SCIENTIFIC ABSTRACT KUZNETSOV, N.T. - KUZNETSOV, N. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928130001-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

AUTHOR: Kuznetsov, N.T. 26-12-7/49
TITLE: In the Turgay Valley (V Turgayekoy lozhbine)
PERIODICAL: Priroda, 1957t No 12, PP 38-39 (USSR)
ABSTRAM The Turgay valley in western Kazakhstan is several hundred km
long and known for its numerous lakes which are populated by
myriads of water fowl during the summer. Birds like flamingos,
herons, whooper-swaneq many varieties of geese, ducks and sea
gulls build their nests in the reeds. For many years these
birds have been living there undisturbed. The author points
out that poaching has lately increased to such an extent that
the rare bird species will be soon exterminated, unless the
population - mainly settlers - is duly informed on the ir-
reparable damage caused by these poachers. Another problem to
overcome is the gradual sinking of the lakes' water level be-
cause of the cultivation of vast areas of virgin soil and the
construotion of numerous water reservoirs for the workers and
for agricultural purposes. Extensive meliorative measures are
recommended to prevent silting or complete drying up of the
lakes. This would not only lead to a further decrease of
water fowl but also destroy the fJshing trade which, instead,
Card 1/2 could be considerably improved by appropriate measures.

In the Turgay Valley
There are 2 photos.
26-12-7/49
ASSOCIATION: Institute of Geography of the AN, USSR (Moskva) (Institut geo-
grafii Akademii nauk SSSR (Moskva)
AVAILABLE: Library of Congress
Card 2/2

- - -- *,- -3-1" *~----- - - -- - ---- ---- - -
- L.-
.61 -7-1-C.- N. T.
KUZIMBOY, N.T.
WW0WrW%ffA;,t""~-- -
lakes of North temakhatan. Pzirod& 46 no.5:85-86 Yq 1570
(MLIA lot6)
1. Institut geografil Akadsmil nauk SSSR (Moskva).
(Kazs,khstan--I&k~s)

KUZNETSOVO N.T.-, KMAYEV, N.M., doktor geograf.nauk, otv.red.;
r-----`VDLTNWTAO V.S., red.izd-va; KASHINA; P.S., tekhn.red.
[Hydrography of rivers of the Nongolian People's Republic]
Gidrografiia rek Kongollskoi Narodnoi Respubliki. Koskva,
Izd-vo Akad.nauk SSSR, 1939. 152 p. (MIRA 12:9)
(Kongolia-Rivers)

AUTHOR: KuznetsoyL SOV/10-59-1-25/32
TITLE: The Distribution of Surface Run-Off in China (Ras-
predeleniye poverkhnostnogo stoka po territorii
Kitaya)
PERIODICAL: Izvestiya Akademii Nauk SSSR, Seriya geografiche-
skaya, 1959, Nr 1, pp 150-152 (USSR)
ABSTRACT: This is a short review of an article by Kuo Ching-
hui. "Physico-Geographical Factors of Formation
of Surface Run-Off in China" published in the geo-
graphic Journal "Ti-li Hsach-pa:o",., *, volume 24, Nr
2, May 1958.
Card 1/1

-ple
Hu TRung
T L' E: .2110 T
.jjyetrci.Q~ j cai ~lo_uriiticns oc
art of DzunLaria.
iZ I C' J 1 10., L .!kz).d!o0-:di nau'A c 3 1
4.1
'-.'r 2, Pil,
-i,--
TIva territoi-y of t1le --r- o' DLu-
-
aria, coliprises the of t I_e

U, E
c So-r-A stay
,
'1 7. L'.y 1. J_ - T ~ L " I ".~ Ild r" r Ii
oc
an -t -

a 2-L a '- au a n' Be, 1 --1 t au, i
%, - 11 u
Dzuii~ arian -Iopc, of tlv~
I , c o t 1:
Tj'i,-.) author cets forLI,.
cona' i n n n o f - 'Uh () to r r 1 tu a: y r~ u i a s r iv c r :-, y 3 lj- e-,
ri_0.12.Lall, evapol~a",ioa, -Lbso-r-
ption b,-;- 'U*l-
.
Lroumd, v,,ate-r aad
.- -. - - -
_'_ - u
J
.
Ii
s no-_ . ~',.s to tul-ia L;cnc- of t'~i_- ti-ar Ili. --0. ol'
113) tlao ii-
rivc)rs
stabilit-
of
C C
,
"__'
;Dver I
,
y

-2-8/29
V.-ic) !-Iydrolo.ical "Jondi -~,ions of thi3 Par. of"
D~iin-aria.
o~' foromos-L invortanoo. usnall,!
beEins by tho end of !.iarch or in V'ho Alirslv- days
of April. Amanc- the factors dlotcrminin '-- the
quantity of melted. snow descandin~,- into the
rivers, is the distribution screed of thc aver-
age daily air toupcraLure above 00 ', in the
Q
Mountai=. Xcorain-, Io a rouZ!i estimate, this
Li
speed may be 500-550 m durin- a ten-da-y period.
0
Durin- April and May, snow neltin- comprises
J L> -
nearly all t1he snoa in tho bor,lerin,-, mountain
U 0
ran~,,es, where (with the exception f Tyan'Sh-an
only a few fraCI-i-iontary traces- of sno,,-i can be
observed at the be-in.-ain '-- of 3~inner. The inves-
U U I 'Lj_jp, --
tiC.;ationo have sho',I.M tha 4- the SoU4-1
U 'stern part
of Dzun-aria offcro hydrolo'ical reserves, whic'111
0
CV11 be utilizod for irricational flull,.I ind".3trial
0--rj 2/3 purposeo. There is 1 tablc an~'L 1 .-~ovict reforonce.

The llydrolo~~ical Conditions of Part- of
'in'tszyansica,,,,a lcomylul--srl-aya okspe'itsiya
Alcrido-iii naulic 17TR ' (Sinklang Jo-.n 7,imodit-ion
of the .1,.9 Obini-s- I-1condn'r;
r., fii ATT SSGR (T:jo!;jtulc of GcograplV
of the AS USSR)
,arl. 3/3

KUZNMOV, N.T.
. ~ I ~ .... --- Ou-r-rivers in July* Priroda 49 no-7:125-126 ii 160.
(XI" 1317)
1. Institut goo afli AN SSSR, Moskva.
rMllers)

-VZtLE~SOV -2imofeywdxh;-IORDANSKIY,, A.D., red. izd-va;
,3ikolagr
POIENOVAp T.P.# tekhn, red,
(Treasures of our rivers) Sokrovishcba zashikh rek. Moskvap
Izd-vo Akad.nauk SSSR., 1961. 156 p. (MM 1511
(Water resources development)
: -i~'

KUZNL,VSOV N,T;
Our rivors in J=e. Priroda 50 no.6sl24 is 161, (KM 140)
lo Institut geogr&fii AN SSSR, Moskva.
.(Rivers)

KUZNETSOV, N.T.
Floods at the end of summer. Priroda 50 no.8:125-126 Ag 161. (MIRA 14:7)
1. Institut googrihi All SSSR (Moskvu).
(81,borial Eastern-Floods)

KUZNETSOV, N.T.
Ancient lakes in Central Asia. Priroda 51 no.1:108-110 Ja '62.
041RA 15:1)
1. Institut geografii Ali SSSR, Moskva.
(Asia, Central--Lakes)

HVIETSOV H.T.
New life of the Khangal Mountains and the Gobi; development of
the natural resources of people's Mongolia. Priroda 51 no.7:74-79
JI 162., WMI 15-9)
1. Institut eografii AN SSSR, Moskva,
fliongolia-Natural resources)

KUZNETSOVp N.T.
River diecharge on the territory of the Mongolian Peoplels
RepubUc.. IzV* AN SSSRo Sere geogs no*5:M-132 S-0 162o
(MIRk 15:10)
is Inatitut keqfafii AN SM.
Mongolia-Runoff)

KEJZNETSOV, N.T.
Chazdam of Central Asian river vaters. Izv. AN SSSR. Ser. geog,
no.40-13 n-Ag 163.- (MIRA 164)
1. Institut goo afii AN SSSR. ~
Fla, Central-Rivero) (Water-Composition)

KUZN3TSOV,j&T,j_ SHMAKINA, O.A.
Chemical and physical properties of suspended sediments in
rivers of the southern Khangay. Poobvovedenie no.7.*94-98
JI 163. (MM 16:8)
1. Inatitut, geografti AN SSSR i Pochvenrq7 inBtitut imeni
V.V. Dokuchayeva.
(Dangay HountainB-Water-Composition)
(Khangay Mountains-Sedimentation and deposition)

KU ',T�g
. *.";,~,MZAYEVj S.M.
4
Stages in the Quaternary devalqpment of the lakeB of Central
Aeia. Trudy Lab.ozeroved. 151157-173 163. (MIRA 160)
(Wa, Central-Lakee) I

KUZNETSOV. - R. T.
I
Pi6blems in the hydrology of -:OlAtral Asia. Izv. AN SSSR Sere geo .
nb.W~-13 Ja-F 164. . II . INIRA 1705
1. Institut geografii AN SSSR.

KUZNETSOV, N.T.
Learming about the geochemistry of geographical zones by the
physical and chemical properties of suspended silt. Itv. AN
SSSR. Ser. geog. no-5:65-70 S-0 164.
1. Institut geografii IN t=. (MIRA 17:11)

SHUSTOVA, I.b., red.; YASIOPOLISKIY,
N.F.) red.
(Along the trails of wandering rivers; a hydrologist's
notes) Po alednm bluzhdaiushchikh rek; zametki gidrologa.
Moskvap Izd-vo "Znania)" 1965. 78 (NarodrWi universitett
Eatestvenno-nauchrWi fakulltet, no.8 (MIRA 18:8)
-M

--LL, 7, N SHE-1t,"KINA C.A,, KLYUKANOVAY T,A,
Firryalcochamical. characteristica of sus;endel zedimments in the
Am, Darya Delta. Po,,:bvcveden!e rx.5t50-57 M~- '(--5.
(MIRA 1815)
1. Inutitut geografil AN ."ISSR t Pochvtjnnyy Institut Iman-1
Dolcuchayeva, Moskva.

KUZIIET,',,CV, N.T.
Some problems for discussion in the paleohydrography of Central
Asia during the Quaternary period. Izv. AN SSSR. Ser. geog.,
no. 11-75-82 Ja-F 966 (MERA 19 W
1. Institut geografii AN SSSR.

SOL(,.,-.'IN, A.0. (a.Voevolodo-Blagodatskoye, Svardlovs~aya obl.); GRIGORIYEV,
G.V.; FREYDZON, A.I.; 1WZ-NETSOV, N.T.; POLOV, A. (Barnaul);
RZIEVSKIY, B.M. (Moskva); DAVYDW,-V.D.
Calendar of nature. Priroda 51 no.3sl25-128 Mr '62.
(MIRA 150)
1. Karagandinskiy botanioheskiy sad AN Kazakhakoy = (for
Grigorlyev). 2. Severo-7.apadnoye upravleniye gidrometsluzhby,
Leningrad (for Freydzon). 3. Institut geografii AN SSSRp
Moskva (for Xuznetaov). 4. Gosudarstvenr~rf astronomicheakiy
institut im. P.K.Shternberga, Moskva (for Davydov).
(Mature study)

KWITWSOV,
Seminar for d9signers of the State Institute for the Designing
and Planning of Motor Tobicle R"ir and Motor Transrortation
Istablishments. Ayt.dor. 23 no.2132 1 160,
(KCn 13:5)
(Bridges-*Design)

KUZNKSOV. N.K., sanitariVy vrach: KUZNRTSOY, N.Y., assistent
Discussion of the draft for a Sanitation Code of the U.S.S.R. Gig. i
son. 22 no-5:61-62 Ky 157. (MIRA 10:10)
1. Iz sanitarno-opidemiologicheskoy stantaii i lrafedry gigiyeny
Stalinbadskogo meditsinskogo instituta.
(IRGISLATION, MEDICAL,
Sanit. Codex of USSR (Bus))

KUZWF.TSOV. N.V., inzh.
Synthesis of double-path hydraulic transmissions. Trudy KIT
no.118:16-12 '58. (MMA 12:2)
(Oil hydraulic machinery)

N
25(l) PHASE I BOOK EXPLOITATION SOV/1752
Plotnikov, Ivan Mikhaylovich, Valer,yan Nikitich Razumov,
Valentina Ivanovna Oborina, Murshida Salimovna Razumova,-Nikol y
Vladimirovich Kuzne ov, and Aleksey Nikiforovich Koryakov
Potochnoye izgotovleniye obolochkovykh form (Assembly Line Manu-
facture of Shell molds) Moscow, Maahgiz, 1957. 42 P. (Series:
Obmen tekhnicheskim opytom) 4,000 copies printed.
Reviewer: L.M. Volpyanskiy, Engineer; Tech. Ed.: G.A. Sarafannikova;
Executive.Ed. (Ural-Siberian Division, Mashgiz): M.A. Bezukladnikov,
Engineer.
PURPOSE; This book is intended for engineering workers in foundry
shops and design establishments concerned with the development
of industrial molding methods.
COVERAGE: This book reports on exTerience gained by the mixed
crews of the.Uralkhimmashzavod Ural Chemical Machinery Plant)
and'the Sverdlovsk branch of the NIIKhIMMA* (Scientific
Card 1/3

Assembly Line Manufacture of Shell Molds SOV/1752
Research Institute of Chemical Machinery),in organizing
mechanized mass production of large shell molds from blends
containing water glass. It deals specifically with production
of molds for casting large filter press frames and plates
(62 to.215 kg.and 1350 x 900 mm. and 1720 x 1080 mm.). The
author also describes construction of equipment used in the
above process. No personalities are mentioned. There are
14 Soviet references.
TABLE OF CONTENTS:
Preface
Mold Mixtures With Water Glass
3
5
Determining Basic Factors of the Method of Making Shell-
Molds For Casting Filter Press Frar.3s and Plates 10
Industrial Experimentation and Application of Mass Production
of Filter Press Casting 20
Card 2/3

Assembly Line Manufacture of Shell Molds SOV/1752
Conclusion
Appendix
S Bibliography
AVAILABLE: Library of Congress
I
Card 3/3
36
38
42
GO/Jmr
6-22-59
- III. ~ -
. . .1. 7. P

PLOTHIKOV, I.M.. inzh.; RAZUKOV, V.N., kand.tekhn.UAuk; OBCRINA, V.I., inzh.;
RAZTJMOVA, H.S., insh.; XCRTAKOV, A.N., inzh.; KUZNETSOV, N.V., lnzh.
L.~ - .
Making shell molds for frames and plates of filter presses.
Mashinostroitell no.10:17-19 0 157. (MIRA 10:11)
(Shell molding (Founding)) (Filter presses)

I - - - - - - - -- - - - - --
LITSAp Islel KMNETSOV# N,T,
M
0
Iffioient method for making dies for oasting plastic parts.
Mishinostroltall uo*605 Je 463, (KM 16:7)
(Plastics-Molding)
r,:
I
r,

PEREPELITSA, I. I.; KUMETSOV, N. V.
... a... - ~
Ilighly-officient method 'of preparing dies for plastic molding#
Ratsionalizataiia 13 no. 10:20 163.

KIJZNETSOVV N.V.
Generallsation of a theorem of V.A. Ambartmudano Dokl. AN SSM
3.46 no.6:1259-1262 0 162, (MIRA 15:iO)
1. Moskovskiy fiziko-tekhnicheskiy institut. Predstavleno
akademikom I.G. Petrovskim.
(Differential equations)
7"

KABANOVI P.I.J9 doktor ist. nauk; YEWAN, P.K., kand. ist. nauk;
KUZNETSOVj N.V., kand. iot. nauk; USHAKOV, A.V., kand.
fo-f.-nW~fj-XMN0V, V., red. j ZAKHAROVA, G., mled. rod.
NOGINA, N., tekhnvrod4
(Outline of the history of the Russian proletariat
1861-19171 Ocherki istorii Rossiiskogo proletariats;
1861-1917. [By] P.I.Kabanov i dr. Moskva, Sotsekgis,
1963. 388 p. (MIRA 16:11)
(Labor and laboring classes)

Nov 19W
~: ~ " - Wlana, wktM_ MvIrAM4
'Ill= onadmIan
P_
"Ximat Trwaamloolon. and Thermal ComputatIon ~f Steam
Ofterating Unitop" R. V. Mimetsov, V. N, TImofeyerp
CMAIdates In Technical Scienceso Boller rAboratary,
"ZirGat VTI" No 11 (13T)
Mocusses eciwaotive thermal tranmissicn during
ft,pate.1 and side washing with gas of the heating tube
coo, acoveotive thermal transm.1solm during Vro-
Idaged vashing of the heating surface, thermal trams-
wj#eicn du e to the Muminaticn. of gases, and the of-'
3ft26
(Cautd)
Nov 1946
created'by soiling the heating surfaces. Man-
the lous institutions and administrations
k bare contributed to the solution of this prob-

Ir
FA c?
USS/Bollers MaY *47
Surfaces - Heating
"Investigation of Now Typee of Heating Surface for
Air Preheaters," N, V. Knenetzov, S. 1. Turilin,
9 pp
"Irv VTI" No 5
Considers the choice of a small-bodied air beater
for high pressure boilers. Shove the advantage
of using narrov bundles of small diwAster tubes and
of corrugated absete. Experimental data are given
on the beat emission and resistance of bundles of
corrugated sheets. Fully illustrated vith tables,
diagrams, graphs an& photographa.
14T49

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,A J--C. a I I - If twit
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of a
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0 OVAL Tn2 All nWATIL LD~"tisvi, It T, and Turilint
0 S. I* (ISTestia V"Sayman6rio Top otom. Inst. (Dunt,
000 All Voice Seat IWC lasto V*S#S.L), Aug. 1967, No.8
*0 13 19-21)o Dods with the results of beat transfer
994, hy4rmullo resistance tests In oval tubes, which show
th# adventagas of using this mom-sectiou In air-
prehosterse
I
L 41141.1LA PATALLUNFICAL LITERATU011 CLAISSICA1106
.'S (P.1 d4t
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not
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0 0 f 0 0 0 0 0 0 0 6 0 0
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AU41MTOUV, V. V.
USSR/Engineering - Heat, Boller furnaces, Design
Jun 52
"Decrease of Heat Looses Caused b:rOutgoing Gnses," P. 1). 'gnatlyev, 1. 1. 0gurtsov,
T. I. Ivanova. Engineers,of GRFS of Mosenergo, 11. V. Kuznetsov, Ciind Tech Sci, Ye. Ta.
Titova, Engr, "oiler Lab, VTI
I'Iz v-s Teplotekh Inst" No 6, Vp 4-7
Discusses measures developed by joint efforts of VTI collaborators and ORES workers on the
basis of so called creative cooperation. Describes constructional changes in furnaces
of vrtical water-tube boilers of 3- tons/hr productive capacity. Mensures deal mainly
with reconstruction of air-preheaters and installation of boller-utilizerR, steam from
which is used inbaerators for beating feed water. New design decreases temp of
outgoing gazes from 2150 to 154-170 0c.
231T43

1. K!TZI;.,TS0V, j!. Y.; TURILIN, S. 1., Eng.
2. ussp, (6oo)
4. Stean Boilers
7. Effect of temperaturo on heat er&ssion and resistance of tule surf aces ' to a crosswise
current. izv. VTI., 21 No. 11, 1952
9. Monthly List of,Russian Accessions, Library of Congress, February -1953. Unclassified.

1. KUMTSOV, N. V.
2. USSR (600)
4. fteam Boilers
7. Changes in the steam surfaces of the boiler unit TeKTI-50-397, and use of the
air-preheater VTI.
Izv. VTI 21 No. 12, 1952
9, 14 thly Lists of Russian Accessions, Library of Congress, March 1953, Unclassified.
Mn -

V
AID P 1375
Subject USSR/Electricity
Card 1/2 Pub. 26 - 2/30
Authors Varavitskiy, 1. B., Kroll, L. B., and
Kuznetsov, N. V., Kands of Tech. Sci.
Title Reduction of temperature of outgoing flue-
gas with the help of an improved deoign of the
boiler
Periodical Elek. Sta., 2, 4-8, F 1955
Abstract The authors consider that at present the
temperature of flue-gases is, an a rule, too
high, and thus does not correspond to existing
technical possibilities. The increase and
improvement of the convection surfaces, and the
use of low-pressure steam-economisers and of
heat-salvaging boilers dan, in certain cases,
contribute to the efficiency of power plant
cycles. This applies in particular to plants
burning fuels-=taining moisture and sulfurous.

AID P - 1375
-Elek.*Sta., 2, 4-8, F 1955
Card 2/2 Pub. 26 - 2/30
The authors-describe and illustrate new heating-
surface arrangements which, in combination with
heat-salvaging units, contribute to reduce the
temperature of exit -gases and to protect exit
heating surfaces from corrosion. 3 drawings
Inst:LtutiLon: None
Submitted : No date

AID P - 1376-
Subject USSR/Electricity'
Card 1/2 Pub. 26 - 3/30
Authors Kuznetsov, N. V., Kand of Tech. Pei.
and SHCHERBAKOV, A.Z.,
Kand of Tech Sci.
Title Reduction of the temperature of outgoing flue-
gas by adding small-size convection surfaces.
Periodical : Elek. Sta.-9.2, 8-12, F 1955
Abstract : The author Is-discuss the problem of reduction of
heat losPe**5",:caueed by the high temperature of
exit.-rga6ew. They describe some methods which
consistiin the development of the existing flue-
gas convection surfaces (economisers and air-
preheaters) or in creating additional heat-salvag-
ing surface; (boilers, low temperature heaters, etc.).
In more detail they describe the method applied by
the All-Union Heat Engineering Institute, which
consists in the introduction of small-size tubular

AID P 1376
Elek. Sta., 2, 8-12, F 1955
Card 2/2 Pub. 26 - 3/30
air-preheaters. 3 diagrams and drawings.
Institution: None
Submitted No date
E.

XI14Z., V
Subject USSR/Engineering AID P - 2031
Card 1/1 Pub. 110-a - 4/14
Author : Kuznetsov, N. V., Rand, of Tech. Sci.
Title : Abrasion of tubes by ashes and permissible velocities
of flue gases In boilers
Periodical : Teploenergetika, 4. 18-242 Ap 1955
Abstract : The author establishes a new formula computing the
extent of the abrasion of water tubes caused by ash
particles striking the tube surface. He determines
on the basis of this formula the permissible maximum.-
velocity for gases in boiler ducts. Tables and 6 diagrams.
Two Russian references, 1951.
Institution: All-Union Heat Engineering Institute
Submitted No date

Subject USSR/Electricity AID F - 2077
Card 1/1 Pub. 26 - 19/29
Authors Kuznetsov, IL,-.Y-.r and Karasins, E. S., Kands. of Tech.
Sci.- ---
Title Cast iron air-preheater with ribbed fins
.Periodical: Elek. sta., 4, 49-50, AP 1955
Abstract : The author discusses the wide use of cast Iron air-heaters
made of pipes ribbed inside and out and gives data
and a detailed description of their design.
Institution: None
Submitted : No date

547, AM WDWHIC OM'MIW.4 af
HFATji1qfltKAtcj I WOFJEIA UNaA maum.
I)Aue. JV55, 3-10). A- U*crotlcal exWnatj on of gas YoUal U cs aw Uic agipe
of horttng surfams In s*rrhanUrs GrA cocami=s In w1cla CC rccant fincilnes
an heat trcmf,.r und the fouling of tubcs by aO.
-- -------- -----

KTJZP-TSOV, N.V.
AID P - 2562
Subject USSR/Engineering
Card 1/1 Pub. 110-a - 1116
Authors Kuzn*122vi6J1_'X.$ Shcherbakov, A. Z., Kenda. Tech. Sol.,
~ nO Titova, Ye. Ya.0 Chernyakj V. N., Engs.
Title Most efficient goo velocities and comparison of data of
beating surfaces operating under pressure
Periodical Teploenergetika, 8, 3-10,, Ag 1955
Abstract The authors determine the most efficient velocity for gas
flow in economizers and superheaters on the basis of re-
search on heat transfer, aerodynamic resistance and scale
deposits in tubes. A comparison between different shapes
of heating surfaces is made in order to demonstrate pos-
sibilities for the improvement of convected sections in
the boiler design. Nine diagrams, 8 Russian references,
1935-1955.
Institution: All-Union Heat Engineering Institute
Submitted : No date

16
AID P 2761
Subject I USSR/Engineering
Card 1/1 Pub. 110-a - 3/14
Authors Kuznetsov, 4. V. and Shcherbakov, A. E., Kands.
"Teen. gal., Tlzova, E. Ya. and Chernyak, V. Ya.,
Engs.
Title Optimal velocities of air and smoke gases in
air-heaters and a technical and economical compar-
ison of heated surfaces
Ferlod~caj Teploenerg., 9, 18-21, S 1955
Abstract ,such as plate,
Preheaters of different types,
,
tubular, cast-iron ribbed and-corrugated iron;'and
their operation are discussed. The most erf-Velent
velocity of air and gas In ducts Is mathematically
analyzed with equqtions and tables. Five diagrams.
Three Russian references, 1946-1955.
Institution All-Unlon Heat Engineering Institute
Submitted No date

~7 T- S
2- V
PERIODICAL ABSTRACTS
Sub.: USSR/Engineering
AID 4161 - F
GURVICH, A. M. and N. V. KUZNETSOV
IZMENENIYA I DOPOLflMTTTA"TnM0YEKTU NORM TEPLOVOGO RASCHETA
KOTELINYKH AGREGATOV (Changes and additions to the standard
specifications for heat computation of boiler units).
Teploenergetika, no. 1, Ja 1956: 6o.
Some additional paragraphs included in the latest edition of the
standard specification directives are listed.

llama: IMIETSOV, Nikolay Vasil'yovich
Dissertations Improvement of Conveativo Surfaces of Boiler
Units and Methods of their Calculation on the
Basis of Study of Physical Processes%
Degroos Doc Tech Sci
Affiliations All-Union Order of labor Red Banner Heat Enginoer-
ing Soi Res Inst imeni Dzerzhinskiy
Defense Data, Place' 4 Lby 56, Council of Moscow Order of IA.,nin Power
Enginocring Inst imani Holotov
Certification Dates 17 Nov 56
Source: BIIVO 6/57
41

I
/V I/
Subject USSR/Heat Engineering
Card 1/1 Pub. 110-a - 12/13
Author Kuznetsov, N. V., Kand. Tech. Sci.
------------------
Title Letter to the editors
Periodical Teploenergetika, 6, 62-63, Je 1956
AID P - 4432
Abstract The author-refers to an article on ash in conduits and
gas velocity limits in boilers published in the No. 4,
1955 issue of this journal and severely criticizes the
statements made. One diagram.
Institution : None.
Submitted : No date

KUZ"TSOV, N.T.,,_.daktor takhn. nauk; LIJZHNOV, 0. 1.. Inzh.; BALOBORODOV. F.M.,
~,~~nz t
ffast-iron shot oloaalng of the conveative surfaces of bollar units.
Toploonargetika 4 no.12:3-9 D 157, (=A 10til)
1. Vbasoyuzayy toplatakhniobeekly institut i Omek"a TITs - 3.
(Dollars)

majo anillyevich; NIKOLATIV, Y.Y., red.; BORMIDT, R.I.,
awyagg=
rorgj",&7VU,- ----WWWM~
(Working processes wA problems in improving boiler-unit
convection surfaces] Rabochin protseasy I voprosy usover-
shenstvovantla konvektivnvkh poverkhnnstet kotellywkh agregatov.
Moekva. Goo. energ. Ird-vo, 1958- 171 Po (MBA 1211)
(Heat --Conv set Ion) (Boilers)

AUTHOR: Ostinskiy, A.P. 96-4-21/24
TITLE: A conference on the construction of the tail surfaces of
boilers operatinG on sulphurous fuels. (Soveshchani,,,,e
A po lconstrW~:tsciym 1..-hvo--rtovylch poverlchnostey kotlov,
,-% rabotayushchikh na vysokosernistykh toplivakh).
PERIODICAL: Teploenergetika, 1958, No.4, pp.91-92 (USSR).
ABSTRACT: A scientific-technical conference on the Oevelopment of
new types of -tail surfacer, for boiler,,; on
sulphurous fuels was convened by tho Per;:i Pa.,,,-or Directorate
and the ReGional Division of NTOEP and held in Perm in
October, 1957. The conference was attended by
representatives of poter s, 'stehis working, on sulphurous
fuels and also by xepraseiitatives of the All-Union Themo-
technical Institute, the .0astern Branch of the All-Union
Thermo-Technical Institute, the Central Boiler Turbine
Institute, ORGRES and the Tao=ror~- Boiler Works. Ten
0 15
reports viere made about investiGations of sulphur corrosion,
corrosion protection, and the development of Nev. types of
tail surfaces for boilers.
Dr. Tech. Sc. N. V. Kuznetsov reported on the .%roric of the
All-Union Tlietro--T-e-cTMIL-,rl--In-titu've on the causes of
sulphur corro.-Aon of boiler heatiz,-surf,-.ce::. The Chief
Card 115
EnGineer of Perfaenergo, P. F. Kochunov,, described

06-4-2 24
A conference on the construction of the tail surfaccc~ of bof~ers
operating on sulphurous fuel--;",. r.
successful experience with cast-iron alements and also
with enamel protection on steel tubes. The representative
of Mosenergo Enr-incer Belyanin, also endorsed cast-iron
elomcnts. EnGineer blazell of Bashhirener~~o recounted the
successful use Of CheLlical additives to reduce corrosion
and wear of tubes vilien burning Bashkirian fuel oil.
Engineer V. V. Kazanskiy of Periiienergo discussed i,,iethods
of enamelling water-heater -tubes and the resistance to
corrosion of different sorts of enwael.
R. A. Petrosyan of the All-Union Themo-Technical Institute
described the reconstruction of the tail part of a boiler
in the Zakmisk Heat a_nd Electric Power Station.
Cand.Tech.Sc. 1. B, Varavitskiy of the All-Union Thermo-
Technical Institute reported a new arran~~ementk of tail
heatino- surfaces with gas evapor",tors wid stecl~tl heatinG-
of via-ter adopted at the Kizalovsk reCional electric
power station.
. ~u~net~sov of the All-Union Thermo-
Dr. Tech.Sc ANL, ~V.
Tachnical Ksti-tute, En.-,~inear Lindhvist of Sverdlovener6o
and En-ineer Lakh;man f-,poke on the thaory, desi;:n and
W :j
Card 2/3 operation of small. coiled heatin,~ surfa~cer7, vlli'lclft have

96-4-21/24
A conference on the construction of the tail surfaces of boilers
operating on sulphurous fuels.
been widely used in pover stations in the Urals.
En6ineer Pitertsev of the Eastern Branch of the All-Union
Thermo-Techniccl Institute reported on investi-ations of
the best temnerature conditions for flue gases and feed
iiiater. Participants in discussions included *,:~'nGineers
Dnjaidov of Uralorcr6o and Fel'shtins!:aya of Sveiaovenerbo.
Tl,i,..! Confcrence reconwended that boilers burnin-, solid
sulphurou- fuels should have caCt-iron ai., heaters.
Mention was ralade of .,ucceosful experience of the use of
enazael and of additives to fuel oil. Future plans for
the introduction and testing of new t~Tes of air-heaters
were noted. The Conference directed the attention of the
technical directorate of the Mlinistry of Power Stations
and the All-Union Thermo-Technical Institute 'to -the need
for making combined investiCations to prevent corrosion
of boiler heating-surfaces and ash-removal equipment.
0
AVAILABILS: Library of Congress.
Card 3/3

96-1-2/31
AUTHORS: Kuznetsov, N.V., Doctor of Technical Sciences and
-T,ilzhnov, G..L. , Engineer.
TITLE: Problems In the Design of Equipment for Cleaning Con-
vection Surfaces of Boilers by Shot (Voprosy proyektirovaniya
ustroystv dlya dobevoy ochistki konvektivnykh pover-
khnostey kotellnykh agregatov)
PERIODICAL: Teploenergetika, 1958, Vol-5, No.1, pp. 8 - 12 (USSR)
ABSTRACT: In an article in Taioenergetika, 1957, No.12, the authors
described an equipment installed at a power station for
removing slag from boiler surfaces by means of iron shot. The
main disadvantage was the high wastage of shot, much of which
was found in the horizontal gas way beyond the convection
shaft, in the furnace, and elsewhere. A diagram (Fig.1) shows
how shot falling from above rebounded from the walls and could
fall into the horizontal gas way. To prevent this, the boilers
of Omsk Heat and Electric Power Station No-3 were modified by
fitting special screen grids on the sloping walls of the lower
bunkers, as seen in Fig.2. Re-designed shot cleaning equipment
will use these deeper bunkers of different wall shape.
Shot is also carried away by the flow of air when the plane
shutters in the gas way are open. The difficulty may be overcome
(;ardl/3 by N. I. Zverev' s method of cleaning the shot of ash. This

96-1-2/31
Problems in the Design of Equipment for Cleaning Convection Surfaces
of Boilers by Shot.
system is applied in the new design of shot cleaning
equipment for the boiler type Tti-230, as illustrated in Fig.3-
A special chamber used to regulate the air flow is illustrated
in Fig.4 and a new type of shot-distributing device, shown in
Fig.51 is recommended.
In the first installations, the shot was lifted by compressed
air but it is uneconomical to use a stationary compressor for
this purpose. Lifting by steam is inconvenient because ~on-
densation occurs when theEquipment is cold. It is best to
follow non-Russian practice and to Use a high head extraction
fan. Alternatively, steam ejectcm can be used as a temporary
measure, but occasioned some difficulty in adjusting the air
flow to suit the required flow of shot. A newly-designed feeder
(illustrated in Fis.6) gives regular and stable delivery of shot
at any flow required.
The pneumatic delivery often became blocked in service;
remedies are described. Wear in parts exposed to flow of shot
was also overcome. In the design of boilers to burn fuel that
forms hard ash deposits, all convective surfaces should be
Uard2/3 located in vertical gas ways with horizontal tubes. In this

96-1-2/31
Problems in the Design of Equipment for Cleaning Convection Surfaces
of Boilers by Shot.
case, shot cleaning can completely overcome interruptions caused
by deposits,
Tests at the Zakamek Heat and Electric Power Station (Zakamskaya
TETs) show that when the temperature is below the dew point,
heavy ash deposits are formed and more frequent cleaning is
required# Therefore Iequipment operating below the dew point
should also be exranged in vertical shafts suitable for shot
cleaning Further r commendations are made about the arrange-
ment of ;he equipment. There are 6 figures.
ASSOCIATIONs All-Union Thermo-technical Institute (Vaesoyuznyy
Teylotekhnicheskiy Instit)
AVAILABLE: Library of Congress.
Uard )/3

SOV/96.-59-10-9/22
AUTHORS: Kuznetsovt N.V. (Dr.Tech.Sci.)i Luzhnov7 G.I. (Engineer);
aricnev, Engineer); Pavlenko) L.I. (Engineer);
and Kurgano~,-B.G . (Engineer)
TITLE: Experience of the Adjustment of Shot-blast Installations
for Removing Ash Deposits from Boiler Heating Surfaces
PERIODICAL: Toploenergetika, 1959, Nr 10, pp 49-5~4 (USSR)
ABSTRACT: Previous articles in Teploenergetika Nr 12) 195r/7, and
Nr 1, 1958, described the use of shot-blasting to clean
boilers type TP-230-2 at the Omsk Heat and Electric Power
Station when burning fuel oil of high ash, and high
sulphur content. Subsequently the design of the equipment
was improved and it was tried out at a number of power
stations burning anthracite dust, including the NesvetayGRES
(power station)on the Rostov Power system. When
anthracite dust is burned, heating surfapes quickly
become contaminated and cleaning is particularly important.
In the Nesvetay station shot-blasting equipment was
installed on boilers of 110 tons per hour operating at
steam conditions of 122 ats . and 485 OC. The boilers are
Card briefly described: the proportion of unburned material
in their carry-over is of the order of 8-12%. Until the
shot-blasting.installation was put in, the boilers could

SOV/96-59-10-9/22
Experience of the Adjustment of Shot-blast Installations fo'.,
Removing Ash Deposits from Boiler Heating Surfaces
oporate for 1 to 1* months, during which the resistance
of the convection duct increased by more than 100 mm water
and the outgoing flue gas temperature rose by 25-30 OC.
Typl-cal curves showing the increase in resistance and flue
gas tomperature during a month's operation are given in
Fig 1. The shot-blasting installation was generally
similar to that previously described, but various changes
were made and are described in some detail. Outline
drawings of the modified shot-blasting installation are
given in Fig 2. To reduce losses of shot to atmosphere,
the shot traps were reconstructed, to the form Illustrated
In Fig 3. It was found necessary to fit pieces of wire
.1. mm diameter on the conical shutters at the bottom (if the
shot traps so that a certain amount of air could leak
round the shutter and equalise the pressure above it.
The results of pressure measurements using the modified
shutter are plotted in Fig 5. Minor modifications were
Card 2/4 made 4-o the ash bunkers to prevent loss of shot to them.
The shot bunkers were made of conical section instead of
square, and the shot feeders ware modified,. a new type of

SOV/96-59-10-9/22
Zxperienae of the Ad'ustment of Shot-blast Installations for
Removing Ash Deposits from Boiler Heating Surfa~3es
sYratter being used. A few other. modifications were also
made. To clean convective heating surfares efficiently
it is necessary to pass 200-300 kg of shot per square
metro of duct section. The area of the convo-_tivo ducts
or the boilers in question was 20.7 M2, and shot was
deliversd at a total rate of 1+700 kL9/hr,, which norresponds
to 230 kg/m2/hr. If the equipment is used reg"Jarly an
operating time of one hou:- tvice a sh,ift is satisfactory.
M
A.asts were wade to see whethe,.- shot-blast�ng ,.onid be u-sed
to ~:lean up badly-contaminated surfac~au. Th6 results are
plotted in Fig 7 and it will be seen that although about
9 tons of shot were passed through the noiriection shaft
there was no reduction eitaer in the resistania to flow or
in the flue gas temperature. Subsequent axamination
showed that some of the shot was rest-1--ig o,-i top of tha
existing deposit's, which were not -:7eMo7ed. Therefore, for
shot-blast--'ng to be effectUive the heating surfacas must be
zleaned in the first place and the eaillipment must be used
Ca:od regularly. Data on the resistanca to flow and flue gas
3/)+ tamperatures during six weeks' opuration witb.. regular use
)f the shot blastJ.r--.g equipment are plotted in F-g 8,
L

SOV/96-59-10-9/22
Experience of the Adjustment of Shot-blast Installations for
Removing Ash Deposits from Boiler Heating Surfaces
The resistance to flow was maintained constant throughout
this period and variations in flue gas temperature
resulted only from variations in feed-water temperatures.
After 45 days' operation with shot-blastingg the
economiser and water heater remained clean and ash
deposits were found only in places not reached by the
shot. The loss of shot was about 0.6% of the total
quantity passed and this could be further reduced by
minor design changes. The equipment is reliable and the
main parts may be used for the design of similar
Card installations for boilers of other types burning other
fuels.
There are 8 figures and 2 Soviet references.
ASSOCIATIONs Vsesoyuznyy teplotekhnicheskiy institut, Rostovenergo
and Nesvetay GRES (All-Union Thermo-Technical Institute,
Rostovenergo (Power System) and N14yetay Regional
Electric Power Station)

PZIMTSOVO N.V.) doktor tekhn.nauk; LUZIMOV, G.I.,, inzb.; GAVRILOV,
A. F. ; SEM NOVA , T. F.
Preventing peening'in shot blasting cleaning of heating
surfacea.. 'Teploonergetika 7 no.10:27-31 0 160. (MIM 14:9)
1. Vaeooyuznyy teplotakhnichookiy institut.
(Boilers-Cleaning)

zRoDNIKOV9 S.Ye.p insh.
', KUZNETSOVs N.V.9 doktor tekhn.naukj
Sein4na on now methods of removing ash deposits from heating 6w-
,faces. Teploonergetika 7 no. 12:90-91 D l6o. (KEU 14:1)
(Boilero-419aning)

m
MAKAROV, M.M.; KUZUETSOV, N.V.
. lll"~;
Kinetics of the drying of asbestos paper. Khim. i khim. tekh.
1:355-362 162. (KM 17:2)

doktor te
KROPP, L.I., irzh; J=N khn. nauk; YEREMINp
I.Ya., inzh.; RODIONOV, V.A., inzh.
Study of a vibrational method for cleaning a screen-type
steam superheater in the TP-17 boiler operating on pul-
verized shale. Teploenergetika 10 no.3-1:32-38 N 163.
(MIRA 17:1)
1. Vessoyuznyy nauchno-isoledovateliskiy teplotekhnichaskiy
institut i Turbinno-kotellny~r zavod.

FROPP, L.I., inzh.;,KUZNETSOV, N.V., doktor tekhn. nauk
Study of a vibrational method for cleaninv a convective steam
superheater. Teploenergetika 11 no.2 42-46 F 164. (MIRA 17%4)
1. Vsesoyuznyy teplotekhnicheskiy institut.

NUZNETSOVt NIV.0 doktor tokhn. nauk, prof.- GAVRILOV, A.F., inzh.
0
----------
Air hbater with intermediated heat carrier. Teploenergetika 11
no.1000-34 0 164. (MIRA 180)
1. Voesoyuznyy teplotekhnichaskly Institut,

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T, I, Ii -I-L- '. Lw-"WE--~,Uy , SA .
Catalytic transformations of cyclohexanone and 2,4-dimethyl-
cyclopentanone over aluminum oxide. Zhur. Obahchey Khim. 22,
1147-9 152. (MLRA 5:8)
(CA 47 no.14:6876 153)

Chemical Abst.
Vol. 48 No. 5
n3r. 10, 195,'.
Orgrinic Chovi ArY
The catalytir, transformations of cycilohis"none and 2,4-
d1meth OpenftnonA- over Aluminwn -9paw.
rvvs, iT. and Mr V. Rutnetaov,-777~
r.I.I. . 1 0 on
See 8,17Z.

iAZAI
R0111,
EzNi:M()V,- N. vo
Ketones
Catalytic convnrsions of cyclohexanona and
1, 3-dimethylcyclopentana-5-one with
aluminum oxide. Zhur. ob. khim. 22 no.
7, 1952.
Monthly List of Russian Accessions, Library of Conr~,,03s, November 1952. UNCLASSIFI.M.

UM,VChemistry - Synthesis
Card 1/1 Pub. 22 - 31/63
Authors I Nazarov, I. N., Aeaderdcian,; Kuznetsov,, N. V.; and Semenavakiy,, A, Ve

Ti,,;Ie o Derivation of aromatic acids thmWh the oxidation of the side chains in
aromatic compounds with HNO3
Nriodical t Dok, AN SSSR 99/6,, 1003-1006., Dee 21, 1954
Abstract I Experimental data, regarding the oxidaticn of side chains of aromatic cam-
pounds 1with diluted nitric acid, are presented. It is evident from the
above given data that diluted 010,2 at a high temperature (about 20.00)
smooth ly oxidize s al 1 the dif f erel~t sid e cha ins of aromatic canpounds of a
normal and branched nature and including various compounds containing
different functional groups. The oxidation cf aromatic derivatives with
HNO is aomstiTms accompanied by the nitration process which leads to the
;?
fo
nation of additimuil products - nitrobenzoic acid. The effect of HNO3
concentration, an the yield of oxidation yToducts, is explained. Five re-
ferences: 2-USA; l-English ard 2-Scandinavian (1949-1954). Table.
institution: Academy of Sciences USSR,, The N. D, Zelinskiy Institute of Organ, Chemistry
Submit tad: Novanber 9j, 1954

I. ....
"I ~ ;:~ ~! , j- :*t t *
.. -1 .I-, :, I -- .: . -

62-58-4-27/32
AUTHORS: Nazarov, 1. 11., Kuznetsov, N. V.
TITLE: Synthesis of Cyclic y-Diamines (Sintez taiklicheskikh
1-diaminov)
PERIODICAL: Izvestiya Akademii Nauk SSSR,Otdeleniye Khimicheckikh 11auk,
1950, Nr- 4, pp. 516 - 518 (USSR)
ABSTRACT: For elaborating a method for the synthesis of diene com-
pounds with a fixed transoidal system of compounds of the
type of methylenecyclohexane it was necessary to produce
cyclic V-diamines. These belong to the difficulty approachable
substances. The production of cyclic y-diamines can either
be realized by the reduction of the oxime of 0-aminoketone
or by reducing amination of P-aminoketones (see formulae).
In references there are descriptions of a catalytic hydration
of oximes of 0-aminoketones. Here an hydrogenolysia of the
molecule with simultaneous splitting-off the amine takes place
and it was possible to obtain diamines this way. It was found
Card 1/2 that the hydrogenation of the oximea can in any way be rea-

62-58-4-27/32
Synthesis of Cyclic V-Diamines
lized in smallest methanol quantities (ammonia-saturated)
in the presence of a great quantity of 0nickel (Reneya) at
a reaction temperature of not above 40 C. The hydrogenation
of oxim-2-dimethylaminomethylcyclohexane supplies a yield
of about 70% of 2-dimethylaminomethylcyclohexylamine.
2-dimethylaminomethyloyclopentanone-oxime supplies the
corresponding diamine in a 50% Yield- It was shown that the
dioxide can eaaely be converted into methylene-cyclohexene.
there &" 9 r*fe~~ez., 1 of which is Soviet.
ASSOCIATIOIT: Inotitut organicheskoy khimii im. N. D. Zelinskogo Akademii
nauk SSSR (Institute for Organic Chemistry imeni N. D.
Zelinskiy,AS USSR)
SUBMITTED: December 6, 1957
AVAILABLE: Library of Congress
Card 2/2
1, Cyalto awqxmnds-Synthesis

50) SOY/62-59-2-29/40
AUTHORSt Nazarov, I. B., Kuznetsov, N. V.
iTITLE: Synthesis of 112-Diacetyl Cyclanes (Sintez 1,2-diateetil-
taiklanov)
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye khimicheskikh nauk,
1959, Nr 2, pp 354-355 (USSR)
ABSTRACTs In the present news in brief the authors report on a general
method of synthesis of diacetyl cyclanes. As initial products
corresponding keto nitriles (III) were used which had been ob-
tained by addition of hydrocyanic acid to acetyl cyclenes (II)
(Ref 2). The nitrile of the acetyl cyclopentane carboxylic
acid (III) (n-3) was obtained from acetyl cyclopentene in an
80~ yield. On saponification with a methanol solution of hydro-
gen chloride the methyl eater o acetyl cyclopentane-carboxylic
acid (IV) (n-3) was formed at 0 For the synthesis of 1,2-di-
acetyl cyclopentane (VI) (nw3) the nitrile of acetyl-cyclo-
pentane carboxylic acid (III) was easily converted into a cor-
responding ketal (V) (n-3). This yielded after reaction with
methyl magnesium iodide and acid saponification the diacetyl
Card 1/2 cyclopentane in a considerable yield. In a similar way also the

Synthesis of 1,2-Diacetyl Cyclanes sov/62-59-2-29/40
diacetyl cyolohexane was obtained. On oxidation with alkaline
sodium hypochlorite solution these ketones were transformed
accordingly into known trans-cyclopentane and cyclohexane di-
carboxylio acids. There are 3 references, 1 of which is Soviet.
ASSOCIATION: Institut organicheskoy khimii im. N. D. Zelinskogo Akademii
nauk SSSR (Institute of Organic Chemistry imeni N. D. Zelinskiy
of the Academy of Sciences, USSR)
SUBMITTED: July 4, 1958
Card 2/2

50) SOV/62-59-4-15/42
AUTHORS: Nazarov, I. N., Kuznetoova, A. I., Kuznetsov, N. V., Titov,
Yu. A.
TITLE: Diene Condensations of 1,3-Dimethylbutadiene With Asymmetric
Dienophilic Compounds (Diyenovyye kondensatsii 193-dimetil-
butadiyena a nesimmetrichnymi diyenofilami)
PERIODICAM Izvestiya, Akademii nauk SSSR. Otdeleniye khimicheskikh nauk,
1959, Nr 4, pp 663-667 (USSR)
ABSTRACT: In the present work the condensation of 1,3-dimethylbutadiene
with methyl acrylate and methylmethacrylate and with acrylo-
nitryls was investigat8d. By heating 1,3-dimet lbutadiene with
I
methyl acrylate at 220 a mixture of adducts (V
and (VI) in a
yield of 60% was obtained. The asymmetric isomer (V) was pre-
dominant. The adducts were dehydrogenated on carbon-supported
0
palladium at 350 . The saponification of the dehydrogenation
products gave a 26 : 1 mixture of known 2,4- and 3,5-dimethyl-
benzoic acids. The condensation of 1,3-dimethylbutadiene with
methyl methacrylate at 220 gave the adducto (VII) and (VIII)
in a yield of 76%, the asymmetric isomer (VII) being again
Card 1/? highly predominant. The saponification of the adducts gave a

SOV/62-59-4-15/42
Diene Condensations of 1,3-Dimethylbutadiene With Asymmetric Dianophilic Com-
pounds
mixture of liquid acids. The dehydrogenation of the mixture on
carbon-supported palladium gives a mixture of trimethylbenzenes.
The oxidation under pressure of this mixture diluted with
nitrogenous acid gave an 18 ; 1 mixture of trimellitic and tri-
mesio Scide. By heating 1,3-dimethylbutadiene with acrylonitryl
at 220 a 13 1 1 mixture of cyclic nitryls (IX) and (X) was ob-
tained in a yield of 74%. Their structure was proved by the de-
hydrogenation to corresponding aromatic nitryls, which formed
2,4- and 3,5-dimethylbenzoic acids upon saponification. Thus it
has been shown for the first time that mixtures of structure-
isomeric adducts are formed by the condensation of 1,3-disub-
atituted butadienes with asymmetric dienophilic compounds.
There are 5 references, 1 of which is Soviet.
ASSOCIATIONi Institut organicheskoy khimii im. N. D. Zelinakogo Akademii nauk
SSSR (Institute of Organic Chemistry imeni N. D. Zelinskiy of
the Academy of Sciences, USSR)
SUBMITTED: July 9, 1957
Card 2/2

5 (3) BOV179-29-3-5161
AUTHORS: Nazarov, 1. N. (Deceased), Gurvich# I. A., Alakaandroval 0. V.
Kuznetsov X. V Vaoillyev, A. F.
TITLE: Stereochemiatry of the Synthesis of Acetylene With Bicyclic
Ketones (Stereokhitiya atsetilenovogo sinteza e bitaiklicheakimi
ketonami). Synthesis of Cis-l-ethynyl-l-oiy-6-decalone. Ab-
sorption Spectra of the Series of Tert.a-decalols (Sintez
tais-i-etinil-l-okei-6-dekalona. Spektry pogloshchaniya ryada
tratichnykh-a-dakalolov)
PERIODICAL: Zhurnal obshchey khimii, 1959, Vol 29, Nr 3, PP 753-761 (USSR)
ABSTRACT: Proceeding from the experience acquired in their earlier ex-
periments (Refs 1-3) the authors interpreted the configuration
of the substituents at ihe C in the alcohol M and in the
product of its hydration (III on the basis of the reactivity
of these subBtituents. In the work under review the condensa-
tion of cis-methoxyoctalone (III) with sodium acetylenide
was carried out in liquid ammonia and after saponification
of the reaction product acetylene alcohol (IV) was obtained
as chief product, besides small quantities of isomeric acetylene
alcohols (IVa and IVb). Compound (IV) in methanol in the
Card 1/3 presence of sulphuric mercury smoothly hydrates into decaloneMp

SOV/79-29-3-5/61
Stereocbemistry of the Synthesis of Acetylene With Bicyclic Ketones.
Synthesis of Cis-l-ethynyl-l-oxy-6-debalone. Absorption Spectra of the
Series of Tert.a-decalols
which easily forms bia-294-dinitrophenyl hydrazone. On the
basis of the. latter two easy reactions it must be assumed that
both compounds have the same spatial arrangement of the side
chain and of hydroxyl at the C,, like cis-ethynyl decalol
(I) and the corresponding acetyl derivative (II). In hydro-
genation, compound (IV) yields ethyl decalone VI) in crystals,
which by reduction yields dial (VII) (Scheme 2~. In the re-
action with (III) and subsequent saponification, ethyl magnesium
bromide yields an oil, which by reduction forms ethyl diol
Ows In the reaction of ethyl magnesium iodide with (VIII)
an oil is formed, which in reduction forms the isomeric diol
M. M ields in its oxidation the isomeric ketol (IX) of
compound M). Thus keto alcohol (VI) is a cis-decalin deriva-
tive, so teat also acetylene alcohol (IV) and its derivatives
belong to this series. Keto alcohol (IX) and diol M arp
thus derivatives of transdecalin. Several substituted cis-
and trans-a-decalols were obtained. The absorption spectra
Card 2/3 of several tertiary a-decalole are shown. It may be seen from

SOY/79-29-3-5/61
Stereochemistry of the Synthesis of Acetylene lith Bicyclic Ketones.
SynthesiB*of Cis-l-ethynyl-l-oxy-6-decalone* Absorption Spectra of the
Series of Tert.a-decalols
them that cie-ethynyl-a-decalole synthesized in the same way
possess the same chemical properties and the same absorption
spectra. There are 3 figures and 12 references, 6 of which
are Soviet.
ASSOCIATION: Institut organicheskoy khimii Akademii nauk SSSR
(Institute- of Organic Chemistry of the Academy of Sciences,
USSR)
SUBMITTED: January 4P 1958
Card 3/3

SHOSTAKOVSKIY., M.F.; KUZNErSOV N.V.; DUBOVIK,, N.A.; ZIKMMW., K.Kh.
.J-
Synthesis of ethoxyaostalaldshyde arA its chemical transformationso
Izv,. AN SSSRo Otd,khimenauk no.8:3J+4Ati5OO Ag,61.
(MIM 14:8)
1. Irkutskiy institut organicheskoy khimii Sibirskogo otdeleniya
AN SSSR.
(Acetaldebyde)

9.14()o
27495
s/o62/61/ooo/oo3/oii/O14
B117/BIOI
AUTHORS: Shoetakovskiyj M. F. I _Lu~~~ and Yang Cho-Min
TITLE: Synthesis and transformation of new vinyl other derivatives
Izvest:ya.
PERIODICAL: Akademiya nauk SSSR.
Otdeleniye khimicheskikh
nauk, no. 9, 1961, 1685-1688
TEXT: The present work was undertaken as a part of the studies of
synthetic methods for the preparation of now vinyl ether derivatives. In
the course of it, several new 3-hydroxy-acrolein ethers and eaters were
prepared by the following reacticns.
Card 1/5

27495
S/062/61/000/009/011/014
Synthesis and transformations B117/B101
BFS. (qHJ3O
C
CH (OCt1i&)3+CHj=CHOqH& 3CH (OCHj),
I
CH30CH=CBrCHO c"'N'HOCH = CBrCHO
CHICOCI
CH3CO0CH=CBrCHO NaOCH-CBrCHO-
C.H.CocVI C,HCOOCU=CBrCHO
M.,
The authors investigated whether these 3-hydroxy acrolein ethers and eaters
give the diene condensation. The ether (II) and esters (IV) and (V)
obtained readily hydrolyze under the influence of water and atmospheric
moisture. They consolidate on storage. Diene condensations of (II), (IV),
and (V) with vinyl-butyl ether could not be realized, since the reaction
products resinified completely, probably as a result of hydrogen bromide
formation. . Ethyl orthoformiate, however, reacts readily with dioxene in
Card 2/5

27495
S/062/61/000/009/011/014
Synthesis and transformations B117/B101
the presence of boron trifluoride etheratep yielding-2-ethoxY-3-diethoxy-
methyl -p-dioxane (VI) (C H 0 b.p. 1350-1370C (20 mm 11g), n20
11 22 5' D 1-4337).
This may be hydrolyzed to 2-formyl p-dioxene (VII) (C 5H60 39 m-P- 400-420C)l
which is also a derivative of acrolein. This unsaturated aldehyde is
highly hygroscopic and crystallizes in the form of its hydrate. Its cyclic
structure is confirmed by the absence of a reaction with ferric chloride,
as well as by analytical and spectroscopic data. The authors also studied
synthetic methods for the preparation of 1 2-dimethoxy ethylene (X) which
was obtained by the reactions;
CH.o"+NA
BrCH&CH(OCH3)$- CHsOCHICH (OCH3),
H+ (CHCOh 0
CH,OCH-CHOCH, tBjOCHlCIH/
\OCR!
M OX)
Card 3/ 5

27495
s/o62/61/6oo/oo9/o11/014
Synthesis and transformations ... B117/B101
itartifig fromthe acetal of b oiho acetaldehyde the authors prepared
1250-1260C (741 mm HS), n25 1.3930)
i,-,1 2-t!rimeih6!xy ethane (VIII5
~fiich on boiling with acetic anhydride in the priesence of a trace of
p-toluen6sulfbnic, i6id is transformed to the acylal (IX) (b.p. 640-650C
(14 mm Hg), n20 1-4'0~5). On treating'.(VIII) with acetic anhydride and a
D
drop of concentrated sulfuric acid, letting the mixture stand for 14 hr,
and then treating it with ice water, with subsequent extra6tion and
distillation, 1 12-dimethoxy,-l-acetoxy ethane (IX) was obtained also. The
reaction mixture obtained b~,boiling (IX) for 2 hr at 1620-1650C was
slowly distilled from a Favorskiy flask. A mixture boiling at 710-1450C
was obtained. The reaction'.piodu6t was washed*with concentrated sodium
carbonate solution,- dried o4er po asaium carbonate and fractionally
distilled, yielding a mixture of 4omers in the ratio 3.5 : 1 (112-dimethoxy
ethylene (X)9 b.p. 9~o_990d ii20 i*-4184.and an isomer b.p. 1030C,
20.5 -D
_iell f -dimethoxy ethylene did not exceed 20%.
nD 1-4204)i The ~ 1 1 81 1,2
The study of these is&ale're is' being continued. There are 14 references:
3 Soviet and 11 non-Sbvi6t.. The four most recent references to English-
Card 4/5

27495
S/062/61/ooo/oog/oil/014
Synthesis and transformations ... B117/B101
language publications read as follows: M. F. Ansell, B. Gad b J. Chem.
Boo- 1956, 33661 K- C. Brannock, J. Organ. Chem. ii, 258 (1990~; S. M.
McElvain, S. H. Stammer, J. Amer. Chem. goo., U, 915 (1951)1 W- F-
Sresham, US. Patent 2526743-
ASSOCIATION: Institut organicheskoy khimii im. N. D. Zelinskogo Akademii
nauk SSSR (Institute of Organic Chemistry imeni N. D.
Zolinakiy of tho Aoademy of Saienm USSR)
SUBMITTED: March 10, 1961
Card 5/5

SHOSTAKOVSKIY, M.F.; KUZNE-TSOV, N.V.; YAN CHME-NINI [Yang ChA-min]
S,ynthesis of ethers and esters of 1,2-dloxyetbylene and their
transformations. Izv.AN SSSR-Otd.khim.nauk no.4010-716 Ap
l62. (MIRA 1534)
1. Institut organicheskoy khimii Im. N.D.Zelinskogo AN SSSR.
(Ethers) (Esters) (Ethylene)

S/020J62/146/oo6/oO2/016
B172/Bi86
AUTHORi Kuznetsov.
TITLEt A generalization of a theorem by A. Ambarteumy&A
PERIODICALs Akademiya nauk SSSR. Doklady, v. 1-46j no. 6, 1962p 1259-1262.
TEXTs The following theorem is considereds If the spectrum of he
boundary value problem
(?"(x) + (X-q(x)l(x) - Ot 0