SCIENTIFIC ABSTRACT TROYANOV, I.A. - TROYANOVSKIY, B.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001756810004-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

BEKHER P.N.j KOGANOVSKIYV A.Mo; KRAYUKHINAq N.N.; MYSHKINAr N.P.; TARAN9
.V.N.,-.,TROYANOV, I.A.- SU-YNO S.M.
Adsorption removal of aromatic compounds from the waste waters of
aniline dye production. Ukr. khim. zhur. 27 no.2:268-273 161.
(MM 14:3)
1. Institut, obshche~ i ne"bkganicheskoy khimii AN USSR i Rube-
zhanskiy filial Nauchno-iseledovixtbl'skogo institute orgaoi-
cheskikh poluprIktov i krasiteley.
Salvage(Waste, etc.))
(Aroma-tic oompounds)

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Card 21 12.

TROYANOV, L.A.
Standardizing computer-punched-card machines designed by the
"SAM" Penza, Plant. [Izd.] LONITOMASH 44:199-202 158.
(Penza--Calculating machines) (MIRA 11:9)

---- ------------
USSR/Cosmochemistry Geochemistry. Hydrochemistry. D.
Abs Jour Ref Zhur - Khimiya, No 9, 1957, 30390
Author Rimskaya-Korsakova, O.M., Troyanov, M.D.
Inst
Title New Data Concerning Tungstenite
Orig Pub Zap. Vaes. mineralog. o-va, 1956, 85, No 3, 277-285
Abst Report of a new discovery of the mineral tungstenite
~1), hitherto kno,~n to occur only in one deposit
Rym.q, State of Utah). The described I was found in
skarnic deposit Lyangsx of western Uzbikistan, along
contact zone of biotitic granites and a limestone-
schist bed of Lower Paleozoic. Associated mineral3:
pyroxen, garnet, scheelite, pyrrhotine, chalcopyrite,
sphalerite, molybdenite, pyrite and other. Chemical
composition of I (in %): W 73.71, S 26.20, B20 3 0.50,
SiO2 0-10, tota-1 100-51; by means of spectra were
discovered in addition (in
Card 1/2

USSR/Cosmochemistry - Geochemistry. Hydrochemistry. D.
Abs Jour Ref Zhur - Xhimiya, No 9, 1957, 30390
Fe n . 10-1, Mg) Ag, Ca, Gu n . .10-2 J. Mn n . lo-3,
Mo n . 10-4. Chemical analysis of incomplete pseudome-
tamorphism of 1 in scheelite (in %): W 26 08, WO
41.99, CaO 16*Y6' CO 5 00, s 9.42, R203 0 :80 , M~; 0.25,
total 99.'1r0; presen? in* smaller amounts are: ME, Li,
Al n . 10-11 Sil Cul Mn n . 10-2, Ga n . 1o-3, mo,
Be n . 10- . On the basis of x-ray analysis parameters
of unit cell were calculated: ao-'-3-151 1 mo4,
c0= 12-359 !; 0.009 kX, a0: co- I : 3.922. It is assumed
that formation of I occured during the hypothermal stage,
together with other sulfide minerals -- under reducing
conditions, with a sharp deficiency in oxygen. The pro-
cess took place according to the formulation:
CaWO4 -I- 2H2S -r CO -' WS2 -r CaCO3 (secondary calcite)
2H20'
Card 2/2

TROYANOV, M.D.
Naracha-Iluduk caesiterites. Uzb.geol.zhur. no.3:59-64 158.
(XM 12:1)
1. Glavnoye upravleniya geologii i okhrany nedr pri Sovete
Ministrov UzSSR-
(Zirabulak Mountaine-Cassiterite)

USHAKOV, N.D.; TROTANOV, N.D.; LITSENMTER, N.V.
Now evidence on finds of scheelite In hydrotherm&117 changed
magmatic, sedlmentar7, metamorphic, and other rocks. Sov. gaol.
no.53:80-86 156. (MLRA 10:4)
(Schealite) a

t , ,!, I *-- I .. - . . . 11 1: * ., - ,I I,I ;.-.~~f . :

RINSKAU-KORiSAKOVA, O.M.; TROYANOV, M.D.
xw7-~L_'_
Now data on tungstanite. ZapJaes.min.Ob-va 85 no-3:277-285 156.
(MLRA 9:11)
1. Kafedra mineralogii Laningradakogo ordens, Lenins, Gosudlarstvan-
nogo universitata imeni A.A,.Zhdanova, Treat 'Sredaztsvetratraz-
ved)m. "
(Tungetenite)

AUTFORS: Zeraevich, B.A. , StUbotin, V.I. , Troyanov, Y
1~~~
TITLE- The Critical Thermal Load in the Flow of dater Over a Tube in
the Longitudinal Direction, 'Nhich has not yet Attailled
Saturation Temperature (Kriticheakiye toplovy)e nagruzk[ pri
ppodollnom onvanii-mchka trubok vodoy, nedogrotoy do temperatury
nasyshcheniya)
PERIODICAL: Atomnaya Energiya, 1958, Vol. 4, Nr 4, Pp. 370-372 (USSR)
ABSTRACT: Experimental determination of thermal load was carried out by
means of a special apparatus, a sectional view of which is
given. The tubular fuel elements (two different variants) were
ut together in groups of 7 or 19 each in a working channel.
Lattice spacing: equilateral triangle with a = 6 m).
r
For the determination of the critical point of the regime thermo-
couples, which were fitted in the channel, were used.
The critical thermal flux (q r) was determined from the electric
power developed and was cheged by the thermal balance of the
water.
Card 1/2 If the qr.-values in dependence on (K 2) are drawn both for the

The Critical Thermal Load in the Flow of 'dater Over a 89_!,,__J- - 9(23
Tube in the Longitudinal Direction, ';Phich has not yet
Attained Saturation Temperature
group of seven as viell as for that of nineteen tubes, it will
be found that there is good agreement between the values and
the theoretically derived relation. There is, however, a
deviation between the values for 7 and for 19 tubes, which
is probably due to the experimental conditions. There
are 3 figures, and 2 Soviet references.
SUBMITTED: November 25, 1957
1. Water--Thermodynamic properties 2. Water--Testing equipment
Card 2/2

AUTHORS: Kirillov, P. L.,_ ro anov M. _F_ SOV/89-5-4-2z/24
_T_ Y___, __ JI
TITI.P,'s On an Error in the Values of the Specific Heat of the Alloyn
of Sodium With Potassium (0b odnoy oshibke v znacheniyakh
teployemkosti splavov natriya a kaliyem)
PERIODICALt Atomnaya energiya, 1958, Vol 5, Nr 4, pp 491-491 (USSR)
ABSTRACTi In the books "The Thermophysical Properties of Materials" by
N. B. Vargaftik and "High-Temperature-Coolantall by A. V,
Chechetkin data concerning the properties of sodium-potassium
alloys were obtained from the reference work for liquid metals
(Editors Layon). The errors commited in the 1st edition were
taken over in spite of the fact that these errors were cor-
rected in the 2nd and 3rd edition of this work. Soviet authors
are even induced to draw wrong conclusions from these errors.
There are 1 table and 5 references, 0 of which is Soviet.
Card 1/1

qR 6 1~j OY-) Yyl
2
aa a
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27
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UA
.L Jav i
A r.

87657
S/137/60/DCIOPL~ 2
A J 1 15,0 AOO6/AOO I
Translation from: Referativnyy zhurnal, Metallurgiya, 196o, No. 10, P. 5, # 224o8
AUTHORS: Kirillov, P.L., Subbotin, V.I., Suvorov, M.Ya., Troyanqy~_K.F___
TITLE: Investigation of Heat Transfer in a Tube to a Sodium-Potassium
Alloy
PERIODICAL: V sb.: Vopr. teploobmena, Moscow, AN SSSR, 1959, PP. 80 - 95
TEXT: The authors studied heat transfer in a round Cu-tube to an eutectic
22% Na-78% K alloy. It was established that the value of the coefficient of heat
transfer from the wall to the liquid metal increased with time and attained a
stable value within about 800 hours of operation; this value is in a satisfactory
agreement with thD Martinella - Lyon (Martinella-Layon) theoretical formula Nu
7 + 0.0025 Peo.d.
A.N.
Translator's note: This is the full translation of-the original Russian abstract.
Card 1/1

21(9), 24(8) -3 -)V/',3 9 -,--4 - 2,'2'.7
AUTHORS: Kirillov, P. L., Subbotin, 7 ~-r ~~-7
Troyanov, if. F.
TITLE: Heat Transfer in a Tube to a 3arli-am-Potassiur. Allcy and tj
Mercury (Teplootdacha v trube 1: spla-ni natriya ,3 ka-ii-o-o--~ i
k rtuti)
PERIODICAL: Atomnaya energiya, 1959, Vol 6, 1!r ',, En 382-3?0

ABSTRACT: Into a circular tube system made froiii ~n,,18NOT) B*ecl a
Na-K-mixture and/or liquid mercury is pumped by ni-eans .-- f
electromagnetic pumps through a measuring tube (made cf braso
or nickel, diameter 22-40 mm, viall thickness 4-7 mm, total
length 2200 mm, length of heated part of the tube - '1100 mr),
and the heat transfer is measur--~d. For this purilose a
special thermocouple (a sectional I.--awing o_- which is
is constructed. Further -Oiermocouliles of various
are fitted to the -walls of the actual range of measurement.
The fact that the thermocouples are composed of different
materials and are checked by means of a blank test to a
certain extent warrants reproducibility of the measuring re-
sults. Moreover, devices for measuring the quantity of heat
Card 1/3 are connected within the measuring circuit for purposes of

SOV/89-6-4-2/27
Heat Transfer in a Tube to a Sodium-Po'wassium Alloy and to Mercury
control. Search thermocouple may be lot !nto the Na-K and
Hg current respectively. For the purpose of measuring the
electromotive force generated by the thermocouples the
potentiometer PPTN-1 is used in conjunction with a mirror
galvanometer M-21/4. The NaK circulates through filters and
cooling trap, so that the oxygen content in the ITa-K-circula-
tion may be ioduced down to 0.003 0/46 by weight. On the basis
of the experimental data the following conclusions may be
drawn; 1) The heat transfer coefficients for Na-K were deter--
mined twice, viz.: a) from the wal' temperatures of the c3~.sur-
ing tube, and b) from the temperature distribution of the
flowing Na-K. From both mca3nrcmont,3 it may be concluded
that a contact resistivity to hea-'- exists, which varies -Ni-uh
time. The amount of the thermal contac-: r6oistivity depends
on the oxygen content of the Na-1, allot,. It is rG-raphically
represented as a function of time (Fi,- 5". 2) Measurement cf
the heat transfer coefficients of nickel (measuring tube ma-
terial) on mercury shows that -a:1 thermal -~ontacb resistivit-
exists. Thus, the material of the nonta---~ 3urface influ~noes
heat transfer. 3) By using the nobilc- thermocouple it was
Card 2/3 possible to find out that tlia are not falsified 'by

OV/ 8 2/52
Heat Transfer in a Tube to a Sodium-Pota--si,;r- anj to
boundary effects and that the '-.;,n~-th of the heat. stabiliza'-':-
for the hydraulically 3tabili7ed c-irrent in 10 1/d (1/d -
the specific length of the 'Iw,t',~d parl of the ~.iaasurod !i"--t
4) For the case mentioned under 2). the data obtained a,::,---3
well with the data obtained from references 4 and The
transfer coefficient may be ropres(,.nLed by the e(pinticir.
Nu - 7 + 0.025 ( E Pe) 0.8 , vhc---o E :'= f . Thero are 9
I table, and 10 references, 6 cf which are Sov-4et.
SUBMITTED: June 25, 1958
Card 3/3

USACIIEV, L. N. ; NEVIND1111SA, A. I. ; TIROYANOV? 14. F. _
a- E, p- Cn
"Some new aspect-c! of adjoint furction az,; jert-,&bat4Cn te:Dr:; -~ -, ~~ t-' -
in reactor and shielding calculations."
report submitted for 3rd Intl Conf, Peaceful Uses of Atomic Energy, Geneva,
31 Aug-9 Sep 64.

L 08344-67 EWT (M) JR
ACC NR, ARG031859 SOURCE CODE: UR/0058/66/000/006/VO53/VO53
AUTHOR: Bazazyants. N. 0.; Zaritskiy,_S. anov, M. F.
_y2.,_; Troy
TIT LE : Reading of critical experiments on ZPR-III assemblies by means of
the FEI constants system
SOURCE: Ref. zh. Fizika, Abs. 6V435
REF SOURCE: Byul. Inform. tsentra po yadern. dannym, vyp. 2, 1965, 247-280
TOPIC TAGS: experiment reading, fast neutron assembly, multiplication factor,
indicator fission cross section, fast neutron life, fast neutrons/ZPR III assembly
ABSTRACT: The eff-etive multiplication factor, indicator fission cross-section
ratio, reactivity caused by various materials when they are placed in the center
of the system and the life of fast neutrons were calculated by means a system ofI
USSR) for 11 critical assemblies
multigrou-p constants developed aLIP
LE _1(2bnins~, A. 1,
using ZPP.-III fast neutrons. Metal, oxide, carbide and cermet uranium fuels
were simulated in the assemblies. [Translation of abstract]
SUB CODE: 20, 09/
X/1 nat

ACC NR1 Aly'1000'187 SOURCE CODE: UR/CUJ!)/( 6&.- i/~
AU711OR: Lytkin, V. B. Troyanov) M. F. Novozhilov, A. I.
ORG: none
if TITLE: Use of the method of calculated losses to ciioose the characterist".cs of a
fast reactor
*SOURCE: Atomnaya energiya, v. 21, no. 5, 1966, 360-363
TOPIC TAGS: fast reactor, nuclear reactor characteristic, nuclear reactcr Operation,
plutonium
ABSTRACT: The authors describe a method of using the theoretical fuel-cc,:;.,;Umption
formulas for the analysis of the economics of the fuel cycle of a fast p1litoniun. re-
actor. The basic formula employed takes care of the initial fuel cost, the effi-
ciency factor, and the fuel component of the cost of electricity gencrateA during the
stationary conditions (with credit for fuel reprocessing and for plutonii;.-.). The
proposed formula also takes into account the prolonged stay of the fissioning materiJ
in the full cycle of the active zone and the screens. 'Results of calculations are
presented, in which the dependence of the fuel component of the calculated expendi-
tures on the heat load and on the "compacting" of the active zone of the reactor of
1000 Mw rated power, is made evident. The formula takes into account the change in
the cost of the fuel during the time it stayes in the reactor and time delays in the
return of the fuel for reprocessing) and also in the exctraction of the plutonium
Card 1/2 UX: 338.4: 621.039-516.4

AP6000787
from the screens. Plots are presented of the dependence of the amount of plutonium
in the fuel cycle of the active'zone and the annual consumption in the fuel elements
on the eaergy load of the active zone, of the dependence of the fuel components of
the calculated expenditures and the doubling time on the heat rate, and of the de-
pendence of the fuel component on the ratio of the diameter of the active zone to itsi
height. Examples are presented to show that the method yields a good estimate of thdi
relative roles of the initial investiment in the fuel cycle and the runni% expenses
of the fuel cycle) and consequently makes it possible to choose more correctly the
optimal characteristics of the reactor. The authors thank A. 1. T,-ypunskiy and V. V.
Orlov for interest in the work and useful discussions, and G. S. FA'latov for help
with the calculations. Orig. art. has: 3 figures and 3 formulas.
SUB com 16/ sm-DATE: olApr66/ ORIG REF: 007
Card 2/2

L 9171-6n'
ACCZ5SIO11 NR: AT6022451 jD;""V-'V';S UR/0000/65/000/000/0001/0030
'AUTHOR: Leypunskly, A. I.; Kazachkovskiy, 0. .; Lkq_khns1k6 M. S.0
Kra., rov, YM-k-ye Tx2Mn0_T_,_M,jj.A; MiloTidov,
I. DY v.,v - -
a0, 11t S. DecensedT,__fftekol1nikbv#
TITLE: EN-350 !~'uolear power plant
;SOURCE: ObnInsk. Fiziko-,_qne.rgetioheaki-y-inatitut. Doklady, 19615.
Atomnaya stahVsTYi_M&Y66, 1-30
!TOPIC TAGS: nuclear power plant, liquid metal cooled reactor,
;fast reactor, nuclear reactor toohnologyj desnlination
1ABSTRACT: -After a brief discussion of the advanta-ums of using fast
ineutron reactoru for power production, a new 350 I%v fast neutron
!sodium cooled reactor of BN-350 type in described. At present, a
,'power plant squippod with such reactors and P-60 back pressure steam
turbines Is under construction in the Mangyahlak peninsula area at
ithe northeastern coaht of the Caspian Sea. The dual-purposo plant
will-generate 150 Mw of electric power and produce 1200 ton/hr of
Card 1/4
i

L .5171-66
ACCESSION NP: AT5022451
steam. The steam will be used by a devalting plant designed to
supply 120,000 cu. m of froah. water per day. It In expected that the
power plant will be put into operation In 1968 or 1969. The prima
and the secondary intormodiate loops of the reactor will be cooled
liquid sodium.41The t1iird loop will be of stsam-"ator type. The
rewvto-r core oArries 211 soxagonal fuel ascomblioa each containing
169 uranium-dioxide elements. At the beginning, a compound of
uranium-dioxide.and plutonium will be used in fuel elements* There
are 120 inner and 320 outer assemblies placed in concrete shields@
The nelooted essential data on EN-350 reactor are as followst
7'
Thermal power 1000 MW
Core Volume 1.87 ou a
Core diameter 1.495 m.
1.06 M
Core height
Vessai diameter 6M
Vessel height 262 M
coolant tsnpsrat~ri wet) 300 0
Coolant toWerature outlet) 5000
Card

L 51?1-66
ACCESSION NR: ATS022451
Many other *details and data are given on reactor core and concrete I
shielding as wall no on the reactor tank made of X16119 ntninl030
stool. A special chapter to devoted to tho discussions of various
control systamn including power control, moaouranionts, nutomatio
raguliktion, reactivity companontion, nnd omorgoncy protnotion. The
roplnoomont nnd hnndling of fuol alamonto is also discussed., The
radiation shielding is briefly described. Some Information is given!
on the selection of materials as wall as on tho'expnrimental inventi-
eation of 'various control and safety systems. An extensive analyoisi,
of heat transfer system is also presented dealink with primary and
secondary loops, heat exchanger, pumpoo piping$ omorgonoy heat
mont. In conclusion, nom
removal, steam generators and other equip
further possible improvements in the dasijri and operation of fast
neutron rsaotors are outlined including's more efficient burn-up of
Card 3/4

L 5171-66
ACCESSION NR: AT5022451 01
fuel elements, a further.inorease in temperature and an eventual use
of fuel carbides instead of oxides. Orig. art. ban: 2 tables and
6 figures.
ASSOCIATION: none
SUBMITTED! 02M"5 INGM 00 MM COM 12, KV
No RZY SOVt 000 01111CRI 000
-14L
Card 4/4..

TROTAKOV, N., leytenant
....... -
Testing instrument for tank radios. Toen.sviaz. 16 no.4:43J;4
Ap 158. (xm 11:4)
(Radio measurements)

TROYA140V 20MI-Mikhaylovich; LAZARIDI, 111ya Grigorlyevich; FAK101.,
tekhn. re-a-.-
(Mechanization and automatic control at the mirgilirzay ct-a
Dressing Plant] Mek-hanizat6iia i na Mirgalimsai-
skoi obogatitellmi falu-i~jke. AL-r~.-Ata, TSentr. in-t nauchno-
tekdm. informatsii, 1960. 12 p. (NILd, 15:4)
(Mirgalinsay-Ore dressing)
f - -
(Petu.1lurgical plants-'.:'quirment -.nd -UPplie-)

L.1221 (a DJT(m)/EPA(w)-2/9,1A(Tr)-2 IJF(c)
XCESSION HR: AT5007945
AUTHOR: Kanunnikov, V. N.; Kolonenskiy, A. A.;
Ye. r.* v eyev, A. _.Ya~loko__v-.B,_R.
TITLE: Some results of the work on starting the
;tron at MAN
GS
S/0000/64/000/000/0653/0657
Ovchinnikov,_Xqj,_j, T.
symmetrical electron ring-phaso-
SOURCE: International Conference on High Energy Accelerators. Dubi*!a, 19~3.
Trudy* Ho-s'co-w,--'K-f6m-ii-il*a^-t,-1964-, -6-53-657
TOPIC TAGS: electron accelerator, synchrotron
ABSTRACT: The Physics Institute im. P. N. Lebedev, AN SSSR, is developing new ac-
cellera-tors of the ring-phasotron type. The principal idea of the development is
case
to replace the growth of the magnetic field in time, which holds true in the
of synchrotron-type accelerators, by its growth in space in correspondence with
the growth of the particles' energy. This permits increasing the intensity of the
beam of accelerated particles, and also, by utilizing the accumulation of particles
in a constant field, realization of the method of counter collisions of relativis-
tic particles. As has been clear from the very beginning of the work, the com-
;,plexity and novelty of the problem could not permit the work to be limited to theo-
Card 1/3

L h223-66
ACCESSION SR: AT5007945
!retical investigations. It was decided to construct a comparatively small accelera-
litor, the symmetrical 30-14ev electron ring-phasotron, ensuring the simultaneous
:acceleration of two electron beams moving in opposite directions. This accelerator'
has to serve as a sufficiently flexible and resourceful basis for experiments on
the creation of strong-current accelerators and accumulators. It was planned, in
particular, to investigate with it various injection alternatives, accelerator re-
:gimes, and also the process of storing one and two counter beams. The principal
results of the theoretical and experimental works completed in connection with the
development of this accelerator have been published (V. 11. Kanunnikov, et. al.,
Proc. International Conference on High Energy Accelerators, CERN, 1959, p. 89)
The present report describes the main difficulties which were overcome in the ini-
tial period of starting -the installation, and notes the results obtained up to the
~present moment. The principal parameters of the ring-phasotron are discussed, as
well as the measurement and correction of its magnetic field. The characteristics
'of the beam during static operation are investigated. "The authors wish to thank
for their participation workers of various organizations, expecially the associates
of the Physics Institute: V. S. Voronin, L. N. Kazanskiy D. D, Krsillnikov,
S. S. Semenov and of the Scient ific-Rese arch Institute of Electro-
~Card 2/3

4223-66
,ACCESSION NR: 'AT5007945
A. Monoszon, B. V. Rozhdestvenskiy, K. M. Kozlov, A. M.
-Physical Equipment: N.
Stolov, V.. A. Ti-tov, V. B. ZaimanWo-n, Ye. -A. Drnitriyev. orig.- -ii--F.-Fa-s: 7---,
figures,
ASSOCIATIONt Fizicheskly institut imeni P. N. Lebedeva, AN SSSR (Physics Inoti-
tute, Ali SSSR)
~SUBMITTED: 26May64 ENCL: 00 SUB CODE: HP.
NO REF SOV: 004 OTHER: 001
ard 3/3
C

. TROYANOVA,--A.G.
Prevention and treatment of nervousness in children. Zdrav. Bel.
7 no.9:41-44 S 161. (m:lu 1~,.10)
1. Psikhiatricheekaya kliniks, (zaveduyushchiy kafedroy - prof.
M.A.Chalisov) Minskogo moditsinakogo instituta i psikhonevr4ao-
gicheskiy kabinet 2-oy detskoy polikliniki (glavnyy vrach T.I.
Yakovleva) Minska. I
(HERVOUS SYSTE-11,"DISEASES) (CHILDREN-DISFASES)

TROYANOVA) A. G., Candidate Med Sci (diss) -- "The pathophysiology of presenile
psychosis". Minak, 1958. 15 pp (Minsk State Med Inst), 200 copies (KL,No 24,
1959, 153)

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Ih MIN Ki"Ailmnsary). -The 81111WW. "tildi"t the
c I'mm,a(mil-lisk &cW RIO I(t mi(vingur. Naoll (181 C.)
in MAX)cv. waicri4tivolplivill; MSIAL avid. 110swed
11Y it al"Al asul. of &cOVANA MvAlleml alfrr 1*41migi
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04
4
00 - tllrtvw-
I kin r It" I bri, Jim conlate corivrEsim. the u4n. Is
har 0". from N1 and trutrit wish M -
150 cv. ;
00 cc. coned. IICII to yfild 84".8% iscrisk "id. m.
193-d'. Hydroctimatfort oldragoioubs. W250tv. water
at 14 15 aim. It premm and W-80 at at 15-30 alm. and

00
so- e
IW-40' r"Mtfrs 4 hn. and I lu, Trip. Xt maleste.
prrpd. accmding to 11-ficovic (C. A. 32. 12410) (111) 1.).
TO m. MAc and 5 X. litany N11 were treated with If at
rtxwn ten with shakinc . the ~I= Is completed In 2
hrs.; aft 40-804 redum the thne to I fir. The sda. is
filtered and distd. to ykM 9"1% A-M suctimar, th.
98-94. 0. bf. xowkpoff
a &I
to
0
-90
.0
.00
A 6 0 1 L A MTALLWGCAL LITERATURE CLAWFICATION
i L 7, ____
via. Inv
0 11
_A__JL
see
200
Go*
aloe
re*
Aro*
Wee
Coo
ZOO
too
A AR - - -
b U a At No is
0, 0 0 0 0 0 0 0 9 0 0 0 0 0 0 0 0 0 Ole 0 Ole 0 * 0 4 0 0 0 0 0 0 0 0 0 0 0 0 0
Zioeeee a* 00*04 00 *00* 0

TROYANOVA, M.
Support the heroic struggle of the people against colonialiso.Voem.
prof.dvizh.no.11:55 N 156. (MLRA 1011)
1. Sekretar' TSentral-nogo soveta profsoyuzov Chakhoslovakii.
(Colonies)

XMIKOV, V.A.; TROYANOVA, N.L.
Boiling points of sunflower oil-:benzine miscellas. Trudy KIPP
no.16:47-50 157, (HIRA 12:7)
1. Krasnodarskly institut pishchavoy promyshlonnosti,
cheaMy fal-ulltet, Imfedra spetsoborudovantya i kafedra takhnologii
thirodobyvanlya.
(Boiling points)
pl f

ZELIKMA.N, I.F.; _'MOYANOVA, N.L.
Rate of crystallization of sucrose from a mixture of sugar beet
syrup and the unrefined cane sugar solution# Sakh.prom. 36
no.9:21-23 S 162. (14IRA 16:11)
1. Krasnodarskiy institut pishchevoy promyshlennosti.

KOP=')VSKIY. V. Ii.; SIMIMAKOV, VI G.; ' GIMITZOW, G. i.; IGOLICIMITKO. H. I.:
HYAZANTS-EVA., R.I.; TROYAIZ'V-k, I-T.L.
P-o"~)Iam of the forced vontilation of sunflower spedn. Iov.vys.
uchelh.zav.; pishch.takh. no.1:20-23 159. (HIM, 12:6)
1. Krasnodarskiy institut -nishchovoy promyshlonnooti, ITforlra
tokhnnlogil zhirodnI)yvnnIya.
(Sunflower anad--Stnmgn)

''.07
,/Chemical Technology - Chemical Products and Their 1-10
U
SSR
Application. Fats and Oils. Waxes. Soap. Detergents.
Flotation Reagents.
Abs Jour Ref Zhur - Khindya, No 1, 1958, 2687
Author Zarnitskiy, G.E., Kopey?ovskiy, V.M., W-Dyanova, N.L.,
Shcherbakov, V.G.
Inst Krasnodar Institute of the Food Industry
Title Steam Expenditures and Ways of Increasing the Heat-Utiliza,
tion Coefficient in Oil-Extracting Plants.
Orig Pub : Tr. Krasnodarsk. in-ta pishch. prom-sti, 1956, No 14, 75-~b
Abstract : Different operating conditions of distillation columns of
oil-extracting plants were studied. It was found that
when the rate of miscella feed is increased up to 8.7-9.3
m3/hour, steam consu=tion is reduced gy 8%; in this mn-
ner, in the extzaction department of a plant that
Card 1/2

ZARNITSKIY, G.N., kandidat tekhnichookikh nauk; IDDPXMVSKIY, V.M., kandidat
takhnicheskikh nauk; TROYANOVA, N.L., inzhonar; SHCHMAKOV, V.G.,
inzhener.
Ways of increasing the heat utilization coefficient in oil extraction
plants. Masl.-zhir.prom. 21 no.2:26-28 156. (MMA 9:7)
1.KIIP.
(lixtraction apparatus)

KOPEnOVSKIY, V.M., kand.takhn.nauk; SHCHIRRAKOV, V.G., kand.tektin.natik;
Garbazova, G.I., inzh.; IGOLICRNIED, M.I., inzh.; RYAZANTSNVA, M.I.;
~ TROYANOVA, U.L... inzh.
Postharvest drying of oil-rich sunflo-ler seeds. Maul.-zhlr.prom.
26 'no-3:12-14 Mr 16o. (MIRA 11:6)
1. Krasnodarskiy iustitut pishchevoy promyshlennosti.
(Krasnodar Territory-Sunflower seed)

KOPITKOVSKIYI V.m., kand.takhn.nauk; SHCIBIRUEOV, V.G., kandstakhn.
nauk; GARBUZOVA., G*I*~ lush.; I00LICHINKO, R.I., inzh.;
RrAZANTSUA, insh.; 7WTANOVA, N.L.O_jrsh*
Change of the acid numbor of sunflower seed oil during the
period of harvesting and during after-harvest ripening.
14ael.-zhir.prom. 25 no.10:15-17 159. (MIRA 13:2)
1. Krasnodarskiy Institut pishchevoy promyshlennostio
(Krasnodar Territory--Sunflower seed oil)

LffBOVICH, D. M.; ZELUMAN, I. F.;
Rapid method of determining -bbe coefficient of saturation of
solutions in sugar manufacturw. Izve vys. ucheb, zavo; pishch,
tekh, no.52137-143 '62. (MIRA 3-5:10)
1. Krasnodarskiy institut pishchevoy proryahlennostip kafedra
tekhnologii sakharistykh veshchestv.
(Gz7atallization-Testing)
(Sugar manufacture)

ACC NR: AP70o4766 SOURCE CODE: uR/o413/67/000/ool/ooft/oo8l
INVENTOR: Troyqnpys4~ayaj,_G.,. I.; Bereznikov, V. V.; Grib, V. V.; Alekseyev, It. H.;
Mironov, 0. G.
:ORG: None
TITLE: A method for studying processeh of sliding friction in a vacuum. Class 42,
,No. igoo43
'SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 1, 1967, 81
TOPIC TAGS: friction, vacuum technique, surface property
,ABSTRACT: This Author's Certificate introduces a method for studying processes of
isliding friction in a vacuum. The procedure consists of placing two specimens in a
!vacuum chamber and moving them against one another under a load. In order.to study
friction processes between absolutely clean (juvenile) surfaces, the oxide film is
-sheared from the surfaces of the specimens before and during testing in the vacuum
chamber.
'SUB CODE: jjr.. 20/ SUBM DATE: 26jun65
Card 1/1 uDc:*620.1-05:621-91.071+620.178.162.4;533.5

TROYANOVSKAYA, G. I. PHASE I BOOK EXPLOITATION SOV/6217
Kragellskiy, Igor' Viktorovich, Doctor of Technical Sciences, Profes-
sor
Treniye i iznos (Friction and Wear). Moscow, Mashgiz, 1962. 382 p.
Errata olip inserted. 11,000 copies printed.
Reviewer: D. N. Garkunov, Candidate of Technical Sciences; Ed.:
V. I. Kumanin, Engineer; Ed. of Publishing House: V. V. Bystrit-
skaya; Tech. Ede.: A. Ya. Tikhanov and T. F. Sokolova; Managing
Ed. for Literature on General Engineering: A. P. Kozlov, Engineer.
PURPOSE: This book is intended for scientific workers and engineers
engaged in the development of friction and antifriction materials
and for designers and specialists in the operation and repair of
machines.
COVERAGE: The book deals with the analysis of various types of fr1c-
tion and wear and with calculations relating to certain processes
characterizing them. Methods of testing for friction and wear are
Card 1/0

Friction and Wear s o v/6 P 1'.?
reviewed, and basic data on friction and antifriction materials
discussed. The author acknowledges the assistance and cooperation
of: V. A. Kudinov;,(;. ovs aya ,-Candidate of Technical
Sciences, who part I c iip-at-6d--�mLvr�-t�TT9- Fh. III and Ch. X; N. B.
Demkin, Candidate of Technical Sciences, who participated in writ-
Ing Ch. II; Yu. I. Kosterin, Candidate of Technical Sciences, who
participated in writing Ch. VII; and V. A. Kudinov, Candidate of
Technical Sciences, who wrote Ch. IX. Each chapter Is accompanied
by references, mostly Soviet.
TABLE OF CONTENTS:
Introduction 3
Ch. I. General Characteristics of the Process of Frict4on
and Wear 5
Contact of two solid bodies 5
Interaction of surfaces. Dual nature of friction 7
C ard 2/,IM~

Friction and Wear
sov,/6217
Methods of determining closeness and actual
contact area 57
Bibliography 62
Ch. III. Temperature During Friction 64
Coefficient of distribution of heat flow 65
Coefficient of overlapping 65
Thermal conductivity of contact area 66
Thermal contact In presence of Interface film 67
Calculation of temperature at contaet area 68
Calculation of volume temperature 74
Calculation of total temperature 75
Breakdown of friction surface resulting from
temperature effect 77
Resistance of materials to thermal shook and
thermal stresses during friction 80
Friction welding of metals 83
Approximate indirect methods of determining tem-
peratlare generated by friction 85
Card

Friction and Wear
SOV/62 -17
Methods of direct recording of temperature by
instruments
Bibliography 93
Ch. IV. Criteria for Transition From One Type of
Breakdown of Friction Junctions to Another
Type 95
Effect of various factors on the intensity of wear '95
On conditions for transition from elastic to plastic
deformation 101.
On the disruption of conditions of plastic dislodg-
ing 104
On conditions for transition frorn deep tearing to
polishing 108
Methods of establishing a .,riterion of the transi-
tion from plastic dislodging to'(rxtting ill
Calculation of'oritical pressures corresponding to
transition from ela3tic to plastia deformation
and from plastic dislodging to cutting 112
Bibliography 115
Card 00P
10,

Friction and Wear
Structure of lubricant boundary layers
Viscosity of boundary lubricant
Oiliness and rheological properties
Strength of oil film
Effect of surface microgeometry on boundary friction
Effect of sliding rate on boundary friction
Effect of pressure on the boundary friction
Wear of oil film
Effect of temperature on boundary friction
Effect of a lubricant in pressure working of metals
Bibliography
Ch. IX. Hydrodynamic Theory of Semiliquid Friction
General principles
Ideal semiliquid friction
Bibliography
Ch. X. Wear and Friction Tests
Types of te5ts
SOV/6217
237
239
239
242
248
-.;;C)
2;,-'
2~-5
255
256
257
260
260
265
280
282
232
Card 1911~

Friction and Wear
Modeling of laboratory tests
Classification of equipment used for wear tests
Some laboratory equipment used for wear tests
Methods of determining the wear
Some laboratory equipment used for friction teats
On determining the force and moment of friction
Stands for friction and wear testing
Bibliography
Ch. XI. Friction Materials and Theory of Friction
Requirements for friction materials
Processes taking place in friction materials
Ways of developing friction materials
Experimental data on various friction materials
Methods of evaluating certain properties of friction
materials
Bibliography
Card Qp!rk
sov/6217
284
293
294
300
301
310
313
324
326
334
337
343
347
350

f
L -10709-67 EWT(m)/ZWP(J) , IJP(c)
,ACC NR: AP6025817 A SOURCE CODE: UR/0117/66/000/005/0018/9~20
AUTHORS: VqDM2~~, ~V.E. (Candidate of technical sciencee); Tr2yanovskp~ I
(Candidate of teclmical sciences)
ORG: none
TITLE: Self-lubricating pol orio miktorialn in rollor bearinpa
SOURCE% Mashinostroitell, nos 5, 1966, 18-20
TOPIC TAGSt roller bearing, solid lubricant, organic lubricant, cobalt, chromium,
vanadium, molybd(%num, high temperature lubricant, steal / ShKh15 stool
ABSTRACT: The use of the following polymeric self-lubricating materials in the
construction of roller boarings on the high-temperature and vacuum performance and
longevity of,-the bearings was investigated: polyacetal, Mos + opq"~ in,Ppolyamida
+ graphite)-'7an teflon + fiber glass.F _ 0 2
d 5~The performance f Gr-Mo-V and steel ShKh15
1 roller bearings was compared. The experimental results are presented in graphs and'
tables (see Fig. 1). It was found that the performance of the roller bearin6p
improved considerably if the latter were equipped with a special polyaziLde ring
(see Fig. 2). The moot offootive lubricant was found to be tho combination toflon
+ fiber glass.
Card 1/2 UM-621.622.6.002-3:676-5.

L 10 09::67
ACC NR: AP6025817
9-in
2
42
0 '7,2
Ef
0
0 ~472 z
0,071 5 i0 50 100 SOO 1000 hours
Time Fig. 2. Modified roller
Fig. 1. Time dependence of the friction I - inner ring;
bearing-
I - epoxy reBin + MOS?-, 2 - i
moment,. 2 polyamide ring
1 11 i
Mos lubricanto
teflon+ fibber 9;lass+ 2
-i-e-spectively -
orig. art. hass 5 tables and 3 graphs.
BU CODE 13/ SUBIL DATE: none
Card 2/2

k-2572-66
'ACCESSION 1M i AT5022679 UR/0000/65/000/000/0265/0269'
-1AUTHORSt Mcishint A. I Tro anov( L. 1~s I Sergeyevaj Lo go
y
eyeva, ~qre ~seyl(
YOVI
Andr
tTITLEt Behavior of friction'junctionB and some self-lubricating materials in a
,vacuum under ion boEb-ardment
'SOURCE: AS SSSR. Nauchnyy sovet po treniyu i smazkam. Teoriya troniya i iznosa
17(Theory of friction and wear). Moscow) Izd-vo Naukap 1965, 285-209
.'TOPIC TAGS; friction, wear, solid lubricant, molybdenum disulfide, polymerj ion
!radiation effect/ AM0 self lubricating material, AF ZA plastit; lubricant
!ABSTBACT: The t3ffects of hydrogen ion bombardment on the coefficient of friction
;and on wear of friction junctions were investigated. Self-lubricating materials
containing graphite 3 1AVIS I MoSe ding matricee, and#
M.c 22 . 2 2' and various polymerio bon
ami and
!in particular,/ malarial MMYj bronze-based tallocor c coated with 110S2
plastic AF-ZANere tested in the apparatus~tKlown on Fig, I on the Enclosure. The
'~specbneniT were irra ed vrith 3-Kev hydrogen ionsp and their friction and wear
icharact-riatics against a steel shoe (I kg.loadp 1.2 M/seo) were measured over a
'Card 1/4

L 2572-66
AT5022679
1ACCESSION NR% A
9-5-hour period (1 hour run-in, 2 hours in vacuum# 6 hours in vacuum under radiation
land 30 minutes without radiation, or I hour run-in and 8#5 hours in -vacuum without
Aradiation). It was found that the ooefficient of friction decreased eignificantly
k
(in vacuump but that radiation had no measurable effects on friction or wear 01
Imaterials tested. Thus the coefficient of friction can be nalcuInted from
:f=0,35CB
~;(where adhesion coefficientg C and y'- microstructure characteristics# 'r
5 0
:specific shear adhesion, p - contour pressure) which is suggested by Kragellskiy
wear can ge calculated from,
and Mkhin. The
P
h -in 2 7HPW~7 + 219
P
il=k- -"I G* " . , .
I (V + 1) [in 0 + OW
~(whero 9 angle of irregularities on friction surface, elongation in tension# I
yield point). Orig, art. hast 2 formulast 3 tableaj mid 2 figures.
'ASSOCIATIONj Hauohnyy sovet PO tr6niyu i SmaAami- A9 'OSSR (Scientific Committee on
Friction and Lubrication, AN SSSR)
~Card ......

.~ L'2572-o$6..------- - I ---l--- --
~,&CCESSION ~lm: AT5022679-
-ISUMITTEDt 18May65
.iNO M SOVs 002 -
ENCLt 01
-OTHMs 001
6) .
suB com F P, Me
I

qocv~ r\ I-) Y~I
PHASE I BOOK EXPLOITATION 225 Rev.
Tomsk. Universitet. Sibirskiy fiziko-tekhnicheskiy institut.
Issledovaniya po fizike tverdogo tela (Research in the Physics of Solids) Moscow,
Izd-vo AN SSSR, 1957. 277 p. 4,000 copies printed.
Resp. Ed.: Bol'allanina, M. A., Dr. of Physical and Mathematical Sciences, Prof.;
Ed. of Publishing House: Bankvitser, A. L.; Tech. Ed.: Kashina, P. S.
Approved for printing: Akademiya nauk SSSR. Ot4eleniye fizikomatematicheskikh
nauk.
PURPOSE: This collection of articles is meant for metallurgical physicists and for
engineers of the metalworking industry.
COVERAGE: This book contains results of research in the field of failure and
plastic deformation of materials, mainly of metals. TIre work was conducted
along two main lines: 1) study of the physical principles of plasticity,
study of the effect of temperature, rate of deformation, character of alloys,
etc.., on the mechanical properties, and 2) the study of the cuttingj, wearp
and friction characteristics of metals and alloys. This collection is
Card 1/13

Research in the Physics of Solids
225 Rev.
dedicated to Vladimir Dmitriyevich Kuznetsov., Corresponding Member of the Academy
of Sciences of the USSR., Professor, Doctor of Physical and Mathematical Sciences.
The physicists of the Tomsk State University Siberian Physics-technical Institute
(SFT1) and other scientists participated in this work.
TAN OF
CONTENTS:
Preface
4
Vladimir Dmitriyevich Kuznetsov, Corresponding Menber of the Academy
of Sciences of the USSR (on the Occasion of the 70th Anniversary of
his Birthday) 5
Khru,shchov., M. M. Certain Problems in Abrasive-Wear Testing Methods 10
Wear-testing investigations were performed by Zayteev., A. K.., Pro-
fessor Matsin, E. A., Zamotorin, M. I.., Professor., Khrushchov, M.M...
and Babichev., M. A. Abrasion testers used were the Kh 4 and Kh 4-B.
There are 5 figures, 1 table and 17 references,, 9 of which are Soviet.
Card 2/ 13

Research in the Physics of Solids
225 Rev.
Kragellskiy, I. V.., and Troyanovskaya, G. 1. Effect of Temperature on
Friction Characteristice---' 20
The following materials were used in experiments: plastics FK-24A
and 6KKh-l and metal ceramic MK-2,, and as the second element of the
friction pair cast iron CblUfh, SCh-21-40, and steel 45. The machine
used was the type I-47-K-54. There are 9 figures,and 15 referencesj,
7 of which are Soviet.
Grozin, B. D.y Vallchuky G. I.., Gorb., M. L. Physical State of External
Layers of Machine Parts 37
Wear tests were performed on the NI machine. The steels studied were
the R18., R9, 15 ShKh 15, and U8. There are 9 figures and 1 Soviet
reference.
Garkanov., D. F. Experimental Study of the Effect of the Ratio of
Friction Surfaces on the Ratio of Wear by Weight 41
Card 3113

Research in the Physics of Solids
225 Rev.
Personalities mentioned are Kosenko, I. A.., In'shakov,, N. N...
Seredenko, B. N.., Khrushchov., M. M... Professor., Radchik., V. S.., and
Radchik., A. S. Wear-testing machines used were the type A Ye.-5 and
type MI; materials tested,, steel 45, bronze BrAZhMtsp and plexialass;
lubricant used, type NS plus abrasive. There are 3 figures, 2 tables,
and 13 references, 12 of which are Soviet.
Kiselev, G. I. Effect of Scale on the Scratch Test of Metals 49
Personalities mentioned are Davidenkov,, N. N., Savitskiy, K. V., and
Kudryavtseva, L. A., from SFTI; Gogoberidze, D. B. and Maslov, Ye. N.
Materials tested were lead, tin, copper, iron, brass L-62, and
alumirnim; cutting points used, ShKh 15, hard alloy VK -8, and a
diamond point. The testing machine was developed by SFTI. Microscope
used was the type MIS -11. There are 5 figures, 2 tables, and
8 references, 7 of which are Soviet.
Card 4/13

Research in the Physics of Solids
P-25 Rev.
Yepifanov,, G. I. The Binomial Lav of Friction & Personalities mentioned 60
are Deryagin, B. V., Kragellskiy, I. V., and Minayev, N. 1. Materials
tested were electrolytic copper., high purity aluminum. Armco iron.,
brass., steel EI -417, and alloy EI -437. There are 7 figures, 3 tables,
and 5 references, 3 of which are Soviet.
Flerorv., V. I. Effect of Scale on the Relation of the Friction Coefficient 70
Personalities mentioned are Kostetskiy, B. I.., Kuznetsov., V. D.,
Rozenbergj, A. M., Yereminj, A. N., Klushin, M. I., and Gordonj, M. B.
Material tested was axle steel; the cutterj, hard alloy T 15 K 6; the
machine, the PMT-3. There are 3 figures, 3 tables, and 13 references.,
12 of which are Soviet.
Savitskiy., K. V., and Shvartsman.. Ya. V. Effect of Heterogeneous Harden-
ing on Friction and Wear Characteristics of Alloys 79
Personalties mentioned are Matsin, E. A., Khrushchav, M. M. Kuritsyna,
A. D., Zagrebennikova, M. P., and Bochvar, A. A. Tested materials,
Card 5/13

Research in the. Physics of Sol-ids
225 Rev.
were Al- Cu and Cu - P alloys and steel U 12. There are 4 tables,,
l figure, and 4 references, all Soviet.
Kashcheyev, V. N. Nonlubricated Friction of Certain Metal Pairs 86
Personalities mentioned are Aynbinder, S. A., Klokova, E. F., and
Kostetskiy, B. I. Materia.Is tested vere hardened steel ShKh 15,
ann aled medium-carbon steel, and bronze OTsS -6-6-3. There are
6 figures and 7 references., 5 of which are Soviet.
Orlov, B. M. Effect of Lubricant on the Cutting of Steel at Reduced
Speed 94
Personalities mentioned are Savvin,, N. N., Rozenberg., A. M.j
Vinogradov, Yu. M.,, Rebinder.. P. A.., Arshinov, V. A.,, and Yepifanov., G.I.
Material used vas the steel 20 Kh. Cutter made of steel R 18 vith a
cutting speed of v - 25 mm/min. There are 6 figures and 5 Soviet
references.
Card 6113

Research in the Physics of Solids
225 Rev.
Toporov, G. V. Effect of the Structure and Quantity of Pearlite on
Abrasive Wear of Cast Iron 102
Personalities mentioned are Konvisarov,, D. V.,, Grechin., V. P.,
Sukhodollskaya, Ye. A., Kislik, V. A., Frolov, V. I., Chernenko., D. Nj
Dubinin, H. P., Timofeyev, V. G., and Kuznetsov, V. D. Material tested
was the eutectic steel U 8. There are 3 tables and 10 Soviet references.
Savitskiy, K. V. Study of the Distribution of Residual Deformations
Under a Friction Surface 107
Personalities mentioned are Kuznetsov,, V. D. and Yarkina., G. S. Materials
tested were sheet alinninurn, steel 1, steel 5, and steel ShKhl5. Rate of
sliding -,nw 2.2 m/min. and load 2.5 kg/mn2. There are 7 figures and
1 tablel and 2 referencesi, 1 of which is Soviet.
Kufarev., G. L. Experimental Study of Plastic Deformations in Metal
Cutting 115
Card 7/13

Research in the Physics of Solids
225 Rev.
Personalities rintioned am Kuznetsov, V. D... Smirnov-Alyayev, G. A.,
and Rozenberg, V. M. There axe 12 figures, 2 tables, and 3-1 references,
8 of vhich are Soviet.
Sukharina, N. N. Study of Stresses of the First Type in Rolling Friction 127
Personalities mentioned are Davidenkov, N. N., Shevandin, Ye. M.,, and
Savitskiy, K. V. Materials tested were technical copper and lav-carbon
steel. There are 5 figures and 7 references, all Soviet
Krivoukhov, V. A. and Belousov, A. I. Determination of Cutting Force
from the Physical Characteristics of Machined Metals 132
Personalities mentioned are Zvorykin, K. A., Usachev, Ya. G.,
Kuznetsov, V. D., Krivoukhov, V. A., Rozenberg, A. M., and
Bol'ohanina, M. A. There are 5 figures and 6 references, all Soviet.
Kudryavtoeva, L. A. Determination of the Relative Values of Surface
Energies 139
Card 8/13

Research in the Physics of Solids
225 Rev.
Personalities mentioned are Kuznetsov,, V. D.Y Rebinder., A. P., Shreyner, L. A.y
Loskutov, A. I... Boyarskaya, Yu. S... Maslov., Ye. N., Troitskiy,, A. V.,
Kachalov, N. N., Kashcheyev,, V. N., and Ferarmn, A. Ye. Materials studied
were the monocrystals of alkali metal halld s. There are 2 figures,
4 tables., and 11 Soviet references.
Fikitina, A. K., and Bol'shanina, M. A. Effect of the Rate of Deforma-
tion on the Softening of Copper 146
Personality mentioned is Lashko, N. F. Material tested was M-1. There
are 3 figures, 1 table, and 7 Soviet references.
Zhdanova, V. N. X-Ray Study of Structural Defects in Metals Due to
Tensile Deformation 152
Personalities mentioned are Kurdyumov, G. V., Kritskaya, V. K., Illina, V. A.,
Lysak~ L. I., Vasillyev, L. T., and Umanskiy, Ya. S. Materials tested were
aluminum, copper, and nickel. There are 3 figures, 1 table, and 7 Soviet
references.
Card 9/13

Research in the Physics of Sol-ids
225 R:!T.
Makogon, M. G., Legkova,. M. L., and Tabatarovich., A. K. Correlation of
the Velocity Coefficients of Flow Curves 'with Creep and Relaxation Rates 159
Personalities mentioned are Vasillyev, L. I.,, Spevak., L. A., and Kulikava, K.
Material studied was tin. There are 4 figures, 2 tables, and 9 references,
8 of which are Soviet.
Zhdanova, V. N. Study of the Softening of Dravn Tin Due to Applied Load 170
Personalities mentioned are Oding, I. A., Kulikov, F..V., Makagon, M. B.,
Legkova., M. L., and Tabatarovich, A. K. 14ateria3satudied were tin 01 and
c rcial tin. There are 2 figures and 2 Soviet references.
hybalko, F. P. Nominiform Distribution of Plastic Deformation and
Hardening Orientation 174
Materials tested were aluminum and copper. There are 7 figures and
7 Soviet references.
Card 10/13

Research in the Physics of SolidB
225 Rev.
Grin',, A. V... and Pavlov, V. A. Internal Friction in Deformed Alumimm-
Magnesium Alloys 184
Personalities mentioned are- Vey)3berg., B. P., KAznetsov, V. D., and Ioffe, A.F.
Materials used were alloy prepared from aluminum AVOOO and electrolytic
magnesium. There are 6 figures and 18 references, 9 of vhich are Soviet.
Bollshanina, M. A., and Panin, V. Ye. Latent Energy of Deformation
Personalities mentioned are Bollahanina, M. A., Khotkevich., V. I..,
Kunin, N. P., Senilov, G. V., Fedorov, A. A., Degtyarev, M. M., Studenok, Yu.A.j,
Panin, V. Ye., Tyzhnova, W. V., Fastav, W. S., Shermergor, T. D., Nikitina, A.K.,
Shelepukhin., P. R.., Grazin., P. L.., and Milevskaya., V. G. Materials studied
were copper, aluminum, nickelj, steel,, steel 3, iron, brass, bronze, zinc, silver,
and tin. There are 19 figures, 4.tables., and 64 references., 23 of vhich are
Soviet.
Vasillyev., L. I... Yelsukova,, T. F., Bollshanina, M. A.., and Kondratlyev,
P. A. Vibrational Stability of Certain Lead Alloys Used for Cable
Heathing,, Part 1. 234
Card 11/13

Research in the Physics of Solids
225 Rev.
Personalities mentioned axe Samoylov., V. N.p Obolentoev, A. V., and
Vasillyev, L. I, Materials studied vere a total of 13 lead alloys: binary
alloys of lead vith antimony, tin, cadmium, bismath, and tellurium; ternary
alloys of lead-entimony-tin, lead-antimny-tellurium, lead-antimony-arsenic,
lead-antimony-sodium, and lead- antimony- selenium; quaternary alloys of lead-
antimony-tin-copper and lead-tin-bismith-arsenic. Research was done from
specifications of the Tomsk Cable Plant "Tomkabel" vith the participation
of engineers of this plant. There are 4 figures, 3 tables, and 4 Soviet
references.
Bol'shanina, M. A., Yelsukova, T. F., Kondratlyev,, P. A.., and Fomina, M.A.
Vibrational Stability of Certain Lead Alloys Used for Cable ffileathingo
Part 2. 242
Personalities mentioned. are Zakharov, P. A.., Pereslegin, V. A.,
Dnestrovskiy, N. Z., and Shpagin., A. I. Materials studied included
19 different lead alloys: binary alloys of lead-antimony, lead-cadmium,
lead-tin, lead-bismuth., and lead-tellurium; ternary alloys of lead-
antimony-tin, lead-antimDny-sodium, lead-antimony-arsenic, lead-antimony-
tellurium, and lead-antimony selenium; quaternary alloys of lead-antimony-
Card 12/ 13

Research in the Physics of Solids 225 Rev.
tin-copper and lead-antimony-biszzuth- arsenic. There are 17 figures,
4 tables, and 12 references, 3 of which are Soviet, 1 German, and
8 in English.
Kiselev, G. I. and Ilyushchenkov, M. A. Physical and Mechanical
Properties of Low-Carbon Steel 262
Personalities mentioned are Shramkov, Ye. G., Akulov, N. S., and
Lifshits, B. G. There are 9 figures, 3 tables, and 16 references,
13 of which are Soviet.
Karpenko, G. V. Universality of the Adsorption Effect of Hardness
Decrease in Metals Z73
Personalities mentioned are Aslanoval M. S., Chayevskiy, M.I.,
Markova, N. Ye Ae Rebinder P A and Likhtman V 1. Materials
used vere tbje J -e1 ShKh 13 ;Zd*irass L-62. Fhei4 are 9 Soviet
references and I figure and 1 table.
AVAILABLE: Library of Congress
Card 13/13 BK/mal
9-11-58

TROIZATIOVSKAYA, G. 1. and VIAGELIGIM, 1. V.
"Effect of Temperatures on Friction Characteristics" in book Research in the
Physics of Solids , Moscow, Izd-vo AN SSSR, 1957. 277 p. Ed. Bol'shanina, M. A.
Tomsk Universitet, Siberskiy fiziko-tekhnicheskiy institut.
The following materials were used in experiments: plastics FK-24A and 6P,.Kh-1
and metal ceramic W-2, and as the second element of the friction pair cast iron
ChMM, SCh-21-40, and steel 45. The machine used was type I-47-K-54, THere
are 9 figures, and 15 references, 7 of which are Soviet.
This collection of articles is meant for metallurgical physicists and for
engineers of the metal-working industry. This book contains results of
research in the field of failure and plastic deformation of materials, mainly
of metals. Problems of cuting, abrasion, friction, and wear of solid materials.
(metals) are discussed.

TROYANOVSKAYA,G.I.; LAZAREV,G.Ye.
"Retinaks" heat resistant friction material. Vest.AH SSSR 25
n0-7:71-73 Jl '55. (KLRA8:10)
(Metals at high temperatures)

iuseft/ Engineering - Materials
Card 1/1 Pub. 124 - 11130
ArWtoro I Troyanovskayal G. I., And Lazarev, G. Ye.
Title I Heat resistant friction material "RETINAKS"
PftriOdiCal I Vast. AN SSSR 25/7, 71 - 73, jul 1955
Abstract i The development of a new heat resistant (100000) friction material c;qued
'!RETINAKS", trade name FK-24A, is announced. Results obtained in tes-Uing
the now material, presently used for mass production of brake-shoes, are
described. Composition of the now material is not described but mention is
made that one of its components is phenol-formaldehyde resin. The advan-
ta6es of the Retinaks material over the 6KKh brake-shoe material are listed.
It is shown that the addition of brass or Boft steel filings to the Retinaks
composition increases its frictional and mechanical properties at forced
brake conditions.
Institution
Submitted

Tro, - r -v.
Li I
I-C
L
Put)
cc.,;
c

SHCHEDROVS V,S,I- TROYANGVSKAUI GoL
General analysis of similitude conditions in case of static
friction. Tren.i izn.-a h.' no.15:305-321 162. (MIRA 15:4)
(Friction)

KRAGELtSKIY khn
., Igor' Viktoravich, doktor tts' . naak., prof.Prinimli
uchastiye: TROYMOVSKMA, G.1 kand. tekhn. nauk; DENKIP, W.B.,
kand. Yu-.-I., kDnd. takhn. nauk; KUDIUCV,
V.A., kand. tekhn. nauk; GARMSOV, V.I., inzh.., red.;
BYSTRITSYLAYA, V.V.p red. izd-va; TIMIANOV, A.Ya., tekhn. red.;
SOKOLOVAJ, T.F., tekhi. red.
[Friction and wear] Trenie i iznof;. Moskvaj. Mashgiz, 1962. 382 p.
(MIRA 15:3)
(Frict-*-on) (Mechanical wear)
(Lubrication and lubricants)

R-LVKIN, S.L., karil. ~,.'.,hn. rmub:-, TROY At"OVSKAYA, t'J.V., i,nzii.
-1-1.~l.--Zl-~-,-.,~",-,-,~-"~''-~.,.
ExperimentaL study of un'-t vrilltmejof water -',n a-.,*eas near a
Critical point. Teplocriei-get,ika 11 no.10.,?2-75 0 '614.
(MIRA 18 3 3)
1. Vzesoyuznyy ceplcLekhni.~3111!3kly Institut.

RIVKIN, S.L.; TROYANOVSKAYA, G.V.; AKHYNDOV, T.S,
Experimeia-`stu-'-d-y'-c'f-' t'-he" specific volume of wate.- from isochors
close to the critical value. Teplofiz. vyb, temp, 2 no.2:219-229
Mr-AP 164. (MIRA 17:6)
1, Vsesoyuznyy nauchno-issledovatellskiy teploteklinialieskiy
institut imeni. F.E. Dzerzhinskogo.

CHICHINADZE, Avtandil Vinsarionovich;.-TROYAWVSKAYA Galina, fovna:.
TUCHKOVA, L.K.,~ Inzb., ved. red.; KIRNOSOV,
SMIRNOV, P.H., tekhn.red.
[Temperature range. coefficient of friction, and wear of pairs
of sliding surfaces] Temperaturnoe pole. koeffitsient trenlia
i isaos frlkteionnykh par. Moskva, Filial Vass. in-ta nauch.
i takhn. informatsit. 1957. 26 p. (Peredovoi nauchno-tektni-
chaskii i proizvodstvannyi opyt. Tema 20, no.K.-57-127/6)
(AIRL 11:12)
(Friction~

:iHM.'NOV, B.V.; THOYANSHa.Yii, 1-Y&.
Certain results of a stulv of sunviss"ve arr~~vais -:n re-larse
-,Ing. Gcor*iz, raz.,- rc. "r-40-41, '64.
microseismic logg I
(141111.~ 1?:7)
~,7: .4
1-1
Ir

TROYANOVSKAYA, M.
-1, ~
"Glues and gluing for the ranxifacture and repair of footw-r.'
A.B.Kagan. Reviewed by N.Troianovskaia. Leg.prom, l5no.12:51 D 153.
(MLH& 9:5)
(Shoe industry) (Glue)

BERRI, L.Ta., doktor ekon. nauk, prof.; MAX31YOV, I.S.; BRAGINSKIY,
B.I., doktor ekon. nauk; GRIGOR'YEV, A.Ye., doktor ekon.
nault, prof.; ITIN, L.I., doktor ekon. nauk, prof.;
LOKSHIN, E.Yu.,, prof.; KAHENITSER, S.Ye.., doktor ekon. nauk,
prof.; OBLOMSKIY, Ya.A., kand. ekon. nauk, dots.; SHASS, M.Ye.,
doktor ekon.nauk, prof.; STEPANOV, A.Ya.; ULITSKIY, L.I., prof.,
doktor ekon. nauk; PODGORNOVA, V., red.; TROYANOVSKAYA N.,
tekhn. rod.
(Economics of socialist industry] Ekonomika sotsialisticheakoi
promyshlennosti; uchobnik. 3., dop. i perer. Izd. Pod red.L.I.
Itina. Moskva, Cospolitizdat, 1963. 646 p. (MIRA 16:8)
1. Moscow. Gosudaratvennyy ekonomicheakiy inatitut. 2. Zavedu-
yushchiy kafedroy ekonomiki promy-ahlennosti Moskovskogo inatituta
narodnogo khozyayatva im.G.V.Plekhanova (for Itin).
(Russia-Industry)

TROYANOVSKAYA, S.P.
~tt work as a midwife. Zdravookhranenie 2 no-1:52-53 Ja-F '59.
(MLRA 12 -.7 )
1. Fatroazhnaya akusherka rodillnogo dom g.Belltay.
(BELTSY-OBSTEMCS)

SOKOLOVA, Ye.B.; SHEBANOVA, M.P.; TAN TSZIJNI-TSZF [Tlang TStin-chieh);
TROYANOVSKAYA, Ye.A.
Condensation of an allyl-type bromide of the C7H.13Br composition
with carbonyl compounds and Grignard reagents. Zhur. ob. khim. 34
no.9:3085-3087 S 164. (MIRA 17:11)

AllOVSKl'Y._ A.A., vrach
Exercise therapy during the postoperative period. Med.sestra
18 no.2:9-15 F '59. (HIRL 12:2)
1. Iz ginekologlcheskogo otdeleniya bollnitsy imeni S.P.Botk-ina,
Hoskva.
(EURCISH THERILPY) (POSTOPERATIVE CARE)
4-

Lossca at the electrode c.t.cta of bath%,for the 61cetrO-
ly tic zLic process. V,-71 ToYallnvskii Thlech. Machine
fool Ch,,Iy 11rurn. En rgrl. 7, No. 7, 12-13
( 11 ; Chm. Zelar. P-51, n. 295-11carrAvs of sheet
A] with Cu ruJs :L3 k:111-itl lillf!-% Ul1dCr%%tT'r corrAnn In
11"110, furnen at M-irli remilted in the formation of
it suffiw~ filrn tv114,;ti);g t4 zlls()4 lip to GO, AHOII)m UP
1, 'A mul F, 111) to V :,. "I lwref-~", contacts of nuiform
mci :1 1' 1, ere, ilroall'-d. Tile joillts b,tweell tile ,Ii,-ct Inctal,
and imd-ill lims wrv! ivvld~!d ~r z,,Idertd. M. G. 'Moore-

VWfAN'0'TiKr',,', A. 'I.
WSH/Blectricity - Industrial Electrolysis May 52
1 Metallurgy - Electrolysis of Zinc
Nethods for Determining and Measuring Leakage Cur-
rents in Zinc Electrolysis Shops," Engr A. V. Troy-
anovskiy
Prom Energet, No 5~ PP 12 - 16
Results of study and measurement of current leakages
on basis of author's work at a Zn plant, 1949 - 51
(many verified dt other such enterprises), show
that high leakage (2-2.5% in some cases) can be
reduced, saving metal and power) by *js.9 of non-con-
ducting materials (livinilplast", "faolin") instead
of Pb for bath linings, piping. Recommends this
p:pocedure for"Zn, Cu2 Hi electrolysis plants.
248T44

TROTANOVSKIY, A.V.; KASHKOVICH, P.S., Inzhener, retsensent; KOLIUSHOV, V.A.
ie4akto-ir',i NAUMOV, V.I., redaktor; MIUAYLOVA, Y.Y., tekhnicheskly
redaktor.
r3conomizing on electric energy in the electrolysis of zinc and
copper; basic electric characteristics of the processes and
electric equipment used] Zkonomila elektroenergii pri elektrolize
tainka i medi; o9novnye elektricheskie kharakteristiki protaessov
i elektrooborudovaniia. Moskva, Goo. nauchno-tekhnicheekoe izd-vo
lit-ry po chernoi I tsvetnoi metallurgii, 1954. 166 p. (MLRA 8:1)
(Electrolysis) (Zinc--Electrometallurgy) (Copper--Electro-
metallurgy)

TRITANOVSKIY, A. V.
"Determination of Optimum Electrical :vvl 1,~!c,ri.cal 7q~iip;rent
Por )' "r~ee,-Ung an EconorV in ?lectric Poiger Ln trip, Zlectrol/sIs jf
-al Polftec',inic Inst imeni 3. -1. Kirov,
Heavy 'loaferro;as 'Netals.11 Cand rech 3c!, U,
Min llighar Education USSt, Chelyabinsk-Sverdlovsk, 1955. (M.., ~lo 16., Apr ")
SO- Sum. No. 704, 2 :10V 55- Surv,,~y oC Scieltif Lc and Techinical Diss3rUti',) 13 Dacaaded
at TSSR fligher Educational I sklitutions (16).
U in -

ACCESSION NR: AP4041639 S/0114/64/000/006/0039/0040
AUTHOR: Tr?LyLrjqy~ciy, B. M(Candidate of technical sciences, Docent);
Zanin, A. I.; Kazintsev, F. V. (Engineer)
TITLE: Higher economy of a stage in which stamped blades were replaced with
milled blades
SOURCE: Energomashinostroyeniye, no. 6, 1964, 39-40
i; TOPIC TAGS: steam turbine, steam turbine blade, stamped turbine blade,
milled turbine blade, steam turbine economy
ABSTRACT: The last stage of a VPT-Z5-4 (Ural Turbomotor Plant) steam
turbine was tested under various conditions with (a) stamped nozzie blades and
(b) MEI-designed milled varying -thickness blades having the sam,2 effective
sino(,, - 0. 266. The stage efficiency was 80-81% and 86% for the first and second
diaphragms, respectively. The tests were staged with pressure ratios
Card I /Z

!'ACCESSION NR: AP4041639
corresponding to subsonic speeds in the diaphragms, and with natural Reynolds
numbers [Re a b c (I. 3-2.0)x 1051. Orig. art. has: 2 figures.
i ASSOCIATION: Moskovskiy energeticheskiy institut (Moscow Power -Engineering
Institute)
SUBMITTED: 00
.'SUB CODE: PR
ENCL: 00
NO REF SOV: 002 OTHER: 000
Card, 2/2

TROYMIOI]SKIY, B.M., kand. tekhn. nauk
Practical method for calculating threo-dimensional flow in a
turbomacbine stage. Teploenergetika 10 no.10:28-29 0163
(MIRA 17:7)
1. Moskovskly energetichoskiy institut.

TROYAIIOVSKIY, B.M.1 dotsent, kandidat tokhnichaskikh nauk.
---III-.I-,-`;--j~- 1-
OWorking blades and disks of steam turbines.' A.V.Levin. Reviewed
by B.H.Troianovekii. Vest.mash. 34 no.7:99-100 Jl '54. (MMA 7:8)
1. Moskovskiy onergatichaskiy inatitut (for Troyanovskiy)
(Levin, A.V.) (Steam turbinae-Blalee)

UWTWVICH, Goorgijr Semenovichl UMLOTBxnr Boris MikhayloTi6li; IMICH,
K*Ye,. redaktor; SKCMLTAUV, A'*T.-T-re-dura"..-MMIN, A.M., takh-
niche W y redaktor.
[Variable working cycle of $team turbirAml Poresennyi reshis rabotir
parovfth turbIn. Pod red. A.V.Shcheglisava. Moskr&, Gos.energ,isd-vo
1955+ 2Wp* [Kicrofilul (MIRA 8:5)
1e Chlen-torrespondent AN SSUR (for Shcheglyayev).
(Steam turbines)

Subject
Card 1/1
Authors
Title
USSR/Engineering
Pub. 110-a - 17/18
AID P - 51111
BeloBellskiy, B. S., B, M. 'Prof anovskiy, Kandidats
Tech. Scl., A. sTo_v_aa`y"`a'7 Sora"'HWW~-'
M. Mo 1, M I
New books
Periodical Teploenergetika, 10, 63-64, 0 1956
Abstract : Book-reviews discussing 14 new technical books published
in the USSR in 1956.
Institution : None
Submitted : No date

Subject USSR/Engineering
Card 1/1 Pub. 110-a - 18/18
Author Troyanovskiy, B. M., Kand. Tech. Sci.
Title Foreign books
AID P - 5115
Periodical Teploenergetika, 10, 64, 0 1956
Abstract : Book review discussing technical books published in the
USA', England, Germany, Hungary, France, in 1955-1956.
Institution : None
Submitted : No date

TROYANO~Sxiyj I.M41; KIRSANOV, I.H., redaktor; IARIOUOV, G.Te., tokhni-
AROMWANOW
choolly redl=oro
[Prombems in designing and operalting steab turbines] Nekoterre
I
voprosy proektiroyaniia i ekspl7untiatisil- ~Lrovykh turbin. M%o -
sky&, Ges.energ izd-ve, 1957- 135 P- Wak 10:6)
iSteam turbines)

I I
- 1A ~-.j/~. ~ ~, -1 - -- . I-,,,- ,
~Y' -
SAMOYLOVICH, Georgiy Samenovich; TROYA14OVSKIY, Boris Mikhaylovich; KOSTYUK,
A.G., red.; MVJW.NY, -- I!w4- -_ _.
[steam turbines; a collection of problems] Parovye tarbiny;
abornik zadach. Izd. 2-oa, dope I perers Moskva, Goss energ,
izd-vo, 1957. 274 p. (MIRA 11:2)
(Bteam turbines--Problems, exercises, etc.)

b2
__
_
_
_
AUTHORS: Deych, -X
G
.
and. Tech. Sci.), Samoylovich, G.S. (Can
(

'
'
Tech.Sci.), Tro anov ki B.M. (Cand. Tech. Sci.).
9K
l
~
T
Kazintsev, Y
~En~gine
e~r) and Lipatnikov, S.]'i. (Eng.)
.
TITLE: Investigation of two-crown regulating stages in an
experimental steam turbine. (Issledovaniye dvukhvenechnykh
reguliruyushchikh stupeney v parovoy eksperimentallnoy
turbine).
PERIODICAL: "Teploenergetikall (Therma'l Power), Vol.4, No.5, May,195?,
pp.35-4a (U.S.S.R.)
ABSTRACT: Operating test results have shown that the regulating
stages having two sets of blading on a single runner
that are used by steam turbine factories are of low
efficiency. Therefore, turbine designers try to avoid
the use of such stages in high power turbines. However,
hitherto, such stages have not been systematically
investigated, the reasons for their low efficiency have
not been established and methods of improving the
efficiency have not been indicated. This article describes
new 2-crown regulating stages that have been developed in
the Moscow Power Institute intended for various heat drops
and steam consumptions. The explanations of the type of
stage and of the experimental conditions are all expressed
in terms of Soviet conventional notation which is assumed
to be so familiar to the reader as to require no explanation.
The experimental set-up is described, the available
experimental turbine having the following limiting

Investigation of the two-crown regulating stages in an
experimental steam turbine. (Cont.)
conditions: maximum power 600 kW, maximum speed 12 000
r.p.m.; initial pressuge 1 to 5 atm.; maximum initial
temperature 150 to 300 C and exhaust pressure 0.1 to
2 atm. The turbine is loaded by a hydraulic brake.
The main geometrical characteristic of the stages tested
are described with full information about blade profiles
and dimensions. The results of the tests are
presented.in the form of graphs of the internal and
blade efficiencies.
The experiments carried out were of a preliminary
nature. Por a number of operational reasons unstable
conditions were obtained with a deep vacuum beyond the
stage and it was, therefore, impossible to obtain a
reliable efficiency value for certain conditions and
particularly for low Reynolds numbers. Moreover, the
relative error of the experiment is higher with deep
vacuums because the power of the stage is less.
However, the test results are of interest in that they
give a qualitative picture of the relationship between
efficiency and Reynolds number. Graphs illustrating this
point are given. Information is also given about changes
in the reaction under different conditions and the
results of investigations on the stages with partial
supply of steam. Some results are also given on a

629
Investigation of the two-crown regulating stages in an
experimental steam turbine. (Cont.)
detailed investigation of the structure of flow in the
stages, including graphs of pressure distribution over
the profile of the blading.
It is concluded that stage type KS-lA is of high
efficiency over a fairly wide range of conditions. With
partial supply of steam the blade and internal
efficiencies of the stage are reduced. Protective
housings ana longitudinal glands on the boundaries of
the.arc of steam supply should be installed to reduce
windage losses. General agreement was found between the
pressure distributions over the profile determined under
static conditions and 'by calculations. There is reason
to think that similarity of pressure fields is observed
during tests using steam and air. 11 figures, 1
literature reference (Russian).
Card 3/3