SCIENTIFIC ABSTRACT ZELENIN, N.I. - ZELENIN, YE.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001964220019-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

I.; KURLINA, I.P.; FOLYAKOV, I.M.; SHIPINOV., N.A
ZE FEOFIIDV, Ye.Ye.; GAFUIOVSYIYA, G.N. [ e
leased];
Utilization of shale and coal phenola for the syntheoin of
cherdeals for plant protection. Kh" i tekh. gor. slan. i
prod. ikh perer. no.8:152-158 160. (MIM 15:2)
1. Vaesoyuznyy institut zashchity rasteniy i Vaesoyuznyy institut
po pererabotke slantsm
(Phenols)
(Plants, Protection of)

MILENIN-t J OTIALTYKO, O.Yo.; CIIERNYSIIEVA, K.B.; TATAII-KINA, O.V.i FAYNBERG, V,
J.
S.; YA11FOVSKAYA, T.A.; Prinimali uchastlye: SOKOLOVA, Z.N.; KUITESHOVA,
A.A.; KREESTEENKO, M.N.; BOBROV, V.V.; FIMICIA, F,G.
Developing methods for the cold fractionation of shale tar. Part 5.
Using light tar as wood impraganting oil. Khim. I takh.gor.slan. i
prod. ikh parer. no.12.-278-284 163. (MIRA l7t2)
1. Laningradskiy lnzhonerno-ekonomichaskiy institut i Leningradskiy in-
stitut inzhanerov.zhelaznodorozhnogo transporta.

ZELENINP H-.-I.!-;--KLIME-IIKO,-V.L.-
Evaluating the possibilities of separating oleffts. from chamber
furnace gas.~ Khim. i tekh, gor. slan. i prod..ikh pereri no.11:
337-342' 162. 04IRA 17:3)
1. Leningradskiy inzhenerno-ekonorAcheakiy inatitut.'
IL

ZELENIN, N.1,-, FAYNBERG, V.S.
Developing metliod!5 for the coll fracticnation oAl* shalf, t-,,-. Pp--t 4.
Effect of ths naturn of valvmntn on tho~ yi6ld of' frnclU(~nn+-ir-jn pzro-
ducts. Khim. i takh.gor.slan. I prod. ikh perer. no.12-.264-277 163.
(MIRA 17:2)

7$4 ZZIXITIN, IT.I.; TERMIOV, S.L.
roe ~
Prospects for the develop ent'of the oil-shale processing
industry and objectives of scientific research in this field.
Trudy VNIIPS no.4:5-1.7 155. (MIRA 13:4)
(Oil shales)

ZELENIN, IT.I.; mmov, S.S.
Cracking process applied to shale tar and its fractiow. Trudy
VNIIPS no.4:161-166 '55. (MIRA.13:4)
(Oil shales) (Cracking procase)
4

IVANOV, B.I.; ZELEIIIII, N.I.; SHARONOVA, IT.F.; KOZAK, Yu.A.
Polymer fo;;~~iion and corrosion of the Kohtla-Jarve rMin-
grad gao pipalinn. Trudy VITITT zo.8:106-112 '59-
I (HIRA 1):4)
(Gas, Natural- Pipelines) (Gas pipes--Corrosion)
_44 .5 _.."

.KHARINSKIY, Anatoliy Leonidovich; GUMMUN, G#Kho# inshat retsenzent;
VOMM. IN N I inzh., retsenzent: KASATKIN, 3,P,, inzh., retoonsent;
T2v MX-W,4zTZ,, inzh,,# retzenzent; KILTUTIN, T.T., inzh., retsenzent;
VOLGOV, V.A., kand.takhn.nauk, red.; ZABRODINA. A.I.. tekhn.red.
(Fundamentals of the design of radio partal Oonovy konotrairovanlia
alementov radioapparatury, Moskvaj Gos.energ.12d-vo, 1959. 547 P.
(Radio-Equipment and supplies) (MIRA 12:4)

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K,B.; AWi"ROPYAIVSKAYA, Ye.A.; PYSHKIXA., N.I.
Developing methods of cold frcetionation of shale tar.
Report Hcol. Khim. i tekh..gor.-slan. i prod. ikh perer.
no,8:195.-209 160. (MIRA 15.2)
(Distillation, Fractional)
(Oil shales)

I,iOROZOV-,-Ge~oi-g-i,y-'-Aiidre-yev-ich;_~~LEM,N-I-,-nauchnyy red.; DAYEV,
G.A., ved. red.; SAFRONOVA, I.M., tekliD. red.
(Using diesel oils with additiveo) Primenenio dizel'yqkh zasol
a priuadkami. Leningrad, Gostoptekhizdat 1962, 112 p.
(141RA 15:7)
(Diesel enginec-Lubrication)
j-_, 7g
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S15831621000101010021002
1001/1210
AUTHORS: Zabrodkin, A. G., Zelenin, N. I., Vasiliev, M. L., Fcofilov, E. E. and Lieva, V. Yu.
TITLE: Industrial tests of synthetic adhesives based on phenols of shale resin, boiling at a tempcr-
ature higher than 300'C, and ndmixcd with tricrcsol
SOURCE: Estonian SSR. Institut slantsev. Khimlya I teklitiologiya goryuchikh slantsey i produktov
ikh pererabotki, no. 10, Leningrad, 1962, 235-256
TEXT, This is a continuation of previous works (Zelenin, N. L,. Vasiliev, M. L., Fcofilov, E. E., Khimia
i tekhriologiyagoryuclilkh slantsev i produktovikh percrabolki, no. 9, 1960, 204; Zabrodkin, A. G., Lieva,
V. Yu., Vasiliev, M. L., ibidern. 236). The adhesive resin prepared in the laboratory was tested in the Ust'-
Izhorsk plywood factory and the results showed that the resin with admixture of tricresol, and ethyl alcohol
as a solvent could be used in the production of bakelized plywood. There are 4 tables and I figure.
ASSOCIATION: Soviet narodnogs; khazyaystva ESSR repravlenie slantsevoy i khimicheskay promish-
levnosti: Nauchno-issledovatelskiy institut po dubychei percrabotke slantsev "Institut
slantsev" (Soviet of National Economy of Estonian SSR, Administration of Shale and
Chemical Industry, Scientift Research Institute for Extraction and Processing of Shales-
"Shale Institute")
Card 1/1

S/583/62/000101010011002
1001/1210
AUTHOR: Zabrodkin, A. G., Zclenin, N. L; Lieva, V. Yu., Fcofilov, E. E. and Vasiliev, M. L.
TITLE: Industrial tests of synthetic adhesives based on shale-phenols boiling up to 300'C
SOURCE: Estonian SSR. lastitut stantsev. Khimiya i tekhnologiya goryuchikh slantsev i produktov
ikh percrabotki, no. 10, Leningrad, 1962, 246-252
TEXT: The development of the plywood industry required by the 7-year Plan needs new and cheaper
adhesives. TsNIIFM developed a new method for the preparation and condensation of a water-soluble
resin from shale-phenois with addition of tricresol. The resin was controlled under industrial conditions
at the Ust'-Izharsk plywood factory. The finished product responded to the standard requirements rOCT-
3916-55 (GOST-3916-55). Phenols were obtained in 1960 at the pilot plant of the shale works im-Lenina.
The use of this resin economizes 50% of tricresol compared with the resin IAHH[4(DM-C-35 (TsNIIFM-
S-35) and it can be introduced into (DC(D (FSF) brand plywood. Thcre arc 5 tables and I figure.
ASSOCIATION: Soviet narodnogs khazyaystva ESSR repravlenie slantsevoy i khimicheskay promish-
lcvnosti: Nauchno-issledovatelskiy inaitut po dubychei pererabotke slantsev "Institut
slantsev" (Soviet or National Economy of Estonian SSR, Administradon, of Shale and
Chemical Industry. Scientific Research Institute for Extraction and Processing of Shales -
"Shale Institute")
Cord 1/1
.... ......

IN, Tevgeniy Tladimirovich; KOToir, I.I., retsenzent; SOWIKOT.
i,e;-d.-;- MURASIOYAP H.-Ta.,, tekhn.red.
(Course in descriptive geometry with problems and exercises]
Xurs nachartatellnoi geomotril s zadochami i uprashneniiami.
Moskva, Gos.izd-vo f12iko-matom.lit-ry, 1959a 386 p.
(MIRA 13:2)
(Geometry. Descriptive)

ZMENIN JJ.I.; TATAIMM, G.V.; SHIROHOVA.. N.Ye.; IMROVSKIY A.N.;
:==-P~
FFOFIWV, Ye.Ye-.; OLISHMEAUj K-7h,
Production of automobile gasoline. Khim. i tekh. gor. slari.
i prod, ikh perer. no,8:75-83 ~60* (MIU 15:2)
(Gasoline)

RZ~IINXMZ4E~-Illl

ZELENIN, N.I.; GHERNYSHEVA, K.B.; SMIRNOV, V.I.; ANTROPYANSKAYA, Ye.A.
Developing methods of cold fractionation of obalm tar. Roport
No.2. Investigation of heavy oil. Khim. i tekh. gor. slan. i
prod. ikh perer. no.9:172-183 160. (~11RA 15:6)
(Distillation, Fractional) (Oil shales)

ZELENIN, N.I.; CIIERNYSHEVAO K.B.; PYSMINA, N.I.; ANTROPYANSKAYA, Ye.A.
Developing methods of cold fractionation of shale tar. Report
No,3, ~Separattonl of, phenols from light oil. Khim. i tekh. gor.
Blan. i prod.'ikh parer. no-9:184-193 160,, (KRA l5t6)
(Distillation, Fractional) (Oil shales) (Phenols)

ZELENIN, N.I.; VASILIYEV, M.L.; MOFILOV, Ye.Ya.
Use of high-boiling shale phenols for the production of plastic
materials; thermosetting and activity of shale phenols. Xhim.
i tekh. gor-.,slan*- i prod. ikh perer. no.9:204-213 160.
(MERA l5t6)
(Plastics) (Oil shales) (Phenols)

USSR/Chomical Tcchnology Cheniical Products and Their
Application. Treatment of Solid Mineral Fuels
Abs Jour Ref Zhur Ktdmiya, No 1, 1958, 2475
Author Zelenin, N.I., Kuz'mina, N.A.
Inst All-Union. Scientific Research Institute of Shale Proces-
sing.
Title Behavior of Acetaldehyde Over Some Catalyats at Temperatu-
res of Low-Temperature Carbonization.
Orig Pub Tr. Wes. n.-i. in-ta po perarabotke slantsev, 1956, No 5,
225-236
Abstract To elucidate tie mechamism aftherial decomposition of the
organic portion of shale a study was vade of the conversion
of acetalde-hyde over Cambrian blue clAy, allmosilicate ca-
taly5t and shale ash, at 150-4500 and a rate of feed of the
raw reaterial, of 0.5 liter per hour per 1 volume of cata-
lyst.
Card 1,/1

/V AV
USSR/Chemical Technology - Chemical Products and Their Application. Treatment of
Solid Mineral Fue].B, 1-12,
Abst Journalt Re-ferat-ghur MlimiYa. No 19~ 1956, 625o3
Author; . Zeleninj-N. J.', Terekhov., S. I,.
---------------
Z38titutian-. None
Title: On Prospective Development of Shale Processing Industry and the
Problems of Scientific Research in This Field
Origimal,
Pixl"odical: Tr. Vses.' n.-i. in-ta po pererabatke slantsev, 1955, No 4, 5-17
Abstract: Brief consideration of the most Important trends in research and
experimental work ensuip
. g from the present state and development
course of shale processing industry taking into account the ape-
cific features a this development in USSR.
Card 1/1

-2- G- LE NT N N -T,
~
SSR'~
USSR/Chemical Technology - Chemical Products and Their Application. Treatment of
Solid Mineral Fu--.Ls,, 1-12
Abgt J
Ab.gt journal: Referat Zhur - XhImiya, No 19j~ 1956s 62541
Authort. Zelevin, N. I., Semenov, S. S.,
Jwti
Institutiont None
Title: Concerning the Cracking of Shale Tar and Its Fractions
Original
Periodical: Tr. Vses. n.-i. in-ta, po pererabotke slantsev, 1955, No 41 161-166
Abstracti It Is noted that residues obtained on fractionation of the tar of
Baltic region shale; which amamt, to 50-60% are rich not in hydro-
carbons but in oxygen-contain1mg compounds. Analysis of numerous
cracking data shows that maximim.yields of products on the basis of
the tar amount to -25% hydrocarbons, 30-35% coke and 30-35% gas.
These data and also those relati-og to mechanism and chemism of
thermal and catalytic cracking Indicate the inapproprIateness of the
use of cracking,, in thils.instatice, as a means of increasing yields
of LIght fractions.
Card 1/1

:E. ~I
F-7,~
of acetaldeb7de in the presence of certain catalysts at
Gemicoking temporatures. Trudy VNIIN no.5:225-236 156,
(MLRA 10:5)
(Acets,ldehyde)

ZRI AIN
Nok~; CEMRNYSEIZVA, K.B.
Study of primary-thermal conv4irsion processes of.basic components
of medium fractions of shale tar. Trudy VNIUS n0-5:237-252 156.
(HLRA 10;5)
(Tar) (Oil shaloo)
qjnvr-!!r
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.ZELENIN N. L.,
AND Kosheleva N.Ne Kreking Slantsevykh Smol Skhloristym A3.yuminiyemp
Goz7uchiye Slantay, 1934, No. 3p35.
SO., Goryuchiye Slantey #1934-35 TN. 871 G74
A V M U ~Q,e P~, WA. 1, A a-, I -sglv~~.m
N

-nr~
PROTASOV..- P *V kaid .1 sk.&hozyaystire nauk;-A.IMN N.N.; kand.-

-ZIMIIN, NOTO
Results of testing complex fertilizers SU4-I and SM-II on the
cotton plant. Uzb. khim. zhw.-. no.ltll-14 161. (MMA !4:1)
(Fertilizers i.ind manures)

v

Nffectiveness of ammonlated sulierphosphate from Ura Tau phosphorites
on cotton growth. Uzb. khimo zhur, n0,3;29-35 '58. (Him 11:9)
LTSentralinava stantaiya uxlobroniya i.agropochvovedeniya Vaesoyus-
nogo nauchno-iseledovatellakogo instituta khlopkovodstva Akademil
eel'ekokhozyayetvennykh nauk U%SSRv
(Zara Taur-Phosphorites) (Phosphates) (Cotton growing)

ZELIVIN, R.P. (blovkva., Ye-370, u1. Boytsova, d.6, korp.4, kv.19)
Ves tn. kbir. Grekov. 90 nc.W9-4i (141RA 17:2)
1. Iz I-y khirurgicheskoy kliniki zav. - doktor med. nauk
N.1, Makhov) i rerttgenologlohe~kogo otdela ( -4-av. - doktor
med. nauk V.I.Petrov) Moskovskogo oblastmogo naucbno-iseledo-
vatellakogo klinicheBkogo inatituta imcni M.F.Vladimirskogo.

- -. .~ -- - , -. - . ,;
zMaHme V*F.s prof.
Prevention of hypertenaion. I'Sdorovle 4 no-10S11-13 0 158
(MMA lltll)
1, 3)eystvitellnyy chlen ANN .'ISSR.
(HYPEMNSIOI()

Z
USSR/Cultivated Plants - Technical, Oleaginous, Sugar-Bearing. L-5
Abs Jour : REf Zhur - Biologiya, No 16, 25Aug 1957, 69286
Author : zqi~~
Inst
Title Effectiveness of Ammoniated Superphosphates from Kara-Tau
Phosphorites on Cotton Plants.
Orig Pub - Sots. s. kh. uzbekistana, 1956, No 3, 73-75
Field experiments were conducted in 1954-1955 by the
Central station of fertilizers and soil science Union-
YMI in the Yangiyul rayon on typical gray soil. A
granulated and amm niated superphosphate from Xara-Tau
phosphorite in particles up to 4 mm in a dose of P_I^
was added in plowing after turning layers of alfalYav
and the old plowland on a background of N110. In 1955
the additional yield fo raw cotton on turned layers
amounted to (by comparison with a nitrogen background):
vith ATnm niated euperphosphate of particles up to 2 mm--

USSR/Cultivated Plants - Technical, Oleaginous, Sugar-Bearing. L-5
Abs Jour R2f Zhur - Biologiya, No 16, 25 Aug 1957, 69286
5.8; of particles up to 4 mn- 4.7; with ordinary
superphosphates-- 2.6 centnere/hectare. On Old cotton
plowland in 1954 these additional yields were obtained:
with ammoniated superphosphates up to 4 mm-- 1.9 and with
ordinary superphosphate-- 1.6 centners/hectare. The ad-
vantage of ammoniated superphosphate was demonstrated
also in its use during the vegetative period.
Card 2/2

ZELVaINS N. N. Cand Agri Sci -(diss) Effectivetiess of phosphorus fertilizer forms
of Karatau phosphoritts on CotE;on plants," Tasl&ent, 1960, 20 pp, 200 co-pies
,(Scientific Institi ito of Fertilizers and Insectofungicides im Prof. Ya. I, Samo-
y1ov) ("NIUIF") (KL, 48/60, 115)

------- --- -
Zelenin, N. V. "Criteria of the effbdtiveneilu of ~sy'chiitric hospitalization and
forms of its follow-up," Ogr.-metod. voprosy sovr. neyropsikiatrii (VII), 194.8,
p. 128-3,4
SOt U-32640 10 April 53j, (Letopis 'Zhurnal vnykh Statey, No. 4. 1949).
W~
irl-,~X Q, ~P *T

Vinvinn natalyala or hylrogen from d!hydrif.yr-'dlnelj
and sitailar -~Ompcunds. ILv. AN ~:SSP. Ser. 1--him. nc..q--tn9;e--
1694 16:1). (MTRA 18;9)
1. khjrdcheakoy

:00 0000 00# 0
6
16 A 14 W At V 00 M I, V a
-I- .-AUt 00 QR U J
00
94
g of jimbeirtfavith natural r-3
00 itai synthetic
nibber. S. 1. 7ch-AW~. ~ finnio0oww Prow, 16, No. 1,21,
00 a 17-24093ST:= ~--l Orocedura for the ptodUC" of
00 g twessboards from kathcr scrap and waac cellulosic matc-
Ws with the on o( Latex and jiyathetic rubler as the himl -
00 a A~
*0
ins agents are described. in the production of Am sok-s
00, a more durable board is oblainctl with corud. telex by
addia, ot cascin YA a prottaiiv colloid and Na,% and -nd- 0
0 r4oltallM, litcouw of the m4stance to oxidation, chloro-
Pftnv pluvrd in be & tjwc sl,itable lilgdvr for fjognis used .00
in the falork-wWo of w1abs niArblov J)"lls. Well as brake 0
& 0 and hiction ditk%. 'the ute tit buladicue robbir As It
'06 binder produced Wrr~x tvvilvs. The compatative lyhys.
a ad mcch. ks of prmbwrds of various compm.
Chas. Iflanc
art LawAt divussell.
A 0
ja-00
0
".09
00
VO*
was
'40
it,
4
U n &1 00
it of It It It K T1 n tit N La ft I A4
10 0 0000 0 0 0 * 4 0 0
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SHIRIN, F,K., kand.tekhn.nauk; SKOPIN, G.A., nauchnyy sot rudnik; Prinimali
uchastiye: ANTOROV. V.I., inzh.;,ZXWNIN, S.S., insh.; BOGUSMICH,
Ye.N., inzh,; KLIKOVA, G.D., red. izd-va,--OrM-rBMG, T.M.. takhn.red.
[Norms RU-1-60 for drawing-up plans for the organization of
.oonstraction] Rauchetnye normativy dlia nostavleniia'proaktov
organizataii stroitelletva RN-1-60. Moskva, Gos.izd-vo lit-7 p0
stroit., arkhit. i stroit.materislam, 1960. 98 pe
I(MIRA 13:12)
1. Akademiya stroitalletva i iqrkhitoktury,SSSR.- Institut organi-
zateii. makhanizateli i teldmicheekoy pomoshchi stroitalletvu.
2. Rukovoditell Sektore organ:Lzatoii promyshlennogo stroitelstva
i tekhnologii proinvodetva rabot Nauchno-iseledovateliskogo insti-
tuta'organizataii. makhanizataii i tekhnicheakoy pomoshchi stroi-
tellstvu (for Shirin). 3. Otdol ekonomiki i organizataii stroi-
tel'stva Goestroys SSSR (for Aintonov,.2olenin, Dogushavich).
(Construotton industry)

9. Monthly List of Russian Accessions, Library of Congress, 1953. Unclassified.

GORYACUT, A.?. (Loningrad); V.A. -eningrad)
Mechanized weld-Ing with a nonconumable eleclxodlo by a
ponetrating arc. Avtom. avar.. 17 no.1204-29 D 164
(FIRA 18 2)

2s. 4 zes 0:

1 4
Fil-

O
MMON,!
C

"Traitement de llinsuffisance cardio-vascuJAire.11 Zelenine, V. F. (p. 670)
SO: Journal of General Chemistry (Zhurnal Obshchel Miimii) 1940, Vol=e 18, no. 1.

-LEL-ENIN-.V.-
F.-
Zelenin, V. Flo and Atg..anov:Lch, B. Ya. "The principles and the future of the
treatment of hypertonic disease", Trudy Chetvertoy sessii Akad. med. nauk SM11,
Y, scow, 1948, p. 66-79.
SO U-2888, 12 Feb. 53, (letopis' Zhurnal Inykh Statey, 110. 2, 1949).

27925. ZEEWNII V. F. Legoohno-serdechniy sindrom. Trudy XIII vsesoyuz.
Slyazda terapevtov. L., 19Z+9 S. 277-P4.
SO: Latopis' Zhuraallaykh Statey. Vol. 37, 1949.
M& . . . . . .

z L,
ILI Par 411
USSR/-edicine - Litue-rature, T-edical
-edic-inc-- Firqt- L1*6
IlList of r~edgiz Books Availabla ror Purcht~;sell Ip
Feld'shor i Akushekat' No 3
Includes following books; Ya. G. Dubrov'S"First Aid for UnOar,oround, Vforknrr-,"
V.F. Z0.4niniq 1111~1,pnvtonlo Wavnnna~" 6'rid K. Ph. '"o,"chr-yov's for
Workars.
/,I-A9T7l
1IN
P7 -WiF

:1:2 tX'v'R
Medicine
,,The person with heart disease, Iloskva,.Medgiz, 1952.
Mont List of Russian Accesslons, Library of Congress, December 1952. Unclassified.

"Hemotherapy in the clinical treatment of internal diseaseB."
A.A.Baggdasarov, M.S.Dalltain. Reviewed by Y.F.Zelenin. Vast.
MH SUR no,2:52-53 '53. (IMRA 7:1)
1. DeYGtTitel'nyy chlen Akademii meditsinskikh nauk SSSR (for
Zelenin).
(Blood as food or medicine) (Bagdasarov. A.A.) (Dulltsin, M.S.)
vu& ~12,1 11, 3 It

ZXMDI, Vla&imir Filippovich, 1881~-
[How to strengthen the heart] Zak ukrepit' serdtas.1foaWa,
Medgiz, 1955. 133 p. (KWA 9.,3)

Oka Le 4i -
(Diseases of the cardiovascular s7stem) Bolezni eardechao-sozudisto7
siotemy, Moskva, Kedgis, 1956, 330 p. (MIRA 10:2)
(CAltDIOVASCUIAR SYSTEH-DISIASES)

---- - --------
LHow to strengthen the heart] I* ukrepit' eardtoe. lzd. 2.
'Monkvs, ~957- 134 p. (HLRA 10;?)

GMISHTInf, Ye,H*;.ZNLWIffO-V.F,, pri uchastit.Y.L.11nisao-
[Textbook of specialized patholimy and therap of internal diseases]
Ucbebnik ahastnoi patologil L-terapii v-nutre=ikh bolesnei. Izd. 3-s.
Moskva, Gos,Azd-vo mods lit-r7 Medgiz, 1947- 791 P-. (MrRA 11:6)
(HIMICIIIH, INTMUAL)

ZET IN, Vladimir Filippovich
(Cardlovaocular syttam dioeases In middle and old ap] Zoletni
serdechno-sooudistoi sistemy v arednem I pozhilom. vozraste.
Hoakvs, Medgiz. 1959, 233 P. (MIRA 13:8)
(OARDIOVASCULAR S1WEH--DISKA=)

BAKLINV. A.N..-glamyy red.; POROV, F.H., glnvnyy red.,- MILOVIDOV, B.M.,
zam.glavnogo red.; BIWSILOVSKIY. L.7b., red.; DOMBROVSKAYA, Yu.F.,
red.; V.P. red.; KELISHOV, K.L., red.; KRISMU, 7.1.,
red.; NZYS-ii~~L, ij.,~red.; 14ALINOVSKIY, H.S.. red,'; KASMOVSKIT.
M.Do, red.; MULITANOVSKIY, M.P., red.; MM2WfEVSKIY, A.V., red.;
SOLOVIYEV, V.D., red.; CI~INSKIY, SiN., red.; KON, M.A., starshiy
nauchnyy red.; VOaANIYAIRS, 0.1., mladshiy red.; KOSTI, S.D.,
tekhn.red.
(Popular me-d'i:cal encyclopedia] Populiarnaia meditainaksia entsi-
klopediia. Glsv.red.A.N.Bai~ilev i F.R.Petrov. Chleny red. kollegii:
L.IA.BruBilovskii i dr. Hauclm.sovet izd-va: A.P.Alo'ksandrov i dr..
Mosk7a, Gos.nauchn.izd-vo *Sovetsksis entsiklopediist" 1961.
1252 columns. (MIRA 14:4)
1. Redaktsiya meditainy i zdraIvookhreneniya. Moak-vag Mi-289
Pokrovskiy bullvar, d.80 Gosudarstvenhoye n'auchnoye izdatellatV0
"Sovetskaya Entsiklopediya" (for Milovidov, Kon, Voskanlyants).
(MEDICINF,-DICTIOARIES)

VOLYNSKIYY Z.M., prof-; GILYAREVSKIY '_S A pr?t.;
CEFTER, A.I., ;~of.; DEYIN, A.A.: prof.; ZELMLNVF prof.;
IST,OL4KOVA, T.S., prof.; KEDROV, A.A., prof.; MESHA=I, Ye.,vj.,
~prof.,* KEDROV, A.A., prof.; MESHAIKIN, Ye.N., prof.; SAVITSM,
W.N.,.prof.; FOGLISON, L.I., prof.; IUIVILIVITSKAYA, prof.;
LUK014SIM) P.Ye.p prof.j red. toma~ MYASNIKOV, A.L., prof., otv.
red.; TARMENI Ye.14.y prof., zam. otv. red.; BAGDASAROV, A.A.)
prof.Cdeceaoed), red.,~ BARANOV, V.G., prof., red.; VOVSI, M.S.,
prof.) red.[deceased]; IVAHOV, V.N., prof., red.[deceased);
KURSHAKOV, B.A., prof., red.;. 14OLCHRIOV, B.S..* prof., red.;
NESTEROV~ A.B., prof.: red.; SPERANSKIY, I.I." prof., red.
[dec6asodlj ZMAYSLOVA, K.N,, prof,, rodq PERCHIKOVA, 0.7o,)
kand. med. nauk, red.; ERINA, Ye.V., kand. med. nauk, red.;
LYUDKOVSKAYA, Yvt.S., tekbn. rcd.; BEWCHIKOVA, Yu.S., tekhn.red.
(Multivolme m=ual on internal diseases]Mnogotomnoe rukovodstvo
po vnutrennim boleztiem. 'Otv. red. A.L.14iasnikov. Moskva..
Medgiz. Vol.l. (Diseases of the cardiovascular system]Bolezni
serdechno-sosudistoi slsterV. Red. toma: P.E.Lukomeldi i N.N.
Savitskii. 1962. 68i6'p. (MIRA 15:12)
(Continued on next card)

z r~irll gw_~ MV 1114~.
33
Him
Z,ELENril)-Vladimir Fedorovich, zasl. deyatell nauki, pro.-,; IORSH,
[How to strengthen the heart] Kak ukrepit' serdtse. Izd.4.
Mosk-va, Meditsina. 1964. 132 p. OMIRA 1?:1-1)
1. Daystvitel'My chlon 9IN SSSR (for Zolenin).
nJ &V

LOZHKIN, A.N., doktor tekhn.nauk, prof..; 23LENIN, VoK , kand.tekhn.nauk

87770
s/114/'61/ooo/ooi/ooi/oo9
E194/E%i
AUTHORS: Kasparov, M.A., Candidate of Technical Sciences
(Deceased) 7,eleMjjL.._YMCandidate of Technical
Sciences a~d Venediktov, V.N., Engineer
TITLE1 C0111PUtOr ITIV08tigation of Tomperaturo Dintribution
and Temperature Stresses in Tu0iine Rotors
PERIODICAL; L-iiorgonikiaiiirio.stroyeniye, 1,9611 No, 1, PI). 1-5
TEXT: In determining their temperature distribution and
temperature stresses, steam- and gas-turbine rotors of simple
shape are sometimes considered as hollow cylinders of
infinite length. The temperature distribution is then found
by solving the unidimensional equation of transient thermal
conductivity represented in cylindrical coordinates and V1
written as Eq. (1). in solving Eq. (1), the initial
conditions are the temperature distribution in the body at
the initial time, In the problem under consideration
the initial temperature is tak ,en to be the same at all parts
of the rotor. The boundary conditions depend on the
temperature of the surrounding medium and on the heat-transf'tir-
Card 1/5

87770
S/114/61/ooo/ool/ool/009
E194/E3,1
Computer Investigations of Temperature Distribution and
Temperature Stresses in Turbine Rotors
coefficient between the medium and the surface of the
cylinder. It is assumed that the temperature of-the
surrounding medium rises instantaneously from its initial
to its final value at zero time. With these boundary
conditions the temperature at the surface of the cylinder
is found from Eq. (2). In order to make Eq. (1) more
universal, the problem should be solved in dimensionless
coordinates and criteria of similarity. These are given
as: relative temperature ratio of internal to external
radius of the cylinderi Fourier's criterion, F and
0
Bio-s criterion. Expression (1) is then obtained in the
form of Expression (11). Solution of the Fourier equation
in criterial form makes it possible to extend it to hollow
cylinders of various sizes with various temperatures of
modia and body,,
in order to solve the problem on a computers Eqs, (3) and
C,Ard 2/5

0
S/I 14/6 1/ooo/001/00IAM
.Computer investigations of Temperature Distribution and
Temperature Stresses in Turbine Rotors
(4) must be written in finite differences. The method of
doing this is explained and expression (14) is derived
for the inner surface and expression (15) for the outer
surface. These formulae were used to calculate the temperature
stresses on a "Strela" computer. The temperature distri-
butions and temperature stresses were calculated for the
conditions of design and operation of stationary turbines.
With the conditions chosen it is stated that the error in
-calculating the integral in Pormulae (14) and (15) by the
trapezium method gives an error of less than + 10%. An
error of this order in determining temperature stresses is
quite acceptable in engineering practice,
Theresults of the computer calculations -were used to
construct nomograms of change of relative temperature on the
internal and external surfaces of the cylinder. It has also
been shown that the nomograms:can easily be used to determine
Card 3/5

S/114/61/000/001/001/oo9
E194/E355
Computer Investigations of Temperature Distribution and
Temperature Stresses in Turbine flotors
temperature stresses in the rotor when the temperature of
the medium that heats the rotor varies according to a linear
law along the length of the rotor, As this case is often met
in practice, the nomograms for the study of temperature
distributions and-temperatune stresses in turbine rotors can
be widely,employed, A numerical example of use of the nomo-
gram to deter-ine the temperature and stress is then given,
In order tr- check temperature stresses in designing turbines
and selecting tarting conditions for power installations it is
necessary to have a convenient method of determining the
maximum temperature stresses in -the turbine rotors. The
computer calculations were used -to construct combined nomo-
grams to determine the maximum values of temperature stress
in rotors of simple cylindrical shape..,
By means of the nomograms.which are given in Fig. 2. various
kinds of problem~may be solved. For example, under turbine
Card 4/5

87770
S/1l4/6l/ooo/ool/ooi/oo9
E194/E355
Computer Investigation of Temperature Distribution and
Temperature Stresses in Turbine Rotors
operating conditions, giventhe dimensions of the rotor and
the heat-transfer coefficient at its surface, the magnitude
and time of occurrence of the maximum temperature stresses
can be.calculated. The method of doing thi.4 im briefly
explained, The nomograms can also be used simply and quickly
to solve the inverse problem of assessing the heat-transfer
coefficient on the rotor surface from known values of
temperature stress. rotor size and heating conditions and also
to solve a number of other problems-
Calculation with these nomograms is much simpler than
analytical calculations, When using the nomograms to calculate
temperature stresses in rotors of more complicated meriodional
section, use should be made of exper:Lmental correction factors
or individual solution programmes should be drawn up for each
particular problom on a comptitor, There are 2 figures nud
5 Soviet rererances,
Card 5/5

20166
S/114/61/000/004/001/006
E194/E435
AUTHORS: Zeilenin, V.M., Candidate of Technical Sciences and
Krotova-, N.V., Engineer
TITLEg The Application of Electronic Computers to
Calculation ofthe Natural Frequencies of Turbine Discs
PERIODICAL; Energomashinostroyeniyoi, 1961, No.11, pp.5-7
TEXT: Calculation of the natural'frequencies of turbine discs
Is a laborious process in turbine design. The object of the
present work was to examine and compare existing methods of
calt:ulating the vibration of turbine discs and to assess the
poss-4bilities of obtaining solutions with analogue or digital
computers, to select the method of ca,leulation most convenient for
mechanization and to determine the computer time required. Two
methods of calculation.were selected, namely a method of successive
approximations and a method of A.V.Levin. Both are based on the
energy balance equation
max max 2 max
P
Opotent Qkinet k1net
Card'- 1/ 10

20166
5/114/61/000/004/001/006
The Application of ... E194/9435-
whence the square of the natural frequency of the bladed disc
max
2 40potent
P max
~Vkinet
The maximum values of potential and kinetic energy of the
are functions of the shape of bending of the
.vibrating system
0
.
-
mean plane of the disc which may be represented in the form
W(r,y) = X(r) cos my
whore X(r) is a function of ths6 radius-, r,tp are polar
coordinates and m is the number of node diameters. Thus
determination of the natural frequencies of the disc consists in
determining the function X(r). For this purpose it suffices to
replace the shape of bending of tho disc during oscillation by the
shape of static bending due to a uniform load over the radius.
Use of an analogue computer is firzit. considered and equations are
Card 2/ 10

5/114/61/000/004/001/006
The Application-of P-194/2435
written down for static bending of the disc and of a blade*
41
;~:l The disechosen for consideration is illustrated in Fig.1 for which
the equation of static bending is a linear non-uniform fourth order
differential equation with variable coefficients.
As (t), + -Al
A r)
A. (r)
+ r +4-
(3)
One special-feature-of~thls problem is the presence of a
I differential equation with boundary conditions. Of the four
boundary,c onditionsltwo.are given at oneend of the interval of
integration and,two'at:the other. The boundary conditions may be
satisfied by obtaining numerous solutions for various combinations
of initial values.of the two variables. It is shown that the
problem consists in determining three functions with known initial
conditions and two constants from the boundary conditions at the
Ca
rd 3/10
e

20166
-7 S/ll4/61/ooo/oo4/ool/oo6_'__'_
The Application of E194/E435
far end of the range of integration., In order to make the search
for a solution of the boundary conditions fully automatic, a
special unit was developed, to complement the analogue c omputer,
which consisted of blocks of variable coefficients and groups of
relays. A necessary and sufficient. condition for automatic
search for a solution with this unit. is that the function shall be
monotonous; this condItIon Is fulfilled In the case considered.
A second feature of the problem is that two equations are solved
simultaneously: that of static bending of the disc ar-d that of
bending of the blade. The solution is required to determine the
maximum values of kinetic and potential.energy of bending of the
oscillating bladed disc, from the ratio of which the natural
frequencies of oscillation may be determined. Since the maximum,
values of potential and-kinetic energies are functions of maximum
bendings of the disc and blade an important condition of-modelling
1 is a selection of scales such that the time required to solve the
-1 two equations should be the same. Then if solution of the two A:
equations is cormnanced.simultancously, their solutions are obtained'
-t
together at the end of the interval of integration. An analogue
computer type MH -8 (MN-8).was used to obtain solutions for ninu
ard 4/10

203.66
s/1l4/61/oOO/004/OOi/oo6
Tho:APPUCAtiOn of
variants of'conical disc-ahape. The initial:variant was a,
particular profile.of turbine disc,and the other eight were obteined
by -changing one or another of its geometrical characteristics
such as thickness,or-angle,of conicity. For the initial disc the
c/s and the value
analogue computer gave a frequency of 375
obtained on a "Ural" digital computer was 361 cls. The agreement
isvery good. ' The.divergence is attributed to the lower accuracy
of:the analogue computer, to different methods of fixing the blades:
in the bundles and to the fact that vibration.of the hub was
allowed for in the digital but not the analogue computer. The
total solution time.including search for mknown initial conditions
was about 50 seconds. A considerably greater time was required in,
rJng the problem for solution on the machine, in calculating
prepa
th6 machine coefficients and so on,, It is also very inconvenient
that the coefficients in Eq.(3) depend on the disc geometry'so
that they need to be recalculated on changing over from one variant
to another. Thus, a fairly compl1cated mathematical problem was
solved sufficiently accurately but considerable preparatory work
was required. To obtain a solution on a digital computer the
Card 5110

-------------
S/114/61/000/004/001/oo6
The~Application of E194/E435
I method of A.V.Levin was used (Ref.1), according to which the
static bending of the disc Is given by
S
X(r) ar (6)
where s
is an unknown variable
parameter.
The true value.of
s -is'datermined from the condition of minimum of the function
2(s)
p which is: of the form
2A,A, (7)
P,
-A,Ba.4-A%Lll+
where All A Bl, Bp, B are functions of the parameter s and
the blade ani'-dis geometry. This procedure:was used t(i
Programme the calculation of vibration of bladed discs with a body
consisting of various sections of cylindrical or conical profiles.
The programme contains two zones (III and' IV). The zone III
contained the initial data (159 elements), constants and a
pr'ogramme of calculation of magnitudes which do not depend on the

20166
s/1l4/6jL/ooo/oo4/ooi/oo6
The Application of ... E194/E435
parameter such as moment of inertia, and the programme of blade
calculation. Zone IV includes the main programme of calculation
f (S) p(s)
St 217
Variation of a over a wide range was considorod So as to analyst
the function fst(s) in order to obtain information about the
limits of variation of s in practical calculations.
Calculations were made on three disics., one of constant thickness,
another with a body of conical profile and a third with a body of
two sections, the inner conical and the outer of constant thickness
(Fig.2). The results plotted for different values of m, the
number of node diameters, show that the curves of fst(s) have not
more than two minima or inflection points. It was found that the
shape of the disc body has a considerable influence on the shape of
these curves and for a conical disc the influence of the hub is
not so great as for a disc of constant thickness, In order to
study the formation of these inflection points on the curve, for
one of the discs values were plotted proportional to the potential
Card 7/10

_-20166
7
s/l14/6i/ooo/oo4/ooi/oo6
The Application of ... E194/E435
energies of the hub, the 4isc body and the rim and it was found
that the shapes of the potential energy curves ofl:the.hub and body
have the most influence, The point is illustrated in Fig.3 which
shows the formation of minima on the curves of a for a flat-
conical disc where curve (1) corresponds to osci-liation of the
body and curve (2) to the hub. The formation of two inflection
points, by super-position of the curves, is clearly seen.
Certain procedures are recommended for simplifying the calculations.
It is concluded that if a universal programme is available for the
digital computer "Ural't. it Is beat to calculate the natural
frequencies on the digital computer. The use of an analogue
computer is both less accurate and requires more preparatory work
for calculation of each fresh variant. Using A.V.Levin's method
of calculation requires 4 to 5 working days of manual labour
while the IfUral" computer can do the work in 30 to 60 minutes:.
With manual calculation the minimum on the curve in determined
from 3 to 4 points and on the computer from 20 to 25 points.
There are 3 figures and 2 Soviet references.
Card 8/1o

i-W

VENEDIKTOV, V.N.J. inzh.;-ZELMILI., ~V.M. kand.tekhn.nauk
Use of electronic computers for studying the temperature fields
of steam turbine ~rotoro. Teploenergetika 9 no.n: .18-22 11 162.
(MIRA 15:10)
(Impellers-Thermal properties) (Electronic computers)

s/114 63/000/002/001/003-
E194/EI55
:AUTHORt Candidate of Technical Sciences
iTITLE: Thermal design of,a turbine on a %JPA-nl (Ural)
computer
L
iPERIODICAL:-Energomashinostroyeti:Lyel.no.21 1963, 21-23
:TEXTs Several variants of a double frame impulse
-type
were calculated on a 'Ural' digital computer by A.V. She 1-
(Parovyye turb:Lny (Steam turbines) Gosenergoizdat, 1955).
yayev
iThe Steam variables in the.investigation.were: steam delivery rate
Ito the turbine; inlet and exhaust.steam conditions; heat-drop
between regulating stage and turbine*sections;
Ipermissible peripheral speeds for the regulating and subsequent
_.s age
t s of the h.p. and l.p. rotors; mean diameter of the regulating
S age
t dp; ratio of blade diameter to height in the last stage
-JX = d/t the*-distribution of the degree of reaction () over the
length of the fl the turbine
ow-path; the velocity ratio. u/co;
bladi
ng angles, The.'Urall computer with a speed of 100 operations
per second requires 'a-fairly' -ogramme for the design
rigid 'basic pi
)of asingle -variant 'of the turbinet,whereas- the programmes of
I.Card l/. 5

03
S/114/63/000/002/001/0
ilhermal design of a turbine on a E194/E155
changes in the, various parameters and transition from one variant tj:
another should be formulated and corrected-according tothe
J'particular investigation. In future a 'Ural-21 machine with a spee4
iof 5000 operations per second may permit automatic change of i,n:Ltia
'data over a wider range, and it will be necessary to work out the I
- ~._.,._,;-indications by which the machine itself can select the optimum I
solution. Thermal calculation from the velocity triangle is suited
t omputer. The method of model stages can be used but requires
o a c
considerable preparatory work to approximate available graphical
experimental data~ on model stages. The thermal calculation is
!carried out in two stagesi a preliminary distribution of heat-
drops over. the s,ections and stages of the-.turbine, and determinatio4
iof the number of stages; then a detailed design of the'turbine wit4
determination of steam velocityj power losses, efficiency and output
by stages and for the.turbine as a whole. In the particular case.
considered the initial data included the steam pressure beyond the
s t
regu ating.stage-and beyond.the-high pre sure turbine. 'The fi s
stop is to construct.a-.curve of available heat-i-drops from,the-given.
law of change of mean~stage parameters,and avelocity ratio curve.
'Card 2

s/114/63/00o/002/ool/oO
Thermal design of a turbine.,
on as#4 E194/E.155
2 .7.
d. a + bx + ex
n
number of,stages is determined from the available heat-drop
the particular'.section of the turbine Ho, a.1lowing for the heat-
return factor a = 1.2 divided by hcp the mean heat-drop per
t e. If a fr ctio n a -1 number of,stages comes out, the computer is
.:a ag a
for rounding off. in the'usual way. Th
t ped for correction or
B OP e
heat-return factor is then determined more accurately from;
H
o'z
k(l Y (3)
o 1. 100 I.z
I Blade lengths are. determined, and finally the heat-drops for each
1.stage of the h.p. and 1 p. parts of the turbine In the two last
stages some variations are possible in the mean diameters,.and that
of the h p. part is found from the permissible peripheral velocity,
andthe speed In the second.part of the' calculation the stage
.,,pressures are successively calculated.. As the heat-drop on the
regulating stage is given, this stage can be'designed in advance.
~-In programming -the stage, design it is conveniont.to.separate out
ard 315~

-----------
5/114/63/000/002/00,1/003
(Thermal design of a turbine on a
E19VE155
:'Various leakages and losses are calculated by.well-known formulaso.
14 thermal calculations of turbines it is necessary to determine the.
-following steam conditions-. the entropy, enthalpy, pressure,
fspecific volume and steam dryness. -For this purpose steam tables
i are included in the computer memi3ry device, in one case covering
2 atm (for the h p. unit) and another the ra
~the range of 110 nge
0.4 atm (for the 1.p.). The characteristics of the programme
'and results of the calculations are explained. In these computer
--investigations an analysis was made ofs the influence of peripheral
Avelocityl change in. reaction, veloclAy ratioj~ : X Q.(t . for the
es lts-
last stage',:,th6 numbers 'of stages a114 other. fictors. :The r u
;6howed:that computers are well -Suited to.solving problems of this
1kind. The intention is-to-wimprove the procedure and to formulate
ia library -of programmes 'covering-various. types of. turbine and..of
invest igatlon.
There is 1 figure#:
Card 515

m
g

PIS c

~ I- - .-I. -1-:-,--."--l.,,
I
:_ q274-6-5- Fri (I * C-WCO - -.- ---3Fr rr
v . , /A-;,/ Ar,7;tY -

ZELENIN, Ye.
Braun A..,,And Orlov N,, Sernistyye Soyedineiya Slantsevoy Kashpirskoy Smoly I
Metody Ikh Vydeleniya., Goryuchiya SlantaTp 1934p No. 5)33.
SOi Goryuchiye Slantey #1934-35 TN. 871 074
0 NIP 0,

ZELENIN, YO V.
Nacheratatelinaya geometriya i cherchenlye (Descriptivegeometry and
drawing) Izd. 2 perer.- Moskva, Gos. Izd-vo Tekhniko-Tooreticheskoy.
Lit.9 1953.
P. illus., diagrs., tables.
So 14/5
611-34
z4
1953

kit- 1~ 1, '11 '-~ -~'.~
r. U'1
RANSTMA, V,S., redakte-r; 6111KIN, S,T., takhnicheakiy
..........
redaktor.
fAssignments for students of secondary school correspondence
courses. Drafting, class 8] Zacbcaiia dlia uchashchikheia zaoch-
noi arednei shkoly. Cherchenie. V11I klaas. Moskva, Gos. uchebno-
pedagbg.,izd-vo Ministerstva, proeveshcheniia RMR. 1954. 36 p.
(HUU 8:2)
(Mechanical drawing--Stukir and teaching)

M~ i~a . . . . . . .. 111,111,111, - - - -

ay-VIA4Wfovich, VLADDIIROV Ya.V. red. I TYSHKEVICH t Z.V. 9
Ukbn. red.
[Blemento of descriptive gedmetky In adhool; aid for teachers of
mechanical draiiiilgl'Eleiabvt~ hachertatellnoi geometrii v sbkole;
v pomoshchl uchite34u ch6rcheniia. Moskvap Izd-vo Akad, pedl9go
a
k RSFSRq 1955. 227 p. (MIRA 14:7
(Machanioal draving-Study and teaching)

4r
Us,SR/ Kiscallaneous - Book revie'd
Gard 1/1 Pub. 128 - 22/25
Authars I Chabotarev, V. F.
Title 8 Letter to the editor
NrioeAcaj t Vest. mpph. 35/4, page 00, Apr 1?555
Abatract t In a letter to the eciitors of th~~ ucriodical, Vestnik Raahinon'Lrnvenivsi,
Institution
Submitted
MIX

ifz~-ROWOIIOVX.7 Z A~ -'rediv~'A~O%f a ik
a6monda ry schools;
[Asiif~Mnt'-'~ Tai~5'- -.c"respondence
I - . - 99
jigbh nical djr4id~ Z-dA -hata saochnot
a a. ~~Oaidk -
aroanai ohkolp- Charohanio. V1, I k1aaa# Ind.40 - peror, Goat.
X.Y.Zelenln. -Moekva, Goo.uchatno-podagog,W-vo K-va plroiv.
RSM-~' 19560 44 p. (KIRA 1237)
1. Rusaia (1917- R.S.F.S.R.) HiniaterfAvo protiveshchaniya.
Glaiioye upravleniye shkol..
(Neahanical drawinA,,-Inotruct ion)
Q~ J~i

jj~"
7/1V f--,-7
GOSUDARS%IY 0---Lev7Mikhaylovich-; -KALISHIVSKAYA,~ Valantina-Antonom;--
MAKIN, Tevgeniy Vladimiro,vich.- R.TMIS. Isonid Wkovich;
T.P., tekhnicheskiv redaktor;
SOKOIANAi R.Tas, tekbaichookir rodaktor
(Aooi&=ents'in drawing] Pouroolifiye raxrabotk-i po charcheiiiiu.
Fod redi L.K.Gosudarokogo. Hoskira, Rd-vo Akademii pedagogicho-
skikh nauk. 1956. 348 p. (HIRA 10:3)
(X6cbanical drawinig).