SCIENTIFIC ABSTRACT TSYPIN, S.G. - TSYPKIN, I.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001757320006-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/08 62/012/004/005/014
Use of empirical constants B102Y3104
discussions. There are 4 figures, 5 tables, and 20 references: 9 Soviet
and 11 non-Soviet. The four most recent references to English-lan,-uaCe
publications read as follows: G. Chapman, C. Storrs. Effective Neutron
Removal Cross Sections for Shielding, Report AECD-3978, 1955j M- Clark.
Nucl. EnEng..k, iio. 56, 16,. ig6i; D. Wood. Nucl. Sci. EnUng. 5b 45, 1959;
J. Grundl, A. Usner. Nucl. Sci. Engngp.2, 598, 1960.
SUBMITTED: April 17, 1961
Card 3/3

BRODER 7 D.L., red.; VESEUD!, A.11.~ rod.; YEGOI!C)V, Yu.A., rod..;
ORLOIJ; V.V., red.; T.I.,'IFIV., S.G., red.; FODOMINA, V.A.,
red.; 'IT 11' MIA, T.h., red.; VLASOVA, N.A., tekhn. red.
I J
[Problems in the physics of reactor shielding] Voprosy fiziki
zashchity reaktorov; sbornik statei. Mos&va, Gosatomizdat,
1963. 345 P. (MIAA 16:12)
(Nuclear reactors--Shielding 04adiation))

Wiqo5l) s/0000/63/000/000/0243/0251
ACCESSION NR: AT
AUTHOR:. T"
TITLE: Investigation of'the passage of neutrons through a shielding w th the
aid of a unidirectional source (apparatus B-2)
SOURCE: Voprosy* fIzIkI zashchlty* reaktorov; sbornik statey (Problems in
physics of reactor shielding; collection of articles). Ploscow,tGosatomizdat,
1963, 243-251
TOPIC TAGS: reactor shielding, nuclear reactor, unidirectional source, neutron,
..;-neutro
n beam attenuation, collimator, nickel shield, attenuation function,
neutron energy distribution, neutron angular distribution
ABSTRACT; The purpose of this work was to study the attenuation of a.neutron
beam from a pointlike unidirectional source of monoenergetic neutrons. Knowing
the attenuation function of this source, It is possible to construct the attenu-
ation function for a source with an arbitrary angular distribution, and thus
obtain data on the distribution of neutrons In shielding materials. An expert-
mental set-up-was constructed around the BA5 fast neutron reactor to obtain the
above information and to creavi a model of an Infinitely planar unidirectional
-C The w"rimental B-2 apparatus consists of a channel with a mobile fraM4
----------

ACCESSION NR: AT4ol9o58
reservoir and concrete niche-type shielding around the frame, Two dampers,
one of water (150 ca'thick) and one of cost Iran (50 cm thick) wereused to 0
."cover the cPnnal exit. The flux of fast neutrons (E > Z-3 Mow) was about 10
neutrons/cm sac at the 5000 KW power level of the BR-5 reactors Above E > 3MW
the neu*tran spectrum coincided'with that of fission. The geometry of the wal
-.-collimated neutron beam (half-angle w 2.5*) from either,& point air disk source j
d cribed In detail. Attenuation functions are derived for on ealsotropic.,,
point source:
M(k)_C dT /(0 0,..(R. 9)ji
and for an infinite planar unidirectional source:
-w;
Ix c0
C dT 0.:.(0, h) hA
Theoretical plots of these functions and of the functions
(3)
2/3
[.Card

ACCESS I ON MR: ATO l!"
and
Gx'.x(R, h) -CA(R) ede-~ e dtf.
..are than compared with the experimental results for attenuation of neutrons In
water, Iron and uranium* In general. there was good agreement between calculated.
and experimental data. The author thanks A. 1. Leypunskly for his.'advice In set-;
ting sip the problem. 1. 1. Sondarenko, V. V. Orlov, V. 1. Kukhtevi
ch. Yu. A.
Kazanskly, So 1. SInItsy*n, Ye. S.-Matusevich, 8. Po-Shemitenko, Sh. So Mikolyay-'
shviii, Ve P* Mashkovich and A. A. Abagyan for their camients and evaluation of.
the results, Do So Pinkh"lk and-N. M.-Arlstarkhev for help In bullding the 4p- 0
paratus, and V. A. Dulin and L, K. Fbmetskly for contributing-to the dot*-"
Orig. art. has; 2 tables# 7 figures and 10 fonulaso
ASSOCIATION: none
.,,,SUBMITTED$ I4Au963 t 27Feb64', EMCLt 00
DATE ACQ
SUB CODEZ. NP No REF SOV: .009 OTHER: 003
33-

ACCESSION NR: S/0000/63/000/000/0075/0085
AT401903i
!.AUTHOR: SInItsy*n, 0. 1.; Tsy*pln, S. G.
TITLE: The use of empirical data In shielding computation
SOURCE: Voprosy*fIziki zashchity* reaktorov; sbornik'statey (problems In physics
of reactor shielding; collection of articles). Moscow, Gosatomlzdat, 1963, 75-85
TOPIC TAGS; nuclear reactor, reactor shielding,,neutron, neutron distribution,
renoval cross section
ABSTRACT., The authors note that the use of removal cross sections for neutron
shielding computation is still the simplest and most efficient method, with the
result that it continues to bedevelopedfurther. The present article represents
an attempt to summarize the results of work relating to the determination and '
utilization of removal cross sections, to evaluatq them critically, as well as to
expand the area of applicability of empirical constants for the computation of
Ivarious forms of neutron shielding. Basic definitions are given and formidlas are
I s'media.
derived for removal cross sections for both homogeneous and heterogeneou
monoenergetic neutron sources and fission spectrum neutron sources are considered.
Yh-e removal cross sections for certain elements measured with detectors having
different thresholds are compared with one another and with sections obtained from
Card 1/2

ACCESSION NR: AT4019033
Inverse relaxation lines. The effective energy threshold for different kinds of
,.neutrons Is determined and analyzed. The authors also compared the removal cross
sections of asymptotic sections and sections derived from Inverse relaxation lines
for different elements. The article contains an extensive bibliography of,Soviet
and foreign papers In the'general problem area. "The authors express gratitude to
A. I.. Leypunskly for his valuable comments during the-evaluation of.the,,resu)ts,
as well as to 1. 1. Bondarenko, V. 1. Kukhtevich, Yu. A. Kazanskly, A. A Abagyanq
: 4
D. V. Pankratov and A. Pe Suvorov-for valuable advice." Orlg. art. has.
figures, 6 tables and 10 formulas.
ASSOCIATION: none
SUBMITTED: I4Auq63 DATE ACQ: 21Feb64 ENCL:. 00
SUB CODE: NP -No REF SOVi 009 OTHER: ON
L,~ard 2/2

ACCESSION NR: AT4019046 B/0000/63/000/000/018210190
AUTHOR: Mashkovich, V. P.; Sakharov, V. K.; To *pin,. 0. G.
Y.- - - ,
TITLE: Spatial-energy distribution of neutrons in thick layers of iron
SOURCE: Voprosy* fiziki zashchity* reaktorov; sbornik statey (Problems in physics of
reactor shielding; collection of articles). Moscow, Gosatomizdat, 1963, 182-190
TOPIC TAGS: neutron energy distribution, iron prism, relaxation length, attenuation
function, neutron spatial distribution, neutron, reactor shielding,' iron shielding;
neutron spectrum
A13STRACT: The spatial and energy distribution of fast and- intermediate neutrons In
iron was studied because of the importance of iron in reactor shielding and the insuffici-~.
ency of existing data. A BR-5 reactor was used as a neutrop source and the neutron
spectrum was determined on 20014*thick photographic film with type K emulsion. Ile
neutron'beam was directed onto an Iron prism (dimensions 13;0x 1360x 1880 mm) after
passing into a reservoir through a channel 250 mm. in diameter. The angular divergence
of the beam was 5'. For detection of fast neutrons, the following threshold detectoro
were used: S02(n,p) p32, Mg24(n, p,) Na,24f A127 (n,&) N%24, and a jb232 fission

ACCESSION NR: AT4019046
63 64
chamber; for intermediate neutrons: a BF3 counter type SNM-3, Cu (n, y) Cu , and
the indicator Au197(n, Au. 198 Detectors were placed at various distances r from the
source and at different heights perpendicular to the beam. Counting rates from tin and
aluminum detectors and the thorium chamber as a function of height for different
distances r were evaluated separately. The spatial distribution as a function of height at
fixed r as registered by copper and gold indicators and a boron counter is given in Fig. 1
of the Enclosure. Neutron attenuation for an Infinite planar unidirectional neutron source
quation 00 -_ . I
was given by the e d is shown In Fig. 2 of the
(r)C= G (r , h)hdhan
/G cap . 5 DM
0
Enclosure as determined by Cu, Au and Bria. Relaxation lengths as measured by'
different detectors and calculated values of asymptotic cross-sections in the transport
approximation for several energy groups are tabulated In the original paper. "The
authors are indebted to 0. 1. -'Imypunskiy and V. V. Orlov for valuable comments during'
this work". Orig. art. has: 11 figures, 3 tables and 1 formula.
-ASSOCIATION: None
SMUTTED: 14Aug63 'DATE ACQ: 27Feb64 ENCL: 02
SUB CODE: NP' NO REF SOV: 010 OTHIM 004

ACCESSION NR- AT4019046 ---izz 11coi EN IMURE: 01
4j
.4
I --==
Fig. 1 Measured neutron 0 0 :: I
-.7-L - - -,
distribution at
w >
various value of

the distance r.
w
to
;4

0 k
Q 0
:10
4-1
crj
V Pq

Oro
-

3A

_f44
167
41=11

-

103
12 7
4
W
1
f
2
=

W V _ 40 CO 70
In %m
0

DARUGA, V. K.; LAZUTAIN, I. I.; NIKOLAYLY, A. N.; SAOAROV, V. K.; SINITSYN,
B. I.;
Neutron passage through carbon and an iror.-carbon mlxture. Atom.
energ. 17 no.1:60-63 J! 164. (MIRA 17-7)

DARUGA, V. K.; LAZUTUN, 1. l.; NIKOLAYEV, A. N.; PINKHASIK, D. M.;
SA 9 IN
JUAPOV, IT. K.; 3rjjTTSYN, B. I.; TSYP
Space-energy distribition of neatrons from a DR-5 reactor in an
iron-oro medium. Atom. onerg. 1.7 no.ls63-65 Jl 164.(MIRA W17)

ACCESSION NRi AP4042266 S/0069/64/017/001/0065/0066
AUTHORS: Mashkovich, V. P.; Nikolayev, A. N.; Sinitsy*A, B. I.;
Tsy,!pin#,S. G. f
TITLEt Attenuation of fission neutron fluxes in iron-Oater mixtures
SOURCE: Atomnaya energiya, v. 17, no. 1, 1964, 65-66
TOPIC TAGS: neutron moderator, neutron flux, fast neutron, thermal
neutron, relaxation time
ABSTRACT: The attenuation of fast, thermal, and intermediate neu-
trons in iron-water mixtures was investigated at an iron concentra-
tion exceeding 75% by volume. The measurements were made in the B-2
installation of the BR-5 reactor (A. I. Leypunskiy et al., in the
book "Trudy* Vtoroy mezhdunarodnoy konferentsii po mirnomu ispoll-
zovaniyu atomnoy energii" [Trans. 2d Geneva Conf.], Papers by Soviet
ScientiAs, v. 2, M. Atomizdat, 1959, page 215) for shielding inves--
Card 1/4

ACCESSION NR: AP4042266
.'t ti
i4ii 'on, (S. G. Tsy*pin, collection ."Voprosy* fiziki zashchity*
reak.torov" (Problems'in Reactor Shielding Physics), D. L. Broder
et al." ~d. 1963, page 243). The iron-water constituted iron stacks.
measuring 1320 x 1360 x 117 mm, placed with certain gaps in a tank
full of water measuring 1370 x 1390 x 2170 mm. The iron used was
St-O with density 7.86 g/cm 2. The iron concentration in the water
could be varied by varying the gap. The method for measuring the
relaxation length is described. The results show that at concentra-
tion up to 18% of water by volume the efficiency for slowing down
fast, thermal, and intermediate neutrons is approximately the same.
"In addition, the results agree with data onan-iron-masonite mixture
(D. Wood, Nacl. Sci. Eng. v. 5, 45, 1959)./'It is also concluded
that in the case of light and medium nuclei (including iron), the
removal cross sections can be used for sVielding calculations if the
number of hydrogen atoms in the mixture is about 10--12%. This value
-is-almost half that recommended by B Pfice et al. (Shielding
.~_-Agdinst-Nuclear Radiation* Moscow, I;d-Vo inostre lit,, 1959). Orig.
Card
2/4

ACCESS,ION NR; AP4042266
art. has: 1 figures
ASSOCIATION: None
SUBMITTEDs 07Mar64
SUB CODE: NP
NR REF SOV: 007
.Card 3/4
ENCLt 01
OTHEIP Q94,I~~-

':,ACCF
ZSION NRi AP4042266
Dependence of relaxation length of fast (1)
.and thennal. and intermediate neutrons (2)
an the volume concentration of imn in an
iron-water mixture (the true density of
the iron is 7.86 g/cc), as obtained from
different sources using different
in4cators
-Abscissas iron concentration,
chminates relaxation length, cm
Card 4/4
ENCLOSURE i ()l

7_71i
.20 13 ix
C36

L 2097~A5,-_ EWT (m)/EJA (h-)`
ACCESSI NR: AP4043991 S/0089/64/017/002/0145/0146
AUTHOR: Daruga, V. K. Nikolayev, A. N. ;. Pinkhasik, D. S. Sinitay*n, B. L
Tsy*Ripa �, G,
TITM-P Study-of passage of fast neutrons through sodium
SOURCE: Atomnaya energiya,. v. 17, no, 2. 1964, 145-146
TOPIC TAGS: fast neutron range, neutron range, sodium, neutron detector,
proton recoil counter
ABSTRACT: The authors have determined the ranges for neutrons of greater
than 0. 5 Mev energy in a sodium prism of 13 x 1370 x 18 mm. The measure-
ments were made in the B-2 arrangement of the 13P-15 reactor (see C. Q, Tsy;j~nj
Atomnaya nergiya 12, 30011962)). Detectors used were Al 27 (n, Na 4
A 24 Fn 24, and a proto'
S32(n. P)p , Mg p)Na n recoil counter. The ranges for neu-
trone,with energy 3 Mev, measured with the first tfiroo detectors were about th
same (26 cm); however, the proton recoil counter gave 40 cm. "The authors are
grateful to.N. 14, Arlsterkh for the.help with the experimental arrangement,
.Card.1,/2

Yij. A. ; 0 ~
BC-MV , S . P . ; DIJ ;,EN , V. A , ; KkZ A NSK I Y , TSYle !N I I. U.
ArIv. ],ar d1ozributlon of 3 arA '-15 1 ~F- v . n,.,,ti .1 r c; ns Ji ri b s- r y I I.
Atom. energ, 18 no. -1: 67-68 .',a '. 0'5. (MIRA 18:2)

... . - . . .- I , - . ~. 1 .1 - .
. - ~ -*~;'t~- ~~
-.it Li- ~~!

TERKIN, Mop inzh.;..,TSIF,IN) V.M., inzh.
ISSERLIN. A.So~ kand. tekhn. nauk; ES
iection-t7pe gas burners with complete
Choice of single-nozzle e.
mixing. Energomashinostroenie 11 no.5:42--43 My 165. (MJRA 118:6)

E3TEIIU~'Ily, R.I., In:;h.
Gl-)r-v,,--rtizir,, r.Faat~,n,- bsil-:,.i to Fa~ i '
U
C, I :~
rio.12:3-8 D ("4 (!-1. 1 I'Ll, I- . - ')

ESTERKIN, R-IO _- V.14.
,, - j, t ~1,; 0;-',
11 -i It. ~,,, 11 -1 -1
f,jji,dnati;.,-,, 'c`~ I-. () 7 . I - ~ ". _'ji')
boiler collvilrt"U ';0 ~ C. .. I ( ".flil,~.,
11
04.

I Tn~r." T
A
i ACC NR1 AP6008749 SOURCE CODE: UIR/0386/66/003/006/0247/0250
AbUIOR., Mikhaylorvakiy# A. B.; Ts"Inp V. S.
OPG: nstitute of Atomic Energy im. 1. V. Kurchatov (Institut atomnoy energil-)-"
Tnnq~q~ -
TITLE: Ifigb-frequency instability of a plasma iri'a radial electric and longitudinal
magnetic field 'a ?I
SOURCE: Zhurnal eksperimentallnoy I teoretichenkoy MAI. Pialnvt v reduktaiyu.
Prilozheniye, v- 3., no. 6. 1966$ 247-250
TOPIC TAGS: plasma heating, plasma instability.. plasma charged particle, ion temper-
ature
l
ABGTRACT: The purpose of the investigation was to check whether the ion heating ob-
sex-ved in experJments on plasma In crossed fields (M. S. loffe et al., ZhETF v. 39p
1602, 196o) can be due to instabilities that cannot be described by the adiabatic the-
ory. To this end the authors consider an idealized problem in which a plasma with
low particle temperature is situated in mutually perpendicular static electric (radial
and magnetic (longitudinal) fields, and is subject to a potential perturbation of the
electric field. The behavior of such a plasma is described in terms of two-fluid
hydr?lynamics and is analyzed for unstable oscillations in two cases, when the plasma
density gradient is not too high, and when the plasma inhomogeneity is strong. The
following interpretation is offered for the ion heating in the experiments of Ioffe
et al.: The centrifugal force resulting from the finite mass of the ions causes the
I Card J-/

ACC NR: AP6008749 (__1I
diectrons and ions to drift in the crossed fields with different velocities. The rf
lative motion of the plasma components leads to an instability, whose increment is
comparable with or larger than the ion-cyclotron frequencyp and with a maximum of the
order of the ion Langmuir frequency. The instability develops until the ion veloci-
ties due to -'v-he fluctuating fields become of the same order as the difference between
the electron and ion drift velocities. Owing to the random phases of the fluctuations,
the energy acquired in this manner is retained by the particles even after the elec-
tric field that had initiated the instabilities is switched off. Although the ion
acceleration.me.y JZ~.be connected with some other instability which lies beyond
the sope of the assumed theoretical model$ the instability considered by the authors
can have a bearing also on other experimentsj, in which the radial electric field Is
produced artificial3,y or spontaneously. Orig. art. has: 1 formula.
SUB CODE: 2o/ sum DATE: o3 Feb66/ oRiG Ru: oo2
OL/
LSjord 2/2

,----,_,-TSYfPIN,ja,,-inzh.
Organization of roadsteads, Rech. transp. 19 no. 2.5-7 F 160.
(111IRA 14-5)
(Inland water transportation)

ONSTANTINOV, V., inzh.; TSYPINq Ya., inzh.; taROSENICHENKO,, 1.9 inzh.
Introducing automatic control in inland navigation and prospects
for its development. Rech. transp. 20 no. 2:12-14 F 161.
(MIRA 14:12)
(Inland navigation) (Automatic control)

TMPTNIJI YA. YE
3,:2e?nces
D - - --
I I.- I n 1 r
P r, i1 ~ 17. 1 ch - u I ~ o f -I I I o :, 0 1' 1 - d 417,, ia t c II,% -I r t _i d i v z iv~ n I , ~ i r ;z c,,, in orlo ;~ I c k z~-- - ~ r;I,- ~ ; - - a " ' 4 ~ 1' 1 " '~ ' - ~ - '- ' 0
.1 ~ -L
the di-.Patcher or a rivr!r "Icet) Kookva, 2orhizdat, "-~51-
9. Monthly List of Russian Accessions, Library of Congress, August -194- Unclassified.

IRKHIN, Aleksandr Petrovich, kand.takhn.nauk; YBRPICHEV, Mikhail Ivanovich,
inzh.; TSYPIRjakov Teygen~~yigh, inzh.; TIKHOHIROVA, Ye.H.,
red.; VOLCHOK, X.M., takhn.red.
[Sconomic aspects and the organization of transportation by the
self-propelled freighter fleet] Zkonomika i organizataiia pere-
vozok samokhodnym grazovym flotom. Leningrad, Izd-vo "Rechnoi
transport," Leningrotd-nie, 1960. 94 p. (MIRA 13:9)
(Inland water transportation)

,-YX 0- Z 0---
Organizatsiia raboty rechnogo flota po grafiku (Organization of river fleet operation
according to schedule) Moskva, Vodtransizdat., 1954. 96 p.
SO: Monthly List of Russian Accessions, Vol- 7, No. 6. Sep. 1954

TSYPIN, Ya.Ye., LOZINSIIY, V.K., reteenzent; ARSKNIYET, S.P., redaktor;
- MMU~HiNA, A-N.. redaktor-, BEGICIIEVA, M.Ne, tekhnicheekly redaktor
(Orgauization of river fleet operation according to schedule]
Organizataiia raboty rechnogo flota po grafiku. Koskva, Goa. lzd-
vo voclnogo transporta, 1954o 94 pe (MIRA 7:10)
(Inland water transportation)

I
TETICRYnNIKOV. Mikhail Stepanovich; TSYPIN Ya Yered.; VUDIMIROV# A. L#
.retsenzent; LOBANOV, Ye.M., red.isd-va; TU3UKOVA, T.T., tekhn.red.
(Work organization of the river fleet and ship accounting]
OrganizatBiia rabotyflota i sudovaia otchetnost'. Izd.2. Koskva,
Izd-vo 9&chnoi transport." 1958. 250 P. (MIU 12:3)
(Inland water transpoftation)

- Tsypil." IA.Y-E.
Organizatsiia dvizheniia flota po Erafiku na Yoskvoretskoi sisteme.
Z To put the fleet moveme.-It on the I'oskve river system, on time sc--ed-
ule_7. (Rechnoi transport, 1949, no. 2, p. 7-9). DLC: TC60l.R4
SO: Soviet-Transportation and Communications, A Bibliography, Library
of Congress, Reference Department, 'Washington, 1952, Unclassifed.

Ya
Prakticheskoye posobiye dispetcheru dvAzheniya recbnogo flota. (Handbook for the dis-
patcher of a river fleet) Moskva, lzd-vo Minivter-,tva ilechno,~o Flota SSISR, 1951. 156 p.
tables. Contains bibliography. Chtc]O~,7ed from abstract. 1nfor-uiat-Alon cn nlennin'r, of
transportation, compilation 'of trnffic charts, right'r and r,~sponsibfl j ties of a dispat&er
and various operations.
N/5
756.1
.To

SYPX& Yak Y ich*jVAHOVP1L.A.,,red.;- WBA11QV, Ye.me,,reds..
~ Mo, I(Ra ~,M~11
-va takhn.red.
9
[Manual for dispatchers in inland water transportation] Posobie
di:petoham dvizheniia rechnogo flota. HO$kv&o Ird-vo ORmchnoi
tr neport." 1957- 183 Pe (MIRA 11:2)
(Inland water transportation)

IRKHIN, Aleksandr Petrovich, kand. tekhn.nauk; YERPICHEV, Mikhail
Ivanovich, inzh.; TSYPIN, Yakoy Yevgenlyevich, inzb.;
CHERM, N.Ye.,
(The economics and organization of transportation via a
sei-f-propelled merahaht marine fleet) Ekonomika i organi-
zatsiia perevozok samokhodnym gruzovym flotom. Izd.2.,
ispr. i dop. Moskva, Izd-vo "Rechnoi transport" 1963. 1.14 P.
(MIRA 16:10)
(Inland water transportation)

DONETS,IS. (Rostov-na-Donu); KUZIMIN, A. (Ii-kutsk); MEDVEDEV, N. (S&ratov);
LICHKOV, G. (Arkhangellsk); TSYPIN ,Ye.,ISverdlovsk); GITCHENK0. 1.
(Sochi); GRUZINTSLIVA, A. (0o-vo`sMRiT,; ALIMOTI, R. (A.I*a-Ata);
GOLOBORODOV, M. (Syktyvkar)
I
Outposts of air transportation. GriLzhd.av. 20 no~4:22-24 Ap
163. (MM 16:5)
(Aeronautics, Commercial)

TSYPIN, Yu.Ya., otv.red.
(Mathematics; program, method instructions, and quizzes for
correspondence students in the first course of agricnltural
schools] Matematike; programme, metodicheakie ukazaniis i
kontrolinya zadaniia dlia uchashchikheia-zaochnikov I kursa
sellskokhoziaistvennykh tokhnikumov. Zagorek, H-vo sellkhoz.
SSSR. Part 1. (Lessons.1,201 Zadaniia 1,2,3. 1958. 75 p-
(MIRA 13:2)
1. VgeBOYU2nyy zaochnyy aellskokhozyayatvennyy tekhnikum.
(Kathematics--Study and teaching)

BHGEMATIUA, L.M., propodavatell; TM14 ?A.Ya,,,,ptv.red.; AFANASIYET.
V.S., spets.red. ;3,f 141% ?-Ie ,
[Assigm*nts and practical instructions for the course ~Neteorologyl
for students of agricultural schoolBI Uchabnoe sadanie I metodi-
chegkie ukazaniia po kursu Weteorologiia" Me uchashchikhsia
aellekokhosisistvannykh tekhnikumov. 1938 11 p. (KIPA 12:3)
1. Veasoyuznyy zaochnyy sel'skokhozyayetvennyy tekhnikum.
(Nateorblogy)

thd C
on.3
us-3d In Studying cal f c rrpa: ZV, vYq. 117-v~b.

SIMANOVSKAYA, R.E.; LEVIN. A.M.;
Technical and economic indices of the production of sulfur dioxide
and portland cement from phosphognsum- LTrudrj YIUIF no.160:181-206
'58- (MIRA 12:8)
(Kazakhotan-Gnsum) (Sulfur dioxide) (Portland cement)

TSYPINA E.I.
Economic testing of basic trends in utilizing local phosphorites.
(Trudy) NIUIF no.164t96-99 159. (KRA 15:5)
(Phosphorites) (Fertilizers and manures)

LEVIN, A.M.; TSYPINA, E.I.
Economic analysis of superphosphate production. [Trudy] NIUIF
yto.164:94-95 '59. (KRA 15:5)
(Phosphate industry)

14j.; TSYFINA, E.l.
FEI)OP-71M.0 Y ~-,e production
.~. +he Lethrd-q for t-
comparison c,- ' 164. (gIRA 17:11)
S
and ecOnO-'f'ic
TechTlical Pror'l. 40 n0.9:672-675
of pbosphoric ,ci-d* KhAm*

V.A.; -'nYpINA, CI.M.; LUZANOVA, M.ill.
PETROV, K.A.; PARSHINA, ~ -- . 1. s based (;n polyamidophosphiflit8s and
I -
-cOnt'-'Aning poV--- (1411RA 17:6)
Phosphorus 1:2o-23 164.
phospbites. pl,,t.mhssy no,

PETROV9 K.A.; PARsHINA, V.A.; TSYPINA, G.M.
spj_jW&
0 ,
lymers basvi on metbYlPh b .
--containing PO say noslitil ff''163.
FhoaphoruO ine oxideos Plast. ma (MIRA
methylolphosph
nd
a
16t12)

PETROVY K. A.; PARSHINA, V. A.; ORLOV, B. A.; 7SYPINA, G. M.
Properties of phosphines. Part 5-- Reactions of phosphimm
with chloroamines, aulfenyl chlorides, and amines. Zh~r. ob.
khim. 32 no.12z4017-4022 D 162. (min 16a)
(Phosphine) (Sulfenyl chlorides) (Amines)

- - `- . ~~ --v-
N'-I t,
'I

~-- -1 - i~ " - " - ~2, -'; -- . ~;345
, ~~J, tt ~7 ~~g
- -- - -v -,:- ~ ~~ M
llpln,--~,,1~5' , P~s

CHURINOV,.M.V.; TSYPINA, I.M.; IAZAREVA, V.P.
Principles and methods for cc*pAlng general areal maps
of the U.S.S,R. on a l:1,500,,6G*:2x5OO,,000 scale.
Sov.geol. 5 no.11:112-124. N 162. (MIRA 15:12)
1. Vaesoyuznyy nauchno-isaledovatellskiy institut
gidrogeologii i inzhenernoy geologii.
(Engineering geology--Maps)

TS"INA
Division of~the southern shore of Grimea for purposes of angiAearing
geojQg7. Vop. gidrogeol. i inzh. geol. no.15:113-133 157. (MIRA 21:5)
(Crimea-Gaoloa)

L.G.
MINI S, T. P.
- ----------
C,f t1l, and
e,.r.incm, tal iLv,'- c; t; F~a t'r~r
FIAT Z-!*,r-
.11 tvOn iTrIll A
dII-Irldinp gr'As
11
138'7--~LIW
r
1. IV7,t.,kiy roj-tekhnjchf-,skiy

RENNE, I.P.; TSYPINA, M.N.; YUDIN, L.G.
Precision of applying and measuring graduation marks used In
studying deformations. Zav. lab. 30 no.8:1013-1016 '64.
(MIRA 18:3)
1. Tullskiy politekhnicheskiy institut.

E'.VT(m)/EWP(W)/T/EWP(t)/ETI/EWP(k) IJP(c) JD/HW/DJ
ACC NRv AP6016577 SOURCE CODEt UR/0182/66/000/005/0012/0013
AUTHOR: Renne, 1. P.; Tsypins' M. N.
ORG: none
TITLE: Investigation of direct steady-state plane extrusion
SOURCE: Kusnachno-shtampovochnoys proizvodstvo, no. 5, 1966, 12-15
TOPIC TAGS: metal extrusion, flow field, friction, metal deformation
ABSTRACT: The authors describe a method of the theoretical calculation of the de-
formations of forgings produced by direct extrusion, which makes it possible to de-
termine both the local deformations and the total values of deformation intensity. It
is shown that the labor-consuming exact solution based on the use of the slip-line
field and the corresponding hodograph of flow velocities may be replaced with a suf-
ficiently accurate approximate solution if the slip-line field is replaced with a
discontinuous velocity field. For comparison with experimental findings, the authors
investigated the processes of direct extrusion with the ratio H/h a 3.42 in the pre-
sence and absence of frictionAat the surface of die and container. Lead specimens
on which a coordinate grid of lines was plotted were subjected to direct extrusion
until steady-state flow was accomplished and the region originally present in the
plastic zone was entirely displaced beyond the confines of that zone. Findingst ilia
1/2 UDC: 621.777.22

L 36129-66
ACC NR: AP6016577
experimentally obtained pattern of distribution of deformation intensity over the
width of specimen is in good agreement with the theoretically obtained pattern of i
distribution based on the theoretical solution for the discontinuous velocity field.
The mean shear intensity in the case of friction-free extrusion is found to be higher
than in the case of friction-involving extrusion. Ift other words, the proportion of
the specific work expended on deformation alcne is higher for friction-free extrusion
than for frictLourinvolving extrusion. Grig. art. has: 7 figures,
SUB CODRt 13, l1/ SM DATS: none/ ORIG REF: 005/ M RKF% 001

K. h.
TSyy)l.,ip,, c,.11 KORIM,
adheaion of b'lt=en and stone maten--is,
Y 7 12,
~Mr'
)Vjrig t"e 9 j! 164.
27 no,-!!-

13321 SOURCE CODE: UR/0413/66/000/008/0137/0138
A:tJTHORS-. Muratikov, L. N.; Otvagin, Ye. F.; Chentsov, B. V..; Tsypina, S. F.; Kuz'minj
V. G.
ORG: none
TITLE: An automatic steering device for a "shiD. Class 65, ITO. 160974
SOURCE: Izobreteniya, promyshlennyye obraztey, t varnyye znaki, no. 8, 1966, 137-138
TOPIC TAGS: ship component, ship navigation, rudder, automatic central design
ABSTRACT: This Author Certificate presents an automatic steering device for a ship.
The device includes a gyro induction compass with a course angle signal controller
coupled with the course angle signal receiver of the follow-up system and with the
output signal amplifier. The device also contains coarse and fine readout scales,
reducing gear trains, and a tachometer-generator. The design increases the reliabili
of the automatic stabilization of the'motion to any current value of the course and
insures smooth turns of the ship with a given angular circulation rate. The course
and~e signal controller of the gyro induction compass and the receiver of the follow-ur.
sys $em are connected by electrical circuits. The motor of the follow-up system
prl6esses the cumula-~;ive signal of the controller and receiver. The stator of the
course angle controller and the tachometer-generator are kinematically connected with
the reducing gear train of the follow-up system when the controller rotor is stationary.!
r--.j i /Z uDc: 629.12-014.6-5231

ACC NR: AP6013321
C?
The reducing gear train generates electric signals proportional to the deviation of
the ship from the course and to the angular rate of the change of the course. Each of
the signals enters the amplifier and is sent to the operating motor of the rudder
cross arm (see Fig. I).
Fig. 1. 1 - gyro induction compass; 2 - course
angle signal detector; 3 - signal receiver; 4
output signal amplifier; 5 fine readout scale;
6 - tachometer-generator; 7 motor of the
follow-up system; 8 - stator of the course angle
controller; 9 - rotor of the course angle
controller; 10 - amplifier; 11 - operating motor
of the rudder cross-arm; 12 - rudder negative
feedback detector; 13 - negative feedback coeffi-
cient regulator; 14 - reducing gear train of the
turn controller of the ship; 15 scale of a
given change of the course; 16 crank; 17 -
motor-integrator; 18 - reducing gear train
The reducing gear train generates electric signals proportional to the deviation of
the ship from the course and to the angular rate of the change of the course. Each of
the signals enters the amplifier and is sent to the operating motor of the rudder

ACC NR, AM13321
0
cross arm (see Fig. 1). The rotor of the controller is electrically connected with
the negative feedback detector. This feedback detector is equipped with a negative
feedback coefficient regulator. The rotor of the course controller is kinematically
connected with the reducing gear train of the turn controller of the ohip for a
relative given course. This turn controller reducing gear is equipped with a course
change scale, a friction clutch, and with a crank which is used for establishing the
new course readout on the scale. To match the position of the course controller rotor
with the statorp the rotor winding may be connected to the input of the amplifier, and
the negative feedback detector winding may be disconnected. To make the selection of
the integration coefficient more precise, the output axis of the motor-integrator is
connected to the mechanical differential by a reducing gear train. Orig. art. haot I
figure.
SUB CODE: 13/ SUBM DATE: 02Apr64

ASTAFIYEVA, Ye.V., kand.tekbn.nauk; BEfaISHTEYN, M.L., kand.tekbn.nauk;
KIDIN, I.N., doktor tekhn.nauk-, KATOKs A.M., inzh.; TSYPINA, Ye.D.,
inzh. ------
Hardening alloyed steel for machine building by thermomechanical
treatment. Metalloved. i term. obr. met. no.8:.54-56 Ag '61.
(KRA 14- 8)
(Steel alloys--F-ardening)

BE'ZRMVNOVA, L.I., kand.ekonom.nauk, red.; mm., N.B., prof., red.;
LOPATKINA, V.S., dotsent, red - TSYPKIN A L., prof., red.
(Problems in the development of collective farming at the present
stage) Nekotorye voprosy razvitiia kolkhoznogo stroie no sovre-
msnnom etape; abornik statei. Seratov, 1960. 166 p.
(MIRA 14:4)
1. Saratov, Yuridichoskiy institut.
(Collective farms)

DF,CEASED 196V*
TSYPM, B.N.
cig6l-
SEE ILC
- - - - m
no N
MEDICM,.(oRTHOPEDli,o/

TSYPKIN, B.N., professor; UPOROZRITS, A.Al
-.A~4,-
Swing's sarcoma. Ortope, travm, i protez. 17 no.4:16-17 JI-Ag '56.
(MLM 9:12)
1. Iz Hinakogo nauchno-tooledovatellskogo instituta ortopedit i
voostanovitelinoy khirurgii (dir. - prof. R.M.Minina. nauchayy
rukovoditell - prof. B.N.T$ypkin)
(BARCOKA. SWING'S. case reports)

VIRNIK, D.I., starsh-ly nauphnyy sotrudnik; KHAll'KOlVl,, A.G., mladahly
riauchnyy sotrudnik; SHAKHMAZAROVA. M.Sh., mladshlly nauchnly
notr-adnik; VLASOV. A.F., inzh.; ROSTOV'rSEVA, V.I., -irzh.,
CHEYANOVA G.V., inzh.; Prinimali uchastiye:ARMIOVA. N.N.;
~I.D.; KUST~ Ye.F.
Preparation of gelatin from raw materials proconsed wlth the
acid method. Trudy VNIIMP no.13:52-63 162. (MTRA 17:5)
1. Vsesoyuznyy nauchno-issledovatellskiy institut ffpjasnoy
promyshlennost-i (for Kharikova, Shakhnazorova, Artuemova).
2. Moskovskiy zholatino-vyy zavod (for Vlasov, Rostovtseva,
Chekanova, TSypina, Kunt.).

TSYP.KIN', _ D - , 1~- 11. A. SPITSYN and R. D. BEIZEL I IMAN
Podshiprild kacheniia. flaschet i vybor podshipnikov kacheniia, konstruirovanie
podshipnikovykh uzlov. Moskva,,Mashgiz, 1945.
Bearings with rolling contact. Calculations and selection of rolling
contact.bearin-s, designing bearing units.
SO: Manufacturing and I'lechanical Engineering in the Soviet Union, Library
of Congress, 1953-

TSYPKIN' B. V.
---I- . I.,
Podshimiki kacheniia. (Krzatkii spravochnik) Ilbsk-VI, Mashoiz, 19L,8. 239 -P.
Q
Antif~riction bearir4as. (Concise handbook).
,j Mechanical Engineering in the Soviet Union, Ubrary
SO: Manufacturing ant t,
of Congress, 1953.

TSYPKD-1, B. V. and R. D. BEIZEL11,1AN
------- --
Podshipnild kacheniia; spravochn-ik. IMosima, I'Llshgiz, 1949. 423 P.
Bibliography: P. 421.
Bearings with rolling contact;Imndbook.
DL,',: TJ1061.B47
SO: Manufacturing and Mechanical Engineering in the Soviet Union, Library
of Con6ress, 1953.

TSYPKDI, B. V.
MeTo--~-rascheta podshipnikov 1mcheniia s uchetonri vliian--*ia rad-Lallnogo zaz--ra.
(vestn. fr-~ash., 1951, no. 5, P. 15-28)
Includes bibliography.
Method of calculating anti-friction bearin:-s x~hile taking into consideration
the influence of the radial clearance.
DLC: T114A
SO: I'anufaacturing and Rechanical Engineering in the Sri tet Union, Library
v
of Congress, 1953.

BBYZMIRAN, R.D.; TSYPKIN, B.V.-, TIKHONOV, A.Ya.. tekhnicheskiy redaktor.
[Antifricti6n-74q~ringz] Podshipniki kachaniia; spravochnik.
Izd. 2-oo, ispr. i 4qp. Moskva, Goo.naucbno-tekbn.izd-vo
mashinostroitallnoi lit-ry, 1951. 525 P. (KLRA 9:1)
(Bearings(Machinary))

P. D
I ~ .. ,I ~~ - . - -~,! 2
3,eyzellr%tin, --l. D.
"Rolling contact be,.irin-r,,l." Pvviewpd by L. 1).
Chasovnikoll, T. Ya. i%l Ishits, A. Korolev.
Vest. :-lash. 32, no. "1, 10/52.
.r
Monthly L.-Ist of Russian Accessions. Library of Cong ess October 1952. U11CLA33TIFIED.

T$Ypx1xp 1. V.
TSYPKIN, B.V.,. inshener; ALISHITS, I.Ya., kandidat takhnichookikh nauk:
'4*'T* , A.D., inzhener; ERVIN, I.A., inshener, retsenzent;
GOWTIN, U.S., kandidat takhaicheskikh nauk, redaktor.
[Bearing units for rolling machineryJ Podshipnikovye uxly prokatnogo
oborudovaniia. Moskva, Goa. naachno-tekhn. izd-vo maahinostroit. i sudo-
stroit. lit-ry. 1954. 290 p. (WaA 7:7)
"Rolling-mill machinery) (Bearings (Machinery))

TSYTKIN, B. V.
PHASir, I TRA SU'Co ISLAND BIBLIMUFFUCAL iEll-OiT -AID 723 - I
BOOK Call No.: AF650589
Author: BEYZELIMAN, 1. D., and B. V. T,-jYFKIN.
Full Title: ANTIFRICTION BEAVIING3. XANUAL. 3rd ed.) rev. and suppl.
Transliterated Title: Podshipniki kacheniya. Spravochnik. Izd. 3-e, isprav. i dopbl
PUBLISHING DATA
Ori-inating Agency: None
Publishina, House: State Scientific and Technical Publishing House of Machine-
Building and Shipbuilding Literature (iA3hGIZ)
Date: 1954 No. PP.: 451 No. of cories: 20,000
Editorial Staff- None
PURIOSE: To s7stematize available material on tyres, theories of calculation,
selection, and use of antifriction bearings, and to serve as a manual for
desi-ners and teclLmicians in their daily work. In colleges where courses on
Machine-Buildinm are taught this book may be used as a textbook.
tal
TM DATA
~Iovera,-e: 'This book contains exhausti-te information on antifriction bearin~7s.
Their classification, characteristics, sizes, and the distribition of load,,
friction and stresses are full.-T described and supplemented with fon'.1,,alae
for calc:-,lation of carrying cai-acities
Z3 -
NOTE: See card for 3:!=_~L".:All :7. D. for pa--e 2 of the abstract.

TSYY-KIN, B. V.
111nv-zstiff'ation of the Effect of a Radial Clearance on the Loal-Lif'*ting ~;apacity
and Life of Rocker Be,~.ringas." Cand Tech Sci, .entr;l Zei-Res 1115t of Techncrlo.~Y
and Machine Building, Irlin Heavy Machine Buildina USSR, Moscow, 1955. (KL, No 17, Apr 55)
SO: Sum. No. 704, " Nov 55 - Survey of Scientific and Technical Dissertations
Defended at USSR Hiaher :Educational Institutions (16 ;.
0

TSMIN, E.V., kand.tokhn.nauk.
Comparative evaluation of aesembly techniques of parallel-cou-pled
and tripled ball bearings having angular ball contacts. Vest.mash.
37 no.12:41-47 D 157. (MIR& 10:12)
(Ball bearing)

62.v-
25(2) PHASE I BOOK EXPLCITATION SOV/2483
Beyzel'man, Rafail Davidovich, and Boris Vladimirovich Tsypkin
Podshipaiki kacheniya; spravochnik (Antifriction Bearings, Ha-n-Ub-o-ok)
4th ed.,, rev. and enl. Moscow, Mashgiz, 1959. 608 p.
30,000 copies printed.
Ed.: N. F. Golovanov, Candidate of Technical Sciences; Eds. of
Publishing House: A. 1. Varkovetskaya and N. Z. Simonovskiy;
Tech. Ed.: R. G. Pol'skaya; Managing Ed. for Literature on the
Design and Operation of Machinery (Leningrad Division, Mashgiz):
F. I. Fetisov, Engineer.
PURPOSE: This handbook is intended for machine and parts designers
and mechanics. It may also be useful to students of machinery-
construction vtuzes.
COVERAGE: This handbook, a fourth edition, revised and enlarged,
contains basic information on the design of antifriction bearings
Card 1/11

Antifriction Bearings (Cont.)
SOV/2483
and related parts. Maintenance and lubrication of bearings,
selection of the proper type of bearing for a given operation,
and the design of bearing units are discussed. Technical
specifications for large-size four-row taper roller bearings
according to two new standards are presented. No personalities
are mefitioned. There are 33 references, 31 Soviet, I German, 1
I'liglish.
-TABLE OF CONTENTS:
Foreword
Basic Symbols Used in the Handbook
3
5
Ch. I. Basic Information on Antifriction Bearings 7
Classification of basic types of bearings 7
Characteristics of basic types of antifriction bearings 35
Card 2/11

A-e..tifriction Bearings (Cont.)
System of conventional symbols
Ch. II. Basic Geometry in Standard Antifriction Bearings
Standard overall dimensions of bearings
Angle of filling of radial ball bearings
Needle roller bearings
Protrusion of the retainer in tapered roller bearings
Ch. III. Loads Acting on Supports in Power Transmissions
Gear drives
Belt drives
Ch. IV. Basic Design of Antifriction Bearings
Kinematics of antifriction bearings
Distribution of load in a thrust bearing
Differential mounting of thrust bearings
Inertia forces in ball bearings
SOV/2483
57
62
62
66
68
82
86
87
103
105
105
III
112
113
Card 3/11

Antifriction Bearings (Cont.)
SOV/2483
Additional load on self-aligning thrust bearings 115
Friction in antifriction bearings 116
Contact stresses and deformations in two compressed
elast-A'.c bodies 125
Basic formulas for calculating elastic deformations
and stresses in antifriction bearings 131
Load capacity and life of thrust ball bearing with
plane race 142
Formulas for calculating load capacity and life of
antifriction bearings 143
Design of bearings taking the effect of radial
clearance on load capacity and life into account 152
Axial load capacity and life of single-row
antifriction bearings 171
Life of bearings working under rocking motion 182
Card 4/11

Antifriction Bearings (Cont.)
Ch. V. Basic Rules for Selecting Ball and Roller Bearings
General suggestions
Selecting radial ball and roller bearings
Selecting angular contact ball and roller bearings
Selecting thrust bearings
Selecting bearings working under variable loads and speeds
Selecting bearings at n = 0 r.p.m.
Nomogram for selection of bearings
Effect of hardness of the rolling surfaces on the
load capacity of bearings
1
Ch. VI. Clearancbs in Antifriction Bearings
General premises
Change of initial clearance dependent on fit class
Change in fit clearance during bearing work
Relationship between radial clearance and axial play
in bearings
SOV/2483
191
191
192
196
200
200
204
205
207
211
211
212
213
213
Card 5/11

Antifriction Bearings (Cont.)
Methods of measuring radial clearance and axial
play in bearings
Initial clearances
Clearances in adjustable-type bearings
Change in the initial clearance of a bearing with
tapered bore mounted on a taper clamping sleeve or
taper journal
Relationship between the permissible angle of misalignment
and the clearance in single-row ball bearings
Deformation in preloaded bearings
Determining preloading
Methods of securing preloading
Determining nominal radial load in the design of
bearings-with preloading 1
Determining length differences of bracing sleeves
Assembling two or thr6e angular contact bearings
consecutively
SOV/2483
215
216
221
225
227
228
230
231
236
238
238
Card 6/11

Antifriction Bearings (Cont.)
Ch. VII. Antifriction-bearing Fits
General premises
Conditions determining housing and shaft and housing
fits of radial bearings
Selecting fits
Fits for radial and angular contact bearings
Thrust-bearing fits
Needle roller-bearing fits
Limitation of preloading by conditions of ring strength
Quality and accuracy of fit surfaces
Effect of fit on the radial clearance of bearings
Determining forces for pressing on ring at interference
fit and for dismounting
Special fits for some types of bearings
order of selecting fits for antifriction bearings
Table of fits for antifriction bearings
SOV/2483
249
249
250
256
256
262
262
265
265
267
268
271
274
279
Card 7/11

Antifriction Bearings (Cont.)
Ch. VIII. Accuracy of Antifriction Bearings
Technical specifications for manufacture and
acceptance of bearings
Accuracy of rolling elements
Forms and dimensions of bearing chamfers
Technical specifications for adapter sleeves, nuts,
and washers of ball and roller bearings
Steel used in bearing manufacture
Ch. IX. Design of Bearing Assemblies
Layout of bearing assemblies
Selecting types of bearings
Selecting degree of accuracy
Securing coaxiality of fitted parts (bore and shaft]
Securing rigidity and strength of assembly parts
Compensation for thermal expansion of mated parts
Mounting requirements for bearing assemblies
SOV/2483
287
287
296
301
302
304
308
308
309
309
311
312
312
315
Card 8/11

Antifriction Bearings (Cont.)
Example diagrams for installing bearings in mechanisms
Constructional elements of parts of bearing assemblies
Final and intermediate fixing of bearings
Sealing bearing assemblies
Ch. X. Lubricating Antifriction Bearings. Selecting
Lubrication and Cooling Systems
Purpose of lubrication
Requirements for bearing lubrication
Selecting lubricants
Lubricant-feeding systems
Cooling system Is for bearing assemblies
Ch. XI. Mounting, Dismounting, and Operation of Antifriction
SOV/2483
316
318
327
348
372
372
372
374
378
390
Bearings 397
Devices for mounting bearings 397
Devices for dismounting bearings 407
Brief list of rules for storing bearings 416
Card 9/11

Antifriction Bearings (Cont.)
Determining causes of bearing failure by external signs
Ch. X11. Technical Specifications for Ball and Roller
Bearings
Tables of specifications for antifriction bearings
Allowable radial loads on bearings
Appendixes
1. Example of design schemes for bearing units
2. Terminology used for antifriction bearings
3. Commercial sizes of balls
4. Comercial sizes of cylindrical rollers
5. List of All-Union Standards for antifriction bearings
6. Related designations of conventional bearing types
and series in the USSR, Sweden, Germany, Ijungary, and
Czechoslovakia
7. Comparative table of hardness
8. Table of trigonometrical values
SOV/2483
418
425
426
546
555
555
568
581
582
583
585
596
597
Card 10/11

Antifriction Bearings (Cont.) SOV/2483
Bibliography 599
Index 601
AVAILABLE: Library of Congress (TJ 1061347 1959)
GO/ajr
Card 11/11 10-27-59

SOV/122-59-4-V28
AUTHOR: Tsypkin, B.V. (Candidate of Technical Sciences)
TITLE: V-n-t-he ~Service Life of Rolling Bearings Operating under
Oscillating Conditions (0 dolgovechnosti podshipnikov
kacheniya rabotayushchikh pri kachayushchemsya
dvizheniii C,
PERIODICAL: Vestnik Mashinostroyeniya, 19597/Ir LF, pp 25-29 (USSR)
ABSTRACT; The part played by the lubricant in "False Brinelling"
is attributed to the repetition of pressure on a surface
from which the lubricant has just been squeezed out.
With very small amplitudes, the lubricant is permanently
absent. This condition is aggravated in the presence of
vibrations and when a viscous grease is used. The
conditions prevailing in continuous rotation are present
in oscillating bearings only when the paths of adjacent
rolling bodies overlap. The geometric conditions for
this state are formulated. An expression is given
(Eq 2) to compute the service life of oscillating
bearings from the service life formulae of rotating
bearings. This expression Is based on the accepted
assumption that the number of load cycles for fatigue
Card 1/3 failure in a bearing is inversely proportional to the

SOV/122-59-4-4/28
On the Service Life of Rolling Bearings Operating under
Oscillating Conditions
m-th power of the contact stress, The service life of
the rotating bearing is transformed by using the ratio
of load cycles and the m-th power of the inverse ratio
of the contact stresses. The effective contact stress
in an oscillating bearing can be computed as a mean value
of the contact stresses experienced by the most highly
loaded point of the race when traversed by the rolling
bodies during the displacement of the bearing between one
extreme position and the other. The formulation of the
mean value is given (Eq 4). A quantity repeatedly
occurring in this formulation is tabulated for various
values of the amplitude in terms of the minimum angle
for the overlapping of two rolling bodies. In spherical
ball and roller bearings the greatest contact stresses
occur on the outer race. It is shown that, in this aase,
when the inner race oscillates, the service life,
compared with that of a rotating bearing, takes into
account solely the ratio of the number of cycles. When
Card 2/3 the paths of the rolling bodies do not overlap$ the
service life computations are not applicable. Under

SOV/122-59-4-4/28
On the Service Life of Rolling Bearings Operating under
Oscillating Conditions
these conditions, greases with zinc oxide additives or
lithium greases are recommended. The grease should fill
the empty bearing space. Baffles should be installed
between two bearings. Feeding of lubricant under
pressure is desirable. A maximum grease volume and a
minimum oxygen volume are advisable. Frequent changes
of lubricant are beneficial. Bearings with an
oscillating outer race are preferable. The rolling
bodies should rotate about their own axes by at least
1800.
There are 1 table and 6 references, of which 4 are
Card 3/3 Soviet and 2 English.

CHURINt Kh.D., kand. sellkhoz. nauk, dots.; VASILtYEV, B.M., dots.;
EELOV, A.I., kand. ekon. nauk; ASHIRYAYEV, Sh.V., dots.;
TSYPKIN, G.I., kand. sellkhoz. nauk; KAPLINA, G.T., dots.;
13DIUROV.-L.T., dots.; VASILIYEV, V.I.; KONDION, A.K.,;
7
MAKAROVY A.P., nauchnyy sotr.; ZHIZNEVSKIY, F.V.,, red.;
MOSIYASH, S.P., red.; KRINITSKIY, V.A., red.; NAGIBIN, P.,
tekhr). red.
[Economics of Kazakhutan agriculture]Ekonomika sellskogo kho-
ziaistva Kazakhstana. Alma-Ata, Kazaallkhozgiz, 1962. 325 P.
(Kazakhstan-Agriculture-Economic aspects) (MIRA 16-3)
-X

SOKOLOV, N.I.; ANDRIANOVA, K.J., red.; BELOV, A.I., red.; D14ITRIYEV, B.V.,
red.; LOZA, G.M., red.; UDOVMO, Ye.Ya., red.; TSYPXIN. G.I., red.
[Problems in the economy and organization of production on state
farms in Kazakhstan] Voprony okonomiki I organizataii sel'sko-
khozialstvennogo proizvodstva v sovkhozakh Kazakhotana. Alma-Ata,
2958. 200 p. (MIRA 12:2)
1. Kazakh S.S.R. Upravleniye sel'skokhozysystvennoy nauki i props-
gandy. 2. Nachallnik planovo-okonomichaskogo upravleniya Mini-
sterstva Bel'skogo khozyayBtva Kazakhekoy SSR (for Sokolov).
3. Direktor lazakhokogo nauchno-isoledovateliskogo institute
ekonomiki sellskogo khozysystva (for Belov).
(Kazakhstan--State farms)

TLORINSKIY, AleksazAr VaoillyevichLTSML
~#OL I
tekhnicbeskly redaktor J!A" redaktor; SINCHILO, K.K..
(New techniques used in laboiator-y research] Novye tekhnichookle *
priemy laboratornykh iseledovanit. Moskva, Goo. iza-vo med. lit-ry.
Nbagiz. 1954. 85 p. [Microfilm] (MLRA 8:2)
(Pathological laboratories)

SAVINOV, A.P.; TSIPKINj L.B.
Studies on stable cultures of the heart Cynomolgus m9nkeys in
rat, experiments. Vop. onk. 6 no.3t27-34 Mr 160. (MIRA 14:2)
(HEART-TUMORS) (TISSUE-CULTU.V)

TSYIJKIN, I.L-,, kand.med.nauk 4.5
7
- -o. '-4' 1~
jAkov NI.kolaericb Plodiny 1903-- or~op., Itra,,,Lri, PrO ~M-,I~t, 18-.4)
no&5-,72 My 164.

&~~ ~, I
yAst~r Wd Sci (dise) -- "Hemonovocaine blockade in treating
patients with certain severe pain syndromes". Saratov, 1958. 11 pp
(Min HeAlth RSFSR, Saratov State Mad Inst), 200 copies (KL, 'No 2, 1959, 126)

TSYPKIN, I. L. Cand Med Sci -- (diss) "The Treatment of Certain
IviaJor Pain Syndromes With HemonovocairA.1 .11Saratov, 1957. 8 pp
22 Cm. (Min of Health RSFSR, Saratov +te Medical Inst),
(KL, 26 57, 114)
- 139 -

TbYFICLII, i4s ~ SIVIa)
Properties of sputum in some diseases of the reBpiratory system.
Ifed.sestra 17 no.4:18-23 Ap 158. (HIFA 12:10)
(bTurITH) (BBSPIUTORY ORWIS-DISMSMS)

COUITITRY
CAT'e,rrQR]( Juneral Problems of Pathology.Tumor3
'amoarativo Oncology.Human Neoplasms.
AB3. JOUR. so RZhBiol., No.23 1958, NO. TOV45
AUTHOR PoZzozheva,L,N.;Tsypkin,I.S.
. ..........
.'JT.
T LI The Value o4' lxi'icroacopical Examination of
the Urine in the Diagnosis of Neoplasms of
the Wrinary Bladder.
0,"-.'.G PUB. Urologiya, 1957, No.1,27-31.
ABSTRACT No abstract,
CA,U: 1/1
-37-