SCIENTIFIC ABSTRACT YURCHENKO, YU. F. - YURENEV, V. YU.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963210006-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


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LARIKOV, L.N.; YURCRENKO, Yu.F.
Investigating th6rrAl and volumetri&~)ffecta during the
annealing of cold-worked patented steel. Sbor. nauch. trud.
Inst. metallofiz. AN URSR no.20:64-66 164f..
Mithods of investigating arrall volumetric changes. Ibid.:
191-197 (MIRA 18-5)

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A heiiko, Yu. F.
st stee'
knife --,rrc.,5;J -;E~
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EIR 002 .,,TD PFEE'S' 4034

L 04933-67 EW-1 (1) IJr(c) C;,4
-
AM _NR:W-P_6028222
SOURCE CODE: UR/ois4/6~/o-o-o7o-o-i/013170137

AUTHOR: Yurchenko. Yu. F (Engineer) i f
13
ORG: Moscow Instittite of En era otf;!~od4~87 ortal Pho!ggr hy and rto q
jt~L_ _ __t_A _,I!p __
-(.MLoskovskiy institut Inzhenerov geodezfl, aerofotosttyemki I kartografti) -
TITLE: Analysis of high-order aberrations

,SOURCE: IVUZ. Geodeziy I aerofotos"yemica, no. 1, 1966, 131-137
TOPIC TAGS: light aberration, refractive index, optic system
~ABSTRACT: When calcidatlLng optical systems with high optical characteristleB (relative open-
ing, aperture, -and viewing angle) the calculator constantly deals with aberrations of third and
higher orders. If the system obeys the third order opti ~the system Is corrected by
caltheory
means of Seidel sums. In most cases systems do not follow this theory and calculation of
aberrations of higher orders in Seidel sums results In complex formulas which are difficult
How'-ever
and even Im
ossible to use
n anal
sis of
b
ti
f hi
h
d
t
f
.
a
erra
ons o
, a
er or
ers
o one o
p
y
g
the necessary elements of calculating systems. therefore in this article the author analyzes
the spherical aberration of one refracting sp~crical surface for the case where the subject lies
Card 1/2

a

ONION,
EN N, I'M I

L M933-67
ACC NRs AP602 8222
atinfinity. An analysis of the formulas derived demonstrated that the smaller the Index of
refraction of the lens, -the higher the order of spherical aberration and, conversely, at large
angles of Incidence of a ray onto. a joined surface and small difference of the refractive in-
-j-dexes-of the-joinedaurfacei- large- values-of -high -ordorc-of A n-
-showed'th. -f
CCU
dnalysls-of-sp erochropiatic abe~mations at large Qjrhe obKrornatle a rrations o
joined
~Aurfkdeo .and, ChAjerrations,tan. It
'"t su be e 1(n6to 0e_.tM_-,of glass on.the
in constant
r6fia6t;1ve-l06xe0 of fliq~medum, ore aadafter- tha-refracting surface) rem
when the wavelength changes. A formula Is derived for astigmatism introduced by one re-
fractingspherical surface. The author states that It I a apparent from. the formulas derived
t1uat aberrations increase or decrease depending upon the angle of Incidence on the surface,
and distortion and coma change depending upon the angles of Incidence of the principal ray
and broadjacillned rays, OrIg. art. -has: -.34 formulas.
SUB.-CODE -.1
7 -4-2a _SUBM DATE: Mo"5, ORIG RE F: 001
kh
Card 2/2

14PASMY. 14.0. j .- D.A.; RMVSXIYO 1. 1., reftktor; ROSLOV. - G.I.
takhniche re or
[Advice on television sets. radio r ceivers, aad photographic
s(VApmant; experience of Inningrad :torso] Consul$ tataii po tole-
visorem, radioprieamikam t tototovaram; iz opyte Leubgradskikh
magazinov. Kookma, Goo. Izd-vo torgovoi lit-ry, 1956. 76 p.
(Television--Receivers and reception) (KIBA 9:7)
(Photography-Apparatus and supplies),
(Radio--Receivers and reception)

GALUNINA.. ZJ,; YURCEMMKOVA, A.d.
Efficacy of antibiotics In the prevention of scarlet fever. Zhar.
mikrobiolopid.1, immun. no.3:23-25 Kr 954. (HIBA 7:4)
1. Is Gorlkoyakogo Instituta apidemiologii I mik-robiologii (direktor
A.H.Henhaloya) I sanitaL-no-opidemiologicheaL-ov stantsH Gverdlov-
okogo rayona go Gorlk~go (gla-nW vrach S.I.Slareva).
(AmttUotias) (Scarlet favor)

TARANEVKO~ F.r.; LURIYE~ M,I,,t kandtaknn.nauki SERWEV, U.M,I,Y.URCH"SKIY
Program controlled stand for investigating unstead7 notIon
conditions of motor vehicles. Avt.proml 31 no.10:26-30- 0 16-5.
(M.TPA 18:10)
1. Mogkovakiy avtomobillno-dorozhnyy insti-Cut i Wentra-llny7
nauchrxo-issl-~dovatalfskiy ordena Trudovogo Frasnogo Zntmeni
-avtomobilln;y3~4- &vtomoto_r_nyy institut.

9 9 0T 0 q Q 0 9 0 0 0 0 0 W+-
Cew=. Yo. M. Butt and S. 1. ypx US,&.R.
Sb-
0.10, Sept. 30, 10,17. A ceffick H F0 gM from the
14 waste cakined at WO' &M mixed
with time and(or) gyptum hemiltydrate. W 11*wb
-to
00
ki
of
son
so 0
Too,
-Aid ILA
.11IJ .61 C4,
LL AV 10 W An L 19 W 9 9 1 ff H
it it arp (f or K 9 99 et Ir Ic tat MA6
so I* : & 00 o, a a a 0 *Go,
twit
to 006 *ease*$ g 6

~lk

USSR/Enrinenrinr, - Refractoriesy Technolor:r Nov 51
"Effect of Steam Prcssure on Phycicomechanical Properties of Silica E~rick Uith
AddUtion of "ranvlated Eodium Silicate," P. P. BurInikov, Corr Men., Acz~d Cci USSR,
--evp 1. Yurchik
"Dok Ak ','aiflk' S"j-R11 Vol TYXX'Y, Wo 2, pr) 255-21,58
Introduction o f sodium silicate into sand-lime mixt intensifies fomation of calcium
dlje-t6-inere-~~7ed-ca,,itent-of- active --si-lica,--and --indreases. effect of
higher st.eam -pressure in autoclave in respect to improving strerfrrth of product
made 'by h.,
-rdmthermal mothod. In addn, ~,ranulated sodium oilicate decreases water
absor,-)tion of brick, having favorable effect on its frost-resistance.
199T31

~~ r , ~ . - I . I.;:, ~ - ~ ll~ li 3: - I I -

YURW FU 'S.
I A
Gen!
lt7
I ;I
t- tit
h-vld"at'-S which mA( tkif Oic tl~- f1j.
j
S-albie Mg
f-~. rn'~q ~Occ-'!- :,I vHti- r, f'. If-
thm ql'-Ch. Auvigh C17c'!, u
or U--'-S*0"j01f'ot"dlr'bifi te) is added to the ba(Ji

POPOV,A.U.; inzhener
Rapid etripping of centrifugal renforced, conereta pives.. Bet.L
zhel.-bet. no.5:188-190 Ag '55. ~WMA 8:9)
1. Deystvitallnyy chlen Akademil arkhttektury SSSR (for Po-Dov)
(Pipes. Concrete)

POKRIVI"l-CHKIP at.- YURCHIK T. STRIGERT, K,
Cardiac arrest in the operating room. Fhirurgiia (Sofiia) 18
no.5t521-524 165.
1e Inatitut-po aneateziclogiia, Udz (direktor dotsent St.
PokrivnicW) i Tnatitut po anesteziologiia pri 111. khir.
klinika na MA, Poznan (rukovoditel V. lUrgin).

ACC NR, A26022019 SOURCE CODE.- UR/0120/66/000/003/0165/0167
AUT1HOR: Kikoin, A.,K,; Buzynov, A.:Ye.,; Yurchikov, Yee Yee
ORG: Institute of, tho Physics of Metals$ AN SSSR, Sverdlovsk (Institut fiziki
-metallor -Alk--SSSR
..TITLE: A vacuum device with a diffusion pump
~,SOURCE:, Pribory I teUhnika eksperimenta, no, 3, 19660 165~167
TOPIC TAGS:, vacuu Im, vacuum chamber, vacuum pump, vacuum technology, diffusion pump
ABSTRACT: A simele vacuumidevice capable of producing in its evaporating chamber a
vacuum of %5*10-0 torr, which Is high enough for,-thin film technology, is described.
Usually the possibility of-~jbtaining such a vacuum depends on the speed with which
working pressure is reatored in the chamber after dismantling and parts replacemenr.
Because of this every attempt to-obtain a metallic thin film takes a long time and,
Af frequent replacements of the evaporator, or other parts of-the vacuum device are
required, ther, major difficulties-are encountered. In the vacuum device discussed A
diffusion pump, mounted directly In the evaporating chamber, is utilized which makes T-
it possible to obtain irithin a short time a pressure of 2-10-7 and a vacuum of 5-10-8
torr. The evaporating1chanberis In the form of a 31250 md cylinder vith a volume of
15 1 mounted on,a steel 'Platee The chamberia eva Icuated -through an opening in the
center.of the ateelplate 16y the RVN-10 preevacuaclwpump and by the TaVL-100 oil-
Card 1/2 UDC: 539.234: 21,52-

YU _MKW
ence in thremberlastogrepiq wing oxalated, plasma*
gemat. i Peral. krdv: i w*F,6t49- ;0263,
(MIRL l7t4)
kb1i4lWoheakc, 'irliki, zavo - prof*
kl-
.-G:G. J(aravancer) L#Xorvakogo maditsbakogo instituta na ba2e
2-So Ishi-rurg-iche!3kOgo,"otd,eloniya Livovakoy oblasimoy kliai-
eheskoy boltnitsT.

W--
8/0 44/61/000/00 5/002/025
011 1/C444
XJTHORSO Ayzenbergg 11. N.P -Yurchukp A., Pa-
TITLEa Dn some problems of the propositional calculug
PERIODIC&Lt Referativny7 zhurnal, Matematikai no- 5, 1961, 6,
abstra;t 5A74.(D,,kl. _i. soobshch. Uzhgorodak. un.-t.
Sex. fi2.-matem., 1960, no. 3~ 66 - 67"F
~TEXTa Informdtion or, new proQfB:.:of we!-1-known theorems,
granting 1)-a survey of all. conclusions of an assumption, ar4d 2) the
9
obtainment of %!I assumptions cf a proposition for tt,ejropositional
caloulus of 1. 1
-J, Zhegalk,ln (Matemq 1927o 149 no, ii. The authors
do not explic. he
Itly refer to thes fat-'. that the "ablej, g1:7e by t m, is
-a t-vath-table for.the separating 11orlto
(Abstracter's notea Complete tran-glation.)
Card 1/1

M

ACC NR1 AT7001817
SOURC9 CODE.- tM/2778/66/000/015/CI'121/0128
AUTHOR: Yurchuk, V. A.; Gulyayev, A. A.
ORG: none
TIT LE Compensating elements for pulse- circuits (bridges) with co,,aversion
----------
-SOURCE: - Leningrad. Nauchno-isaledovatellskiy institut gidrometeorologicheskogo-
priborostroyeniya. Trudy, no, .15, 1966, 121-128
TOPIC TAGS.: meteorology, meteorologic instrument, pulse circuit, pulse bridge,
rheochord, conversion unit, compensation element
7:-, ABSTRACT: The authors Aescribe-a circuit used. in- ii~easuring:meteorological -
--paramete-is- _~Vhe-drquit bonsists-14 a-dyniink all .66b)o6noit ...ele'etricalbridje
f~d'l y' a-
pu e -.-po-Wer.-oupp y- -jrht ideves: as -The - mpensa ing
~a- =6~d' ic6 i~ -CO
~-c sion 1_4'10.*~~---aM4":`
~Jsp
onver un il::)k lift i;h 2,
ormii
SUB, CODE: 08* 091SUBMDATEt.,zone/0RIG, REP: 002/
ard

ACC Niz- AT7001813 SOURCE CODE: UR/2778/66/000/01.5/0072/0078
AUTHOR: Yurchuk, V. A.; Matin, A. L. Qershenzon, Go So
ORG: none
TITLE:. Resistance telemetering system
1 SOURCE: Leningrad. Nauchno-issledovat ell skiy -institut- gidrom eteorologiches kogo
priborostroyeniya. Trudy, no.- 15, 1966, 72-78
TOPIC TAGS:. telemetry system, telemetry transmitter,- telemettry receiver,
i hydrometeorology, telemetry, electric resistance t'elemeter, resistance telemeter,
Pulse bridge telemeter
ABSTRACT: The authors discuss the principles of the construction. of simple pulse-
bridge telemetric systems for measuring hydrometeorological resistance when the
measurement of meteorological elements is reduced to the measurement of electric.-
!,resistance. The system consists of a m easuring- and. -transmitting unit and a
rec eiving- and-recording unit. Circuit diagrams -are given for the transmitter and
! -receiver units, -and the -design of -the various -elements in the units is described. -
Orig. art. has: 3 figures and 19 formulas. [Based on authors' abstract] (SP]
SUB CODE: 08,09/SUBM DATE: none/ORIG REF: 001/
Lqard.

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GUGAM~ A*04 DATSYUK.NeK.;- MCOK UeFe
Iffect of intioducing-Asotobacter on the thermal conditionx ofths,
ffubstrate in producing soil-asotobacterin. Dep. ta pove L'v4[v*un.
no.64to2:27-30 '55s (HIRA 10;3)
.(Azotobacter) (Soil-temperature) (Soil inoculatfon)

tic ft 7-'attiratlon
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IVANYUK, L.I., inzh.; KOCHAN,, V.A., kand. tekhn. nauk; OGIRKO, N.M., inzh.;
-The UPIP-60M universal Instrument. Priborostroenie no.2.-25-26
F f65- (MM, 18:3)

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dzechos~9valcia /Analytical Chemistry.
Analysis of Organic Substances.
'Abs Jour: Ref. Zhur Khimiya No.,2, 1958s 4350
Author Yurechek, Khladek, Khladkova, Souchek, Srpova
Title Simultaneous Detection, -Identificati6h and.-
Determination of Secondary and Tertiary Alcohols
by a Mieromethod.
Orig Pub.: Phem. listY, 19571$ 51, No. 3,,448-451
Abstract: The alcohol under investigation is converted
into the corresp6ndint alkyl chloride by means
of the Lucas reagent conc. Hel, sp. gr. 1.19
or the solution of 1~6 g. of anhydrous ZnC3.2 in
105 ce. cone. RC1,)-. The separated alkyl chloride
is converted with.thioura (1) into a soluble
alkyl thiuronium.chloride. After neutralization
,Card 112

Czechoslovakia /Analytical Chemistry. E,3
Analysis of Organic Substances.
Abs Jour: Ref. Zhur Khimiya No. 2, 1958, 4350
with CH-
jCOONa. it Is converted by.the action of
sodium-3,5-dinitroberwodte.(Il) into an insolu-
ble alkyl thiuronium,3,5-dinitrobenzoate* The
salt..is recrystallyzleA from C2H50H solution and
oups.are;,Aetermined by titration
1ts: nitro, gr
ith 6 1y ix--~ ~AN- solution
wexe w,o
f
e
us
of T,M~,-_ O..05N 11,:6g.
M4SON as indicator. A'blank determination is
required. The melting point of the derivative
Is determined at the same time. In the reaction
of alkyl chlorides with (1) or (11) the. addition
of KI is -expedient. The method is not suitable
for pentanol-3 2,3-dimethyl pentanol-3, cyclo-
hexanol and triphenylearbinol.
:Card 2A
a6H"AMEMO, Viktor Vladimirovichi mayster sportu SRSR; YMCHKCI, 14. red.,
IMOK-OVA, S., takhn.red.
[Along the path of,the clouds; notes off-'a glider eethus isle tj
JQ=arnya7 dorohaxiy-, zapyak7 apart amens-planerysta . 41v', Vyd-va
'7.,sK LEM 'Holodl-".1957. 181 P. (MIRA 10:11)
-Widt-ng-and soarirw)

y (11
ZYMMVICH, K.X. Dienkievier, K.K.] (Pbl'sha); YUMM, B.ya- lare:ic, 1P. J.
The W-18 gear-grinding machine for machining Workplaces Idth
modified profiles. Stan. i instr. 28 no,10:25-27 0
(%ar-outting machines) 10:11)

0 5.1
M6910MID32/~X-M
mm: ustitimte of theslay Lcem -of Selenc" latyw7m, qwtI6~F-- -
'0% 'IdesG~p ra Akadendl nank Lctv=)
Tr=., Vapor-phase contact deamduatim of volyfunctfonal =1=111
SOU=: AN SWR. Daklmly. v. 169, no. 6. 19660 1133 -1334
C TAM: . awIne deamination, catalyst activity, kaolft; AdawdLna. diethylene tri-
ne. ethamolamine, trietbylenedilesdime. p1perazine, pyrazIne
A335MC17., Vapor-phase demdnaUm rf dlethylemetrLamIne and dehydration of ethmol
'er kaolin, knolln vith 52 U003, aCt:LVe alualnal and almdna with R2.03~
-O~Pt* 9 W03, and S102 was studied at 300-500C to determIne the effect of the
catalysts pa the reaction products ca sitIon and the catalyst selmetivitye. The
1e catalyzate depend an both the catulyst
-Id amd the composition. of the
i
'present md the temperal Cas-liquid chromatographic%nalyals af the reaction
products abowed that the compoart oF ffig catMyzirte virled vlLth 'both the catal"t
present and no reactfm product formed in the deimIxmtIGn of-

CC--Iq
,A
.&6030657
dle~hylenetrlamlne Md Its condensation, with pollethylenepalyamixtas
el
-,,Ikaolla ccatalVnh Identified compouads. The reactlan proceeds: by the foUawIng
+
72? 7,
+
C
The presence of ethylamine-and pyrazine among the reaction products indicatesthe
occurrentiM of dehydrogenation, and hydrogenation processes In addition to deaminatione
Reactiow III and IV prevailed-at 19w temperatures (340-420C). Dehydrdgenation
commenceis at,temperaturea above 420C and at "oratures * above 46OC9 the main,
products Un erg- Conversion.-cf-the'taIA'products of deaminattatt Of A-49;
d 0 cracking- d
lenetrismilne waa also studied,~.Amoug the teactitm productag triethYlaaal 'Ivan.

441,3h 66,
_
AP6030657

fotld to" be. most stables Alumina containing 5% HbO3 vas the'most selective
e
i
i
h
l
~
catalyst with respect to - triat
dm
d
ev
aes,
-the for, yrazine 0w~U
y
'ma2r
~f P

o tion joroducts formed
o uftd-dwong- t e'reac
we e ~
ethylenediandne, and piperazine

over -this cat' ly. t., The
a S %~id oxides to- the cdtdl~tt hall a pouitLve
addition-- of
-
ef fe ct' on, tbe - conversion, ,
- of diethy1duetrigialue, Grig. art.*
(psi.

nec~65/f.-ORM-RMW o061 - MIM. PRESSu.,
-~:A)71 SUBM 6~TE f; 2
507;

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30

-MEMNEEM.
CC NRI SOURCE CODEs tip./o236/64't/ooo/ooi/oi6l/ot66
A%0Y+934
AUTHOR: Prantskyavichyus. -Go -A.-Franckevicius. G.; 10r_enas ._I,.~-Jurenas, 1.0
Dauknia.'V. L-Dauknys, V.; Yodis, A, F*-Juodisj As; Mayauskaol, 1, So-Kajauskas.-4
ORG:- Institute of Power and Klectrical Engineering, Academy of Sciences Lithuanian
SSR (Institut enargetiki i alaktrotokhniki, Akademii nauk Litovskoy 55R)
TITM- Heat-resistance--of-refraotory materials* -to High temperature apparatus.for-
investigation of1eat resistance
SOURCE: - AN LitSSR. Sor B. Firs-matem khim geol i tekhn n. no. I._iS66, i6t-tM
TOPIC-TAGS:--heat.resistant material,-metallurgic testing machine, aluminum oxide,
zirconium compound
ABSMACT: The article describes an original piece of apparatus for investigating the
-heai resistance-of refractory- materials -with a temperature. drop. from 2500, to 300OKs, - __ ~
The apparatus has two heating eXementst the upper high temperature element in made of
sheet tungsten, and the lower low temperature-element of shoat mo1ytdenum. Tag heating
temperature of the samples in the zone of the upper element can be regulated in the
interval from 600 to 25000, and in the zone of the idwer element frcm 400 to 1800 0K.
By replacing the molybdenum heater by a- coil, cooled b3r countercurrent water, a
temperature near 300ON can be reached in the lower zoneo CYclic change in temperature
Qrd 1 /Z

4~~ V,
BXMMVICH, I.Li kaudidat, takhuiche ski" natik; ROGIVO kandMat
takhaichookikh nauk; BYKOV, Ye.l., lazhaner; VTASOT, I.I., Imadidat
tekhnlchaskM navk;,GMTS3TSXIY. 14 To . inshener; GW.M -L.O.,
Inzhener- GURTICH, T.G., lnzheaar;-;!;;Z, T.R., inz~bo;:rj YEM-
SH07, I.M., kandidat t-ekhaichesklich- -na-uk; ZASORIK. S.N.--. kandidat
--ekbatchaskikh-nauk: IYAMT. I.L. kandidat tekhnichaskikh aauk;
t
-77
MA iv K.G., professori doktor takhiiichaskikh_na.uk.-~MAKUYWV.
doktor tekhnicheaklkhp-auk; NlrAITCROV.V-.A.' inz Ibe-
OLKOV- K U-, inthaner -OKHC
net; OSI Ins eum,
K.A.0 doteent- .-kandidat tekhnicheskikh-nauk; PMSOVSFIYD L.Hm'q-
lushener; POPOV,-I.P.-- inzbnner; POSHUNY, B.G., inzhener; RATMM,
K.P., inzhener; ROSMAYSM, G.I., doteent, kanclidat tekh-atcheakikh
nauk; RYXOV, I.I., kandidat teklmicheakikh nauk; RYSHKOVSZTY, I.Ya.,
dotseat ' kandida t tekimichaskikin nauk; RYABKOY. A.Ya. v professor
(deceasedl.-. TAGO. S~A,, kandidat tekbuicheakikh nauk; KMZEII,
professor. doktor tekhntobeakikh nauk; CMRNYSfMV, M.A., doktor,
taldinichankikh nauk; MING L.T090 Profeasors doktor takhnicheskikh
nauk; IMUNaV, B,11. otuarzt; AKS-%NGV, I-Ya., dotaent, kandidat
tek c I j
Iml A.L. Whaner; BARTENRY.-P.V.,
professor, doktor tokhnipheaKkii wAuk; MUGAO, K.A., kandidat
teksmicheakikh nauk.- BORD'Aff, N.Yea, dotsent, kamUdat takhnichaskikh
nauk; BOGDAMOV, I.A., iwhener,- B"AHOY, U.K., kamUdat tekbntchs-
aklkh natLk-. VINNIGINSKO, N.G., dotsent, kandidat ekoncmicheakikh nauk:;
(Cont-Inuad on next card)

--,--(con 0 nued) Card 2,
VASILOYEV. V.P.; GOIIGHAROV,~ H.G., inzhenere- DIRIBAS,, A.T., inal-Aner;
DOBROSUISKLY, dotsent, kandidat tekhnichaskikh nank; MUCH,
B.A. kandidat tek6fohaskaki nauk.. YwrK
cheshkh - aauk;-- ZMBLUfrjv,_ siv. , professor,- doktor tek.hatcheakikh
nauk-, MAIM, H.L., kandidat tekhnicheskikh nauk; WIN, X.P.,
kandidat teklinichoakikh naWlc,- KARZTNIKOV. A.D., kanaidat takhaiche-
skikh nauk; KAPLUN. 2.3h., inzhene_r;_KAH$HIH. H.D.; KOCHUST. F.F..
professor, doktor tekhnicheakiMi nauk; KOGAU, L.A.. Irandidat takhni-
chaskikh nauk; IWORURIN, S.F., inzhener; LSTASKOV, A.D., inzhaner;
HAKSIKOVICHO B.14.a- dotsento kandidat tekhmichaakikh nauk; KARTYROV,
X.50, inzhener; HOALI, O.H., inzhaner; NIKITM, V.D., professor,
kaTAidat tekhnichaskikh nauk; PADNYA, V.A.. Inthener,- PAMWIMT, P.I.,
kandidat tekhnicheakik-h. nauk; ENTROV, A.F., professor, doktor tekjmi-
cheakikh nauk; POVOROZEMNKO, V.V..-professor. doktor takhnichaskikh
nank-, PISKAUIV, 1~1., dotsent, karAldat tekhnicheskikh net*; SMIYU,
Te.3o, kandidat takhnichaskikh nauk; SIMONOV. K.S., kandidat takhni-
chakikh nauk; SIMANOVSKIY, H.A., inzhaner; SUYAZOV, I.G., inzhenerl
TAIDAYEV. F.Ya.g inzhanar; TtMCITOY, K.K., kandidat takhnichaskikh
nauk; USILAKOV. inehonr., USPANSKlY. V.K., Inzhanarl BILIDMII,
R.D.1 kandidat tekhnichaskikh nank; IWWOMOV, G.V., inchener;
KHOKHWV, L.P., inshenr; CHMUCHODIX, G.I., professor. daktor
takhnichaskikh nauk; SHAMAYN, H.IN, inslienero, SHORKIN, B.I.,
Inzhener; YAXUSHIM, G.I.. inzhaner; GRANGVSKIY. P.G.. redaktor;
TISHCHEIIKO, A.I., redaktor; ISAYXV, I.P.# dotsent, kandidat takhni-
chaskikh nauk, radaktor; KLIHOV, V.?., dotsent kandidat tekbnichaskikh
(Continued on next card)

BMSIIEVICH,I-L-~-- (continued) card 30
nauk, -radaktor; HARKOV, 14.V., Whatier, redalctor; KAWUIN, T.K.,
inshener, radektor; 3TUAWY, Y.N., professor I redaktor; SIDGROT, U.I..
inshener, redaktor; GXRONUUS, B.Ye., kandidat tekhaic-heskitch nank.
rs&nktor; ROBBL', R.I.1 otyatstvennyy redaktor
[Technical reference manual for railroad engineers] TeMnichaskil
spravochnik theleinodorozhalka. Moskva,, Goa. transpezhol-dor. izd-vo.
Vol-10. LElectric power supply for railroads] Xnergosa0zhanie shaleE-
nvkh dorog. 0tv.rad. toma K.G.Kark-vardt. 1956. loso p. Vol-13.
(Operation of railroads] Skepluntatatia sholazafth dorog. Otv. red
toma R.L.Robell, 1956. 739~pa (HLRA 10.-2;
1. Chlon-korrespondent Akademli nauk SSSR (for Petrov)
(Alectric railroads) 0911roads-Kanagement)

SEUMAWROT, A.A..profeasor; YURmW p M HURLWO, .7.7.
On the subject of mitral commiusurotOW, 1(hirtErdila no-B.-II-16
Ag - 155.
(KLRA 9: 2)
1. Is fakalftetskOV khtrurgicheakoy, kllnikt (dir.-oblen. korrG3pQndeat
AMU SSSR prof. B.T. Petrovskiy) pediatrichaskogo fakuliteta i
propedebtichookoy terapevtichaskoy k1laki (dir.-prof. A.A.
Sholagurov) lechebnogo fakailtata Il Hoskovskogo maditsinakoeo
instituta ImOni I.T. Stalina...
(MITRAL SMOSIS, surg.
commissurotomV)

~-YVMPM&l

A/-
INSHUYN, K.L.., doktor moditolnskM nauk; TURSINT, P.M., doteent (Kookya)
Roontgonothorapy of bypertonsion. KM~-26d- ~n*. ~:7-6~qKr 0~56.
0(m , 7
Mil)
1, 0-15 gospItal"noy terapevticheekoy klinikt (dir. chlom-korrespoa-
dent AHN 59SR prof i, A.A.Ragdaearoy) podia trichaskogo faim2l tots I,
propedevtichas-koy torapovtIchaskoy klinitt (dIr, - prof,.A.A.
Phalegurov) lacbebuego fakmllte-ta-11 Roskovetago meditatualcogo
instituta iment 10yestalinas
On 'lm HSIO., therapy,
X-ray (Rua))
(RADIOTHERAPY, in various diseases.
hypertension (Run))

MPH
SHIMAGUROV, A.A., professor; YUUMM. P.N.. dotnent; KURASHKO, V.T.
(Koskva)
Surgical tbarepy.of.mitral stenoc;js. 911n.aGd- 35 nQ-3--7-14 Kr '57.
(HIM 10:7)
1. Is propedevticheaicoy terapaytichaskay klialki (zav. kafedroy -
prof. A.A.Shelagurov) lechabnogo fakul'tata N Moskovokogo maditela-
skogo institute imeni-Stalina.
(HITRAL STSUOSIS. surg.

YURNWO PON4 (Roakva)
Zx~7qrivental allergic carditis and deasusitizatlon tharaw [with
sunmary In English]. Pat.fiziol. I akap.terap. 3 no.1:44-49
Ja-.? 159. (MIRA 12:2)
1. Zz prop edev-t ich eskoy terapevtichaskoy kliniki (zav. kafedroy -
prof. A.A. Shelegurov) 11 Moskovskoge meditainakogo instituta imeni
9,1. Pirogovas
(MYOCARDITIS, experimental,
allergic. desensitization (Rus))
(AMMY, exper.
causing myocarditis. desensitization (Rua))

mggmg wmgwgw~ gas MIMI =4
SMAGMOV, A.A,9' Prof#':, YUMMV, doteent
Diaguosle of mitral stenosle and Its relatlon to surgical therapy.
Terap.arkh- 31 no-12:45-50 D 159. (HnU 13:4)
1. To propedevtichaakoy ~erapevtlcheekoy klImIL-i (zav. - prof A.A.
Shelagurov) lechebnc~go fakuliteta 11 Kookovatogo maditsinakag; Insti-
tut aiment 1F.1. Plrogovas'
(MITUL STMSIS diag.

SHMAOTALOV, A.-A.. prof :YLUMEN, P-11.. doteent (14oakva)
------------------
Clinical picture of a primary tumor of the left auricle.
Klin.vied. 37 no.6:u6-123 Je '59. (KM 12:8)
1. Iz propedevticheskoy terapevticheekoy kliniki (zav. prof.
A.A.*telagurov) II Hoskovekogo meditsinskogo. instituta iment
N.I.Pirogova.
(HAM, neoplasms
primary, of left auricle, differ. diag. from
mitral stenosis (Rus))
(MITHAL STENOSIS, differ. diag.
primary tumor of left auricle (Gar))

YU.RENF.'V, P. N.
Doc 'Med S)ci (diss) "Rheumatic cardit-is and mitral comissuro-
tomia." Moscow, 1961. 25 pp; (First Moscow Order of Lenin Med
Inst imeni I. M. Sechenov); 350 copies; price not given; list of
a
uu
--hor's works at end of text (15 entries); (KL, 7-61 sup, 256)

,;pREgyj,j.j~kv&-v 3-y& ffogatyrpiaya ul., d-l.korp. 4, k7. 37.)
41 k7- ~ 37
rause.of postaommissuratomy syndrome. Grud.khir. no.4tl5-2O JI-Ag
62. (KIRA 15:10)
1* Iz goapitallnoy terapewticheakoy kliniki (zav* doktor meditsin-
alcikh nauk P.Murenev) pediat--.!icheakogo-fakuliteta IT Nookovskogo
misditainakogo Inatituta imeni N.I.Firogova.
(MITRAL VALVE--SURGERY)

TUBOJEN!, Faval Nikolayevich; IPATOV, V.P.t red.
fRbeum-atic
Moditsina, 19640 238 p. (min 17..6)

SESLUMHOV, :A*Ao,, zasl,uzhenyy deyatell naukil
FOROSHINIA, Yii.A.; ALEKSEMA, T.A.
Study of allergic factors in the clinical aspect's of interna.1
diseases; prelimiray report.Sov.med. 26 no*20,7-23 F163.
04MA 16:6)
1. Iz kafedry propedevtiki vnutrennikh bolezney (zwr. - za-
i3luzhennyy deyatell nauki prof& A.A.Shelagurov) lechebnogo
f9dcalltats. II Moskovskogo meditsinakogo instit~ta, imeni
If.I.Pirogova i nauchno-isaledovatallskoy allerClbgichaskoy
laboratorli (zav. chlen-korrespondent AMV$SSR prof. A.D.
Ado).
(ALLERGY) (MEDIGIVE, IVTMAQ

YURENEV F-P.N.; ALEKSEMAp T.A.; PODOTSKAYA~ Ye.L.
Allergic reactivit7 in 37ocardial War-at. Kard-4014Cg4-I&
no.lt9-14 164. (KMA 17: 10)
1. GospitalInaya terapevticheskaya klinIkka pediatrlohaskago
-f.akullteta (zav. kafedroy - prof. P.N. Yurenev) 11 Moskovskogo
meditsinskogo instituta imeni Pirogava i allergologiaheskaya
laboratorlya (zav.- chlen-kor-iespondent AMU SSSR prof. A.D.
Ado) AMN SSSR.

~1~~ENEV
,-. -4.YM-O-Ul~k-Pl,-q!lic~),,,YUKOOVSKAYA$ S.I.g red.
(Prevention of ftiotmiatic fewer In childran) lvrcftprez~,
donle rawatlzma u datoi. Moskva, Medl-taina 1965.
29 p. - (MW 18,12)

-M-WIEV, -Tavel Nile-olayevich, YUXHNOVSKAYA, S.I., red.
(Prevention of rheumatic fever in children) Preduprezhde-
nie revmatizma u detej. ?4oskvai Meditsinas 1965. 29 p.
(MIRA 18:12)

lOtIt"PU TUT oade AW 9u-tqv% -4UoqI 1~m ao-4-4aq x,-nq n I
IT oguigioeq "puem3Zbea gj %qup 1voc So Qon
-eaovit, 4avujrij ligvtq jo og-a pog-pozt)u-T tjT sjj-nqi4.j
POrki-a BTU *9J4TTOq ntT/06-2:wn Puv Cmv-ill-~A
~.~dS-4 it pumodutoo tQnJ f;Tq#4 Ju Q';tl Pql M,," grlRGKI
6 am 'AI V-Z.
dd
491glq k?Txv
amm-D-K
QBUQ3 1:011,1
Z~
'p -to "O~UA9 PLZI o.:j;qu,4 djpir~.
FIT 40Tq^ So oq

lfauthorh HAZWOV. R.1.. kandid tekhaicheakikh
MM-L-11T.
Tuvik Lreviewers].
Olndue-~rial steam turbine electric; power plants, Makesta. 24 n0,7,.63-64
Jl '53. (MIMA 6 -.7
(Electric power plants) Mrenev. V.9.)

V",
AUTHOR: Yurenev, V. 11. (Enrrizaeor).
TITLED: Increasing, 'he efficiency of industrial electivic po-er
stations. (Povyshaniye ekonomichnosti ~promyshlennykh
elektrostantsi-y).
PERIODICAL: Teploener-etika, 1958, No.4, pp. 1G-22 (USSR).
ABSTU.CT: Industrial electric powor stations account for a
onsiderable proport
-ion of the total Soviet fuel conswup-
tion and it is important; tilat they should be efficient.
Some idea of the characteristics of their equipMent and
their ther-Mal efficie.-Licy iaay be obtained from Table 1
which gives data for 1956 for power stations in the
ferrous-metallurzical industry. Stations mith an
output of more than 25 TVITV preponderat-e. and they have a
considerable n-umber of hiGh-pre,,-~sure sets. However, 59-%;
of the power stations have outputs less than 25 10 and
operate on low- and mediiua-pre,,.;r;ure ntowi. None of the
low-pressure stationsi ,md fevi of tho modium-pressure
stations, have turbines -,riith process and heating steam
pass-outs, so that operation is under condensing
conditions. The relatively hirgh fuel consumption of
-O-ets-as- compared --wij- --those-----
uh
--W
ith --mediura--pre ssure - sets- is due- to- the-greater use of

96-4-
.3/24
Inei?easing the efficlency of industrial electric Dower stations.
combined heat and.0lectric power generation in the
medium-pressure stations. Fuel consumption is hiLzh in
the low-pressure electric power stations because the
boiler and turbine equipment is old, inadequate or small.
The data ;dven for Dower stations in --he
ferrous-
metallurgical industry are characteristic of similar
stations in other industries. Even the largest
industrial condensing stations are less efficient than
modern regional power stations. The, possibility of
closing doun a number of industrial condensing-type
stations must be considered but cannot be done on a large
scale because of the large capital investment involved.
Instead, modernisation. of industrial power stations is
justified. The main steps needed are to modernise the
fuel-handlin - equipmen~,.and to reconstruct the boiler
sets for increased efficiency; also to.make G~reater use
of regenerative feed-water heating-;, maintain better
vacuum and so on. Further, -the operatioll of eXistin~,,
industrial power stations can often be made more economic
by usin- hiGher steaum conditions, ahich -may be achieved by
superposed equipment. Examples are given of the larSe
nn-rii P/A fuel savim,-.q thn't nai-i be effentna in thif-, rrn-v T'hP nn~-,P

6-4-3/24
Increasing the efficiency of industrial electric power Xtions.
for measures of this kind depends on fuel costs. In the
next few years there will be a considerable change in
the - f ue! balance of the country; inuch more - use iv 1? 11- be
3
made of natural gas and of underground gasification, which
are relatively cheap sources. The use of superposed
equipment will be justifiable for stations that operate
on lonG-haul solid fuel with no prospect of going over
,to cheaD fuel. The size of tho local heat load supplied
by pass-out or back-pressure turbines has a decisive
-"he theiiiial ef "iciency of power stations.
influence on U
Pi-,.l shows a rrapb concevninE; the operation of a medium-
0 (.D
pressure heat and-electric; power station which gives the
actual relationshiT) between the specific fuel consumption
for electricit-j generation and the proportion used for
heat cupply. When 401% or more of the electric 'Porier is
,-;enerated in conjunction with heat supply, the fuel
C?
consumption is less than 400 graAiis/kINh. In a iriedium-
pressure heat', and electric power station with back-
pressure turbines, the specific fuel consumption is
180 grariiss IMI, which is less than half that of a lar6e
Card 3/6 reTional electric povier station. Clearly a most important

96-4-
.3/24
Increasing the efficiency of industrial electric power stations.
means of raising the efficiency of industrial power
stations is to increase as much as possible the amount
of electricity generated in connection with heat supply.
This can be greatly facilitated by closing dovm small
local boiler-houses and organising centralised heat-supply.
When the replacement of condensing turbines by pass-out
or back-pressure turbines ommot be justified, the
condensing turbines may be operated Ath reduced vacuun.
In this case, the output of the condensing turbine
working on medium-pressure steam
,, which normally delivers
- 0, . atms
steam to a condenser at 0.5 - is reduced to
about half, Nevertheless, the economies may be great
if the heai demand is large. If electric power supply
can be obtained from the regional system and there is
-sufficient-heat demand, many of the condensing turbines
in industrial electric power stations should be operated
with reduced vacuum, To deliver the necessary quantity
.of heat at the winter peak it may be necessary to use
spare boiler capacit-y. Most small turbines can be
tj
operated on reduced vacuum without modifying the stages
in any way, When the cost per ton of conventional fuel
Card 4/6 exceeds ab6ut 100 roubles, the use of superposed sets

96-4-3/24
1=3~easing the efficiency of industrial electric power stations.
will be advisable in many small power stations. Extension
and reconstruction of the thermal circuit of an isolated
low-power ' low-pressure electric power station working
on long-haul solid fuel is shown in FiG.2, The
characteristics of the equipment, and the most important
technical and economic data, are given in Table 2,.
Stations of medium output in large industrial under-
takings, which are usually looa:ted in towns, should be
used as base-load stations for cettralised heat-supply.
In some cases this may be done by operatingcondensing
turbines on reduced vacuum, transferring additional
electr,ic load to the main system. In many cases it will
be necessary to change the stage6 of the turbines,
FemovinG the last low-pressure staSe. It is quite
practical to chanGe the rotor for the winter and summer
periods; about two days would be required for the work.
In electric power stations ond heat and electric power
stations at medium-pressure with outputs up to 25 M1111
an increasing thermal load should be met by installing
boilers for higher steam conditions and back-pressure
turbines,, Thusi the condensing output is not increased
Card 5/6 and the cost is kept to a minimum. The installation of

Increasing the Efficiency of industrial Electric P)wer Stations.
pass-out turbines is justified only vihen the unit is q7a--;te
larGe and high steam conditions are necessary. In
extending isolated povier stations at which there is no
prospect of connection to an electric power oystem, it is
often most advantageous to instal pass-out turbines.
Because of the prospects of developinS district-heating
Athout increasin- the
from industrial power stations w C)
amount of electric power generated under condensino
conditions, it is necessary to manufacture turbine's ,aith
back-pressures of 0.? - 1.2 atias and rated outputs of up
to 12 TAW.
There are 3 figures and 2 tables.
ASSOCIATION: Moscow Power Institute. (Moskovskiy EnerGeticheskiy
Institut).
AVAILABLE: Library of Congress,
Carl 6/6

SEHEMNIO, N.A., daktor takha. nauk;I V.,YT.4., insh.; SIDELIKOVSKIY.
L,U., kando takhno nank; ARTIFOY, A.T., iarb.
*Thermal calculation of hoilar unIts0(standard Method). Reviewed
by N.A. Samsaoako *ad others. Toploanergettko 5 no-' 5:92-0 W 158.
OURA 11:7)
I* Moskovakiy 4norgatichookiy institute
(Boilers--Tables, calculations# etas)

SMEWO, Hikolay Alaksandrovich, prof., doktor tekhn.nauk; SIUMIKOVSKIY.
Lazar' Ha=ovich;
H.S.0 rateenzent; 6MMYET, Y.G., retsenzent; SKMMR. S.W.. red.;
LARI(XOV# -G*T9.9- tokhn,rod,
[Industrial boiler systems] KotelInye ustanowki promyohlonnykh
prodpriiatii. Pod red. H.A.S3manenko. Moskva. Gosonerg.W-vo,
1960. - 391 p. . - - I (MIRA.13:11)
(Boilers)

YUREHEV -dim"JknIAXdAcj4- KH=EYEV, P.L. inzh., red.;
BULODYAYEV, N.A., tekhn. red.
'bieftye elektrostantsii.
(Industrial electric.Tower plants] Promys
Moskva., GosenergoiAht, 1963. 463 P. (HIRA 16:7)
(Ele'etric power plants)