SCIENTIFIC ABSTRACT SHVETS, A.S. - SHVETS, I.T.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550410008-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SW&S. A.S.
Iodine in iodizf.--; salt and maksures contributing to the stabiliza-
tior. of Iodine In Iodized salt. Vop.pit. 14 no.2:49 Mr-Ap 155.
(ML'RA 8:6)
Chernovitakogo maditsinskogo instituta.
1, 1z ki"fddry biokhImit
(IODINE,
iodizert salt)
(SODIUM CHLORM,
Iodized salt)

SHVXTS. A.S., assistant
A short study of the Vashkovtoy and Kellmentey Districts of Chernovtoy
Province area in connection with iodine content in the water and
incidence of goiter. Gig. I sano 23 no.4-71-72 Ap '58- (HIRA 11:6)
1. Iz kafedr7 biokhimii Chernovitskogo meditsinskogo instituta.
(10DON, determ.
in water, relation to incidence of goiter (Run))
(GOITER, etiol. & pathogen.
relation to iodine content In water (Rue))

KOW,U,',V, X.M.; Z-AMANSKIY, L.N.; YUKH1,%ETS, A.D.; SIVIETS, S.; RUSIN"K, I.K.
Pre- and postoperative oxidation-reduction processes in nodular
endemic goiter. Probl. endok. i gorm. 10 no.5:37-40 S-0 164.
(MIRA 18:6)
1. Kafedra fakulltetskoy khirurgii (zav. - prof. M.M. Kovalev) i
kafedra biologicheskoy khimii (zav. - dotsent L.N. Zamanskiy)
'-'hprnov-*Ltskoc,o ired-itsinskogo instituta.
U

POPOV9KIy,- V. G,; GIDALEVICH, If. G.; DULINEVA, 1. ?.1 ZA.SLAVSKIY, A. S.;
Prinimali uchR6ti7-6: UL'YANM4, M. G.; ZELENSKAYA, M. I.;
SHGRELOKOVAJ, 1. M.; UNILOVJ M. A.; SHVETS, A. T.
Improving the te~hn6lo& of grape Juice manufacture. Tructr
bffTlIPP 1:9-37 161. (MIRA 16:1)
(Moldaria-Graps juice)

GASYUK,, G.D.; TSVETKOVA, L.M.; Prinimali uchastiye: SHVETS,-4.T,.-X-LAGUNOVA., G.A.
F.ffect of ultrasonic waves on the microflora in thre process of grape
juice production. Trudy 1,24IIPP 2:75-80 162. (MIRA 16:4)
(Ultrasonic waves-Industrial applications)
(Wine and wine making-Microbiology)

KOROBOVA, K. L. , SHAIM, H.G. ; J011UTS, A.V.
Lntroducing the manufatcture of percale on automatic IoLxw.
~ekst. prom. 24 no.2:32-33 F 164. (HIFU 1": 3)
.1. Glavn-yy inzh. Novo-Tkatskoy fabriki Glukhovskago khlopL'hatubu-
mazhnogo, kombinata (for Korobova). 2. Zaveduyushchiy tkatskim,
proizvodstvom Novo-Tkatskoy fabriki Glukhovskogo khlopchal.L-bu-
mazhriogo kombinata (for Sharov). 3. Nachallnik tkatskogo tsekha
Novo-Tkatskoy f-abriki !Glukhovsko.go kIllopst,--tolp--maziincoao kor-abinata
(for Shvets).

-ft SHUTS, B. 1.
Treating fractures of the clavicle by surgery and subsequent fixing
of the splints with RudIko's suparatus. Vrach.delo na.8:823-825
Ag '57. (KLRA 10:8)
1. ghirurgicheskoye otdeleniye (zav. - B.I.Shvets) Karbonitskoy
bol'nitsy Popasnyanskogo rayona Vorshilovgradskoy obl.
(CLAVIGLE--SURGERY)

GANTSKEY A-K~, SJIVEIS, B.S.; SOKOIDVA, G.S.., red.; SAYTANIDI, L.D.,
te-khn, red ~
[OfTiz.-ial republic-dide norms and estimates for building, as-
sembling, and repairing work. Collection VR-4; repair of trans-
former substations in the electric system of the Rural Powr
Organization] Vedomstvennye reopublikanskie norcW i rastsenki
na stroitelInye, montazhnye i remontno-stroitellnyo raboty.
Sbornik VR-4: remont transfomatoMkh podstantsii v elektro-
setiakh Sellenergo. Moskva, Izd-vo M-va sell.khoz. RSFSR,
1961. 26 p. (MIRA 15:3)
1. Russia (1917- ,R.S.F.S.R.) Ministerstvo sel'skogo khozyaystva.
(Electric substations---i4aintenance and repair)

SHVETS, D.
Use speed and skill in fire extinction. Pozh.delo 9 no.8:27
Ig 163. (MIRA 16:9)
1. Nachallnik Otdela pozharnoy okhrany g. Nikolayeva.
(Fire extinction)

BIZYAY.&VA, P.S.; SHVATS, D.S.
M"thods for using duodenal sounds. Had.sestra 17 no.1:39-41 Ja 158.
(MIRA 11:2)
i. Iz klinicheskogo sanatoriya "19shchery' (Suk-humi)
(DUODIWUH)
(H"ICAL INSTRUMUS AND APPARATUS)
Or

SHV7,TS, D,-, ,
Zrftnular carbons, for the manufacture of refined sugar. Sakh.prom. 36
no,11:34-36 N *. (MIRA 17Q)
.1, Ukrainskiy g6sudarstvennyy institut po proyektirovaniyu predpri-
7atly sakharnoy promyshlennosti.

-L 29948-65 WP(e)/EWT(M)/F.PF(n)-2/,EPR/T/EWP.(t)/WP(b);~ a JD ~i
IJP Awl
TC,7A--T-/'W-
'J.
ACCESSION NR: AP5006188 'W060/00i/
0022/00261
AUTHOR: Kuz1maj Yu. 8 redorov,_T. Fo,6_
Shvetst Ei
TITLE- Phase equilibria'in the Zr-W-C system
SOURCE: Poroshkovaya metallurgiya, no. 2, 1965, 22-26
TOPIC TAGS: zirconium alloy, tungsten alloy, phase equilibrium,', solid solutions
x-ray crystallography, microstructure
[ABSTRACT: The Zr-W-.C system'is studied by-x-ray and micro6tr-uctbral analysis
methods. The phase equilibria are determined in cast abd.,a aled alloys at 1500
and 19500C. Previous studies of this system have been devoted solely to the ZrC-WC!
section. It is found that 34 molA WC is dissolved in trC:at 150066. , This solu-
bility increases to 40 mol.% at 19500. It-is found that ifilare 1~ a type NaCl
W-phase with cubic structure (a R) in cast Alloys -based on an isoconcen-'.
trate of 50 at A C which contain 2-10 at A Zr. It is pointed,6:ut that there is a~
possibility for a still greater solubility of WC in ZiC.4t4emp4iitures which are.
Iclose to the melting point of the alloys. ."The authors ex I-$as w iii7 gratitude to
Mai;` 4 Agures.
lye. I. GILdyshevskiv for discussing this work. Orig. artil
-j:
Card

L 29948-65
AP5006188
1ACCESSION NR:
ASSOCI4TION., - Institut jdetallt~rall A. A..Daykovgi 046 kly!", fia Lenina
gosuniversitet im. Iv. Franko (Institute of Metallurgy
i 1!~~.Q% *Of LerAn".
University)
!SUBMITTED: 26Jtil63 ENCL., 02 atm CODE, m
4.
5.m.
NO IMF SOV: 004.
OTHER.- 00
2/4
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iv

L 29948-65
ACCESSION N.R:: APS006188
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A~
VN~
,
,
bOAPMAM! --
~
A7V A

Fig I Phase equilibria in
'cast alloys 6e Zr- .~P. system
of
t

Card 3/4

L-29948L.,65-
AcCESSION MR:
Fig. 2.
Card 4/4
EHCLOSUltfA
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.1, ~~ f , -, . ; ~.,, i ~ ( ;
nr no

ABPjiMDV; F.A., Prof., doktor tekhn. nauk-.4 BOYKO, V.A., kand. tekhn. nauki
SIIVETS..~4A., inzh.~, TYAN, R.B., Inzh.
Calculating cormlicated ventilation systems with the use of an
electronic computer. Gor. zhur. no.11;61-63 N 164.
., (NMA 18.-2)
1. Dnepropetrcvsk-.y gornyy institut- i FIM AN UkrSSR.

With
gor. -hur.
Cf, -joid VVS.
K,-
r m, ALT MOV FL
tit t imc- n -I - DYI( C, j
r, ,l i ,.a me k han i AN -'K r 3,SR ')r ~ ' ,

N 1: .~!;V S Gr goriy ClecwFiyev-i h
De~, gn cif p-4-3:- manual fc,--- -.e=.. -.,:-.-)je,--ts]
;iasc'lat S- i lo vykh ~~ransfcj--,matorov; posobie po kiL-sovomu
isprr, I diop, Lenineradp Lerir47,
fi 1 i--k tro tell- im. ini 4, 19: 1)
1. Krtfi-~dra mash;n Lenini:,Iradskogo elekt-n),,
to4 ill. I c: ili~itutt,n imen; (fir Yermo'l-In.i.

ii~ ~- -, ~ , ., ,
Run-off Distri~~ution of USSR ~'dvers According to Press of AcaderW of Science Ukrainian
SSSt?, Kiev: 1,04t. 10E po with Drai,.,-*Lngs.
(i.,.eteorologiya i Gidrolc.Iiya, No 6 ',Ov,/Dec 1/047)
19L,3
SO: U-31218, 3 Apr -

ivers) IzP.
,,"Lniw;.mi Ui c,f u~,f: '['~-Ivur L-n.-f-l" (Hydrolc-Ly uf bind,
U
I Fot

T
7 T? 0, ~i T-~rs T.
I T
2. TISSR (6oo)
4. Hydrology Dnieper Valley
7. Fron. the history of hydrological invest-'aations of the Dnieper,
Visnyk AN TRSIF 2L No. 1, 1953
9. Monthly List of Russian Accessions, Library of Congress, M8Y -1953. Unclassified.

SUKHOMKL. G. I.; SHYMS, G. I.
Dewelopment of research In hydrolo&7. hydraulics. and hydrmlic
engineering in the Ukraine. JXT. T-,t. g1dr. AS LIM 130;~]Lq
I~P_ (Ukraine--Hydraulic engineering) Owu 9:2)

SHTETS, G. 1.
Dnlepr River high vaters for a thoumand-year perldd. IST.Inst.
gidrol. i gidr.All URS 13:20-48 '55, (KURA 9: 2)
. lDnidpi& Riviri-FloMm)

DROZD, R.I.; SHVWS. G. I.
Dnieper River levels at LotsmanoAamenka. Isv.1nst.Cidr*l.1 g1dr.
AN URM 13:112-121 '55. (KM 9:2)
(Dniep6? River--Strom aeasurements)

SRVETS I , G. I.
~'
Hydrological
management.
investigations for the use of the water resouces
VisnyIr AN URSR 26 n0-5:57-58 JW '55. 0912A 8:8)
(Ukraine--Hydrology)

SRM, SI, G.I.
Some conclumions about fluctuations in the water level of the
Dnieper River. Visnyk AN URM 26 no.10:64-66 0 155. (XI.HA 9:1)
(Dnieper River)

SHVETS, G.I.
Basic characteristics of flow in the Dnieper River at Kromenchug.
Dop. UK URSR no.4:365-369 0560 (MI2A 9:12)
I.Institut giclrologii i gidrotekhniki Akademii nauk URSR. Predstavle-
no akademikom Akademii nauk USSR G.I. Sukhomelom.
(Dnieper Jt~ver)

SIIVVTC;t CHIPPING,.G.O.,,kandidat tekhnichnikh nauk, vidpovidallnly
%moo Aw~ "06,0
redaktor; SHTU1114AN, I.F., redaktor vidavaitstva; ZHUKOVSIKIY, A.D.,
takhnichniy rAdak-tor.
[Dnicpar rtxn-off belqv,KieT]- Stik Dnipra nyzhche Kyleva'., Kyiv,
Vyd-vo Akad.nauk URSR. 1957. 126 v. (MIRA 10:11)
(Dnieper River)

SHVNTSI~~DROZD, N.I.; LEVCHINKO, S.P.; MOKLYAK, 7.1., vidpovi-~-' '
'dallaiy relaki6r; ZISIMMO-Te.A.- tfthulcheskiy'-'~-'
redektor , ' , -*;- -- -
[Catalog of rivers of the Ukraine] Katalog richok Ukrainy. Kytv,
1957. 191 p - (XLRA 10:7)
1. Akademlys aauk URSR. Kiyev. Institut gidrologii to gidiotekhniki
(Ukraine-Rivers)

Repcrted t~,e secular fluctuatLons ,:,f t~,e amciuritl A' water ."n. tine Dne-.,.r and ,.n
'-i-stnrical fLo(As at the lower narts of the Daugava.
qW
MPOM Pre"Ilted ELI. the 3rd All-lblon E4-dmlogical CorigMes, 7-1-7 Oct 1-957,
1-calngrM .
ilzv- Ak Nauk SSSR, ser geograf., 3, PP3-9, '58~

MOKLYAK, Vladislev Ivanovich; SHVWTSIJ G.I.(Shvetal, H.I.], kand.tekh.nauk,
vidpovidallayy red.; PBURKO'19"t O.M. [Pechkovslka. O.M.I. red.
r
vidavnit6tva; RAKHLINA,11.?., tekhn.red.
[Maximum discharge of snow waters by rivers of the Ukraine]
Maksymallni vytraty vid talykh vod na richkakh LIBSR. Kytv. Vi-vo
Akad. nauk MR. 1957. 162 p. (MIRA 11:2)
(Ukraine--Runoff)

.
On the results of the conference. Trud7 OGMI no.15:223-224
158. (YIiA 12:7)
(Runoff)

. lot! i I' Arotiovi (-It I 7hol to rm 1,,de . I . A. I : '-KVX'l%' ,G. 1 , r shv ~! t-.A , .
A -0. .- t)'m
11.1. 1, I-arld. toldill.'I.-I I tic, otv.rod. -, P! CUM ZXY' ,* 'M ~-hkov!,, '1:.,i ,
0.14.1. red.izd-va-, MIL'OKWIN, I.D., tekIlLn.red.
[Annual distribiitirn cf -r4y.-j, -r in J Vmit '
~ _i 3 in the Uk q & r '-
ricl-m2,i rozpodil stolza riefick Mcrainy. Kviv, Vyd-v-, Ak---id.nauk-
M-IM, 1959. 135 P. (MITIA i3:*-,)

SHVETS, Grigoriy Ivanovich [Sh,,ets, H.1.1; MOKLYAK, T.I., kand.tekhn.
nauk, otv.i-e-d.-, PBCHKOYMIYA, O.M. [Piechkoyslks, O.M.1, red.
izd-va; BUNIT, R.A., tekhn.red.
[Stream flow rate of the Dnieper River] Todnist' Dnipra.
Kyiv, Tyd-vo Akad.nauk URSH. 1960. 180 p.
(MIM 14:4)
(Dnieper River-Hydrography)

SHV-&T 5, G-~~ LsllveW. H.-'.J-, ""IMBAlij K.S.; KoBh-jUjIK, B.".3. Llrbernyk, S.H.];
A.YB. [OliiaY'k, O-IA-j; PIVOVAR, N.G. LPY-vovar, M.H.];
:iOZO-VOUT, 1,L. [Rozovs1kyl, T.L.1; ZOBODY-Ui, R.T.-o DIDKOVaIT,
V-Rz gdl.-J, k:and.tekhn.r-a-uk, otv.red.-, K.~SIITSMI, Sh.G.
CK.1batsel' . SE.H.j. red. -leka iicograf; SHMIN, V.L..
BbIl" TLY. R. 0. , teklul . red .
(lh.,sslar.!-b'kralnlan iVdi-aulic-engineering dictiocary; 1)000 terms]
Ru:;skc--ukrainskh .-idrotekhnicheskli alcvarl. 1)000 terminov. Kiev,
Ak-ul.aaak- USSR. 1960. XIV. -i9? p. (Ml-U 13:7)
(Hydraulic ongiuooring--Dlctionari6!-~)
language---Dictiotiarie;--UkrairL4.ti!j.,I

SHVETS, G.I.
Information on the vater volume of the Dnieper in prehisotric time.
Izv.Voes.geog.ob-va 92 no-5:443-449 S-0 160. OVIRA 13:9)
(Dnieper River--Hydrology)

SIIVLeTO"P G. 1.
Water supply indicators for the Northern Donets River. Trudy Ukr-
NIGIAI no.31+:68-75 162. (MIRA 15:7)
(Donets River-Runoff)

SHVETS, (;.I. (Shvets', H.I.1
Water resoarces of "he Ul.-raine and their util,4zatlon. Geog.
abir. nc.6:100-108 162. OCRA
(Ukraine-Water resources development)

STEC, G.I. [Shvets, G.I.), C.Sc.
- ----
An attempt at reconstructing the hydrological data of the
Dnieper River. Vodohosp cas 10 no.1:3-10 162.
1. Ustay hydrologie a hydrotechniky Akademie vied Ukrajinskej
SSR, Kijev Lfliev].

VISHNEVSKIY, Palladiy Fedorovich(Vyshnevalkyi, P.F.1; DROZD, Nafanail
Iosipovich; ZHELEZNYAK, Iosif Aronovich; KRYZHANOVSKAYA,
Ariada Borisovna[Kryzhanivalka, A.B.]; KUBYSHKIN, Geo-,giy
Pimenovich[Kubyshkin, H.Pj; LYSENKO, Klara Arkhipovna;
MOKLYAK, Vladislav Ivanovich; GHIPPING, Galina Aleksandrovna
jShvets, H. I.];
(Chippinh, H.O.]; SHVETS, Gr
Agq#y_lvanovich
FECHKOVSKAYA, O.M.PwChkE;vs'ka, O.M.], red.izd-va; RAKHLINA,
N. P. , tekhn. red.
[Hydrologic calculations for rivers of the Ukraine]Gidrologichni
rozrakhunky dlia richok Ukminy; pry vidsiltnosti sposterezhem'.
(By]P.F.Vyshnevlkyi ta inshi. Kyiv, Vyd-vo Akad.nauk URSR, 1962.
385 P. (MIRA 16:2)
(Ukraine--Rivers)

SHMSY G.I.
Beginning of hydrologic observations on the rivers of the
Ukraine. Trudy UkrNIGMI no.51:105-115 165. (MIRA 18:9)

KEPFJOHA,\~.M.; GAYDUKOV, I.M.; BOVIN, Ye.I.; DENISOVA., V.P.; PANOV, A.M.;
SHVETS., G.I.
Rubber coating of metal-cord cloth in a cord calen667 unit.
Kauch. i rez. 24 no.8:29-33 165. ~MIRA 18:10)
1. Nauchno-issledovatellskiy institut shinnoy promyshlennosti
i Omskly shinnyy zavod.

L 55855-65 51T (1)/DJT (m)/T/EWP (t)/EEC (b)-2/&T (b) Pi-4 IJP(0 JD/JG/GG
'ACCESSION NR: AP5013114 UR/0370/65/000/002/0120/0127
669.017.13
Y
iAUTHOR: Gladyshevskiy, Ye. I. Wvov); Shvets, G.__!..~LIvov)
JITLE: The equilibrium diagram and cMrstal -structures f V-Fe-Si ternary compounds
AN SSSR. Izvestiya. Metally; no. 2, 1965, 120-1-27
!TOPIC TAGS: phase equilibrium, vanadium compound, iron compound.,silicon compound
Q to determine'~"tl uiliblium dia-
1ABSTRACT: The purpose of the article wa e ternary eq
igram for V-Fe-Si and to specify the boundaries and crystal structures of single,
lphase regions of ternary compounds. Alloys were examined in the cast state and an-
inealed at 1200, 1000 and 8000C. X-ray and metallographic (Hr-HHO.3 etchant) analy-
:sis of phase boundaries were used. The existence of four ternary compounds (X, R.,
16, and 41 phase) was established. The X-phase has a wide homogeneity region at tem.
;peratures close to the melting point (40-55 at. % Fe and 15-3b at. % SD, which nar.
'rows as the temperature is reduced. This phase has a body-centered cubic crystal
structure; the lattice period in the homogeneity region varies from 8.81 to B.86
!when the V content is increased. The narrow region of homogeneity which includes'
LCard 1/2

L 55855-65
ACCESSION NR: AP5013114
the V3Fe5SiZ composition (a= 8.8113% 0.001 A) corresponds to' this phase at 10000C
The R-phase region at 10000C has a trigonal crystal structure, includes the,composil-
tion ViFe2Si and is analogous to the R-phase in the Mo-C-Co system. The 6-phase at
10000C is tetragonai, includes the composition V5Fe4Si4 and approximates the struc-1,
ture 6-MoNi. In alloys annealed at 8000C in the central portion of the diagram:in
cluding VFeSi, 6 (unknown crystal structure) forms. Tables of interplanar spacing
hkI indices and relative intensities are given for the R-phase. ~Due to the stabi-
lizing effect of silicon, the a-phane of V-Fe forms at much higher temperatures
than the 12000C solid state formation temperature of the binary a. Solubilities
are given at 10000C for Si and V in Fe, and for.the addition of Si, re, or V to a
binary compound containing the remaining two elements. ~Orig. art. has: 3 figures,,
2 tables.
ASSOCIATION: none
SUBMITTED: 19Jun63 ENCL: .00 SUB CODE: HM
NO REF SOV: 009 OTHER: 007
dazd, 2/

SHVETS, G.V.
Concenri-ing con-m1tration "U!ie of groii-,rdJ!:,g conductors."
Energettik 11 no.11340-41 ff lrq. (MIRA .16-1-1)

SHVETS, 1.
--
For effective competition. Blok.agit.vod.tranap. no.16:16-22 S 136
Mu 9: 11)
1. Sekretarl partorganizatsii teplokhoda "Kapitan Antipov" Dunay-
skogo parakhodstva.
(Shipping)

SIFVETS , I. , inzh. sdatoclinyy mekhanik
Maintenance and repair of the crankshafts of type D-50 engines.
Mor.flot 21 no.2:31-34 F 161o (MIRA 14:6)
1. Zavod imeni 61 kommunara.
(Marine ergines-Maintenance and repair)

19PYNIER, V.A., kand. tekhn. naia-; VATKIN, N.I., gornyy inzh.; DANDZBMG, L.K.,
brigadir; ZAYON, Ya.A., inzh.; STPIFTS, I.A., inzh.; YUDIN, IN.P., kand.
tekhn. nauk
New record for mining development workings in coal with the "Karaganda
7/1511 cutter-loader. Ugoll 40 no.6:7-11 Je 165. (MIPA 18:7)
1. Giprouglegormash (for Brenner, Yudin). 2. Kombinat Karabandaugoll (for
Vaslkin). 3. Shakhta No.122 tresta Sararfugol I (for Dandzberg, Zakon). 44,,
4. Trrst Sararl igoll (for Shvets).

D')9RO-T1O'i,",'i'.jY, irizh.; 711'-Aff, N.F., inzh.-, MIT-ETS, I.L., Inzh.
--v ~--- - - -
S
o-iP renarks nn marine nn,,,Pr plants ii
S sed on whalers. Sudostroenie
.1
94 no.9:40-10 S 158. (,NaRi, 11:11)
(Marine enginps) (Whalers)

SHVETS9 I.L., inzh.
4T Grarikshaft 3traightening witiout a complate disassembly of the
B-50 motor. Sudostroenie 27 no.3:52-54 Mr t6l. (14IM 14:3)
(Cranks and crankshafts)

SHVE'T,13, i 1 11-4.
Dependence of the mag-netic properties of powder-ed magnetite
on grain size. Zap. Ukr. otd. Min. ob.-va Ino.l]%140-145 164'.
(MIRA 16:8)
1. Pedagogicheskiy institut, kafedra fiziki, Krivoy Rog.

SWE"I's, I. N.
Magnetic properties of the ores of t-,,c- Krivoi Rog B%E-fr,
Mining and Ore Dressing Combines. Sbor. nauch. tT-,ld. KGRI
no.17-.201-208 t63.
Changes in the magnetic properties of oxidized ores of the
00ILthern Mining and Ore Dressing Combine following magnetizing
redur,-tion roasting. Ibid.:209-212 (ITIRA 17: 1)

SHUTS, I.T.
35160. Teorotichaskie 0snovy. Isslodovemlya Gasovybh Potokov. V SB:50 Lot Kievvk.
Polttekhn. In-%-. Kiev, 1q48, $- 325-3?
SO: Letopts' Zhurnallnvkh Statey. Vol. 48, f4oskva. 1949

Sp~T~~qa ILT.,., rofessor.
- ,
. ! I
Analytical determination of the optimal rate of pressure Increase In
-the TYRD unit. Dop.AN URSR no.2:50-54 148. (KLRA 9: 9)
l.Prodstavlono Vchenoyu rad*yu Institutu. tepleenergetiki AN UM.
(Gas turbines)

SHMS, I.T, pr*feteser.
Calculation of combustion chamber processes in jit engines.
Sber.trud.Inst.energ.Alf URSR Ne.3;47-64 148. (MLRA 9:1)
(Airplanes-Turb*Jet engines)

SHVETS', I.T., professor.
"I
Problems in the over-all utilization of natural and industrial
gases In the national economy of the Ukrainian S.S.R. Vinzyk
AN URSR 21 no.1:64-68 J& 149. (MLRA 9:9)
(Ukraine--Gas Industry)

SHVETS. I.T., deyetvitellnyy chlen; SHVXTSOV, P.D., professor Leditorel.
[Thermodynamic installations Of small and medium capacity; a reference book.
Teploenergeticheskie ustanovki maloi i srednei moshchnosti; spravochnoe ruko-
vodatvo. Pod red. I.T.Shvetsa i P.D.Shvetsova. Kiev, Goo.nauchno-tekha.izd-
vo mashinostroit.lit-ry [Ukr.otd-niel 1952. 514 p. (MI-RA 6:7)
1. Akademiya nauk Ukrainskoy SSR (for Shvets). (Thermodynamics)

1. 3FIETS, I. T.
2. U3SR (600)
/,. Russia - Public ',Icrks
7. iLidinjr, comownism's great ccn:3tz-.jcti.-,n projects. Trudy Inst. te-A. AN URSR
No. 6-Y 1952.
9. Monthly LiLst of Russian Accessions, Library of Congress, -April L953, Uncl.

PALIADIN. 0.V.; SIKKNI:NKO. M.P.; SAVIN, G.M.; SHVITS JX.; PATON. Ye.O.:
KAVSTS'KiY, R.Ye.; STBJA.ZHESKO, M.D.; PTaME., V.P.; PROTOPOPOV, V.P.;
FOL'BORT, G.V.; VOROEYOV. A.M.
Grigorii Ivanovych WArkelov; obituary. Hedych.zhur. 22 no-3:101 '52.
(MARKELOV, GRIGCRII WitliffYCH, 1880-1952) (MIRA 11:2)

ROMMIENKO, S.V.; SH'rh'TSI, I.T.0 dlysiyy chlen.
Flow of gas in conditions of cG~ivective heist exchange and friction. Do-p.
AN URSR no.3:20,9-214 '53. (MI-Ri 6:6)
1. Kiyi,7s'kyy politekhaichrivy instytilt (for Romaneako). 2. Akademiya
nauk Tlkrayins Iko,,,ri RSR (for Shvets I ). (Gases, Flow of) (Thermodynamics)
W,

ShVETS, I.T.
The Communist Party in the Soviet Union's electrification program.
7isnyk AN URSR 24:10-19 D 153. (MLRA 7:3)
(Ukraine--Electrification) Mootrification--Ukrafte)
1. Diyaniy chlen AN URSR.

SWVKPS', I.T.; DIBAN, JC.; KOIEDAK. M.M.
The problem of contact heat exchange. Dop. AN URSH no-5:345-350
154. (MLRA 6:7)
1. Diyanly, chlen AN MR (for Shvets). 2. Institut teploonegetiki
AN URSR. (Heat-Coaduction)

V1 53".24:1 :621
8-253
-)f Conl~~,t jT (-;,at
-ichulw~l 1%-lrts of
)54
IV,% Kondah, and
U. S. S.
C077=c- =ea C_=ht-_nac was studied on a turbine vfilenl VrIth
bl,zaes madc of different steeln and alloys and anchored in
,11 f f rxent ways. The effect of the follov6ng factors on
.~-)ntact heat cxchwigc vaa r34Uuai,,.d: surface finish, mach-anim!
,,roncrtics of ruati.-rials involved, compreasion,of tile contact,
L,xbtonoe of oxidd -layer, insulation layer and the~n~ treat-
mmit of the surface of .,ontact. As EL result of ex-oerjmelnts
an appre-ciable offect of heat conductivity of the 6urrounding.
:~-~(Ilum oil the con' act heat exchange was established.(BIbI.1)

-SHVETSI, I.T.
,-- 1 -:-,
Utilizing brown coal of the Ukraine for over-all Power production.
Vir.n.rk AN URSR 25 no 12:34-37 D 154. (MIRA 8:4)
1. Diysniy- chlen AN UM.
(Ukraine-Coal)
411-N

SHUTS, I.T.
.., o ' - 4 - "
COOPeratiOn Of 3u5sian and Ukrainian scientists in the development
of power engineering in the Ukraine. Nar. z ist.tekh. no.2:5-13 155.
(Ukraine--P*wer engineering) (MIJqA 9:4)

FFMROT, V.I.; SMTS3 I.T.- SHELIMENKO, N.N.
On tomparature distribution in turbine rotors. Dop.All URSR no.6:
533-536 '55. (MIJU 9:7)
1.Diyani3r chlan AN URSR (for Shveta').Mnatitut teployanargetiki AN
URSR. (Impellers)

AID P _3835
Subject USSR/Power Eng.
Card 1/1 Pub. 110-a - 6/17
Authors Fedorov, V. I., Karid. Techn. Set, 1. T. Shvetr3,,Dr,.
Tech. Sci., and N. N. Shellmenko, En*g-.----*---"-
Title Research on temperature distribution in some turbine
rotors at unstable heat transfer
Periodical Teploenergetika, 11, 27-31, N 1955
Abstract The article deals with research on deformations in
rotors which occur during start and stoppage of
operations due to increased heat loads. Different
makes of rotors rre discussed. The results of the
research are nresented with 7 figures. The use of
welded,, disc-shaped rotors is advocated.
Institution : None
Submitted : No date

SUETS_,_L.T~; SHVBTSOV, P.D., profemser; DYBAN, Te.P., mWshiy nanchn" metnid-
4-1-- -a.alk .
Study of heat transfer around the base of moving bWes in turbines.
Trudy Inst.tepl.URSR se.12:13-20 155. (MLRA 9:7)
I.Doystvitel'Vy chlox AN USSR (for Shvets)
(Hitat-Tranaminnion) (Blades)

SMTS, I.T.; DYBAN, Ye.P., mladshiy nauchnyy setrudmik; KONDAK, N.M., kandidat
tektfnicheskikh nauk.
Research on contact heat exchange between parts of heat engine@. Trudy
Imst.tepl.UBSR ne.12:21-53 155. (MLRL 9:7)
l.Deystvitmllnyy, chlen AN USSR (for Shvats).
(Eleat-Transmission) (Heat'engises)

MM111F. will
Distr- 4W
cases 1; solving OqU311OMF F44 the 6unjary layar In a tompCOS6
Me fluid (in Russisal Prikl. Jfat. ifeth. 19, 4, 309-512, juIY/AU
1955.
Authors any equations far die ~~~n
:kuexm rressib,'o
fluidl
have been solved only (cc constant
.ity!
pressure-gradlear,
They give A solution for a further class of suesm velocity
tribUtioas, assuming, always, that Ptandti num5et - 1, viscosity,is
proportional to temperature, and no heat transfer to body.
They Introduce new variables & q, (3) said to be analogous to.
Docodaitsin's variables. Vatiables e, q axe related by InteStid-Ca.
Latibas wich.coordlastes X, Y and with Sa.9 arguments. With.help*
of and a a-ream function 0. anthers obtain, from general aqua-
tions, a special to= of equation in partial derivatives (16) ha * ' .
the property dmt [cc the particulaz stream velocity distributin's
V - cfl (17) which can be transformed into the common differeatw
equation
(20)
+ I
where Vr) and r are new viLriables related to Authors sail?
(20) is of the same (atm as the known boundary-layer equation far
incompressible fluid for U - CX'. whose solutions are tabulsred.'.~
In the exceptional cAsL
m - - 1, equation (20) deaece'a'es intor

Popi f-mi;w) 51Y.,
-,D,s 4 1-0 (22)
also etrial to that of (hild (havins MoNtioas obli
(Of C > 0, Acceletsted sticam')
Finally, authors Siv. a transforniatian pcrjrjijjjlg A idejuj C, tilo
Old arguments X, Y. For Integer aromicity of the gas, opt-cially
fox air A - 1, 4, solarion cakes a simple analytical forill.
Reviewer notes a parameter a patticipating ill delinition ol rri r! -
abIcs (5) Is drurrainc-tel atur Sly;ng to velocity distributiod ill t,
special shape (17b end so e constancy of moblig*s to mainti a
that distribution. Accariiin,3 to this, authors title their psper~
"Certain particular cases However, thti pos3ibility o1 vaq-
lag C and m gives to expression (17) certain Ill tPilbillry, acid, 6.lre-
fore, reviewer believer., authors' solution may be of practicil in-
terest. Their at athematical deductions are done in an elegant
Two bibliographical references Irl Rueslan atc given.

L1

SHVETS, I.T.
Some scientific problems in the field of heat-power engineering. Vie-
nyk AN URSR 26 no.2:3-14 F 155- (KM 8:4)
1; Dianly ehl'9n AN UIM
(Heat engineering)

S VWS LT -
9 ..
Situation and problems of scientific research in the fiela of the
history of technolog7 in the Ukrainian S.S.R. Visnyk AN URSR 26
no.9:61-72 S 155. (KLRA 8:11)
(Ukraine-1ndustrial nrts--Ffistory)

Abst Jouroat. Zb.,-.r - M-!'Kh%n:.Ra: N.- -3. jr-q7 31~,
A;,j.-Ih- r: D--ba,* E. P, T.
Ins Lf.tut.l."n
P t, 1. f, ~A:.o y3v fv~ ffft! it K;t -:")angfII
y
C)r"
_9__
Peri,-vdj!.-_aI*. AN TITRSR, 195,:, N - 1., 50-533 R,.;_sE3J_".an realm.-
P;-p r -~W.ts an experf_.M,~-.ntal bvdrc~--
and heat exc.-Inenge Ln -"he ~f mc~':'cn ar
mpr=~_qs.'Jule 1'.quf.d I~a'X,~ M < 0.15) througti capillary chamnels. 1:1,
_.i slaled ".hs.~-. th.;F~ o..rdfnaT-y qualitat~_ve laws that the
and th= b_~rdx-aul..'_c~ repl.stance remafn j--r fci-~e.
Card 1/ 1

USSI-II/Fiv Mc. cl ian.".c 3
X)s Jour: Re' '71 r Mcklaanika, No 11`171'; 90Y
Authci, Shvets, I. T., D.7ban, Ye. P.
Inst
T-Itle, Investil-lation of the energy exchange in the mounting
clearances al~' herring-bone stems of working blades.
Or--'-c P,,i'): Sb. tr. In-t. teT)loenerr,-. MISSSR, lc)'--;'-, No 13, 3-19
CD I-0 j ~
Abstract: 'Results o_f' 'LlIlle experimental investic-ation of heat-
emission and hydraulic resistance to the flux of air
Lhrou.-h clearances in Joints between turbine blades
anC herringDone stems are Siven. A description of
apparatus and methods of measurement is included.
The vali-dit,., of t.,ie laws of Poiseuille and Blasius
-Lor 11-he tcrefficient of resistance of a capillary
tube wit7- laminar and turbulent flow of air through
_LU confirmed, and certain condit-Jons for the
existence of a transition state are established.
Erm-.,.*,.rJ_cal conr-7-Ttional dependence relationships are
Cal-d 1/2

SOV 1 '4 z;7 8 ~' 10 3
F latwn- f rorn- Reie rat,-. rv L~ zfTj rri;.o 5 7 N - 8 f) 7 5 USSR'!
AUTHORS- Sh-. -t~ '. T, D,;bat. Ye. P Kc, N Ii!
'r 'T L,E 71:1.esf~.gaficn. c; ~he c.ing ~-,; 'ri r- r.: Wl_e,~~, Mcans cT. Air 3~cwrl
T,,rcu.gli the Gaps r I.Le S-lailovif .&:i Mc: ct:rigg C tne 3ades
'!ssledc ar.~~ie +h__izh(:.e-J;ya 7- - pr~-i'_ ~0"- ~Z~iu'rla
cherez moi-azi nvvc -~azcr\. Lh a c h'; P,
c-pa tol'-
PER.T.ODICAL.- Sh. t rg. AN -S6R -.";b Nr pp I)
ABSTRACT - Air exams nat;c,-7. c -f ft,~ne heat. d. r a v-.!.ee' eq,.._~ped
,wrh 1--,Iades when _ - ~I-ng ,;.r -, !)'11~171T' !~-_Ugh -he gdp- -.7 #,he
I I. rncunt~-.gs. n e a u f' c - s s o'
~.ai T r
and er-nr-.,-cv e Wei: r~f~tl -he
atI:.;e ic tne elemen-s c. t~-e !U-!7t~rle wheei a-d ~,~erebv
el : - - - -, 4
r
determine the temperature :'felc In the reg.c-m ni the swa_'.'*c,~;.-Ta~I
M(-,t;-Iing5 EcuatJons are a so iC!' '2.t~ I..~Mper~ture 01 tne
r~rn n the roo, reg or, and for ~he atr-"O%v .,e wheel. 's dir
cc,eled bv mears o, rad'a" '_'cw, and tne ~ftect. e-ess ..-, 'Ihe two
C~'ro i;' rnehcd5 cf coci Ing are cornp,rec T-... compa.-.son, shown- -J,.at I-_e.

SOV! 1 ~4 1;7 S
)l ,i~c Cuc,~;rio oi Turbirie Wheels by Means o~' A~r Blown ~conf_
(-,-c ~:-.o -,iec,ceress of he method employing an air flow rhrc,;ch the Svvallcv, -a
!YI(''I!n1:!I,I., gaps is greater than tliat. of the radial.-flow method Ref also RZhMek-
0
1111~7. T\ir
L I
Ca.~d

'k - . -
. . I
FEDOROV, V.I.; SHVETS, I.T.; SHELI~MNKO, U.N.
Experimental investigation of temperature distribution in a rotor
of drum design subject to nonsteady heat exchange. Trudy Inst.tepl.
AN URSR no.13:53-59 156. (MLRA 10:5)
(Turbines)

SHVETS', I.T., akademik.;DIRAN, Ye.P.;GRWIERENKO, O.A.
.Heat_~kchange in the herring bons blade fastening zone of rotors.
[with summary in Raglish]. Dop. AN URSH np.1:38-41 '57. (KLRA 10:4)
1. Akademiya nauk bMM (for Shvets). 2. Institut toployenergetikl AN
UFAR.
(Impellers) (Heat-Transmission)

A1JT1i0R:
_Lt_'Tt_,_4cademician1 Gerashchenkov O.A.t Candidate
~?hvets.
-
echnical Sciences and )yban, E.P., Candidate of
of T
Technical Sciences. 96-7-4/25
Investigation of the temperature fields in the roots of
the working blades of tu~7bines using electrical models.
(Issledovaniye temperaturnykh poley v zone khvostovikov
rabochikh lopatok turbin na elektricheskikh modelyakh.)
P_~~U.ODICAL: "Teploenergetiiza "(Thermal Power), 1957, Vol.L~, IT.O.?,
pp. 20 - 26 (U.S.S.R.)
ABS'_'L'HA,CT The increasingly sevm working conditions in steam and
oaiticularly in 6~as turbines make increasing demands on
!he preliminary design calculations of the tempei-ature
fields in the most heavily loaded parts. Determination of
the to:aiperature fields in the region of the blade roots
is particularly necessary since these govern the condit-
W ions of heat exchange between the blades and the disc or
drum parts of the rotor. Most blade root designs are of
symmetrical profile. Therefore, the determination of
temperatun fields is a two-dimensional problem. This is
C4rdi/8 not strictly true insofar as ti_~ansition from the blade
profile proper to the root is asymmetrical and it should
be justified experimentally as was done in the tests

Investigation of the temperature fields in t~e roots
of the working blades of turbines using electrical
models. (Cont.) 96-7-4/25
described here.
An eq,~ation is given for the heat conduction in
rectangular co-ordinates for plane steady the-mal con-
ditions. In the particular case considered this ecua-
tion can only be solved by a numerical method. An
analysis was made of various methods of solving the
problem and this showed that -the analogue method and
particularly the electro-thermal analoGue method is
simplest.
The general principle of the electro-thermal anal-
ogue consists of obsc;rving similarity of the following
conditions in the thermal original and the electrical
model: 1) geometrical similarity; 2) similarity
of potentials; 3) similarity of fielcl5of conduct-
ivity, and 4) similarity of boundary conditions. The
fulfilment of these conditions is briefly discussed.
For the purpose of carrying out electro-model
Card 2/8 measurements use was made of an integrator -31-talh-6/53,
the circuit of -~--ihich is E~Lven in Fig. 1. A step-down
transforme~r with full wave rectifier gives an output

Investigation of the temperature fields in the roots
of the working blades of turbLnes using electrical
0
models. (Cont. 96-7-4/25
of 28 volts, the measurin- device is a decade and
potentiometer which permits readings to be made with
an accuracy of 0.1~,.'Y of the total potential difference.
The boundary conditions can be set up roughly by a
potential divider with steps of 10~_'. Boundary poten-
tials are set up more accurately by special dividers.
The conductin- medium consisted of special electric-
ally conducted paper, different kinds of which have
different conductivity. The electrical non-uniformity
of paper of a given quality does not exceed 5cl~_.
The experimental procedure is as follows: a work-
ing scale (usually of the order of 20:1) is selected
from the working draurings. On the basis of experi-
ence of analogous blade roots the mean temperature of
the blade and rotor is roug1ily estimated and the ratio
of their the=21 conductivities is deteTnined so that
card 3/8 the appropriate quality of conducting paper can be
selected. The two halves of the model are then cut
out of the paper and joined with an electrically

Investigation of the temperature fields in the roots
of the working blades of turbines UsIng. electrical
models. (Cont.) 96-7-4/25
wriducLini,: tvlhof~.ivo. Tho condoctivtty of pA'ps and
the addiLdonal Uiuiijial roslAaiice of contuctliib~-
suffaces are represented by further strips of conduct-
ing paper. The model is connected to the integrator
and equipotential lines are found with a probe. These
lines correspond to isotherms. The thermal resistance
of the root is read& determined.
a
The coefficien-, at transfer from the gas to the
working surfaces of the blade may be determined by one
of -the published methods. Ten equations were compared
and were found to agree within + 2550'. The heat that
passes through the root is removed by air 3-a contact
with the lateral sarfaces of the disc and so the disc
may be replaced by an equivalent resistance.
The blade roots tested were typical of those used
in practice including double and single mushroom-
card 4/8 shaped (of the Kharkov Turbine Works (XT3)desiSa)md:dr
tree-shaped (of the Neva Works (Nevskogo Zavod) design)
and also fir tree-sha-Ded with free fitting blades from
I

Investigation of the temperature fields in the roots
of the working blades of turbines using electrical
models. (Cont.) 96-7-4/25
oix avlation turbine engines of Soviet production.
In each case the Uoti.Ll ii)siotancc and the
temperature field of the root was detertained. In add-
ition separate series of tests were made to elucidate
the -,)hysical nature of heat exchange processes in the
region of the roots. Some of the test results in the
form of charts of relative equi-potential lines are
given in Figs. 2, 3 and 4. fn order to check the ace-
uracy of modelling determinations were first made of
the temperature fields of roots in direct thermal
experiments. Fi;,-~-. 2 shows dimensionless equipotential
cD
lines in the root of the working blade of E~ turbine
together with isotherms. The thermal test- results lie
between the electric model results using the tmio limit-
ing assumptions in preparation of the model. The tests
that have been done show that for the majority of blade
Card 5/8 roots the thermal resistance on the contacting planes
is very small (for circumferential speeds of the onier
of 300 metres/sec the thexmal resistance of contact

Investigation of Lhe temperature fields in the roots
of the working blades of turbines u ' electrical
models. (Cont.) S~ ~-7 -54/2 5
does not exceed 0.0001 m 2/hr.OC/kcal) and has practic-
ally no influence on the temperature distribution in
the zone of the roots. This considerably simplifies
the conduct of -the experiments.
Until now the mechanism of heat exchange near blade
roots of fir tree shape has remained unexplained. We
had supposed that most of the heat is transmitted
throuCh the erection g-aps. However, special tests made
on the electrical model showed that when the resistance
of the e mction gaps was increased to infinity the
temperature field was hardly changed. This showed that
the main part of the heat is transmitted through the
contacting surfaces and the tensile forces on the blade
have no influence because with a compression of about
40 kg/cm (the minimum obtained in the previous work)
the heat transfer coefficient at contact exceeds 5 000
Card 6/8 kcal/m hrs. OC. This result is illustrated in Fig. 4.
Hence it may be concluded that the additional
thermal resistance of -fir tree-shaped blade roots is

Investigation of the tempeinature fields in the roots
of the working blades of turbines usin-S electrical
mode 1s (Cont. ) 96-7-4/25
mainly due to increase in the length of the path through
which heat passes and the contraction (or expansion) of
Wic Flow lines with sudden change in the area of the
CondUCLU'v.
The electro-modellinG pi-ocedurc, waa uand W (IsAur-
mine the actual thermal resistance of some typical
blade root desig~ns and the results are given in Table 2.
It is concluded that if axial heat leakage may be
neglected the temoerature fields in the zone of tile
blade roots may be deteimined by means of electrick--l
paper models. The method is simple and the results are
in good agreement v;ith those of thermal experiment. Tl'ne
procedure car, also be used to study the influence of
such factors as the rate of supply or removal of heat,
the type of joint, or the operating conditions on the
temperature field of the disc.
Card 7/8 When axial leak-age of heat in the zone of the roots
cannot be neglected, data obtained from an electr-ical
model for the radial thermal resistance makes it

InvestiSation of the temperature fields in the roots
of the working blades of turbines using, electrical
models. (C ont . ) 96-7--4/25
possible to replace the region of the root joint by a
ring of equivalent resistance and dimensions. The
method described by Kndrnschild may then be used to
determine the temperature field of a disc of this land.
There are 5 figures, 2 tables and 8 references, 6 of
which are Slavic.
ASSOCIATION: Institute of Therval Bnginee ring of the Ac.Sc. of t1io
Ukrainian OSSR. (In!jtitut Teploonetyetiki AN USSR)
AVAILABLE:
card 8/8

SHMS, I.T.; [Shvets',.I.Tj; DYBAN, Ye. P.
DeveloDinp methods for engineering calculations involved in the
cooling of turbine rotors. Ilauk. zap. Kylv. un. 16 no.16:43-50
'57. (Turbines) (MM 13:3)

24(8);26(1) PHASE I BOOK EXPLOITATION Sov/1982
Shvets, Ivan Trofimovich, and Yevgeniy Pavlovich Dyban
Opredelenip temperaturnogo polya okalazhdayamogo oblopacheanogo turbinnogo
disks, (Determining the Temperatum Field of Cooled Turbine Rotors) Kiyev,
Izd-vo All USSR, 1958- 75 p. 2,000 copies printed.
Dponsoring Agency: kkademiya nauk Ukrainskoy SSR. Institut teltloenerg-ptiki.
Resp. Ed.: M.A. Kondak, Doctor of Technical Sciences; Ed. of Publishing House:
I.V. Kisina., Tech. Ed.: I.D. Milekhin.
PURPOSE: This book is intended for engineers and scientific personnel concerned
with turbine design and my also be of use to students of aeronautical and
power engineering vuzes preparing diploma projects.
COVERAGE: The book presents the results of theoretical and experimental investi-
.Ations on heat exchange and cooling of turbine rotor disks performed at the
g
Institut teploenergetikil AN USSR Heat-Itiver Kngineering Institute, Ac&de:kY of
Sciences, Ukrainian SSR. A method of electrothermal ar-logy permitting a simple
Card 1/4

Determining -the Temperature Field of (Cont. SOV/1982
and sufficiently emct solution of two -dime ns ional problems of heat conductivity
is presented. The effects of temperature fields during initial heating on the
state of stress of an intensively cooled disk arra analyzed as are the bases for
hydraulic calculation of cooling systems. The book contains data necessary for
engineering calculations of the temperature fields of cooled turbine disks
based mainly on test results obtained by the authors in the heat-engine lab-
oratory of the Heat-Power Engineering Institute, UkrSSR. In analyzing
problems connected with the determination of the temperature field of a disk
cQoled by a radial blower, this book uses the material from a dissertation by
Candidate O.A. Gerashchenko. Candiclate of Technical Sciences N.M. Kondak
participated in the analysis of results of an experimental study of heat ex-
change in the slit channels between the blade roots, in the construction of the
test setup, and in performing the tests. There are 32 references: 28 Soviet,
3 English, and 1 German.
TA-BLE OF COWMNTS:
PI"'I NCO
Standard Symbols 5
Card 2/4

IYaternidning the TLemperature Field of (coat.) sov/1982
Introduction 7
11eat Flows in a Cooled Turbine Rotor Disk 19
aftat exchange between rotor disk and surrounding Medium 19
Heat transfer from the working body to the effective outer
Mdius of the rotor disk 21
Determination of Mass Flow and Pressure of the Cooling Air 40
Summary of Fesults 6o
conclusions 66
Bibliography 68
Appendixes: 70
Card 3/4

Determining the Temperature Field of (Cont.) SOV/19B2
Appendix 1: Physical parameters of dry air for P = 735-5
mm mercury column 70
Appendix 2: Value of Bessel functions from an imaginary argument 71
Appendix 3: Kernels of the clAracteristic Uation
/1; J, ( ~d ) - BiJO ( 7 ) 73
Appendix 4: Values of the constants An 2 2 iBi R + Bi.2 74
n
AVAILABLE: Library of Congress
IS/f&l
8-4-59
Card 4/4

I
26(l) PHASE I BOOK EXPLOITATION sov/1966
Shvets, Ivan Trofimovich
Gazoturbinnyye ustanovki (Gas Turbine Installations) Kiyev, AN Ukrainskoy 03-11,
1958. 122 p. 8,000 copies printed. Errata slip inserted.
Sponsoring Agency: Akademiya nauk Ukrainskoy SSR, Kiyev. Institut toploonergetiki.
Resp. Ed.: Ye. P. Dyban, Candidate of Technical Sciences; Ed. of Publishing House:
T.K. Remennik; Tech. Ed.: M.I. Tefimova,
PURPOSE: This book may be useful to beginners in the study of the modern heat
engine - the gas turbine.
COVERAGE: The book covers fundamentals of theory and design of various types of gas
turbines. The historical development of the gas turbine from the beg~Lnning of the
20th century is given in brief. The author states that the Wevskiy Plant imeni
Lenin produces turbines of liooo - 6,ooo kv with TOO*C working-gaa teVerature.
It is also stated that the production of gas turbines has begun at the Leningrad
Metal Plant, KhTGZ (Khar1kov Turbogenerator Plant) and the Kirov Plant in
Leningrad. Locomotive gas-turbines are produced at the Kolomna and Lugansk
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Gas Turbine Installations
sovI1966
Diesel Locomotive Plants, and at the Leningrad Metal plant produ6tion of a 25,000
kv turbine is under way. A test model of a 50,000 kv stationary gas turbine is
also under way at KMZ. The following scientists In this fleld are mentioned:
N. Ye. Zhukovskiy, A.S. Chaplygin, B.N. Yuryev, A.S. Khristianovich, L.G,
Loytsyanskiy, A.I.Sedov and G.I. Zotikov. There are 17 references: 15 Soviet,
1 English and 1 German.
TABLE OF CONTENTS
Introduction
3
Fundamentals of the Theory of Heat Processes in Gas Turbines 17
Gas Turbines with Constant Combustion Pressure 22
Determination of the efficiency and optimm pressure increetse
in the cycle 22
Installations with heat regeneration 27
Losses of pressure in cycles 31
Compression in a compressor with interstage air cooling 34
Intermediate heating of gas during exparmion 40
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Gas Turbine Installations
sovI1966
Cycle of a gas turbine with interstage cooling of air in the compressor
and intermediate heating of gas in the turbine 46
Influence of gas temperature in front of the turbine and air 11-empe-ratuil-,
in front of the compressor on the efficiency of a gas turbine 50
Inf luence of 7?-r and 'fy on the efficiency of a gas turbine 51
Efficiency of a gas turbine 55
Gas Turbines With a Constant Combustion Volume
Closed Cycle Gas Turbines
Gas Turbine Heat Diagrams and Their Analysis
Fundamentals of Gas Turbine Heat Analysis
Gas Turbine Design
Compressors
Turbines
Gas turbine regulation
57
62
71
77
83
83
88
98
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Gas Turbine Installations sovI1966
A:Lrcrmfb Gas Turbines
Regenerators
Fuel and Combustion Chambers
Chembers for liquid fuel
Gaseous fuel
Solid fuel
Bibliography
AVAILABIE: Library of Congress (TXM.S526)
102
109
112
114
1-17
i:L8
122
IS/mas
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J
PHASE I BOOK EXPLOITATION SOV/3898
SOV/31-14-14
Akademiya naWc UkrSSR. Institut teploenergetiki
Teplooljmen 5- gidrodinamika (Heat Transfer and Hydrodynamics) Kiyev,
191~8. 190 p. (Series: Its: Sbornik trudov, no. 14) 2,000
Copi,~-s printed.
Ed8. of Publishing House- Ya.L. Kaplan and N.M. Labinova; Tech.
Efl'.: M,I. Yef1mova; Editorial Board: I.T. Shvets (ResP. Ed.)
Academy of Sciences UkrSSR; G.M. Shchegolev (Deputy
Resp. Ed.~, Candidate of Technical Sciences; N.M. Kondak (Resp.
Secretsa-j), Candidate of Technical Sciences; V.I. Tolubinskiy,
Cor'-espondlng Member, Academy of Sciences UkrSSR; I.I. Chernobyl'-
-::~kiy, Doctor of Technical Sciences; M.M. Nazarchuk, Candidate of
Techr-Ical Sciences; P.I. Lavrov, Candidate of Technical Sci-
encesi P.D. Shvetsov, Professor; and N.M. Pyatyshkin, Candidate of
1~--..haleal Sciences.
P-URP',')'SE: !Uhis collection of articles is intended for scientific
,,t)---kers and technical personnel in the fields of heat transfer
and hydrodynamics.
C(TTEPUE~CzE: r-Phis collection of 18 articles deals with experimental
,-i " -
...-I t,~,,~~7iretical studies of problems in heat transfer and hydro-
-"/7

H-aatl- and Hydrodynamics
SOV/3898
dyna?-~il ~E as they affect steam and gas turbines and heat-transfer
results of theoretical investigations of heat trans-
in -111?rbine components and in elements of heat-utilizing appar-
:~Lre deacribed,and new calculation methods are suggested.
D--oblems of the thermodynamics and aerodynamics of steam
1~,nd g-as are discussed. References follow each article.
T
TAO,'-B., 0? 1,10'hTENTS:
I I
Shvets. I.T., O.A. Gerashchenko, and Ye.P. Dyban. Investigation of
the T Fields in the Hubs of Turbine Rotors by Means cf the
Method 3
-asis of a theoretical analysis of the system of equa-
tllon.i describing the temperature field of a bladed rotor, the
authora present a method for taking into account the thermal
of the blade stems. This method may be used for
of steady-state heat conditions as well as
t~~ ady- state conditions.
V.M., O.A. Gerashchenko., and M.M. Nazarchuk. Approximate
fcr~ Determining Temperature Fields and Stresses In a Drum-
c Rot-or at StaAing 20
t
C a:,