SCIENTIFIC ABSTRACT SOKUROVA, YE.N. - SOLAR, Z.

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• Collection: Scientific Abstracts
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• Original Classification: S
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• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

blicrobio'loqy. General 'v;i,,-.robioloc-'Y- Effect Of
Q 7
-External 4ents. Disinfection.
1,bs Jour: Ref 'Zhur-Biol., Wo 2, 1959) 541b.
Author '3okurova, Ye. 14.
Inst A ZOT - - pg~. ~' ~
Title Effect of /--Radiators on Develo_)_n,1_-nt and Phys-
jological l'--ctivity of A-,otobacter.
Crig Pub: -.Akrobiologiya, 19-37, 26, No 5,
I .bstract: The effect of a mixture of -radiators (frag-
ments of uran'Lhu-235 fissicn) on .1,zo-tobacter de-
L
velopa,,ant vas studied. T',--e radiators vere intro-
duced into nutritive faedia in co.-centrations of
0.1-160 millicurie/liter. U,)on uroduction of
i,-,.Lo 11LIt
small quantities of radiators U ritive riied-
ia, a tezljorary stinulation of bacterial develop-
Card 143
6
LT35R Y."icrobiOlogy- General Microbiology. 1",ffect of F
External AGents. D
3
U isinfection,
Abs Tour: Ref Zhur-Biol., NO 2, 1959, 5426.
Abstract: ment is noted. Individual processes taking
Place in the cells display different sensitiv-
itY to the action of radiators. Tho Eiost sen-
sitive is cell divisionj and the iiaost stable
are energy processes and -f'xatiOn of atmospher-
.L
ic nitrogen. 41_
nitror Although lixation of atsuospheric
~en is a very stable process, incorporation
Of fixed nitrogen into protein becomes disturbed
at comPtaratively low concentrations of radiators,
and in madia and Cultures there is a change of
the relation Of Protein and non-protein nitrogen
towards t-'ae increase of the non-Drotein part.
Under cultivation in media with radiators, the
Azotobacter cells strongly concentrate the radio-
Card 2/3
t
-Lbs Tour: e-rnal_ S. jjs.2,1-,'crobjOjo,3Y.
Z,.JUr fectio.. 2ffect of
i0j. I I F
"A6StraCt: No Z
aCtiVe ~.Je~jantS: 5426.
drY bio- the radioac
"lass exceeds 500-600
sur-rOuildin,
,ae d i ur"I tiv'ty Of the the
- _ as thqi-.

EXCERPTA KEDI.-,k Sec 14 Vol 13/6 Radiology June 59
1099. COMPARATIVE sTUDY OF THE EFFECT OF ALPHA AND BETA RADIA-
TIONS ULN MIC ROORGANISNIS (Russian text) - S o k u r u v a E. N. - BIOFI-
ZIKA 1958, 3/4 (474-478) Graphs 3 Tables 5 - -- ----------
In accordance with data already cited in the literature. the results of these experi-
ments demonstrated that a-radiations, giving a high linear ionization density, in-
hibit the development of bacteria considerably stronger than P-radiations. Po210,
introduced into a nutritive medium in concentrations equivalent in their dose to
stimulating concentra%ions of P-radiations, sharply inhibits thE development of
nitrobacteria and of azotobacteria. Mixed a- and 0-radioactive substances (radium)
in the medium in concentrations equivalent to a- and 13-radiations produce an inter-
mediate effect. After an initial inhibition of development radium may give a stimu-
lating effect. The energetic processes in microorganisms and their processes of
atmospheric nitrogen fixation are also more sensitive to the effect of a- than of
radioactive substances. (XIV, 4, 5, 16)
ILI

AUTHOR: Sokurova, Ye. 11. 2o-119-2-19/6o
TITLE: X-Ray Induced Hereditarily Modified Forms of Yeast, OrE;anisms
Producing Increased Amounts of Er,~7osterin (Vozniknoveniye
pod v1iyaniyem rentgenovskil-h luchey nasledstvenno izmenennykh
form drozhzhevykh or-anizmov, obrazuyushc1ail-h povyshennoye
kolichestvo ergosterina)
PERIODICAL: Dol~-lady Akademii Nauk SSSR, 1958, Vol 119, Nr 2,
pi 265 - 266 (USSR)
ABSTRACT: In the irradiation of yeast organisms with great dosa[z,-es
of X-ays and in their subsequent cultivation on nutrients
a considerable amount of ergosterin accumulates in them. Such
cultures contain 2-3 times an much ergosterin as non irradiated
cultures. In connection herewith it is of interest to in-
vestin-ate if considerably modified yeast organisms (producing
an increased amount of er.r-osterin) can forr, on the action
of this irradiation. For the investic-ation a culture of
Saccharomyces carlsberge.-s-is Frohborg vrith a normally rather
hiEh er~,;osterin content was selected. The irradiation was
Card 1/'+ carried out in aqueous solutions by means of the X-ray --ppa-

2o-119-2-19/6o
X-Ray Induced Heieditarily Modified Forzis of Yeast Organisms Prodicing
Increased Amounts of Ergosterin
content. In lonG lasting cultivation without repeated
irradiation the hi.-Ii content of er,,:osterin in the irradiated
races slowly decreases. Thus the hereditary feature of this
characteristic is not very marked. Ar occurriRace of yeast
races with increased ergosterin content is zLlso possible in
the case of irradiation with ultraviolet The irradia-
ted yeast races with increased ergosterin content do not
essentially differ in their radiation sensitivity from the
original forms, although indications exist of a possible
protective action Of ergosterin against radiation dependent
injuries. There are 2 tables and 2 references, 2 of which
are Soviet.
ASSOCIATION: Institut mikrobiologii Al-ademii nauk SSSR (Institute for
M
1
icrobiology AS USSR)
Card 3/*

cr
n,-JSFL, M.N., PMr7'M%FA, T.S., GAL7,7MIA, -~.D., G.A., FOZ'0,531MMUMA, ?1.A.,
~! 11 T
SOKUrDVA, YF.?i., SELTWTOTOVA, L.A., PCGLJD:--,A, 1- . iir.."I NOVj.^j,";MJA, A.T.
-Cytopbyniol~gir,~l and bioch-McAl invontigatim of micro-organi:.m..) In tbo
procasn of post-radiation teac-Livation."
Report submitted to t1-- 2nd Intl. Con-,n7m of %:%~iatlon R-uncarch,
liarrogato/Yorkshire, Gt. 9rit. ~-1'1 Aug 1562

SOKUROVA, Ye.14, -(Moskva)
Developmont of radioresistance in micro-organismi. Usp. soor. biol.
53 no.1:69-84 162. (MIRA 15;5)
(MICRO-ORWISMS) (RADIATION-?H'(SIOLOGICAL F-ETECT)

SOKUP.011A E.N.-[Sokurova, Ye.N.]
.-J--
Emergence of radioresistance in microorganisms, Analele biol
16 no.5.-23-41 S-0 162.

I' a g~l a

SOKURSFIY, YU. N.
USSR/Physics-X-Ray Analysis
X-Ray Cameras
Jun 50
"X-Ray Methods of Adjusting Crystals," S. S. Kvitka, Yu. N. Sokurskiy,
M. M. Umanskiy, Moscow State U
"Zavod Lab" Vol XVI, No 6, pp 696-705
Describes X-ray methods for adjusting crystals of any syngony by x-ray
photographs of oscillations or Lave patterns. Suggests more expedient
construction of film holder and gonlometric head for X-ray camera.
PA 163T85

~~ K? //*1 -"."! "",'It. -
41,
ZAYMOVSKIY, A. S., LWITSKIY, B. M.,
CIUMCIPAR7-V) 14. T., BOBKOV, V. V., YEGOROV, P.P., NIKOLAYEV, G. N. and IVA14CV, A. A.
"Some ffliyoical Properties of Uranium, Plutonium and Their Alloys,"
paper to be presented at 2nd UN Intl." Conif . on the peaceful uses of Atcmic
Energy, Geneva, I - 13 Sept 56.

Sokurokiy, Yu. 11. , Protsenko, L. 11.
-AMRS: j 89-4-5-5/26
rl'ITLE: Deformation Systems of a-Zirconium (Sistemy deformatsii
a-tsirkoniya)
MDICALS: Ato,.,L-iaya- Ener-iya, 1950, Vol. 4, 11r 5,
pp 443 - ~47 (USSR)
,~~'ZTRACT: The Olefovmation systems of a-zirconic iodide were investi-
Gated in larje-grained (average diameter 0-5 - 1.5 mn), semi-
crystalline ( 5 X 5 x 7 mn) samples that had been deformed
by anne,,Aiti~;. The orientation of the grains vras determined
by a Laue diaEram. This wan taken by a special reflex camera
,.,,,ith the light ray having particularly small dimensions. The
indices of the deformation systems were determined by means
of the double-plate method or of the method of Geometrical
localization of the poles.
It -.' as stated that a-zirconium is deformed by slip in.the
plane (ioTo) in direction C1~103 and in the pl-,:ne (1011). A
series of twinning-systems was determined in a-zirconiun:
11 2(10 )' q2 ['Cil~ ' 5 = 0,173
C:,,~:d 1/2 a) K,(1072),j 1 011] , K 12

Defcrmation Systems of a-Zirconium 89-4-5-5/26
b) Kl(1121),rL, [1126] K2(0001)' ~2 Cl 120] , 3 = OP629
c) K 1(1122),tL, C1123 3
d) Kl(1123), kLi ~_122) observed in one case only.
There are 5 figures, 1 table and 6 references, none of which
are Soviet.
SUPj.'.'ITTED: December 14, 1957
AVAILADILE Library of Congress
1. klpha-air conic iodide-Deformation
Card 2/2

.7 V, Af,
Ya. T
7ne `~r,zcture and Proper~sx?2 -of' i m
~In-der trraditation kr, J yan iy~ c': i",.K
und :)b,uCi'i-?niyem)
PERIODIC~A.: ',,rnmnay-, zin~-rgiya, !P58, Vol 5, Nr 4, T)p
-T I
11 f~,P t T- was poF;s ible ohow that by vary i ng I he
alloys and chanzing the thermal treatiremr tn~ cons ~,w*-~!,.cf
of the modif-i cation ot the size of grdin ot* the nz.:cle~--s ---,n-i -.n-
texture of uranium after irradiation can uartiv b~
The dependenen of the size of tha ruclea7z- gr,;.n oT.zht- enri,2hed
ura,num, its hardness. 4ts strprtg!.h lim-, and it~;
st-:.n ~Pcn the iror-, silicon-, Lnd allimimum -n7~-.- :%1;
th-~~ alloy `-; de-cermined by experimeni. The cooiinal-down va
and th;~- cjn~,Pnt of the admixtur-~-3 men-.i-,)n~4 Ji-it"lu~,nep ~h~
zion or zp~ ~-- tran5formation poin, . ~ I, t- cool ir,~7,- dowr rai -
4 0 00(' /and a s:,licon content oi 0.0~; -,,eight o~-_c~~nts --h.;
transfc-mation ceinz I~etween tlte V and ~i~p .Y-phas~
a
530 PP-~ -mt PT red a to !00-frjd ao _i

-1-j. .-~rljpt. u n d P r 0 T,,E-.r ra ~i 314'
are
a u rra d a 0.1 nv C I,^,'S
Irakil-In ktl WeLi P-L, for uranilva i h
-tvec-p-rrae c," disorienta-cc uranim, is n n -,c
s s es . Th ~! m ich c -a p r'! C "r t S
the V;--Icc4lty of otand-by
cially dilatat-,on in the v~-. or , i.- L
espe v eo -
g, p -, r I m o nt a I I y . ;,v e n a ft or a oh o r a v o 1, tU i. ~:-L n(L
n r hz~ rea c t or I Pi s t ha n I h o-, r ) t h a re I a -t e c, n
,g~:h becc A less an-! twhe s trength limi t in-
ue
~--P-r~.m-rtc a I ly vaiae:B 3f are c~)nSide--rp--Iv v a r,
iho-o- giv~,n in r-~?`!~rence ~. A. Lanin, 'w. M. .1,
A. Prozsenko, N. G,,:~-,ovancva, and
P.- ris ~-v ock pr~ r r, -, ',ie i sve- -r jga 1: i -n~- The:- a-,-
Zabl'. F-T-.d '27 7. o f ,, Ii J- - h

NIS
33
ni
131 11 oil
---------------------------

MSM~Ip- *-~-
. --tm=
gig IL
u 4
4~m jovd
P. lit

BOCHVAR, A.A.) akademikj, red.; YEMELIYANOV, V.S., red.; ZVEREV, G.L., red.
toma; IVANOV, A.N., red. toma;-5-0 iSKIY ed. toma; STER-
LIN, Ya.M., red. toma; FEREMZEV, V.VS-) red.; PCBELINTSEVA, G.M.,
red.; MAZELI, Ye.I., tekhn. red.
(Transactions of the International Conference On The Peaceful Uses
of Atomic Energy) Trudy Vtoroy me9ffidunarodnoy konferentail po mir-
nomu ispoltzovaniyu atormoy energii, 2d, Geneva, 1958. Izbrannye
Doklady inos rannykh uchenykh. Moskyap Izd-vo Glav. uprav. po ispoll-
zovaniiu atomnoi energ. pri Sovete Ministrov SSSR. Vol.6. (Nuclear
fuel and ractor materials) IAdornoo goriuchee i reaktornye materialy,
Pod obshchei red. A.A.Bochvara i Emellianova V.S. 1959. 702 p.
(MIRA 14::L0)
1. International Conference on The Peaceful Uses of Atomic Energy.
2d, Geneva, 1958. 2. Chlen-korrespondent AN SSSR (for Yemellyanov).
(Nuclear fuels) (Nuclear reactors-Materials)

21'8), 18M SOV/89-6-4-4/27
AUTHOR: Sokurskiy, Yu. N.
TITLE: The Influence of Radiation Upon Solids (Vliyaniye oblucheniya
na tverdyye tela)
PERIODICAL: Atomnaya energiya, 1959, Vol 6, Nr 4, PP 403-425 (USSR)
ABSTRACT: On the basis of the Geneva reports of 1958 listed below this
review has been compiled and deals -,.ith the subject mentioned
in the title. As far as the quantitative damage done to ir-
radiated material can be experimentally determined, it is
recorded by tables like the damage caused by neutron irradia-
tion in uranium, plutonium, and some of their alloys. Also
the influence exercised by a high degree of burn-up (up to
2 atomic~o) upon the shape of the individual parts made from
uranium and its alloys as well as the increase of volume cor-
nected therewith is taken into a~:coi,.-". The data concerring
uranium-molybdenum alloys (9114 by weij~h" and pure uranium
are given separately. These data zhow the extent of t'le
fluence exercised by irradiation upon atomic mobility in
uranium and its alloys. The abstract contains also data cor,
cerning the influence exercised by temperature and the radiat-
Card 1/2 ed dose upon the mechanical prope-r"Gies of the various types

The 1nfluence of Radiation Upon Solids 3 OV/e "~ -:~~ -4 - 4/2 7
of steel and othe::- building materials. FurthermorE~, dat:~'
cerning the influence exercised by irradiation upon nor-me-
tallic materials such as BeO, UO--Rer. UO ThO , --ra-phite, etc,
4 f02 t' -
are given. The following report's were usei r he com-oilW.en
of inf -mation: 29, 50, 80, 190, 614, 617, 61-n,, 621, 62-7,
6719, 713, 998, '158, 1159, 1412, -1765, 1305, 1655, 186c'.
1B78, 1P190, 1978, 2052, 2129, 21q,2, 23C5, 24'05. There are
12 figures, 2 tables, and 3A~ references, 8 of which are
Soviet.
SUBMITTED: Februn-ry 7, 1959
Card 2/2

S/089/60/008,'04/04/009
B113/BO17
AUTHORS: SokurBkiy, Yu. N., Bobkov, Yu. V.
TITLE: Investigation of the Increase in Internal Friction in Samples
of Polycrystalline Uranium With Temperature Variation
11
PERIODICAL: Atomnaya energiya, 1960, Vol. 8, No~ 4, PP. 348-353
TEXT: Samples of polycrystalline uranium of varying composition were
investigated which had been hardened from the gamma phase, annealed in
the gamma phase and such which had been recrystallized. The experiments
were made in three temperature intervals from 20 to 2900C. In this
connection the dependence of the increase in internal friction on the
heating rate and the various structural states was observed. The rapidity
with which internal friction increases is gradually reduced and attains
a value which is approximately proportional to the heating rate of the
sample. The increase in internal friction is related with the strain
which is produced in the sample with temperature variation due to the
anisotropy of the coefficient of thermal expansion. At temperatures
exceeding 3500C the effect of the increase in internal friction is A&
Card 1/2

Investigation of the Increase in Internal S1089V6010081041041009
Friction in Samples of Polycrystalline Uranium B113/ nO17
With Temperature Variation
practically completely lacking. On heating the samples even measurable
macroscopic changes can be observed. There are 6 figures, I table, and
11 referencest 5 Soviet, 2 English, and 4 American.
SUBMITTED: May 30, 1959 /10
Card 2/2

85562
S/089/60/009/005/005/020
Cj Boo6/B07O
04- Z / 3 3 0
AUTHORS: Sokurskiy, Yu. N.-, Bobkov, Yu.. V.
TITLE: Increase of Internal Frier.-ion _,r. Uranium on a Change of
Its Temp_~~rature
PERIODICAL- Atomnaya energiya, 4960, Vol. 9,. No. 5i PP. 392 - 398
TEXT: The present paper follows a previous one -~n which it was estab-
lished that the internal friction of uranium in-,zeases rapidly on heat-
ing. ThIs inczease in internal fric-ttlon, is attributed to microstresses
and dqformationi~ of the polyerystall.ine grains of the sample duo to
anisotropic change of form of the 3rystals on change of temperature.
A theoretical and an experimental part of the present paper give a
semiquantitati-e estimate of the dependence of the increase of internal
friction on the rate of neating, the f.requency) and the amplitude of
pendulum oscillations., First2 the temperature-dependent change of de-
formation E and stress a in a grain of a uranium (average ooefficient
of linear expansAon am ~_ 17~3 .10-6) is theoretically studied and some
Card 1/4

8 5 %- 2
Increase of Internal Friction in Uran.Lum S/089/~ 0/009/005/005/020
on a Change of Its Temperature Boo6/BO70
formulaa are derived~ The theoretical dependence of the increase c-'fl in.-
1.
ternal. friction on heating from 200 ro 1200C on the quantity vv~r (v - rate
of heating, -r - period cf oscillation) is compared with the experimental
values in Fig.3. The apparatus used for the experiment, and the Me"hod
of preparat:on of the samples were the same as desorlbed 'in Ref.1; The
method was changed in unimportant details. The results of the experi-
ments are discussed in deta~tl. It is found tha' the increase of internal
friction as a function of ~he heating time four, different values of T and
50 Oclm.-n --'s similar to the previoualy obtained result fc-r
0.5 ser. and v-~5 20OC/Min, The details of the dependen,~e a-re shown
in Fig.3. There were great diffi--.ultis-s involved in the determanation
of the amplitude deppndence. Fig-4 sh,:w-3 the ohange A of internal fric-
tion as a function of A max It was experimentally found fha.-
/A Th-a affest of the initial state of the
A t 3-5-- 0' max
sample on the increase of internal friction was studied, and is shown
in several d,-agrams. It ~s found that, on a. -1hang=. of temperature the
relaxation processes in polyc-ry-stall-ins urar-lum are ~rtenisifi;?.d. and
lead lo an increase -~I' .-ntern-al fTi:;t.-Ion, The of internal
Card 2/4

d5562
increase of Internal Friction in '1'_-a,'ium S/G3y6O/OO9/005/OC5/020
on a Change of Its Temperature Boo6 3070
friction depends mainly on vT. For small values of kvT/A, it is pro-
portional to vT; for large values, however, saturation is reached. The
theoretical estimates are in good agreement with the experimental data.-
There are 6 figures, 1 table, and 3 Soviet references.
SUBIMITTED: April 4 1960
Card 3/4

A
AV U
ISO-
146
~3
20 60 100 140 MO 220
Card 4/4
C I Fe St Al
0 037 1. 10-3 14 5. 10-3
.10-2
0:049 18,3- JO~31 1:/,- 1,4
R 3

-

Zj~.562
s/oag/60/009/005/005/020
Boo6/BO70
Legend to Fig. 3:
1 Hardened sample of the composition
B 'r = 0.5 sec, T 2.6 sec);
2 hardened sample of the composition
A v ~-- I i IC/min , -T varied);
3 tempered samples of the composition
B (T varied, v -z- 11OC/min),
The continuous lines correspond to the
theoretical functions.

SOKURSKIY, Yu.N.
Haziqutip Sakairip and Sugai'th-'- of the growth ofoC-uranium
49r7
during itslrr~diation. Atom. energ. 10 no.3;274-275 Mr 161.
(MIRA 14:3)
(Uranim)

S/0,99/61/010/005/014/015
B102/B214
AUTHOR: Sokurskiy, Yu. N.
TITLE: Conferenceonthe Effect of 'Llticlear Radiatio-nonMateriale
PERIODICAL: Atomnaya energiya, v. 10, no. 5, 1961, 540-542
TEXT, In December 1960 thcre took place in Moscow the Soveshchani~e po
deystviyu yadernykh izlucheniy na materialy (Conference cn the Effect of
Nuclear Radiation on Materials) organized by the departments of technical,
physical and mathematical sciences of AS USSR. More than 500 participants
and more than 40 papers were registered. In a review talk S.T. Konobeyevskiy
gave the results of investigations in and outside of USSR in this f-'-eld and
discussed the problems of plasticity and solidity. G. V. Kurdyumo,r next
spoke on the origins of the increase of the deformation resistance by the
irradiation of coDoer, iron and their alloys. Then followed lectures by
S. lit. Feynberg (new exDeriments with CM-2 (SM-2) reactor on radiation
qffects in materials), N. F. Pravdyuk (radiation effects on low carbon
ste-.1s), A. D. Amayev, A. V. Yefimov, 0. A. Kozhevnikov and others (radia-
tion effects on steels alloyed with titanium and tungsten~
V. S. Lyashenko
Card 1/3

510-9161101010OV0141015
Conference on the Effect of Nuclear ... B102/B214
and others (micrGstructural change on account of neutron irradiation of Y-7
(U-7) and 3XI3 (3KhI3) steels), I. M. Pronman and othei-s (effect of neutron
irradiation on white cast iron and cementite), P. A- Platonov (relaxation-
of inner streases as a result of irradiation of nickel, nichrome alloy,
zirconium, perlite steel, and special spring steel)- over analogous effects
on Pt, Mo, Zr, Cu, Ni, bronze, Fe-Al alloy, Fe-Cr alloy, and Y-8 (U-8) steel,
there were papers by B. hl. Levitskiy, I. Ya. Dekhtyar, A. M. Shalayev, and
othero. Yu. I. Pokrovski.v, A. I. Zakharov, and others reported on the
effect of' large doses (,5-.1020n/cm2) on the inner friction and elastic
modulus of Cu, Mg, AJ, and Ni. Other speakers were: S. T. Konobeyevskiy
and othors (effect of reactor radiation an bronze with 1 at% Pu for doses
of 10 18 - 10 20 n/sec), S. D. Gertsriken and IT. F. Plotnikova (effect of
,V1020 n/cm2on the electric resistivity and lattice constant of Pe 3Al)y
S. M. Astrakhantsev and Yu. I. Konnov (effect of -,jIO 17 n/cr,2on the K state
in X20H80 (Kh20NBO) alloy), S. T. Konobeyevskiy and F, P, Butra (diffuse
scatterin.- in irradiated single crystals of Si, Mo, C.-)rundum, and diamond),
I. V. Telegina and Ye. V. Kolontsova (fragmentation ~-~f LiF crystals under
Card 2/3

SIO a 916111010100 5/0 14/015
Conference on the Effect of Yuclear... B102//B214
neutron irradiation), E. L. Andronikashvili (radiation effects on KC1)1
A, V. Byalobzheskiy (radiation effect on corrosion), A. K. Kikoin,
S. V. Starodubtsev (effect of y-radiation on floatation and adsorption
properties of silica gel), I. Ya. Dekhtyar and A. M. Shalayev (efiect of
y-radiation on ferromagnetic metals and alloys), I. D. 1~onozenko and others
'effect of y-radiation on CdS and CdSe), S. V. Starodubtsev and others
effect of 7-radiation on amorphous selenium and boron), S. V. Starodubtsev,
~
S. A. Azizov, Sh. A. Vakhidov, E. I. Trinkler, and others (effect of
,I-radiation on quartz, Rochelle salt, and ferrite). many papers were
concerned with the methods of irradiation and the study of activated
samples, IT P. D-Pvdvuk, A. D. Amavev, V. A. Nikolayenko, B V 1-Tr-;+c3L-4-,
B, Al. Sharov, A. I. Orlov, anu' uiners spoke on problems of this kind. The
reports on the conference will be published by the Academy of Sciences of
USSR. There is 1 Soviet-bloc reference.
Card 3/3

L 4CWh-65 EPA (s '-~!/EWT (m)/EW'P(v)/T/EWP (t)/,,,W (k)/ (b I/ (h)/EWA(c)
P EWP ETWA
Pf -)4/Peb JD/1W/GS
ACCESSION NR: AT4049819 'S/0000/64/000/000/0104/0108
AUTHOR: Konob~yevs S.T.; Levitskiy, B. M. Sokurskiy, Yu. N.; Andreyev, G.A.
TITLE: The possibilities and prospects of hardening metalsand alloysby irradiation.
SOURCE: Soveshchaniy po prochneniyuAq!Rje
I zR~!shin 1962. Protsessy uprochneniya
detaley mashin (Processes of the hardening of machine piiiti)-, doklady soveshchaniya.
Moscow, Izd-vo Nauka, 1964, 104-108.
TOPIC TAGS: metal irradiation, alloy irradiation, gamma irradiation, beta irradiation,
neutron bombardment, metal hardening, metal surface hardenin , radiation hardening.
9
ABSTRACT:/ It is well known that irradiation may cause not only a deterioration of -metal
properties, but also their improvement. Thus, radiation sharply- increases the yield
point and moderately increases the ultimate strength and wear resistance. Hardening
under irradiation is accompanied by lowering of plasticity. Different types of radiation,
however, act differently on the atoms of the irradiated material. I When the primary
particles interact with the atoms of metals, energy is transmitted to the metal atoms.
When this energy exceeds about,25-35 electronvolts, the atom is displaced from the
latt-ice, and the energy of the first displaced atom may be sufficient for the displacement
Card 1/3

L 40004-65
ACCESSION NR: AT4049819
of other atoms. Thus, clusters. of displaced atoms Are formed. This displacement
affects the properties of alloys considerably. Me number of secondary displaced atoms
depends on the energy of the primary displaced atom. Under neutron bombardment, when:
the energy of the primary displaced atoms is great, this number may be several hundred,-:1
while gamma and beta irradiation only produces I -to 2. Point defec arise under
irradiation, changing the properties of the metals (increasing electrical resistance,,
lowering internal friction, increasing the modulus of elasticity, etc.). Dislocations
are formed by irradiation, resulting in hardening, which can in some cases be increased
by additional irradiation. The future of radiation hardening lies in a combination of
irradiation with subsequent heat. treatment, irradiation being the -initiating factor. It
should be noted that new elements are created by irradiation with different properties.
At the present stage of development of nucleonics, the cost of irradiation in an atomic
p1le is too high for neutron bombardment to be used for increasing the strength of large
sets of parts. Even though gamma irradiation is weaker, the same results are obtained
and it maybe used in the future since the material does not become radioactive. Electron.
irradiation produces changes in structure in the same way as gamma irradiation, but only -
in the surface layer, causing surface hardening by fieating. Heavy ions are also being
Card 2/3

DUMITRESCII,'Traiar; ICPESCj, Constantin; SCLACOLU, H.
Deterr,iiinirr-- kiretics of austeri~e transformation into beirite,
'7
Studii cerf, metalurgie 6 no.4:359-3174 10"l.
1. Ifemb-,ru a! ' im.-tetului de redactie, "Studii si cercetari de
metalurgie" (for Dumitrescu).

DUMITRESCU, Traian;-SOLICOLU, ~f.
Fodular caat iron allo-ed with silicon, and iron alli-oyed
with copper, as materials for piston rings. Studii cerc metabirgie
6 no.4:395-411 161.
1. Membru al Coniltetului de redactie, "Studii s! corcotarl do
metalurcie" (for DLmitrescu).
0

DUMITRZSCU, Tr.; IONESCU, C.St.; SOLACOLU, M.
Studies on the isothermic transformation of ' tenite in some alloyed
aAs
and nonalloyed steels. Studii cere metalurgie;7 n0-3:283.!-303 162.
1. Membru al Comitetului de, redactie., "Studii-si cercetari de metalbrgie"
(for DLjnitrescu).

IONESCUY Constantin, St.; SOLACOLU, Maxia
Some scientific criteria for the thermal treatment of steels.
Metalurgia constr mas 14 no-4:302-317 Ap 162.
1. Centrul de cercetari metalurgice.

RUMANIA
DUMITRESCU, Traian; IONESOU, Constantin ~t.; SOLACOLU, Maria,
(None)
Bucharest, Studii si Cercetari de Metalurgie, No 2, 19639
PP
"Aspects of the Process for Porming 'Bainitel In Some
Carbon Steels and Alloy.; Fe-C-Ma,"
(3)

DU1,11TRESCU, Tra-ian, ing.; IOIJESCU, Constantin St,, ing.; AUUqqLU~,_ Maria. ing.,
Contributions to the knowledge of the isothermal transformation of
VILIStenite in the Ar' I dor,-,q4Ln. Metalurgia constr mas 15 no-7zT9-18
Ja 163.
1. Central de cercetari inatalurgice al. Academiei R~P.R.

SOLACOLU.? M,
"Studii si cercetarii- de metalurgie.13 vo7,. Tio.3, 1962. A
periodical review by M, Solacolua M,_,-,alurgJ.a si contra ma5
15 no.3:277-278 'Ur 163.

SOLACOUT , ;~.
"Studii si cercetari metalurgice" . Reviewed by M.. Sollacolu.
I-Iletalurgia Rim 15 no.4:332 Ap 163.

DUMITRESCU, Traian; IONESCU, Constantin St.; SOLACOLIJ, Maria
1; 1.- --- --- j,-,-,------ ~- I
Aspects of the forming proces- of nainite in some carbon
steels and Fe-C41n alloys. Studii cerc metalurgie 8 no.2:
131-153 163

DMTRESCU, Tr&ian; IMSCH, Constantin St.; SOLACOLIJ, Maria
Aspects of the bainite formation process in some carbon a,t~eI3
and Fe-C-Mn alloys. Rev Roum metalurg 8 no. 2:155-174 163.

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- -'T 'OL!'
,)jjvsjj 1, 1 ` C,
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syntliesia and applications of some molecLC-jar siPves. Pt. 2. Rev
chemle Min petr 15 no.7-1,04-408 J! '64

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d raiil'41' .:.,7 i4(ilus); CAt., J"'Jr. 1930. 1,
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tviiAbilitY iA inimetars atul "Ithalt cmtetv-%: the natw,,

U
, 0# the tid-W O"Fcg*tc, that d the bitunwo and ( the
fillins titat"ial, twat, toki. watict and wxickitig cw-Aitious.
In dcrictal. Ilh- lack to rcltihizicy i~ ptutcr th.4ts With kv.
IUCnt VOUCICIV. III All)' CAW. Lj lhC-V
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aT bo:ra gbtl "foctr and The rosislanco
alti;= Aead. Rep. pet's-
larr RomAlse. Bal. Fiv. c,)i.. z. st-9
(IW)(Freach summwy).-AJumi;QZt centmts with the
highest resigance were found to be the ones with a Si mndu-
his Al,(h%/SOo% - 30 and an Al modulus A"%/ FrA'7c
- 10. Grrhud Aufirgrr

SCOUCUTU, S.
"Utilizatien of Bav.7-ite fcr the Simultaneous Proc2uct-fon of Aluminous Cement
Tron,and Alumir-urr. p/345.11 BTUTLETTTI' STIri.'TTFIC. Vol . 3, I-T o. 2-1~, Apr./Dec.
1
1951. Bucuresti, Rumania.
SOI MonthlT List Of East European Accessions, L.C.Vol.2,No.11, 110v. 10153pUnc

W'A:
L And-D.-A
re Ram!;~- H.17
(mcdull) of the P--'
ZZG).-The hydra, values
system CaO-MgO-AVOV601~ were In
lated sUp In the velti-
ptvd, and discontinuous changes -ere found, with
a C&O, and of the
&ad min., as a function of the Alv0s, of th
laSO amys. Tht thermal equil. parageneses were investi-
pted In thU syttem, and a correba tion was found between the
=ads of the slags and the hydraulic proper-
of the 6U"
q4
era of The trr,~ty in the hydraulic
Ida compn. of the slals, but
wP4 not only a function of the o:
way the
-tion of the rp- of p2ragenesis. In this
tho a f=,
equ upon fusionand granulation of the
fda of the thermal
w;4-. --lacid-a-tod. - It-lb--s thus--mcluded-
tFRM -'.1V 4ji - 4':';Vw thd the F-We-On"apend
pamgenes~s a haterogeneous-phase-com a
0
f
ulle Ues.': The paragenests were act y a
up of- 19 t Inin which could be classified as
no tic, those with over 25% AIA, and.
Udo, Ak
thm witit free MCO. 20
6.

3-jiICLU, S.; 6:,RBAN, D.
Refractory aluminous cements. P. 465.
ID -
II USTRI~ C-:)i,!STHUC--ILOR SI A ~L~TERIAIELOP DE CONST-HUCT.H. 1,110. 7, 1957, Fumania)
(
SO: Monthly List of East European Accessions (EEAL) IP,. Vol. 2, No. 12, Dec. 1957
Uncl.

r~
S (f /-Y),9 /t.,
" ~'/Chemical Technology., Chemical Products and Their H-13d
Applicat-f.on, Part 2. - Ceramics, Glass, Binders~
Cortlcretv;, - BiLdars, Concretes and Other Sili-
cate Building Dhterials-
Abs Jour: Referat. Zhurnal Xhimiya) No 10, 1958..33337.
Author an-SQI= Damitru ~erban.
-QQIUL
Inst ven.
Title Refractory Alumina Cements.
Orig Pub: Ind. construc~iilor ?i mater. constr., 1957, No 8,
465-472.
Abstract: The resu].ts of experimental studies of bydrsulic pro-
perties of some highly aluminous cements (HC) of the
system S102 - A1202 - FeP-03 - CaO am presented. In
all, 22 synthetic iixtures containing (in $Yj, by weight)
Sio 2 from 3 to 10, A1203 from 37.4 to 79.6., Fe203 fr=
Card 1/2

Tot!!!
Electronic differential thermobalance 'krbwl
Petre flalta, and BRadu' nescu (Inst'.
_:fLo. T, iot). PoIsleftnic jrj"j'rffj ,
(1957)(Ruisian and French summaries).-An ordinary
analytical balance with a sensitivity of 0.1 mg. was used.
The equil. position is detected by it capacitor mounted on
one of the arms of the balance; the capacitance depends
on the position of the arru and it is relayed electronically.
Tlie equil. is restored by art electromagnetic system at-
cached to the other arm of the balance. Thepotentionictriq.
memorization system for the differential less in wt. is partl
of the electromagnetic restoring system. A milliv,
0"' _r
nete
rccorder with a triple switch is used to record either
temp., the nornurd loss in wt., or the differential la, ;in !Pt-
0
1 hr.
TIx clec. ftirrince with a prograin I ter ro it r:
M11ted Ust ow one
riti liv. heated up to MV and it I
L k) - 1.
Tile precision of (lit INk ance, which Is,
11VII of flic
of tlic ordes- o(O.1"'I., corresponds to tile sensitivity.
"',

F~ ~LACOL~ll S. (Prof. Qr. )
S. Solacolu, 1,T)ie Phasen thermischer Gleichgewichte des Systems M90-
3CaO.SiO2-P-C-aO Sio -3CaO.Al2O3-4CaO.Al2O3 Fe 03, Die Gleichgewichte
der dolomitisc~en feuerfestM 3toffe," Be~iclfii der Deutschen Keramischen
Gesellsehaft e. U. (Wuerzbueg), 34/5, May 1957, pp. 1 U-6.
ieceived on 6 November 1956.
From the Silicate Chemicall Laboratory of the Poly-technical Institut4,
Bucharest. The anthor's address is given as Bucharest Polytechnic
Institute, lalea Grivita 132.

HUNIGARY/Chemical Technology. Chemical Products H-13
and Their Applications. Ceramics. Glass.
Binding Materials. Concrete.
Abs Joua? i Ref Zhur-Khimiya, No 7, 19599 24247
Author Solacolu, S,
Inst
Title Now Investigations Pertaining to Structure
and Hydraulic Properties of Blast Furnace
Slags.
Orig Pub : Epitoanyag, 1958, 10, No 4-5, 149-153
Abstract : Hydraulic (binding) properties of the
blast furhace slag (S)$ belonging to the
CaO - MgO - Al - system are presen-
ted graphically2oln e8quioHibrium diagrams of
the M_gO - CaO - A1203 -S1021 in the range
Card 1/2

15,
AU'2HOR: Solacolu, Serban
88372
G/005/61/000/001/003/008
B007/DO58
TITLE: Influence of the Liquid Phase on troperties of Magnesite
Refractories
PERIODICALs Silikattechnik, 1961, No. 1, pp. 17-21
TEM The physical properties of magnesite refractories depend on their
composition, the amount of liquid phase forced at higher temperature, and
on the mineralizing process of solid phases in a state of equilibrium,
especially the periclase. The position of magnesite-, dolomite-magnesite-,
spinel-m.LLnesite-, and forsterite-magnesits refractories in the multi-
component system MgO - 11gO.Al203 - M&O.Fe203 - 2MgO.SiO 2 - 2CaO.SiO2 was
determined by the author in a previous paper (Ref. 1). For the determina-
tion of the liquid-phase influence on the firing properties (shrinkage,
porosity), these refractories were synthesized, the amount of liquid phase
at 15500C was caiculated from the thermal equilibrium and recorded in a
diagram in dependence on composition expressed in modules. Further diagrams
Card 1/2

88372
Influence of the Liquid Phase on Properties G/005/61/000/001/003/008
of Magnesite Refractories B007/BO58
show shrinkage during firing and porosity as a function of composition. A
direct propoitionality between firing properties and the content of liquid
phase was established; a summary diagram shows that shrinkage during firing
increases and porosity decreases with increasing content of liquid phase.
As the second component, the mineralizing process of the periclase de-
termining the firing prope-.-tiesq was kept constant through the constant
periclase content in the authorys experimental series, it could be ex-
cluded from consideration. The present studies show that when selecting
manufacturing formulas, the amount and composition of the liquid phase,
besides the raw material composition, must be consideredg since there are
several products which at different initial composition show equal
properties due to the equality of their liquid phase. There are 6 figures,
2 tables, and 1 non-Soviet reference.
ASSOCIATION.- Laboratory of Silicate Chemistry of --he Polytechnic
Institute, Bucharest
Card 2/2

SOLACCLU, Serban
-Theifnal equilibriums of the system M90-Y!90-Al203-(KgO.Fe2O3)-
Z-IgO.SiC2-2CaO.SiO2 applicable to the mecharism of the reactions
of Magnesite refractories. Studii cerc metalurgif 6 no-4:425--450
161.
1. La"oratorul chimia fizica a silicatilor, Institutul politehnic,
Bucuresti.

SOIACOLU, Serban, prof. dr.
"Refractory materials in the siderurgical industry" by
Jm os Sovegyarto. Reviewed by Serban Solacolu.
Metalurgia constr mas 13 no, 4: 373-374 Ap 161.

S/081/62/000/021/034/069
B1491BI01
AUTHORS: Solacolu, S., Szab6, Andrei
TITLEt Production of magnesia based on the Solvay method of soda
production, and its conversion into refractory materials
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 21, 1962, 332, abstract
21K216 kEplt6anyag" 19620 v. 14, no. 2, 1962, 59 - 64 EHung.;
summaries in Russ. and Ger.1)
TEXT: Calcined and slaked dolomite is used for the regeneration of NE 3
in soda manufacture. A suspension of Mg(OH) 2 which results from this is
decanted, filtered, washed and clinkered. The product, containing
80 - 851/'. MgO, is used directly for constructing soles of furnaces. If,
however, CaCO3 is precipitated from the suspension by passing CO 2 and. if
the resulting Mg(HCO N is separated by decantation and converted into
5/2
b1gC03by adding Na 2Co3 the product is a very pure basic magnesium
carbonate, which is used for the manufacture of refractory materials. The
calcination is done in two stages: first at 8000C in an annular kiln to
Card 1/2

S/081/62/000/021/034/069
Production of magnesia based on...' B140101
obtain MgO powder, then in a rotating furnace, together with a mineralizer,
until clinkering occurs. ilmenite, bauxite, siderite, or ankerite are
used as mineralizers. Chromo-magnesite and magnesite-chromite refractories
are prepared, with a ratio 10 of rough and fine fractions. With increas-
ing chromite content, the water absorpt-lion and heat resistance of the
goods are increased. It was found that complete or partial substitution
of chromite by bauxite makes it possible to obtain magnesite-spinel
refractory materials; the baking temperature for chromo-magnesite goods
.Ls 171000 and for magnesite goods 16200C. [Abstracter's notet Complete
translation.]
Card 2/2

SOIACOLU, Serban (Bukara~:~)'; T,Dni, f ,i -,-
; - , , -, -, . , )
Remarks about A Jerphardon's lacture entitled "Use of
natural gas in porcelain firing." Ep-itoanya- 15 no.11:
0
410/ N 163.

SOLACOLU, S.; DINESCU, R..; SINGER, G.; BALAN, V.
Viscosity of coal slags, effect of certain factors. Rer electrzo-
techn energet 9 no.1-.123-131 1161+
1. Corresponding Member of the Faimanian Academy (for (Solacolu)

SOLACOLU, Seban; ROTARU, Maria
Binding materials for magnesitic and chromagnesitic refractors.
Studii cere metalurgie 9 no.2:361-371 164.
1. Laboratory of Physical Chemistry of Silicates, Polytechnic
Institute, Bucharest.

jj2L16-_6' T
ACCESSION NR: AP4044191 R/0003/64/016/007/0404/0408
AUTIIOR- Clocoiu, Paulina, Dinescu., AmIlia, DinttESL R. L Gothard, Fr., Mines, 1.
~U, R., solacolu, S.
TITLE: The synthesis and uses of some molecular sieves. It. The synthesis of some
granular molecular sieves from kaolin
SOURCE: Revista do Chl~o, v. 15, No. 7, 1964, 404-408
TOPIC TAGS: molecular sieve, kaolin, kaolin sieve preparation, kaolin
granulation, IvIalaxa process, kaolin extrusion, calcination
ABSTRACT: The authors report the results of experiments carried out with the intention
of reproducing the synthesis of molecular sieves from kaolin, without the addition of bind-
ing agents and using methods which vary slightly from those previously described in the
literature. The kaolin found in Aghlres, Rumania, was used as the basic mat6rial; either
the ist (78% kaolin) or 2nd (75% kaolin) grade of this mate-zlial. may be used, both being able'
to yield sieves with high absorption capacities (26-32g H20/100g) was pores of 4A. The
static absorption capacities were first determined for both typesof material; the resultsi
are reported in tables, and a schematic diagram of the laboratory apparatus used In also
given. The various steps used In the actual manufacturtag prooodure are-tbw described
Cord 1/3

L 49216-65
ACCESSION NR: AP4044191
In detail, as follows: 1) The granulation of the kaolin to the desired dimensions (length
diameter) may be carried out by 2 methods: method (a) Is based on the extrusion of wet
kao4n paste-, after previous heating at 120C and addition of 30% water ("Malaxa!' process),
drying and grinding of the extruded material, and final sorting of the granules; b) grinding
of dry kaolin cakes directly to the desired dimensions, and subsequent sorting of the
granules. 2) The calcination of the granules is carried-out partially In a laboratory oven
and partiallyin anelectric oven typo KYLS, of 100 liters capacity, equippedwith silica
rods. The optimum temperature of calcination Is 670-700C (not to exceed 750C), for a
duration of 5 hours. Both ovens are equipped with temperature regulators, calibrated In
intervals of + 20C. 3) The alkali treatment phase to carried out with a 9-10% NaOlf solu-
tion (not to exceed 16%), for a period of 5-10 hours. Mechanical stirring of the kaolin
granules Is riot recommended. Consequently, the operation Is carried out partially In a
boiler without stirrer, and partially in a boiler equipped with a Cottrell pump system,
for the reflux of the solution. During this operution, to produce a maximum absorption
capacity of the molecular sieve.9tructure, the diameter of the granules cannbot exceed 2
mm. Following alkall treatment, the molecular eleven obtained are washed with water
until the washing solution reaches a pH of 0-9. 5. A schematio diagram of a laboratDry-
r.,d 2/3

L 49216-65
ACCESSION NR: AP4044191
0
scale apparatus for the alkali treatment of the kaolin granules is given. 4) The ion-
exchi"11,1'. phano (exchango of sodium lona for calcium Ions) In carriod out by 2 treatments
with a 25-337,, CuC12 solution, for 4 hours at the boiling tumporaturo and utxlor normal
pressure. These parameters are considered optimal for the production of maximum ab-
sorption capacities. Following each treatment with CaC12 the molecular sieves are washed
with walor In ordor to climinnto tho traces of sodium Ions remaining on the.norface of the
grantiles. 5) Activation of tho alovon Is carriod oat by it procona of calciantion for I hotm
at a temperature of 300-350r. Prolonged calcination (4-5 hours) results In a stahto almorp-
tion cnpacity, having a lower value (60-70% of the initial value). The molecular sieves ob-
tained by this process have a mechanical resistance of 1-2 konun7, as compared with
0. 1 - 0. 5 ki;/mmz for those manufactured outside o! Runuutia; with a specific area between
5oo and 7oo m2/g, and a real density of 1. 9-2. 1 &jcm3. A diagram of an Industrial Instal-
lation for the manufacture of the 4A molecular sieves is given. The authors conclude by
stre6sing the importance and speolficity of the method for slaves having 4A pores. Mole-
cular sieves with 5A pores, prepared by this method. have much lower absorption capa-
cities. Orig. art. has: 3 figures and 7 tables.
ASSOCIATION: None
SUBMITTED: 00 ENCL: 00 SUB CODE: GC, mir
No REF SOV; 090 OTHER. 013
Card 3/3

SOLACOLU, Serban
Correlation be-t6reen phaseal, thermal equilibriums of the
MgO-CaO-Al2O3-S'02 system with the nature of vitreous
structures and the properties of sulfatic strengthening
of the slag of high furnaces. Studii cerc chim 13
no.10:653-658 0 164.
1. Center of Inorganic Chemistry, Rumanian AcaderV,
Bucharest, 1 Polizu Street.

A
/V
ffect of alvii u t1i
T L
wit4 gliky.qanlF.~4no ulor gr to.
r
Vlariq u-Nicolaid, and A
Cercil
d.
Tho ea~it irtin studied contilned flaky d A tar Jute:1-C
lind 3-41,~,, Si. In the iron %vith flgt!~'t
'4pbim T
tion is cumplete with 3-4 and >10,t A), Fo~r~Rul;'.D-U_
wills, nodul2z graphite, graphitizing M"i.
itS%. Fur both allays. At up to 370 will incremse the amt
of ferrite ('in thii; case a-F&AI-Si) and vrilt'decrettsethe amt:,
txt. of ferrite vrith ce-~
!of pc=lite (in this case a mech. in'
mentite alloyed to M)_ This means that pe.3.kl has gj~ z'-
or noduLu'
completely ferritic structure... Ili iroa with liaky-
graphite, >3 or >4% M, resp., glvei,1n addn;,to the
h Iso the *-phase. ~ In iron With up to 5-4% At, the j
p ise, a
phase forms with the cz Phase a fme. cryst. flaky aggrtgate;* '-Z Z'
which seems to be similar to pegirlite, but bis a7
If the Al msay,rises stild higher, the g -him Will
habitus;
lose triere and More Itj devultitle Aspectj till at highest &I
Isayi It looks like the ordioitry complex inixt. of 'orW~z 5,
'CiLrs Up-to,li% Ali only It tht section,
lodular graphite OL
hl ess Is -on the fortna
t
ckn
tinu of nodular graphite, which- irill be more pro oun6ed the
-of the sample.. T-he hardness n.,
lower the cooling.rate I
creases cni-i6itiously ivith increasing Al,'and for Iron contr.
GW nodular gi~phite at higher At contints the alloy Is harder
than the irri coutg. flaky graphite, which lists the same.
amt. of At and the same structure. Werner Jaccitimn-1
---------- ----------
Distur: 4R2c
-4

SoW) V.
Roview of ctirrent ,-roblm-t of friction, wear and lubricaticn. p. 155-2.
TEM1110- Beograd, Yugoslavia. Vol. 14, no. 9, Sept. 195-~.
Monthly List of East European Accessions (-ET-AI) LC Vol. 9, no. 2, Feb. 1960.
Uncl.

~1010.ja, V.
"Application of DkmpnBional Analysis for Calculation of Stress in Static
Deformation." p. 95, (ZBJ)F(I,.JK, 1952/53- Beograd, Yugoslavia. )
60: 1.';onthlj Liat of P~ji,3t Furoputin Acensolons, (11"LIAL), 11G,
Vol, L, 11?0- 5, My 1955, Uncl.

SO-UAJA, V.
IfFilline: up the Die in Static Deformation. " p. 111, (ZBORNU, 195,21153.
Beograd, Yugoslavia. )
SO: Monthly List of East European xceessione, (EEAL), LO,
Vol. U, No. 5, MaY 1955, Uncl.

sbIVAIV V.
Applied mechanica ReviOuf
June 1954
Tfiectretiep.1and
,Xperjmen~aj Fethods

0 "Oman at AMA Lwylk
OwbM), Ann%W of WMeohWeal En-
gh eering Faculty, fwjrw6'19M'
-M rrietlmd is umd to W the equaUarl of the tome nwemary
,
Ustk-A
' y
deform a ~-olid body. By applying a propoa) by
the equation Is rW!ved in the form P --t c3F1.A11j*k
A==
The.vidues of the eoefficient c and the expa.,witts *,, X'2-1 4nd-nj am
tabulated for the-various Intervala of teutpemwm &ad MUOS of
ditttuctLr/height. The discuftinn of the expaneitts. provides in.
forninflon on the Influence of the dimwWona of the body.,
Front author's xuranutry bK A. 6. &hmidt, US.4,
01

-, Lj- ~ ,. .
- - t- I- c1- 13, -C. I, - c r~ .1
Cirecki-n7, ;~ri -=7Eu7-?s. F. ::). (!.EC;'--- ', -,- . I
'4*i-,rc,.:~ar, leressicns. 1' 7-~L. -LC, 7--7 !:, N-c. 6, Jure 1.015-. ~;rcl.
S, - I i7t of i'-p-st -- --

V. Contril'ution to tile :~tuJ.'.v CS Cuttil~.k~ fzlctorz~ of a tum"l-'r 1-othc with
smaLl ebip cross sections. p. 865.
Vol. 10, no. 6, 1955
T -K;.
Leoi-7ad, Yugoslavia
,So- Eastern -'-'urepean ccezsio,, Vol. 5 No. 4 .1pril 1956

SOLAJA, V.
Contribution to the knowledge of properties
of lathes for finishing cuts. p. 221. Vol. 11.
No. 2, 1956. TEHNIKA. Beograd, Yugoslavia.
SOURCE: East European Accessions List. (EEAL) Library
of Congress, Vol. 5, No. 8. August, 1956.

Zei- U--, TT-l
t h 1 It

SOLAJA, V.
Ceramic tools. p. 1087.
(ITHUM. Vol. 12, No. 7, 1957, Beograd, Yugoslavia)
SO~. Monthly List of Last European Acccssjo.-is (EEAL) Lc. Vol. 6. No. 10, October 19157. Uncl.

SOLAJAP V,
.
"Broaching.u Reviewed by V. Solaja. Tehnika Jug 17 no.7:Suppli
Xaoinstvo 11 no.7-.1332 Tl 162.

SOLAJA, Vladimir, prof., ing.
Report on the papers of the 3d group: "Development in the fields
of electrical and mechanical engineering". Tehnika Jug 17 no.2:
309-313 F 162.
(Yugoslavia-Economiz policy)
(Yugoslavia-Electrical engineering)
(Yugoslavia-Mechanical engineering)

SOLAK, A,
Pogademid o hygienie zoinierskiej. fiarsza~2,n Ilydawn. "Prasa Wojskowa" . zi-9.52/
73 P. (Biblioteka Zo-Ineirza. Seria 2. Popularnonaukowe Poznaj Swilat 17) ZChats
about hygiene for soldiers. IIlus2-
SO: Monthly List of East EuroR2.--n lecessions. Vol. 3, No. 2, TAbrary of Congress,
February 1954, Uncl.

KjCr(~',YM, Y a. M. -~. Yl,,'ClY A N, F. A. ~ ; ',,ni.AK I I YAJ4, A. 0.
-~, term-~- 4-n.rr tht ~-Fne s F of thin f i Ims . Izv. -M Arm. SSR.
-16- nc.6vi-31-136 163. (MIRA .17- 8)
-z.--mat. r1aak - - .

SOLAKIffAH, P.S.
Standardizing the working drawings of
precast reinforced concrete buildings
built in seismic regions. Trudy MIEI
1. Zakavkazakiy filial Gipromeza.
(Precast conernte construction)
(Earthquakes and building)
structural elements of
and structures to be
no.14:183-189 '59.
(MIRA 13:1)

Sv-ilen, dots.. I-c,-Ild. teklin. nvuk; 11:11 'TF-EVA, Liliana., asistent;
asistent
De t e --m i n i n' - -ihe ~:-rcdfucti-.,-ilty o--7' drping chambers. Dunromebel prom
n0-4:8-12 JI,"tg 1t'2.
Vissh lesotel&-nicheski institut. 2. Chlena na RedaktAdv6mU
kolegiia, "Durboobrabot-vashta i nebelna promaishlenost" (for Mkolov).

S01AKOV , E. D. (Sofia)
Binomial equations. Mat i fiz Bulg 7 no. 2: 45-49 164-

TSONCHEV, Iv., k.m.n.i 50 OV, P.
cortisone in toxic influenzal cinditions- Suvrem med., Sofia no.4:
59-63 6o.
1. Iz vutreshnoto otdelenie na Okruzhnata bolnAtsa, Plavdiv.
(CORTISONE ther)
(INFLUENZA ther)

5,)LALOV, I. G.
Solalov, 1. ,.. - "Me-chardcal vii~ration of sLructural ,arts made ol, reinforced
concrete", Stroit. prom-sti, 191-9, No. 4, p. 10-14.
SO: U-hllO, IY July 53, (Letopis 'Zhurnal Inykh Statcy, No. 19, 190).

Ye. Prof Docent
-Dr. Technical Z-(;i
TruLtro MOSCOW A-ri-ation Inst. of Technolou, I;o. 4, 1948

0~ ,,, Ai ,: , .
The incrcasing concentration of the ~~-est-European autonobile industry.
P. 3. (,~3,LT (Prahal Czechoslovakia) Vol. 12., N'O. 1. Jan. 195~~
SC~: Eonthly index of East Euro-Lean Accession (EEAI) 1Z. Vol. 7 Do. 5, 1956
3

-*,-.
?rofits w.11 be assured in any case.
1 .1. *- - '! ~: Czechoslovakia) Vol. 12 No. 3, Jan. 1058
; .. ~, 1~ ('T"PI, -('11' RU. ) (Praha, I
Z~C: %Ionthly Index of East European Accession (L~~AI) LC. Vol. 7, No. 5, 1958

SOLANGEP Cristescu, dr.
Disorders of rhythm in acute myocardial infarct. ~%d. intern. 13 no.10:
1385-1393 0 '61.
1. Lucrare efectuata in Clin--Ica medicals, "Bernat Andrei% prof.
P. Teodorescu.
(WOCARDIAL DIFARCT complications)
(ARRHYTHMIA etiology)
(HEART BLOCK etiology)

SOLAR, J.
0
Safety in the operation of tractors. p. 440.
Beginning winter repairs. P. 3 of cover,
New Czechoslovak plows. P. 4 of cover.
MECHANISACE ZEMEDELSTVI. Prahae Vole 4, no* 22, Nov. 1954*
SOURCE: East European Accessions List (EEAL), LC, Vol. 5, no- 3, March 1956

SOL.."R' J.
SOLAR, J. Accidents can be preve~-ted. p. ? '/.
Vol. 6, no. U', "',ar. 1956
E~IICHA'-ISIICE ZE';:ZDELS77fI
AGPICIJL'-;U!-,E
Czechoslovakip
I
L 1'~
So: East European Accession, Vol. S, No. 5, " ay 1957

STRMISKA, J., MUDr.; ffONSA, K., KUDr*;-&kM,-j..MUPr-
Local usa of hydrocortisone in various poot-traunatic states.
Act& chir. orthop. traum. cesk. 23 no.5:266-269 Sept 56.
1. Vyzkiunny ustav traunatologicky v Brne, raditel prof. Dr.
Vladimir Novak.
(WOUNDS AIM INJURIES, compl.
ther., hydrocortisone (CZ))
(HTDROCORTISONE, ther. use
post-traum. compl. (Cz))

SOLAR' jarovl-v - elr. 1: ~ A, v& le rin) d...
F.- n )e - ", - I- _ I - --=
-i , re I- -o ~ rn. in -.e nt~,,, c . - - mzd a 12
nr,.11:~"S-S-o ,,I
1~ -4 rl- .

SOLAR p Stanko, inz.
Gray iron casting for the manufacture of engines in 0.7-ton
electric arc furnaces. Stroj vest 1D no. 1/203-55 Ap 164.
1. 11hribor Automobile and Enoine Factory, Maribor.

6 0 i-'el (~ , "'/A C L AV -
- SOUR, Vaclav; PGHOVA, Marie
Now t7pe of Salmonella isolated from rat. Cook, hyg. opidem.
'51krob. 2 no.2:134-157 Apr 153.
1. Ustav apidemiologie a mikrobiologie,. Praha. Reditel doc. dr.
I.Raska.
(SALMONELLA,
isolation from rat of new type)

GRYC, Jaroslav, inz.; PAROUBEK, Zdenek, inz.; SOLAR, Zdenek, inz.
Fast temperature adjustment of glass furnaces, Sklar a keramik
12 no.3:3-9 Ja 162.
1. Osvetlovaci sklo, n.p., Valasske Mezirici (for Grye). .
2. Priamyslove sklo, n.p., Praha (for Paroubek). 3. Technicke
sklo, n.p., gazava nad Sazavou (for Solar).