SCIENTIFIC ABSTRACT OSIPOV, K.A. - OSIPOV, K.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238410003-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

80982
WOO s/i8o/60/000/03/0111/030
08 0
AUTIJORS- Ivanov, V.I. and Osipov, K.A!l?A/E2%
TITLE: Recrystallizatioii of' Tochnical Titanium During Hapicl
Heating by Passage of' Electric Current
PERIODICAL, Izvestiya Ahademii nauk SSSR, Otdeleniye tekliniclieskikh
nauk, ~Jetallurgiya i toptivo. 1960, Nr 3, pp 79 - 62 (USSR)
ABSTRACT. In spite of the deleterious effects of- oxygen and soine
other gases on the properties of titanium it is riot ofteii
that under industrial conditions this metqI is annealed
in vacuum or in a protective atmosphere, the modern
tendency being to anneal titanium in air and reduce the
degree of oxygen absorption and scale formation by
reducing to minimum the time at elevated temperatures.
This is most conveniently aciiieved by the application
of high-frequency induction or electrical resistance
heating and the object of the investigation described in
the present paper was to study the characteristic features
of the recrystallization process taiiing place under tilese
conditions as well as the effect of various factors
(annealing temperature, heating and cooling rates) on the
Cardl/4 propertios of so annealed titanium. The experiments were
Lr*,

t it I I I I I k I Willi,, ll I'll I,
PtIsDage of El ec t I IC ul I elit
carried out oil specimens measuring x x fain.
cold-rolled to 001, reduction in thickness after a
preliminary vacuum annealing at 780 OC, An alterntitin,~~
current (2 500 cps) was used for heating, the rate of
heatin& achieved in this way varying between 20 and
1 000 C/sec. The temperature and time intervals of the
primary recrystallization were determined by hardness
measurements and the beginning and the end of recrystal-
lization were pin-pointed by metallographic examination.
The jesults were compared with those obtained on identical
specimens vacuum-azinealed for half-an-hour at various
tvmperature~_-. It wills found that when electrical rv!~,jstayice
boating was employod the recrystallization range was
displaced towilrd-q highov temperaturoa, thus, for install(P.
when the rate of livaLing of 100 0'/ser was employod.
the temperat Wires. of the beginning and end of recrystal-
lization (tn and t k ) were respectively. 1110 and 100
Card2/4 higher than in the case of the furnace (vacuum) anneoled
41

80982
s/i8o/6o/ooo/o3/0l4/030
111 9~4Ej
JR,-cry-&talli zat ion of Teclirilcal Titani.1.1111 r n8j Rapid Heating by
Passage of Electric Current
material. With incroasing, iate of heating v tills
difference incroased. as is shown in Figur,~ wIle r e
t A I- v 1) 1 (, t t ('(I I ll.,I t v 0C/s vc The rzxt e
f I i I I I I I I
inechanical pi u jw t t i cmd thc d (i g, cu it t)xItI,iI i-st ,t
Card3/4 specimens ann ea I ed by tills method were comp;irecl witil tho:,.
of qir-'Illar npecimens annealed in the furnace (10 min at
tK

80982
S/180/60/000/03/014/030
Recrystallization of Technical TitaniumEbv~Enpa.pid Heating by
Passage of Electric Current
700 OC followed by cooling in air), It was found that
the UTS of titanium was the same, irrespective of the
method of annealing but the ductility of metal. annoaled
by rapid heating. wa,,i slightly higher and its grain size
was approximately 1.5 tim es smal I or; In spite of' higher
temperature attained. the cbgree of oxidittlon of tho
rapidly heated spec.imens was several tinies lower than
that of tho furnace-annealed material. In addition to
these advantages. the technique of rapid anneal iiig b,,
means of electrical heatung opens wide possibilities OF
iner-hanizati.on and automati-on of the process of annealing
of cold- worked titanium. There are _3 figui es . I table
aud 2 Sov 1 t?t rf et enc "s .
ASSOCIATION: I its t i t tit int. t it I lur gi t Ahad erni I. nauk SSSR ( I ns t I t ut 0 0 f
Met al 1 urgy o f t lie Ac . Sc USSR
SUBMITTED LI e r, emb e r '-' 95 9

86075
it Vot 140, 11P" S/180/60/000/005/016/033
E!93/EI83
AUTHORS: Sotnichenko, A.L. (Moscow)
TITLE: The Stress-Dependence of the Activation Energy for
Creep of ot-Titanium I -I
PERIODICAL,- Izvestiya Akademii nauk SSSR,Otdeleniye tekhnicheskikh
nauk, Metallurgiya i toplivo, 1960, No.5, pp.146-148
TEXT- Activation energy for creep appears in all basic
equations describing the kinetics of this process. However,
these equations could be used only if the activation energy wAthin
a given temperature interval were independent of other parameters,
or if the laws governing its variation were known. The applied
stress is one of the factors which may affect the magnitude of the
activation energy for creep, and since contradictory conclusions
have been reached by various workers regarding the rel&tionship
between these two variables, the present investigation was under-
taken to obtain more experimental evidence. Creep curves were
constructed for ct-titanium (99.97% purity), tested in vacuum at
various temperatures between 18 and 600 OC, under the applied
stress in the 10-35 kg/mm2 range, The test pieces
Card 1/3

86-075
S/180/60/000/005/016/033
E193/E183
The Stress-Dependence of the Activation Energy for Creep of
cx-Titanium
(gauge length 22 am, diameter 3 mm), prepared from cast and forged
material, were subjected to preliminary vacuum annealing at 800 OC
for 100 h, Tests, in which the applied stress of 20-35 kg/ImE2
had been used, were carried out in a narrow temperature range
(18-190 OC) so as to minimize the risk of the activation energy
being affected by temperature. From the experimental creep
curves the rate, c (%/min) of steady creep was determined and
graphs In e versus l/T, where T is the absolute temperature.
were plotted All these graphs were straight lines, those
obtained for stresses of 25, 30 and 35 k&/mm2 being practically
parallel to each other. Contrary to the findings of some other
workers, the extrapolated In e versus 1/T graphs did not
intersect at one point, The relationship between In E and the
applied stress, a, was hyperbolic for the test temperature of
50 OC (e = AsHya), and tended to become linear (e - Ceyo) at
250 OC, The activation energy. I.-H for creep at each of the
Card 2/3

860 1-1 5
S/180/60/000/005/016/011~3
E193/EI83
The Stress-Depet-dence of the Activation Energy for Creep of
oL-Titanium
applied stresses used in the present investigation, was
calculated from the slope of the ln e versus l/T graphs,
With a increasing from 10 to 25 kg/mfn2, -''H decreased at a
gradually diminishing rate and reached constant value of
11.55 kcal/g-atom at the stress of 25 kg/mm2,
Acknowledgements are made to V A, Tverezovsk~j_who participated
in this work.
There are 3 figures I table and Soviet references.
SUBMITTED- April 5, 1960
Card 3/3

S/180/60/000/005/019/033
E111/El35
AUTHORS: Jianov. V-1, and ~~~ A -Worcow)
TITLE- Investigation of the M-~in Factors in tho
Qgrystalli-zati-on of flechnical Iron in Rapid
Electric Heating 1~ Y
PERIODICAL: Izvestiya Akademii nauk SSSR,Otdelenlye tekhnicheskikh
nauk, Metallurgiya i toplivo, 1960. No, 5, pp.161-166
TEXT: The authors have previously studied the influence of
heating rateon the kinetics of the first stage of recrystalliza-
tion (Ref.1). They now describe their results on the
investigation of later stages of primary recrystallization under
isothermal conditions after rapid electric heating, Rings 50 mm
in diameter and 1 mm wall thickness made of c)9,76% pure techniCRI
iron with 55% cold deformation wore used. A large (0 25-0-35 inn)
grain was produced before cold deformation Heating was effected
by induction (2500 CPS), the average heating rate at 550-700 OC
being 500 OC/sec. When the required temperature had been reached
power was automatically reduced, giving isothermal heatin6 at
that temperature Recording and limitation of temperature were
Card 1/3

-0/180/60/000/005/019/033
Elll/E135
Investigation ofthe Main Factors in the Recrystallization of
Technical Iron in Rapid Electric Heating
as described in earlier work (Ref.1) For hardness measurements,
X--ray and metallographic investiGation, the parts of the specimen
close to the thermocouple position were used. Recrystallization
isotherms, i,e. plots of recrystallized initial Crain volumes
against time in seconds, for heating at 500 OC/sec are shown in
Fig 1 (curves 1-4 8 and 9 after deformation, 5, 6 and ? after
tempering at 450 6c): time for developing primary recrystalliza-
tion falls with rising annealinC, temperature, The logarithm of
time to reach a given degree of recrystallization was found
(Fig 2) to be linearly related to reciprocal of absolute
temperature, enabling the activation enerE;y of the process to be
calculated. It is shown in Fig 3 in relation to degree of
recrystallization The true (curves I and 3) and averaEe (curves
2 and 4) rates of recrystallization are shown in Fig 4 as
functions of degree of recrystallization (curves 1, 2 after
deformation, 3 and 4 after tempering) all show maxima most
pronounced in curve 1. The continual growth both of the number
Card 213

S/180/60/000/005/039/033
Ell 1./E 135
InvestiF,ation of the Main Pactor's In the Recry,-talliz,,ition of
Technical Iron in Rapid Electric Heating
and size of grains at times UP to 5 seconds at 630 OC is shown in
Fig 5 Fig,ro shows the linear fall with rising reciprocal of
absolute temperature of the rates of nucleation (N) and growth
(G) of recrystallization grains (curves I and 2 after
deformation and after tempering, respectively) Preliminary
tempering leads to a reduction in both N and G for annealing
temperatures below 600 OC but has no effect at hiGher
temperatures The authors discuss the kinetics of the process
in terms of N and G and also the activation energies and the
coefficient in the exponential time - reciprocal absolute
temperature relation (values are tabulated
There are 6 figures, 1 table and 5 Soviet references
SUBMITTED: April 1, 1960
Card 3/3

OBIFOV, K.A.; SOTNICHNSKO, A.L.
Limiting activation energy values of the steady creep of of,-Fe and
c~,-Tl under tensile stress in vacu. Dokl.&N SSSR 134 oo.2:
133-336 S 160. (MIRA 13:9)
1. Institut metallurgii im. A.A. Baykova Akademii nauk SSSR.
Predstayleno ak-id. G.F. Kurclyumovym.
(Creep of metals) (Iron) (Titanium)

2 026 7
S/180/()1/000/002/007/012
E073/E935
AUTHORS: Osipov, K. A. and Tyan' De-Chen (Moscow)
TITLEi Theoretical and Experimental Investigation of the
Activation Energies of Creep in Solid Solutions of
Metals
PERIODICAL3 Izves'iya Akademii nauk SSSR, Otdeleniye teklinicheskikh
nauk, Metallurgiya i toplivo, 1961, No.2, pp.88-94
TEM In earlier work (Ref.1) Osipov presented in detail the
hypothesis on the limit and variable values of the activation
energy of various processes in solid metals. According to this
hypothesis, for many processes which may occur in solid metals,
including plastic deformation, the activated state of the atoms
may represent a limit critical state of their thermodynamic
instability in the crystal. In particular cases this state
corresponds for instance to the transition of the solid phase into
the liquid state or of a low temperature modification into a
high temperature modification. A particular case of the activated
state can also be the critical state of elastic stability of the
crystal lattice it it can be distinguished from the two first
states and if its energy criteria can be defined. Depending on the
Card 1/'v -7
.A_

20267
Theoretical and Experimental S/180/61/000,'OOL/007/012
E073/E935
conditions, the particular cases of the activated state may occur
separately or in combination. According to this hypothesis, the
experimental values of the activation energy, for instance of the
steady state creep of pure metals,,8 H can be expressed by
6 It = qn
where q - activation heat of the process of formation of focl of
thermodynamic instability in the crystal or of foci of "local
fusion" in the case of metals without polymorphous trnnsformations
in thz solid state; n I represents the number of simu I taneousl.\
activated atoms in the focus (creep) . For a number of pure metals,
the values of q have been given in the earlier inentioncd paper
(Ref.1). This hypothesis has been further extended to continuous
and limited solid solutions of metals with any numh~-r of compoiient"
According to the evolved hypothesis, the value q can be
considered as the limit value of the activation energy of nimierutis
processes which may take place 'n solid solutioas of various
metals. The values of q were calculated for the solid
Card 2/",)' 7

20267
Theoretical and Experimental S/180/61/000/002/007/012
E073/E535
solutions of the system Ni-Fe and also for the system Ni-Cr The
values are entered in Table 1. These values were utilized for
calculating the activation energy of creep of the solid solutions of
Ni-Fe and Ni-Cr in accordance with Eq.M. It was assumed that n
does not depend on the concentration of the solid solution. The
obtained values of 4611 are also listed in Table I (T' is the
fusion temperature of the solid solution). Experimentil values of
the activation energy of creep of nickel and of Its solid solutions
were obtained from tensile tests in vacuum at 900 to 12000C, applying
a constant stress of a = 1.773 kg/mm). These are given in Table 2.
The conditions under which these values were obtained are described
in some detail. 1-i Fig.1 the experimental and theoretical values
of LH are compared for Ni-Fe and NI-Cr alloys (all, kcal/mol. vs
at.%). It can be seen from Fig.la that for the Ni-Fe alloys there
is good agreement between the theoretical values (curve 1) and the
experimental values (curve 2). The test temperatur-9 were 900 to
11000C for the Ni-Fe system and 900-12003C for the Ni-Cr system.
Fig.2 shows the dependence of the heat of formation of the solid
solution on the concentration for the Ni-Fe system in accordance
Card 3/4,k7

20267
Theoretical and Experimental S/180/61/000/002/007/012
E073/E535
with data given to the authors by W. Steiner and 0. Krinement of
Dusseldorf, Germany (continuous line - experimenta I curve) .
Comparing the graphs, Figs.1 arid 2. it can be seen that for the
Ni-Fe system the concentration dependence of the experimental values
of the activation energy of steady state creep is qualitatively
similar to the heat of formation of solid solutions. The creep of
solid solutions of the systems Ni-FP and Ni-Cr were studied unde
tension with a constant stress in vactiom of the order of I X 10-1111-Ift"
in the temperature range 900 to 12000C (+30C) on a special test-rig
described by Ye. M. Berlizov (Ref-3). Vacuum smelted alloys of high
purity were forged and then annealed in vacuo for 40 to 48 hours at
11500C. From these, specimens were produced arid prior to creep
tests they were annealed at 12000C for I hou;;. Creep was investi-
gated using a constant stress of 1.773 k9/mm". The investigations
have shown that the creep curves for all the studied alloys i,,id the
well known typical shape. The steady state creep speed a calcu-
lated from these curves represented a linear dependence in the
coordinate system I/T-In i. This enabled calculating the activa-
tion energy of steady state creep )II in accordance wiith the well
Card 4/19L_ ?

2 0 2 6 7
Theoretical and Experimental S/180/61/000/002/007/012
E073/E535
known formula
HT
The composition of the studied alloys and the H values obtained
for these as well as the pre-exponent.Lal term %/Min are given
0 A
in Table 2. In Fig.3 the concentration dependences ~.4 H (kcal/mol
and Ini (%/min) are compared for alloys of this system (at.J6). The
dashed Yines in the graphs t-,Z indicate the limit of solubility of
Cr in Ni at 1000 and 12000C, respectively. The authors also
studied the creep of solid solutions of the Ni-Fe and Ni-Cr systems
by torsion, using a test-rig described by L. N. Bystrov et al.
(Ref.5). The specimens were produced from the same materials as
those given in Table 2 and the same heat treatment was used. The
gauge length had a diameter of 2.5 mm and a length of 14 mm. The
torsion tests were carried out with a constant torque M corres-
ponding to a maximum tangential stress at the surface of the
specimen of T 2.28 kg/mm M and T are inter-related as
followal 3M
Card 5/'%, 2 rt a3

20267
Theoretical and Experimentnl S/180/61/000/002/007/01-'
E073/E535
where a is the radius of the gauge part of the specimens. The
speed of steady state creep V iias measured on the same specimen
at various temperatures, 950 to 115 0 0 C -It was established that
V complies with the exponential law
V V0f xP - H)
where &H is the act.v,,tion r.-nergy for creep in torsion, V 0 is
the pre-exponential coeli-tent. A typical graph of
In V., O/sec vs. 1/T is shown in Fig.4 for an alloy of Ni +15 at-%
2
Cr, -r 2.28 kg/mm The results are plotted in Fig.5 showing
the colsticentration dependence of the activation encrgy of steady
state creep (Figs. 5a and 5b), -) H, kcal/mol vs. composition, at.*,
and the pre-exponential factor In V 0, */sec vF. composition, at.%
for alloys of the systems Ni-Fe and Ni-Cr (torsion tests). The
results obtained in the torsion tests confirm qualitatively the
results obtained in tensile tests with a constant stress.
Consequently, it can be statod that the inethoO of torsion enables
correct qualitative evaluation of the concentration dependence of
Card 6A )

20267
Theoretical and Experimental s/18o/61/000/002/007/012
E073/E535
the'energy parameters in creep studiee. There are 3 tables,
5 figures and 5 referencest 3 Soviet and 2 non-Soviet.
ASSOCIATION: Institut-metallurgii AN SSSR (Institute of Metallurgy,
AS USSR)
SUBMITTEDt july 8, ig6o
r - ..K q.
Table I SFe Table 2
cmc?emb
0.0 1728 2-).(10 65.0 r
X.GAI
0A 1720 2.1 1-7 61.4
0.3 1710 -- )0 69.11
-0.5 1715 -1 1. 28 69.7
'0.7 11743 Z4.48 70.3
C9 VG8 23.87 68.5
1.0 1812 23.60 67.7
CwcTewa NI-cr -
0.0 t728 22.60 65.0
0. t 1693 22.94
1 65.7
C2 NO 22.84
1 65.4
-0.3 W38 ZIM
1 64.7
Card 7/k 0.4 1620 21.4t
7
CeicTeua NI-Fe
0. 0 65.02 20.57
5.5 69.94 23.211
It.3 72A8
~ 24V
29.2 77A4
~ 26.20
67.6 74.60 25.13
100.0 65.00 -
113 AINHUX 141
TadAUUd 2
% 4"A/
CmcTewa M-Cr
0.0 f&w 20.57
4.9 70.12 20.05
24. 0 79.60 25.00
30.3 77.54 24.31
40.3 69.24 21.07
48.1 84.70 ~ 20.80

981POV, K.A (~bskva); SUTNICHUIKOp A.L. (ftkva)
Creep of zirconium iodide in vacpw uder constant streGs. Izv.AN
1- 61 (11-IMA 14 - 10)
,SSR.Otd.tekh.nauk.~%t.i topl. nb.5:83-85 S-0 I -
(Zirconium iodide) (Creep of metals)

OSIPOV. L.A.; !TAN' DE-CHEN
Studying ~y various methods the speed of plastic: def3rnatian of
nickel-chromium alloys. Issl. po zharopr. rplav. ?:)17-)18 '61.
(MIRA 14:11)
(Nickel-chr.)mium alljys--Testing) (Deformations (Mec~,anics))

IVANOV, V.I.; OSIPOV, K.A.
Limiting and variable values of the activation enerry for the
return of the thermoelectromative force to cold-deformed pure
Iron. Issl. po zharopr. splav. 7:151-158 161. (MIRA 14:11)
(Iron--Electric properties) (Activdtion analysis)

OSIPOV, X.A.; &MUCHER0. ii.L.
Investigating the deperdence of the activation enerl-
.y of 4-Fe
creep on straining. Issl. po zharopr. splav. 7:29--33 161.
(MIRA 14-11)
(Activation analysis) (Creep of metals)

~'! 17
S/65 61/007/c'
Y
D217
D303
AUTHOR-; OZ12U.L K.A. . and Setnichenko, A-L
TITLE: Inveati giitine, the depondence of the eriergy (,f ii- * '.v,t-
tion of creep of a-Pe on strecs
SOURCE: Akademi ya nauk SSSR. Institut metallurcil.
niya po zharor pchnym splavam, v 7, 1061, In - 17
TEXT: Using K.A. Osipov s hypothesis (Ref. 3: AN SS'--'R, 11", nD 4,
1958) on the limiting and alternriting values of energy of activ!-
tion, two limiting values were calcjlated for a-Fe: q (X'T - III-
kcal/g utom and q = 22.2 kcal/(, atom. The value of q corresponds
the limitini- value of the energy of activation of slip in t~ie cr"'-
stal lattice which will be'locally melced' at those points where
this energy value is reached, It can also be sLown th,t -q crjrres-
ponds to a slip stress of approximately 0.5 ,, i.e. t- ,3"re.,-q +he
value of which Is of the same order as Prenkel's va_
Tests were carried out in ii BnH-C2 (VPN-SI) machine In w~,i,-r; tI '..
creep and long-term strength coild be studied in vacuo under a :~'n-
Card 1/3

S/659/61/007/"C,,r~,-~'~/. "I '.
InveotiCating the dependence of D217/D-50-5
stant stress Specimens of cast and forged Iron (9-~ 6 ~") %Iltlre j-1ven
a preliminary anneal in vacuo (1.10-4 mm Hg' for 1C hours at 7C-0C,
the temperature was then iowered to 45/00C and the specimens %VeTe
soaked there for 50 hours. The investigations were carried out in
the temperature rant-e 250-5onOC, in which the modulas of norma:
elasticity changes very little, whereas at temperatures above 11Y'~C
it fr.11s abruptly, The specimens had a total length of 60 Miii, ~i
working portion length of 2~ mm and a di,",eter of the workinr r-
tion of mm. It was found that on increasing the stress
30 k9/mm the energy or activation becomes a d9creasing curvi.,r',e-
ar function of stress, changing from 66 to 20 '.cal,lg -atom On in-
creasing the stress from 50 to 515 kg/mm, the energy of activati-lin
remains constant, i.e, a limiting value of ?0 kcal'r atom is nb~--i-
ned. At stresses of above 35 kg/Mjr,2, the specimens rupture -)n
sing The constant value obtained for the enerpy of activiiti-~n iz-,
on the average 20,3 kcal//[., %tom, and Is considerably greater ti,an
the theoretical value of q CL.T 0 this being in good agreement -1-le
second theoretical value of q- The great diverEence between the
theoretical -alue of q, -1 Yand the experimental value of kc-I.
Card 2/3

S/65 61/007/000/004/0,14
Investigating the dependence of ... D217YD303
atom indicates the possibillty thit the body-centered cubic lattice
may transform into a face-centered cubic lattice during plastic ter.-
sile deformation. The calculated value of q/atom is close to ti-'at ~f
the enErgy of vacancy formation and has the same order f vilue -..s
the nuclear energy of dislocations per atomic plane. There tire 7
figures, 1 table and 7 references: 5 Soviet-bloc and 2 non-Sovie!-
bloc. The reference to the English-language publicati,n reaJs ,.e
follows: J-M, Silcox, Acta metallurgicti, 7, 5, 1959,
Card 3/3

4"1 ~"Q
S 6 5 q/ 6 1./0('-
P21
AAhORS Ivanov, V T, , ar,~ )eijj0V K. 1j,
TITLE: Uitim;-Ite and vzarylnC, activatio!. erergy of re~-~very
the rmoel ec tromotive force of c,~Ili-worked -.ure ~r-,n
SOURCE: Akademiya nauk SS.L.R. ln~;tltut r;et%1,-'~'rf-i" T'.
niya po zharoprochnym splavam. V 7 , i )E I , I ~ ,1 1.
TEXT: The results of an inv, -,-tig,,tion of the rerovery kir-.-ti --
the thermo,~Iectromotive force (t.e-m. f. ) of cold-wc~rked ir ~~. a:-t,
ported, and , t is s:,own th%t an ultimate and variable actij *,, ,
energy exists f-,,- this rocess The investigation vr-,s c~irried li*
on high purity iron (99 99 %') in the form of wire of :.-irn liamp
ter having undergone det;rees of cold plasti- deformatir,n
ana 98 % Prior to deform-,tion, the wire was ai.nf,.-iled in v-~,
8000C f Or 'j hours . Plas ti c def ori.-,at ior, was carri e,,! , i t ~~ I i
perature, Recovery of t ~ e m. f. was s tud ied o!. tl.erm- - ~ e ~-, - -.' Z~ I
tIng of an annealed and a deformed wire. the t e M. f, helr-'f~'
red on each thermocouple immediately after deformat",on. uni -,f-
isothermal te;..pering at vario,;s terperatures. The temperinC, I 1'n~
Card 1/3

S/6~9/61,/(-,,--,7, -.~' "I i ~,, , ". ~
Ultimate arA varying act:v-.'Ion ... D " 17,/ D -~' ~, ~'
was r, 'Langed withir. the limits -A" - ~600 se-lnls~ T~,e
heated at 2--OOC,'sec,)nd by means of an electric
ture was measured with an arc,,iracy of + 0. 07C ? ao,,, i e,-.~ ti
t e m,f., a mirror galvanometer of scale sensitivity ~ x 1- 9", 7:r,.
w s used. The me%surements were c.arried out by two methodzi
ponsation and 2) by the ancle ti,rough which the _~alvan-,m
g
ror turned. The specific t.e~m. f, in pv,'degree was 7alrulat,-d h j
dividing the full measured value of t ~ e. in. f b.1y, *),,: ;- I ~.
tempe ra tures be twe en the j unc t; i cns. h u ex i:3 t enc e ar,
arA viiri,ih~ko enerj-,y of ictivati,)n -f reccvery was
thc
-iwtf,.Y -r t1vtOlon ir~ re Y
A I i ....... I- r
-rease ;r, legreu 1"I", vcl'~' ibove
I,Inj, t~w lv~-,rt~e k,f frog:: HC tc 4~- IIA I,,,,
tl~,n e lk~,I t I fo rna, I I o ri (1,, rir
mate ener6y of a ,-tivatl,)n
. the tI,eoreti,-;.lIy c~,
remains close *.c, the value o
of acti-,-itl n ",Cal,tT atom) There ,re 6 fii7areF. e
Card "/ ~

S/659/61 /CC7, ~~- ~ I ~~/
Ultimate r-nd varying ac*ivation ... D217/D303
15 references; 7 Soviet-bloc and 8 non-Soviet-bloc. The 4 r-
cent relerences to the I~nglish-langu%rze publicit'.ons re,-id -as ' "I
lovis. R,M. Treco, J. T.'etals, sec. 2, 8, no. 10, I~c6, I,N.
and H-U. Rosenberg, Phil. YaC., 4, no. 10, 1959; A. See~:,er. PY.-,-s
and Chem, of Solids, 4, 3, 1958; C.vj, Berclio,lit. Acta .u r F i --I
6. no. 10. 1958
Card 3/3 V

311'.0
3/659/61/007/000/038,/044
D204/7)303
rind Tion-Tich Chleng
AUTHORS: 0~1Q~
TITLE: Study of the rates of plastic deformation of Ni-Cr
alloys by various metliods
SOURCE: Akademiya nauk 3SSR. Institut metallurgil, Issledova-
n1ya po zharoprochnym splavam, v. 7, 1961, 317 - 318
TEXT: A continuation of previous work (Ref. 1: Izv. AN SSSR, OT!".
no. 4, 1959; Ref. 2: ibid, no. 2, 1,D61) in which the authors meas-
red the hardness of a number of solid solutions of N! at elevated
temperatures and showed that the diagonal of the test indentation
d, varied with time t, according to d atb, where a and b are con-
stants. It was also shown that
In V t In b + In a In d
d b
where V 4
d - velocity of the plastic defri-nation (percent/min). In
the present wor'c the velocity of plastic deformation of Ni-Cr syo-
Card 112

3'J)02
S/180/61/000/005/012/01,",'
10.1 -SO L) 14 Ib E193/E383
AUTHORS __Qs)l)ov, K.A~ and Sotniclienko, A~L~ (Moscolf)
TITLE- Creep of iodide --ircoriluni iii vacuum under a con-tailt
stress
P&RIODICAL Al-ademiya nauk SSSR- Izvestiya otdclenive
t eklinichesk] I'll 1-uh. Metallurgiya 1 to!)livo
no. 5, 1961 pp -85
TEXT: In continuation of their earlier work (Ref. I -
DAN SSSR, 196o v. 134 no. 2, Ref. L) - Filial VINITI AN SSSR -
Peredovoy proizvodstvennyy i nauchno-tel-dinicheskiy opyt 1959
No. P-59-68/6 and Ref. 3 - Problems of the th#,ory of high-
temperature strength of metals and alloys Pub by AN SSSR ig6o)
the present authors studied creel) of zirconium tested in
vacuum (10-5 nu-,i 11g) at temperatures between 18 and 500 oC
(i.e. in the a-Zr range) under a constant stress rangin,i-', from,
10 - 30 k9/mM 2 Typical creel) curves are sho%m iii Fig. I
where the strain (E 0) is plotted aFainst time (-t. 11oul-S)
graphs a 1~ B andL relat.Lng. respectively to tests carr-ied out
Card 1/0 ,

30902
S/180/61/000/005/012/018
Creep of iodide zirconium P-193/E383
2
under a stress of 10, 20 30 and 25 1-g/mm the test temperature
being indicated by each curve The rate, , of steady-state
reep was calculated from these curves and it was found that the
1 t versus I/T relationship was linear for any stress within IX
V
the range employed in the present investigation and that
contrary to some published reports, extrapolated tn i vV1*suS
I/T graphs did not intersect at one point. In Fig.. 3 en i
is plotted against the applied stress (cr, kg/mm 2 ), Curves 1 0
(circles) and 2(trinngles) relating to tests at 100 and 500 C
respectively. Finally. in Fig. 4, the activation energy
(nH, kcal/g.atom) for steady-.state creep of iodide zirconium
is plotted against the applied stress ((r kg/mm2 ) the broken
line indicating the calculated limiting value of' 6H It will
2
be seen that, starting from e= 25 k_7/riim ,AH remains constant
at a level almost identical with the. theoretical value obtained
in the previous work (Ref. 3). The close agreement between
the. exnerimental and theoretical :-,ia,,,rnitude of 4H jas taj~ejj j()
Card 2/V

33182
s/i8o/6i/ooo/oo6/oi6/020
lo v5oo E193/E383
AUTHORS: Ivanov, V.I., Osipov, K.A. and Sotnichenko, A,L
(Moscow) . 7--
TITLE: A study of the kinetics of the process of creel) and
recovery
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Otdolonie
tekhnicheskikh nauk. Metallurgiya i toplivo, no 6,
i r)6 i . 1 '57 - 14;
TEXT: The object of the present investigation was to study
the relationship between the activation energy for creep of
oL-iron and the applied stress as well as the relationship
between the activation energy for recovery of this metal and
the degree of plastic deformation. Technical purity (99.761.1)
iron, preliminarily annealed in vacuum '10 hours at 7000C
followed by 50 hours at 45~OC ) , was used in creep to A t9 Al
carried out in vacuum (10- t1lin '-IS) at 250 - 5000C tinder ~
constant stress ronginy front 10-15 l(g/mm'. The lit i VC-SUS
I/T relationship, where i is the rate of creel) and T -
temperature, was linear over thc entire range of the applied
Card IIAV

13182
A study of the kinetics ... S/180/61/000/006/016/020
E193/13383
stresses studied, The variation of the activation energy
for steady creep (,6 11) is demonstrate(] in Fig,2, where
A H (kcal/g atom) is plotted against the applied stress
a (kg/mm2 ). It will be seen that the limiting vaPe of
,n~H = 20 kcal/g.atom was attained at 0 ~~ 30 kg/mm At
2
a.> 35 kg/mm fracture of the specimens took place in a very
short time. Tire procens of recovery was studied on hoth
technical and high-puri ty iron (99.67 and 99.994,~', respvc t i vel
The experimental wire specimenm , 0.6 and 1 .5 mm in diamet er,
preliminarily annealed in vacuum (3 hours at 800')C) were
deformed plastically at room temperature to 80, 84, 94 and
98% reduction in area. The kinetics of recovery were
studied by measurements of the thermo-emf of plastically-
deformed against annealed material , which were taken immediately
after deformation and during subsequei,t isothermal treatment
at various temperatures. The value of (I - e/e ). where
e0 and e denote the specific thermo emf (iiV/ C)
Card 2/4W

33182
S/i8o/6l/ooo/oo6/oi6/o2o
A study of the kinetics E193/E383
before an,. -or isothermal annealing, respectively, was taken
as the measure of' the degree of recovery attained. The
results obtained for high-purity specimens, deformed to 94%
reduction, are reproduced in Fig. 3, where (I - e/e 0) is
plotted against t im, e( I , see) at temperatures indicated by
each curve This relationship can be described by
e
- = a + b I n -r
e
0
where a and b are temperature-dependent constants. In
the next series of experiments the temperature dependence of
(I - e/e ) was determined. The results are reproduced in
Fig. 4, where (I - e/e0) is plotted against temperature C)
of the isoth--mal treatment of technical and high-purity
iron (graphs a and (i , respectively); Curves 1 - 4 in
grapts a relate to specimens held at the temperature for
Card 31AM

182
S/180/61/000/00 016/020
A study of the kinetics E193/E583
1 800, 180 30 and 2.5 sec, respectively, Curves 1 - 5 in
graphs R relating to a holding time of 3 6oo, goo, 18o, 6o
and 30 sec, respectively. These data were used to determine
the activation energy for recovery of the metals studied. To
this end, the temperatures T at which various degrees of
recovery could be attained after various times 't were
determined from curves in Fig. 4 These were usod to construct
curves reproduced in Fig- 5, where In sec) is plotted
1 4
against - = 10 the numbers given by each curve indicating
T
0 D relating to technical
the value of (I e/e ), graphs a and
and hIgh-purity specimens. respectively. Since all the curves
reproduced in Fig. 5 were straight lines, it was possible to
calculate the activation energy , z-%H , for recovery,from:
In A exp fZ\HIRT (2)
Card

; '4 LA ?
S/180/61/000/006/Glb/020
A study of the kinetics E193/F383
where R is the gas constant and 0
T is the temperature of' the isothermal treatment ( K)
The results are reproduced in Fig, 6. wl~ere
,.~,H (kcal/g atom) is plotted against (I - e/e the circle,3
(1) and triangles (2) relating. respectively to high-purity and
technical-grade iron It will be seen that the activation
energy for- recovery is at ite minimum at low values of
(1 e/e0), remaining practically constant up to (I - e/e 0.3
a.nd then increasing rapidly to reach - 47.6 kcal/g,atom at
(I e/e o_8 Similar results were obtained for material
deformed to 98% reduction which indicated that J1 would not
decrease even for more heavily deformed materials In the last
series of experiments the eff'ect of elastic deformation on
the kinetics of recovery was studied To this end (I - e/e-)
was determined for high purity specimens deformed to 94%
reduction which were stressed in the elastic range during the
isothermal annealing The results are reproduced in Fig~ 7.
Card 5/91> -,

. . -AP
s/i8o/6i/ooo/oo6/ol6/020
A study of the kinetics E,93/E383
whip r P it e/e, ) i-~ p1ritted igain,-it the durat ion of treatment
sp.-~ I at temperatureR indicated by each curve Comparison
of isotherm-; reproduced in Fig~t -1 and 7 shouF that the elastic
9train 9tiperimposed on pla~;t I( deformat ion brings about a
signif itntit incrensf, iri tho rat v (if r ocovery only whon
t - c/o ) exc eeds 0 .3 'Clio results (if calcuLation showed that
0
e/ e 0,2. o 3 or 0,4 tile %allle of -,.H was 1"' 3
14,0 and 18~2 kcal/g atom r~5pe,tively t he C Or F eq pond in g
value for specimens not 4trc-;ed elastt-ally being 12~2 L11.,(
and 22,8 K-al/g,,atom. Thi~4 indi.at.-s that elastic deformation
doeq not affect the limiting (minimum) value of .'.11 1 t Id a 1
inferred from the results, obtained that tile artivation energy
for recovery is a function of several states of tile crystal
lattice, which vary not only with the degree of preliminary
deformation but also with the degree of recovery attained
The dependence of the activation energy on the degree of
recovery can be attributed to the following factors
Card 6/~M,

I'A'82
6/18o/Wooo/oWol6/020
A study of the kinetics .... E193/E383
1) the presence in a deformed metal of volumes with different
density of defects of various types;
2) variation of the density and distribution of defects during
isothermal treatment;
3) different stability of different types of defects;
4) dependence of the activation energy for recovery on the
nature of the defects and their density in elemental volumes
in which they migrate.
There are 7 figures, I table and 11 referencest 7 Soviet-bloc
and 4 non-Soviet-bloc. The two English-language references
quoted are: Ref. 3: H. Bross and A. Seeger - The Physics and
Chemistry of Solids, 1958, v.4, no. 3, 161;
Ref. 8: Silcock, J.M., Acta metallurgica, 1959, v-7, no. 5.
SUM-11TTED: January 10, 1961
Card 71W

IVANOV, V.I.; OSIPOV, K.A.
ft--
Studying the kinetics of the growth of gralm in Wgb-parlt7 OL-iron.
Dokl.AN SSSR 138 no.2038-341 My 161. QGR& 14:5)
1. Imatitut metallurgii im. A.A.Baykova Akademli nauk SSSR. Pred-
stavleno akademikom G.V.Kurdvndovym
fe--G*
(Iron crys~A rovtb)

IVANOV, V.I. (140SI"M); WOIMV) K.A. (Moskva); SGTNIC1U'-NT(, ;,~L. (Monkva)
Investigating kinetics of creel-, and recovery processes. 17v.
SSSR. Otd. tekh. nauk, Met. i topl. no. 6: 137-143 N-17 161 ~ (,XTT-' 1I.; !~'
(Creop of uwtals)

IVAFOVP V.I.; OSII-OVJI K.A.
Investigating; the kinetics of thermoelectromotive force recovery
in cold-deformed iron. Fiz. met. I metalloved 11 no.3:360-367
Mr 161. WMA 14:3)
1. Institut metallurgii AN SSSR.
(Activity coefficients)
(Thermoelectricity)

2J832
S/020/61/1 36/002/015,'024
19 750c) I ETY, I I B 104/ B207
AUTHORS: Ivanov, V. 1. and Oalpov, K. A.
TITLE: A study of the grnin growth in nighly pure -i-iron
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 138, no. , 1.?61, 3',8-341
TEXT: The iron i nvest igat ed conta ined the f ol lowing impuri t iea : 0.001 % 0,
0.001 % C, 0.002 19 S, less than 0.002 % N and traces of Cu, Ni, and Si.
Iron rods of 7.7 mm diameter were subjected to a preliminary treatment
during which they were cold formed and, subsequently, subjected to a
recrystallization annealing; the resulting grain size diameter was less
than 0.2 mm. Grain growth was studied at electrio heating and a mean rate
of 200 degreee/Bea. In the range of from '700 to 9000C, the rate of heating
was reduced from 300 to 150 degrees/sec. After heating to a pre-determined
temperature, the specimens were chilled in AE~ter, the interval between the
end of heating and dipping of the sample into water being less than 0.02
seconds. The temperature conditions of heating were registered with a
Cr-Al thermooouple, which was fixed in the middle of the sample, by means
of a loop oscilloscope and a ballistic galvanometer. The results of
Card 1/5

2-033 2
S,, 02 0/ 6 1/13 S ~002,'O 1 5. 02
A study of the grain growth in nighly. B104,'B207
measurement are graphically represented in Fig. 1 When heating at
constant rate a, the rate of shif tinp of the grain boundaries G can be
determined from the equation G - ladD/dt, where D - f(t) is the mean grain
2
diameter. If a is riot constant, D -"Y(T) nvist always be dete!mined (-r
denotes t~ie time). The lower part of Fig. 1 shows the temperature t as a
function of time. The curve t - 9(-r) to determined from the oscillograms.
The curve D - V(T) is constructed, cie shown in Fig. 1, by means of the
experimentally determined curve D = f(t), (Fig. 16). According to the
above eqiiation, the values G - 128; 188; ;10; 230; 300 and 354-10- 5cm//sec
are graphically obtained from this curve Rt temperatures of 735, 765, 790,
810, 865 and 8900C. In another experimental series, the specimens with
700 degrees/sec were heated to 810 -"' 50C and kept at this temperature for a
varying length of time according to the individual specimen, e.g. for 0,
0.4, 1.0, 2.25, 3.0, 125, 275, 66o, 900 and 1600 seconds. The respective
grain diameters were: 43, 63, 87, 128, 1.4'1, 17~, 1~4, 205, 210 and
240-110-4 cm. The mean linear shifting rate of the grain boundaries was in
the given periods of time 250, 200, 164, 97. 1.31, o.63, 0.20, 0.10 and
Card
C 2 /5

23832
S '02 0`61/13 8/002/01 ~,'02 4
A study of the grain growth in hignly- B1047B207
0.17-10-5 cm/sec. The glowing doAn of the shifting rates of the grain
boundaries is explained by the reduction of the radius of curvature of the
grains and the increasing concentration cf impurities at the grains.
Owing to the high purity of iron, this state occurs only with very large
grains. From the discussion of the results the authors conclude that the
mechanism for the grain growth as surgested by Mott (Proc. Phys. Soc.,
60, 391, (1?48)) is very probable. Accordingly, the grain, when ts-rowing,
mel ts at its boundary es tind gol idif ten ntnni n wi th the bo.indary t-eing
:fllt ftt-d III olltwnr-d i il'ec t "oil Tho witlijr:j' oxperimental iatli can t~v
easily described by Feltham's equation ~J Inst. Metala, 86, 9',7'
Aota metallurg., 2, 97 (1957); Proc. Phys. Soc., B L, 117 (1956))
D2 _ D 2 .K e xp (- &H/RT) T (1).
0 0
D and D0 are the mean values, the initial and the permanent diameter of the
grains, -T the time at which T is constant, Ko a constant coefficient,&H
the activation energy, R, the gas constant, T, the absolute temperature.
By means of (1) G may be represented by
~ .1 ~LD K
G exp(-AH/RT) (2).
Card' 3/5

23832
S/020//61/138/002/015,/024
A study of the grain growth in highly... B104/B207
The results of the second experimental series are in good agreement with
(2). Herefrom, 25.3 kcal/gram-atom is obtiiined an activation energy for
the grain growth. In a preliminary Btudy (Re". 20 Izv. AN SSSR,
Metallurglya i toplivo, No. 41, (1960)). basing on the hypothesis on the
activatiQn energy of various processes in solids, the authors obtained
theoretically an activation energy of 22.2 kcal/gram-atom. Finally, the
fact is discussed that in the case of le;,d and iron&H and q are almost
equally hign (see Ref. 20). This is brought into relation with the
melting and re2solidification of the grain boundaries. V. P. Fedotov
supplied the pure iron for this study. There are 5 fipures and 24
references: 11 3oviet-bloc and 15 non-Soviet-bl~o.
ASSOCIATION: Institut metallurfril im. A A. Baykova Akademii nauk SSSR
(Institute of Metdlluri~y .meni A. A. Baykov, Academy of
Sciences USSR'
PRESENTED: January 5, 1461, by G. V. K~Iirdyumov, Academician
S11131'ITTED December 10, 1),-)
C111- I -1,j I

IVANOV, V.I.; KARAMYSHEV, I.P.; -OSIPOV~ K.k
Crystal growth in high purity alpha-iron during rapil olcictr-,~ :',
Trudy Inst. met. no.11:71-77 '62. M: R A ~, .
(Iron--Hpat treatment) (Crystals--Gr,iwth)

_pSIMV, K'rJ" Afanaslyevich; GfUJK-GRZRIMAYLO, N.V., doktor ichim. nauk,
otv. red.
[Certain activated processes in hard metals and alloya)Nekotorye
aktiviruezVe protsesey v tverdykh metallakh i splavakh. Moskva,
12d-vo Akad. nauk SSSR, 1962. 130 p. (MIRA 16:1)
(Metallography) (Activity coefficients)

IVANOV, V-1. ObSkvs); OSIPOV, K.A. (Hoskva)
Sffect of the rate of heating on the activetion energy of iron
and steel recrystallization., Izv. AN SSSR. Otd. tekh. nauk. Met.
i topl. no.2s84-91 Mr-Ap 62. (MIRA 15:4)
(Activity coefficients) (Cryatalliantion)

VOLj Abram Yevgenlyevichj AG=p N.V., red.1 ABRIKOSOVp N.Kh.p doktor
kbim-nauk, red.; KCRNILOV,, I.I.,, doktor khim.naukp red.;
SAVESKIY, Ye.M.p doktor khim.nauk., red.; OSIPCV., KA., doktor
t9khx.zauk,, red.; GUSEVA, L.N., kamd.khini.ii~~, red.
KMGUMSY,kYA, M.S., kand.khim.nauk, red.j SHKLOVSKAYA, I.Yu.P
red.; MITUSHOVA, N.Ya., tekhn.red.
[Structure and properties of binary metallic systems] Stroenie
i uvoistva dvoinykh metallicheskikh sistem. Pod rukovodstvom II.V.
Ageova. Moskva, Fizmatgi2. Vol.2. (Systems of vanadium, bismuth,
kqdrogen, tungsten, gadolinium, gallium, hafnium, germaniump holmium,
dyaprosl=, europium, ircr.] SisterV vanadiia, vismuta, vodorodal,
vollframa, gadolWia, galliia, gafnila, germanila, gollmiia, dispri>-
aiia, evropiia, zheleza. 1962. 982 p. WULA 15:5)
1. Chlen-korrespondent AN SSSR (for Ageyev).
(klloys) (Systerz (Chemistry)) (Phase rule and equilibrium)

2
S/ 79/63/000/001/020/023
AUTHORS:
Sotn:kchenko, A.L. (Moscow)
TITLE: Effect of oxidizing atmosphere'and of stress variation
on the creep and long-time strength of iron, titanium
carbon steel
PBRIODICAL: Akademiya nauk SSSR. Izvestiya. Otdeleniye
takhnichaskikh nauk. Metallurgiya i gornoye delo.
TEXT., The* ~creep and 1*ng-timb strength 'of technically pure iron
(99.979), a-Ti,(99.97%) and Y-8 (U-8) grade carbon steel were
invastigated'under vacuum and in air under varlous'loading
conditions. Before tests', the ir n and steel specimen3 were first
annealed under a 'vacuum of I'X 10" mm Hs for 10 hours at 8000C.
.Titanium specimens were similarly annealed for 240 hours. An
analysis of the cree 3 curves of the specimbns*tested at 6oo*c under
a stress of 10 kg/= showed that the time-to-rupture of the
..titanium specimens tested in vacuum was reduted'by*about 2.5 timesi
nearly 1.,5 times and
that of the iron specimens was reduced by .
that-of the U-8 steel was reduced by nearly 3 times compared with
Card 2/2
71

S/279/63/000/001/020/023
Effect of oxidizing ... E040/E45.1
the-corresponding values obtained in testa in air.- Tests were
also carried out at various temperatures between 430 and 515% and
the creep curves plotted at several test temperatures under vacuum
and in-air. A graph in also given of the logarithm of the steady-
state creep of all the test specimens. Calculations were made of
tbo'creep activAtion energy under various*test conditions employed.
An oxidizing atmosphere lowers the steady-state creep activation
energy of the U-8 carbon steel by 2.2 kcal/mol and a further
reduction of,the creep activation energy by 25 kcal/mol results
from an increase of the stress and a decrease of the specimen
cro3s-section area during tests. In the case of the iron specimens
the effect of both these factors reduces the steady-state creep
activation energy by- 26 kcal/mol. On the other hand, an
o%idizing atmosphere reduces the creep rate of titanium at
temperatures below 606*C and increases it at temperatures
exceeding 600%. There are 4 figures and 3.tableg.
SUMITTED: September 13, 1962
Card 2/2

)/BDS-AMG/ASD-M
L-4MI-611 EWP(q)AWT(m
ACCESSION-M AP3000917 S/0279/631000100210146/C'152
AUTHOR) Osijeovj__X. A. (Moscow)j Miro3hkint, Ya, M.,(Moscow)l Satnichanko, A. L.
(Hoscow5
TITLIA IInvestigation of the creep of a. and p-=odif le tions of 71-2c at joys
SOURCS 3 AN SSSR 1xv. otd.-tekh. nAuk. Metallurgiya i gornoye-delo, no. 2, 1963"
:'146-132
TOPIC TAGS: titanium-zirconium alloys, -&-atloys, p.-alloys, creep, active-
t1on enerBy, creop mechanism
ABSTRAM The creep behavior of a. and D-uDdifications of polycrystalline 7i-Zr
alloys In a vacuum of about I x 10-4 mm HS under a constant tensile stress has
been studied in an effort to determine -che mechanism Of 3ttady-3t880 m2pa, The
alloys (23.15, $0.01, and 75.50 at% Zr, . 0.006% max N, 0.03% =ax C and 0.,, and
0.03% max Fe) vere vacuum-axe malted, forged into rods# annealed for 24 hr at
BODC and for 168 hr at 45DC (alloy with 50 at% Zr) or at 550C (alloys with 25
,-and 76 at. % Zr). The &-modification alloys were tested at temperatures from
Card 1/2

L n291 .3
ACCESSION NR: #.P3000917
20 to 200C under & stress of 30 to 70 kg/mm The, aitivation energy A H of the
steady-stage creep, determined from In E -I/T curves ( Z , rate of the steady-
stage creep; T, absolute temperature), was found to be constant at stresses higher
thin 40-50 kg/mm"a (depending on alloy compositions) and equal to 8100, 6900, and
8000 tal/mol for Zr contents of 25, 50, and 75 at%, . respectively. These values
14re very close to the limiting VAIU03 of activation energy calculated under the
:1 assumption that in a_T1_Zr alloys the creep-induced activated state of atoms or
ions corresponds to that of a local allotropic transformation. This leads to the
tonclusion that the. ereep of a-Ti-Zr alloys under high stresses Is affected by a
J.-mchanism directly associated with a local allotropic transformation. Creep tests
iof the A-modification of Tt_Zr alloys were carried out under a constant tensile
strength of 0.5 k&!=2. Analysis of the data obtained shows that the steady-stage
creep of the -0-modification of TI-Zr alloys occurs through a mechanism directly
associated with malting. Orig. art. hast 2 formulas, 6 figure3, and 4 tables.
-ASSOCIATICN: In3titut metallurgil Im. A. A., bajkgyjL(In*titute of Hftallurgy)
SUBMITTED: 29Nov62 DATE ACQ: 12Jun63 ENCL: 00
L.SUB CODE: HL NO REF SOV: 012 GrHERt 002
CW4 2/2

ACCESSION INR: AT4013923 S/2659/63/010/000/0027/0031
AUTHOR: Osipov. K. A.; Sotnichonko, A. L.
TITLE: Investigation of the limiting values of creep activation energy for titanium-
zirconium alloys
SOURCE: AIN SSSR. Institut metallurgil. Issledovaniya po zharoprochnyom splavam,
v. 10, 1963, 27-31
TOPIC TAGS, creep, creep activation, creep activation energy, tWinium, zirconium,
titanium zirconium alloy
ABSTRACT: Mic author previously proved that for set creep at high loads the activation
energies of --~ -titanium and ck-zirconium approach a constant limiting value. Thopresent,
paper includes information on creep of polycrystalline alloys of the titanbi m -zirconium
type. 71c samples were tested for creep at 25-200C and loads 08 30-70 Lglr=2 on a
VPN-S2 machine after being hardened in a vacuum arc fumace. Ile sot .. r(~,.ip rate (%
deformation/mIn.) was calculated frnm the curves obtained. 7be logarichm of the set
creep rate was found to be inversely proportional to the temperature for all values of kitress
(see Fig. 1 in the Enclosure) - Analysis of the results showed that in alloys of the titanium-
zirconium type in the of-modification, the nature of the activated state during creep at high
Card 1/3

ACCESSION VAI: AT-1013923
F41,-- 1. Relationship between the
Io.-arithm of the set creep rate and
temperature for the alloy T1 - 25
at c,o 2r. Stress (in kg/mm2): 1-40.
2-45. 3-50, 4-60, 5-65, 6-70.
.$L-
20
ENCLOSURE: 01
-'r I O-N
.1 -r
dard 3/3

ACCESSION NR; AT4013935
S/2659/63/010/000/0105/0i,D~
A L77-1 0 Osip,)v, K. A. A.
T I "n".e~'ZicaLion of L'-le rot Of ,,~modificiuic),-l
p
W"r,:
',4 2.5 pc, LiVely, 11~d Witr,!
vz,cu-, ot-,fore lostin6 klL L0000 for 24 Tho tensile t,Lrct;t;
Card 1/3

FNC LOS URE

LWr(m)/r/EWP(.t)/EWP(b) ASD(m)-3 JD/UIX
_-ACCESSIOW A14;.046727- WOK EXPWITATION.- S/
_-Ivah6v---V&dim Ivanovichl -qq~povi Kirill Afanai47evich--
Recovery-and recrystallization in metals at raoid heati4 (Voarat i rekristalli-
zatsiyav metallakh pri, by*atrom nagreve)P'"'Mz3cow, Tzd-vd "Nauka". 1964, 184 p.
inu3.,.bibliu. (At head of titles Akodemiya nauk SSSF. Gosudaretvenny*y
komitet po chernoy i tavetnoy,metallurgii pri Gosplane SSSR. Inatitut
UV!if
'51OPICIAGS.--metal.rew stallizii~ion,'_ metal ii n
-etur -metal prain stmeture
TABLF. OF CONTENTS (abridped]t
~btrb&oti0n____'_ 3~
Ch. L Re 5
turn
Ch* IL Recrystallization 11
-Ch* III*. Effectof heatinp rate on recrystallization 31
Some feature3-of the-methodology for studying recrystallization 1,2
Ch* Ve Effoct of beating rate on recrystallization kinetics -- 50
Ch, VI, EfIbct of degree of deformation on recry3tallization kinetics and-erAi
-growl1v at rapid heating - 124
C0,7172

ACCESSION KR: AIP4029840 6/0279/64/000/002/0161/0163
AUMOR: Osipov, K.A.CMD*cow); Sotnichenko, A.L.(Mosicow)
TITLE: Investigation of the creep of the 0-mDdification of alloys of the titanium-
zirconium system by torsion method
SOURCE: AN SSSR Izv. Metallurgiya i gornoye delo, no.2, 1964, 161-163
TOPIC ThGS: titanium based alloy, zirconium containing alloy, torsion method, creep
ABSTRACT: The authors state that in view of the importance of the energy parameters
investigation of the concentration dependence of activation energy is of great in-
terest in the action of other forms of applied stresses which are different from the
tensile stresses. The results of tho study are presented in tables and a graph. It
was shown that in testing the tensile creep action, as well as tangent stresses, tle
same character of concentration dependence of activation energy of the established
creep was observed. The quantitative discrepancy between the activation energy values
can be explained by the difference of the stressed state in these two types of tests.
Orig. art. has: 2 tables and I figure.
ASSOCIATION: none
Cord 11$

ACCESSION NRt AP4040991 S/0279/64/000/003/0161/0162
~AUTHOR: Oalpov, K. A. (Hoscow); Sotnichenko, A. L. (Moscow)
'TITLE: On the duration of tests for creep and rupture strength of
~metals and alloys
,SOURCE: AN SSSR. Izvestiya. Metallurgiya i gornoye delo. no. 3,
!1964, 161-162
TOPIC TAGS: zirconium creep test, aluminum creeptest, titanium
~xirconium alloys alloy creep test, creep test duration, creep test,
,itremis rupture test duration, stress rupture test, zirconium, alumi-,
num
ABS,TRACT: The effect of the duration of creep tests on the relation-
shi-p between the rate of secondary stage creep c and rupture life T
and the time reciprocal l/T has been studied in the cases of zirconi-'
um iodide vacuum melted alloys of titanium with 50 and 76 at% Zr. and
,99 99%-pLure aluminum. All tedts were conducted in a vacuum of
I.iO-4 mmHg under constant stress wtth a test time from 10 to
1500 hr. The test time for iodide zirconium vacuum annealed it BOOC

25(1,7) PHASE I BDOX EXPLOITATION sDv/274o
Osipoy, Kizo Aleksand-- vich
)*toA'kFi resheniya zadach po rvzanlyu metalloTj prodmet "Osuovy ucbenlya
o rezanti. metallov I rezhushchly instrument" (Nethods of Solving Problems
in Wtal Cutting; f6r the Course, Fundamentals of the Study of Metal
Cutting and the Cutting Toole) Noscow, 1958. 75 P. Errata slip inserted.
1,000 copies printed.
Sponsoring Agency: VaesayuzW gaochnyy stankoinstrumentallnyy tekhnikum.
Reviewer: N. A. Nefedov, Engineer.
PURPOSR- This textbook is intended for students of correspondence tekhnikums
specializing in metal cutting and tooling.
COVEFAGEt This textbook deals with the principles of cul*lzg regime calculation
In metal machining. Problems an given for the calculation of cutting
fbrees, power requirements, permissible cuttIng ryeeds., and proper mchining
time in lathe work, planing, milling, drilling, end other standard metal-
working operations. Each chapter of the matal contains *XU91se of solutions
for the given set of problems. 7bare are 6 references, all Soviet.
Card 1/3

Methods of Solving Problems (Cont.) SOV/2740
TABLE OF CONTENTS:
Introduction
I. Determination of Vachining Time For Turning 5
TI -Determination of the Cutting Force and Power Requiremnts Fbr
Turning 6
Ill. Determination of Cutting Speeds Permitted by the Cutting
Properties of Toole 13
rV. Selection of the Cutting Regine for Tarring 18
V. Selection of the Cutting flegim For Planing 26
VI. Selection of the Cutting Regime For DrillIng, Counterboring,
and Reaming 30
VII. Selection of the Cutting Begins For Killing 42
V13:I. 3election of the Cutting FlegAne For Broaching 53
Card 2/3

tv_-thods of Solviag Problems (Cont.) SOV/2740
IX. Selection of the Cutting Regime For Gear Cutting 55
X . Selection of the Cutting Regime For Thread Cutting 61
X-T. Selection of the Cutting Flegime For Grinding 63
Appendixes
Technical specifications for metal-cutting machines 67
Fractional povers of numbers 74
AVAILAMZ: Library of Congress (TJ1230-OB3)
GO/fal
Card 3/3 12-30-59

YUKHIDOV, Mikhail Yefitwvich; MANUYLOV, Leonid Konstantinoylehl OSIPOV,
Kim Aleksanjro --KUVALEV, A'.M., inah., ved. red.; ESTEWTTY-I'
zich,
M.A., insh., red.; SMIRNOV, B.M., tekhn. red.
111ighly efficiptat methods of slitting &bwfts1Vysokoproizvodi-
telInya metody obrazovaniia shlitsev na "Inkh. Moak",, Filial
Vaes. In-ta nauchn. i tekhn. infomataii, 1958. 17 p. (Peredo-
vol nauchno-tekhnicheakil 1 proizvod5tvennyl opyt. Tema 10,
No.M-58-90/18) (KIRA 16:2)
(Metal cutting) (Shafting)

TUKHVID. 4.T9..-QA;FOV, K.A.
Using hard-allcT cutting tools in form planing of steel.
Stan.1 instr. 29 no.ljt29v3j N 158. (MIRA 11111)
(Planing"Nachines)

OSIFOV, K.A,
I .
Investigating, the process of machining slots on shaf to b7
broaching and planing with multicut heads. TvAy Inst. mch.
1:101-119 159. ( 141RA 12: 12 )
(Metal cutting)

BELOV, V.S.; MAIJUYLOV, L.K.; OSIFOV, X.A.; CIM:?111KOV, S.S.; ACIIFRKAN,
N.S., prof., doktor tekini. nauk, red.; FELEIUI, M.A., takhn.
red.
(Rodern methods of broaching used abroad; mn-vey compiled on the
basis of foreign periodical literature in the field of the
manufacture of machinery] Soyrenennye metody protiagivaniia za
rubozhom; ob-zor sostavlen po matorialam zarubezhnoi periodichenkol
literatury v oblasti mashinostrooniia. Pod red. II.S.Acherkana. 14o-
skva, Vses. in-t nauchnoi tekhn. informatsit, 1961. 57 p.
(MIRA 14:7)
(Broaching machines)

, I
NDUOV, VA., inzh.; &RIIIII"OV, V.A., kund. tcIlui
nauk, dots., retsenzent; EFSHTEYN, A.Yu., In--h., rctv rz,:?rt;
MID, P.A., irzh., rcd.; EOFCL4C,'A, T F., ttkLn. red.
(Problems -~nd ejuziplec of riotal cutting and rctiI-cutting toolsi
Sbomik zadach i prircrov po rezaniiu rotallov I rczhi~shcheru
instrumentu Forl-va Fashgiz, 1962. 221. p. (1-m , 15-.11)
(Metal cu;ting) t1lotal-cutting tools)
0

I - - ___ - --C __ __ _-/66j002/(,';/2234/2236
ACC_Njj__ AP-0024o6 SOURCE 061~1 UR16~63
AUTHORt Vishnyakov, B. A.; Osipov, K. A.; Otopkov, P. P.
ORGI Institute of Metallurgy im. A. A. Baykov, Academy of Sciencesp SSS~. (Institut
motallurgil Akademil nauk SSSR)
TITLES Study of the deloosition of tin and silicon films from their orgar'~c compounds
under the Influence of an electron beam
SOURCE: AN SSSR. Izvestlya. Noorganichaskiyo materialy, v. 2, no. 12, '?66, 2234-
2236
TOPIC TAGSt tin, silicon, metal devosition, electron beam, 3ilano, orrar~-_ir, co-n-
pound
AB3TRACT1 A recently devolonod method of donositing thin films by dficomn-, ;'Irw
comoounds subjected to electron hombardmont was tnstod on totraothyltin a-!
oyltin (for oanositing tin) and triethylvinylsilano (for rinnositinp, an~
I
ractors affecting the growth rate of the silicon film wore studied. Tho '!oco7.r)os-.t'.on
of triethylvinylsilano molecules was studied in particular detail. It wa-" fwnd tna':.
the growth rate of the silicon film during 5 hr changed linearly with timn. At sub-
strate temperatures of 135-200*C, the growth rate also varied linearly with changing
current density of the electron beam. The growth rate decreased with rising substrato
temperature and was Independent of the electron energy. A linear relationsnip was ob-
1/2 uDcs 621.9-418

ACC NRs AP?002406
served between the v&por presaitro in tho chamlinr and tho growth rato of Um fILM.
I An olectrio ranistanon of milicon MMM Obt.A1110d undor varinum oonditionm wan Ilmall-
i urad. Orig. art.. hael 2 rigurom. 1 tai)ip aixt 1~ romuiaa.
SUIJ CODES 07,11/ BUBM DATX# 16NovO5/ On mrs oo5
2/2

ACC NR.AP70()5892 SOURCE CODE: uR/oi8i/C6/oo8/012/3706/37087'
AUTHOR: Vishnyakov, B. A.; 051povi K. A.
IORG: Institute of metallurgy Im. A. A. Baykova AN SSSR (Inatitut
Imetallurgii AN SSSR)
TITLE: Deposition of molybdenum carbide films from molybdenum
hexacarbonyl. under the action of the electron beam
SOURCE% Mika tverdogo tels, V., 80, no, 12, 1966, 37o6-3TOB
TOPIC TAGSz thin flimA molybdenum cIrbide
wepeow vapor deposition,, filw_ff a4 !* rate# electric
vanadium aaaAil e.
ABSTRACTt Molybdenum-carbide films, 1100--SBDO 1 thick, were made by vapor deposi-
tion of nolybdomm hexecarbonyl molecules (mo(co)6) on a quartz or a
nice-coated glass substrate at -30, -25, -IS& -5, +5 and +10*C. in a
vacuum of 2-10-6 an Rg. A stream of mo(w)- nolecules was directed onto
the substrate simultaneously with the electron beam at a current density
of 0.3-1.5 Vamp/cU2 and an accelerating voltage of 250~--00 vThe film
___UDG: non.a

OSIPOVO K.
Northwaris. Grazhd.av. 16 no.1:15 Ja '~9. (KIRh 12:3)
(Aeronautics, Comnoroial)

OSIPOV, Konstantin Georgiyevich; MOLYUKOV, G.A., vodushchiy red.;
TROFIMOV, A.V.. tekhn.red.
CHydraulic power transmissions of drilling rigsJ Turbo-
peredachi burovykh ustanovok. Moskvn. Goe.niguchno-tekhn.
Izd-vo neft. i gorno-toplivnoi lit-ry. 1960. 179 p.
(MIRA 13:11)
(Oil well drilling rigs)

OSIPOV,-K.D. ; PASYMOV, V.V.; RaTZ, G.A. , red. ; GOLOVANOVA, L.V. ,
. I red.; KOCYETKOVA, N.A., red.; RKOLEVIA, I V., rf-d.
[Reference book on radio meacuriN,- devices Sfravochnik po
radioizmerltellnym priboram. Pod red. G.A.Remeza. 1-1,oskvit,
Sovetskoe radio. P-..5. [Supplement] Dopclnitellnula.
1964. 397 P. (MIRA l'!:b)

OSIPOV, K.D.; PASTNKOV, T.T.; RhWZ. 0.A., red.; MASHAROVA. T.G., red.;
SHMOT, B.T., takhn.red.
[Handbook on devices for radio measurements] Spravochnik po radio-
izmaritellaym priboram. Pod red. G.A.Remssa. Moskva, Izd-vo
'Sovetskoe radio.' Pt.3. (Instrumqnts for measuring the form of
oscillations] Pribory dlia lzmareniia forny kolebanii. 1959.
170 p. MMA 13:4)
(Blectronic measurements)

MrUp K. D.
"Vacuwa--rube Voltieter", Fopular &---dio Library, No. 64, ~ditor-ir-Cnief,
Acade:aAcian A. I. Berg. -Josener~-o; -1,.t, -*,o9-,ow-Lenlnt;rad, !6 pp, 195t-j.

GSIFOV. K.D.; HIMASH37BEIT, S.N., inzho, assistant
Plastic components for locomotive friction units. Zhel.dor.transp.
42 no.10:54-58 0 160. (MIRA 13-10)
1. Zamestitell nachallnika lokomotivnogo depo g.Gowel' (Por Osipov).
2. Belorueskiy Inetitut Inzhanerov zhelemodoroshnogo tranaporta (for
Miklashovokly).
(Locomotives-Construction) (Plastics)

PdASE I BOOK EXPLOITATION SOV/4410
-2 and Vaevolod VIPAimirovich Pasynkov
,pravochnik po radioi=eritellnym priboram, chast' 1: Pribory dlya ivmereniya
toka, napryazbeniya, moshchnosti i parnmetrov elementov skhem (Handbook on
Radio Measuring Instruments, Pt 1: Instruments for Measuring Current, Voltag-,
Power, and Parameters of Circuit Elements). Moscow, Izd-vo "Scrvetakoye Radio,'
1,959. M p. Errata slip inserted. No.of copies printed not given.
:~d. (Title page): G.A. Remez; Ed. (Inside book): N.Ya. Arenberg; Tech. Ed.:
B.V. Smurov.
FIMPOSE: This handbook is intended for technical personnel engaged in designing,
operating oy ;,eplirir, radio engineering or radio measuring equipment.
COVERAGEi This first part of the handbook contains Information on radio measuring
instru=ents of general application whnse purpose is to measure the values of cur-
rent, voltage, power, capacitance, inductance, circuit Q-factors, resistances
and reactances. The des:-ription of each Instrument consists of the following
sections: purpose and field of application, basic technical characteristics,

U38R/Radio - Literature Apr 51
Remote Control
00
"New Books"
*Radio" No 4. p 62
Usts 15 new brochures, none running over 72 pp
and most having about 50 PP, published by
DOSARM and Gosenergoizdat. Among the =ore in-
teresting are: "Amateur Short-Wave Antenna "
by V. N. Gusev, "The Cathode-Ray Oscillograph"
by K. D. OBipov, and "Remote Radio Control" by
V. N. Loginov. Latter gives basic principles
tNM/Rad,io - Literature (Contd) Apr 51
on remote control and design of radio-control-led
devices, and describes instrs and circults used
Iz telemech equipments.
IRIrPI(A

031POT, K.D.; PASMOT. Y.T.; RMZ, G.A., red.; SMIANOT, Tn.l., red.;
51MOT, B.T., tekhn.red.
CHAndbook on radio measuring device-il Spravochnik po radio-
i2maritellnym priboram. Pod red. I.A.Romesa. Monkvn, lvd-vo
"Sovetskoe, radio.' Pt.4. [Speciai ff-Ansuring devices find mirrant
sources) Spotsial'nye Ismeritellnys pribory I latochniki pits-
nita. 1959. 152 p. (MIRA 1):5)
(Radio measurements) (Radar)

MIKLASHEVSKIY, Sergey Nikolayevich, insh.; OSIPOV, Konstantin Dmitriyevich,
inzh.; J3ER.ESTOVOY, Ye.l., inzh., red.; BOBROVA. Ye.N., tekhn.
red.
[Use of rqlon parts for locomotives) Primenenie kapronovykh do-
talei n& parovozakh; opyt depo Gomel' Belorusskoi zheleznoi dorogi.
Moskva, Vees. izdatellsko-poligr. ob"edinenle M-va putai soobshche-
niia, 1961. 50 p. (MIRA 14:8)
(White Russia-Loconotives) (Nylon)

PHASE I BOOK EXPLOITATIO~J SOV/5')6Q
OsIpov, Konstan~in Dm1trIyevich, and Vsevolod Vladimirovich
ra3jiii('0V_____
Spravnchnlk po radiolzmeritellnym pr1boram. ch. 2: Pribory dlya
1--merenlya chastoty I izmeritelInyye goneratory (Manual on Radio
Measurtng Devices t - 2: Frequency;McasurinC Dvvtces and
Measuring Generat~rs~ Moscow, Izd-vo Sovetskoye radlo," iq6c.
203 P. No. of copies printed not given.
Ed. (Title page): G. A. Remez; Eds.: N. A. Kochetkova and Yu. I.
Sukhanov; Tech. Ed.: B. V, Smurov.
PURPOSE : This manual is Intended for technical personnal engaged
In the development, operation, or maintenance of radio engineer-
ing and radio measuring equipment.
COVERAGE: This part of the manual contains Information on reso-
nance and heterodyne frequency meters and measuring oscillators
(1-f oscillators, signal generators, and standard signal gener-
ators). The description of each instrument COnS13t3 Of tile
C a Vd

PHASE I BOOK EXPLOITATION SOV/4102
oslr)cv, Kon!3"antin Dmitrovich, and V.V. Pasynkov
,pra,rochnik po radloizmeritellnym priboram, eh 3- Pribory dlya izmereniya
formy kclebanly (Handbook on Radio Measuring Instruments, Pt 3:
lnst!uments for Measuring Shape of Oscillations) Moscow, Jzd-vo
radio," 1959. 170 p. Errata slip Inserted. No. of
.,oples printed not given.
Eri. (Tit--" p,3,ge): G.A. Remez; Ed. (Inside book): V.G. Masharova;
T~- ~-. Ed. :B.V. S;n~;rov.
PURPOSE: This handbuok 18 Intended for engineers and technicians en-
gaged In the development, operation, and repair of radio equipment
and _-V11.o measuring instruments.
IC07ERAJE, Vie handbook givee detailed information on electronic os-
._.11:cqf~cpes, special osctllographic devices, spectrum and frequency
r-asporae analyzers, modulation meters, nonlinear distortion measur-
Ing equipment, and measuring amplifiers. The book also gives in-
Card :/5

Han (I tcc) k ) r, Rad -1- 0 (Co n t . )
SOV/4102
f-r-matic.n. un general purpose.,serial production radio measurinE In-
9trxr.prt.9, and on Instruments which, though out of production, are
sttll widely used. The authors thank G.A. Revez, V.G. Dubenetskly,
and V.N. Sretenakly. There are no references.
TABLE OF "ONTENTS:
in' ro ei,~ t I o r.
Ch. 1. Electronic Oacillographs (oscilloscopes) 8
Electronic audio-frequency oacillograph 1-304 8
Electron-beam oscillograph ENO-I 12
Electronic oscillograph EO-4 17
Electronic oscililograph EO-7 21
Electronic o8cillograph EO-6M 24
Electronic oscillograph 25-1 27
Electronic oscillograph 10-4 29
Electronic oscillograph EO-53 34
Electronic oscillograph SI-1 (pulse synchronoscope) 38
Electronic miniature oscillograph EMO-2 44
Card 2/5

Ha,11took on Radio (Cont.) SOV/4102
D)LIbIC-t"~-aM electronic oacillograph OK-17M 47
High-voltage osoillograph OK-15M 50
K!gh--vGlttge oscIllograph OK-19M 53
Doutile-beam pulse electronlo oacillograph OK-21 5-
Dw-_,it,.e--team pulse os.,Illograph OK-25 6~
Ch. 1I. Special Oacillographic Devices, Spectrum and Frequency
Reaponse Analyzers 64
zero indicator INO-3 67
Osa_'_7_'-)graph1c zero Indicator INO-3M 70
05,iillographic timer IV-13M 72
Oscillographic timer IV-22 75
Transient recorder IPKb-1 78
Speot;,um analyzer and frequency response characteristic re-
corder ASCWlai-I 82
Frequency response characteristic recorder IChKh-l 87
Swe6p gen!~-:-ator 102-1 go
Spectrum analyzer IV-46 94
Spectrwrn analyzer rV-66 102
ca-rd 3/"

PwE r Boox upwrrarm WV/4217
Ostpovo Konstantin Dmitriyevich, and V.V. Pasynkov
Spravochnik po radioizmeriteltnya priboran, chast' 4: Spetslallnyye izaeritell-
nyye pribory i istochniki pitanlya (Handbook on Radio *souring Instruments,
Pt. 4: Special Measuring Instruments and Electric Current Supply). Moscow,
Izd-vo *Sovetskoye radio,* 1959. 152 P. No. of copies printed not given.
Ed. (Title page): G.A. Remez; Ed. (Insie-e book): Yu.1. Sukhanov; Tech. Ed.:
B.V. fttrov.
PURPOSE: This handbool- is intended for technical personnel engaged in the develop-
ment,, operation, and repair of radio engineering equipment and radiometers.
COVERAGE: This volume is t1he fourth part of a 4-part work on radio measuring
instruments. It covers instruments for measuring field strength and low h-f
voltages, special and auxiliary meters for measuring at super high frequencies,,
electron tube testers, and electric current eupplies of radio systems. The
authors thank G.A. Remez, V.0, Dabenetskly, and V.N. Bretenskiy. No references
are given,
Cftrd-1~6-

OSIPOV, Konstantin DnItriyevich; PASTIMOT. Vsevolod Tledimirovich;
REM, G.J.. red.1 AWARG, N.Ta.. red.; 3MOV. B.T., tekhn.red.
(Handbook on radionessuring devices] Spravochnik po radioismari-
tellnym priboram. Koskva. Izd-vo 'Sovetakoe radio.* Pt.l. (Devices
for measuring current, voltage, capacity, and parameters of the cir-
cuit elemental Pribory diia izmareniia toko, naprieshouiia,
moshchnosti i parametrov elementov akhem. Pod red. G.A.Remaza.
1959. 220 p. (MIRA 13:2)
(Radio measurements-Equipment and supplies)

OSIPOV, K.G.
Trananitting pover to t,irbodrills. Neft. khoz. 35 no.l?.,1-10 D
(Oil well drilling) (111RA 11:2)

Designing, manufacturing, and operating hrdrodymmic transmissions
for drives used in oil field equipment. [Izd.] IDNITOMASH 52:126-13~
'59. ( MIU, 12: 12 )
(Oil hydraulic machinery)

11(0)
SOV/93-58-10-4,/lg
AUrMR: Osipov, K. G. and 3--pnin, V. B.
7ME: Industrial Testing of a Drilling Rig Drive Equipped With Turbine
Transmissions (Promyshlermoye ispytanlye burovogo privoda s ti-rboperedachani
FERIODICAL: Neftyanoye khoz3faystvo, 1958, Nr 10, pp 14-22 (USSR)
ABSTRACT: The No. 4 Dril1ing Department of the Tuymazaburneft' Trust in co-
operation with the Giproneftemash Institute tested a five-diesel drilling rig
drive equipped with turbine transmissions. The 5D-Tp drive with the Tp2-300
transmissions were assembled from standard parte of the Uralmach 5D drive.
The experimenttl unit consisting of V2-300A diesel engines, PM-500, FM-700,
and PM-1070 pneumatic clutches, U2-4-5 winches, and U8-3 Pumps Is shown in
(Fig. 1). Mw data on one of the drives tested on a Giproneftemash bench are
shown in (Fig. 2). 71,*-, resu-Its of the industrial experiments in an injection
wel.1 drilled with T12W-10" and T12M3-10" turbodril.le are shown tn(Figs. 3-10).
The data on the pumps am given In Tables 1-2. The test units were equipped
with turbine transformers since drives with turbine clutches had been testo-ed
by the Giproneftemash Institute for the Grozneft' and Tatneft' Associations.
7he tests of the 5D-Tp drive and the Tp-2-300 transmissions were not exhav-stive
Card 1/2

Industrial Testing of a Drilling Rig (Cont. ) SOV/93-U~8-10-11/IQ
nevertheless they confirmed the the M-coretical asaumptions on this Bubject
presented in "Neftyanoye khozyayetvo", 1948, Nr 6. 1954, Nr 10, and 19~)7, Nr 12.
The tests have shown that turbine transformers in dril.ling rig drives increase
the miechanical rate of rig hoisting, the hydraulic power delivery to thf purTr,,-,,
and the drive efficiency in case of engine brvakdown, and assure a completA~
and even diesel power output without engine control or o.,Mchronizatlon.
Merv are 10 figures and 2 tablva.
Card 2/2

OSIPMp E.G., kend.tekhn.nauk
Mid torque converter with reveralhIe impeller vanes. ':'rudy
Giprcueftemasha.Refteprom.delo no.1:13-17 161. MiA 15:8)
(Oil well pumps)

ILISKIY, Aleksandr Lonjrovich, kund. takhn.nauk. Prinimall uchastiye:
DOp-jelop kande tekbn. nauk; OSIPOV, E.G., kand. tekhn. nauk;
MKOLICEP A.S., inzh.; SPULINIKOV, L%V., kand. tekhn. ntruk;
SKIDVSKIYI G.O., inzh., rotsenzent; PMROVA, Ye.A., veduchDMY
red.; Y'01LS]2,'A, A.S., tekhn. red.
(Calculation rind denign of irlIlIng cqul)vent nnd tooln)Raschot
i honstruirovanie burovogo oborudovaniia i instriumnta. Mon)'-V:
Gostoptekhizdat, 1962. 636 p. O-WLA 15:12~
(Doring machinery)

OSIFOV. K.G., ~znd.takhn.nauk
Unit for measuring torques. Vsst.miLeh. 440 no . 4: -- 0-) 1
Ap 160. (MIRA 1);6)
( Torquo-Moa our evio n t )

1 IT

OSIPOT, X.G.
-
Methods of Increasing the Allization of drilling rig capacity.
Neft.1rhos. 32 no.10:1-5 0 54. (IOM 7: 11 )
(Oil well drilling)

ITIPOV. X.G.
Vhnt kind of drive 9hould be upod In drIllinr. qpparqtus. Neft.1chos.34
no.6-20-?4 Je 156. (ML&A 9:q)
(Oil well drillirg-Rquipment nnd suvplies)

or.
Selection of turbine transformers based on the degree of 'transparency.'
Vest.msh. 37 no.1:25-28 Ja 157. (MLBA 10-2)
(Turbounchines)

OSIPOV, K. G. : RXPNI 17, V. D.
Industrial testing of drill drives with turbotranemissions.
Neft.kbnz. 36 no.10:14-?2 0 158. (MIRA 11:12)
(Oil well drilling-Equiplannt and supplies)
-,V