SCIENTIFIC ABSTRACT AKIMOVA, T.G. - AKIMISEV, V.V.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

4Cry8tal violet. 'Ritb d'TTI, crystal violet is require
arsenazo IT an
6 M MCII. There-
acidic solutions, and rhodamine B in more acidic ones
sults are similai: to those obtained for curium by V. 1. Ruznetsov,
T. G. Akinova,
and 0, P. Yeliseyeva (Radiokh-Imiya, 4, 2, 188, 1963): heavier
organic molecules
of the precipitEnt(arsenazOare more suitable for ~hp-
co-prrcipitation. The
generai pattern of coprec.pitation of Pa :7 ~ . -;.~ ':-, -,-rrfous
Starcs
is presented (see Fig. I bAf the Enclosure). Depending upon the
species in which
Pa exist6 in the solution, the most cmaplete coprecipitation is
insured by the
siitable fr%,r thp ~i--?n ,~npcie5 of Pa. Orig. nrt. has-
ASSOCIMON: None
I C
N(',, RIF SOV: 016 OIHER: 018
V:,
Lr-a,/3- I

-qrotipltita Pa
t
Iv
8 1 1 0 3 4 6 fo
419CI conceftration, M
(~opre( ipttat4.c-.-. of protactIni-mr. in the form of Baits of
chloride
!PitInimr, 6 x 10-5 M,i
hydrochloride -3.1 t. ann I ri
a r is era L a i !~odairr- i ne P4 R lnou j 1 ne L ~~d_ oc~~ if
%.A

NIKOLISKAYA, I.V.
KUZNET~~CV, V.I.; GORSHKOV, V.V.;, AKIY,0VA'4
Organic coprecipitants.-keport No.21: Use of indifferent
coprecipitants
in the determination of uranium in natural waters. Trudy Kom.
anal.. khim.
15sZ96-305 165.. (MIRA 180)

AKIMDVA.k,.,F,.I.; VASILICHENED, V,N.
Selecting efficient parameters for fabric filling.
Iov.vys.
ucheb.zav.; telt.tekst.prom. no.6:80-85 159,
(MIR& 13:4)
1. Thshkentskiytekstillnyy institut, Tashkentskiy
tekstil'rWy
kombinat.
(Weaving)

83641
S/081/160/000/015/008/014
A006/AO01
Translation from: Referativnyy zhurnal, Xhimiya, 1960, No. 15, p.
82, 160701
AUTHORS: Rozenfeltd, 1. Pavlutskaya,.T.I., Zhigalova, K.A.,
Akimova, T,1,
TITLE: Methods of Electrochemical and Corrosion Investigations in
-T.T.An
Electrolyte Layers
PERIODICAL: Tr. In-ta fiz. khimii AN SSSR, 1959, No. 7, PP. 22-40
TECT: Information is givenon methods and devices used to
investigate
the electrochemical and corrosion behavior of metals under thin
electrolyte
layers. It is exemplified on Cu in o-.1 n, solution of NaCl,
Na2304 and HC1
and on Fe in 0.1 n. NaCl that a reduced thickness of tbe
electrolyte layer en-
tails an acceleration of the cathode process on account of
facilitated 02 reduc.-
tion. A noticeable inhibitiori of t!"le anode process was not
observed, The
authors investigated the nature of potential distribution, current
density and
resistivity on the.electrode *urfaces and the correlation of the
polarization
and ohmic resistivity R (ohm.). The corrosion process under thin
electrolyte
layers does almost not,depend o-n R(ohm) and is mainly determined
by electrode
polarl--iition, principally of the cathode. It was established
that hig~ier corrosion

S/081/6 2/000/003/04 00
0 D1 56/B1 01
AUTHORS: Persiantseva, V.P., Rozenfelid, 1. L., Novitskaya,
!~kimova, T.I., Labutin, A.L.
1~
TITLL: ;.:echanism by which volatile inhibitors work
PERIODICAL: Referativnyy zhurnal. Xhimiya, no. 3, 1062,
327-128,
abstract 31211 (Vestn. tekhn. i ekon. inform. N.-i
in-t tekhn.-okon. issled. Cos. kon-ta :3ov. L-Iin.
SSSP i khimii, no. 2, 1961, 6a-76
TEXT:Research into the protective properties of a large
number of
comDounds used as volatile corrosion inhibitors (VCI) has
revealee. a
number of VC! which are effective at protectinE steel and
nonferrous me-
tals from corrosion (a table is included). Study of the
electrochemical
behavior of steel in the presence of VC! has shown that a
potential shift
characteristic of adsorption of VCI by the metal surface
takes place.
The effects of four VC! are examined in detail; these are
benzyl amine,
morpholine,dicyclohexyl amine nitrite, and cyclohexyl amine
carbonate.
it has been found that VCI is adsorbed in the form of
molecules or ions
Card 1/2

S/081/62/000/003/042/01)0
Mechanism by which ... B156/B101
which develop as a result of hydrolysis in an aqueous filr, of
electrolyte
(complex organic cations, hydroxyl groups, or acid residue).
These
adsorbed groups in some cases. only retard the rate of anodic
reaction,
and in other cases the rates of both anodic and cathodic
reactions. It is
pointed out that the properties which should be used as the
basis on which
to gauge the effectiveness of VCI are: the vapor pressure, the
adsorption
Capacity and bond strength of the VCI or protective group and
the metal
surface, and also the degree to which ele~trocheiaical
reactions, which
dovern the corrosion process, are retarded by the VCI.
[Abstracter's
note: Complete translation.'I
Card 2/2

GORILYSHN, N.V., dote*, kand.tekbn.nauk; gIMVA,
T.H., student;
-,- PIMMNDVA, I.I., student
Mechanical properties of bitumen in thin layers.
Trudy W.DI
t0-23:42-54 0 58. (MA 12:1)
(Asphalt concrete) (Bitumen)

AKNOVA, T.Y.; GAKAVI, X.I.: SHAXSUTDIROV, K.Sh.
Aniline dying of sbeepskins. Patent U.S.S.R. 77,911,
Dec.31, 1949s
(CA 47 no,ig:10239 #33)

AXIMOVA, T.V., inzhener.
Spray gan dyeing of furs. Leg.prom. 14 no.2:41-42 F
154. (MLRA 7:5)
(Fur)

AKI MVA, V.
Lightening the work of water-tran-sportation workers.
RTO 2
no.1:26 Ja 160. (Hm~ 1.3:5)
1. Uchenyy sakrets' basseynovogo pravleniya
Ilauclino-tekhniclieskogo
obohcbeetva vodnogo tran8porta, Leningrad.
(Shipping--Technological innovations)

PILITSYN, Mikhail Varfolomeyevich; KISELEV,
Anatoliy Konstantinovich;
ERJROV, Vasiliy Sergeyevich; BELIK, Ivan
Timofeyevich;
j . red.
[Diamond grinding and lapping of hard-alloy
cutting tools
at the Voskov Plant. Grinding of ferrite articles
with
synthetic-diamond wheels on the M1 bond; practice
of the
"Illich" Abrasive Plant) Almaznaia zatochka i
dovodka tver-
dosplavnogo rezhushchego instrumenta na zavode im.
Voskova.
Shlifovanie ferritovykh izdelii krugami iz
sinteticheskikh
almazov na sviazke MIj opyt abrazivnogo zavoda
"Illich"
[By] V.S.Burov i I.T..Belik. Leningrad, 1965. 17 p.
NIRA 18:4.)

WROV, Vadir, Sergeyevichl TATARKIN, Leonid
T:Lk1ior.,),.,!ch;
T.e~;
DE:--,GACHEV, Vladimir Andreyevich; A~M-:OVAI
V.G.2 . -J.
[Lapping with diamond pastes. Using
diari.-onds in honing;
practice of the "Illich" Abrasives Plant]
Dovodka alma-,-
rWmi pastami. Primenenle almazov pri
khonftgovaniJ;
opyt abrazivnogo zavoda 1111lich." Leningrad,
.1965. J7 p.
(MIRA 18-15)

AMOVA 2 V. V.
"The Action of Penicillin and StreptoiVoin upon Association of
Bacteria in
Anaerobic Infections,," Khirargiya, Noel, 1949
Inst. "pidemiol.,, Microbiol. & Infectious Diseases in. Gamalaye,
AMS USSR

USSR/lAicrobiology - Microorganisms PathoGenic to
Humans and F-4
Animals.
Abs J,-.)ur : Ref Zhur - Biol., No 10, 1958, 43343
Author : Terkhanova, 1.0., Konokova, A.P., Akimova
V.V.
Inst : -
Title : Titrating Erythrogenic Scarlet Fever Toxin by
the Quantita-
tive Reaction of Complanent Fixation.
Orig Pub : 711. miltrobiol.) epidemiol. i
immunobiologii, 1957, No 2)
26-32.
Abstract : A% method is described for titration of
erythroacnic scar-
let fever toxin isinG RSK (Blood serum ranction)
baserl on
determination of the equivalence point in the
toxin-anti-
toxin raaction. Using this method, the authors
titrated
over 100 samples of native, purified, and partially
puri-
fied toxin. Agreement of results bvtween the RSK
titra-
tion and skin methods was noted.
Card 1/1

(WV' V, V-
AV' K.V.; AKIMOVA. V.V.; POKYAN)a.VICH, A.11.
P
Purified-adsorbed scarlet fever toxin. Report No.l: Production of
high-titer scarlet fever toxin and its nurification. Zhur.
'1krobiol.wold. i immun. 28 no.11:120-lZS V 15?.
w. (MIRA 11:3)
1. Iz Instituta enldemiologii i mikrobiologii iment Gamnlei
AHN SSSR.
(STR-P.PTOCOCCUS,
scarlatinae, toxin, prep. & purification (Itue)

FAVLOV, P.V.. AKIMOVA,--V---V., PSKYANKEVICH, A.M.
Purifie,l adsorbed scarlet fever toxine Report MO.2: Adsorption
of
purified scarlet fever toxin* Zhur. mikrobiol. epid. I immun.
29 no.g.&8-10 S158 (MIRA 11;10)
1. Iz Instituta, opidemiologii i mikrobiologii imeni Gamalei
ANN SSSR.
(STRMOCOCCUSO
scarlatinae, toxin purification (Rus))

PAVIOV, P.V., MITELIMAN, S.T..,-AKIMCVA, V.V.
Purified adsorbed scarlet fever toxin. Zeport NO-3-*Result
of
active imv=ization against ecarlet fever with purified
adsorbed
scarlet fever toxin* Zhur.mikrobiol. eDid. i immu. 29
no.9:11-15'
S 158 (MTRA 11:10)
I' Iz Inatituta epidemiologil i mik-robiologii imeni
Gamnlei AMU
S;SR.
(SCARM FEVER. prev. & control,
vacc. with Durified adsorbed toxin (Rua))

APAILkSHCHNNKO, IT.I.; ATSEROVA. I.S.
PAVLOV, P. V. ; AKIHOVA, V
Nxperimental studies on antigenic and immunogenic
properties
of combined vaccines againet scarlet fever,
dii')htheria, and
whooping cough. Zhur.mikrobiol.epid. i immin. 30
no-5:42-48
My 159. (MM 12:9)
1. Iz Institiita apidemiologii i mikrobiologii
imeni Gamalei
A14H SSSR.
(VACCINH3 A1TD VACCINATION,
scarlet fever-diohtheria-whooping cough
vaccine, animal tests (RUB))
(SCARLET FICUR. iTmmmol.
same)
(WHOOPING COUGH imtmmol.
same)
(DIPHTMMIA.
immunol.
same)

KUSBKOP 1.V.; AK P VwV.
Comparative experimental study of 3 sor4pd
prepar4itlons.,of
scarlet fever erythzibgenie toxin.
Zhur*'mi~robiol.epid.i immu-,
31 no18:51-54 A~ 160. (MIRA 14:6)
l.'Iz iMel& bd:okbimii i Otdela profilaktiki d;tskikh
infektsiy
Institu'ta epidemioloEii i mikrobiologii imeni
Gamalei AMN SSSR.
(SCARLET X%UR) (TOXINS AND ANTITOXINS)

PAVL4OVq P.V.; AKIMVAt V.V.
Precipitation in gel with scarlet fever toxin. Zhur. mikrobiol.
epide i immin, 31 no* 10:39-44 0 160. (MIRA 13:12)
19 Iz Otdela profilaktiki, detakikh infektsiy Instituta
epidemlologii
i mikrobiologii imeni Gamalei AM SSSRO
(SCARLET nWA)

PAVLMT, P.V.,- MITELIMAN, S.L.j AKIMOVA, V.V.
Preparations for active immunization against scarlet
fever. Neuch.
oan, proizve bakto prop. 108129-134 161, (MIRA 18:7)
1. Institut epidemiologii i mikrobiologi-i im.
Gamalei AMN SSSR.

PAVLOV$ P.V.,- AKIMOVA, V.V.; LEONOVA, A.G.;
KASHINTSEVA, N.S.
Experimental study of combined imecine for active
immanization
against searlet fevers, diphther.La, whooping cough
and tetanus.
Zhur. mikrobiol., epid. i immun. 40 no.9:3-10 S163.
(MIRA 17:5)
1. Iz Instituta epidemiologii i mikrobiologii imeni
Gamalei
AMN SSSR.

MITELIMAN,..S.Lel AKIMOVAp V.V.
.-- ~ I ~', , ~ -
Reaotogenicity and imunologloal effeativeness
of sorbed
scarlet fever-diphtheria-partuaaia-tetanue
vaccine.
Zhlur.mikrobiol., epid. i in=n. 42 no,,1204-39
D 165.
(MM 1911)
1, Inatitut opidemiologii i mikrobiologii
imeni Gamalei
AMN SSSR.

BARAYANTS, A.A.; SMILLER, M.R.; KOLESNIK, M.K.; BALYUK,
O.N.; SINADSKIY, Noyeop
kand.med.nauk; GLUZMAN, Yu.D.; HUD---NKO, G.D.,
kand.med.nauk;,AK.INQYAJ,..,.,._
promy-shlennyy vrach; SIDENKO, K.I.
Discussions. Vop. travm. i ortop. no.13:47-60 163. (MIRA
18:2)
1. Glavnyy vrach lechebnogo ob"yedineniya shakhty
"Dolinskaya",
komebinats, "Sakhalinugoll" (for Barayants). 2.
Zaveduyushchiy
Yuzhno-Sakhalinskim gorodskim travr '--lowichas"m punktom
(for
Smiller). 3. Kholmskoye upravleni)e stroitellnoye
upravleniye
Sakhal.inshakhtostroya (for Kolesnik). 4. Doverennyy vrach
Dorozhnogo komiteta proffessionallnogo soyuza rabochikh
zheleznodorozhnogo transporta (^-)r Balyuk). 5. Irkutskiy
gosudarstvennyy nauchno-issledtvatellskiy institut
travmatologii
i ortopedii (for Sina,'9kiy). 6. Starshiy inspektor
Gosudarstvennoy
avtomobillnoy inspekiaii (for Gluzman). 7. Leningradskiy
nauchno-
issledovatellskiy institut travmatologii i ortopedii (for
Rudenko).
8. Glavnyy vrach meditsinskogo obl'yedinaniya goroda
Shakhterska,
Sakhalinskaya oblast' (for Sidenko).

S/133/6P-/000/001/002./010
A054/A127
AUTHORS: Lapotyshkin, N. M., Boychenko, M. S., Candidates of
Technical Sci-
ences, Leytes, A. V., Akimova, Ye. I., Slivchanskaya, V. V., Engi-
neers
T=: Special features of crystallization in continuous casting
2Z
PEP-IODICAL: Stal' A no. 1, 1962, 30 - 33
There is no definite opinion concerning thereffect of the crystal-
lization rate on the grain structure and chemical composition of
continuous
castings. To solve this problem, tests were carried out at the
TsNIIChM and a
new method was applied to determine the crystallization rate, which
is based on
the distance between the dendrite axes: when the solidification rate
is increased,
the interaxial distance,%etween secondary dendrites decreases. The
tests were
carried out with carbon steel and transformer steel. To obtain a
clear picture
of the dendritic structure, the carbon steels were water-hardened at
950 - 1,0500C
and annealed (in water) at 6500C . The crystallization rate at
various depths was
also checked by introducing the radioactive isotope of sulfur (s35),
for '145" and
CT .3 (St-3) steels, poured at a 0.7 m/min rate in cry8tallizers,
200 x 200 mm
Card 1/ 4

S/ 133/6 P41000100 1/0024/0 10
Special features of... A054/A127
and 175 x 420 mm size. The St-3 steel was partly poured in a
stationary 175 x
420 mm crystallizer and partly by bottom pouring, into
conventional molds (18o x
560 and 300 x 300 mm in size). The metal tamperature prior to
pouring was 1,560
1,5700C, the pouring rate in the continuous equipment: 0.7 nVmin
and in the
standard mclds: 0.4 - 0.6 m/min. The macrostructural tests
showed that the zone
of acicular dendrites was about twice that of the ingots
obtained in the standard
mold. The density of the dendrite zone in continuous casting was
also higher
than in the standard ones. By measuring the interaxial distance
between dendrites
it was found that the solidification rate In continuous castings
was about 30%
higher than in the standard molds. The difference was most
striking in a 10 -
50 mm thick layer under the surface of the casting. The
surface-to-vlume ratio
also affects the solidification rate: the 300 X 300 mm ingots
solidify slower
than the 180 x 560 mm ingots. The interaxial distance of
secondary dendrites in
carbon steel and transformer steel ingots first increased
steadily, upon approxi-
mating the axial zone of the ingot, then decreased slightly due
to the change in
the ratio of the solidifying surface to the volume of the still
liquid metal.
Other factors of continuous casting (the carbon content of the
steel and its tem-
perature in 200 x 200 mm ingots, the rate of pouring and the
intensity of second-
Card P_/4

S/133/6P,/000/001/002/010
Special features of... A054/A127
ary cooling) were also studled. In these tests, 4 heats of
'145" steel and Y 7
M) steel were investigated. The increase in temperature during
the pouring of
IT7 steel slightly reduced the crystallization rate. An
increase in the pouring
rate (from 0.5 to 0.7 m/min) decreased the solidification rate
by about 0.3 cmilmin.
As to the Intensity of secondary cooling, it was established
that if 2 I/see cool-
ing water (0.5 1 per 1 kg steel) were consumed, the
solidification rate somewhat
increased, while upon raising the water consumption to 5 1/sec,
this had no effect
on the average solidification rate. The relation between the
crystallization rate
in the cross section of the ingot, tho structure and the
distribution of-non-
metallic inclusions was studied in 200 x 200 mm continuous
castings. The distri.-
bution of inclusions depended in the first place on the
arrangement of structural
zones. The smallest amount of inclusions was found in the
fine-grained zone of
the skin, while the amount of inclusions increased in the zone
of acicular grains
and still more in the transient zone between acicular and
spheroidal grains.
Dendritic liquation was studied in continuous and standard
castings of trans-
former steel with 4.2 - 4.4% si content, by comparing the
microhardness of the
dendrite axes and of the interaxial zones. Greater hardness was
observed for the
interaxial zones than for the axial parts. The differences in
A% indicated the
degree of dendritic liquation, which was higher for the
standard castings than
Card -3/4

S1133162100010011OW010
Special features of ... A054/Ai27
Lh
for the continuous ones. The 6aB values gradually decreased
starting from a depi
of 60 mm below the surface to the central sections. In
continuous castings,
i'i-ierefore. t'ne dendritic non-homogeneity was lower than in
the standard castiriSs.
-Y~iE-rc, are 3 figures and 11 referencest 7 Soviet-bloc and 4
non-Sovie-'I--bloQ. Th-8
r~,farence lo flie English-language publication reads as
follows- D. M, Lewis., 1,
Savage., Metallurgical Reviews, 1956, v. i, pt. 1.
Card 4/4

ITSKOVICH, G.M.; NIKOUMEV, N.A.; ArX4QVA,.,.Xqj.;
KOROBOVA, N.A.; PRAVDIRA,
T.E.; WMMEVA, L.P.
Chaj?acteristics of continuous transformer stoel ingots,
Stall 23 no,7-.
643-648 n 63. WIRA 16:9)
(Steel ingots) (Continuous casting)
-.e

NIKOLAYEV, N.A.; AKIMOVA, Ye.I.
wa&Alk~~, !:~ ;,
Effect of manganese in atee2making on the quality
of continuously
cast slabs. Stall 23 nno. 3t226-227 Mr 164. (MIRA
17:5)
1. TSentrallnyy nauchno-isoledovatellskiy institut
chernoy
metallurgii, imeni I.P.Bardina.

NIKOLAYEV,.N.A.; AKIMDVAt Ye. I.; MRONOVA, N.A.
Carburizi--4g the surface of eltictrica'I steel.ingo,ts.du~
continuous casting. Stall 23 no.53419-420 Yq 163.1 (KM 160)
1. TSentrallnyy nauchno-issledovatel'skiy institut chernoy
metallurgii-
(Continuous casting) (Surface hardening)

AIMOVAP Ye.I.; LAPOTYSRKIN, N.M.; LEYTES, A.V.
I
Deter-mining the crystallization front by the distance
between dendrite
axes. Sbor. trud. TSNiICHM ho.32t72-74 163. (MIRA 36:12 )

NIKOLAYEV) N.A.; AKIMOVA, Ye.l.
Effect of the crystallization rate on the composition
of sulfur
inclusions in continuously cast 65G steel Ingots. Stall
24 no,7t
646 ii 164. (MIRA 18fl)
1. TSentralinyy nauchno-issledovatellskiy institut
chernoy metallurgii
imeni I.P.Bardina.

q
OW;
1 0 U till 1161 fix fLUND J4.173 A~ 11 V tj W b . 11 1. b a; V
11 tj 'A
0 It 11 IL
A S r- A-4-1 -1-M I I I -N-r- 0 A 4.7- -9-Y 1-1- A4 0 U ~ PP.
It a t
4
Fit 1 1%0 ~fit-'
EXICI Of C4Wb*~ 811411 MWiWODUM on the j"Oraw
trasidarmatinis At- sumeWte. F. V. %'dovin and H. it.
J Piaklika MdaHuriii 1933, %o. 10,
00 IC4. Nifferat. Zkyr. 2. No. S.
de of the transformation of austellite tile magnet-
'he
trictrethod gavethe same rrvultstisdid thriLtudy ofilie
in find
0o icrosim:tutes of tempered alloys. fit strels cfjntK.
n
c'
0.5-1,1% of C and I ~"% Mo the temp. rtgiun of t tit
vies, stability of sustenite is lower tha:i that of Plain C
0 steels. Increaw of the content tit Njo train 1.0 to 8.0%
040 increases The stability of sustrulte OWY at temps. Of 1011-
i '-0o
periug so high that &U its components pins into the "id
69 Wit. Increase of the C content from 0.5 to 1.1% with
041 a given content of hfu increases flit: I'labilily of
Multenite
in the same Mann" as In 1,1111-1ter I M4. W. R. If.
0 3
:0 dvoo
09 ~00
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i
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~;i

Iq k' M 0 Yz~-, P 137-58-2-3003
Translations from: Referativnyy zhurnal, Metallurgiya,
1958, Nr 2, p 111 (USSR)
AUTHORS: Akimova, Ye.P., Shchegol', T.S.
..........
TITLE: Introdu.,:tion of Metallized Mandrels for Use in
Stainless-steel
Piercin (Vnedre'niye metallizil-16vannykh opravok d1ya
proshivki
9
zagotovok iz nerzhaveyushchey stal'i
PERIODICAL: Byul. nauchno-tekhn. ..nform. Vses. n.-i.
trubnyy in-t, 1957,
Nr, 3, pp 86-9
ABSTRACT: A new method is pr,.)posed for increasing the
durability of
piercing-mill mandr~ds. It consisto in metallizing the
mandrel
tips. The chemical composition recommended for the metal
coating is the following- 3.0 - 3.5 percent 0.2. percent I C
0.4 percent Si, 0.41 percent Mn. The metallizing apparatus
is described, also the procedure for preparing the metal
wire to
be used in the process - The mandrels are annealed for 3
hours
at 9800C, then cooled in the furnace down to 5000C at a
rate of
1000/hr. Introduction of this method at the Lenin Plant
increased
mandrel durability 2-3 times, which made 4t,possible: 1) to
cut
mandrel consumption by 40 percent, 2) to lengthen the
billets for
Card 1/2 piercing from 700 to 1300 mm, 3) to cut the
quantity of

137-58-2-3003
Introduction of Metallized Mandrels for Use in
Stainless-steel Pierc-q,
unpierceable 'billets. from 8 - 12.7 to 0 - 1.07 percent,
4) to cut from 3 to
0.27 percent tht- tubing rejected because of internal
scabs. The metal-
consumption index dropped from 1.196 to 1.107.
G.K.
1. Hard surfacing74pplications 2, Piercing mills-Equipment
Card Z/2

SOV/137-59-1-1436
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, Nr
1, p 189 (LISSR)
AUTHORS: Yankovskiy, V. M., Akimova, Ye. P.
TITLE: An Improved Method for Preparation and Etching of
Microsections
of Austenitic Stainless Steels (Usovershenstvovannyy metod
podgotovki i travleniya shlifov iz austenitnykh
nerzhaveyushchikh
staley)
PERIODICAL: Byul- nauchno-tekhn. inform. Vses. n,i.. trubnyy
in-t, 1958'.1 Nr
4-5, pp 173-177.
ABSTRACT: A description of a method of electrolytic polishing
and etching of
microsections of stainless ausienitic steels for the purpose of
evaluating the dimensions of the grains. After routine,
polishing,
the specimens- are subjected to electropolishing in a
concentrated
HN03 solution at a current density of 10- 12 a /cm2 and a
potential
of 6-7 v. The quality of the finish was such that grain
boundaries
could be expoRed du'r:Apg subsequent etching in a 51/o
solution of
oxalic acid. It was.,possible to perfect the method even
further by
means of.placing the'~-spdcimen horizontally above an Al or
stainless
Card 1/2 steel cathode havin'g'th6 shape of an inverted "L" so
that the

SOV/137-59-1-1436
An Improved Method for Preparation and Etching of
Microsections !cont.
specimen made contact with the surface of the electrolyte. In
this case, polishing
occurs at the first instant 6f the passage of.current; this,
inasmuch as the volume
of the electrolyte enclosed between the specimen and the
cathode is very small, is
followed by surface etching 2-3 seconds later. In addition to
eliminatin g I he need
for painstaking polishing of specimens on fine abras)ve
*papers, the method
described also makes it. possible to cornplelely eliminate
the operations of
mechanical polishing and to replace protracted electrolytic
etching in a 51o solu-
tion of oxalic acid.by a rapid polishing-etcldng process in
HN03,
M. S11.
Card 2/Z

16M SOV/32-25-4-26/71
AUTHORS., Akimova, Ye. P., Shevchenko,_V. I., Alpatov, Ye. X.
TITLE: Scale for the Valuation of Inclusions of the
Titanium-nitride
Type in'Rolled Steel (Shkala dlya, otsenki vklyucheniy tipa
nitridov titans. v stallnom prokate)
PERIODICAL: Zavodskaya Laboratoriyao 19599 Vol 25, Nr 4, PP
444-445 (USSR)
ABSTRACT: Highly.alloyed steels with small admixtures of
titanium axe
much in us& at present. Titanium energetically binds the nitio-
gen dissolved -'n the steel, and forms nitrides which are very
hard biit poorly plastic.-Evenly distributed inclusions of thisc
kind do not deteriorate -the quality of the steell but in
practice; these inclusions can'often be observed as lines ana
strips which may'lead to destructions in rolling. A special
scale with five marks was developed for the valuati-on of these
linear nitride inalusions (Figure). Every group of marks has
two standard samples characterizedby a certain degree of
distribution of the inclusions. The nitride lines consist of
individual in6lusions with an average diameter between 3 and
lOiA. The-standard samples'were fixed after determining the
surface of all nitride inclusions visible in a micrograph; the
Card 1/2 nitride inclusions were divided into 3 groups (3, 5 and
10,xt).

SOI/32-25-4-205/71
Scale for the Valuation of Inclusions of the Titanium-nitride Type
in Rolled
Steel
The total area of the nitride inclusions of the first group
of marks was assumed with '70Ae(aa for large inclusions ac-
cording to the scale ChMIYU 2581-54), and was increased for
each following'group by a geometrical progression of 2.
There is 1 figure.
ASSOCIATION: UkrPinsk-ly nauchno-issledovatellskiy trubnyy institut
3cientific Research Institute of Tubes)
Card 2/2

S/133/61/ooo/m/oWoM
A054/A127
AUTHORS: Akimova, Ye.P. Rudoy, V.S.; Shevchenko, L.N.; Nesterova, N.N.
TITLE: The effect of the 9ES47 (B1847) steel smelting process on the
quality of iubes I
PER-TODICAL: Stall, no. 12, 1961, 1,113 1,114
TM: During the finishing of hot-rolled k847
(chrome-nickel-molybdenuirr
niobium) steel tubes laminations were foundin the steel structure. To
estab-
lish the cause of theEe defects, the effect of the smelting process
on the tube
quality, the distribution of nonmetallic inclusions in the billets
and the met-
al ductility were studied. 26 heats were smelted under the following
conditiaz
A - in electric are furnace; reduction with calcium-silicate; B - in
electric
are furnace; reduction by meand of aluminum; C - in induction furnace;
reduction with calcium silicate; D - in induction furnace; reduction
with bo-
ron calcite; E - in electric are furnace, with subsequent
electro-slag remelt-
ing. The content of globular and sulfide inclusions was very low for
all heats;
the oxide content, however, was rather high: for heats A:7-5 - 4; for
heats B:
7 - 3; for heats C: 6 - 4; for heats D: 3. The best results were
obtained
Card 1/3

S/133/61/000/012/005/006
The effect of theM847 (E1847) steel .... A054/A127
for beats H, i.e., heats smelted aocording to the A ai%d B
variant and with sub-
sequent el,eatroslag remelting. Indices for oxide-inclusions
between I and 2.5
were registered for these heats and , besides oxide
inclusions, no other im-
purities were observed. The steel d uctility was tested by its
piercing proper_
ties and by hot torsion at 1,000 - 1,2750C. Also these
properties were found
to be better for steels smelted in are furnaces and subjected
to electroslag
remelting. The, ductility of the steel produced by electrosiag
remelting In-
creases continuously at rising temperatures, whereas in steels
produced in ar-c
furnaces without electroslag remelting it drops above
1,22-500C. The formation
of film on tubes made of steels remelted by the electrcslag
process was pre-
vented and laminations with knurled edges and dark base (2 - 3
mm in length),
often found in conventional tubes, were not cbserved either in
tubes manufac-
tured by the new process. As regards the consumption
coefficients the same
'lee were found as for the above-mentioned parameters: the
consumption coef-
ru~
ficient for heats A' is 17, for heats A" and B: 1.9 - 3.1, for
C - D: 2.0 - 2.5,
for steel remelted with electroslag Enot more -,,han 1.6 -
2.0. 7'he tests were
carried out in cooperation with 3.1. Vasilenko, I.!. Zuyev,
O.S. Villyams, R.V.
Lagutina, A.Ya. Dergach, V.P. Kitanenko, N.S. Kirvalidze, N.S.
Yakimenko, V.D.
Samoylenko [Nikopol'skly yuzhnotrubnYY zavod (Nikopcl
rYuzhnot!-tibnyv Plant)];
- I ^/~

S/028/61/000/011/003/004
D221/D301
AUTHORS: Vinograd, M.I., Kiseleva, S.A.v Akim?yA.,_yV,,_R_,
Apolovnikova, L.G., Shevchenko, L.N., Kedrina, A.M.,
and Krasnova, A.K.
TITLE: The metallographic method of determining non-metallic
inclusions
PERIODICAL I
StandartizatsiyAo. 11, 1961, 27-33
TEXT: The draft ;tandard: "Steel - The metallographic method
of deter-
mining inclusions" was prepared by the Tsentrallnyy
nauclino-issledovatell-
skiy institut chernoy metallurgii (Central Scientific Research
Institute
of Ferrous Metallurgy) and the Ukrainskiy
nauchno-issledovatellskiy trub.-
nyy institut (Ukrainian Scientific Research Institute of
Pipes). It in-
cludes a scale, covers non-metallic inclusions, and envisages
random
sampling when,the disposition of material is unknown, or from
three
points along the height of ingots. The project recommends
discussion
on the quantity of specimens which would ensure the required
accuracy.
Card 1/ 2

S/028/61/000/011/003/004
The metallographic D221/D301
The suggested scale for evaluating non-metallic inclusions
distinguishes
three groups: Oxides, globular and sulphides. The scale
division is
based on the area taken up by the inclusions in one field of
viewingt,
and which increases in a geometrical progression of 2 when
passing from
one mark to another. In 1959~ the UkrNITI devsAoped a special
scale for
streaky nitride inclusions of titanium in steel rolled
sections. The
project prescribes a 90 - 110 times magnification. The area
taken up
by inclusions of mark 3 is equal to that of the same mark
scale of
(GOST) 80-160. There are tabulated areas of various inclusions
and their
classification necessitates the separation of silicates into
an individu-
al group. They form greatly deformed, plastically deformed and
non-
deformed inclusions. The project assumes the average mark from
the maxi-
ma of specimen evaluations of inclusions as a criterion of
casting.
This is confirmed by statistical analysis. The errors in
determining
the average mark9 and the method of their calculation for some
typ~-s of
inclusions are defined by the project of the standard. There
are 2
figures, 5 tables and 9 Soviet-bloc references..
Card 2/2

ACCESSION NR: AT4007048 S/2598/63/000/010/02S4/0261
AUTHOR: Ostrenko, V. Ya.'; Bogoyavlenskaya, N. V.; Bobrikov, L. D.;
Aklmova, Ye.
P.; Usov, V. K.; Okhramovich, L. N.; li'vovskaya, L. A.
_X_
-TITLE: Development of a production process for AT-3 titanium alloy
tubes
SOURCE:
AN SSSR. Institut metallurgil. Titan I yego splavy*, no. 10, 1963.
lssledovanlya titanovy*kh splavov, 254-261
TOPIC TAGS: titanium alloy, AT-3 titanium alloy, AT-3 alloy tube,
tube rolling,
hot rolling, cold rolling, AT-3 titanium alloy property, tItanIv,:-.
Z!uminum chrom-
:ium alloy, Iron containing alloy, silicon containing alloy, t~oron
containing alloy
J%BSTRACT: The effect of thermal treatment on the mechanical
properties of AT-3
;alloy and parameters affecting the cold and hot rolling of tubes of
this alloy
~,were investigated in the laboratories of the Ukrainskiy
nauchno-issiedovatellskiy
trubny*y InstItut (Ukrainian Scientific-Research Institute fo.r
Tubes) and the
.Nikopollskly yuzhnotrubny*y zavod (Southern Tube Plant, Nikopol)..
At temperatures
''of 800-900C the mechanical properties and hardness of AT-3 were
markedly altered
.by hardening In water but essentially unchanged by cooling in air
or In a kiln.
This effect is explained by the fixation of the Intermediate a + 13
structure dur-.
.Ing harden!ng In water. *These alloys demonstrated high ductility
In a wide range
~ Caid 1/2

'ACCESSION NR: -AT4007o48
,'of rolling temperatures (1975-1125C). A maximum deformation of 55%
can be attain-
ed by cold rolling of such tuibes, while hot rolling of these tubes
proceeds normal-
ly. The problems involved are sticking of the metal to the rolling
device and the
formation of a gas-saturated film on the hot rolled tube. These
problems have been'
,solved by additional mechanical treatment such as etching, coating
with an oxide
film.,and lubrication with a mixture of castor oil and talc-. Some of
these recom-
procedures are discussed. Orig. art. has: 6 figures and 3 tables.
I ASiOCIAT ION: ltftutut AN SSSR (Metal lurgica) institute*#AN MI)
~SUBMITTED: 00 DATE ACQ: 27Dec63 ENCL: 00
SUB CODE: 111A, ML NO REFSOV: 000 OTHER: 000
'Card 2/2

ACCESSION NR: AT4007059 S/2598/63/000/-910/0357/0361
AUTHOR: Ostrenko, V. Ya.; Akimova, Ye. P.; 111vovskaya, L. A.
TITLE: Investigation of AT-4 titanium alloy suitability as tube
material
SOURCE,. AN SSSR. Institut metallurgii, Titan I yego splavy*, no.
10, 1963..-
Issledovaniya titanovy*kh splavov, 357-361
TOPIC 'TAGS: titanium alloy, At`-4 titanium alloy, AT-4 alloy tube,
AT-4 alloy h6t
duct1ity, titanium alloy tube, tube rolling
ABSTRACT: The six-component titaniian-base alloy AT-4, developed
previously for
sheet nu
-rolling and forging, has been investigated for suitability for
seamless tube ma
facture by hot rolling. . The chemical composition of AT-4 is 3.
5-5. 0% Al, 0. 4-0. 9% Cr,I
0. 25-0. 60% Fe, 0. 25=0. 60% Si, 0. 01% B, and the rest titanium.
Basically, aluminum is
an alpha stabilizer; and chromium, iron, and silicon are beta
stabilizers. At room
temperature the alloy consists mainly of alpha-solid solution and a
small amount of beta
j phase. According to a practice adopted for testing of materials
for tube manufacture,
the alloy AT-4 has been tested in hot twisting and piercing. Phase
transformation and
response to heat*treatment have also been studied. It has been
found that the number of,
twist turns-to-fallure increased sharply from 9 to 28 with an
increase in temperature from~.
1/2
i Card

900 to 1000C; the number of turos increased further up to 1 100C,
and decreased beyond
that point. From twisting tests R'has been eoncluded that
plasticity of AT-4 is slightly
lower than that of pure titanium, bvt higher than that of carbon
steel. Further, hot rolling
of AT-4 alloy seamless tubes is possible in a temperature interval
from 1000 to 1200C.
In piercing tests, conclusions 'on plasticity have been made from
the surface appearance of
test barrels and from loads transmitted to the press. It is
concluded that piercing can be
normally performed at 1.050-1200C; at lower temperatures defects-
develop in the barrels;
at higher temperatures clamping conditions of barrels get worse.
Titanium barrels were
of higher quality than similarly produced carbon steel barrels. It
has been established
that AT-4 responds to heat treatment. Orig. art. has: 6 figures.
ASSOCIATION: Institut Me"urgii AN SSSR (Metallurgical Institute AN
SSSR)
DATE ACQ: 27Dec63,
SUBMITTED: 00 ENCL. 00
SUB CODE: MM NO REP SOV: 000 OTHER: 000
Card

AKIMOVA, Ye.]'-, riuk; Jrzn.
Dep6ndt!rxe or thf., otreii-th of metzill-ztj of
ple-roing
mills ii- automat-c pipe rolling eq'ulIx-Ient on the
of
- ent- Prcinv. u-u.b
ianare3 noses &Td the heat 't-i-eatm
I
109 163. k M I R -~, j" 7 - I J )

1. AXIMOVAt Ye T.
2. USSSR (600)
4. Chemistry, Physical and Theoretical - Study and Teaching
7. How to introduce the gram atom and gram molecule concepts to
pupils, Khim. v shkole,
No. 6; 1952.
9. Monthly List of Russian Accessions, Library of Congress,
Februa~7 -1953. Unclassified.

MIKUYLOV, G.S. [Mykhailov,, H.S.); FRFS?rLAKOVAl G.N.
(Presniakova,, H.M.];
AMOVICH I.N. [Akymovych,, O.M.]
SupeFrhigh vacuum obtained by means of electronically
bombarded chromium. Ukr.fiz.zhur. 7 no.l-.73-74 Ja 162.
(MIRA 15:11)
1. Institut radiofiziki i elektrotekhniki AN UkrSSRJ,
Khartkov.
(Vacuum) (Chromium) (Electrons)

USSr/Farm An-~mls - Guncral Probl,~ms.
Abs Jour '11e; &-.ur - Biol., No 13, 195u', U`278
Author ikituscv-Lch, I.F., Gorymov) Ak-imovich) L.S.
Ti"-e lodizatio,i o.' 'YoC..C.cr.
u
Prig Pub 21-iivotnovodstvo, 1950, 110 1, -10-32
Astract F,~cdin3s of iodized fodder increased milk yields o-.-
cous
and produced weig;rit gains in calves, piglets, aneL c,::Lc-,:s.
It, is rcconmended that --;7imls received the foliow-n.-, Ocan-
1-cs o-.': iodized salts dzo*.Iy: 11orses, 15-70 &T; lar,,,.:~
"ior-,
t'le
.ic;(t ca --w-'nc and sheep, 5-15 ~y; anC. "---rds
25-60 Frj
0-5-1
Card 1/1

MIKw- 1DVX G.S. [WkhaUov, H.S.]; AKIMOVICH, I.N.
[Akymovych, O.M.);
FRONINA, I.G- Proninal I.T.7
Production of a superhigh vacuum by means of oxide
eleptrohic aemil-'
conductors pulverized by electron bbubardment. Ukr. r1s.
zhur. 7
no.12:1367-1368 R 162. (MIRA 15:12)
1. Institut radiofiziki i elektorniki AN UkrSSRJ, Rhartkov.
(Vacuum) (Semiconductors) (Electron beams)

L 47337-66 EWT(m)/EW-P(e)/-EWP-(t)/ETI.IJP(c) AT/JG/JD//WH
ACC NR, AR6025746 SOURCE CODE: U1V0058/66/OO0/OO4/AO7-1/A071
AUTHOR: Mikhaylay, G. S. c I I. A.*; Stefaniahina,, As V.
TITLE: Obtaining thin filmal"of oxide electronic semiconductors
by the method of
vactr-a condensation with heating'of the evaporated substance by
electron bombardment
SOURCE: Ref. zh. Fizikal, Abs. 4A598
REF SOURCE: ' Sb.' Simpozium'. _'Prot ses sy sinteza i rosta
1&istallov i
nik. materialov., 1965. Tezisy dokl. Novosibirsk, 1965p 22-25
TOPIC TAGS: semiconducting film,, condensation reaction,
electron bombardment, vacuum
technique
ABSTRACT: The possibility was investigated of obtaining thin
filmsaf oxide electron,
,Iic semiconductors with n-type conductivity "synthesized" from
oxides"bf metals_,,qf the
Ti subgroup of group IV of the periodic system and oxides of
rare-earth metals,
the method of evaporation and condensation in vacuum with direct
heating of the sam-'
ples of the evaporated substance by electron bombardment. The
initial samples of th.i
substance were obtained by sintering chemically pure oxides in a
hydrogen atmosphere.
or in vacuum (10-4 - 10-5 mm Hg). Sputtering by electron
bombardment was carried od
at Va - 1 - 2 kv and Ja - 100 - 200 ma. The evaporation and
condensation were car-,:-~,
ried out under conditions of high vacuum (10-5 - 10-0 mm Hg) or
superhigh vacuum ~!~.
(10-7 _ 10-.9 mm Hg) . Both isotropic and anisortropic
substrates) heated to differently
tempe-atures, were.used. The properties of the films depend
strongly on the produc-'C'
1/2

L 47337-66
ACC NRt
64
tion techniquep especially on the vacuum conditions.
[Translation of abstract] .
SUB CODE: 20
9--j 0/0 Pc

'-AP6030497-. SOURCE'CODE:-UR/0275/66/000/006/BO'16/BOI-6--,
ACC NRS
AUTHOR: Mikhaylov, G. S.; Akimovicho 1. N.; Stefanishina, A. V.
Producing thin filaq of oxide electronic semiconductors by the
method of
Yacuum condensation with the substance vaporized by electron
bombardment
Ref. zh. Elektronika i 3reye primeneniye, Abs. 6BI04
SOUR
RtT- SOURCE: Sb. Simpozium. Protsessy sinteza i rosta kristallov i
plenok
-,)oiuprovodnik. materialov, 1965. Tezisy dokl. Novosibirsk, 1965,
22-25
TOPIC TAGS; semiconducting film, electron bombardment
ABSTRACT: The possibility was studied of producing thin films of
oxide electronic
semi6onductors ("synthesized" from metal oxides of Ti-subgroup, the
4th group of the
i*Periodic System, and from oxides of rare-earth metals) by the
method of vaporization
and condensation in vacuum, witli the vaporization accomplished 1by
electron bombard-
ment~. Source specimens were obta3iied by sintering chemically pure
oxides in hydrogen
or in vacuum (10-4-- 10-5 torr~. The electron-gun spraying was
performed at
Ya - 1-2 kv and I . 100--200=a. The vaporization and condensation
were conducted
fin high (10-5-- 06 torr) or siknerhigh (10-7-- 10-9 torr) vacuum.
Both isotropic and'
anisotropic backings heated to various temperatures were used. The
film properties I
strongly depend on the processing, paxticularly on the vacuum
conditions. V. U.
[Translation of abstract]
Card 1/1 SUB CODE: 11) ja3r_-Zo
T7

AXIMOVIGH, N.N.
Iarporw_-"-_ of observatories in the progress of
research in the
Ukrainian magnetic field. Trud,* Ukr. WIGMI no-5:51-54
156.
(Ukraine--Magnetism, Terre'strial) (MLRA logg)
(Ukraine--Meteorological obseri,atories)

I,
Frori the history of rao-,hysical rnseirch in Odessn.
Truclu COM-11
131-1.3,9 159. (MIR-,'-. 12:7)
(Ode sat-Geophyeical rerjoarch)

30), 30) BOT/5*-59-2-23/25
AMORS, Anspollskeya. I. To.. Cand1n, L.
S.
?I?Lxj Conforows an Ap5li.d ClIaMo2ogy
(Sovosbeh.Wy. pa priklad.
my klisatelogii
POLIODICALe Ibt.orolociya I
gidrologiya, 1959, Ir 2v pq 69 . TO
(MZR)
ABSTRAC14 3-t-.*n October 27 and 31,
1950 a Conference on LpPlIad
Climatology as held at the Gla-Va
C*ofIsIcb..kA7. obso"s-
torlys in. A. 1. Toytykave, (Main
O*ophyrical Obsorva.tAry
Lowni A. Z. Toyaykov). -,he coaf.rweco
was convened upon ro-
quest of the Clievany. spravlomiye
gidronot.crolociabeekoy
G:whbr (Main Administration of the
Rydromotooral-ecal Sor-
V106). 91 ItAtItUtOM PeXtjCjP&t*4t
amQmg the. 8 scientific
rood"r1h I"titutot of the
Rydrometworaloft-I Service, 20
COW, V I~A--I- or_-rd.ttians. and 34
scientific retraoxch
Institute& of various authorities. in
all, participation
amounted to 254 persons. 22 papers war*
road. 1. P. P"tukh
spoke on the experience of the GOO in
the field of LIALMS
.be eac-mey, 0. A. Vr**Aov a. spews and
tit* cha~t*ristios
of the climate. T. 0. Sokol*. on the
cut# of the cea..I~tioft
.Card 1/4 tochlqus. It. 9. Xlyukin c.
the ark aac..Plish.d In the
field of .9. or tho'gorthoast of in*
USSR,
Y4. S. lublwhto a spoke on the method
developed by his
-5-rIT4 -ddt*rmJxatIon of
tompereeturesfor the purpose of
"IGUlAtiet tit* five celi day* OD the
basis of the data
e the N;onthlr aver"o temperature of
the coldest menth
of ths Year. C- X. 'Ustinwr -uggoated
In him paper waso
WiwiPloG the territory of the C33R
should
be 411ded In redivas (for the planning
of living quarters).
hIV-'t1_1I"kiY gave a 4~ey of the
requirvis*nts mewdo of
ma.ro asts in "';%rd at the projecting
of yrot~ctlvt
structures
t; L'To Am It k a and L~ S. Candis
"parted
an the so od of by them
for the determination of the froquomy
of high wina velocities.
X. 31. S."Ittoya Prove -d I " 'bod for
the Worininatlan of
the va, ... Hiclent based an the spoct~
theory of tu~rbulest
pulsations. V. A. Otatavw, C ... a
xurv4y of the requirei.
"Aid Made of climsti- "to In
calculating vied and anaw
loads on buildings. 0. 1. Chir parted
*a the ex.
parlance a"* in the ot.sid. :~~;*X-
-ma- .. ...Ith
-----Jmscrt4 In-tho-Caucaffes In
plannine. and cam truc ties. - . ~ _-
rftiA.t::uVcT yraposod a method for the
analysis of the
o
a
f health resort@ based on . Central
clisatolo.
Aw. A, 1;S0 Itert ,studied some
climatic characteristics
of the H Resort* from the point of .I.-
of
therapeutics. N. 9. Tu"'srvy tudiod the
infl%utoo. of
on the Caucasian mineral springs.
r reported
rno purpose of ft~dernlsjag ad
tro"Llning living
conditions (housing, clothing). V. Yu.
Mile-kly prnp..ed
a map of actual temperatures for the
Eu.ropean part of the
U31R* 1. V. T=~sh -.61,LY spoke an the
-Consideration of
so" Garnets :, , the Re'distle.
clisult. Iftich Tn.
fluance the Operation of Solar Power
Plantst'. L. ;#%--
movich spoke on nh. wind Energy
Reserves in in.
motors my& Stappe". 1. S. Sanqyl.ake
submitted extensive
oll.stia characteristics for so&
stlazo.s and handbooks.
mst:oporlel on the "a of olizfttio data
for la~
ff.l.'~Rlloa
as too of It~ tried and wair.
conditions on so&@
and requirements made at earl"
climatology for tbet
o*aurtty of sea novication.
;Q'.

AKIIVVICH, IT.N.; BOLGAROVA, TP-5- ~'
Moisture cycle in the.ptiaosphore ovar the territory of
the
Ukrainian S.S.R. Trudy OG14I no.l~*-8 159.
(14IRL 13:5)
(Ukraine--Humidity)

PHASE I BOOK EXPLOITATION SOV/5729
1-,~nlngrad. Glavnaya geofiziohookaya obaervatoriya,
V:-,-crr~~,y'prlkladnoy klimatologiij abornik atatcy (ProblenD in
Applied
j; Collection of Articles) Laningrad, Gidrometoolzdat,
1960. j519 p. Errata slip innortod. 1,050 copies printed.
Sponsoring Agency: Glavnoyo upravleniye Sidrometeorologicheskoy
Vluzhby pri Sovete Minintrov SSSR. Glavnaya geoflftcheskaya
observatoriya im. A. I. Voyeykova.
Ed. (Title page): P. F. Davitay, Doctor of AgriculbZA.'Sciences;
Ed.: L. F. Zhdanola; Tech. Ed.: 14. V. Volkov.
PURFOSE : Thin publication is intended for applied climatologists
and planners in olimate-depondent industries.
COVERAGE: This collection of 18 articles contains reports orig-
nally presented at the Conference on Applied Climatology in Lenin-
grad in October 1958. The purpose of the conference v.,as to sum-
marize the results of research done in the field of applied

Problcms in Applied Climatology (Cont.) SOV/5729
ollmatology and to Doint the way for further investlgatipns. irs-
dividual articles deal with goneral problems in wppliod cliriat-
oio~ry and special problems in engineering and induotrial climat-
olo,7y, riedical and health rciort cl'.mato2oLry, climatic energz
re:-,ources, and marine c2inatoloCy. No personalities are
mentioe.",
References follow individual articles.
BLE OP COITTEMS.
1,'or~-,word
OMER" PROBLEMS
D-:7c;."ov, 0.- A. (Glavnaya ceofizichoskaya obserrvatoriya im.
A. 1.
'Jny k o Main Goophy3ical Observatory imeni A. 1. VoyeyKov~.
S,,tat'-al and Tcmporal Climatic Characteristics RequirW tc,
Ser-, 'i
!~,qp I'N'eeda of the National Economy 5
Sapozhnikova, S. A. (Nauch:no-isoledovatollskiy inDtltut
aeroklimat-
ologii Scientific Rencarch Institute of kirocllmatologyj On
Card 2/7

Problemr, in Appli-W Climatology (cont.) SOV/5729
Mllevgkiy, V. Ya. (Leningradakly g1drorueteorologiche3kiy
in-
2titut -- Leningrad Hydrometeorological Institute).
Effective
,---,,-.~~rature5 in European USSR
1,Tadkov,Aca-ya, Yu. V. and K. A. Rappoport (Institut
obshchey i
1-.-,v.-,,)nal'noy gigieny Im. Sysina A14 MIN SSSR --
institute of Gen-
eral and f7unicipal Hygiene imeni Sysin AE Mademy of
Mledical
S-z~!~~.cez USSR], and L. A. Chubukov, &nd Ya. 1. Felldman
(In-
-e of Geography AS USSR]. Climatic Physiological Basis
fer Regicnalizing the USSR for Purposes of C2othing Hygiene
PROBLEMS OF CLIMATIC ENERGY RESOURCES
Tarninhev3kiy, B. ergetichesIdy institut AN SSSR - Power
EngfneorJng Inatitute AS TjTSSR). Consideration of Some
Character-
i%r.les of Radiation Climate Affecting the Operation of
Solar
low,:-r Plants
Akimovich, N. It. [Odesakiy gidrometeorologicheakiy
inatitut -
..-Tra-e.7t-,,3-5-Hyd,ro-meteorologicaI Institute]. Wind
Resources of rhe
(;a--,-,i 6/7

Froblemis In Applicd dlimatoloZj (Cont.) SOV/5729
Prichernomorskaya (Black Sea) Steppe
PROBLE:-:S 017 M--~MINH CLIMINTOLOGY
149
Sorkina, A. 1. (Gosudarstvennyf olcermologichookiy
inatitut
-- State Oceanological Institute].' U3o of
Climatological Data
for Chavac.-erlatics of Wind-Goneratod.Wavea, aild
Curronta
in the 3eas and Oooans
Card 7/7
154
JA/dwm/jw
11-13-bi

AKIMOVICH$.,N.N.; RAYEVSKIY, A.N.
Hicroclimatic features of the resort of Yevpatoriya,
Trudy OGNI
no.28:27-31 14. (Yavpatorlya-Climate) (NIRA 16:6)
1
I

AMMMICH, N.N.
rogiori.~Cl;,,at,lon cf !,~, --.- -:y " -.-:- -N, T G
!-tL
. . - ~:,. -, ". '~ : 1 01
no,45:55-57 164. , L.- - i ~

X V")'~ A/
35099
S/ -1 a - " or 2 /G 0- -(/0 V- 1 /GU" V- /0 141-
D299~/D-2102
AUTHORS: Ilikhaylov I H. S. ~ Pre snyakova, 11. E. , md -Akym"--
- L.
TITLE: Ultrahi~-h vacuum obtained by neans of chromium, pul-
verized by electron bombardment
PERIODICAL: Ukrayinslkyy fizychnyy zhurnal, v. 7, no. 1, 1962,
73 - 74
TEXT: In an earlier investigation by the authors (Ref. 1: Ukr.
Fiz. Zhurn.f v. 6, no. 3, 1961, 412-413) it was shovai that
chromium
pulverized in a high vacuum (P 1o-4 - 5-10-8 mm Hg), acts like a
sorbent (getter), almost as powerful as tit-ani=,. in the
present
investigation, the sorbent properties of chromiun in an
ultraliv,!.--
vacuum ZP,:! 5-10-8 mm Hg) are studied. The results of Ref * 1
(OPO
cit.) cannot be directly extrapola-Ged to such loyl Dressures.
The
experimental apparatus (lamp and oil pump !-i~"-40 (12111-40))
was very
similar to zhat described in Ref. 1 (0p.cit.). The experimental
lamp was heated for 3 hours before ta2cing ihe measurements;
during
that time, the pressure was reduced to -,_/10-6' -mm H,--..
Then the chro-
Card 1/3

3/185/"2/007/001/009/014
UltrahiEh vacuum obtained by means ... D299/D302
mium was Duiverized by electron bonbardment at Va'" 300 v and
Ia
100 milliamp. It was found that by pulverization of the
chromium,
a Dressure as low as 2 - 5-10-9 mm 11g could be easily
ob-,,ained.
'i1is shows the fairly high rate of evacuation which the
chromitui
develops during the pulverization propess. it vas-estiniated
that
chromium evacuates approximately 5-102 liters of air per
second, at
a pressure of 2.10-9,n-mi Hg. The experimental lamps Were
either Sol-
dered to ihe vacuum pump or connect
-ed to it by a valve. In Qie sol-
dered lamps f the pressure could be fur"cher redu'_,ed, to
-,, 5 - 10-10
Hg, by additional pulverization of chromium. As in `1ef. 1
(Op.cit.)'
the E;rovith of Cr 0 crystals was observed durinc- the
experiments;
2 3 U
'~-ese c:rystals viere L.,ot destroyed by the electron
oo-4.-"b_nrdment and
'Uhe hig:i temperature. 2he oxygen content of the
c1--rolmiurn. oas 1-10-3
weight percent, In conclusion, the observed
"self-purification" ef,
fect of chromium, indicates t-',,-e feasibility of using
ordinary chro-
1:'iiuM with oxygen impuriLies, for producing an ult.L,ahigh
vacuum
5-10-10 mm tig~ by electron bonbar~nent# of the chromium.
-Aiere are
1 figure and 2 references: 1 6oviet-bloc and 1
non-boviet-bloc. k)
Card 2/3

0
S/185/'?/007/00I/UC9/0)
Ultvahl-h vacuum obtained by neans ... D299/1)302
U
ASSOCIATIOF: Instytut radiofizyky ta eiektrotekh-niky "Y U-HSR
(in-
stitute of Radiophysics and Electrotechmics of the
AS UkrIHSIa), Kharkiv
SUBY~ITTED:
July 17, 1961
Card 3/3

A10MOVIC-ri,
S/185/"61/006/003/006/010
C?j~~ro (16,131 Hf,6/ ISF~- D208/D302
AUTHORS-, Mykhaylov, G,,S,, Pronina, t~k~,movych, U.M. and
Presnvakova, G,1-1,,
TITLE Pumping action of metallic chromium and a special
feature of its vaporization in a vacuum by electron
bombardment
PERIODICAL-. Ukrayins'le-yy fizyclinyy zhurnal, v, 6. no. 3, 1961,
412-414
TEXT: In modern sorption pumps, chemically very active metals
(so-called "getters") are used as sorption agents, especially tit-
anium. The use of other metals, like iron, nickel, cobalt, and
chromium, as sorbents would be advpntageous. The author
experiment-
ed with ron, chromium and cobalt. The experiments with iron and
cobalt did not lead to conclusive results, whereas in the case of
chromium " an intensive pumping action of the chromium vapor was
estecolished as well as regularly condensed surfaces, The main re-
sults of the experiments with chromium are given in this article.
Card 1/ 3

2129-i.
6/185/61/006/003/006/010
Pumping action... D208/D302
The distance cathode;specimeii was approximately 1,5 tim., The
high
vacuum (- 10-6 mm Hg was produced by an oil pump of type M -
40~
During the pumping the lamps were always heated at 4000C for an
hour. For purification, the metal electrodes were heated to
very
high temperatures by a current or by electron bombardment. The
chromium specimen was heated by electron bombardment to near
melting
point (X180000. At Val~'-"300 v and 1a"100 mA the specimen
attained
temperatures of 50 to.1000C below melting point, At that time
in-
tensive chromium-vaporization took place, accompanied by an
increasetX
in the vacuum from, 10-6mm Hg to 5 i 2clh-~ mm Hg (in both the
lamp
and the pump). During the experiment, the formation of crystals
of Cr203 was observed on the surface of the chromium specimen;
these
crystals were not destroyed by the electron bombardment and
consti-
tute a special feature of the process., The growth of these
crystals
on the pulverized surface shows that the oxygen, present in
chromium
as an impurity, remains (during the vaporization) on the
specimen
in the form of an oxide. This is apparently the reason for the
pumping effect of the chromium used (with approximately 10-3
weight
percent oxygen),. The crystal growth on the chromium specimens
show
Card 2/3

Pumping action.,,
sil 85/"61/006/003/006/010
D208/D302
that it is possible to purify chromium from oxygentraces by
vacuum
distillation at a very high vacuum. The intensive pumping
effect
of chromium is not only important for using chromium instead
of tit-
anium in sorption pumps, but also as an indication that
chromium
cannot be refined in a vacuum of the order of 10-5 to 10-6 mm
Hg.
Z.-Abstracter's note: The same conclusion war, reached with
respect
to chromium and aluminum, by i'imonenko et al., as reported in
this
journal. pp 390-393 7 Corresponding member AS UkrSSR, 0. Ya.
Usykov
is thanked for his Interest in the above work, There are 4
figures
and 6 Soviet-bloc references.
ASSOCIATION: Instytut radiofizyky ta elektroniky AN USSR
(institute
of Radiophysics and Electronics AS UkrSSR), Khar1kov
SUBMITTED. December 23, 1960
Card 3/3

MMAYWV, G.S. [MyMailov. H.S.]; PRONINA, I.G. [Pronina,
I.H.)
AMOVICH 0 N [Aky-movych,. O.M.1; PRESNYAKOVA, G.N.
Exhausting effect and evaporation characteristics-of
metillic
chromium under electron bombardment in a vacuum. Ukr. fit.
zinw. 6 no.3:422-411+ My-Je 161. (KIRA 14:8)
1. Institut radiofiziki i elektroniki AN USSR, g, Khartkov.
(Chromium)
(vacuum-apparatus)
(Sorption)

.Fedl-aut conditions of steadjr precipitations Ttudy
Ukr.IIGMI no.3:
79-85 155. (Km gr1o)
1. Odesekly gidromete6role Icheskly Institut.
Xselyttation (Notooreloff))

.32. Vgtaht of Tropomuso Oyergoutbweatern MaR
"Height of the Tropopause Over the South European Territory
of the USSR During the Summer Season," by '.'i% IA-AlLimpyich,
Tr. Oaessk. gidrometeorol. in-ta Issue 7, 1955) PP 3-1V
TMm. Referativnyy 7.1uxrnal -- GeofizLla, No 1, Jan 57, Ab-
stract No 246
"The, problem concerning the conneption between variations in the
height of the tropopause and advective and dynamic factors is
analyzed
on the basis of radiosonde daza. It is shown -that the popular
concep-
tion of the connection between the height of the tropopause and
its tem,
perature and the temperature of the troposphere is strictly
confirmed
only in the deep funnels of the tropopause which arise with
intensive
cyclogenesis. A distinct connection between the height of the
tropo-
pause and the average temperature of the lower troposphere is
not con-
firmed. A more or less distinct connection is disclosed between
the
height of -Vne tropopause and high-altitude barometric
formations. Un-
usually high (or low) values for the height of the tropopause
usually
coincide with the peripheral ramifications of the high values
(of re-
duced low pressure areas) of structure contours on maps Of 500
mb sur.-
'face* On the basis of the analysis of the separate cases it is
pointed
out that considerable changes of the altitude of the tropopause
are con-
tinuously connected with dynamic pressure changes." (U)

K1 MOVIC 14 ) 1, ro
UM/PhysIcs of the Atmosphere - Synoptic Meteorology and,oj$natology,
M-3
Abst Journal% Referat Zbur - Fizum, No 12,, 1956., 36129
Authors Akimovicho To L
Injutution: None
Titlei Inversions in Anticyclones
Original
Periodicalt Tr. Odeask.'.' gidrameteorol, in-tat 1955, No 7, 15-22
Abstract: Using observation data for a single point, an analysis was
made
of Inversions in anticyclones in the winter of*1948/49.' Inversions
were observed in 46 out af 52 cases with anticycl:one situations-,
with 18 cases being surface inversions and iBothermals, and ~
being altitude inversions. Thw majo of the surface Inv%
w also advective inve-,
were of radiation origin, but -there MY
due to advection'of heat.or due to a shift in the wind in tb ..,r
14yer, caused by-friction against the'underlying surfac
tude inversiond.in tbe#sses analyzed have an advractive
the downward raotion havv Pecondary value in their format
Cai-d 1/2

14-57-7-14728
Translation from: Referativnyy zhurnal, Geografiya, 1957, Nr
7,
p 76 (USSR)
AUTHOR: Akimovich, T. I.
TITIE: Determination of Frontal Zone (K voprosu opredeleniya.
frontallnoy zony)
PERIODICAL: Tr. Odessk. cridrometeorol. in-ta, 1956, Nr 8, pp
145-
150
ABSTRACT: The author recommends that determinations of a
frontal
zone be based on hydrodynamic (and not on the thermal)
features of the horizontal streams in the middle and
upper troposphere. For this reason, a frontal zone
hould be determined from the eegree of density of the
isohyetic lines. Since the frontal zones represent
high altitude phenomena, the introduction of the word
"altitudinal" into the determination is unnecessary.
Card 1/2 The author is opposed to the introduction of the

14-57-7-14728
Determination of Frontal Zone (cont.)
concept of a complex altitudkv~al frontal zone (altitudinal
frontal
zone of the second order) because he considers it as being
dia-
metrically opposite to the concept of an ordinary frontal
zone. The
phenomenon of a complex altitudinal frontal zone probably
represents
a combination of ordinary frontal zones. The article
includes a
biblio raphy Of 21 titles.
U2
Card
L. K.

14-57-7-14729
Translation from: Referativnyy zhurnal, Geografiya, 1957,
Nr 7,
P 76 (USSR)
AUTHOR: Akimovich, T. I.
TITLE: ~Frontal Wind (0 frontallnom vetre)
PERIODICAL: Tr. Odessk. gidrometeorol. in-ta, 1956, Nr 8,
pp 187-196
ABSTRACT: In an effort to explain a frontal wind the author
investigates gradientless fields of temperature and
pressure in warm and cold air masses and also a
transitional zone with the distribution and contrast
of temperature remaining constant in time and space.
One of the isobaric surfaces (the datum) lies at the
same altitude in both masses. This surface may lie
at the earthts surface, above it or below it, de-.-.
pending on the relation of the near-earth pressures
Card 1/3 in both masses. The author investigates two types
of

Frontal Wind (Cont.)
14-57-7-14729
fronts: 1) a wedge of cold air lies below the dividing
surface;
2) cold air lies above this surface. By the frontal wind
the author
understands a thermal wind caused by an abrupt temperature
change
at the front. He derives a formula for the frontal winds at
a warm
front (Cwf) and at a cold front (Ccf) of the first type:
CWf gM(TT - Tx)t..gc~-f C g(TT - Tx)tg Kf
Usin ~ Tx Cf 2W sin ~ TT
where TT and Tx are the actual temperatures in the warm and
in the
cold air masses, OCf is the angle of inclination of
dividing surface
during a calm period in both masses, lufis the
angularvelocity of
earth' s rotation, 0 is the latitude and & the acceleration
of gravity.
In the case of the fronts of second type, the signs
preceding.the
fracti ns are reversed. Fronts of the first type are
related to the
Card 2~3

Frontal Wind (Cont.)
14-57-7-14729
troughs, fronts of "",he second type to the crests. A
dividing surface
may exist betweea the two masses even when these are at
rest. Its
stationary QtaLe is maintained by the frontal wind. In
principle,
such a surface may attain any degree of steepness, but an
infinite
velocity would be necessary to maintain the angle of 900.
According
to the formulas shown above, the greatest angle possible
for a
stationary dividing surface at a velocity of 101D M/sec
would be
OC = 1.50 at ~ = 4501 Tx = 2500 and TT - Tx = 100. The
author
divcusses the structure of a hiah frontal zone in the light
of what
0
has been said above and explains the formation of fronts in
the warm
centers of cyclones and a number of other processes.
Card 3/3 A. B.

SOV/124-57-9-10596
Translation from: Referativnyy zhurnal. Mekhanika, 1~67, Nr 9, p
106 (USSR)
AUTHOR: Akimovich, T. 1.
TITLE: A New Method for the Calculation of Steady Precipitations
(Novyy
metod rascheta oblozhnykh osadkov)
PERIODICAL: Tr. Odessk. gidrometeorol. in-ta, 1956, NY 8, pp
197-213
ABSTRACT: The author presents a method for the calculation of
vertical motions,
using for this purpos,L! the pressure -tendency equation.
Various aspects
connected with the practical application of the tendency equation
(approximate integration with respect to altitude, selection of
boundary
conditions, etc. ) are discussed in detail. For the calculation
of the
vertical displacements only two factors are used in the tendency
equa-
tion, such factors allowing for the horizontal divergence of the
isohypses and for the change in their curvature.
V. P. Sadokov
Card 1/1

Swizi motbodolo~,icol -,)roblems fj"ivinr in
tcz~-vr-;Iinz- 0!~ d.-anir,
netlleorolof7y. Trudy O~Rl no. 17: b9-62 15~.
and tpachin.!7)

A:Flwv-ICH, V._ V.
UM/Mediciae- Paratypboid Nov 53
"Experim6ntal-Reproduction,of Septic Paratyphoid B
Izif6cti6n.in'White Mice'"-~V.'V. Akimbvich :S. M.
Rassudov;,.,bhair of Microbiol, Saratov Med Inst
Zhur Mikro, Epid,' i Inmin, No 11, pp 46-51
In order to bring about a-lethal septic paratyphoid
B'inf6ction in white mice which normally are not
61.isc6ptible to this dibease,"huge dose3'of bacteria
aie requiied. These dbsiis can be considerdbly re-
&Lced by~usin:g'bact6ris. which are in the lagv-yhasei
(phase of delayed multiplication) or ~y admini'st'eir-
ing'at'tfie.s6me time agents which induce infla=ia-
tion, in the aninals.
271T42'

USSEMedicine - Immunology Dec~ 33-
ItSignificance of the Nervous System in
Inflamma-
tiozi Reactions of. Infectious,, lwoxic,
and Allergic
iq
ature; Role of the.Nerv4us System in
Allergic
A S IIt.11.
e6etions in Experimental..TVberculo Is,
_.V. V.
JkJCiWVich(,!Dbha1r
of.Mick"obiol,"Saratov Med Inst
Zhur'Mikro, Epid I, 1-mun, N 012 28-32
pp
Guinia pigs infeci6d with human
tuberculosis azid
kept.in a state of prolonged sleep by
injections.
,"of urethane. did not react to
tuberculin injected,
Intracutaneously In doses-which normally
produce,
a reaction. On the other hand, urethane
sens:01zed.
274T39
tuberculous guinea pigs to tuberculin
injected~.
intramuscularly. Tuberculin applied to
denervated
skin flaps grafted'onto guinea pigs did
not pro,-
duce a reaction.

AKINDVICH, V.T.; SANOTIRA, L.T.
41-- -
Identification -of the plague virus by the iidtial study
of its
growth on a ouliure medium. Zhur.mikrobiol.,epid.i immun.
30
to.12:125 D 159. (MIRA 13-65)
1. Iz Gosudarstventogo nauchno-issledovateliskogo
instituta
mikrobiologit i epidemiologii Yugo-Vostok& SSSR.
(PLAGUE)

AKIMOVICH, V. V. Doc Kad Boi -- "Role of the nervous system
ir, inflammation
of in infectious, toxic, and allergic nature*" Sargtov, 1960.
(Min of Health USSR.
All-Unitin Soi Res Inst "YAkrob"). (KL, 1-61, 204)
-337-

1,AKIMOVIGH, V V
Role of the nervous. An inf3mvrmtion of an infectious# toxic
and allergic rAtur*. AjWrt No. 5: Influence of adrenaline on
the
Inflamatory rep+A" of thb skin in rabbits caused by
staphy~ococei
-and diphtheria baet6ria. -Izv. Irk. goo. nauch.-ioal.
protiTocbam.
inst. 21:246-255 159. (MIRA '14: 1Y
kADRZNALXNR)-- (SKIN-INFIAMLTION)
(STAPII=OCCUS) (DIPHMIAY',-,

kXINOVICHP Veve
Role of the nerwous aystem, in inflammation of an
infecticpw~ - t6do,
and allergic nature, Report No.6: Influence of
adrenaline,.
aoetyloholinev and hiotamine on the inflammatory
reaetivity of
denervated*skin b(.4abbits. Izv. Irk. goo. nauch.~-issl.
protivochum.
inst. 21:256-264 f59, (MM 14:1)
(ADRENALINE) (CHOLINE)
(HISTAMINE) (SKIN-INFUMMATION)

- MR
9WT(1)/1KWA(j)/9WW(b)-2 BI~LhX
AMESSION NR: AP5014289 LIP CIO 6 5 11
AUTHOR: -Akipovichl V. V Nikolayev, N. I. Lvilr. L. F. Fo-nomarev N. G.
pr~- ` .7
ov
TI-LI: in vitr- -~elertion of vli-jlent T r-,t w:!'- vaccnal Tropert`e
SOURCE: Zhurnal mikrobiologii, epidemiclogii immunobiologii, no. 6, j965,
64-6:
TOPIC TAGS: plague vaccination, plague, Pasteurella pestis
AF7TZ_ArT The fir-3t step In obtaininF _Rul-c-j!~~,r- n' z),eetfs with vac-
:E 7. 'bas cf
ciral -,r-cpcrties is tr select variants w:
f --m
4
s I aG fo. L, ee t 1';.; 1 varlaT.-_,~ a.,_ e
agar they form third-order colontes, which consist of bacteria dependent at
:370 on i
ane characteri?.,,sd bv a "latent" vinj1pnrt~ ti~~il :J bactf~ria C'f the
high
immmogenic vaccinal BIB. strain; they exhibit no tendency to the lose of
latwit

L 54952-65
ACCESSION HR: AP5014289
but their virulence
virulence; they are avirulent to mi,7e in a dose f 1 '07
must increase when administered with iron salts iwlthoL~t r~estoratliun of
thei * capa-
city f:-r pigyw--nt formation and withr,ut -'sterati-Ir. t-f v"mil-nCel. Tn a
dose of
5 - IC3 these bacteria should produce irrmmity iTi k'-Qri ~' wnite mice and
in guinea
infected with a massiive doer (200 Dcl) of v-*r-~e::: piague tacteria. Or~g.
pigs r
bas-
WAS
Mard 2/2

AKIMOV-Peretts, D.D,,; SNITED, N.K.(Loningrad)
Fwperimautal studies of impact deformations and
stresses
in beams. Stroi.mekboi rasch.soore 2 no-3:3o-34
l6o.
(MIU 13: 6)
(Strains and stresses) (Girders)

BUDARIN, Sergey Petrovich.. dots., kand.
tekhn.nauk;_&IKQV--RE-9M,
D.D.,-.,. kand. takhn. nauk., dots., retsenzent;
IZRAYELIT,
assistert, retsenzent; KUNET-SOVA, L.Ya.., red.;
URITSKAYAJ, A.D., tekhn. red.
(Stress condition theory; lecture in the "Strength of
Materials" course for students of all departments]Teoriia
napriazhennogo sostoianiia; lektsiia po kursu "Soprotivle-
nie materialov" dlia studentov vsekh fakulltetov.
Leningrads
Vses. zaochnyi losotekhn. in-t, 1961. 50 P. (MIRA 15:11)
(Strains and stresses)

eel
u
1 A' -0 A
A 11

a

rs-W-0 U-1

A
.
-

00.

v.
Y

00 A

,

N is sadsm Tam -Y. %

so c

(U. B. S. R.) a, 33"W(Im Riwm'

0"34
i

0

(l9M--RxtmWve Am. data-WA awy".

go I

eacbevt"
effies of dw Savoie We
blem OW climumd-brown

0o a

p
M.
.
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