, &Uqwing the zone depth free of
excess ferrite to be Increased significantly in. IMs seationa, thus Ltaproving the heat realg-
t9ace of the steel. OrIg. arL has: 6 gra@hs, and t table.
ASSOCUT10116 INauchno--Issledo;Mtelfskjy institut tya&8lbgO rnq hfn stroyealya. Uriatskly*
m2 hinoatroltalIny*y zavod, .9yerdlovsk (EWentifte Research Institute for Heavy Kwhine
Building, Urals Machine Desigm Plant)
SUMMED: 00 EXCL: .00
SUR CODE: MM NO REF BOV.- 002 OTHER. 000'
Card 3/3

KM,ONIKL. G.I.; KOLCHLUOTAL I.T-.,- SUBBOTIRL. re.K.: TIMOYAYW-40SOVSKIr
LT.'; TITMBDYA, A.A.; TrUMMMOT. A.M.
Axperimental iweetigation of radioisotope distribution in
no;tuml biageocoenoses. DokI.AN SSSR 133 no.2:484-487
J1 160. (KM 13'.7)
(Radioactive substances) (rorest ecologr)

MKHONIA, G. I. - MOLCH"OVA, Ij
.a Prinimali uchastiyet TITLYANOVA, A.A.;
Investigating the behavior of,very smajl quantities of iron and zinc
in soils. ITauch. dokI. vys. shkoly; biol. n-gl'H ro.4:218-225 @61.
(141RA 24:11)
1. Rekomendovanm--kafedroy pochvavedeniya Moskovskogo gasudarstvennogo
universiteta im.-M' " nosova.
(,C,I,,--I,O, CROTTMOM) (SOILS-ZI,NC CONTENT)

AGRE) A.L.; 1,10WHANOVA, I. V.; N.V.
,@If-purif'icatlor. of water "rom cestum-137 in bodie3 Of' Wat6r
with slow circulation at dilTerent speeds and volturie of water
1)
and cesium concentration. filul. 110I' . Otd. bLol. 69 no. 3-,
20-21, My-Je 164. (141161 170)

1h889-66
AQ(@ NF9-kF6026573 SOURCE CODE: UR/0186/65/0()7/006/0687/0692
AUTIHOR: MmIchanova, 1. V.; Titlyanova, A. A.
ORG: none:
TITIS: Behavior of micro-quantities of yttrium and cerium in soil
SOURCE: Radinkhimiya, v. 7,, no. 6, 1965, 687-692
TOPIC TAGS: yttrium, cerium, soil chemistry, sorptiont colloid chemistry, adsorption
ABSTRACT: Sorption of micro-quantities of yttrium by soil: is practica23,y
complete within a broad range of solution pff and yttriun concentration.
,,When hy&olyzable elements (Al and Fe) are present in s6lution, yttrium
:Sorption drops off in the weakly acidic and neutral region, which is
:,probably due to the formation of negatively charged yttriurm colloids. The
.50
, rption of micro-quantities of cGrium by soil depends on the ceriurt
:concentration, the solution pH, and the presence of h@rdrol,7zable elements in
'i the - solution. In the alkaline range, cerium sorption drops aft with an
'increaca In cerium concentratAon, and also when iron and alundnf= are preaent
in the solution. This is evidently associated with,the formation of
negatively free or adsorbed cerium colloids., Orig. art. has: 3 figures and
3 tables- 1JPRS: 36,4551
SUB CODE: 07t 06 / SUBM DATE: 2-3JUn64 / ORIG REF: 006 / GTH REF: 002

HARANOVI, V.I.; PAVLOTSKATA, F.I.; FEDOSEYEVp G.A.; TYURYUKAHOVA, E.B.;
RODIONOVA,, 11J.H.; BABEREVAt Ye.V.; ZATSEPINA, L.N.; VOSTOOVA, T.A.;
Prinimali uchastiye: YEIAELIYAHOV, V.V.; BELYAYEVA, L.I.; IMINA, N.I.;
Distribution of Sr9O an the surface horizon of soils of the Soviet
Union during 1959-1960. Atom. energ. 18 no.3:246-250 Mr 165.
(MIRA 18:3)

TFA 34/49-,75
Me d ino Pwiicillln', merapy
.''."Treatment of Acute Purulent Maxillitis With Peni-
oillin,"'K. A. Molchano-va, Chair of Kaxillary Burg,
Seconcl Moscov 'Med. That imeni, 1. T. Stalin, 41 pp
*Stomatologiye No 3
Jkterial on. 50 cases. Describ5s nine in detail.
amicluaes that -.penicillin is an effective a@lie`ry'
therapeutic mdim in treating acute - purulent in-,
flammator7 precesseff of the face, neck, an& jaw$.
34/49T75

MOLCWOVA.% K. As
Ch. I%xilla Surgery,, 2nd Moscow Ned. Instj Im.
1. V. StaLin, -Clc/48-49-.
"Treatment of Acute Purulent KwcLUitis with Penicillin,"
Stomatologiya, No. 3, 1948;
Pathogenesis and Clinical Aspects of Lymphadenites of the
Mandibular Region," ibid., No. 1, 1949.

KOLOMOTA, K. A.
Use of penicillin in treatment of osteourelitis of the jaws.
Khirmrgifa, Moskva Nd*12:39-43 Dec 50. (orn zo:5)
1. Of.the DeWtmeat of Mxillaz7 Surgerr (Head--Prof.IA,
StaroblnakV), Sotcon& goncow Radical Twtitute imeni I#T.
Stalin,
IL

MCLOW, OVA, K.. A..-, Physician-- - @ (-erpf4 IJL&Pj ra I Set
"Morphological Changes in the Tissues of the Teeth aM Amphodcata During
Hypertonic niness, Rheumtism and Lingei-ing Septic'Endocarditis." Sub 8 Cct 51,
Second Moscow State Medical Inst Imeni 1. V. Stalin.
Dissertations presented for science and engineering degreas In Moscow
during 1951.
SO: Sum. No. 480, 9 MAY 55,

FOLGIM07k, K., k.
Teeth - Diseases
Morphological changes in the dental tissues and periodeatium in hypertension.
Stomatologii Ma. 3, 1952*
Moathly-Li*_t of Russiga Accessio Library of Uongress, December 1952- Unclassified.

14OLCHUOYA, X.A., (Lotseat
%,1 10--
Use of antibiotics in treating acute inflaw tory processes of
jaw aad adjacent soft tissues. Stomatoloelia, 35 no.1:34-38 Ta-71 56.
(KM 9:6)
1. Iz gaspitallaoy khirmrgichaskoy klialki (zarectuyuahchl;T professor
L.Y.Gulyayev) pediatricheskogo fakuleteta, It Kaskovskogo gasudar-
stvannogo, meditsiaskogo instituta iment E.T.Stalina.
(J,LWS--DISVAM) (ANTIBIOTICS)

DFiLCHMOVA, K. A.: Master Med Sci (diss) -- 'The conservative treatment and
prophylaxis of scoliosis in children of school age". Novosibirsk, 1958. 12 pp
(Novosibirsk State tied Inst), 250 copies (KL, No 6, 1959, 145)

KOLCHOOTA, X.A., d
Use of intrawsal, navocaine block in the treatment of inflamm-
tory processeg of the maxillofacial region. Stamstal-agiia 38
no.3:54-57 KpJe 159. (KIRA 12:8)
1. Is stomatologicheskoy kliniki (sav. - prof JF-K-Khitrov)
It Mookovskago, meditsinskoga iustitmta imeni, 11.1.pingava
(dir. - prof GoT.Kerbikav).
(NOVOGAIIM) (FACI-DISEA S)

MOLCHAKOVA, K.A., dotsent
Necrotic processez in-t-he ore2 cavity in chronic cardiovascular
insufficiency. Stamatologiia 40 no.2t3-3-39 Ur-Ap 161.
(KM W-5)
1. Iz kurae stou@xtologii (zav. - prof. F.H.Khitrov) II Magkovskago
meditainakogo instituta imeni IT.I.Pirogova (direktor - doisent
M.G.Sirotkina). (MRT FAILUM) (MOUTH-ULCM)
(NECROSIS)

MOILWOVA, K.A., dotsent (Mosl-va, TSvetnoy bullvar d. 9, kv. 32.)
Correction of gaping dellects of the phary-r-geal wall a---d cervical segm-e-mr,
of the esophagus using the tissues surrounding the defect. Vest. khir. 91
no.11:30-32 t63. (MIRA 17@-22)
1. Iz stomatologicheskoy kliniki (zav. - dotsent K.A.Molchanova) 2-go
Moskovskago meditainakogo instituta imeni U.I.Pirogova.

SAVCHENKOV Ye.D.; MLCRANOVA,,K.A,..
Pathomorphological basis for restoratiye operations folloving
a compound treatment of cancer of the lavynx. Ked. rad. 10 no.ll-.
20-27 R 165. (MIRA 19: 1)
1. Patemorfologichaskir otdel (zav. - dotsent Ye.D. Savchenko)
Gosudarstvennogo nauchno-issledovatellskogo rentgeno-radiologicheskago
institute Kinisterstva zdravookhrananiya RSFSR I. stomatologicheakaya
klinika (zav. - dotsent K.A. Kolchanova) Il Moskovskogo meditsinskogo,
instituta Imeni N.I. Pirogova. Subuitted March 3, 1965.

UZAK, V.I-.'.;
Effect of the arCle cf p4ti-I f
- i of a ser-im cm the nize G" --
action surface of combustion in thin coal seams. Trudy VvIlliPod-
w.mgaza no.1-0:57-67 164. (@IIITL?i lV)j
1. Labora:Z@ily-- gornogeologicheskay-a V,-qasoyuznago nauchno-
0
issledovate-l'skogo instituta pcdzemmoy gaziNkatsii ugley.

@GARBZR, I.S.; MOLCHMOVAP F.P.
Selection of an expedient not of prospecting holes in exploita-
tion prospecting under conditions present at the enskiT
underground gasification station. Nauch. trudy VNIIFbdzemaaza
no.Et:27-34 162. (MIRA 16t6)
1. Toesoyuznyy nauelmo-Assledovatel'skiy marksheyderskiy insti-
tut i Veesoyuznyy nauchno-issledovatellskiy institut podzemnoy
gazifikatsii uglev.
(Donato Basin-Coal Lyasification, Underground)
TB-oring)

PAVMT. ff@K.;KOWHWOTA., L.A
Damages of the visual organs in children in rheumatism. Test. aft..
Kbakva. 32 no.4:1.4-21 -TVIT-Aug 1953. (GUM, 25: 1)
1. Professor for PaTlov; Departmental Physician for Kolchanova. 2, Of the
Glinic for Eya Diseases of Stavropolt Medical Institmte.

- KOLOHAVOTA. - D.A. -
fortian nalarts; with prolongs& incubation In Turkmenlas Ned, parsz, I
paras. biol. no.4052-353 o-D 154. (MML a: 21
L Is lastituta malyaril I, maditsinskoy parasitologii Kiniaterstya
sdravookhrananiya Turkmanskoy .SSE (dir.jnatituta 1otsent G.A.Pravikov)
(MARIA, spideziologT,
In Russia, tertian. malaria with prolonged Incubation period)

KOLCHA11011A L.G.
3ffect of heat treatment occurring during the welding process
an properties off the weld metal. mde with uEre of law-alloT
electrodes. Svarka I.-49-6o 158. NIRA 12:8)
(Electric welding) (Weldin&--Testing) (Ketalloopranhy)

KOLCH"OVA, L.G., kELnd.tekhn.n&uk-, POGORELISTATA, K.Z.-, SHTATOV. Yu.I.r, inz4.
Iffect of tempering on the properties of welded joints in
ahromiurr-mal,vbdonurj--vanadium steel. SvarkEL 1:61-72 '58.
OURA 12: 8)
(Chromium-malybdenum steel-Ifelding)
(Ghromium-vanadium steel-Welding)
(Tempering)

MOLM"OU, L.G., kana.tekhn.nauk
... --
7&ct of the structural shape of velAed. loints on their
strength. Svar)aL l*.U5-IZ5 t5g. (KIRA 12:8)
(Steel, Stritatural-Welding) (VeldIn,-,-Taatjng)

MOLCUMOVA,. L.G kand.tekhn.nauk; FOGORELISKAYA, K.Z., kand.tekhnnaukf
SrUffdV: 11 Yu. I. , U,'zh.
Effect of subjecting it to long intervals of high temperatures on
the brittleness of welded chromium-molybdemm-vanadium steel* Svarka
2:110-120 159. (HPA 14:5)
(Chromium-malybdemm steel-Velding)
(Metals at high temperatures)

LAY,BNIK, VS. (Lizabnyk, V,V,); MOL."HA;1OVA, 1J.P.
------ 1-1--@
Spectroscopic method for dct-;rmining f"erric oxide in sand. Leh.
prom. no.1:63-65 Ja-Mr 165. (MIRA 18-4)

MOLCHANOV I L
A _ @V @-
Effect of antithrombin VI lintraverious introduction an the
blood coa&-laltion system in reus, Vop, med. khim, 0 no.A..,
3-20-37 Ja-;-g '63. (KMA 176)
1. Laboratoriya fiziologii i biokbimii avertyvaniya krovi
biologo-pochvennogo fakullteta Moskovskogo gosudarstvennogo
universiteta.

ACCESSION MR: AP4040687 S/0129164/000/006/0012/0015
AUTHOR: Nagorskaya, No D.; Itolchanova,, L, _V. ; Rayevskaya, H. V.
Novoselova, A. V.; Fridlyander, 1, No; Yatsenkoo, K. P.; Rogova. Le Kof
TITLEt Crystallization in the Be-Nb system
SOURCE: Metallovedeniye i term'icheskaya obrabotka metallovi no. 6,
1964, 12-15, and insert facing p. 25
TOPIC TAGS*. beryllium niobium system, beryllium niobium alloyo. alloy@
crystallization, alloy structure, alloy phase composition, &711oy
Wardness, niabLum beryllide, nLobium berylltum solubility
ABSTRACT: Investigation of alloys of the Be-"16 system containing up
-Nb showed the existence of three phasest the beryllium base
1 to 53%
a-phase, the Nb-Bel, compound y-phase, and the NbBeI7 compoun.d 6-
phaie, In the alloys contaLning up to 46% Hb, the a- and y-phases,
form a eutectic with a very limited amount of the latter phase., The
Vickers hardness of the alloy annealed at 850C for 14 days and-water
quenched increases from 1XI at' 0*7%' niobium to 1108 at 59% niobiumd
Card

ACCESSION HR: AP4040687
The cast alloy had roughly the same hardness as alloys annealed for
29 days. The Vickers-hardness of individual phases (antiealed and
water quenched) was found to be 110 for the a-phase* 160 f 'or the
eutectic, 480 for'the y-phase, and 1060 for the 6-phase. The solid
state solubility of niobium in be,ryllium is low. A considerable
amount of NbBelz was found in an alloy containing as little as 0.7% HI
The eutectic of the a- and Y-phases co'ntains 2.5% Hb. The eutectic
temperature is close to the melting temperature of pure beryllium.
Alloys of the eutectic.and hypoeutectic compositions have a fine
structure, but at a certain amount of primary formations Q.f inter-
metallic compounds, the fine structure di.sappears. In hypereutectL
alloys the structures of the uppe.r and lover parts of are
ingots
different due to segregation. Orig. art. has x 3 figures and 2
tables.
ASSOCIATION: none
SU
BHITTE.Dt 00 ATD PRESSt 3051 ENCL: .00
SUB CODEs NO REV SOVt 004 OTHERt 006
'Card '2/2

KUDRYASHOV, B.A.; MOLCHANOVA, L.V.; RAZAVIAN, G.G.
, -, .. . .. I . .: @ , I @ @
Fibrin-stab4lizIng faCtor in various functicaal. states of tLe
physiologicAl anticoagulation system. Vop.med.khim. 11 no.6:77.-
79 N-D t65, (MRU 18:12)
1. Laboratoriya fi,ziologii i biokbimli svertyvanlyl@ krovi pri.
katedre fiziologil oftelovelea i zhivotnykh Moskovokogo univeral-
tata. Submitted April 21,, 1965.

KUDRrAS B.A., 1Vj9H&NQYA,-L.Vj BAZAZ trANO, G.G.; KALISHEVSKAYA, T.K.;
ITTINLY N.P.
Preventive action of antithrombin V1 in experimental thrombo-
genesis. Vop.med.khim. 9 no.1:69-72 Ja-F c62. (KIRA 15:11)
1. Laboratoriya fiziologii i biakhimii avertyvaniya krovi
kafedry. biokhimii zhivotnykh biolop-pochvenriogo fakullteta
Kbilwvskogo gosudarstvennago universiteta imeni Lomonosova,
Moskva.
(THROMBOSIS) (ARrICOAGULANTS (MEDICIIIE))