SCIENTIFIC ABSTRACT BOGUSLAVSKAYA, Y. Y. - BOGUSLAVSKIY, D. B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206010013-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

O1WKAH,X.B.; BOGUSLAVSUYA.Ye.Yu.
Increasing equipment performance is a major task for textile
vorkers.
Tekst.prom.8 no.2:33-35 7148. (KIRA 8:11)
(Textile machinery)

BOGUSLAVSKM, Yu.
Man decodes the "language" of animlo. Znan.aila 37
no.2:38-42
F 162. (MIU 15 -.3)
(Aniumls, Habits and behavior of)

BOGUSIAVSUU p Z.M.
---------
Peculiarities of orienting activity In the_procese of
for*lmg inltW
notiono in presohool ohildreno VoppoiMol,, 7 no,3093-101
My-JO
161. (MM l4t6)
1. Institut paikhologii Akadoxii pedagogiohesk4kh nauk
RSFSR, Moskva.
(orientation)
k

LUKOSHKIHA~ L.A., kand. takhn. nauk; WOTINSKIY,
M.P.., kand. arkh,;
MIKWLE;VSM, P.A., inzh.; TSILLI', L.B., kand. arkh.1
SHPANOV, I.A., arkh.; Prinimali uchantiyet
BOGUSLAVSKIY-,--
A I* inzh.; GALAKTIOVIOV, A.A., kand.
tekhi~-.-BRUR-;LIV9RITS,
~,., ~;zh.; ZHUKOV, K.V., kand. arkh., retsenzent;
SOKOLOV,
P.N., prof.s retsenzent; GURVICH, E.A., red. izd-val
TaIDA,
Te.L.p tekhn. red.
[Catalog of finisbing materials and products)Katalog
otdeloch-
nykh materialov i izdelii. Moskvap Gosstroiizdat.
Pt-4.[As-
bestos cement]Asbestotsenent. 1961. 36 p. (MIRA 15: 9)
1. Ysesoyuznyy nauchno-isBledovatellskiy inatitut
novykh
stroital'rWkh materialov. 2.
Nauchno-issledovatel'skly institut
slyudy, asbestoteementrykh izdeliy i'proyektirovaniya
stroitell-
etva predpriyatiy slyudinoy proMablennosti.(for
Lukoshkina.,
Ilikhaylevskiy).
(Asbestos cement)

KOSHKIN, V.G., kand. tekhn.nauk; MAKOTINSKIY, M.P.,
kand. arkh.; MUNIS,
V.O., kand. arkh.; RUDINA, M.A., arkh.; SILUANOVA,
G.V., arkh.;
SHDRYGINA, N.V., kand. khim. nauk; Priminali uchastiye:
BDGUSLAVSKIY,-A-I., inzh.; ZARUBITSKIY, Ale.,, inzh.;
LIVORITS,
N.N., inzh.; dTLIVANCHIK, A.N., kand.
tekhn. nauk; ROMANOVA, L.A., inzh.; CHERKINSKIY,
Yu.S., insh.;
ANDREYEVP V.S., retsenzent; IOFAN, B.M., retsenzent;
KRIPPA,
A.I., arkh., retsenzent; GURVICHp E.A., red.izd-va;
BRUSINA,
L.N., tekhn. red..
(Catalog of finishing materials and products] Katalog
otdoloch-
n.vkh materialov I Izdelii. Moskvat Gosstrolizdat.
Pt.l.[Plasties;
polymer finishing materials) Plastmasay;.polimernye
otdolochnye
materialy. 1962, 119 p. (MIRA 16W
1. Vsssoyuznyy nauchno-lealedovatellokiy institut
novykh atroi4
tellnykh materialov. 2, Chleny-korrespondenty Akademii
stroite~#-
stva i arkhitektury SSSR (for Andreyevj, Iofan,
Krippa).
(Plastics) ( Bui Iding-Detsils)

BRIX, F.G., inzh.; YEFREMOVA, Ye.M.; LOPOVOKO
L.I., kand. arkh.;
MAKOTINSKIY, M.P., kand. arkh.;,.MIWVZOROV,,
A.K.., arkh.;
CHARNYYp A.S.,, kand.-takhn. nauk; Prinimali
uchastiye:
BOQqSLAjSKrY, A.I., insh.; LIVSHITS,.A.M., inzh.;
POPOV#
---r'eisenz-e-nf;"-RDKHVARGF,,R, Ye.L., kand.
tekhn. n
.N.0 aul't.,
A
retsenzent; GURVICH,, E.A.,,,red.
(Catalog of finishing materials and elements]
Katalog ot-
dolochnykh materialov i lzdelii. Moskva,
Goastroiizdat.
Pt.5- [Ceramics) Keramika. 1961. 54 p. (MIRA 16;8)
1. Vaesoyuznyy nmohno-iseledovateliskiy inatitut
novykh
stroitellnykh auxtoilalov. 2. Deyatvitollnyy chlen
Akademii
stroitallotva I arkhitaktury SSSR tor POPOV).
(Finishes and finishing)

ALEKSEYEV, V.N., arkh.; KONSTANTINDVA, N.A., arkh.;
LOPOVOK, L.I.,
kand. arkh.; MAKOTINSKIY. M.P.., kand. arkb.;
Prinimali
uchastiye: BOGUSLAVSKIY, A.I.p inzh.; LIVSHILTS,
A.M.,, inzh.;
MASHINA, N.T."J'"2014-If W;r.S.0' retsenzent;
BOTVINKIN,
O.K., doktor khimp nauk, prof., retsenzent;
POSOKHIN, M.V.,
retsenzent
[Catalog of finishing materials and products]
Katalog otdeloch-
nykh materialov i izdelii. Moskva, Goostroiizdat.
Pt.3. 1961.
60 P. (MIRA 18:4)
1. Moscow. Vsesoyuzvyy nauchno-issledovatellskiy
Institut no-
vykh materialov. 2. Rukovoditell
Arkhitekturno-stroitellrqm
sektorom Vesoyuznogo nauchno-issledovatellskogo
instituta
novykh stroitellnykh materialov, Moskva (for
Makotinskiy).
3. Rukovoditall Sektorom tekhniko-ekonomicheskikh
issledovaniy
Voesoyuznogo nauchno-issledovatel'skogo instituta
novykh
stroitellrqkh materialov,, Moskva (for
Boguslavskiy). 4. Chlen-
korrespoi;dent Akademii stroitel'stva i
arkhitektury SSSR (for
Andreyev, Poso~hin).

KRESTOVP M.A., kand. arkh.; MAKOTINSKIYj M.P.,, kand. arkh.; TSILLI.,
L B., kand. arkh.; Prin4m&1,4 uchantiye: BOGUSLAVSKIY,_A.I.,
!~zh.,- DOBRYAKOVA, L.I., kand. tekhn. nailj~i-Vt4dTgP- K-K,
insh,; MUNTS, V.O., kande arkh.; LIVOV, G.N., inzh.p re;
zent; POPOV, A.N., retsenzent; GURVICH, E.A., red.izd-va;
TEMKINA, Ye.L., tekhn. red.
[Catalog of finishing materials and elemental Katalog otde-
lochnykh materialov i izdelii. Moskva, Gosetroiiadat.
Pt.6.[Conerete and mortars] Betony i rastvory. 1962. 46 p.
(MI~A,16:8)
1 Voeooyx#nyy nauchuo-ioaledovatellskiy institAt novykh
s;roitelInfth materialov. 2. Doystvitelinyy chlen Akademii
stroitellstva i arkhitektury SSSR (for Popov).
(Finishes and finishing)

BOGustAvary, A.I.
Main trfinds in the development of the building
materiala
Industry during 1964 and 1965, Strol, mat. 10 no.W-6
F 164.
(MM 17:6)
1. Gosplan SSSR.

SMIEYDER, V.Ye.j kand. ekon. nauk, dots.;
TUROVSKIY, I.G.) prof.;
ZAK, M.A., kand. ekon. nauk;
JXA&2jA3t$=.,__Aj,,v, inzh.-
ekon.; SANKISKIY, D.I., kand. ekon. nauk, dots.;
ASTANSKIY, L.Yu., kand. tekhn. nauk; GUSEV S.G.,
inzh.-
ekon.; GORSKOV, V.A., inzh.-ekon.[deceasedi;
ILIIN, S.I.,
inzh.-ekon.; BALDIN, S.A.p inzh.-ekon.; VAUMOVA,
L.N., kand.
ekon. nauk
(Econondca, organization and planning for the
building
materials industry) Ekonomika, organizatsiia i
planirovanie
prorcyshlennosti stroitelInykh materialov. Yoskva
Stroi-
izdat, 1965. 425 Pj (OA 16:10)

BOGUSLAVSKI, A.; ATAXABOVA, Lj.; LAZARVSKA, R.
Content of aicorbic acid in fruits and vegetables
intended fav
direct consumption iwthe area of BkoV14~ and suburbs
in the
period from 1952 to 1953 and at the beginning of 1954.
Higijena,
Beogr- 7 no-1-4:391-395 1955-.
1. Centralni higijenaki savod, Skoplje.
(VITA.MIN,G
content in fruits & vegetables (Ser))
(,WITS
vitamin 0 content (Ser))
(VEGIVABLBS -
game)

BOGUSLAVSKIY. A. . inzh.; DVOIdSYN. R.. inzh.
(Xiyev).
Preparation and paclmging of shoo polish are
mechanized.
Prom.koop. 13 no*10:20 0 159. (MIRA. 13:2)
(Kiev--Shoe Polish)

BOGGMLAVSKIY, A.
"Ways of Increasing the quality of Asphalt-Concrete
Coverings" (Chemistry:.
Petroleum Products) Zhil.-Komm. xh-vo, No. 4, 1953,
25,26
Abs.
W-3u46, 1 Feb 55

"Centrifugal Casting of Cast-Iron Gears," A. D.
~Poguslavskiy, V. Ye. Gurkov, V. D. Dudkinp Engineere,
P. F. Zhidkov
."Litey Proizvod" No 5P PP 9, 10
Describes 2-sided comtelever-type, centrifugal cast-
ing machine and 13rocedure for casting blanks of
cast-ir6n gears. Advantages of centrifdgal casting
are discussed and Improvement in metal structure$
frm vievpoint of graphite distribution and basic
perlitic structure, is illustrated by micrographs.
195T57

7
Miscellaneous Building tiles
Card 1/1' Pub. 104 9/14
Authors i Boguslavekiy, A.-I.: and Katasnelinboygen,, A. I.
Utle t Reserves for increasing the output ofthe work at-~ile factories
Periodical, 'IStek. i ker. 11/3, 23-25,, Mar 1954
AbstAftat .1 Building tiles,..Ospecially floor tileas are classed as a
critical
item, and methods a" proposed for increasing production without
increasing plant equipment or-the number of workers. Some plants
auc-,essfully shortened the time-of firing by using liquid fuel,
Among the changes suggested areautomatization, improvements in
the system of moving materials and reduction in the number of
auxiliary operations.
institution:
Submitted:

C-16b9VSZJt1
GORSKOV. Vladimir Alekseyevich; UGORCHIK, Xatvey
Mikhaylovich; 3 USIAV
SKIT teencent; PLIMUNNIKOV, H.N., radaktor; 0;4.-.Ya
-AN&Yce0ski"y redaktor
ClconomloB, organization and planning in interprises of the
glass
industry] Bkonomika. organizateiia i planiroyante
predprilatii
stekollnoi. promyshlennonti.. Moskva, Goo. nauchno-tekhn.
ind-vo
Ministeretva legkol promyshlo SSSR, 1956, 414 p. (MLRA 10:1)
(Glass manufacture)

BOGUSLAVSKIT, A.M., kandidat tekhnicheakikh nauk.
I
7rost-resistance requirements of aggregates and concrete
(for discussion).
Stroi.prom. 31 no.10:35-36 0 '53. (MLRA 6:11) i
(Trost) (Concrete, Trost resistant)

I I
-, ., /111,
.(') e': C~ j -~ -- /-,1~, -~ xf - / Y) /~) I
BOGUSLkV-S_UL-A.*,, kand.takhnonauk.
Calculating condists, sixes by means of their flexural
strength.
Avt.dor. 20 no.7tl8-20 J1 157. (MIRA 10:10)
(Concrete)

kand.tekhn.nnuk.
Cold-laid grAnite nspbnlt concrete Dnvement. Avt.dor. 21
no.3:8
Mr 158. (MIRA 11:3)
(PAvements, AsT)hnlt)

1~11 BOGUSLAVSKIY, A.M., kand.tekhn.naWt
Necessary straiWth for asphalt concrete. Avt.dor. 22
no.S:
16-17 Air 159. (14IRk 12:. 11)
(Asphalt concrete)

BDGUSLAVSKU, A.M*; OSIMV. V.7.
---- - I- . -~~ ..... .
Affect of gravel size on the strength of concrete
pavement.
Avt. dor. 22'up,9:8-10 5 159. (KRA 12:1Z)
(Roads, Concrete) (Gravel)

Deformation capacity of asphalt concrete subject to Ioe~in and
cooling. Avt.dor. 26 no.4t26-27 Ap 163. (MIRA 1124)
(Asphalt concrete-Testing)

j- -j, kand.tekhn4nauk
-ROGYOL-AYSKIY A.~.
Making road pavement of soil cement* Avt. dor, 27
no.2:3.8 F
1649 (MIRA 17:3)

BMUSLkVSKIY, A.R., inzhener.
Approximate calculations of the arms of stability of
a hull shall.
Sudostroaxia 22 noe6sl-4 is 056. (MIRA 9: 9)
(Hulls (Naval architecture)) (Stability qf ships)

DOCRJSIJLVSKIY, A.N., izLzh,
- -.1-
Datum-rib deformation according to given changes in
the position
of the abscissas TruV TSNIIU no,40t?5-78 159-
MU 13:6)
(Ship models-Testing) (Bulls (Naval architecture))

BOGUSLAVSKIY., A,11'. Jnzhe
t:; ~-- I -
Betimato of basic parametore for a stability
diagram. Trudy
LWTL no.I4o49-%' 161. (I-MIA 14:11)
(Stability of ships)

BOGUSLAVSKIT A.N. inzh,
Calculating curves for elements of theoretical
drawings in
the initial stages of design. Trudy LIVT no-5:12-18
160.
(Hulls (Naval architecture)) (14IRL 15:2)

4
/63/000/002/007/052
3/124
D234/0308
UPL
MOR: DoguslavskiX,,A.N.
A
TITLE: Calculation of stability diagraras in the initial,
stages of design
PERIODIOAL; Referativnyy zhurnal Mckhanika, no. 2t 1963, .54,
--ta vodn. stransp.
abstract,2017 (Tr. Lening in
48-59)
no.'28,.1962,
The.author proposes approximate expressions for Cal-;
T=.U:
culating the diagrms of static stability, based on a parabolic
approximation for the metacentric radius as a function of the heel-
ing angle, The.method of apRroximation is different in two ranges:.
from the heeling angle 0 a. Ou to the migle of the dock entering the
water.or the angle of appearance of the bilge.9jr, then from to
Of staticstability
9 m 900. Gorrcaponding exprossiono for thd am
_1, and that of dynamic stability ld are obtained, by integration.
ing in there expressionB.are tab-'
rigonot-detric functions of 0 occurr
ulated in the paper. Initial data for the application of the method.
Oard 1/2

S/124j63/000/002/007/052
D234/D308
Calculation of stability
~A
e
are:'ini
itial,metacentric height, theangle of the deck entering th
water 91j-, initialmetacentric radiu i(O), metacentric radii r(Q.)
and r(906) and the ordinate~-of'the center of magnitude for 9.= 9000
Two aT)-r ng Gjr) or
3roximate methods are given for determini r( S PS
with: the ratio of watertight volumes above and below water level
Vjr/V = 1. 5- 2.2. B/T -4 5.5 and H/q n 1.5 2jqj a simplified meth.,
'od oLcalculating the diagram of dynamic stabi ity is proposed.
Limits of applicability of the proposed methods of construction of
he diagrr-mare established. In comparison with other a~)lproximate
me thods o-F calculating the - stability diagram (a.,gr. those of V.L.
Pozdyunin, V.G. Vlasov, N.A. Zabotkin, M.L. Ollpinskiy) which approx-
imate the curve of the center of magnitude or directly the diagrams:
of static or dynamic stability., the,method proposed is more accurate,
since it appro-.imates the curve of metacentric radii for which the
diagrraias o-f static stability are integral. TI-ds improvement is es-
pecially SUOsLarttial for ships with large B/H. However, the method
proposed in th dif;ci hose mentioned above.
paper is more cult than t
ZAbstracter's note: Complete translation-7
2/2

BOGUSIAVSKIY,, A.N., inzh.
Design of a theoretical drawing preserving the given
characteristics
of stability. Trudy LIVT no.50:34-45 163,
(,%IIR,A 17: 11)

BOGGUSLAVSKIY, A.N., inzh.
Preliminary calculation of the stability diagram of a
ship
in waves. Trudy LIVT no.62:41-51 164. (MIRA 18:11)

BOGUSLAV 'IY r R D c . Lev Sergeyevich; SHAPOSH-
lft~ !p ivi b; ANDWIV
&A Vtmq
111my, Sergey'Veyev 'ch; SOB31DOV. 0.0.. gorW inzhener,
reteenzent;
TIKHONOT, N.V., kandidat takhnichaskikh nauk,
reteenzent: KALMYKOT,
S.G., redaktor; T37,DDKOVA, H.L., redaktor; ATTOPOVICH,
M.K., takhni-
cheekly redaktor.
(operator of a scraper winch; textbook for Instracting
workers In
production technology] Mashinist skrepernoi labodki;
iachebuoe
posoble dlia proisvodetvenno-tekhnichookogo obucbeniia
rebochikh.
Moskva, Gos,'naucbno-tekhnAzd-vo lit-ry po chernoi I
tevetnoi
metallurgii, 1955. 196 (MLRA 8:11)
(Winches)

BMSIAVSKIT, A.R.; ANUUM, L.S.
OScraper hxulage in nonferrous metal wingem. N.V.
TikhonoT. ReTiewed
by A.R. Boguslavskil, L.S. AndreeT. Gor.shur. no.1:64
Ja 155,
(scrapers) (Tikhonov, .N.V.) (MLRA 8:7)

BOGUSIAVSKIT. Aleksandr Ruvimovich; ANUMM, Lev
Sergeyevich;
SllAPOSflNMCW,- ~;6y-:itakheyevich; AVSNMOK, A.F.,
otv.red.;
SINTAGIRA, Z.A., red,izd-va; SABITOV, A., tokhn.red.
[Scraper operator] Mashinist skrepernoi ustanovki.
Moskva.
Goe.nauchno-tekhn.izd-vo lit-ry po, gornomu delu,
1959. 201 p.
(MIRA 13:2)
(scrapers)

BOGUSLAVSKIY, A.S.
I
Hopper for delivery of concrete mix and mortar. Rate.
i isobr. predl.
v stroi. no.95:26-21 154. (MLRA 8:7)
1. Treat no.42 Kinisteretva. stroitel'stva. (Concrete)
(Hoisting machinery)

~,BOGUSIAVSKIYO A.Sh.
Interuniversity scientific conference oo the
reorganization of plant
design and plannin based on mathematical methods and
the newest
computing techniques, Khim. prom. no. 2:1" F 161.
(MIRA 14:4)
(Chemical plants-Congresses)

(I)ODUSTAVSKIT. A.Ta.; )OMIK-DAVTOTAN, R.S.
Case of Intravital x-ray diagnosis of cancer of the
horizontal
portion of the lower segment of Us duodenum.
Yest.rent.i rad.
35 no.lt60-61 Ja-T 160. WFA 13:6)
(DUODOM neopl. )

BOGUSIAVSKRY, B.L., Professor
"A.D. Yudin. Metal-Cutting Macbine Tools" Stanki i
Instrument, 12, no. 3, lc~41

Bod"'USLANISKlyp B.L., Professor
"The Question of Assembling Yachine Tobls" Stmiki i
Instrument, .12, no. 5, 19111

BOGUSLA.VSKTY, B.L.
"Classification of the Principal Variants of an
Automatic Lathe Drive"
Stanki i Instrument, 16, nos. 10-11, 10~45

BOGUSLAVSKIY, B.L.
"Classification of the Principal Variants of an
Autoiriatic Lathe Drive"
(Condlusion) Stanki i Instrument, 16, no. 12, 1945

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AX-M-C A_-I .1 9-

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9000-~,X810 01P UTMS* BA 9
(Stanki i
J
.00

R. uYllussian). The
Instrumenty, 1947, vol 18, no Is pp ;
.00
00 11;
Inportanoo of the
Vocoano'-typo desip of lathes and lath*
Itise
Is 0 Iii !,
groups and
general principles of their design are *xplaineds
*00

The present
state of development, mainly to the U.S.S.R. Is

06
discussed* The
method applied for type standardisation of

00 6;
laths, groups and
am* tavulated Asta of the main types recommended
CID 0
a
for
staWardization, together with recommendations an further

standardizati m are giventl-B.O.
0

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COO

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-

we*

tj
too

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e

BOGUSUVSKIY, B. L.
BOGTJSIAVSKIY, B. L. -- "Automatic and Semiautomatic lathes
Semiautomatic lathes (Single Spindle)', Mashgiz, 3-948,
Automatic and Semiautomatic Lathes'A Mashgiz, 1950)."
Machine-Tool and Tool Inst imeni I.V. Stalin
(Book.- 'Automatic and
andlMultispindle
Sub 28 Ma,,- 52, Moscow
SO: Vechernaya Moskva January-December 1952

DOMSLAVSiay, B.L.
---,
Mnoeoshpindellnye tokarnye avtomaty i poluavtoiimt~.
hoskva, Rashgiz, 1950.
574 p-
Automatic and semiautomatic multispindle lathes.
SO: Manufacturing and Mechanical Engineering in the
Soviet Union) Library of
Congress, 1,053.

SHMILBY, A.I.; KAZA , M.I., Inshener, redaktor;
BOGUSIAVSKIT,'B.L.,
professor. retsensent; POPOYA, S.M..
takhni-Me'sMil~--ribiff~.
(Vertical waltispindle semi-automatio lathes; a
turner's manual]
Vertikallnys mnogoshpindellaye tokarayo poluaytomaty:
posobie dlia
rabochikh. Moskva, Goo. nauchno-tekbn. izd-vo
M&Bhinostrolt. lit-ry,
1951. 194 P. NLRA 8:1)
(lathes)

MAROGHKIN, A.I.; KASHIRIN, A.I.; BOGUSIAVSKIY . [editors].
"', I L,
PAttomatic control in industry) Avtomatizataiia
tel-chuologicheakikh protsessoT.
[Nanchikyo redaktory: A.I.Maroahkin, A.I.Kashirin,
B.L.Boguslavskii] Moskva.
Goo. nauchno-tekhn. izd-vo mashiRostroit. lit-ry, 1951 314 p.
On-RA 6:8)
1. Vaesoyunnoye nauchnoye inzhenerno-takhniabeakoye
obshchestvo manhinostroye-
niya. 'Hookovskoye Weleniye. (Automatic control)

VIADZIYICYSKIY, A.P. dotsent, U~riat4 ~r6m I i, ka nd
ida t - t sirbiii-
cheakikh nauk; SOIOLOV8KIr;-;K.--'
P.. professor. doktor takhnicheakikh
.. __,L., professor, doktor tekhniche
nauk. ratsenzent: BOGUSIAVSKIT,,B
skikh nauk, redakt~or; VD1966iRA-YA. Ye.A.,
takhniabeekly redaktor
[Problems in the operation and planning of automatic
lines of
machines)'Nekotorya voprosy ekepluatatsit i
proektirovaniia avto-
maticheakikh stanochnykh linii. Moskva, Goa.
nauchno-tekhn. Izd-vo
mashinostroit. lit-ry, 1953. 162 p. (MIRA 9:12)
(Automatic control) (Machine tools)

1, BOTTSLAVSKIY, B. L.
?. bSSR (600)
4. Lathes
7. Analysis of construction and.operation indexes of current
automatic and semiautomatic
multi-spindle lathes. Sttn i instr No. 1 10,53.
9. Monthl List of Russian Accessions, Library of Congress, April
-1953, Uncl.

BOGUSLAVSKIY, B.L.
"Analysis of Design and operating Characteristics of
Multiple-Spindle Automatic and
Semiautomatic Latlies," Stanki i Instrument) no. 21 PP 3-61 Feb
15953
States operational results at tractor plants of
multiple-spindle automatic lathes,
model 1225-6 (mfd by plant im. S. Ordzhonikidze), indicate
reliable operation under
two- and three-shift schedules. Also states automatic lathe
model 1290 mfd by plant im
Gor'kiy. Plant locations not given.
258T48

To GO-SLA V5 K / ~j -B. L.
ARISTOT, N.P.; AIZBNSHTAVI, L.A;iWV
, OKU.. B.L.; PROKOPOTIGH, A.Te,
- _44Y
redaktor; POPOVA, S.M., Odiiicheskiy riaAW
(Achievements of Soviet machine tool construction]
Doatizhanita
sovetskogo stankostroonlia. Moskva. Goa. nauchu.-tekhn.
izd-vo
mashinostroit. i sudostroit. lit-ry, 1954. 174 p. (MLRA 7:9)
(Machine tool industry)

BOGUSLATKIY, B.L.; ROSTOVTSIT, I.A., Inshener, leureat
Stalinskoy prezii,,
MOVISHNIKOV, V.I.$ inzhener, reteeinzent; 01=YAND,
A.B.o, inshener, nauahW rodaktor; SUSLOV, P-V.,
inzhener, redaktor;
ROWD S.Ie, takhnio'haskly redaktor
[Automatic and somiantomatic lathes] Tokarmys avtomaty
i poluarto-
maty. Moskva, Voss. uchabno-podagog. ind-vo
Trudrozerviz&at 1954.
367 P- (MIRA ~:10)
(liathem)

BOGUSLAVSKIY, B.L., professor.
Creators of the now technology (071ret pages." I
Gorelik. Re7limed
by B.L.Boguslavskii). Nauka i ihisn' 22 no.11:63-64
N '55
(Autonatlon) (" 9:3.)

AGHAMR, U.S., zaalushannyy deaytell nauki i takhniki,
red..- BOOUSI-IAY�Xj
B L , prof. red.; GLIZKANINKO, D.L., kand.tekhn.nauk,
red.;
ieNOVICH, B.V., kandstakhnonsuir, red.; SASOV, V-V.,
kFindatelchn.
nauk. red.; STANUVICH, Y.G., inzh., red.; STOROZHEV,
H.V.. kand.
tekhn.nFiuk, red.; GOKUHA, V.B., red.; SOKOLOVA, T.F.,
tekhn.red.
[Present-day trends.in the manufacturing of engineering
equipment;
a collectiQ Sovremennye nepravlentia v oblesti
konstruiroyanita
tekhnologicheskogo oborudovaniia; abornik. Moskva,
Goo,nauobno-
tokhn.izd-vo mashinostroit,. lit-ry, 1957. 265 p. (mm
11:2)
(machine tools)

GOU1, B.V.. redaktor; ACHIRKAN, I.$., saslushenW deyatell
nauki I
tekhniki, redaktor*3 Unankil professor, redak-tor;
GLIZKAMKO, D*L,, kandidat tekhnieheskikh nauk, redaktor;
RABINOVICH, B.V., kandidat takhnicheakikh nauk, redaktor;
RAXHSHTAPT, A.G., kandidat tekhnicheskikh nauk, redaktor;
SASOV, V.V., kandidat tekhtiebeskikh nauk, redaktor;
STOROZHEV, N.V.,
kandidat tekhnicheskikh sauk, redaktor: SOKOLOVA, T.F.,
tekhnicbeskly
reciaktor.
[Present-day trends in machine manufacturing; a collection of
articles] Soyreven*nye napravlonita v oblasti takhnologii
apshino-
stroentia; abornik. Moskva. Gos.nauchno-tekhn.isd-vo
mashinostroit.
lit-rY, 1957. 363 P. (MIRA 10:11)
(Machine Industry)

DIMATOVA, N.F.; STAROSSLISKAYA. I.M.; SHIRKAH. A.G.; B"T-TAV5rIY
professor, radaktor-. KANOLI, M.G., redaktor; BRUDNO.. KK..Y...
skiy rodaktor
[German-Ruasian metallurgical dictionary] Nemetsko-russkii slover'
po-metalloobrabotka. Pod red. B.L.Boguslavskogo. Moskva, Goo.
izd-vo takha.-tooretolit-ry, 1957. 465 P- (MLRA 10:10)
(Metallurgy 'nictionaries)
(German language-Diatioaaries-Russian)

ANANIIN,Serg'ey qrlgorlyevich, professor; APWMXA , Naum
Samoylovich,
professor, doktro tekbuicbeskikh nauk; im Livoyieb,
prq~eA!qr; MMWOT.'.VI"ImIr Viktorovich doteent;
Nikolay Vasillyeviob, dotsent; KMYASHOTj Aleksandr
Alekselevich,
Vale,'n'tin Ilryinovich, doteent-, FMTINOK, Aleksey
A;!tqa,qyich dots'nt; KHRYKPT, Aleksandr Nikolayevich,
dotsent;-
ROSTOTTSB*,.-I.A.e. inshauer. rateenzent; SOKOLOVA, T.P.,
tekhniche-
Pod red. N.S.Acherkama.
j6ikvi. ap~,._nauq4no-tekhn. ixd-vo mashinostroit. lit-ry,
1957.
1015 P. (MLRA 10:6)
(Machizis tool s)

KOST7GOV, 16r' Midforovich; MMTIN, Shilin'.S~muyl~vioh;
BOGUS
33*L,,,,.,prof., retsenzent; GUM$ N.G.0 Jush
red,o,"'CUA.
---rid,, isd-va; SOKOWFA, L.V., tekbn. red;
[Automi4lc Sitraight.turmirc lathes] Avtomaty
prodollnogo'tocheniia~
Monk-vip . Gboo' nwaahno-tekbn,' izd-vo mashinostroit.
lit-ry, 19580
23 9 1y. (XIBA 11: 110)
(Lathes)

VTADZITEVSKIT, Aleksandr Pavlovich, prof.. doktor
takbn.nauk-..BQ~ML&VSKIr.
B jL Lv-izrf r
., prof., retsenzent; DTMSHITS, Ts.S., insh., red.: RZA
,d
V.V., inzb*. red; izd-va; ELIKIED, V.D., takhn.red.
[Automatic assembly lines in machinery manufacture]
Aytomatichaskis
linii Y mashinostroonit. Moskva,
Gon.nauchno-tekhn.i2d-ve m&shino-
strolt.lit-ry, Vol.l. 1958, 429 p.; Vol.2. 1958. 339 P.
(MIU 11:12)
(Machinery industry) (Automatic control)

25(2) PHASE I BOOK EXPLOITATION SOV/1303
Boguslavskiy, Boris Llvovich
Tokarnyye evtomaty; osnovy raschets., proyektirovaniya I
ekspluatatsii
(Automatic Lathes; Design and Operation Principles) Moscow,
Mashgiz, 1958,
594 p. 10,000 copies printed.
Reviewer: Rostovtsev, I.A., Engineer, Laureate of the Stalin
Prize; Ed.:
Okhlyand, A.B., Engineer; Ed. of PUblishing House:
Rzhavinskiy, V.V.,
Engineer; Tech. Ed.: Uvarova, A.F.; Managing Ed. of
Literature on Metal
Working and Tool Making (Mashgiz): Beyzellmen, R.D., Engineer.
PURPOSE: The book is intended for machine tool designers and
may be useful to
students of vuzes and departments of machine tool engineering.
COVERAGE: The book discusBes the fundamentals of design,
construction and opera-
tion of highly au"tom ated lathes and automated mass
production lines and gives
blef descriptions oi models currently used in industry. This
monograph repre-
sents a development of the author's works on single-spindle
and multiple-
spindle automatic lathes published by MashgIz (State
Scientific and Technical
Publishing House of Lit-eratum on Mwbine Building) In 1948
and 1950.
Card 1/n

Automatic Lathes (Cont.)
SOV/1303
The names of K.V. Votinov, N.G. Bruyevicb, N.A. Kalashnikovp
B.S. Balakehinp
I.P. Inochkin, V.I. Dikushin, G.I. Zuzanov, A.I. Erpsher, A.I.
Sokolovj,
G.I. Domokukov, N*S. Sevryukov, M.A. Novozhilov, and L.N.
Koshkin are men-
tioned as having contributed to this field. There are 116
references, of
which io6 are soviet, 6 German, and 4 English~
TABLE OF CONTMM:
Foreword 3
SPL"LION I. GEIUMn PREMISES
Ch. I. General Information 5
1. Types of automatic and semi-entomathic lathes 5
2. Methods for obtaining machine parts having a prescribed form
7
3, Principles of machining (manufacturing schemes) 7
4. Constructional schemes 16
5. Basic requirements for the automation of universal lathes 16
Ch. II. Technical and Economic Indices 23
1. Accuracy and surface smoothness of machined parts 23
2. Rigidity 27
3. Resistance to vibrations 32
4. Efficiency of the drive 35
Card-2/31

Automatic Lathes (Cont.) SOV/1303

5.
Weigbt-power ratio
39
6.
Operational reliability
.40
T,
ProductVitYs c0st6s and OcOAOAdcal
OMetency
41
8,
N=ber of spindles and stations
48
9.
Degree of
automation
50

BEMON Ii. IESIGN AND CONSTR=ON

Ch. I.
Initial Data,
Procedure, and Extent of Designing
56
1.
Determination of
manufacturing characteristics

(Manufacturing capabilities)
57
2.
Cycle diagrams
58
3,
Determining dimensional specifications
59
4.
Determining kinematic-characteristics
62.
5.
Determining power
characteristics (force, torque and power]
66
6.
Determining cycle
duration
7b
Ch. II.
Selection of the Basic Kinematic Schemes and the
Cycle

of Automation
72
A.
Classification of basic speed drives
72
B.
Classification of basic feed driveejauxiliary motions and control
87
Card 3/11

Automatic Lathes (Cont,) SOV/1303

1,
Mechanical systems
90

a.
Cam drive
99

b. TrAnamissions between cam mechanisms and
working units
111
2.
Hydraulic, pneumatic, electric and
combined systems
3.17

a. Hydraulic drives
1.17

b. Electric
systems
127
3.
Servoeystems
131
4.
Program control
136
-Ch. III.
Preliminary Selection of Mechanisms, General Arrangements

and
Overall Dimensions
149
1.
Selection of basic mechanisms
149
2.
Selection of general arrangements
150
3.
Selection of basic
overall dimensions
155
Ch. IV. Main Load Carrying Parts 162
1. Housings, columns, crossheads 162
2. Spindle housings 169
3. Spindle tables 177
4. Indexing-of spindle housings, tablesand turrets 178
5. Arresting mechanisms 196
Card 4/ 11

Automatic Lathes (Cont.)
Ch. V. Spindles and Bearings; Feed and Clamping of Workpieces
1. Spindles, shafts and bearings
2. Feed mechanisms for setting the machined blank into
working position
a. Rod feeding mechanisms
b. Mechanisms for 'feeding vire from coil
c. Automatic switch off devices, checking the rod feed
d. [Rod feed] stoppers
e. Rod guiding tubes
f. Supptat cbl3mn
g. Loading bins
3. Clamping devices
-,Ch. VI. Supports and Tool Spindles
Ch. VII. Various Devices
1. Control-and-measuring devices
2. Safeguarding and blocking devices
3. Auxiliary devices
SOV/13.03
203
203
210
210
217
219
223
224
225
225
233
250
269
269
272
273
Card 5/11

Automatic Lathes (Cont.) SOV/1303

Ch. VIn. Lubricating and
Cooling Systems
278
1. Lubricating systems
278
2. Cooling
systems
260
Ch- IX- Chip Removal, Guards and Safety Technique
286
1, Mechanized chip removal
286
2. Guards and safety
technique
287
SECTION III. CONSTRUCTIONS AND MMODS

Ch. I. Form
Shearing band Longitudinal Form-turning Automatic Machines
294
1. Machining technique
295.
2. Constructions
300
3. 'Novel
constructions and,prospects for development of longitudinal

form-turning automatic machines
304
a. Model 1P12 precision
longitudinal turning automatic machine
308
b. Model 1125
longitudinal form-turning machine
315
Ch. II. Automatic Turret
Lathes
318
1. Machining technique
318
2. Constructions
.324
Card
6X

Automatic Lathes (Cont.)
SOV/1303
3.
Novel constructions of automatic turret lathes and prospects

for their development
329

a. Line of automatic turret lathes
1A322-1A136 of the Leningrad

Plant for Automatic Machine Tools
329

b. Experimental constructions of automatic turret lathes
337
Ch. III. Single-spindle Semi-automatic Lathes

345
1.
Machining
technique
345
2.
Constructions '
348
3.
Modern constructions of
automatic lathes and prospects for

their development
360

a.
Models 1721 and 1731 modern single-spindle semi-automatic

lathes of the Plant imeni S. Ordzhonikidze
362

b. Model MR5
single-spIndle semi-automatic chucking lathe of

the Plant imeni
S. Ordzhonikidze
3059

c. Model Mr-4 vertical semi-automatic
machine-of the Plant

imeni S. Ordzhonikidze
371

d. Special and
specialized single-spindle semi-automatic lathes
316
Card 7/ 11

Automatic Lathes (Cont.) SOV/1303

e.
Model 1832 (KI75)
multiPle-tool aemi-automatic lathe of the

"Red Proletarian"
plant
376

f.

Model IA857 semi-automatic lathe of the "Red Proletarian"
plant
An
NO
g.
Model IA84 semi-automatic lathe of the "R9d Proletarian"
plant

for machining main journals of a crankshaft
381
Ch. IV.
Multiple-spindle Automatic and Semi-automatic Lathes
384
1.
Basic principles of developing the machining process of

choke
machines
387
2.
Basic principles of developing the machining
process of

multistation. automatic and semi-automatic
machines
387
3.
Technique of machining parts made of barstbak
on multistation

machinds,
391
4.
Technique of machining parts
made of individual blanks
396
5.
Constructions of
multiple-spindle automatic and semi-sutomatic lathes
W4
6.
Selection of the basic kinematic scheme and cycle of
automation
406
7.
Modern multiple-spindle automatic and
semi-automatic lathes of the

series 1240 of the Plant imeni,
S. Ordzhonikidze
417
8.
Modern multiple-spindle automatic and
semi-automatic lathes of the

Plant imeni Gorlkiy
430
9.
Vertical
multiple-spindle semi-automatic lathes of the "Red Pro-

letarian" plant
439
Card 8/11

Automatic Lathes (Cont.)
SOV/1303

a. Multistation semi-automatic machines
439

b. Rotary
semi-automatic machines of the "Red Proletarian" plant
445
10.
Prospoects for development of multiple-spindle automatic and

semi-automatic lathes
449
Ch. V.
Automated Copying Lathes
455
1.
Machining techni que
456
2.
Constructions
465
3,
Model MK-54
vertical two-spindle copying semi-automatic lathe
468
4.
Linj of
copying semi-autom4tic lathes of the Plant imeni

S.
Ordzhonikidze
470
5.
Outlook for development of automated
copying lathes
480

SECTION IV. AUTOMATED LTNES AND PRODT=ON
487
1.
General premises
490
2,
Preliminary calculations
493
3.
Transfer
devices
499
4.
control
504
5.
Blocking and signaling systems
507
6.
Automated lines with turning operations
513
Card 9/11

Automatic Lathes (Cont.)
SOV/1303
SECTION V. MMIATION OF AM%WIC AND SMa-AM%MTIC JAMS AND OF
AUMEAMED I
1.
The factual situation
538
2.
Requirements put on t0ols
andclamping devices
544
3-
Selection of cutting regime
548
4.
Setting-up
556
5.
Multistation servicing
565
6.
Testing
568
SECTION'VI. BASIC THMM IN THE DKVELOPMMT OF AUTM4MC AND
SM-AVXK4TIC IATHES
1. Prospective',dimension. series of lathes 577
2. M6mufacturing schemes 579
3, Accuracy characteristics 581
4. Increasing cutting speed and feed regimes and reducing basic
machining time 582
5. Reducing auxiliary and additional time and cycle duration 584
Card 10/U

Automatic Lathes (Cont*) SM/1303
6, Pover characteristics 584
T- Degree Of ~Utmat,10`n 584
8. Weight-power ratio 585
9. General technical characteristics 585
Appendix. Materials Use& in Mumrse-turing Parts of Automatic
and
Sad-entomatic Lathes 588
Bibliography 589
AVAnABIE-. Library of Congress
Card ll/n GO/Mas
4-13-59

VASILIYBV, Vladimir.tergeyevich; KMO. Petr
Stanislavovich;
LIVSHITS' M.T~.#
inzh., red.1 IVANOVA, N.A., red.izd-va; ILIKIND,
V.D.,
takhn.red.
Nachines and,instruments* for dynamic
balancing]'Stanki i
pribory dlia dinamicheakoi balansirovki. Moskva,
Goo.
nauchno-takhn.ixd-vo mashinostroit.lit~-ry, 1959.
166 p.
(MUtA 12:8)
(Balancing of machinery)

SHKUM, A.I.; BOGUSL.ATSKIT, B.L.,, prof.,
reteenzent; IZAKOT, X.R.,
dotsent, kand._t6i~.na;.&, red.; SOKOLOTA, T.F.,
tekhn.red.
[Semiautomatic vertical multiple-spindle lathes)
Tertikall-
nye =ogoshpindelInya tokarAye poluavtomaty. Izd.2.
Moskva,
Gos.nauchno-tekhnAzd-vo mashinostroit,lit-rys 1959o
238 po
(MIRA 13:2)
(Lathes)

GOLOVAROV, Aleksay Dmitriyevich; BOGU&AVM=, B.L.,
prof., retsenzent;
BALUTDIN, AeFev
redoizd-v-a-;--ODRIBMA-,-L-,P-*-#-~tdkhn,red,
[Automatic turret lathes in lot production]
Tokerno-revolivernys
avtotwty v serihom proizvodatve. Hoskva,
Goe.nauohno-tekhn.
izd-vo mashinostroit.lit-ryo 1960. 103 p. (HIRA 14.o2)
(Lnthes)

3/122/60/000/"12/012/018
A 16 1/A I
AMHOR - SoxislavAly, P. L. Pvof,-:-9scv
TITLE, A-.~.tomat.~-a general- pslrpos~-
PMIODICAL: nash!noc-troyenllya, no. 12, 1%0, 44 - 52
TE) U. ~ A review of ant.orral.ic lathe-, and latlie llnel=
prod=eJ now III t-he
U33R Js mide, and the desIgn 141'eatures of automatlic illnes are
dlscuEsed. ii,
is --ta'v~-d mns~. -sf of gencrrai-p--xp,,~~rw 14pe, biing
produced and de-
signed &A'.orria~,Ic- and are suit~able fo: al-.'.-ov~r
aitoma~Llcr. provided
~ fi;-Vica~ vill be z,~!mdar-dizTd. T-he sxpi-rlence of IMS -- I
,ha,, a,,~40rratic 10-ii1r, EN nd
the mactAnE too' as w--tll a3 foreign prac-ri:-- an~ me-r-tione-A
-as provA. The
use of 4-wo Ac-ne,-.~wrld).c-y wutoma,,.ic~ 141~ a t,rarsffer
11ne at -i:-Ile Ford
Co. W'crRs is mc-,n-,4on,,ed as !zn examp-le "Machlne~ryll, L-
196". 9/111, v. 96, no.
2469, 5-53) , ivi :iow F.IJIMS I-Las -IeZf-~-j variou-s
t1ra-lac.-Ir, iint;:-2 ntac-hining Simple
shaf`s.. spline :~ha-`-:; and ge-ar-S tJra~. will b=-
d-1!,f---r,?n, plants. T-'z',c-
S`~-ankcs,ro.',,~cmlt-yy lmenl S. Ordzho.,Akldzt~ Plant,
!me.-,,,- S. Ord-
zhomkidze) c)L~,tp-i4i of 'Line.z t'-rning shafts. 11-e
line2 of m' iilrigg, and hydr-wll-;'.~
Cara 1/4

2C-/6'j/r., o )I 21c) 1 Vo'_-e-
A I /A I
SM-6 o~% a': ma-
Tac!.onina A-rd ar.4ifr.::-_Dr~
W-111. prci:.r_~ val.-. Lir-eii f;Sr
are un-jer NfJfervn- :1,~mbIni-7ion:3 of ma,~nln~~ `.,.nez or
rzro-'iPE~
al'e d!sCu.)s"d '~IrA The rhajor'.1y o'.' na_~ placed
the cool sllde F,~ tnal ~Ih-c%igzJ-,-trai-tefe~, c." wor'v I.S. -,r~
po-z and cxyrey~'~-Z. !-~ve
+o te us--i at i.n~ frxr- -.)r. bes-ldc-, or nvern~-ai, fir.,
-,t,-xna-~~dMPID7 (,YLR'07)
Of +-Wo
.eZI by jrj- Plan-; 4M. 01-4
lln"_ fcr 6+.~_ppt~-I prc~,,J-a, Zton -e
copying 11171211 la~heZ, wtth a rock-JrZ rt~_Ioader an j a ;'han
4yp~ mag.-azin ai--. ttie
lat-t--s are fac'_ng eact -ot.r.-er that, shaft need no' te t-urn-
ed ov-~ E,~' 4~._: , diam=--c- an' 2-r9 rrtrp 1~~ng are inachined In
a 114
_A_ 48 rran Ir.
see wh~- modI.I.Ication !s w1th
xx- 12 sec.. One cc,py.Ing I
a device automatically tur I anks, and both shaf-- aides are machined
nIng over th-e bi
automatically in -two ~uttling passes. MPJ12 (MM-2) line fIve
gerleral-pur pose semi-
aui:omatics are working 5tipped shafts, The first machine millsa-ei
cemers the
blank ends, tt-,e second and third (1117-22" copying lath~~-s)
perform rough turning,
the fourth and fifth (also "1722") finish both ends. The line has a
chain loader
and intermediate magazins accomodat-Ing eight blanks,. This feature
permits stop-
Card 2/4

S/11 2?V60/000/012/ol;~/oi8
Automated general-parpcse latbe lines A161/A130
ping one or several machines for resetting, without stoplAng
the whole line. The
line is resettable for 25 to 90 mm shaft dlame'~er and 350 "'0
&~O mm leneth. It
works in 1.8 min cycles on 65 mm diamet-er and 610 Y-nm length
shaft's. The Plan't im.
Ordzhonikidze has lately Switched over to lathe-z permit'Ing
'hroagh_ conveyer.
ENIMS has devised 11nes for turning electric motor armature
shaffts. 'It%Ley include
standardized mult-i-t-ool automatics wil-,ki hydraulic drive,
and a step-by-st;ep rc-d
conveyer with spring-loaded snap pawls.. placc-d cutside 'the
work zone. Vie con-
veyer has a hydraulic drive, and special reloaders are placing
and removing blanKs.
The first such 1.1nes arc- machining armaturez- 48 mm in
diameter and 523 mm length
in 67 sec cyc!.6. New !Inee under development. wilL have 50-sec
cYcl.e. MIM has
comp--sted several lines for machining gears. Ttz_y are also
using gen-
eral-purpose lathes. On:? line prodiced for th-e- "Krasnyy
prole~arlly" Plant IS de-
signed for producing I-0 g~_ars diffe-rent in typs a-nd slize
at a rate of 1,20.0,30 piv~-
ces arLnually, wlt~, min work cyc!~-, Lines are alao prrduzed
for double-rim
gears 8o - 440 mrn in d_'ametcr. Tne SKB-.6 has 11nes f~~r
b--ar-Ing races and
automobile erkeine valves. :.1"-wo standard x64toma`ed -Ln~-s
have to bE~ used -for pro-
ducing a12 existing 17 'Itlype-slz~.-:" of in'ake and exhaust.
vaivetF for t-he tractcr
and automob~.le ind:;stry. Toe average work c-joie wtil be
1.',) se,,, "MLl'.1-flow"
J149C3 (L49s-4) automatis- for turn4-ng the work cham'tr :)"'
v~xlve wil.1 have an-
Card 114

Autcw-ated lathe ltne-z A 16 i /A 130
th ,
nular blanks motion and be uss-d in a cr sej:ard'.ely. it.
expected t at
L4993 will 'he later used for, a var--lc--',.y of' part.-:4. 'he
of lines will ranga
from SU' - 200 -h5ua2a-d to 1,5CK) thousa-vid part-s wnn;ally.
Pilot machines inc-lude
some with nr-)sz.--,.rr contro-`.. Sooa pvcduo,~.Ilon will 6`irt
at many plants. -11en. are
9 figurez, and 1 Icc . -The refersrxe 4.c. th~- English-language
publIcat,lor reads -as fcilow-z,~ ",Mi~hlnery", L., 1960,
9/111.. v. 96, n:,. 2469,. 5553-
Card 4/4

BOGUSIAVSKIY, BoKi&_L!ys&jahjL MMMIN, N.M.,v
nauchxWy red. 1 GORDEYEV,
7- P.A.. red.; KOZIA)VSKMA.. M.D... tekhn. red. ;
PERSON, MONO 2
tekhne red.
[Semiautomatic and automatic lathes and automatic
lines) To-
karzWe poluavtomaty, avtomaty i avtomatizirovar4W
*Iinii,
7
lzd.3.,, perer. i dop. Moskva.. Vaes.uchabno-ped
Proftekhizdat, 1961. 599 p.
(Lathes) (Automation)
izd-vo
15:4)

S/121/62/000/007/005/006
D040/D113
AUTHOR:
TITLE- Selecting the dimensional series of machine tools
PERIODICAL: Stanki i instrument, no. 7, 1962, 35-37
TEXT: Problets of selecting the most economical dimensional
series of
machine tools for nationwide standardization are discussed
in general terms
of statistical mathematics with reference to the comparative
statistical
methoa used in the USSR and the relevant work done lately by
ENIMS. Cal-
culation formulas and the sequence of calculating and
cretermining'separate
factors is recommended. The considerations and conclusions
apply to machi-
nes in generaland not to machine tools alone.
Card 1/1

- BOGU,;!,AVSKIY, B.I.; DIVIVIMUCH, A.N.# inzh.p
rotsenzent;
'MITMI"ITROV, V.M.) inzh,, red.
(J~utomatic zPachines and ovoi-nll automation)
4.vtomaty I
kompleksnai artonatizatr-iia. lloskva,
Maihinostroenie,
1964. 534 P. (1-11Rt, 1,7:11)

,,-BOGUSIAVSKIY9 B.V.
Opoeialization and centralization of manufacturing fastening.
parts at the plants of the Moscow Province Economic Gouncil.
Standartizatsiia 24 no.5:32-34 160. *(MIRA 1413)
(Moscow Province--Fastenings)

T i SOV/138-518-91,-1/11
AUTHORS: T.saylingol'd. V. L; v,- Epslh-!~~7n.. V. G.,-
Lazaryante. E. Q.. and
TITIZ: Low-Temperature 0 cpoiymers of 1.3-Dutadlene with
2-141ethyl-
4-Vinylpyridine in Ordinary Ru'Aera (Preliminary Clommuni-
tation) (Nizkotemperaturryye sopolimery butadiyena-1:3
a 2-metil-5-vinilpiridlnom v kac-hetstve kauc~hulccv obshchego
naznachentya)
PERIODICAL- Kauchuk I Rezina, lcD5S.. Nr 9. pp 1 - 4 (USR)
ABSTRACT: Lateyes based on these copolymers show better properties
wben used in the prcduotlon of tyro c-ords (Ref -1)
During Investigations of Lthese ~~-opolymera. and of some
.their properties' the ,opAymers containeci va-rying
of
amo,unts of monomers; the pol7merisation temperatures were
500 and 500. Low temperature polymerisation conditions
were based on the oxidati on-reduct Ion syAem suggested
by Dolgoplosk (Ref.4~. The 5ubstano,~ for use during
Polymerisaticn.at 50 0 was, ba,3ed on the ~-omposltion Given
for rubber SKS-30. A 710% ~,onv-e7 alor: cf the 'ihahomers
was attained after 10 - 12 hours. The unrea,,~ted mo'na-
mers were distilled off after ' 'ermliiatien cr the Pcly.,
merlsation and 0.5% of ail aqueous dispersion of "Nee.zon
"D" introduced into the latex. The latex
card 1/3 and the rubber was dried to 1054., The

JOV/13B-5p-9-1/11
Lovi-Temperature Copolymers of 1,3--Dutadlene rlith
pyridine in OrdinaT7 Rzibb.,ars
of two C, mjxturj~s is L~ivejj. Tjj~,,..ae -Axture%i 'alere
vul;,anised
at 143 0 arid tew,ted accordInLe to GOST I'IJ0194-51 (Haf.5).
The phy.Uzc-,machanioal pmpertles -..f mbbars cbtained by
hot and -,old polymerisatian are gl:.ren in Talule3 I and
The 3haract.eristi~~.3 Qf t:hese ;--opolym,~rs and of styrene
copolymers SKS-30 and BKZ-30A were ,.-..TApark!d. The prop-
ertias of both type!-:- of copolymurs dep!ind on the con-
I.ent of Fj.r.2: the
wear res' ,stanoc- of -cold and hot copAyme -,;3 whan I-on-
tair'Ing 10 - 155 Data on
the loss Of PlaBti--It7 durin.,; b~;Ilirg In li-,O(at 10000
for
30 minutes) is giian in Table 3. Ccpo-- -yme'r~a of buta-
diere with 0..methyl-5 -v Inylpy rid -in-- shovi a 1.5 -
2-fold
better wea.-V raslstan3e than Ribber
Card 2/3 There ave 2 F41gur--:,s. 3 Tabl&5 and

sov/138-58-9-1/11
Low-Temperature Copo2ymers of 1,3-Butadiene -iith
2-Meth7l-5-Vin7l-
pyridine in Ordinary Rubbers
5 'References: 3 English and 2 Soviet.
ASSOCIATION: Yaroslavskiy tekhnologicheskiy institut i
Yaroslavskiy
shinnyy zavod (Yaroslavl' Technical Institute and the
Yaroslavl' Tyre Factory)
Card 3/3

307fl 7;--, 1--- 3-2/lEz
AUT., 0.~'- S'i'nayllnt"Ol-d, V.L.,
Yarbrov, cht
ULLas, Aj.V., Peymer. A.3.,
G.A. , Basin, V. YG- &OL1 -,L=Ur Grove,
Tr,01,69 preV&'!!t uinel by the
Copollymerinatica.
'Ion of Latexes Obt
~r_' Z
lates'sow
sopollme zztsij~j tad*jwsa a
2-metil-5-vinllpiridlzom
i primenamiye I= dlya rropitki shinnogo
korda)
pb;RZODICALs FAuchuk i retina, 1959, lIr
3. pp 6 - 9 (USSH)
ABSTRAr.VtThe addition of copolymers of
buti4ione and 2-methyl-5-
vinylpyridiAn, and also of tripolyzers
concisting of
butadlens-sty"na, and
2-zathyl-5-rinylpyridina. increases
the bond strearth between the rubber and
the cord by 80
to 100% (119f 5 - 8). The
copclymeriontion of butadleno
and 2-metb71-5-vinylpyridias was
investigated end the
obtalned J&tezes were evaluated as 1=7re
'ing
i'm two compounds wers copolyzierisad at
rarnd 5*0'*Cnt2i.
both tests salts of synthetic fatty
acids were used an
emulsifiers and "IAWcxnol' was added as
stabiliser.
Pats,ssiuni persulphate -as used as
polymerisation Imitlatd
card 1/4 and 0.01 to 0.005 walght/volumo
of Trllcn B when the
C&Md 2/4
process gas carried vat a:b 560C
(1-01-111benzone hy&v-
9.9roxi" was used when the
copolywri:ation proceeded at
C)- FurthOrsc-" O-OM%
Q4th7l-P-QzLlU0Ph&nCl-xa3 &Wsd
:Wol~morlsa*lca Ithibitor. Basults in
Table 1 indicate
tt .AditWzk of the 1n,--bitor does not
affect %h,
zato of c opolymari cation. he
Z-2al-tion was allowed to
protoed Cut both process temperatures)
until a 75 to 80%
conversion was reacbed after 8 to 12
houxWigure 1).
2h
unmsrtsd r4nocars were aapazat*d from
the latex by
ma distillation and Z. at jrozcoa D
aided to the
prepared latex. '410 OfOlct of the
addition of Diproxid
-thogen disulphide) on tLs hazdness of
r was toned (Figure 2) . Both types of
the
good mechanical properties. The latex gas
further us" for impregnating viscose and
polyamide cards
4-
In Conjunction wN-h-r-u-S ~rsbaw~d on
natural, but&&l~n*
Can) and with butadiene-styrate
(SES-301U) rubbers.
21241 tity of 2-m 1-5-Tinylpyridlad
contained in
the =z aff Cts the=5 strength bvtson -he
visco"
cord and the !=.r. (Figure 3). Optimum
strength Of
the bond is achieved stwn resorcin4i
formaldehyde resins
am* -AA-d to the COPOIT-Vr (nguoa 4).
Improved pbjaical
and machanical properties Of the
adhesive films result
when 10% b7 weight of
2-cetbil-5-vinylpyridins are add~4
(Table 2). The 91-.ect of various
quantities of raworcia-
ol-formal"hydo resins on the strength of
bonding between
the cold &na the rubber was investigated
(Pipxes 5a, 0
and p). Chanoms in the plasticitj, of
the polymer affect
the physical and mech-Ical proportion *f
the adhesive
file and the bonding between the cord
and the rubbers.
lbrats of relevant orperizenta are shown
La F re 6.
The phyrical and mechanical properties
of the =salve
are 229rov*d and the stxv=eh,Of bonding
is increased
Card 3/4 when lowering the polymerisat
on tomperatuxv (Table 3).
Table 4 gives the data on the strength
of bonding of
the viscose cord with various tyro
rubbers. 'The strength
Resatisfactory when natural
of bonding was particularl
rubber wag used and when latomen were
polyawrized
at 50C.
Mwre are 7 figures, 4 tables and 10
references of whi--h
a are English and 2 Soviet.
AS.i0CIAX1LW& Inatitut notomerov. dlya
SKI
Vauchno-kasledovatell ski? institut
ablnnoy premyshlanAostis
vaeacyuznyy lustitut siatetich-
Oaks 0 kauibukalreroolavakI.7 zhinnyy
zavcd 'Xvsvur~h
Ustflute for Uomomers for tLe Ogg in
Zynth,*ti..: &A,bsr;
q zLqt tu Le Ind crij All-Unict.
:Cap ;~rZ~ L 4LE~ 1.*4~A!
e, Tyro
ssar:h ins ut Letic Lori Tarualavl
.or
notcr7)

BOOSLILTUIT9 D.B.; TIKHOMIROV, B.P.; BAKMV, A. 1.
-, -
Using radiation .from radioisotopes to determine the
homogeneity of
rubber nixtureee Kauoh. i rez. 16 no.12:24-27 D 157.
(MIRA 11:3)
1. Yhroelavekiy shiun.;7 savod.
(Pubber) (Radioiaotopen-Industrial applications)

tt- S Z'4 VfS lei
-S/081/60/000/008/001/001
AO06/AO01
/57 qdc~ 0
Translation from: Referativnyy zhurnal, Xhimiya, 1960, No. 8, P.
544, # 33151
AVMORS; Tsaylingol'd,.V.L.. Farberov, M.I., ~pshteyn, V.G.,
La-ZEMI-81
E.G., Boguslavskiy, D.B., Bugrova, G.A., Uzina, R.V.
---- - I Y
TITLEi Vinyl-Pyridin Rubbers d Latexes and Outlooks on Their Use
FERIODICAL: Yaroslavsk. prom-at' (Sovnarkhoz Yaroslavsk, ekon.
adm. r-na)"
1958, No. 5,,Pp. 22-~3
TM. Copolymers of butadiene and 2-methyl-5-vinyl pyridine (VPK)
ere
obtained at 50 and 5vC polymerization temperature and studied.
Resistance to
wear and heat generation of VPK-vuleanized rubbersexceeds
considerably that of
vulcanized products from butadiene-styrene rubbers (SKS). Rubbers
containing
10-15% 2-met4y1-5-v1ny1-pyr1dine have high quality
characteristics. Impregna-
tion of oordsVwith VPK latexes ensures high adhesion strength of
viscose and
caprone c=ors with natural, SKB and SKS rubbers. Compared to
standard SKS
impregnation, VPK impregnation increases the adhesion strength of
rubber and
Card 1/2

828U
S/081/60/000/008/001/001
A006/A001
Vinyl-Pyridine Rubbers and Latexes and Outlooks on Their Use
cord by a factor of 1-5-2 under static conditions and much more
under dynamic
conditions. VPK, polymerized at 50C exceeds the quality of
analogous polymers
obtained at 500C.
O.T.
Translator's note: This is the full translation of the original
Russian
abstract.
Card 2/2

SOV/81-59-19-69874
Translation fromi Referativnyy.zhurnal. Khimiya, 1959, Nr 19, p
479 (USSR)
AUTHORS: Bogualavskly, D.B., Galybin, G., Epshteyn, V.Q.
TITLE% On the Problem of Producing Divinyl-Styrene oil Rubbers
PERIODICAL. Yaroslavsk. prom-at' (Sovnarkhoz Yaroalavsk. ekon.
adm. r-na), 1958,
Nr 5, PP 25 - 29
ABSTRACT: The rubber mixtures made of S!KS-ZOAM (non-regulated
oil-filled polymer)
have an increased shrinkage and an unsatisfactory adhesiveness
due to
sweating out of the oil; their vulcanized rubbers have inferior
physical-
chemical properties compared to the rubbers of SKS-ZOA, have a
higher
wear-resistance, but show a lower heat-formation. The filling
with oils
of rigid rubbers, like SKS-ZOAM needing themo-mastidation,
lacks any
technical foundation, because the thermo-masticated rubbers of
the
polymers of this type are enriched by a considerable quantity
of low-
molecular and high-molecular fractions negatively affecting the
technolo-
Card 1/2 gical and technical properties of the rubbers. It is
recommended to use
V-111,

On the Problem of Producing Divinyl-Styrene Oil Rubbers
sov/81-59-19-69874
rubbers on the base of regulated oil-filled polymers with an
increased average mole-
cular weight which need no thermo-mastication.
0. Timofeyeva /
Card 2,/2

Do '6.
so M6-6-21672
Translation from: Referativnyy ahurnal. Khimiya, 1959, Nr t, P
5560 (USSR)
IT. 9110
AUTHORS: guslavskjZ, DB,, Golitsyna, A.A.. Borodushkina, Xh.N.
TIM: The Applicatiog of.Carboxyl-Containing Latexes t.- the
Impregnation
of Tire Cord \6
PERIODICALt Yaroslavsk. prom-st' (Sovnarkhoz Yaroslavsk. ekon.
adm. r-na), 'M8,
Nr 5, pp 29 - 34
ABS7RACTt The effect of COOH-groups in a polymer on the stability
of the bond
between impregnated cord and rubber was studied on divInyl-styrene
and divinyl latexes with