SCIENTIFIC ABSTRACT BABICHEV, V. Z. - BABICKY, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102830001-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

,BABICIERV, V.Z.,, GONGWqOV, I S.
The status of producing radiators from aluminum and itsprospectF.
Avt. i trakt.prom no.11:37--39 N 056. (PURA 10:1)
1. Motskovskiy avtozavod imeni Likhachavet, Nauchno-issl6Aovntal'BkIy
institut Avtomobillnoy pronyettlennosti.
(Automobiles-Radintors)

. B-ABICHEV, V-1ndimIrZakharovich; KkTVI,'YYV. A.1., kand.takhn.nauk, retRenzant;
SITATEV, A.A.. knnd.tnkhn.nauk, red.; IVAITOVA, N.A., rad.izd-va;
UVAROVA, A.F., takhn.red.
[Production of automobile radiators] Proizvodstyo sytomobil'nVkh
radiatorov. Monkva, GoR. nauchno-takhn. izd-vo~ maahinostroit.
lit-ry, 1958. 223 P. WIRA 11:12)
(Automobiles--Radiators)

LAM)NOZISKIY, Anatoliy Vladimtrovich. KHRYAPIN. VIndimir Yomollyanovich..-
SHPAGIN. A.I., kand. tekhn. nguk. retsenzent.; DUBINSEIYj S.A.,r*tnement;
._:PAD, rateenzent,: CFMVIOV, A.N., red.; XURDOVA,
Toole, red. izd-va,; KATIASNY, A.I., tekhnt red.
[Soldering and solders] Patanis i pripoi. Moskva, Goa. nauchno-
tekhn. izd-vo lit-ry chernoi i tovetnoi metallurgit. 1958. 229 p.
(MERA 11:11)
(Solder and soldering)

AUT,iOR: Babichev, V,L,
TITLE: Influence of the Technology of Prcldu,~Ilion on the duality- ol"
Radiators (Vliyaniye tokhtiolot;ii pruizvcdL;tv,L nu kachertvc
radiatorov)
PERIODICAL: Avtomobillnaya PromyshlennosV, 1956, Nr 3, pp 57-36 (U-JSR)
An'TRACT: Bad quality in radiatoro is often the re:3ult of faulty
noloey. The heat emission is f-reatly influenced by the
quality of the soldering of the cooling plates or the wtiter
pipes. Incorrect soldering reduces the heat emission by
15 - 40% depending on the air speed. The principal reuscn
for bad soldering is that the perimeturs of the holes in thv
plates fo not cor;espond to the perimetera of the pipe ,3ec-
tionsc Figure 1 shows the several pos,7ibilities of clearance
formation in the radiator. ThE ~:learances eitier are 111'ille-"
by solder or remain open, 1n the last case, betheen the
coolint; plate and the pipe an air layer fcr~:.s w;-.ich impele-,
the heat emission. It is demonotrate,1 that I;ii ai,- lzyer of
0.1 mm reduces heat emission ty ti.-.xz Oxilles of
copper and solder form an additional layer Anich offers re-
uistance to heat emission, For a g-ool solderinj~ of the cool-
Card 1/5 ing plates, the thicknovj of the solder shoul,] be 10 - 11)

113- 5J- '1' -116.1/1(.-
Influence of the Technology of Production on the quality of Radiators
microns, Any surpluses are to be blown away by tin air jet
The capillarity of the solder is also important, Mostly tile
following solder types are u3ed: FOS 40, POS 30, arid ros !8,
During the manufacture of radiators, zinc and copper accu;:,u-
late in the solder, reducing its capillarity. An ad-nixture
of 0.659 Cu and 0-15~ Zn is admissible, The application of
solders with low tin content also reduces tile heat emis3icn
of the radiators~ The use of tile solder type POS 4-6 in
the automobile "Moskvich" led to a reduction of 16 - 20P" in
the heat emission of the radiator, compared to automobile3
soldered with POS 30: The avsembiinC of radiators by hand
causes also a decrease in heat emission, Tile aasembly of
radiators should be mechanized. Paintin& of the radiator
also reduces its heat emisoion, The thermal re3istance of
a paint layer of 0.05 mm is nearly 30.5 times greater than
that of a brass pipe with a wull 0,13 mm thick Corrosion
in the radiator is often due to remnants of zinc and copper
chloride, hydrochloric acid, etc applied during 3oldering.
It is recommended to wash tile radiator in a 3 - 5;'v - *olu-
Card 213 tion of soda ash and latex, in boilin6 ';,ater to remove settl-

113-50-3-11/16
Influence of the Technology of Production on the 14uality of Radiators
ings,. The use of brass type L62, leads also to corrosion,
becuase it is subjected to de-zincing. Types L68 or L90
are recommended,.
There are 7 figures and 6 references, 4 of which are Soviet
and 2 English.
ASSOCIATION: Moskovskiy avtozavod imeni Likhachava (Moscow Automobile
Plant imeni Likhachev)
AVAILABLE: Library of Congress
Card 3/3 1. Automotive radistors-Produotion

12(2) SCV/113-5q,-5-13/21
AUTHOR: Babichev, V.Z.
TITLE: The Influence of Technological Factors on the Heat
Loss and the Aerodynamic Resistance of a Radiator
PERIODICAL: Avtomobillnaya promyshlennost', 1959, Nr 5, pp 32 -
35 (USSR)
ABSTRACT: The heat loss and the aerodynamic resistance are the
basic factors determining the quality of an automo-
bile radiator. Most deficiencies of radiators are
caused by applying improper manufacturing technolo-
gies which do not provide the magnitude and direc-
tion of heat currents as called for by the design.
The author investigated standard radiators of the!
ZIL-150 with the various most frequently found de-
fects. The investigation was conducted in a wind
tunnel. A test arrangement was used which permitted
the isolation of each defect for establishing the
influence of each factor on the basic radiator pa-
Card 1/4 rameters. All experiments were conducted with one

SOV/113-59--5--13/21
The Influence of Technological Factors on the Heat Loss and the
Aerodynamic Resistance of a Radiator
and the same radiat-or for obtaining inore accurate
results, excluding differeiices in the manufacture.
In connection with a future change in the manufac-
ture of tube block radiators, where corrugated me-
tal bands are wound around the radiator tubes, such
radiators were also investigated. The present
ZIL-1502 standard radiator is made of brass and has
14.28 m cooling surface., The future type is made
of copper and has 19./P m- cooling surface. The
ribbing factors are 3.1 and 9.67, respectively. The
test results are shown in five graphs, Figures 2 to
6. Proper soldering of the radiator ribs is an im-
portant factor, especially for radiators with a
high ribbing factor. The author mentions the ex-
perience obtained with other Soviet automobile ra
diators and those of imported vehicles (Internati-
onal, Dodge), where improper soldering is found.
Card 2/4 very often. In a standard ZIL-150 radiator, about

SOV/113-59-5-13/21
The Influence of Technological Factors on the Heat Loss and the
Aerodynamic Resistance of a Radiator
92-93% of the tube perimeter is covered by the
soldering process, provided the tubes are of good
quality. This area is reduced to 70'io' if there are
single bends in the tubes and to 48-50% in case of
double bends. For radiators with corrugated ribs
wound around the basic tube, the area of effective
soldering is 82.5% of the tube perimeter. Indi-
cating mathematical relations between the aforemen-
tioned percentages and the heat loss is impossible.
The aerodynamic resistalice does not change, regard-
less of whether the tubes are soldered or not. Care-
less handling of finished radiators causes bending
of ribs on both sides of the radiators. The aero-
dynamic resistance of a radiator with bent ribs in-
creases considerably and causes a decrease in the
heat losses amounting to 7-110%. The author states
that this defect may be easily repaired prior to
Card 3/4 installing the radiator. Painting of radiator cores

SOV/113-59-5-13/21
The Influence of Technological Factors on the Heat Loss and the
Aerodynamic Resistance of a Radiator
was also investigated. The author recommends using
no paint at all, or painting in an electrostatic
field, since in the latter case, the paint will not
penetrate intc the interior of the core and the
heat loss will be reduced to only 2-3%. Using the
conventional spray-painting method will cause a
more considerable heat loss reduction, since the
paint functions as an insulating material. In case
radiator tubes are leaking, these tubes are usually
blocked, reducing the heat losses. Blocking of
radiator tubes should be used only in inevitable
cases, and when the number of blocked tubes is
rather small. There is 1 diagram, 6 graphs and
4 Soviet references.
Card 4/4

BABIGHEV, Ye.A.
New stratigraphic data on fresh-water continental Meeozoic
sodimente of the upper Amur Valley, Isv. vys. ucheb. zav.-,
geol, i razved- 3 no. 10:34-37 0 160. (HMA 13:12)
1. Itookovskiy CosudaretvenW univergitet imeni N.Y. Lomonosovao
(Amtxr Valley--Geology, Stratigraphic)

BABICHF-V, Ye. A.; MAZIROV I CH, 0, A.; MIN FTV IN, 0,V.,; Kiff GC, i iio I
Age of jasper-alliceous sedimcnta in the oouth#-T~ pnrt. of tn~!
Kokeohetav Upland (northern Kazakhstan). Blul. R)T,'. Otd. goo].
40 no.4:46-57 Ji-Ag 165. (mim 1P,9)

_BABICHEV Ye *A BU11YOVA, N.N.; GOLODKOVSKAYA, G.A.; DOBHUSKINA, I.A.:
KAG ER, M.N.; KONOPLEVA, V.I.; KRASILOVA, N.S.; LEONOV, G.P.;
MURZAYEVA, V.E., PODRABINEK, R.A., PRYAKHIN, A.I.; RYZHCV,
B.V.; SERGEYEV, Ye.M.; FEDCROV, T.O.~, FIDELLI, I.F., EPSHTEYN,
G.M.(deceased]; SHCHEKHUIIA, I.I., red.;.GEORGIYEVA, G.I., tekhn.
red.
[Geology and engineering geology of the upper Amur Valley)Oeo-
logicheskoe stroenie i inzhenerno-geologicheskaia kharakte-
ristika doliny Verkhnego Amura. Moskva, Izd-vo Mosk. univ.,
1962. 317 p. (MIRA 16:3)
(Amur Valley~-Geology)
(Amur Valley-Engineering geology)

f 111
n J~ T"'vUl h IN. ; '~j
) . . ~~' !~L - Ye . N .
'.-tfater dyna.-,ics in the Kerch Strait, ;;br,):-. rah. G.W.~ no.2:
11 ~, 4 3164. (MIRA 18;2)

BA-BICUCV. Z-V-. Inzh.
Whommm" Fkaftmomm~ Ot
Vibrated brick panels for walls of Industrial buildings. Prom.
strol. 38 no.11s26-30 160. (MIRA 13:10)
(Factories--Deeign and construction) (Building, Brick)

BABICHEV, Zinoviy Vasillyevich, inzh.; KOKOREV, Sergey Ivanovich,
inzh.; ANTONOVA, N.N., inzh., red.
[Manufacturing and using reinforced cellular concrete panels
for walls of industrial buildings; based on materials of the
Scientific Research Institute of the Construction Industry of
Bashkiria] Izgotovlenie i primenenie arropenobetonnykh panelei
dlia sten promyshlenrykh zdanii; po materialam BashNIIStroia.
Moskva,, Gosstroiizdat, 1963. 20 p. (MIRA 17:4)
1. Akadendya stroitel'stva. i arkhitektury SSSH. Nauchno-
issledovatellskiy institut organizatsii, mokhhnizatsii i tekh-
nicheskey pomoshchi stroitel'stvu. 2. Rukovoditell laboratori-
yey krupnopanellrykh konstruktsiy Bashkirskogo nauchno-issledo-
vatel'skogo instituta, po stroitel'stvu(for Babichev). 3. Ruko-
voditell sektora yacheistykh betonov Bashkirskogo nauchno-
issledovatel'skogo institute, po, stroitel'stvu (for Kokorev).

BABICMV, Z.V., inzh.
Walls of industrial plants from vibrated.brick panels. Trudy
BashNIIStroi no.l1167-186 162. (MIRA 170)

BAXH, ILA.; BABICHITA, G.G.; 1ARIll, V.A.
Radiation oxidation of leuco bases In ketones in the absence of
oxygon. Dokl. AN SSSR 134 no.5:1079-1082 0 160. (MIRA 13:10) 6
1. Institut elektrokhimii Akademii. nauk SSSR. Ili-edstavleno akademikom
A.N.FrunAtinym.
(Dyes and dyvAng) (Oxidation)

-~/84 62/000/000/127/129
D444 YD307
AUTHOIW; Bakh, ii.
TITLE: DOGQ-MU~LSUring
e n 0 r (.7, y
SOURCL: Trudy II
mii. i-id.
738-740
A., Babicheva, G. G. and Larin, V.
C.~
system for small quantities of absorbed
Vsesoyuznogo,soveshchaniya po radiatsionnoy khi-
by L. j. Polak. Hoscow, Izd-vo ~N S"JjR, 1962,
T'SM The auti,oral laboratory has previously studied the effect
of radiation on t1w colorless leucuba3es of triplionylmethane dyes
in the presence of molucular oxygen; their disadvantage is a ten-
dency for coloration to be produced by.auioxidation with molecular
oxygen in the absence of radiation. The high molar coefficient of
extinction, however, maA'~eu tleL;(-, dyes very suitable for doue mea-
surement and the autliors now rOdort la study on the forwition of
the dye cry' L3 tU 1 violet by irradiation of ito leucobase in acetone
and methylethyl ketone in the abuence of molecular oxygen. The ra-
diations studied were x rays, f rays, and alpha particles at tem-
Card 1.12

.j//844/162/1000/000/127/129
Doae-meauuring s,~stci:i ... 1)444/D307
peraturei) from -65 to +50 0C. The riethylethyl hotone solution is
convenient for mcasurint; dooes up to about 1500 rads. There are 4
figures.
iWSOCIATION: Institut elektro;:himii AN "')SSR (Institute Of :~lectro-
cheinistry, AS U,;SR)
Card 212

RABICID-WAY I.B., assistent
X-ray diagnosis of pulmonary agenesis. Vest. rent. i rad. 37
no.1:53-55 Ja-F 162. NIRA 15:3)
1. Iz kafedry rentgenologii i radiologii (zav. - prof. R.Ya.
Gasull) i Imfedry patologicheskoy anatomii -(zav. - Prof. I.I.
Medvedev) Zaporozhskogo instituts, usovershenstvovaniya vrachey
imeni Gorllcogo (rektor - doktor meditsinskikh nauk V.T.
Karpukhin).
(LlJNGS-,ABN0lU4ITIES AM DEFORMITIM)
(DIAGNOSIS, IUMOSCOPIC)

VANtCHE'/A, G.V.; BABICHEVA, M.I.; KULkANEN, E.V.; SHIVRIN, O.N.
Dependence of microhardness on loading. Fiz. met. i metalloved. 17 no.21
234-236 F 164. (MIRA 17t2)
1. Petrozavodskiy gosudarstvenny universitet.

NAYDENOVA, A.B.; KUKHARI M
I.I.; BABICHEVA, M.M., ekonomist
Let's improve the planning and economic work in telecommunication
enterprises. Vest, sviazi 24 no.3:14-15 Mr 164. (MIRA 17:4)
1. Zamestitell nachallnika planovo-ekonomicheskogo upravleniya
Ministerstva svyazi Litovskoy SSR (for Naydonova). 2. Nachallnik
planovo-finansovogo otdela Upetskogo oblastnogo upravleniya svyazi
(for Kukharl). 3. Ssaratovskiy gorodskoy radiouzel (for
Dabicheva).

KALASHNIZOVA, LJI., kand.tekhr-,nauk; BABICHEVA,_~.T., starshiy nuuchnyy
sotr4dnik; ZALITSMAN, Sh.m., mliailo .- n-auchnyy sotrudnik
Improved production of dried precooked cereals. Trudy VMIKOP
w.10:30-41 159. (MIRA 14:8)
(Cereals as food)

of the irila.
lLd vitb his!" "mmidit), '-wicl.
of 'I i,
If 311L fluil N dr, 01~-~
,1610 CX Ig

'Wit,

----------

NUOIATIV. H.?.; BABICHUA, 0.1.
Vitamin P content of dried dog rose fruit as affected by storage
in different containers. Annotation. Trudy YNIVI 5:126-127 154.
(ML'RA 9:3)
1. Blokhisicheakaya laboratoriya.
(VITAMINS - P)(MATERIA MEDICA, VIGnA IJI - STORAGE)

.i TretAWA OqUaWas flow himbalof tali Piodualon