SCIENTIFIC ABSTRACT BARANOV, A.A. - BARANOV, A.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000103510003-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BARANOV A A . BUNIN., K.P.; FRITOMANOVA, I.I.
Growth of the dimensions of graphitized steel, Metalloved. ~ term.
obr. met. no.5t26-28 My 163. (MIM 16:5)
(Steel-Testing) (Metals, Effect of temperature on)

EMICHERKO, G.I.; RkWOV, A.A.
Effect of certain elements on the freezing of steel during hot
deformation. Izv.vys.ueheb.zav.; chern.met. 6 no.1297-105 163.
(MMA .16t2)
1o Dinep-opetrovskiy metallurgicheakiy institut.
tinning (Metalwork)) (Steel alloys-Ketallograpby)

BARJ~NUV, A.A.
Structur&l and volume ch&nges in Co-C and Ni-C alloys during
heating and cooling. Izv. vys. ucheb. zav.; chern. met. 6 no.9:
148-155 163. (MIRA 16:-U)
1. Dnepropetrovs,it.iy metallurgicheskiy institut.

-IVITKOVSKAYA, V.V.; BAILLNOV, A.A.
. :4 --- ~- I - - ~. ----I-----
Effect of~the age of leaves and the development of plants on the
strength of the bond between chlorophyll and lipoprotein
complex. Bot. zhur. 1+8 no.4:578-580 Ap 163. (vaiu 16'5)
1. Leningradskiy sel'skokhozyaystvennyy institut, Pushkin,
(Chlorophyll) (Lipoproteins)

L 18829-63 EIT-(q)/EWT(m)/BDS AYTTC/ASD- WH/JD/K
ACG=I0N M t . 03006601~ 0100201631151100611393A394 Z
S 19
AUTHORSz... Baranov,, ke-A. I Bunin, K. P,
TITLEt u ti of the chemism of the action of modifiers in ga!p~jtized
[;:e on
a3 ented by Academician 0. V. Kurdyumov, 22 April 19b5j
SOURGEr AN SSVR. Doklacbr*, ve 3.51., no. 6., 1963, 1393~-aA
TOPIC TAGS: metallurgy, alloy, graphitized alloyp modifterp incIv.:aonp crystalline
structurej matrix, silicocalcium, ferroaluminums ferrosilicon, silicon
carbide., titanium , Ti
ABSTRACTs The present article discusses modifierq~-added io alloys to facilitate
the formation and increase the number of gjaphitev~dmclusione during heat treat-
ment, In microscopic studies of modified -teels and cast iron the graphite often
is observed around nonmetallic inclusions (Uning effect) formed as a result of
the modifications The effectiveness of the action of inclusions can 'as due not
only to the lining effect., but also to various defects in the crystalline structure,,
in particular the possible formation of discontinuities between the matrix and the
iholusi.;)n during heating and cooling of the allcys. Often the latter effect of
' 1/2
Cori

L 18898-63
ACCESSION NRt A.P3006601
modifiers determines the meov-nism of their action in the formation of graphite
~inclusions, The use of modifiers permits the necessary*Beparation of the graphite
without further heat treatmentj thia may permit the creation of "self-annealJmg"
graphitized alloyBe Orig. art. hast I table*
,ASSOCIATIONs Dnepropetrovskiy metallurgicheskiy institut (Dnepropetrovsk
Mata3lurgiwl Institute)
SUBMITTED: oqApr63 DATE AOQ: 273ep63 ENCLs 00
iSUB COM ML NO REF SOVt 015 OTHERs OD2

-BARANOV,, A.A.; BUNIN, K.P.; GLEBOVA, E.D.
Kinetics of the second stage of graphitizing cast iron with
spheroidal graphite. Izv. vys. ucheb. zav.; chern. met. 6
no.7tl72-175 163. (miRA 16:9)
1. Dnepropetrovskiy metallurgicheskiy institut.
(Cast iron-Y,--tallography) (Annelaing of metals)

GORELIK, A.M., kand.tekhn.naui;O.'BARANOV9 A.A.
...
Regulator of body position for air springs. Avt.prom. 29 no.9:
44-45 S 163. (MIRA 16:9)
(Motor vehicles--Equipment and supplies)

BARANOV, A.A.; BUNIN, K.F.
Chemical mechanism underlying the action of modifying agents in
graphitized alloys. Dokl. AN SSSR 151 no.6:1393-1394 Ag 163.
(-MIRA 16:10)
1. Dnepropetrovskiy metallurRicheskiy institut. Predstavleno
akademikom G.V.Kurd~=ovym.

BARANOV, A.A. (Unepropetrovsk)
Amount of strain occurring during the graphitization of iron
alloys. Izv. AN SSSR Met. i gor. delo no-3r122-124 My-Je'64

ACCESSION XR: AP4039275 S/0148/64/000/005/0122/0123
AUTHORS: Baranov, A. A.; Lev, I. Ye.
TITLE: The effects of deformation in carbide transformation
SOURCE: IVUZ. Chernaya metallurglya, no, 5, 1964, 122-123
TOPIC TAGS: carbide phase, cold deformation, plastic pearlite,
secondary cementite, electrolysis
ABSTRACT: The authors determined the composiV.on of carbides after
if specimens with 1.25"
cold deformation o .1C. and plastic pee!~,lite
as well as secondary cementite. The deformation- of 4 x 15-x 80
mm cold-rolled sDecimens was 21 and 340/j'. The phase, known as
X-carbide and a'ssumed to consist of '-"e 0 was precipitated by
electurolytical technique. Reduced and Nnp-reduced control sDeci-
nens had the same C contents In the precipitated carbide phase.
Considerin.-, that Pie 0 cementite contains 6.675C while Pe 0
carbide contai4s 9.~.,C, it may be assumed that the carbHe phase
consists o-" cementite. Thus, the changes in cementite during cold
deformation are not associated with the formation of an Fe C-type
carbide phase containing 9-VoC. The ori 1 1
g. art. has.
bard

ACCESSION NR: AP4039275
ASSOCIATION: Dnepropetrovskiy metallurgicheekly Institut (Dneprope--':
trovsk Netallurgical Institute)
SUB14ITTED: 041-lay62 ENOL: 00
SUB CODE: MR NR REF SOV: 007 OTHER: 000
2/2

BUNIN, 'K.P.; B~RANOV, C,(,, G-r-KNA 1.' 1)
-rrn U, '~T TI
Growth reslstftnr-.(- I.n j
'64
llneprc;
pc~ t r cv s k i.y :r~:ar -Y, C'nlcn-ko, rc--pon-
AN (for BuiJ,.,.

;J711-)v 13. Z. rof. 1 li: T I
in
s t l-',

7, -7
gk-

BARANOV, A.A.; GIE30VA, E.D.
Grcwth of graphitized iron alloys at temperatures above the A.,
point. Izv. VyS. ucheb. zav.; chern. met. 7 no.10:143-148 164.
(MIRLA 17: 11)
1. Dnepropetrovskiy metallurgicheskiy institut.

BARANOV) A.A.; BUNIN, K.P.
I
Role of inz2usions in the graphitizat.on of cast iron and steel.
Llt.proiz~, no.7:26--28 J1 '64. (MIRA 18:4)

;~: , '. ; "j" . ; f, i j ii '.~ ~ , , . ., .
. . . 1 7. . 1 0 - . I;-.. . . 4. ; k I
-:" 1 ;', ~ i UI composition and structure on th(~ growti, of
", - - I . j I
i-ron. Lit. i;c~. !:, ) 'c- I i ~
! . ; 1~ . .; I

BARANOV, A.A., kand. takhn. nauk
Use wide-range machinery in fields. Zomledelie 26 no.7$44-47 Jl 164.
(MIRA 1817)
1. Saratovskiy Institut nekhanizatsii sellskogo khozyaystva.

BARANOV, A.A.; BUNIN, K.P.; GLEBOVA, E.D.
Structural change in globular graphite in the cyclic thermal
treatment of cast iron. Dokl. AN SSSR 164 no.1:84-85 S 165.
(MLRA 18:01)
1. Dnepropetrovskiy metallurgicheskiy institut. Submitted
JanuatY 30, 1965.

EAILUIM, A.A. -
tho grar~dtizing of iron alloys. Izv.
chern. met. 8 no.11:126-131 165.

Olo

21Z

Indiceo- for jkin transpIlants
used for the closure of skin
58 no.1-0:74-77 0 164.
1. Kafedra obshchey khimii (zav. - prof. B.-.Ru6ov) Rva-,ar-~,Cgo
meditsinskogo instituta :'raen-, Favlova.

80
S/11W01/000/03/04/004
B022/BOO8
AUTHOR: BAKU=, A. D.,. Engineer
TITLE: The Use of an Oscilloscope for Balancing Medium-wave Antennas 17~
PERIODICALs Vestnik avyazi, 1960, no. 3, pp. 11 - 12
TEXTj The queries connected with this problem are explained in detail in t-%e
paper "T nstructions for Balancing Medium-wave Transmitter Antennas" ("Instruktaii
ponautroyke srednevolnovykh veahchatellnykh antenn"), Glavnoye radioupravleniye
MiniBterstva avyazi SSSR (Main Radio Administration of the Minist.ry of Communica-
tions of the USSR), Svyazlizdat, 1958. The method explained in the leai.LeFis
based on the use of a high-quality bridge by which a whole series of measurements
of the inner resistance of the antenna feeding system are made. On the banis of
the measurement results obtainedt the balancing elements for the working frequency
of the antenna are selected in such a way that resonance tuning is achieved by
using indicators (wavemeter, hot-wire ammeter)..A single OBCillOSCOpe is used now
instead of this complicated system which must, moreover, be tuned to the output
stage of the transmitter. The oscilloscopic method is based on a comparison of the
phases of 2 voltages, one of which is taken from the investigated and controlled
Card 1/2

80177
The Use of an Oscilloscope for Balancing Medium-yave S/111/60/000/03/04/004
Antennas B022/BOO8
resistor, the other one from an arbitrary noninductive resistor. These voltages
are led to the vertical and horizontal plates of the oscilloscope tube. A
strejight line'appears on the screen of the oscilloscope if no phase shift occurs;
*f it-occurs, however, an ellipne appears, from the width of which the amount of
the phase difference can be,judged. The scheme of the instrument in given (Fig.)
The amount of the input resistance of the feeder system for the antennas can ale0
be determined simultaneously by the instrument, the error being in an order of
magnitude of 10%. The case of the balancing of an antenna with short feed*r is
described, with.the balancing elemepts being located ina separate building. There
is I figure.
Card 2/2

A. 1h.
r-~! i--_ f-ios
Elim.-in,atin- t,,e effects if ~as attac" 7 :d, 2., isnr. ' -:-,
izr---,,o lit-rt., 19L2. 1~ -- - (Lo-rF: '4,- )
~ --
UGLO 19~-2

BAMNOV, A.E.
Decontamination from the consecuences of an -ntt,,ck in chemical warf9re. Kuilyshev,
Obligiz, 1942. 67 P- (54-1&~2)
U G4 4 7 - B5 r,-- 1942a
1. Decontaminaticn (from 7ases, chemicals, etc.) I. Enshtoln, G. 1U., it. au.

SMXWV, N.S.;
BROITSTETN, V.G.; BARA OV, A.F.
Tolerance in the reinforced method of specific syphilis therapy.
Vent.vener. no.2:7-11 Mr-Ap 150. (CIXL 19:3)
1. Of the Central Skin-Venereologinal Institute (Director -- Can-
didate Medical Sciences N.M.Turanov), Ministry of Fublic Health
USSR, of the Hospital imeni Korolenko (Head Physician -- Docent
V.P.Volkov), Moscow Municipal Pdblic Health Department, and of the
Second Skin-Venereological Dispensary (Director -- Candidate Me-
dical Sciences V.G.Bronshteyn).

L-ARAM -A.Z., redaktor; RUDOT, R.F., redaktor,- SOIDGMV, V.N., kandidat
tekhnicbeakikh nauk, otvetstvenmyy redak-tor tow&; AL13MOV, N.A.,
kRndidat tekhnichaskikh nauk; VASILITW, B.K., inzhener; VEMINSKIY,
S.V., kandidat tekhnichaskikh nauk; VINOGRADDV, G.P., kandidat takh-
nichaskikh muk; VINOKUIRDV, ?4.V., professor, doktor tekhnicheakikh
naiik; GOIDVAII)V, V.G.. kan(lidat takhnicbeekikh nauk; GORUM30, A.S.,
dotsent. kandidat tekhnichookikh nauk; GURSKIY,P.A., dotsent. kandidat
tokhnichesklkh nauk; GURffICH, A.N., kandidat tekhaichaskikh nauk;
DOMBRDVSKTT, A.B.. doteent; TWORCHMMO, V.F., professor, doktor tekh-
nicheakikh nauk: IVANOV, VA.. professor, doktor tekhniebaskikh nauk;
KARVATSKT7-, B.L., professor, doktor tekhnichaskikh nauk; KOROLIT,K.P.
professor, doktor tekhnichaskikh nauk; MUCHKIN, I.N., kandidat takh-
nicheskikh nauk;POPOV, G.V.,inzhenar; PROSKURM, P.G. lnzhan9r;SA7O3-
TSW, K.A., tzhaner: SrIICHASTNDV, I.F.dotsent, kandidat tekhnichaskikh
nauk; SLOWANSKIY, A.V., dotsent, kandldat tekhnichaskikh nauk; STXPANDV.
A.D., dotsent, kandidat tekhnichaskikh nauk; STROHYATRIKOV, S.P., akade-
mik[deceased]; TMVIOYSKIY,V.A.,dotsent; kandidat takhricheakikh nauk;
TRUBITSKOY, V.A., kandidat tokhnicheskikh nauk, KHOKHWV, N.Y., kanai-
dat takhnicheakikh nauk; SFDMNIN, V.S., kandidat takhnichaskikh rank;
SHLYKOV, Tu.P.,dotsent, kandidat tekhalchaskikh nauk; YBYTUSHMO, A.M.
kandidat tekhnicheskikh muk, retsenzant; IVANOV, V.N..professor, doktor
tekhnicheaklkh nauk, retsenzent; PkWV, N.I.. dotsent, kandidat tekbni-
chaskikh nauk, retsenzent; SLOMYAHSKIT, A.V., dotsent, kandida-~ tekhni-
chaskikh nauk. retsenzent; UTTANSKIY, L.I., inzheaer, retsenzent;
NRWKSA, V.M., professor, dok-tor tokhnichaskikh nauk, retsenzent;
(Continued on next card)

13ARAMV, A.F., -- (Continued) Card 2.
TOPORNIN, G.S., inzhener, retsenzent; DOMBROVSKTY, A.B., dotAmnt,-
ro-tsenzmnt. POYDD, A.A., k-andidat tekhnicheBkikb nauk, reteenz.Mnt:
YAKOBSON, P.Ye., laureat Stalinskoy prmmli: dotsent; kandidat
tekhnicheakikh nauk, ratsenzmnt-, POPOV. A.A., profasoor, doktor
tekbnicheakikh nauk. rmtsenzant; PROSKURNIV, P.G., inzhener, retsan-
zent; SAFONTSEV, K.A- , inzhener. retsenzent; SWIAFIMOVICH, V.S.,
kandidat tekhnichoBk1kh nauk; rptsenzmnt; TRAVIN. P.1., inzhenmr,
re-tannzent; YOKIN, K.F., IcatIdidat t elchnicheakikh nauk, retsenzant;
SHCHER9AKOV, V.P., inzhener, retsenzent; SHADUR, L.A., dotsent;
kandidat tmichnichaskikh nauk,rmtsmnznnt; TIKHOIK)V, P.S., inthmner
rnteanzent; TKACHENKO, F.D., inzhmner; rMtBonzent; BABICIIKOV, A.M.
profeasor, doktor talchnichaakikh nauk, rmtsenzent; KOROSTYLEV, A.I.
Inzhener, rntsAnztnt; L'ZVITSKIY, V.S., dotannt; Icandidat tekhni-
cheskikh nauk, rmtsenvqnt; X7,YKOV, A.F., inzhaner, ratsenzmnt;
SOInGUROV, V.N. redRktor; SHISHKIN, K.A., rmd&,I-,tor; SLOMY.~14SKIY, A.V.
rmdaVtor; SALEB19',0, S.V., redaktorl YUDZOIT, D.M. tekhnichaskiy redaktor.
[Technical rmferenca book for railroad man] Tmkhnichaakii spravochnik
zhelmznodorozbnikR. Rodaktsionnala kollegiia; A. F. Baranov, i dr.
Glav.redaktor. E. F. Rudoi. Moskva, Gos.tranap.zhal-dor.izd-vo.
Vnl. 6 [Rolling stock] Podvizhnoi sostav. 1952. 955 P. (~UJIA 8:9)
(Railroads--Rolling-3tock)

BAWOV. Aj., zedalktor; BXZYUHN, D.D., radaktor; Vh.KHVIN, K.I., otvetstvan-
nyy r'eLktcr toma, professor, doktoz, tekbaichaakikh nauk; VA-MVISOV, B.N.,
redaktor; IVLIYIV,. I.Y., radak~,or, YOSECOK, I.D., redaktor; RUDOY, Ye.F.,
glavWy redaktor; SOKOLINSKIY, Ya,.X., radaktor; SOWGUBOV, V.N., radaktor;
SHILEVSKIY, V.A., radaktoz; ALFKROV, A.A., inzhenar, ANASHKIN, B.T., in-
zhener-, AFANASIYEV, Yz,V., lauxtat Stalinokoy premii, inzhener; BELENRO,
K.M., dot'sant; BORISOV, D.P., dotsant, kandidat takhnicheskikh nauk;
MULITSOV, P.N., lnzhenar; TRAR, N.R., inzhener; WYKNKOV, V.I.. doteent,
kandidat tekhnicheskikI. nauk; KA7AXOV, A.,&,, kandidat tekhnicheakikh nauk;
KR&YZM, L.P., kandidat takhnichbrikikh asuk; KOTLYARMO, N.F., doteent,
kandidat takhnicheskikh nauk; MAYSHEV, P.V., professor, kandidat tekh-
nichaakikh nauk; MARKOV, M.V., inzhaner; NUUMTS, V.S., dotsent, kandi-
dat takhnicheakikh nauk; NOVIKOV, V.A,, doteent, ORWY, N.A., inzhener;
PETROV, I.!., kandidat teklmicheskikh nauk; PIVKO, G.M., inzhener; PO-
GODIN, A.M., inzhener: BAMUU, P.N., dotaeut, kandidat tekhnicheakikh
nauk-, ROGINSKIY, V.N., kandidat tekbmicheskikh nauk-, RYAYJ-NTSEV, B.S,,
laureat Stalinskoy premii, dotsent, kandidat tekhnichaskikh nauk;
SNARSKIY, A.A., inzhener; FELIDMAN, A.B., inshener; SBASTIN, V.A.,
laureat Stalinakoy premli, inzhener; Sffn, B.I., inzhener; GONCHUKOV,
V.I., inzhener, retsenzent; NOVIKOV. V.A., dotsent, retsenzent; AFA-
NASIYEV, Ye.V., laureat Stallukoy pr6mii, ratsenzent-,
[Technical handbook for railroad men] Takhnicheskii Bpravochnik zhelez-
nodorozhr.lka. Vol. 8. [Signaling, central control, block system, and
communication] Signalizat8lia .. tsentralizatall,.u, blakirovka, sviazl.
Re& kolleglia A.F.Bara=7 [.I dxA Glav.red, E.F.Rudoi. Moskva, Goo.
transp. zhel-dor. izd-vo, 1952, 975 P. (Continued on next card)

BRYUUZV~ A.M., laureat Stalinskoy premii, luzhener; GAMBURG, YeJu., in-
thener, retsenzent; GOLOVKIN, M.K., inzhener, retsenzent; KAZAKOV, A.A.,
kandidat tekhnicheakikh nauk, rotsenzent; KUT11N, I.M.~ dDtsent, kandi-
dat tekhnicheakikh nauk, retaenzent; LBONOV, A.A., inghener, retsenzent;
S3MENOV. N.M., laureat Stalinskoy premii, inzhener, retsen2ent; CHER-
NYSHEV, Y.B., inzhener, retsenzent; VkWY3V, G.1., inzhener, retsenzent;
METTAS, N.A., laureat Stalinskoy premii, inzboner, retsenzent; NOVI-
KOV, V.A., dotsent, retsenzent; PIVOVAROV, A.L., iazhener, retsenzent;
POGODIX, A.M., inzhener, retsenzant; KHODDROV, L.R., inzhaner, retsen-
zont; PIVOVAROV, A.L., inzhenar, retsenzant; POGODIN, A.M., inzhener,
ratsanzen"W,~ KHODOROV, L.R., inzhener, retaenzent; SIRTPLOV, V.I., kan-
didat takhnicheskikh nauk, retsenzent; KLYKOV, A.F., inzhener, retsen-
zent; YUDZON, D.M., tekhnicheskiy redaktor; VERINA, G.P., takhnichaskiy
redaktor.
[Technical handbook for railroad men] Tekhnichaskii spravochalk zhe..
le3nodorozhnika, Vol. S. [Signaling, central control, block s7atwm, and
communication] Signalizataiia, teentralizataiia, blokirovka, sviazt.
Rad. kollegiia A.F.Baranov Ci dr.] Glav.r'ed. E.F.Radoi. Moskva, Gos.
traAsp. zhel-dor. itd-vo, 1952. 975 p. (rA-rd 2) (MI.RA 8 - 2
(Railroads--Signaling) (Railroads--Communication systems)

BARANOV, A.Ft, kand.med.nauk; MAROCHKINA, I.A., vrach; KOI'OPIKHIIA, T.A.,
vr--ch; KOLOKOLOIIA, ll".V., lcand.riecl.natilc; YAKIII9311,0, O.V., kand.
med.nauk; PANTOVA, L.N., I.-and.med.nauk
TreEtument of onychomycoses vith keutolytic ruid funpicida pla ters.
Vest.derm.i ven. no.1:65-67 162. (MIRA 15:1)
1. lUologicbkoye okdeleniye Moskovskoy Eorodskoy bollnitsy
Wo.23 iraeni Iledsantrud (for MaroclLldma, Kononikhina). 2. Poli-
klinika No.1 Rinisterstva zclravookhrareniya RSFSR (for Kolokolova).
3. TSentrallnaya polilclinika Vo.1 Ifinisterstva oborony SSSR
(for Yakimenko). 4. TSentrallnaya pol.jklinika ro.1 Ministerstva
zdravoolcliraneniya RSFSR (for Panova).
(DERMATOMYCOSIS) (NAITZ (ANATO'l-TY)-DISE;SES)
(PLASTW (PHAIU~IACY))

*,~CC NR
AR60352'01 SOURCE CODE: UR/0124/661000/009/V031/V031
AUTHOR: Bara'o
v, A G.; Kofman, A. P.
TITLE: Some pi?culiarities of plastic deformation and heat treating of two layer
steels
SOURCE: Ref. zh. Mekhanika, Abs. 9V258
REF SOURCE: �b. Materialy Nauchn. konferentsii. Sovnarkhoz Nizhne-Volzhsk.
ekon r-na. Volg6gradsk. politekhn. in-t. T., 1. Volgograd, 1965, 388-389
TOPIC TAGS: plastic deformation, bimet~l, metal cladding
Cel'A_ '~'& .4.4 '4"
BSTRXCT: conditions for rolling bimetallic sheet bars were investigated, and thel
mechanical properties and optimal methods of heat treating of bimetallic sheets.
were determined for the following pairs of materials: OKh23N28MZDT alloy + steel
3; KhN75MBTYu alloy + steel 3; Hastelloy S + steel 3. The drawing of various L
bimetal layers during rolling is determined, which provide a possibility of comput- I
ing the thickness of cladding of blanks before rolling. It is shown that the drawing
coefficient of cladding is smaller than the drawing coefficient of the base from
-Card - _11-2. - - -

7ACC NRI---'AR6035201
carbon steel. After the optimum heat treating conditions, the investigated
bimetals acquire properties (strength, plasticity, microhardness, tendency to
intergranular corrosion, etc. ) considerably exceeding the existing standard
requirements. L. Gordiyenko. [Translation of abstract] [NIT)
SUB CODE:13~ I/
Card 212

A
tit
j

S/056/61/040/003/018/031
B 1 12/B214
AUTHORs Baranov, A. G.
TITLE: A method for the experimental pToof of the independence of
the velocity of light on the velocity of the source
PERIODICALt Zhurnal ekeptrimentallnoy i teoreticheakoy fiziki, v. 40,
no. 3, 1961, 860-862
TEXTs An experimental'arrangement is described to demonstrate in the
laboratory the independence of the velocity of light c on the velocity cf
the source v. The papers of A. M. Bonch-Bruyevich (Ref.it DAN SSSR, j.U,
481, 1956) and A. M. Bonch-Bruyevich and V. A. Molchanov (Ref. 2: Optika
i spektroskopiya, .1, 113, 1956) are referred to in the introduction, and
it is pointed out that they are not equivalent to the present iork. The
superiority of the author's method lies in the fact that here the effects
of the order v/c, are perceived and not those of the order v 2/c2 as is-
usual. The fundamental idea underlying the method is the use of an inter-
ferometer with a movable mirror. The experimental arrangement is shoin
Card 1/3

22138
S/056/61/040/003/018/031
A method for the experimental ... B112/B214
schematically in the figures
S is a monochromatic source of lightt A a semi-transparent silvered plate,
3 and BI are plane mirrors, H an instrument for observing interference,
and C a system of two plane mirrors at right angles to each other capable
of moving with a variable velocity v in the direction of the arrow. A
beam of light starting from S is split by the plate into a "left beam"
and a "right beam" which are denoted by~the indices 1 and r. The following
"time equation" explains the principle of the experimental arrangements
,X7
Card 2/3

22138
S/056/61/040/003/018/031
A method for the experimental... B112/3214
V1 V1
T -~_!) , T 2., 1.(l '2) , 1 ABIC, 12 - CBA
1 " T+v o 2 o+v r O+V 0 O+v
2v(1 2- 11)
AT a T T r0 o(o+v) oonst. If the velocity of light a were
dependent on the velocity of the source v, the former would have a
velocity a + 2v after reflection from 0 so that the path differences of
the left and right beams and the interference bands would compensates
11 1 V11 11 +12
T1 ~ '~+_v ' _~'+ _2v 2~ W "~+ _2v.Tr, whereas in fact for 12 - 11 0 30 m,
V a 1 M/seo,' and X05000 A the barl shift amounts to 4/10 of the band
width. Finally, some possibilitibe of error are discussed. There are
1 figure and 2 Soviet-bloc references.
SUBMITTEDt September 15, 1960
Card 3/3

VARLAMOVP L.I.; BARANOV,_A.G., inzh., retsenzent; PALEYEV, N.M.,
insh., red. izd-va; TIKHANOV, A.U., teklin. red.
[Testing stations for piston aad gas-turbine engines] Ispy-
tatellnye stantsii porshnevykh I gazoturbinnjv~h dvigatelei.
MoBkva, Mashgiz, 1963. 171 p. L (MIRA 16:7)
(Internal combustion engines--Testilng)
(Engineering laboratories)

BROGHENED, B.F., red.; ZABLODSKIY, G.P., red.; BARAMOV, F.A., red.;
BABOKIN, I.A., red.; BARANOV A red.; TYSOTSKIT, P.I., red.;
IREMAY100 F.G., red.-rm"W-YOH, B.P., red.; MEN GORODSKIY, G.Z., red.;
KAGAN, F.Ya., red.; LEVITSKIY, Ta.B., red.; LOTAREV, N.J., red.;
MARCHENKO, M.G., rod.; MITROFANOV, M.B., red.; PAKHAWK, I.F., 'red.;
SHRMV, A.A., red.; RYKOV, N.A.. red. izd-va; ILIINSKAYA, G.M.,
~eklm. red.
[Safety rules for working in briquetting and preparation plants]
Pravila, bezopaanosti pri vedenii rabot na. briketnykh i obogatitell-
uykh fabrikakh. Izd.2. Obiazatellmy dlia vaekh organi.zatsii i
predpriiatii ugollnoi promyshlennosti. Moskra, Ugletekhizdat, 1958.
6z p. (MIRA 1l,-,7)
1. Russia (1923- U.S.S.R.) Komitet po nadzoru za bezopasnym
vedeni,vem rabot v promyshlonnosti i gornomu nadzorn.
(Coal preparation-Safety measures) (Briquets (Fuel))

BARANOV, A. 1.
USSRMIning MetbodB Jul 48
1Wety Precautions
"Basic Teobnical Solutiona to Complex Meobanization
of the Donate an& Moscow Coal Field Mines," A. I.
Baranov, Rngr, 51 pp
'U9012" No 7 (268)
Discusses mechanization of cleaning work, cutting of
prellminary workings, underground transport, an& our-
face operations. Stresses necessity for efficient
organization of labor and nachinery resources.
Sketches show various methods of propping tunnels.
'"W 7A9761

BARMOV, A. I.; KU~TIN, V. V.
From Cha*pter II "The TcrminoloU of Standardization,` of the book Standartizatsiya
i Normalizatsiya v Mashinostroyenii (Standardization and Nonrialization in Machine
Building), Mashgiz, 194c,.
Translatlon w-14(-)32, 6 Nov 50

BARANOV, A. I. and V. V. KUZ'M1N.
Standartizatsiia I normalizatsiia v mashinostroeniJ. Moskva, Mashgiz,
1949. 174 p. illus.
Bibliography: p. 174-(175)
(Standardization and normalization In machine buildinr.)
DLC: TJ1135.E25
SO: Manufacturing and Mechanical Engineering in the Soviet Union,
Library of Congress, 1953

BARANOV, A. I.
IfEliminate Shortcomings in Work for Standardizing Technological Equipment,"
Vest. mash., 31, No.12, 1951

KM IMICH, A.S., redaktor; GRAFOV, L.Ye., redaktor; SHXYYAKOV, L.D.,
akademik, redaktor; SUDOPLATOY, A.P.,redaktor; BALBAMAN, Ta.I.,
redaktor; OSTROVSM, S.B.. redaktor: BARMOV, A.r., redaktor;
BAGASM , H.K., redakt.or: IVAMKO, G.A.,
redaktor; PRUDKIN, Ya,H., redaktor; DULINIV, V.P., telchnicheBkiv
redaktor.
[Reconstruction of the mining in&ustry and the improvement of the
surface complex of mines in the Donets Basin; proceedings of a
conference in Stalino, November 19-21, 1951.] Rokonstruktaiia
gornogo khosiaistva i sovershenstvovanie poverkhuoetnykh
kompleksov ugolInykh shakht Drabassa; trudy soveshchaniia v
g.'Stalino, 19-21 noiabria 1951 g. Moskva, Uglatekhisdat. 1952.
245 p. [Microfilm] (MLRA 9:2)
1. Russia (1923- U.S.S.R.) Ministerstvo ugollnoy promyahlen-
nosti.
(Donets Basia --Coal mines and mining)

BARANOV, A. 1.
Ste,ndardiza-.,-,;n of technical enuinment uEed in factory shavs. Gos.
izd-vomas'n',nostroit. lit-ry, 2;~'-; P.

BARANOV, A. I.J. KUZIMIN, V. V. and FURMONT, N. P.
"Normalization of Technological Rfigging of Provisionary Shops," Moscow,, 1952

B.k?,I,'.!C)V, A and 11 . 'IT
Sola-aschenie tsill-cla pod~;otov'~--i k osvoeniiu no,~,-!:h
19-50, no. 4, P. 55,SO)
Reducin~- the. prenaration -,)eriod 'for :11aZITerd-n., nel" z.-Mchilles.
DLC: T'N4.V4
SO: I~'lanufacturin.- an6 11-fechanical EngineerirU in the Jovict Union, Library
of Congress, 1953.

RTBAKOV. I.P.; B0.0OV, A.I., otvatfltvonW rodaktor; AMMV, G.G.,
tekhnichWbkI:Y"T;o&ktor
[Coal deposit opening and systems of mining] Vskrytie i sistemor
razrabotki ugollrqkh mestorozhdanii. Moskva, Ugletakhizdat. Pt.l.
[Opening of coal depostal Vskrytie ugollnvkh mostorozhdenii. 1954.
85 P. [Microfilm) (MIaA 8-.4)
(Coal mines and mining)

BARAN'OT,._A.4'-e.,. otvetstvannyy redaktor; ALAXOVA, Ye.l., tekhnicheskiy
redak-tor; NARRINSKATA, A.A.. tekhnicheekly redaktor
[Advancing and retreating systems of vorking mines] Priamoi i
obratnyi poriadok otrabotki vyemochuykh i shakhtrW),,h polei. Moskva,
Ugletekhizdat, 1954. 165 P. (MIR-A 8:3)
1. Russia (1923- U.S.S.R.) Ministerstvo ugollnoy promyshlennosti.
(Coal mines and mining)

BARANOT. A.I., otvetstvannyy redaktor; ALAWVA, Ye.l., tokhnicheskiy
"re
NAMINSKATA, A.A., tekhnichaski-v re(laktor
[Aftancing and retreating systems of working mines] Priamoi i
obr&tnyi portadok otrabotki vyemoehnykh i shakhtnykh polei. Mosk7a,
Ugletekhtzdat, 1954. 165 P. (MLRA 8:3)
1. Russia (1923- U.S.S.R.) Hiniaterstvo ugollnoy promyshlenriosti.
(Coal mines and mining)

BARAN)V, A.I., kandidat telchnichookikh nauk; KUZIMIN. V.V.. inzhenar:
-OrTUN".~'V.B.. kandidat takhnichookikh nauk, retsenzont; NDVINDY, ,
K.D., Inzhener, retoenzent; TKAGHMIKO. V.V.. kandidat tekhnicheskikh
nauk, reduktor; TIMIN, A.V., redaktor; UVAROVA, A.F., tekhnicheskiy
redaktor; SOKOLOVA, T.F., tekhnicheskiy redaktor.
[Setting standars and norms in machine building) Standartizatslia
nnrin-alizatsila v mashinostroanii. Izd.2-os. perer. i dop. Moskva,
Gos.nauchno-tekhn.izd-vo mashinostroitellnoi lit-ry, 1955. 202 p.
(Machinery industrv) (MLRA 8:11)

EEYLINA, TS.O., inzhener; BLAGOIZAIIEZHDIN, V.Yt,., inzhener; BOGUSLkVSKIY',
P.Ye., kandidat tekhnicheskikh nauk; VOROITKOV, I.M., Drofessor,
GITIITA, L.Ya., inzhener; GROMAIT, Y.B., inzhener, GGROK:Iov, !4T.V.,
doktor tekhnicheskikh nauk [deceased]-, LEIIISYUK, I.N., kandidat
tekhnicheskikh nauk; DOVZHIK, S.A., kandidat tekhnicheskikh nauk;
DUKELISKIY, M.P., professor, doktor khimichoskikh nauk [deceased];
DYKHOVICHNYY, A.I., professor; ZHITKOV, D.G., professor, doktor
tekhnicheskikh nauk; KOZLOVSKIY, N.S., inzhener; LAKHTIN, Yu.M.,
doktor tekhnicheskikh nauk; LEVENSON, L.B., professor, doktor tekhni-
cheskikh nauk EdeceasedJ; LEVIN, B.Z., inzhener; LIPKAN, V.P., inzhe-
ner; MAIRTYNOV, M.V., kandidat tekhnicheskikh nauk; MOLEVA, T.I.,
inzhener; NOVIKOV, F.S., kandidat tekhni,.,eskikh nank; OSETSKIY, V.M.,
Icandidat tekhnicheskikh nauk; OSTROUMOV, G.A.; POTTOMAREITKO, Yu.F.,
kandidat tekhnicheskikh nauk; RAKOVSKIY, V.S., kandidat tekiinicheskikh
nauk; REGIRER, Z.L., inzhener; SOKOILV, A.11., inzhener; SOSUINOV, G.I.,
kandidat tekhnicheskikh nauk; STEPANOV, V.N., professor; SHEMAMVIOV,
M.M., kandidat telchnicheskikh nauk; EL'KIND, I.A., inzhener; YANUSHE-
VICH, L.V., kandidat tekhnicheskikh nauk; BOKSHITSKIY, Ya.M., inzhe-
ner, redaktor; BUIATOV, S.B., inzhener, redaktor; GASHINSKIY, A.G.,
inzhener, redaktor; GRIGROIYFV, V.S., inzhener, redalctor-, YEGtrRNOV'
G.P., kandidat tok-hnicheskikh nauk, rodaktor; ZHARKOV, D.V., dotsent,
redaktor; ZAKRAROV, Yu.G., kandidat tekhnicheskikh nauk, redaktor;
KAI-1111SKlY, V.S., kandidat telhnicheskikh nauk, redaktor; KOY-kU.'OV,
Ye.F., professor, redaktor; KOSTYLEV, B.N., inzhener, redaktor;
POVAROV, L.S., kandidat tekhnicheskikli nauk, redaktor; ULINICH, F.R.,
redaktor; KLORIKIYAN, S.Kh., otvetstvonnyy redaktor; GIADILIN, L.V.,
redaktor; (Continued on next card)

IEYLINA, TS.O. --- (continued) Card 2.
RUPPENEYT, K.V., redaktor; TPRPIGOREV, A.M., glavnyy redaktor;
BARARANOV, F.A., redaktor-, BATLUTOV. A.I., redaktor-, V.Y.,
redaktor; GRkFOV, L.Ye., A.V., redaktor; Z.DD..IID-
KO, A.N., redaktor; ZASYADIKO, A.F., redaktor; I'RASITIKOVSKIY, G.V.
redaktor; LETOV, N.A., redaktor; DISHIN, G.L., redaktor; MATVKOV-
SKIY, G.I., redaktor; MELINIKOV, N.V., redaktor; ONIRA, D.G.,
redaktor; OSTROVSKIY, S.B., redaktor; POKROVSKIY, redaktor;
POLSTYANOY, G.N., redaktor; SKOCHINSKIY, A.A., reda.1rtor; S011111,
S.D., redaktor; SPIVAKOVSKIY, A.O., redaktor; STAINCHEITKO, I.K.,
redaktor; SUDOPLATOV, A.P., redaktor; TOPCIIIYEV, A.V., redaktor;
TROYAIISKIY, S.V., redaktor; SHEVYAKOV, L.D., redaktor; BYKROV-
SKAYA, S.N., redaktor izdatellstva; ZAZULISKAYA, V.F., tekhniche-
skiy redaktor; FROZOROVSKAYA, V.L., tekhnicheskiy redaktor.
[Mining; an encuclopedic handbook] Gornoe delo: antaiklopedicheskii
spravochnik. Glav.red. A.M. TerDigorev. Chleny glav.red. FA. Bara-
banov i dr. Moskva, Gos.nauchno-tekhn.izd.-vo lit-ry po ugollnoi
promyshl. Vol.l. [General engineering] Obshchie inzhenernye
avedeniia. Rodkollegiia toma S.Kh.Kloriklian i dr. 1957. 76o p.
(Mining engineering) KRA 10:10)

PROGNIMAK, Dmitriy Yakovievich;._A4RANOV, A.I., otv.red.; SHUSHKOVSUYA,
Ye.L.. red.izd-va; SABITOV, A_._j_t_e_k_1~.red.
(Development and mining of flat seams from working area boundaries in
the Donets Basin] Podgotovka i otrabotka pologikh plastov Donbassa
ot granits vyemochnykh polei. Moskva, Ugletekhizdat, 1959. 111 p.
(MIRA 12:4)
(Donets Basin--Coal Mines and minIng)

BARAYHOV, A.I.
Second conference of experts of the Coal Com~,Attee of the European
Economic Commission on the consolidation of operations in coal
mines. Ugol' 36 no.9:.58-60 S 61. (MIRA 14:9)
(Coal mines and mining--congresses)

ROSHCHUPYEM, Igor' Georgiyevich, dots.; Al-11AN1111, Gleb Pavlovich,
dots.;ARSLANOV, Nikolay Konstantinovich, dots.Prinimali
uchastiye: KOLONCHUK, V.M., in" ; SIDMOV, N.A., inzh.;
POLIZIKOV) I.11.P dots.; KORZE, G.V., kand. tekhn. na-Wq
BARAEOV, A.I., otv. red.; O1UUd14ENKO, V.A., red. izd-va;
bKB1MV-,-A-., tekhn. red.
[Working mineral deposits] Cazrabotka r-estorozhdanii po-
leznykh iokopaemykh. Moskva, Gos. ilauchno-teldm. izd-vo
lit-ry po gornomu delu, 10,62. 590 P. (MIRA 15:4)
(Mining engineering)

BARANOV A I KU'MIN, V.V.; KOWLEV, V.F., inzh., ratsenzant~
ANDREYEVSKIY, O.A., red.; P~T-'-HTAR-.JVA,. A.V., red.izQ-vao-
ELIKIND, V.D., tekhn. red,
[Standardization and normalization in the machinery industry]
Standartizatsiia i normalizatsiia v mashinostroenii. izd,3.,
perer. i dop, Moskva, Ilashgiz, 196.3, 314' P. (141 PLA 16,. 9
1
"' achinery Industry-Standards)
1 MI

S/736/60/000/002/006/007
AUTHORS: Brokhin, I. S., 61 4.khov, I. L* Ashmarin. G.'M.. Baranoy.. A.'I.
Platov, A. B.', Ripkin, V. P.
TITLE: The high- tempo ratu,r 6 'strength of sintered titanium- carbide hard alloys.
SOURCE: Vaesoyuznyy nauchno'-issledovatell'skiy institut t'verdykh splavov.
S.bornik trudov. no. 2. Moscow,.1960. Tvardyye oplavy. pp. 135-147.
TEXT: Following a review:of recent Western progress in the manufacture of
heterogeneous carbide alloys sintored with Co, M, Ni-Cr, and other cementing
binders, and mk_...re especially the.Austrlan WZ and the U.S. "Kanthanium" alloy
(cf. Harwood,41no initials//,. Miterials and Methods, v-36, no.2. 1952).,with refer-
en~e to the, manufacture of-gas-turl~ine blades, *the brittleness and thermal-shock
sensitivity of such alloys is criticized. The authors experimented with sintered,
TiG-NbC and TiC-WC alloys cemented with pure, Co powder from 1950 through 1953.
Short-term and 100-hour strength tests wera'm'ade'at'rqom temperature and'tempe-,
rials. cf. the paper by 1. S.
ratures tip to 12000C.' For details on the source mats'
Brokhin and I.I.Ollkhov on p. 148 of this compandium .(Abstract S1736/60/000/002/
007/007). the compound, carbides were obtained by the calcining of a mixture of
S com-
finely-ground powders of the simple carbides at 2000-22000. Test ipecimen
prize (a) TiC-NbC-Co with 3 to 30% NbG and 10 to 40% Co, and (b) TiC-WC-Co
with 15 to 35% WC and 10 to Z5% Co. Benling-streingth test specimens we re
Cara 1/3

The high-temperature ~strength. SI?36/6O!0OOj40Z/006/007
prismatic'. 5x5x40 and 6x6x5O ram. Tests up to 10000C were made on a special
Silit - re si stor- heated accessory (cross'-section shown) installed on the P-5 (R-5)
universal testing machine. The specimen was supported as a simple beam on hard-
alloy or sintered aluminuj~x-oxide supports with a 30-mrn span and was subjected to
a ball-centered load advancing at a rate of 11 mm/min. A PtRh-Pt contact thermo-
couple measured the temperature; mean results were -~taken from no less than 15.
spe6irn'ens. The tensile- strength test-specimens had the shape proposed by Prof.
S. V. Sbrensen (Russian transliteration "'Serenv4n");-they were 120 mm long, 7 mm
thick, 21.,Z mm, wide at the ends. and had a ZOO inward straight taper for 26.Z mm
from the ends and a R= 194.'5mrn cir cula:!. fairing between the tapers to arrive at a
40 to 45 mmz neck section, at the center. Precise dimensions were obtained by
boron-carbide rubbing of the. sintered specimens. Only the central Zb mm of each
specimen- were. brought to the. test temperature (15-20 min heating, ZO-min holding)
while, the asbestos- padded hinge-tlamped end.,% remained outside the furnace. During
the IZOOO tests, the upper end didl,not exceed 800-9000, the lower end 700-SOOR
Tests in which rupture occurred 6utside of * 5 mrn from.the midpoint of the speci-
men were not included in the evaluatio, - A,structural cross-section and a general-
view phdtograph of the testing machine, the rM- 1350 (PI- 1350) tubular Pt'heater
(manufactured by the "Platil,iopribor" factory), and its- installation on the ACT- 5000
(DST-5000) creep tester, are shown. Room-temperature tension-data scatter-was I
12~- 15%. as against 10- 1Z% at high temperature. The bending-data scatte7r-was----
Card 2/3
- - --------

The high-temperat ure strength.'e. S1736/60/000/00~-/006/007
respectively. ;TiC.
10- 106 and 7 10% -MbC_C6,ailoyS; 10- 1614 NbC increases the-
scale resistanc6 of TiC alloys by ;ome, 50-20.00C. but engenders some loss in strength.
In TiC_NbC-Co alloys a Co content f To m.10.40% was tested (with 10-1574MC)'; maxi-
]PUM sirength'in. bending occurred a:t 25-30% Co. Tests with a Z51PCo content and 3
to 30% NbC contents showed a ne-arl'y iconstant bending strength (-90kg/m=?-) 'p to
.12- 13% XbC, followed by a significant drop-~off at NbC contents up to 20.74. The bend-
ing strength of An alloy wiJLh 159'a NbC and 25% Co (optimal scale resistance) increased
steadily from 80 to 901-ighrim from 20 to 700" (attributed to plasticity)a then drop-
Ter'
ped to-65 kg/mm- at 100000. The.tensile~st th of the'same alloy decreasesIn a
straight,line from 34 kg/m*mz at 9560 to 13..k~-Yrnrnz~at 12000~ 100-hour tests indi,
-cate that the alloy retainsI highI-teinperaturc strength only upto-1000O.. TiC-WC-CO -
A2y-s:- The'scale'resistance -of the, W-c6ntaini,ng alloys is lower than.that of the Nb-
ys. Variati ' a in WC co
dontaininj allo on ntent from JL5 to 30116 and in Co from,10 to 23%
do not affect the strength of the TiG based alloyd zppreciaL Ly. The oi.-Vs.-oT cur,v*e s
of the 10%Co and the Z5610co alloys cross overat 800cland-80 kg/mml,-aind at higher--
IT up to 10000 the 10% Co-alloy is ptro~ger than the 21,516 Co alloy.~ The tensile ~strength
of the 301*WC, 15%Coi 55laTiG alloy aes.cends linearly fr6m 40 kg/MM2 at 9500 to,
12 Rj/mm?- at 1ZOOP..- 1 00-hr. tensile. tests indicaie'a high-T stSength limit of only,,.,,
9QOO. Summary: -TiC-WCe-Co'illoys:4re (E=38440- 10 kg/mmz) but less
high- f__resistant'(Trn~-/l0() _9660C) ihanT
hr~ NbC,-~Ca(E=30.5-.31.5.
Tmax= 100'00),. There are 13 figures and 7 refs. (3. X,'nglish-languag~, and A German).~.4-"
Card 3 /3 ASSOCIATION: -None jiven."

KORCHUNOVP N.G.;_,~~RANQV, A.I.; GREKBOV, G.F.; DRAVITSYNA, N.N.;
STRELE, L.A., red.
[Methods of conducting practice training for-,4e students
of forestry faculties] Metodika provedeniia uchebnoi praktiki
dlia studentov lesoinzhenernylih fak-ulltetov; uchebnoe posobie.
Leningrad, Leningr. Lesoteklin. akad. 1962. 61 p.
(MIRA 16:7)
(Foresters-Education and tra'~ning)

NAYDYSH, Aleksandr Mikhaylovich, prof., doktor tekhn. nauk;
BARANOV,-A--L, otv. red.; GURIMENKC, V.A., red. izd-va;
ME-SRHANKINA, I.S., tekhn. red.; OVSEYENK0, V.G.P tek1Ln.
red.
[Opening up and developing coal seams] Vskrytie i podgotovka
ugol'nykh plastov. Moskva, Gosgortakhizdat, 1963. 166 P.
(MIRA 16:7)
(Coal mines and mining)

BGYKO, A.A... inzh.; DRUKOVANYY, M.F., kand. tekhn. nauk; BABOKIN,
I.A., inzh.; ZAYTSEV, A.F., inzh.; POLE'SIN, Ya.L., :L-izh.;
SOBOLEV, G.G., inzh.; NEW, V.V., karil. tekhr.. nauk;
TOPCIIIYEV, A.V., prof.; VEDMINIKOV, V.I., kand. tekhn.
nauk; OKHRIMKO, V.A., kand. tekhn. nauk; MELAMED, 11.Z.,
kand.tekhn. nauk; KUMETSOV, K.K., inzh.; AABINOVICH, I.A.;
YASNYY) V.K., inzh.; LIVSHITS, I.I., kand. tekhn. nauk,
rersenzent; inzh... retsenzent; LOMILINA,
L.N., tekhr.. red.
(Brief handbook of a coal mining engineer] Kratkii spra-
vochnik gornogo inzhenera ugol0noi shakhty. Moskva, Gos-
gortekhizdat, 1963. 639 p. (MIRA 17:3)

SUDOPLATOV., A.P., prof., doktor tekhn. nauk, otv. red.;--WANOV,
A,I., inzh., retsenzent; POLIESIN, Ya.L., inzb.,
retsenzent; OKHRIIWKO, V.A., red.izd-va; VTNOGRADOVA,
G.V., red.izd-va; MAKSIMOVA, V.V., tekhn. red.
[Brief handbook for the forem6k4in a coal udLne] Kratkii
spravochnik gornogo mastera ugollnoi shakhty. Moskva, Izd-
vo "Nedra," 1964. 607 p. (MIPA 17:2)

'. , 4

RIJDYAK, V.M.; BARANOV, A.I.
Effect of ultrasound on the processes of polarization and
polarization reversal in triglycine wilfate crystals and in
BaTiO~ ceramics. Izv. AN SSSII. Sor. Viz. 29 no.6:951-955
je 165. (MIRA 18:6)
1. Kalininskiy pedagogicheskiy institilt.

BARANOV, ,, ' , ~ 1 izd-tssri '-go ranga
,-.:, jl~lcrent endg of a tow. Mor. gbor. 47 no.9.-67-70 S 164. OCTRA 18:7)

AT6013182 11~01JPCE CODE:
AUTHORS: Bamnov, A. Is; Geller, 14, L
MG: none j,7
TITLE: Study of the properties of rolymer solutiora; lxlli-4-, dr
sound method
SOURCE: Moscow. Oblastnoy peda,-,ogicho;31k1y institut. Primeneniyc Lill traakustiki 't
issledovaniya veshche-stva, no. 14, 1C.&I 211'i-2
i,~TOPIC TAGS: ultrasound, ultrasonic voIcc-Ity, fluld dennity me4su-cmen-~-,,
A
,,\concentration, adiabatic comprGaaic,,,, -CltraZonic wave propagation
The relationship batween donz;ity, Lomporature and
oncentrated solutions of' p-orchloro,,riri~,,I,'pol3,acrylonitrile,k and acety-LcelIx-Lo
was investigated using j<rasonle moth,)djoilTho work is presintcC as E
opmplex effort by N. Ll~aricnov N A. -D.Ti~ri ~-; , D. L. (,ull,-
A -- yL--q _
(4b. Primoneniyo ulltraakustiki k is.31odovaniyu voshchestva, vyp. X. str. .13 ', I!, ,
"60), designed to study physical and chariicul properties of pol~mors. Dir.0611YI -
?07rmnmide was selected as the solvcnt~ Changes in'dc=sity, in thu prrF t~ tl 1-
velocity of ultrasound, and in adiabatic compressibility of the solutions werG
measured. The velocity of ultrasound was nwasured optically, with an accuracy c,"
It was established that the propagation velocity is practically independent-ot t.-e
Card 1/2

L 4'2205--"-,/"1
ACC NRi AT6013182
concentration of polymers (up to 2055) an shown In Fig. 1.
Fig. 1. Velocity of ultrasound aM/Sec
as a function of tennerature
in acetyleolluloso soluticns,
1503
Poo
U00
$100 10 ZO JO 40 'J01 60 7ew in .90 IOU
Within concentration limits from 0-2N and temperat 2-9-100C tlhe--~
velocity of ultrasound is a linear function of solution density. Tlify frttr- -'rolum
in greater in concentrated solutions than In tho pure solvent. Oric. a--,. ka.;;
figures, 3 tablespand 2 equations.
SUB-COM 07j, 31, '20/ SUBH DATRt 22Apr6l/ 0111C, REF; 003/ On', r~ 001
2/2 af

BARANOV, A. I. and FEDOROVI, Ye. Ye.
"Climates of the Plains of European USSR," Trudy Inst. geog. AN SSSR,
No.44, 1949
From list of Russian geophysics publications obtained from rersonal files of
iussian refugee. Microfilm copies can be obtained from Library of the
Meteorological Service for Northwest Germarq, Hamburg.
SO: ATI-460-52, 28 "ar 52.

B;~JRANOV, A. 1.
ItClincal Times of the Year in the Suropean Part of the USM," from "Problems
of Climatology" No 48 (1950) in the 3eries "dorks of the Institute of Geography
AcadezV of Sciences USSR, pages 32 to 48.
Gonsidersi The monthly sums of direct and scattered radiation (in large calories)
at Favlov;k and at Yevpateriya (according to Kalitin, 19~8); the annual
behavior of radiational balance at latitudes 50 0 and 60 (according to T.
Beryland, 1948); the frenuency of winter and summer ty~~s of circulation .
(frequency versus month); the structure of climate in the weathers (% of 17
weather types versus month: according to Fedorov and Baranov, 1949); and maps
showing: beginning of spring and its duration; beginiing of su,,mer and its
duration; beginning of fall and its duration; winter and its duration (in the
European Part of the USSR).

Bmmv,t A. 1 0 DECWED 1962/7
c. 1962
I STALLOCE RIOU CS
see TLC

.... ... .

BAPANOV, A.I..; GELLER, B.E.; LARIONOV, N.I.
Studying the properties of concentrated polymer solutions by the
ultrasonic testing methid. Prim. ul'traakust. k issl. veshch.
no.14:217-225 '61. (MIRA 14:12)
(Polymers--Testing)
(Ultrasonic waves--Industrial applications)

41)14L
s/12o/62/000/005/029/036
E032/E314
AUTHORS: Baranov. A.1., Blinov, V.A., Lopnov, G.P. and
~-~-1~i-;kiy, Yu. A.
TITLE: Vacuum evaporation of materials onto thin organic
films
PERIODICAL: Pribory i tekhnika eksperimental no- 5, 19~62,
173 - 174
TEXT: A method is described for the removal of heat from
thin organic filmsso that materials with high melting points can
be deposited by vacuum evaporation onto Ahe films. The authors
have used collodion films, 10 - 30 ~Lg/cm- thick, attached to light
dural rings with the aid of shellac. A -ring carrying the film
was placed on the polished end of a solid brass cylinder and.the
whole assembly was inserted into a vacuum system. After the
pressure was reduced to 0.1 mm Hg, the film was charged by
placing an electrode at about 1 500 V near it, so that a very
low di'scharge was produced. The results was that the film came
into very close contact with the supporting brass cylinder. The
molecular cohesive force between the film and the brass surface
Card 1/2

S/12o/62/000/005/029/036
Vacuum evaporation of .... E03_"/E314
was sufficiently large for the film to remain in tight contact
with the brass surface, even when the latter was turned upside
down, in which position the high melt--ng-point material was
evaporated onto it. The overall system is illustrated schema-
tically in the figure, in which 1 is the polished brass
cylinder, 2 is the ring carrying the film, 3 is the screen,
4 is the substance to be evaporated and 5 is a tantalum
evaporating boat. The brass cylinder was found to be an efficient
heat sink and the system has been used2to produce uniform films
of uranium and thorium up to 250 119/cm thick.2Chromium and
,iron films have also be(nobtained 100 jig/cm There is 1
figure.
SUBMITTED; December 3, 1961
Fig.
Card 2/2 S 4

SOV/1 37--58--1l- 22712
Translation from: Referativnyy zhurnal, Metdlluro,;yt 1958, Nr 11, p 128 (U5SR)
AUTHORS: Gorodnov, P. T, Baranov, A. K, Antonova, Yu. S. , Proklivatilov.,
Ye. 1. , Skvortsov,-G.-D.
TITLE: Condenser- discharge Welding ol Bicycle Frirnes (Kondensatornaya
svarka velosipednykh ram)
PERIODICAL: Tekhnol. avt,omobilestroyeniyu. 1958, Nr 2, pp ~b-41
ABSTRACT: The novel technological process of condenser discharge welding
(CW) of permanently joined members of bicycle frames developed by
the NIlTavtoprom (Scient;fic Research Institute of Technology for the
Automobile Industry) substantially reduces f-he amount of labor
required as well as the weight ot 1he bicycles, The employment of the
CW significantly reduces the consumption of ferrous and nonferrous
metals and auxiliary materials and eliminates such operations as
the manufacture of fittings, their attachment, etc The electrical
circuitry of CW is examined. Technical specifications and photo-
graphs of the CW machine are given. At a current of up to 100,000
amp the productivity of the triachine amounts to 100- 125 welding
Card I/?- operations per hour. As k i'esult oi tr ~ CS1 11""It"ons carried out to

Go.ndenser-discharge Welding of Bicycle Frames
SOV/137-58-11-22732
determine optimal conditions for CW, relationships were established between the
strength of the welded joints and the current density, the charge potential, the com--
pression force, the overhang of the pipe, etc. (the data are compiled in the form of
diagrams). Vibration- strength tests yielded favorable results. A prototype of an
industrial CW machine was designed and constructed. The employment of the CW
technique reduces the labor from 41-44 to 5-15 minutes per frdme and lowers the
cost of manufacture per frame from 12-13 to 5-7 rubles.
B~ K,
Card 2/2

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bicycle frrl!n(~s e m e r3 ~-,lso for -.-:el-
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_P 0 T)"I S ~Illd 0 S 0 1 0 j
ASSOCIATION; 177

L 35926-66 EWT (d)/EWT (m)/EW P (c)/F-',q P (v)/T/Eii P (t )/ET I/EWP (k )/F_4P (I lJi-(c) JD/
ACC NR, AP6015106 SOURCE CODE: UR/0135/66/000/005/0028/0030
AUTHOR: -Baranov, A. K. (Engineer);.Sorokin, V. N. (Engineer)
ORG: none
TITLE: Argon arc welding Pf Khl4Gl4N3T rel
SOURCE: Svarochnoye proizvodstvo, no. 5, 1966, 28-30
TOPIC TAGS: corrosion resistant steel, intercrystalline corrosion, impact test, bend
test, tensile test, arc welding, welding equipment / E1711 steel, Khl4Gl4N3T steel,
.Khl8N9T steel,.OM19~9T wire
ABSTRACT: The results of tensile, bend, impact and intercrystalline corrosion tests
on welded Khl4G14113T steel are presented. The chemical composition of the steel is
0.1% C; 14.43% Mn; 0.56% Si; 2.96% Ni; 14.40% Cr; 0.009% S; 0.028 % P; 0.48% Ti; and
the remainder Fe ~ Khl4Gl4N3T (also des-Ignated as E1711) is recommended as a substi-
tute for~~teel in the manufacture of equipment exposed to mildly aggressive me!
dia (e. g., organic acids of low concentration). E1711 steel is stronger than KhlBN9T!
steel but is not as resistant to corrosion.f~,E1711 s ecimen~i were cleaned with steel
brush and pickled in acetone. Single-pass welds were made with a backing argon
shield and a nonconsumable electrode.,, 06Khl9N9T wire, 1 mm in diameter, was used as
filler metal. On the basis of x-ray afi~d_NH-ruciive tests, it is concluded that E1711
UDC: 621.791.4.93:669.15-194
I M

ACC NRi AP6015106
steel resists hot cracking; has a close grained structure, and is uniformly hard
throughout. The arc was stable and there was good penetration in all cases; no sur-
face defects were noticed. X-rays failed to reveal porosities, cracks, etc. The
authors recommend the use of filler metal for thicknesses of 2.5 mm and 3 mm to preclu
T
destruction o4the base metal at points 15-20 mm distances from the weld axis.., ~e
A-GOST 6032-58 est failed to detect any evidence of intercrystalline corrosio A
table lists the mechanical pro ies of argon arc wel-d-e-&-jointz-of-M-11 -steel. Orig.
pe~
art. has: 4 figures-, 2 tables. 14
SUB CODE: 13,11/ SUBM DATE: none/ ORIG REF: 002

BARANOV, A. Kh. and OZOLITI, I. Yu.
IjUnusual Case of Foreign Body in the Gall Dladder)tl Vest. Khir.,
72, No.2jI 1952

BARANOV, Aleksandr Mikhay-lovich, inzhener-lesovod; YXIMIN, M., red.; IVRIOV,14.,
[Kaluga forests) Less Kaluzhskie. Kaluga, Kaluzhakoe knizhnoe izd-vo,
1960. 78 p. (MIRA 14:8)
1. Nachallnik Kaluzhskogo upravleniya lesnogo khoVaystva i okhrany
les-a (for Baranov)
(Kal-uga Provino-,-Forests and forestry)

BARANOVY AIM.
Some characteristics of the spatial structure of frontal
clouds in the Arctic. Trudy AANII 266990-94 164
(MIRA 18-11.)

PEREVA, Vladimir Ylikhaylovich; FELL, 1,.G... dots- k_Lnd. tekhln. KF-Ulk,
red.; ALETSAJIDEF., I.N., inzh., red.; TRAKOVSKIY, V.V., inzh.~ red.;
DAIWIOVY A.M., red.; AKSELtROD, I.Sh.p tekhn. red.
[German-Russian dictionary of notionx-picture and photographic
technology] Nemetsko-rusakii slovarl po kinofototekhnike. Pod ob-
shchei red. V.G.Gellia. Red. I.N.Aleksander, V.V.Rakovskii. Im-
skval Glav.red. inostr. nauchno-tekhn. slovaroi Fizmatgiza, 1962.
583 p. (MIRA 15:12)
(Motion pictures--Dictionaries) (Photography--Dictionaries)
(German language-Dictionaries-Russian)

BOGOIMOLOV, B.A., red.; BARANOV, A.I-'.~ red.; MMUETS, I.I., red.;
GUSEV, N.P., red.; PANIM, A.V., red.; ~AGFAVYMI Z.P.l
red.-leksikograf; VILENSKAYA, O.V., red.1-leksigogr.;
ART12,11OV, L.V., red.-loksikogr.; YERDII14A, N.N., mlad. red.;
VANSOVSKAYA, L.Ye., mlad. red.; CHEIMMOV, P.F., spets.red.;
PLAKSHE, L.Yu., tekhn. red.
[German-Russian polytechnicill dictionary] Nometsko-russkii
politekhniclitiskii slovarl. Podgotovleno pri redaktsionnom
uchastii izdatellstva "Tekhnikall GDR. Moskva, Glavnaia red.
inostranrWkh nauchno-tekhn. slovarei Fizmatgiza, 1963. 812 p.
(MIRA 1?:I)

BOGUSLAVSIY,, Pavel Samoylovich; BARALOI; A.M., red.
[German-fluzsian dIctiona-T7 on electric mea1wrement
technique] I~ematsko-russkii slovarl po elektroizmeri-
tellnoi tekhnike. Moskva, Sovetskaia entsiklopediia,
1964. 376 p. (MIfU 17:aa)