SCIENTIFIC ABSTRACT BORISENKO, A. I. - BORISENKO, I. G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206320009-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

PHASE I BOOK EXPLOITATION SOV/5633
Borisenko, Anatoliy Isidorovich
Zashabita molibdena ot vysokotemperaturnoy gazovoy korrozii (Pro-
tection of Molybdenum Against High-Temperature Gas Corrosion)
Moscow, Izd-vo AN SSSR, 1960. 82 p. Errata slip inserted.
3,500 copies printed.
Sponsoring Agency: Akademlya nauk SSSR.
Resp. Ed. (Title page): A. A. Appen, Doctor of Chemical Sciences;
Ed. of Publishing House: 1. A. Shenger; Tech. Ed.: E. Yu. Bleykh.
PURPOSE : This book is intended for metal scientists and chemises
working on new coatings for molybdenum and on improving coating
methods.
COVERAGE: The author reviews the problems of protection of molybde-
num and its alloys against high-temperature gas corrosion. He
notes the scientific and technical achievements in this field and
C ard--lA-_-

Protection of Molybdenum (Cont.) SOV/50633
points out the problems requiring further study. He concludes
that further research must be directed at: 1) studying chromium
and titanium coatings in order to find methods of improving
their characteristics, 2) finding special alloys with the same
tbermal-expansion coefficient as that of molybdenum and with
good malleability and toughness at any temperature, 3) studying
the properties of multilayer coatings in order to create a
coating whose overall qualit reflects the best properties of
the individual layers, and 4~ studying the possible development
of oxide coatings with a content Of M002 for the protection of
molybdenum surfaces. No personalities are mentioned. There
are 81 references: 49 English, 25 Soviet, 6 German, and 1 French
TABIZ OF CONTENTS:
Foreword
IntroductJon
3
5
Card-;~X

DOIUSENKO, Anatol I d ravichj APM y A.A., doktor khim. nauk, otv.
re .; SUSHKOU, T.I., red. izd-va,- GALIGAVOVA, L.M., tek-hn.
red.
[Protection of niobium from high temperature gas corrosion] Za-
shchita niobiia ot vysokotemperaturnoi gazovoi korrozii. Otvet.
red. A.A.Appen. Moskva., lzd-vo Akad.nauk SSSR, 1961. 39 p.
(MIRA 15: 1)
(Viobium-Corrosion) (Protective coatings)

(T~2ZW
AUTHOR: Borisenkop A. 1.
27912
S/08 61/034/010/004/016
1)258~1)301
TI TLE: The diffusional mobility of cobalt in a protective coating
applied on molybdenum
ARIODICAL: Zhurnal prikladnoy khimii, v. 34, no~ 10, 1961, 2175-2183
TEXT: The author's aim was to study the behavior.of metal atoms enter-
ing the composition of protective coatings on molybdenum when aubjected
to high temperatures for prolonged periods. The present work investigated
the diffusional mobility of these metals by using radioactive Co-60 and
measuring the decrease in the radioactivity of a coated sample while suc-
cessively removing thin layers of the coating. The compositions employed
for coating were prepared as follows: The charge for the frit was moistenei
ball-milled for 10 hrs. dried at 100 0C, fused at 1450-1680 0C, and the re-
sulting frit was finely ground and mixed with high-melting fillers, water.
bentonite (3.85% b.w.) and, in one composition, with B 23- Samples of
molybdenum (18 mm x 10 mm x 4 mm) 'were coated with the dross and then fired
Card 1/4 1

27912
S/080/61/034/010/004/016
The diffusional mobility.~. D258/D301
for 1.5 - 2 min. at 1450 - 16660C in an atmosphere of argon. The thickness
of the resulting coatings varied from 130 to 1601A . The coated 0samples
were0then annealed for 22 hrs. at temperatures varying from 1000 C to
1400 C. Afterwards, thin uniform layers of the coating were successivel.7
removed by abrasion and the radioactivity of the samgle measured after each
removal. The results, obtained with No. 666 at 1100 C and shown in Fig. 3,
are representative for the whole series. Co-60 migrates toward and dcross
the boundary with Mo. Both the mobility of Co and the extent of its cross-
over into the 11o zone are enhanced by a higher cobalt content of the coat-
ing. Thus, at 1400 0C, 58% of the total radioactivity in samples coated with
Nos. 666 and 667 migrated into the Mo zone; the corresponding figures for
Nos. 57C and 643 were 'low- and 25% respectively and include the radioactivity
of the boundary zone. TAbstractor's note: It is not clear whether the
boundary zone is included in the first two figuresT The highest concen-
tration gradient in the boundary zone occurred wiT% No,, 643 '. whi 1 e the
lowest influence of temperature on the mobility of Co-60 was recorded witb
No. 572. The high rate of diffusion in coatings Nos~ 666 and 667 is pro-
bably caused by their higher Co content and by the relatively low softening
Card 2/4

27912
S/080JOI/034/010/004/016
The diffusional mobilityoob D258/D301
range of the corresponding frits (980 - 1100 0C and 890 - IOIOOC respec-
tively). Another factor influencing the mobility of atoms in coatin could
be the viscosity of the vitreous mass, as mentioned by V. lo Malkin fRef.
7: Uspo khim. 279 3, 306 (1958) ). There are 8 figures, 4 tables and 8
references: 4 Soviet-bloc and 4 non-Soviet-bloc. The references to the
English-4anguage publications read as followst W. 11. Harrison et al., J.
Am. Cer. Soc. 35, 5, 113~ (1952 ; D. G. Moon et al., Nat. Adv. Comm.
Aeronaut. Washington, 39, (19511; Chromium and glass high-temperature coat-
ings for molybdenum, Glass Ind. 34, 39 143 (1955).
SUBMITTED: December 51 1960
Card 3/4

BORIS~NKO,_A191csM~x KEPANOV., O.Yu.,, doktp fiz,-mat. nauk)
retsenzent; TARAPOV, I.Ye.., kaLnd,, fiz,-mat. nauk, red.;
TU13YANSKAYA, F.G., red. izd-va; ROZHIVI, V.P., tekhn. red.
(Gas dynamics of engines] Gazovaia dinamika dvigatelei. Moskva,
Goa. nauclmo-tekbn. izd-vo, Oborongiz, 1962. 793 p.
(MIRA 15:4)
(Gas dynamica) (Gas turbines)

BORISENKO. Aleksandr 1vanovich; TARAPOVI Ivan Yevgenlyevich;
~--- ~ 11 - TiLISKIY, D.A., red.; GARINA, T.D., tekhn. red.
[Vector analysis and the fundamentals of the calculus of
tensors] Vektornyi analiz i nachala tenzornogo ischisleniia.
Izd.2., dop. Moskva: Gos.izd-vo "Vysshaia ahkola," 1963.
261 p. (MIRA 16:12)
(Vector analysis) (Calculus of tensors)

BORISENKOJ, A.I., kand. tekhn. nauk; YAKOVLEV, A.I., inzh.
Study of the independent ventilation system of P-series machines
with a wide range of angular velocity regulation. Vest.
elektroprom, 34 no.3:30-34 Mr 163. (mm 16:8)
(Electric motors-Cooling)

BORISENKO, A.I., prof.; YAKOVLEV, A.I., inzh.
Study of the cooling of an enclosed d.c. machine. Elektro-
tekhnika 35 no,604-60 Je 164o (MIRA 17:8)

BORISENKO, Aleksundr Ivanovich, kand. tekhn. nauk, ispo1nyayiishchiy
1. - I - I - bb~szanno5t! prof 6snora; YAKGVLEV, Aleksandr ivanovi oh
Methodolopy for the thermal calculation of enclosed d.c.
motors. Izv. vys. ucheb. zav.; elektromekh. 7 no.5:554-
567 164. OURA 17:9)
1. Kharlkovskiy aviatsionnyy Institut (for Borisenko).
2. Vedushchiy inzhener laboratorill prorivshlennoy acrodinamiki
KharIkovskogo aviatsionnogo instituta Uor Yakovlev).

PqRLq~_kO,-,AJ-,, doktor'tekbn. nauk, otv. red.; TOROPOV, N.A.,
red.; IVAEOV, V.Ye.p rAd.1 APPEN, A.A., d6ktor khim.
nauk,, red.; GORBUNOV, N.S., dokt6r khim. nauk, red.;
KLEVTSURI S.A.p doktor tekhn. nauk, red.; NECHIPORENKO,
Ye.P., doktor tekhn. nauk, red.
[Hbat-resistaht coatings; transactions] Zharostoikie po-
krytiia; trudy. Leningrad, Nauka, 1965. 233 P.
(MIRA 18:9)
1, Seminar po zharostoykim pokrytiyam., Leningrad., 1964.
2. Chlen-korrespondent AN SSSR (for Toropov, Ivanov).

]~~.13 knnd.tekhn.nauk; M-SIVIKOV I.M., doktor telhri.nauk, prof.;
,T..HA,';TLIVTY. G.G., kand.tekhn.nauk; YAKOVLEV, A.T., inzh.
Study of the beat emission of electrical machines with mediur., power
ratings. Flektrotskhnika 36 no.10:3-7 0 165.
(MIRA 18-.10)

BMISZM, A. L.
I f ~ ~ t, ", - I r - ".". Z., ~' ~ ~' ~ I ~ -'I 1 7 - ~ r- ~* -* ". " " -
Characteristic function of a flow post a lattice of round cylisders.
Sber.trud.Lmb.probl. bystr. mash. me.5:19-26 155. (MULA 9:2)
(Fluid dynamics) (Turbomachimes)

T7
Cu.L 3,
IT,
-.3jol.
-..s JOU2
C.3-7
i-lataor
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or
car'!

GORE, T.V. [Horb, T.V.3, doktor sellskokhoz.nauk; TMSHCHICNEO, F.r.,
kand.biolog.naiik; BOGAY-WSKlY, O.T. [Bohaievs'kyi, O.T.J, kand.
veterin.nauk; POf INN=, N.D. . [Pot lomkin, M.D. jlakademik;
KNIGA, K.I. [Enyha, K.I.J; POPOV, O.Ya., kand.B8l'skokhoz.-aauk;
KHMILIK, G.G. [Hmelyk, H.H.], kand.sellskokhoz.nauk-, SHRAM, I.P.,
kaDd.eel'skokhoz.uank [deceased]; KOPIL, A.M., kand.sellskokhoz.
nauk; TSELYUTIN, V.K:., kand.sellskokhoz.nauk; BOZHKO, P.Tu., doktor'
sellskokhoz.nauk; KROKIN, S.S., kand.aellskakhoz.nauk; ZMTARSKIT,
VIM. (Zemlianslityl, V.K.J, kaud.sellakokhoz.nauk; B0RI9llWO,_A.N
[Boryeanko, AAJ, kand.biolog.nauks,' ZAKHARRWO, V.3., kand.blolog.
nauk; SMIRNOT, I.V. [ftrnov, I.V.1, kand.biolog.nauk; WABUSTOVSKIY,
I.F. (Khrabustovolkyi,'I.F.], k7xnd.biolog.nauk; TORSTYATWSKAYA, M.N.,
[Trost ianet 9 'ka, M.N.], assistente, ALESHKO, P.I., iuzh.; VASILYEV,
rasylliev, O.F., kand.tekhn.nauk; BUGITWO. III. [Buhalenko, III.1
starehiyprs'podavatell; TRAMOMMOTA, 0.0., kand.okonom.nauk;
B'UTKO, S.D., kand.ekonam.nauk; Twr'RSHIK, K-Q. [Telashyk, K.H.31
doktor okonom.nauk; TAROSBRO, V.D., kand.okonom,nauk; LISIY, I.Y.
[Lysyi, I.I.], red.; YNROSHNWO, T.G. [Ilroshenko, T.H~J, tekhn.red.
[Handbook for zootechnicians] Dovidnyk zootekhnika. 2., dopovnene
i pereroblene vyd. 1~riv, Derzh.vyd-vo silialkohospodaralkot lit-ry
TiRsR, ig6o. 728 p. (Kau 1512)
1. Vaesoyuzuaya akademiya sel'skokhozpqstvennvkh nauk imeni V.I.
Lenina (for Potemkin). 2. Chlon-korrespondent Veasayuznoy akademii
sellskokhogaystvauln
_ykh nauk imeni 1.1.1enina (for Kniga).
stock and stock breeding

TUMASHEVA, N.I.; 13ORISF11KOf A.M.
Content of copperp zinc and iron in patients with syphilitic
lesions of the nervous system. Zhur. nevr. i psikh. 65
no.1:37-39 165. (MIRA 18:2)
1. Kafedra kozhnykh i venericheskikh bolezney (zaveduyushchiy
dotsent 14.1. Tumasheva) Vinnitskogo meditsinskogo instituta.

BORISENKO, A.M.; BORISENKO, V.A.
Copper, zinc, and iron content in the blood of donors supplying
blood repeatedly. Probl. gemat. i perel. krovi 10 no.1:50-52
Ja 165. (MIRA 19:1)
1. Vinnitskiy meditsinskiy institut.

BORTSENKO, A.M.
ntent ol (I Opp- I', Z I ',I CV ~IFIQ Lf.?~ L11 Vtii -' k LIO Oklzxr,~,O V.L
s. Vest. da,:~.,no i v6n~ r,--,)o2-"",2-56 16,5.
IMIRA l8zlO;
i(afedra lczhnyl-!i i vein riri,-he 6, boleLnoy dolaent N.I.
4 U
sheva) VLnnitskogo maditsinc:' c-go n:,- linu-ii N."'.Pirogova.

BORISINKO, A.H.; TSYGMOV, SaVe, professor, saveduyuohohiy.
liffect of nicotinic acid upon the course of acute aniline poisoning. Yarn.
i toke. 16 n0-3:34-39 My-Je 153- (MMA 6:7)
L.Kafedra farmLkologii Odesekogo farmateevtichaskago instituta.
(Aniline--Toxicology) (Nicotinic acid)

7-
wall A he
to,
r t: t't

a r t' s e A- (_) 41'
AUTHORS: Boriseako, A.N. (Engineer) & Popov, G.R. (&gineer) 110-2-9/22
TITLE: A high voltage d.c. converter. (Vysokovolltnyy preobrazovatell
postoyannogo toka)
PERIODICAL: Vestnik Elektropromyshleanosti, 1958, N0.21 pp.32-33 (USSR)
ABSTRACT: High-voltage d.c. supplies are required for television sets,
oscillographs and the like. The convertors developed in the Institute
consist of special reservoir circuits and semi-conducting rect fiers
and generate several thousand volts d.c. in equipment of very small
aize and weight. The efficiency of the equipment is 38%, its
dimensions 80 x 47 x 32 mms, and its weight 150 grams. An input of
200inilliamps at 12 V d.c. is converted to I kV d.c. on a load of
1 megohm. The output characteristics, given in Fig.1, can easily be
varied by altering circuit components. A schematic circuit diagram is
given in Fig.2. Given the characteristics of the triode, it is not
difficult to design the generator. The symmetrical generator circuit
with two triodes shown in Fig.3. avoids having a constant magnetic
flux in the core: thus, the'size of the transformer is reduced Whilst
doubling the output power. There are 3 figures, no literature references)
ASSOCIATION: The Scientific Rtsearch Element-Electro-Carbon Institute of the Electro-
tachnical Industry (NEI E11)
AVAILABLE: Library of Congress.
Card 1/1

I,ESHCHINSKIYq A.F.; BORISENK09 A.N.
I- -... --.
Effect of vitamin Bl on the animal organism under the influence
of ionizing~ radia.tions4 Tarm.i toks. 23 no.2tl69-173 Mr-Ap L60.
(MI1M 1433)
1-. Kafedra X:Lziologii s farmakolog~yey (zav. - prof.M.A.Rozenberg)
Odesskogo farmatewticheakogo instituta.
(RPIATION SICKNESS) (THIAMINE)

ALIKSBYRY. A.F.; BORISFAO, A.P.j GLIKSON, V.I.; GROMOVA, N.Y.; KRASOVSKATI,
A.I.; NOV A. N.N.; OVCHAROVA. A.I.; KHVOYNIK, P.I.; CHURAKOV, V.P.;
SMTITKO. V.M.; GRORGIYEV, U.S., red.; SHILODKM, V.A., redo;
LXVCHM. K.V.. red.; IJKANOVA. I.S., tekhn.red,
(Prices on' the world capitalistic market; a handbook] TSsny miro-
,rogo kapitalistichookogo rynka; spravochnik. Moskva, Vneshtorglidat.
1958. 391 P. (KIRA 12:7)
11 Moscow. Nauchno-iseledovatellakly kon"yunkturnyy Institut.
(Prices)

TAMMINSKIL Yu.N.; PCLYANIN, D.T.; KENZHINSKIY, Ye.A.; IVANOV,I.D.;
SEMETRY, Yu.A.; KOSTYUKHIN, D.I.; DUDUKIN, A.R.; ITANOT, A.S.;
FINOGENOV, V.P.; ZAKHKATOV, K.I.; SWDKIN. R.G.; DUBHENIKIN# V.N,;
BOGDANOV. 0.' S.; SNROTA. L.T.; GOWCHAROV, A.W.; XAMIN, 0.1o;
MOSKIT, U.S.; PUCHIK. Te.P.; SEROVA, L.V.; XAMENSKIT, R.N.;
SABELINIKOV, L.T.; INDOROY, B.A.; GERCHIKOVA, I.N.; KJRAVATEV, I*P.;
KARPOV,'L.N.; SHINY, Tu.P.; VLADIMIRSKIT, L.A.; KMSKKKOV. I.A.;
RY11BININA, N.D.; ANANITET, P.G.; RMY, T.T.; BILOSHMIN. D.K.;
SETMOKULTUKOT, I.M.; PAM"NOT, A.Ta.; SMrHffOV, V.~P.; IMSEIV,
A.F.; SHIL11KRUT, V.A.; CHURAKOV, V.P.; BORISMO. A.P.: ISMT, T.T.;
OBLOYA, N.V.. red.; GORTUNOVA, V.P..red.; BELOSHAPKIN, D.K., red.;
GZORGITEV, Ts.S.ired.; KOSAHEV, Te.A., rid.;. KOSTYMIN, D.I... red.;
HATOROV., B.T.. red.,- P----I-N, H.S., red.; FICHUGIN, B.M., red.;
POLTANIN, D.V.j red.; SOLOIKIN, R.G.i. red.; UPIKOV, I.S., red,;
11CHIN, P., red.; SMIRNOV, G., tekhn.red.
[3conomy of capitalist countries in 1957] Zkonomika kapitalisti-
chaskikh stra6 v 1957 godu. Pod red. N.V.Orlova. IU.N.lapolinakogo
L V.P.Goriunova.- Moskva, I.zd-vo sot oial 'no-ekon.lit-ry, 1958.
686 p. I (MIRA 12:2)
1. Moscow. Nauchno-issledovatellakiy kon"yunkturnyy institut.
(Economic conditions) ' I

JDK15C~NK-,U) I-)
KAPZLI11SKIY, Yu.11.; POLYAND, D.V.; ZOTOV, G.M.; IVANOV, I.D.; MGEYEV,
Yu.A.; MBIIZHIIISKIY, Ye.A.; KOSTYIJKHIII, D.I.; DUDUKIII, A.N.;
IVAITOV, A.S.; FINOGBIIOV, V.P.; ZAYOHMATOV, M.I.; SOLODKIN, R.G.;
DUSHEIIIKIN, V.N.; BOGDANOV, O.S.; MOVA, L.V.; GONCHAROV, A.N.;
LYUBSKIY, M.S.; PUCHIK, Ye.P. [deceased]; KAMENSKIY, N.N.;
SBELINIKOV, L.V.; GIMCHIKOVA, I.N.; FEDOROV, 13.1i.-, KARAVAYEV,
A.P.; KARPOV, L.N.; VARTEWYAN, E.L.; SHIPOV, Yu.P.; ROGOV. V.V.;
BOGDANOV, I.I.; VLADIMIRSKIY, L.A.; LHBEOV, B.I.; AILUOYEV, P.G.;
TRINIGH. P.A.; GOLOVIN, Yu.M.; MATYUKIIIII, I.S.; SEYFTJLIMULvUh'OV,
OUILAKOV,
A.M.; SHILIDIMUT, V.A.; ALFKSF.YEV, A.F.; AO
V.P.; SRASTITKO, V.M.; GZRUS, V.G.; ORLOV, N. f.',--re-d'-.;~iMLINSKIY,
Yu.N., red.; GORYUNOV, V.P., red. V redaktirovanii prinimali,
uchastiye: BELOSHAPKIN, D.K., red.; G34ORGIYEV, Ye.S., red.; KOSAREV,
Ye.A., red.; PANKIN, M.S.. red.; PICHUGIN, B.M., red.; SBrAREIIKOV,
Yu.S., red.; MAKAROV, V., red.; BORISOVA, K., red.; CHEPF.LHV.A, 0.,
tekhn.red.
[The economy of capitalistic countries in 19581 M-.onomika kapita-
listicheskikh stran v 1958 godii. Pod red. II.V.Orlovs, IU.N.Kape-
'Linskogo. V.P.Goriunova. Moskva, Izd-vo sotsiallno-ekon.lit-ry,
1959. 609-p. (MIRJA 12:12)
1. Moscow. Nauchno-issledovatellskiy kon"yunkturnyy institut.
(Economic conditions)

h*!4*0 I:wW, tt)I-JL,-. .-zuk; W11 il'Psi,
------ -, - -
of V-S absol to vibratim.- , 61 t-.rbinz) ro-;,Omi a
rMne(n-Aact mthod. ll~norC-u i olelctrotoltho provi, (~-D 165.
(115311A

BQR1SFI,T-KO,-Ar1asta,,-,~ya S FIUL~~tYAS!;i.:A--, "7 L4 _--: ' "I ~. "
- I . - -p - .- .. I I ~ -. 1~ ~ -, m t: ,
MASHKINA, .9-, -red.
[Jersey cattle on the "Elahno" Szlate Ffrrj Lzhei-leil-Iii
skot v sovkho2e "Malino." Moskvpa,
1964. 45 P. ( 11. i R A 17 - c') ) .

/-T
GEMPLIM, N.I.; KROXHIN, N.G.: BORIS'PINK09 A T
wmw-wo~-
Distillation (cobobstion) of eugenol aqueous solutions, R"ort Nn.l:
Cohobation in cube woparatus. Trudy VNIISNDY no.?:141-146 154.
(!!,LR-t 10-7)
(Distillation) (Bugenol)

GEMPERIN., N.I.; IDELISO.N, Ye.M.; LIVSHITS, A.K.; ZILIBERG, V.I.; BORISENKO,
A.T.; GABRI =,VA. L.I.
Improving methods of xanthate production. Report no.l: Preparation
of potassium and sodium butyl and theyl xanthates from anhydrous
alcoholateso Sbor.nauch.trud.G;MTVE= no.16.-153-169 159.
(MM 14:4)
(Xanthic acid) (Alcoholates)

-~ I / -11T
,
e!2E~~; GERASIMOV, N.N.
Single-core cable instrument for measuring the diameter of wells.
Razved.i prom.geofiz.no.17:91-93 '57. (MIRA 10-12)
(Oil well logging, Electric)

GELIPERIN, N.I.; DELISON, Ye.M.; LIVSHITS, A.K.;IBORISENKO, A.T.;
GABRIYP,PV4' L.I.; ZILIBERG,, V.I.
Improving methods of xanthate production, Report no.2: Preparation
of potassium and sodium isobutyl and isoamyl xanthates from practically
anhydrous alcoholates. Sbor.nauch.trud.GINTSVETHET no.16:170-179
1,59. (MIRA 14:4)
(lanthic acid) (Alcoholates)

GELIPERIN, N.I.; IDELISONO Te.M.; LIVSHITS, A.K.; BORI
ZILIBERG), Vj.
Improved method for the production of zanthates. Report no.4:
Preparing xafthates by- the continuous method from isobutyl,
buty-1 SK, and isopropyl alcobol. Sbor. nauch. trud. Gintsvet-
meta no.19-255-262 162. (mrRA 16:7)
(Xanthic acid)

_A4r VaBillyevich;
KONOVALOV, Yevmeniy Grigorlyevich;.BORISMO, Aj_&qq
AUMOV, L.I., k5nd.tekhn.nauk, red.; TINGFIM,
VCLCKHANOVICH, I., tekhn.red.
[Vibration turning] Ostailliruiushchee tochenle. Kinsk, Izd-vo
Aked.nauk BSSR, 1960. 30 P. (MIRA 14:1)
(Turning)

WM6
110 D S/571/6o/ooo/oo6/oil/oil,
E194/E135
AUTHORS: Konovalov, Ye.G., and Borisenko2 A.V._.
TITLE-. Certain operating characteristics of an oscillating
cutter
SOURCE: Akademiya nmuk Belaruskay SSR. Fiziko-tekhnicheskiy
institut. Sbornik nauchnykh trudov. no.6. Minsk, 1960.
216-227
TEXT: In lathe turning operations the chip tends to wind
itself round the tool and work piece and can be a considerable
nuisance. Existing types of chip breaker are not reliable, and
for automatic machines and production lines it is necessary to
develop new methods of turning which overcome the problem of chip
breaking. one such method is that in which the cutter is given an
oscillatory motion in the direction of the feed. Cutting then
takes place with variable feed and the chips resemble those formed
during milling. In the Laboratoriya novykh metodov obrabotki
matori.nInv (Laboratorv for row mpthnds of working materials) of the
FT1 AN BSSR-An oscillating cutter head was designed for a
turning lathe type 1A62. The construction
%-ard 1/ 0

0946
Certain operating characteristics ... S/571)16o/ooO/oO6/0l1/01l
E;194/E135
is illustrated schematically in Fig.l. The tool 1 in the tool
holder 2 is made to oscillatb along the axis of the work piece by
the cam 3 which is driven along a spline shaft 4 through the
gearing 5. The tool holder in held against the cam by springs.
The amplitude of oscillation in altered by changing the cam shape
but a fine adjustment 7 is also provided. In another design the
cam was driven by a separate motor of o.6 W. The tests were made
with cutters tipped with the carbides T5 KIO and T15K6 working
steels 20, 45 and 18xrT(i8KhGT). The cutter geometry was:
a) p = 900; Tl = 60; X = 00; Y = 70; a = 110; r = 0.5 mm:
b) = W; Yl = 260; X = 00; = 70', a = ll*; r = 0.5 mm,
fAbstractor's notes In Soviet terminology y = plan angle,
9 working trail angle, X = cutting edge side rake, y = rake and
a clearance; r is presumably nose radius.]
Theoretical formulae are derived for the instantaneous rate of feed
of the oscillating cutter and expressions are derived for the
conditions when the feed is zero so that the chip must break.
Then an expression is obtained for the amplitude necessary to cause
chip breakage. However, the actual amplitude differs from that
calculated because of elastic vibration of the lathe, the tool and
Card 2/8

30946
Certain operating characteristics S/571/6o/ooo/006/011/011
E194/E135
the part and moreover it is not always necessary to reduce the
feed to zero to ensure chip breaking. Accordingly, tests were
made to ensure chip breakage under different cutting conditions.
The amplitude of oscillation was measured by a vibrograph which
recorded on a moving tape fitted on the tool holder. Fig.2 shows
a graph of the minimum amplitude in mm as function of the feed
rate in mm/rev, for steel grade l8KhGT (dotted line) and steel 45
(solid line). It is found that the minimum amplitude to ensure
chip breakage is greater than the calculated value by some 20-30%.
In the case of the tough steel grade l8KhGT the minimum amplitude
is proportional to the feadi however, for steel grade 45 at feeds
greater than 0.25 mm/rev. proportionality is not observed. This
is because the break occurs where the chip is thin. Further
tests showed that the use of emulsified cutting oils reduced the
stable value of the minimum amplitude. The minimum amplitude is
increased with increasing depth of cut. However, changes in the
cutting speed (in the range 62-190 metres/min) or in the rake
angle of the cutter (from -5 to +150) or in the cutting edge side
rake (-5 to +150) have practically no influence on the minimum
amplitudes. By introducing empirical coefficients into the
Card 3/8

309
Certain operating characteristics ... S/3M6o/ooo/oo6/oli/oli
E194/EI35
theoretical formula the following expression is obtained for the
minimum amplitude necessary to ensure chip breaking~
Amin ~ qV qt 10 qX mm (7)
1 - 5 a in 71: --L-
1 n I
where values of q are taken from Table 1.
When an oscillating cutter is used the finish is not so fine as
with a normal tool. It was found that the smoothest surfave was
obtained for ratios of oscillation frequency to spindle speed which
give the minimum amplitude for chip breaking, i.e. when this ratio
is 0.5, 1-5 or 2.5. Fig.7 shows a graph of the relationship
between the surface roughness in microns and the ratio of the
frequency of oscillation to the spindle speed where V = 70 m/min,
S = 0.5 mm/rev-, t = 2 mm, using steel grade 45. The dotted line
shows the surface roughness with normal cutting methods. The
influences of feed, cutting speed and use of cutting fluid and
depth of cut on surface finksh with an oscillating cutter are much
the same as with an ordinary tool. The variations in rate of feed
with an ost-illating cutter would tend to promote tool wear, and so
Card 4/ 8

30946
Certain operating characteristics S/571/6o/ooO/oo6/0ll/Ol1
E1911/E135 ,
will the increase in the impact loading. On the other hand, with
an oscillating cutter the cutting edge periodically leaves the
cutting zone so that it runs cooler. This was confirmed by
measuring the electromotive force between tool and workpiece which
was less with an oscillating cutter than with a normal tool. Tool
wear studies showed that with an oscillating cutter in the majority
of cases the tool performance was 30-40% better than with a normal
tool. It is considered that an oscillating cutter can be
successfully used on ordinary turning lathes and it is particularly
effective when used on automatics or on autornatic lines.
There are 11 figures, 1 table and 6 Soviet-bloc references.
V~
Card 5/ 8

KONOVjLWV, Ye.G.; BORISMO A.T.
Dynamics of oscillating turning. Dokl.AN BSSR 4 no.8:340-342
Ag 16o. (MIRA 13:8)
1. Fiziko-tekhnicheskiy institut AN BSSR. Predstavleno akad. AR
BSSR K.V.Garevym.
(Turning)

0
BORISEN ---A--V.) Cand. Tech. SCI. (diss) ujnvesti~,ation of
Process of Sharpening an Oscillating Cutter," Minsk, 1961, 16 pp.
(Acad. of Sol. Belorussian SSR, Dept. Tech. Sol.) 220 copies
(KL Supp 12-61, 0-63).

S/12-3/62/000/013/013/021
A004/A101
AUTHORS: Konovalov, Ye. G., Borisenko, A. V.
TITLE: Some characterstic features of the work with oscillating tools
PERIODICAL. Referativnyy zhurnal, Mashinostroyeniye, mo. 13' 1962, 72, abstract
13B441 ("Sb. nauchn. tr. Piz.-tekhn. in-t AS ]~SJ;R", 1960, no. 6,
216 - 227)
TEXT: The investigations of the FTI, AS BSSR, were carried out on the
IA62 lathe with a head for oscillating turning, in which the oscillating motion
is imparted to the tool from a cam kinematically connected to the.spindle rota-
tion. The tests were carried out with tools fitted with.T5M10 and T1% sin-
tered carbide bits in machining the steel grades 2o, 45 and 18XrT (18EWT).
It is pointed out that oscillating turning ensures a reliable chip breaking in
turning any materials at all cutting conditions. The optimum geometry is selec-
ted without using any chip-brdaking devices. For ensuring the breaking up of
the chips, the ratio of the oscillation frequency to the number of spindle revo-
lutions should not be an integral number. In finishing operations it is neces-
Card 1/2

8/123/62/000/013/013/021
Some characteristic features... AOOVA101
sary that this ratio amounts to 0.5, 1.5, 2.5. The tool life in oscillating
turning increases up to 40%. The authors present the working principle and a
schematic of the head for oscillating turning. There are 11 figures and 6
references.
M. Degtyareva
[Abstracter's note: Complete translation]
Card 2/2

KOCHERGIN, S.V.; GOMUSHKIN, F.F.I. dorozhnyy master; 40RISENKO.,,D,G.- brigadir;
GRlNEVICHUS., E.A. [Grine-vicus, H. 1; KUPS, V,,G, I,;
BENOXOVSKIY, V.Ya.; PIRIYEV, im.
Letters to the editor. Put2 i put.khoz. 7 no.206-37 263. (MIRA 16:2)
1. ZameatiteV nuoballaika Rossosbanskoy distantsii Yugo-Vostochnoy
dorogi (for Kochergin). 2. Stantsiya Kudinovo,, Moskovskoy dorogi "for
Goryushkin)e 3. Stanteiya Rsdwitea', Moskovokoy dorogi (for Borisenko)b
4. Starshiy dorozhnyy z"ter, stantsiya Klaypeda,, Litovskoy dorogl
(for Grinevichus). 5- Stantsiya Cheremkhovo.9 Vostochn&kSibirskoy
dorogi (for &ir~). 6. Zamestitel-' nachal9nika distantsii, Manzovka..
Dallnevostochnoy dorogi (for Selionov), 7. NachaVnik ot&la
zashchitnykh lesonasazhdeniy sluzhby pati, g.Kuybyahev (toi Baa-kovskl-y)o
8. Zamestitelc nach&Vnika distantsli Khachms:s, Azerbaydzhanskoy
dorogi (for-Piriyev). V
(Railraods--Track)

BORISEWo, D. I.
east section of the Lokhvitsa Alcohol Combine. Spirt. prom.
22 no.3:34 156. (HLBL 9:11)
1. Lokhvitskly mpirtovyy kombinat.
(Yeast)

BORISEMO, 1).M. (Boryoenko, D.M.]
Plem=e with a nodal diameter of a circular conic plate.
Hauk. zap. Kyiv. un. 16 no.16:225-230 157. (MIRA 13:3)
(Flexure) (Xaqtio plates and ehells)

BELTAYEV, V.S.; BORISENKO, KORABIXV, A.A.;
KOLYSdKIN, O.M.; KUTLUNIN, V.A.; MALYAGIN, U.S.; SOKOLOV, A.I.;
CMMAKOV. A.I.; ABMOT, V.I., otv.red.lzd-va; BOLDIMA, Z.A.,
tekhn.red.
[Manual for the coal mine mechanic] Sprevochnik mekhanika
ugollnoi shakhty. Moskva. Gos.nauchno-tokhn.izd-vo lit-ry po
gornomu delu, 1960. 612 p. (MIRA 13:12)
(Coal mining machinery)

~BQRIaUKO. F.A, jnzh.;~ URCHUXIN V.G. insh.
$I 1 .9
Remok", of a blast furnace, Stall 23 n0.1.'14-15 Ja 163.
(HM 116:2)
1. Zaporozhakoye upravleniye "Tushdomnaremont".
(Blast furnaces--Maintenance and repair)

130RMMOO 7.7.
Treatment of bMrtension In PO4'v',Lnlcsa Tre Akad-
mod, nauk MR ToL20:i76-i86 19$2. (CUM 25:5)
1. Of the Institute of 2herapy (Director -- A.4 )Vasnikoyp
Active Member AM MM), Acadswq of Medical Sciences USO

BORIS]INKD. F.F., kand. med. nauk (Moskra)
Use of histamine in the polyclinic in treating pntients with hyper-
tension. Vrach.delo no-1:1283-1286 D 158- (MIRA 12:3)
1. Institut terapii ANN SSSR.
Oiy SION) (HISTAIin)

30RISENKO, F.F., kand.med.nauk (Moskva)
Role of certain occupationsl factors in the etiology of hypertension*
Sov.zdrav. 17 no.11:43-46 N158 (MIRA 11:10)
(HYPERTE11SION, etiol. &pathogen.
occup. factors (RUB))
(OCCUATIONAL DISEASES,
hypertension. occup. factors in pathogen (Rus))

I.- B.I.
Difficulties of differential diagnosis in periarteritis nodosa.
Khim. med', 38 no.5ti26-130 My 160
I& . .. (ARTERIES--DISEASES) (MIRA 13:U)

BORISMIXO,G.
More attention to needs of state farms. Sov.profsoiuzy 3 no-7:
44-46 J1155- (MIRA 8:10)
1. Predsedatell Krasnodarakogo kraykoma profsoyusa rabochikh pro-
myshlennosti prodovollstvennykh tovarov
(Krasnodar Territory--State farms)

BORISENKO, G.A.
Raising cotton in hills. Sbor.trud.po agron.fiz. no.6:148-155
'53. (mm 11:7)
(cotton growing)

BORISEM, G.A.
------- mm"MM--4ft,
Chackrow planting of potatoes on ridges. Dokl. Akad. selikhoz.
21 uoaa2-i6 s56. NLRA 9:10)
1. Agrofisichenkly nauchno-Iseledovatel'skly Institut. Pred-
stavleno akademikon I.I. Samoylovyw.
(Potatoes)

BMYAYET, V.G.; BORISENKOp G.A.
-
Profiling the ball-retarn channel for ball transmissions.
Stan. i instr. 35 no.6tl3-16 Je 164 (MM 1718)

LIPYAVKIN,, Aleksandr Fedorovich, dotsent, kand. tekhn. nauk; BORISENKO
Georgly Fedorslyevich,,, arkhitektor; NIKOLISIM, A.E.. dots.,
red.; SHIROKOVA, G.M., red.izd-va;
MOCHALINAP Z.S., teklm. red,
(Apartment houses built of silicate and mesh-reinforced
silicate blocks without cement]Stroiteltstvo bestsementnykh
zhilykh domov iz silikatrykh i armosilikatnykh blokov. Mo-
skvaj, Gosstroiizdat, 1962. 56 p. (MIRA 15:11)
(Sand-lime blocks)
(Volgograd-Apartment houses)

----------
;~s 4n A "'tar
vi:

FILIPOV, S.N., inthener-, BEDA, N.I.. inzhener; BORISINKO, G.P., inzhener.
The adjustment of wire rolling mill guides. Stall 16 no-7:614-619
il 056. (MLRA 9:9)
1. Zavod im"ni Petrovskogo.
(Rolling (Metalwork)) (Wire)

amtu-m * ~of- el~u lifig jagotp iato tio
116 M!wt Of rolill-g ill
Aling Wto:z ifi4j?p mill and (d) raU
'O=d to nffi~ct- qu&lity apppoiably.
a. eha.7ing Vimptmture of 910* C
to. whicb~ ii~4mtion cA the 'blooming ru
larnt-of mlla with a s~mpaf6twr wm requi" to avold hair
jr~

C, - /--'
V ~" -; -- -~.w : /L,
BF-DA, N.I., inzhener; KOTOV,.N.X.; BORISENKO, G.F.; MALIT"EVA, Ye.M.
Effect of technological factors in rolling on the quplity of beonemer
steel rails. Stall 16 no.10:897-900 0 156. (~UJIA 10: 9)
1. Zavod imeni Petrovskogo.
(Rolling (Metnlwork)) (Railroads-Rails)

AUT[IOR:
TITM
133-5-12Z27
Beda, N.I., _Borisenkoj G.P., Ing., and Galemin, M.P. Dots-
Rolling of rails using a split calibre on blooming mill
rolls. (prokatka rellsov s primeneniyem razreznogo kalibra
v valkakh bluminga)
p.oiRIODICAL: "Stall" (Steel), 195746)PP. 431 - 435 (U.S.S.R.)
2
ABSTRACT: This paper is a contribution to the discussion on the
rational calibration of rails. The influence of the initial
height of billets and the use of a fourth traper6id pass and
changes in the shape and dimensions of the open (lower) part
of the traperoidal passes on the quality of rails was investi-
gated. In order to eliminate the influence of steel making
and other technological factors half of the ingots from each
ladle of each experimental melt was rolled on a blooming mill
1000 in 1? passes into billets 210 x 165 mm (1 series) or
220 7C 165 (11 series) and the second half of the ingots into
billets 190 x 165 mm. Then all the billets were rolled accord-
ing to Fig, 1 on a mill 800. The influence of the height of
billet on the quality of rails is shown in Table 1. The trap-
aroidal pass with displaced line of split is shown in Fig. 2
and the deformation of metal in traperoidal passes is shown in
Figs. 3 and 4. Mechanical properties of rails rolled with 3
Card 1/2 and 4 traperoidal passes respectively were compared: bending

Rolling of rails using a split calibre on blooming mill
rolls. (Cont.) 133-5-12/27
strength of the rail foot (Fig. 5 and Table 2), types of foot
fractures (Fig. 6) and impact strength of rails (Fig. 7). On
the basis of the results obtained the following conclusions
were drawn: 1) The deformation of metal in traperoidal passes
has a substantial influence on the quality of the rails (elim-
inat~on of surface cracks). The optimum number of traperoidal
passes Is 4. 2) The initial billets for rolling rails of the
pe-P-43 should be of a height not less than 240-260 mm.
3 In order to decrease the width of flanges in the last
~
traperoidal pass (when high billets are used) the design of the
first traperoidal pass with a displaced line of split is
recommended. There are 2 tables, 7 figures and 5 Slavic
references.
ASSOGIATION: Petrovski-y Works and Dnepropetrovsk Metallurgical
Institut-e-(tiM,od im. Petrovskogo i Dnepropetrovskiy
Metallurgicheskiy Institut)
AVAILABLE:
Card 2/2

S/137/61/000/007/022/072
A0601A101
AUTHORS: Chekmarev, A. P.; Borisenko. 0. P.
,TITLE: Investigation of tension on.a continuous section mill
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 7, 1961, 7, abstract 7_1142
("Tr; Konferentsii: Takhn.-progress-v,tekhnol. prokatn..proiz-va".
-Sverdlovsk.-Metallurgizdat, 1960i 351-362)
TEXT; On the continuous light-seotion mill 250 with manual control of the
!maiii,drive motors,--the effect of tension upon.the dimensional stability of the
rolled profile was studied. The peouliarities of the technologic 'al process of
rolling onthis mill and the method of tension determination by means of.a loop-
-holder of special design are described.- The total pull in the strip between the
:stAndq of the.planishing-group-of the mill.is calculated from a formula relating
it to the pull indication of the dynamometer, located in one of the arms of the
n4- S
loop-holder, and ths constant of this mechanism. The measureme V of ten ion
between groups of the mill was carried out by means of a stationary tensometer
pulley. The method !)f determining the.mismatch in the velocity conditions of
rolling is g'iVen.' it is measured by 'the ratio of the possible Input velocity
Card -1/2

S/137/61/000/007/022/072
Investigation of tension on ... AW/Aioi
of the metal into the stand next in the direction of motion to the velocity of
metal output from the preceding stand. An Industrial test has shown the great
reliability and high precision of the proposed tensometers. The necessity of
taking into account the effect of tension upon the quality of rolling Is demon-
strated. The arising of shrinkage in the strain seat, rather than between the
stands of the millis experimentally verified. In rolling a circle of 20 mm
diameter the magnitude of maximum admissible velooity mismatch amounts to 1.8 -
2.0 percent.
V. Mezis
[Abstracter's note; Complete translation]
Card 2/2

BORISENKO, G. P.- inzb.
Effect of the speed of olip on the coefficient of friction
in upsetting. Nauch. trudy DMI no.48:335-341 (162.
MIRA 15:10)
(Forging) (Friction)

--- - - - -- ---
CHEKMAREV., A. P,Jq alcademik; OSTAPENKO, V. V., inzh.; WRI~~O ~GP
inzh.; GETWIETS, V. V., inzh.; LEVCIMIKO, L. N., inzh.
Rolling of angle steel on a continuous mill. Nauch. trud DMI
no.48.'79-93 'IT
162. (MIRA 15: 10
1. Akademiya nauk Ukrainskoy SSR (for Chekmarev).
(Rolling(Metalwork))

GREKMAREV, A. P. . akademik; BOPJSEZO, G. P inzh.
Forward alip in rolling angles on continuous mills. Hauch.
trudy DMI no.48:94-107 162. (MIM :15:10)
1. Akademiya nauk Ukrainskoy SSR (for Cbakmarev)
(Rolling(Metalwork))

CHEKMAREV, A. P., akademik: BORISMO 0. P inzh.
Investigating tension on a continuous shape mill, Nauch. trudy
DMI no.48:108-120 162. (MIRA 15:10)
1. Akademiya nauk Ukrainskoy SSR (for Chakmarev).
(Rolling mills)
\ -.4

ABOLIKHIN, I.P., inzli.; BORISENKO, G.S., inzh.
Machine for marking hot pipes. HeMA avtom.proizv. 18 no.3.-
14-16 Mr '0'4, (MM 17W

I 'a it u 11 u IS 1) 10 IT rrr,3. a Ad a IT v 11 AS )4 34 X 4 41 0 JJ 4,
IS 1) 10 IT
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amm"s.
laj*~Yw Pro", 1%2, 'I'D- 14.,
V*r'ms OP-(d "'AfTh-btad inatesiall we I,F,. go
Imt*d With A6c-';Ou a' h"I""I ch-nixtry in Lwnrction
wilb the iodusty. Pt. K.,.L.P"a a*
=00
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CO 0
a goo
too
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0,21-A-MItic ce" Vdh7L9 Matches, -=It Sittig
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,iq~ ME=

BORISENKO, is
Radar control of flights. Kryl. rod. 14 no.11132,34 N 163.
(MM 16:11)
1. Nachallnik sluzhby svyazi Upravleniya aviatsionnoy podgotovki
i aviatsionnogo sporta, TSentrallnogo komiteta Dobrovollnogo
obshchestva sodeystviya armii, aviataii i flotu SSSR.

Teaching the Morse code. Krvl.rod, 11 no-5:26 Ky 160.
WRA :13;7)
1. Ikehallnik sluzhby avMi Upravleniya aviatsionnoy
podgotovki I aviatelonnogo sports, TSentrallnogo komiteta
Dobrovollnogo obsbehestys, sodeyetviya araii, aviataii i
flotu SSSR. .,,
(Morse code~Study and teaching)

BORISENKOI I.., slortJvnyy komissar
At the start and the finish. Kryl. rod. 15 no.22:2-3 D 164.
(MIRA 18:3)

. I
1. BALANDIN, V.; BQRT9FNX0., T-
2. USSR (600)
4. Moving-Picture Projection
7. Advanced group. Kinomekhanik No. 3, 1953.
9. Monthly List of Russian Accessions, Library of Congress, koril 1953, Uncl.

BORISENKO.I.
- -- w-
~d=:dng cement to speedIup the drying process. Stroi. mat. izdel.
i konstro 1 no-3;17 Mr 55. (MIMA 8:10)
1. Nachallnik Rovenskoy oblastnoy laboratorii po iapytaniyu Btroy-
materialov.
(Brickmaking)

BRATUKHIN, A.. kand.tekhn.tauk; SSIMTORSKIY, B., kand.takhn.nauk;
BORISENK0. I., kand.tekhn.nauk.
Possibilities of using pneumatic transportation in conditioning grain
and milling products. I-Iul~-elev.prom, 25 m.1:23-25 Ja '59.
I (MIRA 12:3)
1. Yeasoyuznyy nauchno-isaledovatellskiy institut zerna i produktov
yego pererabotki. (Pneumatic-tube tr anoportation)
(Grain-bandling machinery)

BORISFMOY I., sportivnyy komissar
legalization of space records, Kryl. rod. no.2:10-11
F 163. ltMIRA 16:4)
(Space flight)

BORISENKO. I.A
Earth-space-eartho Kryl. rod. 14 no.8:7-9 Ag ,63.
(MIRA 16:8)
(Space flight)

.BOFISENKOj I-. E. I
'Nomogramma dlia opredeleniia tsehtra tiazhesti samoleta ot pribavleniia,
sniatiia i peremeshcheniia gruzov. (Tekhnika vozdushnogo flota, 1940, no. 8,
P. 59-63, diagrs.)
Title tr.: A nomogram for det-3rmining the center of gravity of an airplane
with relation to the increasing, shifting, and movinp, of loads.
TL50)t.T4 1940
SO: Aeronautical Sciences and Aviation in the Soviet Union, Library of
Congress, 1955.

- - I- s IT.
BORISENKO, I. G.: I'Virorous apple- and pear-tree stock in Moldavia
(agrobiological characteristics and the selection of the better
forms)." Min Higher Education USSR. Kishinev Agricult ral, Inst
imeni M. V. Frunze. KA-Lshinev, 1956.
(Dissertation Eor the Degree of Candidate _'n Agricultural Sciencos).
SO: Kniz a letopis', No 23,, 1956

0 )24a__Effjjh'MjPA
SOURCE CODE:
udovich. S. Z.; Abramov
AUTHOR: Y V. V.; Bypko, A. .1 Frantsoy, V. o;Zagri
V. I.; Borisen
ORG: none
TITLE: Forgeebilit~ of heat-resistant DI-1 stainless steel
SOURCE: Stall, no. 10, 1966, 94T
OVg-vr 00M,~WSMOA),
TOPIC TAGS: 4heat resistant steel, stainless steel, martensitic steel chromium
nickel molybdenum.steel, steel forge /DI-1 stainless steel
AWTRAC'-'- The forgeability of heat-resistant DI-1 stainless steel is affected by the
following factors. chemical osition, amount of impurities, rostructure, surfac,
condition of the ingot and e composition. The decisive factor, however, was
e
found to be the tjEtn,-~asefpcontent. The amount of a-phase at 1200C varies between
3 and 8% (depending--o-n-We- holding time) and between 9-20% at 1250C. The a-phase
content affects negatively the elongation and reduction of area. To improve forge-
ability. the heating of ingot@ from 900C to 1200C should be done as fast as possible,
the holding time at 1200C should not be less than 3 min per cm of.crose section, an
the absolute reduction should not be more than 25-30 = per pass. The best chemical
CWd I UDC-. 669,14,016.45

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BORI,IWKO, VASILIYEV, A.A., red.; MUKHINA, Ye.S., tekhn,
I jA4
~ I - ~-red.
[Use of radio in the training of aviation sportsman] Ispoll-
zovanie radio v podgotovke aviatsionrqkh sportsmenov. Mo-
skva, Izd-vo DOSAff, 1961. 85 p. (MIRA 15:4)
(Radio in aeronautics) (Aerial sports)

BDRISENEO I
t
World records of Vrii. Gaprin.
6 (Radio)
Radio nQ-7:3 J1 '61
?MIRA 14: 10)
f

BORISBNKOY I.G.
First space records. Kryl.rod. 12 no-5:6-7 IV 161. (MIRA 14:7)
1. Sportivnyy komissar TSentrallnogo aerokluba SSSR.
(AstronAutice)

-- BMI4ANXOr-Iv-Gr---,
Now space records. Kr7l. rod. 13 no.9:8-9 S 162. (MIRA 15:10)
1. Sportivmyy kmisear TSentrallnogo aerokluba SSSR.
Space flight)
povich,, Pavel Remanovich, 1930-)
M
(Niko3.aev,, Andriian Grigorlevich., 1929-)

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'APS012656
-b S- Z-;
AtITHOR; t6rlbenko, 1. G. Tete3eln, G. V.
Abjj=oVq I V. v. Yudov
.............
ratures
-l.steel at high tempe
TITLE*
Mecbanidal properties of DI
19650 221-224
Fi7.jkO_kbimicbeskaya nekbaul)ca materialovs v- 1, no. 29
steel Vetallographic analysis
~~TOPIC TAGS- metal mechanical proper
I l6teel are studied in the 20-9000C in-
The mechanical Prq ertie k of D - s
~ABSTRACT f. short duration. The chemical COM
Iterva, using hot tensile and compression The form-
died are given in table 1 of the Enclosure.
positions of the two melts Stu I Properties of the ma-terial in the complex Stxessc
j~ ula for evaluating the mer-banica
state is:
Oj
The
Is- the tensile yield stress.
stresp and
e-*COMpression- yield
'is th .8 mterial-to:-
the
e -range'- 'S
~2 var es over rat'
ic) increas The of.. a
tic deformation~indreaseb'With an* alggebra e in U2-
iplas
cc
_03-0.
511 A MINT
IN,
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MMOM OTUIM2 ., M1,
Eli! _07 ~a"pl!m

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ACCESSION N,R. 'APS012656
ENCWSURE: 01
TABIZ--l-
-chemical C06D6sition .!of: melts A and B

AI~It IC
Hn ~'Si. CV::'. Ni No v

M,18 -0,
048 - ~2 -~o Q18: 0;010::: 15 45
0
2064 0.46
0,35
OiI81- 0*22 :~-,0.28 916 ~O i-Oll 15i.07: -'-2666 A.42 0012

Coid 3 a,:_

L 3876-66 Fss- (1)/F~(V)-3/EEC(k)-2/D1A(d) TT/DD/BD/GW
AM5024865 BOOK EXPLOITATION URVJ
629,13:629,19,796,092,2(023)
Bovisenko, Ivan Grigor'yevich
First records in space,(Pervyy rekordy v kosmose). Hoscow, Izd-vo
"Mashinostroyeniye,". 1965. 120 ps Illuss- (part cola) '9500 copies
printed,
TOPIC TAGSt manned spaLe f -light, manned space flight records
PURPOSE: This book is-intended for the general readers
COVERAGEt ThA book deals with Soviet-space records and how these
records were established and recorded. Soviet rockets and space-
ships and the activity of the FAI and the USSR Aviation Sport
'Federation are briefly described,
TABLE OF CONTENTSt
introduction 3
Card 1/3

L 3876-66

ABRAMOV., V.V., YUI,,(,VjCfl p S.Z.; BOPISENKO I G - (;.V.
1-1 $ 0 , j p
.......... 1--.1.
Enginef,rin.rt properties of 1)1-1 steel at hA.,7h temperaturea.
Fiz.-Idiin. nekh. mat. 1 no.2:22%1-22.1 165. (MIIU 18-.6'
1. HashinostroitelInyy JnBtjt,,jt 1.,-0. V.Yu. chubaryu, zuporozhlye.

L) 0
AUTHOR: None given SOV/179-59-5-41/41
TITLE:
Machine -
Ln Indust
PERIODICAL: Izvestiya Akademii nauk SSSRI Otdeleniye tekhnicheskikh
nauk, Mekhanika i mashinostroyeniye, 1959, Nr 5,
p 184 (USSR)
ABSTRACT: The Conference was called during 12-16th May 1959, in
Moscow by the Soviet Academy of Sciences, the USSR State
Planning Commission (Gosplan), the State ScAentific-
Te41V11w,t1 Committee (Gosudarstvennyy nauchno-tekhnicheSk3*-Y-
komitet), the State Committee for Automation and Machine-
Building' (Gosudarstvennyy komitet po avtomatizatsii i
mashinostroyeniyu) and the USSR National Committee for
Automatic Control (Natsionallnyy komitet SSSR po
avtomaticheskomu upravleniyu). 800 Delegates took part.
Academician Bardin, I.P. in his opening address noted -the
official policy of a broad adoption of automation in all
fields of the National Economy as the decisive condition
of further technical progress. Academician Dikushin, V.I.
Card 1/4 read a paper on the problems of the development of

SOV/179-59-5-41/41
Third-All-'Un'ion United Conference on the Automation of Manufacturing
Processes in Machin6- Building - and Automatic Electrical Drives
in Industry
automation in machine.- building in the 1959-1965
period. The greatest significance is attributed to the
complete automation of processes with a large labour
content and heavy repetitive work and to the automation
of production. Mechanisation and automation must spread
into new fields of production. The integrated
development of powerful mjLcoine - bui Iding Jill make
it possible to increase the productivity of labour V"
continuously and without limit. Advanced production
processes must be more rapidly adopted. Renewal of
production plant must be carried out by its replacement
with better plant and more automatic plant and by
economically beneficial modernisation. Special
attention was paid by the lecturer to the press working
of metals. Research into deformation processes, the
stressed state and strength in the stamping of hot and
cold metals, especially metals of low ductility and heat
resistant metals must be accelerated. Concerning the
Card 2/4 problem of the continuity and automation of metal cutting

SOV/179-59-5-41/41
Third All-Union United Conference on the Automation of Manufacturing
Processes in -Machine - Bailding and Automatic Electrical Drives
in Industry
processes, the lecturer pointed out that the creation
of improved machine tools for metal cutting will deniand
more research into the stressed state, the deformation,
and the forces in metal cutting, into the increased life
of cutting tools, the development of methods of precise
forming and improved accuracy of cutting, the development
of automation schemes and automation equipment capable of V"
rapid re-setting or re-tooling when changing the design
of the components. Special attention was given by the
lecturer to the drive and control of machine tools.
The scientific and technical level of developments in the
field of drive and control achieved in the USSR will make
it possible to solve complex problems of the automation
of the entire operating cycle of a machine tool. However,
the lag in the manufacture of drive components and control
components prevent the wider development of automation.
Academician Bruyevich, N.G. read a paper on the safety
and accuracy in automatic production. J~ -Qri4en-ko '; I. I..
Card 3/4 engineer, gave a paper on the manufacture of electrical

SOV/179-59-5-41/41
Third All-Union United Conference on the Automation of Manufacturing
Processes in Machine - Sailding and Automatic Electrical Drives
in Industry
equipment, instruments and electrical means of
automation during the current 7-year Dlan.VA
-Solodovnikov, V.V., Doctor of technical sciences,
presented a paper on the scientific foundations of
integrated automation. Academician Strumilin, S.G.
lectured on the economics of automation in industry.
About 150 papers were devoted to the automation of
manufacturing processes in machine-
-building. They were divided into the following sections:
the automation of foundry processes, of press working
processes, of welding processes, of hard facing processes,
of assembly processes, of inspection processes and the
section on drives and controls in machiiie4:
building. The conference also heard papers devoted to
modern-problems of automatically controlled electrical
drives
~ ~.eported in Izvestiya Akademii nauk SSSR,
Otdeleniye teklinicheskikh nauk, ;seriya "Energetika i avtomatika,"
1959, Nr 4).
Card 4/4