SCIENTIFIC ABSTRACT V.P. CHERNOBROVKIN - I.I. CHERNOBYLSKIY

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000308520011-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

'k
KOZHEUROV, Petr Illich; KUZN2,TSOV""'Stepan Petrovich; CRERNOBROVKIN,
kand. tekhn.nnu , nauchn. red.; SVET Ye.B., red.;
KOLHYCHEV, V.I.,, tekhn. red. _
[Cupola furnaces of the Southern Urals; from work practices
of plants in Chelyabinsk Province] Vagranki lUzhnogo Urala;
iz opyta raboty zavodov Cheliabinskoi oblasti. Che2iabinsk,
Cheliabinskoe knizhnoe izd-vo, 1960. 73 p. (MIRA 17:3)

CEMOBROVKIN, V.P.; ANANIIN., A.A.; DOBRYDENII A.A.; KAYBICHEV, A.V.
Comparative evaluation of foundry irons of the Ural plants. Lit.
proin. 1106 5:8-10 My 161, (MIRA 14:5)
(Cast iron) (Ural Mountains-Metallurgical plants)

CHEfWOBRDVKIN9,V.P.,
Continuous charging of the cupola with charge materials. Lit.
proizv. no.2:8 F 162. (MIRA 1.5:2)
(Cupola furnaces)

" V.P.; ANANOIN, A.L.; KAYBICHEV, A.V.; DOBR'-YDEN-*, A.A.
Ganes in foundry iron. Izv.vyB.uchcb.zav.; chern.mot,. 5 no,,4z
136-139 162. WMA 1505)
L Urmllskiy Mial AN SSSR.
Onses ~n metals)

KAYBICHEV, A.V.; CHERWOBROVKINp V.P.
Calculating the overheating of cast iron and position of the
melting zone in cupolap. Izv. v7s. uchebo zave; chern. met.
5 no.10.137-148 162. (MIRA 15:111)
1. Institut metallurgii Urallskogo filiala A14 SSSR.
(Cupola furnaces) (Beat-Transmission)

KUZIMIN, J.V.;IGH-RRNnAROyXTN- I-FIL4
Effect of vacuum and gases on the chemical composition and structure
of eutectic gray cast iron. Lit. proizv. no.5:34-35 Yq 162. (IMU 16:3)
(Case iron-~btallography) - (Vacuum metallurgy)
I

CHERNOBRMIN, V.P.; WBICHEVI A.V.; ANANIIN, A.A*
Effect of gas removal from cast iron on the structure-and
form of graphite. Izv. vys. ucheb. zav.; chern. met. no.4:
136-140 163. (14IRA 16:5)
1. Urallskiy filial All SSSR.
(Gases in metals) (Cast iron-l-btallography)

KAYBIGHEV,,7,.'FA.V.; CHERNOBRRVKIN, V.P.
Lower boundary of the melting zone in cupola furnaces. Lit..
proizv. no.2:17 F 163. (MIRA 16:3)
(Cupola furnaces)

KUZIMIN, I.V.; _QWMOMOMNj-Vj,; ANAIIIIN, A.A.
Effect of conditions of melting on the formation of ferrite in
oast iron. Lit. proizv, no.6:28 Je r63. (mA 16:7)
(Melting) (Cast iron-Metallography)

KUZIMIN., I.V.; CHERNOBROVKIN., V.P.; ANANIIN, A.A.
i_ . _w.- I , ;'-- -1 17 1 .' . .
Effect of individual gases on the structure of cast iron. Izv.
vys. ucheb. zav.; chern. met. 6 no.6:161-167 163. (MIRA 16:8)
1. Urallskiy filial AN SSSR.
(Gases in metals) (Cast iron-Analysis)

I
Kt:!'MINV .V.; C)ikRNOBROVKIN, V.11.~
I NIIN~ ii.A.
., ANM
influence of a vacuum on tho ~~t.ruoturfi of caet L'-t. prulzv.
~~ 164. (111RA a&3)

ANIAIIIINY A.A.; CHERVIOBROUIN, V.P.; CHILIKEA, N.D., inzh., red.
[Melting cast irong in a cupola furnace) Plavka chuguna v
vagranke. Izd.2.,, Moskva, Izd-vo "Mashinostroenie," 1964.
56 p. WIRA 17:8)

ANANIIN, A.A.; BRILAKH, M.M. ~40VKIN, V.P.; BLANK, E.M.,
inzh., retsenzent;qw-&"~10.-V-ir.D."fiiA., red.;
I
SIROTINI A.I.J. red.izd-va; SAIRNOVA, G.V., tekhn.red.
[Cupola furnace operator] Vagranshchik. Izd-3., dop. Mo-
skva, Mashgiz, 1964. 163 p. (MIRA 17:3)
~k_'

SMTOV., A.Ya.; CIIEIINOBROVKIN, V.P.
Nonmetallic inclusions in acid electric steel during its alloying
in the ladle. Izv. vys. ucheb. zav.; chern. met. 7 no.10:55-58 164.
(MIRA 17:11)
1. Institut metallurgii Drallskogo filiala AN SSSR.

SHATOV, A.Ya.; -CHERNOBROVKIN, V.P.
. . - ...... 1. 1-1-7-1 - -- .
Volume shrinkage of steel smelted in an acid electric furnace.
Ut. proizv. no.601-32 Je f64. (IMIA 18:5)

CHMOBROVKIN, Yu.G.; EELAVIN, L.P.
Die casting in small batch production. Lit. proizv. no.8:30 Ag
163. (MA 16:10)

IF o0evi0oisoo ~wo`*-w wlxw
as 10, ! 10) 1*4 Ots 1? 1/0 !s *f 0 0 1 " ~'
1 0 a 11 J4 n a 13 1. :7 a IV 0 m $I a It a at 1? 41 4A aito
.04 8 L & z A rA i A L 11 a r U R Y - a$ M it I a I a 4 1 P A --A _,S_
I-
0:.%!
Mi
gi-
00 4:! let
:0 We d"wo "actions of sod& and sulfur V. U, -00
0 Sawmv gal A. F.
Opio. LaWrmath"I Prom. 194o. ,jo. o 19-21 -ThC
0 all mudim of aoda, witur and oxygen of the a goo
4 in =*41
Inarim -11 produces Na.S. Na.Sn, N,4#SCh anti 4ajSo,.
000i Polythlimmates like N4SA and NaAO#, a6v'Na,-%0o do not COO
form Under,dw conditions. 1twailounatluittoptcsvilt coo
hy&dysis of the Ittifides 911rccroll-cunig. taZa. ibmild be
used. Tm 0". of the Sit ion from mixti, coatt. sulfur of too
differvat degfm of oxidation Is best carried out by ppin. 0
0011 with ZOC Deta. of S to various degro idati~m
Will be I%. In the next imp". Ri"Al oAlel-my
zoo
XOS
8*0
ij: Z~
!206
moo
boo
woo
1414W. - ------
1- -4--v Vr- i-%-6 FW 11 1 '1 IN IN 5 5-7-2--'
4*6
Kin
0 0 0 0 0 0 0 0 0 0 0 101 40 No 00 00 n 11 4 0 0 0 0 0 ft 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 a 0 0 0 0 0 0 0 0 0 00 00 0 0 0 0 0 0 0 0 0 0 6 0 0 0 0 & 0

L-3764B_-_66__._-0 ) r1w
M.-C M-.--AP6CA:d9W'
SOURCE CODE: UR/0203/66/006/003/0599/0600
AUTHOR: Kazimirovskiy, E. S.; Kokourov, V. D.; Chernobrovkina, N. A
3
ORG: Institute of Earth Map-netism. lonost)here and ProDaization of Radio Waves SO Ah_'_
SSSR (Institutzemnogo magnetizma, ionosfery i rasprostraneniya radiovoln SO AN SSSR)
TITLE: Angular spectrum of waves scattered by the ionosphe
SOURCE: Geomagnetizm i aeronomiya, v. 6, no. 3, 1966, 599-600
TOPIC TAGS: ionospheric scatter, angular distribution, radiosonde, reflected signal
ABSTRACT: Angular characteristics of scattered signals were investigated in Irkutsk
in 1962-1964 on the basis of vertical ga~io b* ,
pro ingpf the ionosphere. A formula deve-
loped by Briggs (1951) for the determination of O~, a cone of concentration of scatter
ed energy, was used. The formula is as follows:
(2v / X)sjn 0* / 2,
where N is the frequency of fading of a reflected signal, v is the drift velocity of
inhomogeneities, X is the working wavelength of a probing pulse. 300 observations of
reflections from the F region-at 2.25.106 cps were made during the autumn-winter peri-
od from 1800 to 0800 hr. The velocity of horizontal drift was evaluated using a meth-
UDC: 550.388.2
1

L 37648-66
ACC NRt AP6018927
od developed by Kazimirovskiy and Kokourov (1961). The data show that the widths of
distribution of angular spectra obey the Rayleigh law, and that the most probable
value of 60 is 7.50. 00 angles over 240 are extremely rare. Orig. art. hast 1
figure, 1 formula.
SUB CODE: 04,20/ SUBM DATE: 25Oct65/ ORIG RM 0031 OTH REF: 004
Card 2/2

CHERNOBROVKINk. Yelena. tekhrik-konstruktor
The control staff of the seven-year plan at work. Fabotnitsa
44b no.3s4-5 Mr 162. (MM 16s2)
1. Moskovskiy stankostroitelInyy zavod imeni Sergo Ordzhonikidle.
(Moscow-Machin*tool industry-Management)
(Women-Employment)

GOLIDW, A.D., inzhener; CHIRNOBROWINA, Ye.S., inshener; GROBMU, R.N.
Cold rolled transformer steel. Stall 7 no.3:231-235 147.
(MM 9: 1)
l.Varkh-Isetakly.metallurgicheokiy zavod.
(Sheet steel) (Rolling (Metalwork))

GBUNOBROVOV, N.V., Inshener.
*Present-day relay protection.8 G.I.Atabokov, A.M.Yedoseev. Reviewed
by N.Y.Chernobrovoy, Blektrichastvo no.1:88-89 Ja 149. (M1,24 7:10)
1. Mosenergo.
(Ilectric rolays) (Atabskov, G.I.) (Yedoesev, A.M.)

MINIKOVp M, F,P Ehgs,;- CMNQM-VOVs N. -V.,: MgRMYEV~ P. ID..
2. USSR (600)
4* Electric Relays
7. Blocking relay for improving the protection of long 2-20 KV transmission lines,
Elek. sta., 23, No. 10, 1952.
9, Monthly List of Russian Accessions, Library of Congress, February -1953. Unclassified.

CHER OBROVOV 11 0 4y VjLgjlIyO7jqb; BXUOVICH, N.A., redaktor;MDKIN, A H..
[Protective relavingj,ftelein&ia.zashchita. Hoskva, Gqs.eusrg,izd-v*,
1956-495 P. (Blectric relays) (kM 10:4)

V-0V x"
YJ9DIDLWflW..V.M., red.; IfAZANSKIY,-V.Ye., inzh., red.; KOAZEVSKIY, B.A..
red,; MALOV, V.S., red.; SYROMUTNIKOV, I.A., doktor takhn.nauk,
prof red.; TSAW, 14.1.. kand.tekhn.nauk, red.; CHERMOVOY, S.V..
red.; IARIMIOV, G.Ye., tokhutred,
[zlectric relays, automatic and remote control of electric power
systems.; papers of a scientific conference on problems of electric
relays. automatic and remote control] Releinaia zashchita, avtomatika
i teleme*khanika energosistem; materialy nauchrio-tekhnichaskoi konfe-
rentaii CPO voprosam releinoi zaahchity, elaktrichaskoi avtomatiki i
telemekhaniki). Xoskvej Goa. energ. Izd-vo, 1957. 231 p.
(MMA 11:3)
1. Nauchno-tekhnichaskoye obahchestvo onergeticheakoy proryahlennosti.
Moskovskoye pravleniye. 2. Hezhdumarodnys elektrichaskiye ev"zi
SM (for Syromystnikov). 3, Mntrallnave nauchno-iseledovatellskaya
elektrotekhnicheakaya laboratoriya (for Marev). 4. Gosudarstvennyy
treat po organizateii i ratsionalizataii elektrostantaii (for
Kazanskiy)
(Ilectric relays) (Automatic control)
(Remote control)

8(2) PHASE I BOOK MaYWITATION sov12366
Chernobrovov,, Nikolay Vasiltyevich
Releynaya. zashchita (Relay Protectio-nT 2d ed. Moscow, Gosenergoizdat, 1959.
1191 p. Errata slip inserted* 25,000 copies printed.
Ed.: M. A. Berkovich; Tech. Ed. i G. 1. Matveyev.
F TOSE: This book'vas approved by the Administration of Secondary Specialized
Schools, Ministry of Higher Education, USSR, as a ter.Lbook for students
of tekhnikums specializing in the generation and distribution of electric
power. It may also be useful to electrical engineering students of vuzes
and to engineers and technicians engaged in the design., installation add
operation of relay protection systems for power plants and power distribution
networks.
COVERAGE: This second edition has been enlarged mainly by the addition of a
chapter on methods of prev6nting failure of circuit breakers to %-,p--n and
close. Th'e author discusses various types of protective systems such as
overload current protection, directional overload protection, differential
protection, remote protection an& high-frequency protection. He also describes
Card 1/14

-Relay Protection (Cont.)
sov12366
protectionlagainst short-circuiting to ground, protection of generators,
transformers, generator'-transformer sets,, generator-transformer-line sets,,
electric motors andbusbars. Various types of relays used in protective
systems are also.discussed. The author thanks A. M. Averbukh; Professor
G, 1, Atsbekov, Doctor of.,Technical Sciences; M. A. Berkovich,, V. V.
Illinichnin., 1. V. Kovalenskiy, M. F. Mellnikov and V. A. Semenov for
reviewing the toxt 'There are no references.
TAKE OF CONMRS
Forevord 3
Ch. 1. General Aspects of Relay Protection 3.1
1. Purpose of relay protection 11
2e Demages to electrical systems 12
3. Abnormal conditions 16
4. Basic requirements of relay protection systems 17
5. Types.of relays 25
6. Methods of representing relays and protective circuits on
drawings 26
Card 2/14

ZABEZHANSKIYp I.I., insh.; CIIERNOBROVOV, N.V,,-inzh.
~
Experience in the operation of an automatic voltage regulation
system. Elek. sta. 34 no.9s23-25 S 163. (MIRA 16:10)

ATALEKOV, G.I.; BELOUSOVp M.M.; HULGAKOV, K.V.; VPSTLIYEV, D.V.,,
YEGIZAROV, I.V.; ZAKHAROV, S.N.; ZEYLIDZON, Ye.D., KOST1,211KO, M.P.;
MANOYLOV, V.Ye.; mARNEVSKIY, B.I.; RYZHOVp P.I.; SOLOVIYEEV, I.[.;
H
SYROMYATNIKOV, I.A.; FABRIKANT, V.L.; CHERNIN, A.B.; C17mllc.,,BRlr1ljcv.
-N,Y,; FEDOSEYEVj A.M.; SHABADASH, B.I.; SHCHEDRIN~ N.N.;
FATEYEV, A.V.
Viktor IvanovJch Ivanov, 1900-1964; an obituary. Elektrichestvo
no.11:80, N 164. (14TRA IS: 2)

NEPCROZHNIY, P.S.; SLAVINMI, A.P.; SAPOZIINIKOV, F.V.; SERDYIJKOV, N.P.;
ACHKASOV, D.I.; BURGSDORF, V.V.; NEMOV, N.P.; SYR%tYATHIKOV, I.A.;
KNYAZEVSKIY, B.A.; ROKOTYAN, S.S.; STEKLOV, V.Yu.; FEDOSEYEV, A.M.;
GRIJDINSKIY, P.S.; KHOMYAKOV, M.V.,- VENIKOV, V.A.; CHERNOBROVOV, N.V.;
MELINIKOV, N.A.; BERSHADSKIY, I.S.
Aleksandr Dmitrievich Romanovj, 1905; on his 60th birthday. Elek.
sta. 36 no.11:94 N 165. (MIRA 18-10)

ACC- NAs Ap6OO6954, Aj SOURCE CODE: UR/0381/65/000/0D6/0041/0046
AUTHORS: Phtan', A. S.; Chernobrovov, S, V,: Firstov, V. Gp; Sullkin, A* G,
ORG: none
-TITIZt Problems in radiation defectoscopy
-SOURCE: Do.ektoskopiya., no. 6p 1965,~ 41-46
adiometry exposure materp eVroosco
TOPIC TAGSt g rma ra)r, x rAy r pic photography,
'jofec-tos'cope%,~ RKAiefectos cope p IERM78ofectoo Cope V M
'-defectoscope / GZ) RA-1
~~12 defectoseops, R 00-5 defectoscope, RUP-150/500-10 do-
pulse device, R
~foctoscope lp
ABSTRACT; The automation and mochanization problems in radiation defectoacopic
techniques are discussed in some detail. Among the more important problems in
this area are those partaining'to control of feeding parts to the radiation area,
~.to radiation of parts with.programed controls, to developing of films, and to
..decoding the recorded information& The devolopront of automatic gamm-ray and x-.
ray exposure motors is considered to be of great importance in the Soviet countries.
Stereoscopic photography applied to radiation defectoscopy is another now develop-
ment in the Soviet countries; i-t-has the advantage of three-dimensional visualiza-
tion of defects in the various parts under iuvestigation. There seems to be a
-great-need.-for- ImproVin& the quality of auxiliary defectoscope equipment. In
1/2 UDCt, 620.179.

2482o-6.6
ACC NRo Ap6oD6954,
particular, there is a distinct lack of high energy.. 1 to 20DD-kv x-ray equipment.
.-Recent trends in construction of-.'W - and x-ray equipment have centered on mono-
block devices of series RUP-120-5 and 20D-5t on a new universal device of series
.~RUP-150/50D-109 and pulse devices IRA-Is Portable-mulum-_137 radiometers are
.7--currently popular* Among.the no 'developments alMdevices with special safeguards
radiation hazards., it*bluding automatic on-off control systems. A now Ib
-P--+--o22P are now be
zeries of radioisotope ing marketed under the-markings'bf
RD-21P RK-2, and UGD_3 ova the control capability on these defectoacopos, 1
is suggested that "rography be tried for significantly reducing exposure times*
-::Ie at
M-1 in all., advanced autmmtic defectoscopes can be very useful in machine desig
shipbuildingi and the aviation industry.
SIM COEE: 34p W SUBM DMs ~%SepO
&r'd 2/2

ACC NRo AF00161390 SOURCE CODS: UR1O1W/65/O00/Ol1/ONF4j00
;,UTA'IOR; Noporozhniy, Pe Sol Saviriykh, A. P.; Sapozlinikov, F. V.; Sordyukov, No po;.
Buresdorf, V. Vol Nomov, 11. P.; SyrorWatnikov, L. As: Knyazovskiy,
Do A.; T16rco-ty-Lan, So So; Steklov, V, Yuo; Fedoseyev, A, H;; Grudinaldy, Pe S61
MiorWakov, H. Vol Venikov, Vo A.1 %rDqj=Y_0'V'N As; .12/
Bershadskiy, L. So VtjjSql1nikov, No
ORG: none
TITIL: Nonoring the 60th birthday,of Aloksandr DrdtAyevich Romanov
SOURCE: ElektrichoskVe ~tantsii, no@ n, 1965, 94
TOPIC TAGSt electric power plant, industrial personnel
A~:SWCT: In July 1965 A.!-h. Romanov celebrated his 60th birthday and the
t
th anniverzary of his active lifd as a major designer, operator, and build-
er of electric power stations. On his graduation in 1927 from the Moscow
College of Fbgineering, Aleksnndr Dmitriyevich joined the Mosenergo Moscow
Power :system where lie steadily rose through the ranks until lie I)cc,-Pe Deputy
Chief Engineer, while at tiio'same time participating in tho design and prac-
tical inixoduction of 500-kv electric transmission lines running from Yoscow
to WilzbAziya )~ydroolectrI6 Pcwer Station and from Kuybysboy to tbn Urals.
since 1959 A. D. Romanov his been Chief Engineer at the Glavvostokelektrosatl-
stroy Main Adidniubration or Power, Grid Cchstruction.iiA Enotern USSR of the
Card 11% 1 1 . : I

ACC NR, AP6=89o
,State ProductionICommittee for Enereetici_'G~d. Aiong with
his active work, nince 1930 A. D. Romanov has boon teaching courses in Power
Tetworks and '~ystcrns as well as in Povior, Stations and Substations at the
Poacow Correspondence Inutitute of Enorgetica and, later, at tho All-Union
Correspondence Inotituto of Fnereetics, find, in this capacity, has trained now
cadros of pover enryineors. In 1957 the title of-Assistant Professor was con-
ferred on him,Rnd in 1963, the title of Candidate of-Technical Sciences. He
has published more than h0 scientific and technical attioles on power engineer-
,ing and construction and he*is a rierber of the ediiorial boards of the period-
-ic anthologies Energeticheskoye Stroit6l'stmo (Power Construction) and-
Enorgetichleskoye Stroitel'stvo za Rubezhom (Pmer Construction Abroad)e He
has been,a Party member since 1932 and is the beavir of the Order of Labor Red
Banner as well as of various nedalso Best wisbee fjr fVrther creative work
are extended to hims Orige arto hass I figtiree- I.JPRPI
SUB CODEs 10 SUBK DAM Do"

SWAGLIN, Georgiy Savellyevich; SHCHENICOV, V.V., inzh.,
retsenzent; HWUHRO, I.S., inzh., retsenzent;
.9
CHERNOBROV, S.M., red.
[Electrolytic prod .uction of magnesium] Elektroliti,3he-
skoe proizvodstvo magniia. Moalma, Motallurgiias, 1965,
150 p. (MIRA 18.7)

IV C,
IQ 's
0:
Jim
lip-
a

KMUMV, A.Th., inzh.;_-CH1WTOBRDVSKIT, V.P., inzh.
Distribution of elements in liquid cast iron before and after
adding magnesium. 1xv. vyi. ucheb. zav.; chern.mete noo5:41-49
MY '58. (MIRA 11--7)
l.Sibirskiy metallurgicheakiy inatitut i Institut metallurgii
Urallskogo filial& AN SSSR.
(Liquid metals--Analysis) (Cast iron-Analysis) (Magnesium)

CHERNOBROUSEV) M. S.
"Growth and Development of Spot-Seeded Oaks Dur-Ing the First Years of Growth,'-'
Les. klioz., 5, No.4, 1952

2. USSR (600)
4. Oak
7. Classification of trees by growth and development and its application to oak
forests. Les.khoz- 5 Wo 11, 1952
9. Monthly List of Russian Accessions, Library of Congress, 1953. Unclassified.

(i-6-,rN0b0V-r&-V, M
G-, .1
-V�SR / Forestry. Forest Economy. K-4
Abs Jour: Ref Zhur - Biologiya, No. 1, 1958, 1341
Author : Chernobrovtsev, M.
-----------------------------
Inst : Voronezh Forest EngineerLrxg Inst, 1956, 15,
27-33
Title : Forming Plantations of Yoxig Oaks and Thi--qni::,-g,
Them
Orig Pub: Nauchn. zap. Voronezhsk. in-tva, !956,
15, 27-33
Abstract: The work was done on young oak plantations of
the forest study and test area of the Voronezh
Forest Engineering Institute. 'he growth and
development classifications in the investigated
plantings were found to be closely connected
C ard IA

USSR / Forestry. Forest Economy. K-4
Abs Jour: Ref Zhur - Biologiya, No. 1, 1958, 1341
with a series of morphological characteristics.
In thinning out oaks it is recommended that each
tree's light exposure be estimated by the five-
mark system. In groves of young oaks Z7 nizkost-
vol.1nik7., in addition to care of the condition, of
the forest as a whole, the form cf the trunk, and
the growth of the individual tree, the goal of
rejuvenation must be sought also. ThLaning should
commence when the trees are thrae years old. In-
the first place the trees of subclass B (accord-
ing to V.G. Nesterov) should be taken out, striv-
ing in this manner for rejuvenaticn of the whole
grove. If care is taken of the form of the trunk
in the period when the grove is purged and clean-
sed the comercial Value of the yomig plantation
can be raised 150-20C%, and if the groiels thick-
ness is sufficient-, it car. be transformed into a
Card 2/3

USSR / Forestry. Forest Economy. K-4
Abs Jour: Ref Zhur - Biologiya, No. 1, 1958, 1341
stand of timber differ:Lng lit-t1e, In terms of
commercial lumber, from a for-,-~st grown from
seed. The young trees tell ol a.5 years of age
should be thinned by removing the tallest ones
P,7 and when older by cut-'1--ing out t-he lowest,
which, however, does not exclude th:! possibility
and even necessity of thinn-Ang ou"t the upper
stratum.
Card 3/3

USSR
Forestry. romeat Cultures.
-of Z~Illr -Ijiolo -iYA , X0. 20153
3-1 Chernobro-Asev, M.S.
Spruce Hill Cultures.
()A-ruyG- PU79-: Naunhn, d0kI. vyssh. shly:oly, Leaoinz.11it
delo2 19518, No.21 6-9
.~19Sr-,,CT At Sudogodskiy.forezt rangs in Vladimirskaya
Oblast 2-3 year *ald sprites needlingr, tfero
planted 10-20 individuala clustered ii, one
hole at a uingle planted locality. The
planting was ovvrgtiourn with birch and was not
cared for. At 35-40 years ot age the apruce
plantings were studied in cosuparison W~tth
ordinary regular Bpruco Plantings at four
teat plots; the resultA of measuromenta are
given. --V,I* Klimov

CHERNOBROVTSEV, M.S.
Doc Agr Sci - (diss) "Setting up oak sprouting Z-porosievyyL-7
plantings and improvement cutting thereof." Moscow, 1961. 35 pp;
(Moscow Order of Lenin Agricultural Academy imeni K. A. Timirya-
zev); 200 copies; price not given; list of author's works,.at end
of text (14 entries); (KL, 6-61 sup, 230)

CEM013ROVTSBT, Sergey Vasillyevich
I
Dvanwro Province during the years of the Soviet regime]
Ivanovskaia oblast' za gody Sovetskoi vlasti. Ivanovo,
Ivanovskoe knizhnos izd-vo, 1959. 63 P. (MIRA 13:2)
(Ivanovo Provinee-Sconomic conditions)

CBEM ktor biol.nauk (Pnepropetroylik),
More vegetable proteins, Nauka J zbyttia 10 no,2:23-24 .1 16o.
(MIRA 13;6)
1. Chlon-kDrrespondent Ukrainskoy akademii sel'skokhozysystvennvkh
nauk.
(Logmes)

CHRMOME, I.
leaders with pipaless antonatie stock waterers. Sell.
stroi. 15 no.7:27 J1 160. (MIRA 13:8)
1. GlavVy inshener %Iyay-Poilskoy meshkolkhosnoy stroitell-
noy orgunizataii Zaporozhokoy oblasti USSR.
(Cattle-watering) ,

1
J
CIHERNDPUKX~
7--
Economical doorframes. Sell.stroi. 15 no.4:27 Ap 160.
(Doors) . (Concrete products) (MA 16:1)

CHEHOM, I.; DOPASHINIO, I.
Assembling spanless girders. Sell.atroi. 15 no.6:10
jo 16o. (MIRA 13:8)
(Girders)

I CHERNOBUK I
Manufacture of arobed slabs. Prom.stroi. i Insh. soor. 4
no*4113-15 J1-A9 162, (KRA 150)
1, Nachallnik otdela tekhrAcbeekogo kontrolya stroitellnogo
kombinata No,1 tresta "Dneproitroydetall"
(ConmIete BIaLB)

CHERNO~YLISKAYA. E.I. (Kiyev); TSIKOOV, I.K. (Kiyev)
i
Syloy P-subgroups of orthogonal and simplex groups in hyperbolic
spaco, Ukr. pat* zhur# 15 no.3:290-298 163. (MIRA 16:12)

Cvia~~O oyL~ Sy-VI A, t--- I .
C"OMI-I-Br-all XLDMM) A. P., WERTS) G. E., and GAYDUK, B. V.
"More Accurate Design of Heat Exchangers."
Report submitted for the Conferences on Heat and Mass Transfer,
Minsk, BSSR, june 1961.

CHERNoByL,sKAYA E. i., KLDMW, A. P., WEVETS, G. E.r~,and GAYDUK, D. V.
Y,
"Calculation Method of the Optimirn Heat Exchangers by
Electron computers."
Report submitted for the Conference on Heat and Mass Transfer,
Minsk, BSSR, june 1961.

TROITSKIYI I.D.p kand,tekhn,nauk; CHERNOBhISK~ inzh.
Methods for determining the electrical strength of rubbers. Vest.
alaktroprom. 34 no.5118-21 My t63. (MIRA 1615)
(Rubber--Electric properties)
(Electric insulators and insulation)

CHEMOBYLISKAYA, M. N.
Chernobyllskaya, M. N.', and Rubenchik, L. I. - "On the effect of certain biological
active substances on the Clostridium acetobutylicura," Dokledy Aked. nauk Mcr. SSR,
Po. 6, 19L8, P. 3-6, (In Ukranian, rezume In Russian)
I
SO: U-4355, 14 August 53, (Ietopis 'Zhurnn.l Inykh Stmtey, -No. 15, 19119)

CHERMBILISIKA, M.N., kandidat biologichnikh nauk.
Direct observation of soil microflora for the prevention of the
oxidation of beer In the acetone-butyl industry. Hauk.zap.Kisv.
un. 8 no-3:33-39 049. (nRA 9:10)
(Soil-micro-organisma) (jormentation)

I
CHERNNOBYLISKAYA, 14. N.-, RUSIKO, A. N.
Rye - Diseases and Pests
Acetone-butyl fermentation in the treatment of rye flour with ergot impurity.
Nauk. z;p. Kyiv. un. 9 no, 7, 1950.
9. Monthly List of Russian Accessions, Library of Congress, July -195B, Uncl.
2

CHMOBYL'ISKAYA.M.' AND: SLIMKOVA, I.B.
2. USSR (600)
"concerning a Method of:Disoovering Infootion In the Acetone-butyl
Industry", Naukovi Zoplaki Kilvalk.' Derzhav. Univers. im. T,T,
Shevehenko (Scientific Votes of the Kiev State University Imeni T.T.
Shevehenko Vol 9, No 8,, 1960, pp 145-140.
9. Mikrobiologiza,, Vol XXIS Issue 1. Moscow, Jan-Feb 1952, pp 121-132*
'Unclassified*

01-1 E-& 4/0 29 Y4 S7 1---l-21,,9 , /2,3 - /Y -
USSR /44iorobiology. Soil Microbiology. F -3
Abs Jour: Referat. Zh.-Biol., No. 9, 1957, 35603
Auth6r : Rubenchik, L.I.;_Chernobylskaia,_M.N.;
Kilchevskaia, A.A.-
Title : Microbiological Characterizations of Some Soils
of the Irpen Basin (Poleslye Ukn SSR)
Orig Pub: Naukovi zap. Liivsk. un-ta, 1953, 12, No. 7,
21-26
Abstract: No abstract.
C ard 1/1

aMMOBYLISKAYA, M.N.; RUSIIVD, A.W.; VTJMXAYA, A.U.
Effect of ash elements on the development of Ficatend-butyl bacteria.
Nnuk.%s;p.Kiev.un.l2 -no-7:27-35 153. (MMA 9: 10)-
(P~estridium acet*butylicum)

C"ERNO13YL'SK/jYA, I'll --N.
RUBINCHMO. M.; CEIRNOBYLISIXAO M.N.; SKAL1Y,
"Nummmmm" ~- ~-
Yertilizing young pear and apple trees
Mikrobiol, shure 15 no-302-34 153.
(AMMACMR) (APM)
V.T.
with arotobacterin.
(MLRA 8:1)
(FAAR)

RIJBINGRIK, L.I.-, CHMOBTLISIATA. M.N.; -XILICHIMAU. A.A.
Iffect of granosan on Azotobactor chroococoum. Xikrobiol.zhar. 16
no.4.-19-25 154. .(HM 10-1)
1. Z Iiivelkogo derzhavnogo universitatu Iment T.G.Shovehenka.
(GPANOSAN) (AZOTCMACTIR)

BORINA. K.Ta., student 4 karsu; CHERNOBILISEL, M.N..'dotsent, nzukoviy
. 1wrivnik.
Effect of certain micro-organisme on the course of acetone-butyl
ferizentation. Stud.neuki.pratsi no.20:149-155 '56. MU 9:12)
(Clostridium aestobutylicum') (Fermentation)

AUTHORSt Rubenohikf L. I.p_gttrpq1yl'ska p 14._Lt 20-1144>~-49/54'
Za_
Kilichevska,va, A. A., Pilanovskaya, A. N.
TITLE: The influence Exerted by the Volatile Secretions of
Actinozycetes Upon Bacteria (Vliyaniya letuchikh vydeleniy
aktinomitsetov na bakterii).
PERIODICALi Doklady AN SSSR, 1957, Vol- 114, Nr 6, pp. 1315-1316 (usm)
ABSTRACTt Antibacterial substances were, among otherst determined in the
(volatile secretions of some fungi of the species Trichoderma
reference 4). The authors studied 4 species of Actinomycetes.
As test objects they used 4 species of bacteria in which the
influence of the above-mentioned fungi was determined. The
fungi were cultivated in Petri dishes, the bacteria in the
covers of these dishes. A layer of air of 12-14 mm thickness
thus separated both types in such a "two-storey" culture.
Therefore only the volatile secretions of the fungi could act
upon the bacteria. In the control dishes the lower "storey"
was not inhabited. The culture lasted 72 hours at 280. The
results are given in table 1. A stimulating influence was
exerted byt Actinamyces griseus subsp. variabilis and Act.
coelicolor upon Bac. snbtilis and Bac. mesentericus; Act.
Card 1/3 globisporus var. diastaticus upon Bact. coli, Bac. subtilis

The Influence Exerted by the Volatile Seoretions of 20-2 ~4/5'z
Actinomycetes Upon Bacteria.
and Bac. mesentericus,; Act. griseus upon Bact. coli.Microc.
aureus remained uninfluenced of all investigated species.
From dishes in which Actinomycetes were cultivated alone the
authors brought drops of water of condensation from the
cover into colonies of bacteria. Tap water served as control.
No differences in the growth of the colonies of bacteria
could be determined. The volatile secretions of the Actino-
mycetes apparently are little soluble or insoluble in water.
The tests with Act. griseus, Act. albus and Act. violaceus
which grew at the bottom of the Petri dishes, and with
.Azotobact. ohroococcus (strain x.) at th+over showed that the
volatile substances of the fungi may serve as source of
carbon and energy for this bacterium. This source was not
full value, however, as the colonies of kzotobacter grew
only weakly and slowly. But without Actinomycetes they did
not develop at all.
There are I table and 5 references, all. of which are Slavic.
ASSOCIATION: KiyevState University imeni T. G. Shevchenko (Kiyevskiy
Card 2/3 gosudarstvennyy universitet imeni T. G. Shevehenko).

The Influence Exerted by-the Volatile Secretions of 20-11X-6.-.49/54~ ~
r Actinomycetes Upon Bacteria.
PRESENTED: May 9, 1957, by V. N. Shaposhnikov, Member of the Academy.
SUBMITTED: May 8, 1957 -
Card 3/3

ZORINp V.N.; KONYUKHOV, I.N.; VINOGRADOV, B.N.; CHERNOBYLISKIY, A.G.;
ALEKSANDROV, V.S. I -
Reduction turbodrill for drilling slim and deep wells. Trudy
MINKHiGP 46z27-34 164. (PIM 17:6)

SRAPFIMIUS, R.A.;. Gil 1-2-4,10BY1, ISKIY, A.G.
Method of neutron activation analysis f ur evalwAlng the
of the oyllmderv. and piston rIngs of a compressor. Fluf h. -.*,
obor. no.11900-34 164 (11-1 RA 18.-'L)
1. Moskovskly institut naftskhImichesko-y i gam'07 PT'OMys`hlc-ncSU
Im. akademika Oubklna.

-Cy
IRONTITBV, I.; LTUKSBNBUR4, H.S., kandidat tekhnicheskikh nauk, retsenzent;
inshener, retsenzent; PAVLOV. S.A., doktor
4E- iAchRes~'iikMh*-d~,kprofe*sooro speteredaktor; 17MOVA, R.N.,
.redaktor. DMOVKM, N.A., tekhnichaskiy redaktor
[Manual on processing hiaesi Rukovodetvo po obrabotke kosheyrliao
Moskva, Pishchopromisdat, 1953. 158 p. [Microfilm) (MLEA 7110)
(Leather inclustry)

C 116- C, Y X~ Y" -7, C"'
137-1958-2-2493
Translation from: Referativnyy zhurnal.. Me"allurgiya, 1958, Nr 2, p 44 (USSR)
AUTHORS: Gratsianov, Yu. A., Cliernobyllskiy, I. G.
TITLE: On the Use of Vibration on a Crystallizing Ingot (K voprosu o
primenenii vibratsii k kr;. stall -1 zuyushchemu sya slitku)
PERIODICAL: Sb. tr. Tsentr, n.-i. in-t chernoy metallurgii, 1956, Nr 15,
pp 164-218
ABSTRACT: A short survey is given of earlier work on the vibration of
solidifying alloys. A study was made of the effect of harmonic
and jarring vibrations on 1-35 kg ingots of steel A20 and of the
alloys N79M4, N35MV, and N-15Yu9. The temperature before
pouring was kept the same in all the experiments. The study
was conducted in frequency ranges of 1-60 cps with 0.3-1 mm
amplitudes for the harmonic vibrations, and 2-13 cps with l.Z-4
mm amplitudes for the jarring vibrations. it was found that the
vibration of a crystallizing ingot has a pronounced refining effect
on its (cast) grain and increases it.'s density-and'tliat-, moreover,
the action of the jarring vibrations is stronger (requiring a
Card 1/3 smaller frequency and amplitude to produce the same effect).

137-1958-2-2493
On the Use of Vibration on a Crystallizing Ingot.
Each alloy, however, was found to have its optimum vibrating
conditions, outside of which the vibrations affected the structure
of the ingot either insufficiently or detrimentally, causing the
appearance of longitudinal liquation bands, S-enriched in the
case of steel A20, C-enriched in the case of the alloy N35MV,
and Nb-enriched and perhaps Al-enriched in the case of the
alloy N25Yu9. The effective removal of gases achieved by the
vibrations made it possible in the experiments, starting from
gas-contained all-oys, to produce ingots with a close-grained
skin and few gas blisters in the central part. The shrinkage
head functioned most satisfactorily when the ingot was vibrating.
It is recommended that heating riser compounds not be used to
improve the effectiveness of the feeding, because the vibrations
agitate the steel very vigorously inside the mold, and this can
contaminate the steel (the effect of this stirring action was
tested with an Fe isotope) . To increase the efficiency of the
shrinkage head operation when the ingot vibrates, the suggestion
is made that the liquid surface of the shrinkage head be heated by a
gas or electrical method, to be adopted after suitable laboratory
testing. The appearance under certain conditions of liquation
Card 2/3 bands during vibration of an ingot is accounted for in terms of

137-1958-2-2493
On the Use of Vibration on a Crystallizing Ingot
the crystallization in depth, since the vigorous agitation or
stirring of the alloy during crystallization will create, as of a
certain moment, the necessary conditions for the formation and
growth of crystals throughout che alloy. It thus becomes fully
possible to improve the quality of an ingot by applying this
vibration method during the crystallization process. A brief
survey is given of the work being done in this field.
Bibliography: 19 references.
A.R.
1. Ing0ts-4r7stallization 2. Vibration-Applications
Card 3/3

1 41 41 44 IT cm AV u 11
Of f It A % 0 N a t bv
it.
lei
V 1 4101031411M) 311,110401141 IV340 nilytim
so
owl 00
00
it 001
OL &0
0 0, ~. if
cl 00
go
00- go
00
9 Ir
go
0_: d 'A 'am"p puv x"Wq3 alswumano t"Ift sulmi" supit
4P- IiI PAXI Y- OCOOOT-W 11 '1010-1.1 Pff~&IV7 'V"V.V '11M.-ng
go
T3_ 0 t4 -3 VA
v dg 1) So VV 7 A 1-74' A (F I I Ifa j if 0 '1 a I I I
-11MAR aft tin it ft --at ii PC a It U a K a " Ill " " tt c1 '1 11 94 4 0 1 4 1 1 1 1a*
~Ak I IS 0 a 0 * It go o 0 # 0 * 0 ~ 0 * 0
is 8-0 &-Q,AaA --- - - - - - - lffil - - - ! -

J. a 1 6 L- a- A- A-
I*D
I.K1 Ois A~D ptcpf a?!" .PC,
-40
ftwov. Nalk.
C~ArjAbl4a4j, and 1, 11,
Abow Sow) 141- 11w :41itual mod(I 4d 1hr ()W%'It 16MKnr-lKvt drivir has
brvu IM41511twird it) confi,"In w1lb 'be 14101 r%iWI1VIkV, Willi IMrIk-jt6j jvj
0: lwdal ItIIIIII of the w4wa. efr", to
If.
e4
=0 0
00
40
00 go
0
too
too 0
a to.11 L A "TALLUAGICAL %ITIN&JUNI CLAVINFICA111011
too
;wl-iiij $a
If'
INS 0 &1 Inglis mit" IlKwh Sian
0 0 0 0 0 0 0 0 0 INS 0 0 0 0 0 0 0 0
*00 00.0 00 00 o 0 000000 0 a 0 0 0 0 00090 a a 0 fa
-~MOWW K-

w W W
W.
W09000090000 . a ,
-AD
_r. if Alit,
00 c
uttser drwr at the itor
Rwfbmst! fA
d" i-Am" A,
rAlmot
sit I for ANkilt I motith
E.11,01"Wr - I
4.1wil I Ike It-i"I 1-4161-1
arid P1111,4 I Ati.f",
drTifix
thr atilt 14 f1hWillyin evall. the n1l.6
.4m$ I'll fill 011. talk 1w,1lkd,k,Jv at flish
.14111. " . - zoo
-1 tic billistv 4 Ilikill, Is rhol 1. hilt it MIN 1, 1
00
00
00 Ll
so 0
see
t:0 0
0 ~:si
is-
Too
'Kill.
Atki-tLA a-t (11, it I - -------
it it tt it at
I
t
ip it

11 to to a 11 n If a a is a 71 10 11
I #A a 0 U:#

~i7
'

,m lim. V. R. BAUMVP
~iOR2~

I Leo

09 zoo
90
00

so :'! zoo

A 0
41

As
We
is

IJ -

0.C
U vs
jo ro tv IV 1*1 111 it 0 -4 21, 04-0 1-4 1-1-C 14-9 Asi-4--3
.142

0 0 0 ,.Q 0 4 0 0 0 0 0 0 0 0 0 0 0 IS 0

CHRRNOBYLISKIY, I.I., professor, dektor tekhaichookikh Rauk.
Determining the coefficient of heat tramsfor from one madiun to
another aefoom a ribbed surface. Sbor.trud. last. onerg.AN UPM
n0-3:82-87 148. (MLRA 9:1)
(H*&t--Tr&numio~isR)

CHERNOBYLISKIY, 1. 1. 1 SHCHEGOLEV, G. M.
263" Opyt issledovaniya teploperedaohi ot kondensiruyushchegftya para k-zhidkootl
pri vrashchenii. Toploobmennoy poverkhnosti. Trudy in-ta teploznergetiki (Akad.
nauk ukr. SSR)., sb. 1~ 1949.. a. 118-24.
SO: LETOPISI NO. 35, 1949

'Y" (Frof.%, Imr?
j -
Donets 7ane 17F.-ntilation
Air conditioning installation in deep mines of the Donets Basin. Ugoll no. 6, 1952.
9. Monthl List of Russian Accessions, Library of Congress, Aum-,st 194;2. iM, Uncl.

PERNOBTLISTY * 1 1. professor, doktor takhnicheeld nauk-, EMMY, O.A.,
'kandj"f t_&;;.bskM =
Comparative analysis of air conditioning systems for deep coal mines.
T=4 lust. tepl. AN URSR no.BilOl-3.19 152. (NLRL 8:7)
(mine ventilation)

OMMMBYLISM, I.X.q professor, doktor tekhnicheakikh nauk; MIZMW, O.A.,
"Wft""WW JUC%%"&&&Cbw mauk.
Power indices of host used in air conditioning. Truay Itat.tepl.
AN URM noo9slB-34 153a (Kum 8:6)
(Air conditioning)

CHE M BYLISKI , professor; ERB M V, O.A., kandidat tekhaichookikh jauk;
in2homer.
Investigation of as experimental laboratory lithium-chlorider unit for
air conditioning by means of low-potential heat. Trudy Inst.tepl.URM
me.12:150-168 155. (MIRA 9:7)
(Air conditioning) (Lithium chloride)

CMNOBY4!=,,4*" professor; JMZMV, O*A., kandidat tekhaichaskikh wLuk;
CUV'IMVp AqSvj inshonere
Investigating the operation of a heat-using unit for lowering the
heat coutext of air by treating it with aa.aqaoous solution of calcium
chloride. Trudy lant.topl.URM me.12:169-181 153. (HLRL 9:7)
(Air conditioning) (Calcium chloride)

CHERNOBTLISKIYO I.I. doktor tokhnicheskikh nauk. professor;KBAMY, O,A.,
-!:~iZiRa+i-eiinlohssklkh nauk; BMOTSKIY, A.L,, lazhener; SATANOVSKIY.
A.L., inzhoner; TYUMXW, Ya.l., inshener.
Study of the rw silk drying process on cocoon reelers. Takit.prom.
15 ne.11:15-18 R 155. (W2A 9: -L)
(Silk manufacture)

SFMHERBARI. A.N.-, MMKNEV. O.A.;- CHEWOBYLISKIT. I.1.; UGHASTKIN, P.V.;
'TWMVNIKOV. Y.N.; YAGIRLnMlr.-A-.N;I'IMCIMVVrP.S.. redaktor;
TITKOV, B.S., redaktor isdatel'stya; MMOYSXIY, A.D., tekhnicheskly
redaktor
[Gooling and drying, of air In deep coal mines] Qkhlazhdonle i
6sushenie vosdukha v glubokikh uSO17r-ykh shakhtakh. Pod obshchei
red. A.B.Shcharbania I O.A.Kramniva. Kiev, 12d-vo Akademit nauk
ussR, 1956. 271 P. (MLRA 9:12)
l.-Chltn-korrespondent AN USSR (for Kucherov)
(mine Tentilation')

CHMNOBYLISKIY, I.I.; ERWMV, O.A..; DANIUVICH, Y.N.
Investigation of a -vacuum-water absorbtion lithium bromide
installation for cooling water used in air conditioning.
Trud7 Ini3t.tepl.AN URSR no. 13:123-134 156. (MIRA 10:5)
(Air conditioning)

CC #at 6 "po r/t/O S/ A d~!-
, y : lecular Physics - Eeat r-4
Abs Jour : Ref Zhur -- Fizika, No 3, 1951-7, Ro 6335
Author : Chernobyl'ski-Y, I,L, Lukoch, Yu.Ye.
Title : Investigation of Heat Transfer in the Boiling of Binary
Mixtures.
Orig Pub : Izv. Xlyovok. politokhn. in-tn, 1956, 17, 1,r--60
Abstract : No abstract
Card : 1/1

SOV/1 Z4-57-5-5704
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 5, p 88 (USSR)
AUTHORS: Chernobyllskiy, I. I., Tananayko, Yu. M.
TITLE: An Investigation of the Heat Transfer to Boiling Water Flowing
Through Narrow Annular Openings in the Presence of Moderate Heat
Fluxes (Under Conditions Approximating Those in Industrial Evapo-
rators) (Issledovaniye teplootdachi k kipyashchey vode v kolltsevom
prostranstve pri umerennykh teplovykh potokakh)
PERIODICAL: Izv. Kiyevsk. politekhn. in-ta, 1956, Vol 17, pp 61-74
ABSTRACT: An account is given of the results of an experimental i.ivestigation
made of the heat transfer to boiling water flowing through narrow
slit-like annular openings especially made in evaporator-type boiler
tubes; atmospheric pressure was maintained in the experiments, and
the rate of heat flow q was kept within the moderate range of 20 to
121 x 103 kcal/m2hr -- which approximates the conditions in industrial
evaporators. Included is a diagram of the apparatus used for the
experiments. The boiler tubes of the apparatus were he-ateii by steam
superheated by some 1-20 and maintained at pressures ranging from
Card 1/4 1.28 to 2.46 atm abs. ; the secondary vapor generated in the ~~q.

SOV/124-57-5-5704
An Investigation of the Heat Transfer to Boiling Water Flowing Through (cont.)
apparatus circulated in a closed, externally heated system. The boiler tubes used
were seamless and exhibited the normal amount of oxidation; they had received no
special treatment or processing; their dimensional characteristics were as follows:
(in the case of a steel heating surface) diameter d = 27AI,~ mm, length L = 480 mm;
(in the case of a copper heating surface) d = 24.5/19.5 mm, L = 603 mm. Investi-
gated in the experiments was the heat transfer to boiling water flowing through 10
annular slit-like openings formed by inserts placed into the boiler tubes, each such
insert being firmly held in place by a special type of adapter bushing. The respec-
tive clearance widths 6 of the 10.test openings ranged from 1.25 to 14 mm. The
authors propose formulas for use in calculations of the type involved. They state
that the maximum relative error exhibited by the values calculated with these
formulas for the heat-transfer coefficient -aZ was 6.8-8.40/6. The data obtained
by visual observations and the results of the heat-transfer investigation are
examined separately. In one set of experiments the usual type of outer shell that
encases an evaporator was replaced by a shell made of a special transparent heat-
resistant glass so as to permit visual observation of the boiling process in an
internally heated system with external slit-like openings. In this set of experi-
ments the clearance width of the openings was 2.75, 6.75, 10.7, and 14 mm suc-
cessively. It was found that, when the slit-like openings were made narrower,
7Card 2/4

SOV/124-57-5-5704
An Investigation of the Heat Transfer to Boiling Water Flowing Through (cont.)
the steam bubbles turned out smaller, the flow became severely turbulent, and the
amount of steam in it increased. The heat-transfer data obtained by the authors
are graphed and tabulated in the paper. Analysis of these data has led them to the
iollowing conclusions: 1) For a given width ( 6 ) of the slit-like opening the heat-
transfer coefficient a2 will be the same whether the slit is internal or external;
2) for a given value of said width ( 6 ) the value of the heat-transfer coefficient
IL 2 is not affected by the nature of the material of which the heating surface con-
sists; 3) when such an opening is reduced in size to the point where its width
dimension 6 is of the order of the separation (breaking-free) diameter of a steam
bubble, the heat-transfer process begins to fall off at a certain "break" in the rate
q, which "breaking" rate is a function of the piezometric Level of t1-,! boiling liquid,
of the width of the slit, and, apparently, of the specific properties of the particular
boiling liquid involved; 4) as the width of an opening is made smaller.(the value of
q remaining unchanged), the heat-transfer coefficient a2 increases with the
decreasing temperature of the inner wall surfaces of the opening. In addition, an
attempt is made to generalize the results obtained. Into the welt-known criterional
equations the authors introduce a correctional factor for the opening's width dimen-
s ion 6 ; this enables them to use these equations even- when 6 is of the order of
the separation diameter of the steam bubbles --a case in which, without the
Card 3/4

SOV/124-57-5-5704
An Investigation of the Heat Transfer to Boiling Water Flowing Through (cont.)
correction factor, the use of these equations would result in sizable errors. The
paper includes a brief account of the history of this whole problem, and the physi-
cal principles involved in the investigated processes are explained. Bibliography:
6 references.
G. Ye. Khudyakov
Card 4/4

Cj) E RND GYL~ SK 1y, 1-1
SUBJECT USSR / PHYSICS CARD I / 2 PA - 1561
V
AUTHOR CERNOBYLISKIJJ.,I~, TANANAJKO,JU.M-
TITLE The Heat Transfer on the Occasion of the Boiling of Liquids in
Ann lar Gap.
PERIODICAL Furn.%Lohn.fis, 26, fase.10, 2316-2322 (1956)
Issued: 11 / 1956
The present work investigates the problems of the intensification of the
boiling process with the help of tubes with an annular cross section in the
case of natural convection and moderate thermal loads. The influence exer-
cised by the width of the annular gap (more accurately the thickness of the
layer of the liquid boiling in the annular gap) upon the intensity of heat
transfer is investigated, Investigation was carried out with two experimen-
tal orders. In the case of the one of these.two devices the annular gap was
produced by the introduction of a steam-heated heating tube into the boiling-
tube~ In the other device the tube was heated from without by means of steam,
and the annular cross section was formed by the introduction of a not heated
inset into the boiling-tube..
Summary of experimental results: In tubes with annular cross section of the
intensity of heat transfer increases with a decrease of the width of the gap
down to a certain limit. The coefficient a2 of heat transfer increases as a
result of a modification of the character of the formation of steam in the
gap, because, with a decrease of the width of the gap the turbulation of the

&rn.techn.fis,.L6, fase.10, 2316-2322 (1956) CARD 2 / 2 PA - 1561
flow increases, the dimensions of the steam bubbles diminish, and heat trans-
fer from the wall is improved, Above all, the heat transfer coefficient in-
creases in such gaps the dimensions of which are of the order of the breaking-
off cross section of a steam bubble, Selection of the most suitable width of
the gap is influenced by the physical properties of the liquid and by the in-
tensity of the heat flow.
These experimental results can be generalized both by empirical formulae and
by a critical equations Experiments further showed that neither the material
of the tube and of the inlets nor the direction of the heating of the annular
layer of liquid exercise any influence on the coefficient of heat--transfer.
INSTITUTION:

CHERNOBYLISKIY, 1. 1. (Dr. Tech. Soi.), BALITSKILY? S. A.J. and MINCHENKOI F. P.
"Results of an Experimental Envestigation of 'feat Transfer during Boiling of
Aqueous Solutions of Lithium Bromide and Chloride under vacuum."
report presented at sci. and tech. session on Heat Exchange during Change of Aggregate
State of Matter (by Comm. on High Steam Conditlons, Power Inst, AS USSR, and Inst. Thermal
Engineering, AS UkrSSR) Kiev, 23-28 Sep 57.
Inst. Thermal Engineering, Acad. Sci. Ukr SSR (for Chernobyllskiy, and Balitskiy)
Cent. Boiler Turbine Inst (for Minchenko.)

0,112--Wle Ce-q Ye'
CHERNOBYL' SKIY, 1. 1.;
0
Determination of heat emission coefficients in the boiling of
binary mixtures. Zhim. prom. no.6:362-363 S '57. (MIRA 11:1)
(Distillation) (Heat--Transmission)

CHERNOBTLISKIT, losif Il'ich;,KREWV, Oleg Aleksandrovich; CHAVDAROV,
A16kbandt"'Sis,*'vIIcb;IPiATYSHKIII, N.M.. kand,tekhn.nauk, otv. red..,
IFEMENNIK, T.K., red.izd-va; SIVACHENKO, Te.K., takhn.red.
[Ileat operated air conditioning equipment'I Toploispollzuiushchie
ustanovki d1la konclitsionlrovanila vozdukba. Kiev, Izd-vo Akad.
nauk USSR, 1958. 267 p, (HIM 11:12)
(Air conditioning--Equipment and supplies)

AUTHORS: Chernob I Doctor of Technical SOV/64-58-4-14/20
Sciences, Semilet, Z. V.,Candidate of
Technical Sciences
TITLE: The Investigation of the Coefficients of the Heat Emission
of the Spray Heat Exchanger on the Sprayed Surface
(Issledovaniye koeffitsiyenta teplootdachi orositellnogo
teploobmennika so storony orosheniya)
PERIODICAL: Khimicheskaya promyshlenLnosti, 1958, NT 4, pp. 249-252
(USSR)
ABSTRACT: The heat transfer from the outer surfaces of the spray
liquid of the above mentioned heat exchangers have been
little investigated until now; this makes difficult an
exact calculation and a design of this type of heat
exchangers. In the case of a slow motion of the air the
heat transfer from the wall to the spray liquid plays
the main role; the equation by Adams (Ref 21) and that by
Ploeg (Ref 22) are recommended for the calculation of the
coefficient of heat transfer to the spray liquid. As,
however, the two formulae do not yield identical results
Card 1/2 the authors carried out laboratory investigatioL2 with a

The Investigation of the Coefficients of the Heat SOV/64-5E-4-14/20
Emission of the Spray Heat ExchanEer on the Sprayed Surface
model. They investigated mainly the hydrodynamics of
the flowing-off of the thin film along the surface of
the horizontal tu-be. The experiments carried out among
other things showed that a change of the diameter of the
tu~be does practically not influence the flow character of
the film and the heat transfer coefficient; in this
connection the authors give several data. They found that
for the intensification of the heat exchange process
from the external surface the following is necessary:
1. A regular use, 2. An operation at an optimum wetting
density, and 3. The optimum wetting density. There are
3 figures, 1 table, and 22 references, 19 of which are
Soviet.
1. Heat exchangers--Performance 2. Heat transfer--Mathematical
ana4sis 3. Liquids--Heat transfer 4. Thin films--Thermodynamie
properties
Card 2/2