SCIENTIFIC ABSTRACT YASTREBOV, S.M. - YASTREBOVA, G.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962230007-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

YASTREBOV, S.M.
Remodeled steam-heated deep-fat fryer. Kona. i ov, prow. 11P
no.8:7-9 Ag 159. (MIU, 12:9)
1, Dagestanakiy nauchno-isaledovatel'skiy inatitut nelfskogo
1-.hozyaystva.
(Canning industry-Equipment and supplies)

%'Y-ASTREBOV S F. MASSOVER9 A.M.; lalAWIYE9 K.P.9 kand. tekhn. naWc, red.;
BiLuffit L.S.9 red.; KISINAv Ye.I.v tekhn. red.
(pterilization of ca=ed food] SteriUzataiia konservov. Pod red.
K,'P.L-emarinle. Moslcvag Pishchepromizdatq 1961. 67 p.
(MA 34:9)
(Foodp Caruied-Sterilization)

BOGDANOVA, L.S.; YASTREZOVil S.M.
Ezperience of Daghastan, canning and preserving enterprises
in the mechanization and automation of production. Kons. i
ov. prom. 16 no.6:37-38 Je 161. (111RA 14:8)
(Daghestan-Canning industry-Equipment and supplies)
(Automation)

TKAGHEV, R.Ya.; NAMESTNIOV, A.F.t kand. telchn. nuuk, retsenzent;
YASTi2BQV,--S.&, inzh.., retsenzent; KOVALEVSKMA, A.I.,
~red.~; SATAROVA, A.M., tokhn. red.
(Deep-frying 6f vegdtables and fish in caming]Obzharka ovo-
shchei i ryby pri proizvodstve konservov. Moskvao Piolicho-
romizdat, -1961. . 89~p. (MIRA 15:11)
p
(Camiing and pres,orving)

."D'OV/120-58-5-19/32
ILUTHOR S.
Automatic Mat;-ne tic -Field Scan, for IiIass Spectrometer MS-2M
TITIL~
(Avtomaticheskaya razvertka po magnitnomu polyu dlya mass-
spektrometra IAS-2hl)
11BRIODICAL: Pribory i tehhnika eksperimenta, 1958, ITr 5, pp 76-?S
(USSR)
ABSTRACT: In,mass-spectrometric analyses it is frequently dasirable
to obtain two or more recordings, slightly displaced from
each other, of the response corresponding to a particular
isotope. This would be useful, for example, for standardi-
zation purposes when analyzing for the concentration of a
rare isotope: the response of the abundant isotope or iso-
topes repeated at intervals serves as a yardstick; alterna-
tively it may be desired simply to broaden, by repetition,
all the mass spectra. Displacemeiit of the mass spectrum
is normally achieved by varying the magnetic dispersing
0
field. Where an occasional standardization check is re-
quired i'~; is quite possible and convenient to do this manually,
but in a production process this may not be feasible and au-
tomation is required. An example of such a production pro-
cess is the enrichment of uranium where it is necessary to
Card 1/3 check samT)les at intervals for the concentration of U235

30V/120-58-5-1)/32
Automatic Magnetic-Field Scan- for Mass Spectrometer ijS-2M
compared with U238. Ono way of doing this would be to
lpror,rammel the magnetic field for regular periodic variat-
0
ions. This would not, however, be an economic motbod for
a Drocess in which the concentration does not build. up lin-
early with time: what is required is a 'sensing' mechanisiri
which faakes a restandardization, when the concentration has
cha-n-ed by an amount exceeding a certain. pre-determined,
quantity. The device described achieves'this sensing by
feedinc-, the responses from the mass spectra through an
arrangement of relays to a differential mechanism which
discriminates between the feed-back response and the stan-
dard. Iffhen the difference exceeds the predetermined value
a movin- contact automatically moves over a rheostat and
Card 2/3

SOV/120-58-5-1-9/32
Automatic Ma-Snetic-Field- O)can for Mass Spectrometer L-13-2M
varies the ma-netic field. The -text contains 3 fi-- esi of
Ca 'Ur
which 2 give the mechanical and electrical schematics, and
the 3rd some typical mass spectra. Acknowledgements axe
made to G. M. Kukavadze for his interest and assistance.
There is 1 Soviet reference.
SU]3?JaTTED: October 21, 195?.
Card 3/3

ACCESSION NR: AP4012266 S/0089/64/016/001/0056/0058
AUTHORS: Danelyan, L. S.; Adamchuk, Yu. V.; Moskalevt S. S.; Pevzner,
M. I.; Yastreboyj., S,._
TITLE: The radiative-capture cross-section of disprosium, isotopes
in an energy range of 0.023-1 electron volts.
SOURCE: Atomnaya energiya, v. 16, no. 1,.1964, 56-58
TOPIC TAGS: absorber, burnable absorber, isotope mixture, natural
mixtute, capture cross-section, radiative capture, amplitude analyzer;
dysprosium, thermal neutrons, neutron spectrum, reactor oscillator
ABSTRACT: The capture cross-sections of dysprosium isotopes have
been.measured by the flight-time method. A pulsating linear elec-
tron accelerator was-used as a neutron source. A single-channel
amplitude analyzer transmitting gamma-ray pulses with an eneror of
l.b-5 Mev was added to the background to improve the effect. The
.total cross-section was measured by the neutron transmission in the
0.62-0-07 ev range with a view to determining the absolute cross
..section. But the lack of adequate quantities of separated isotopes
Card 1/2.

P
ACCESSION NR: AP4012266
complicated the determination of the total cross sections in the
entire energy range. The transmission of. the dysprosium samples lo-
cated midway bq~)geen the accelerator target and the detector was re-
.corded by a Gd-;'? sam placed in the detector. A mass-spectrometric
162 - samples, designed to determine their content
analyses of
of Dylt)4, GdM and Gdl51 was mad ith an Mc-2M mass-spectrometer.
It was found that the Gdl~5 and GdM isotopes accounted for less
than 0.01% which can produce a 10% error in defining the absolute
values on the basis of the total cross sections.
"Vie are deeply grateful to V. S. Zolotarev and his associates for
producing separated dysprosium isotopes; to G. M. Kukavadze for his
,useful advice, and to A..'S. AlpeyeV; A. Ya. Lunin, S. M. Streltnikov
and M. V. Safronova for their participation in the measur~zg and data
processing."
Prig. art. has: 1 Figure, 1 Formula and 1 Table.
ASSOCIATION: None

YASTREBOV, T,
Thirty-four groups for inspection assistance with one thousand
stations. Obshchestv. pit. no.6:26-27 Je 163. (MM 16:12)
1. Nachallnik Upravleniya obshchestvennogo pitaniya Ispolnitell-
nogo komiteta, Moskovskogo oblastnogo (promyshlennogo) Soveta
deputatov trudyaahchikhoya.

ALFEROV, B.A. y FURTOVA, S. I.; SEREBRYAKOVA.. Z.D.; YAST!pq4., T.A.-
DROBTSHEV D.V., prof., red.; SVERCHKOV, G.P.. nauc
NEVEWSHTEEYN, V.I., vedushchiy red.; 191ROFANWA, G.M., teda.r-ed.
[Key wells of the U.S.S.R.; Uvat key well (Tyumens Province))
Opronye skvazhiny SSSR; Uvatskaia opornaia skvazhina
(Tiumenskaia oblaat:). Leningrad, Gos*nauchno-tekhn.izd-vo
naft,i gorno-toplivnoi lit,.ry Leningr.otd.,nie, 1961, 90 p,
(Leningrad. VaesoiuznyJ. neftianoi nauchno-.Issledovatelaskii
geologcrazvedochnyi institut. Trudy, no,178). (14M 15s4)
(Uvat region--Petroleum geology)
(U7at region,~-Gas, Waturali--Geology)

MOVSKIYO V*V#; V-=3130VAS TaKe
Possibility of uolre tho fb-16 elOctrol7tic lrugmtcr 1n
actinomtr7o Trudj, GGO nooPS14IM-123 165a (I'm 19 1)

9 9 a 1-6 a 41 0 to Oft Q C-P 0 re C, 0 0 49 1~ 4F i.
Flaw-,
0 o
1 4 1 td I
U.A-f - k
go
00 j
go
so
00
Infla,tpactp of the temperature upon radiation distribution
and decay of C&3-BI phosphor.
go 28. OU
go -:01(111IM011 i -00
MIXI-611"-1he lot"I light i1ormity C111111rd its t1w ..
the C&S-111 1414.111kS 41UMIS S 11ttiOd Of Its) W" Poe
after cKcitatkm cta*ed vms det.l. indirectly over the ternip.
:g, interval 90' to 073-K. This thstributitm curve Iut$ a
96 -41*K. If. G. T.
pronounced tualsimurl, Rt n1wast X izoo
goo 00
00 -3
roe
00V
V
0
0
~00
lee
500
00
-60
.s.' I L L11CMAIIA11 CLAWPIC AIPOM
'Jew .1AIM"I 't. -go -0
TA- AA
71 V rw 0 0 0 1 if 14 0 is a 3 4 1
U:A'-Mj, twM1 11119 199 U C9 11 R MW n 1
0 o 0 0 0 a 0 0 so 0 0
0 0
40-0 0-0 0 0 off 0 a0 40 0

Of tLM tPMP~ 10WIS OU
various ruliatioq barvig of
ovc- .6 ~!t m4%ge a ti, W iou'. 1~
found tha t1w ba%ic iubsturice ~01 the ,ti,m-
va6cd in tha 10trent hjmiu~ii h .*. -:,e i
C'TuAin h,- C-J~ vrmlq 11 k "I" m
flew~ejlcv ete and I h, , i 4cme'l ul,
client. coniiin of (lie ph-phor it. !cmi. pr.perd'. v-
~St~hfi,h, ! I'll, j, ., "1 0 11 d P11".-
jd,~~.-vm~ m,d I .......... .. .4. 1 -,--te bamt -t~ i-
vestigated for the (: isr ,f ( % Ai I 4fiS;Cu phoqp!%(x , It k
shown that on tran,ifiwk hom 1- 1-, hi4h terups. the ~J~w, d
the demy Curircl first illcrca-%v~, flim rentallis COSEst. ovvr :k
considerable temp. range and i Iv j .&jtdis shows a sharp Ill.
crease. In tile high-i-qk. mg,,Pi the decay caeff. reach.. a
valne cvf 1 .8 It Im, b-n c,ta1,;iihcd that f- the t,eun,
r inge in whwh the Alopev are cnn%t the Hitht suin i~ govert-I
by tile e wOwn L 1~ ebllr The activation em-rgy td the
CAS:Bi pllu~pt-,w (t 0.4 e.v.) and of InS-Ca (, - 0 ~ - , ,
ha. beca detd fruni dw variation Of th-i li.*,t ~um A ,,,
tallk (~,rrektiun V., (wild to C,11qt lictwCen th, excitmi....
spw~trum and tht- temp. Of the fring-Ver"t Inint-
J. Rnvu~r I el

-YASTRBBO,I-V- ?A-zlTlo8

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41
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(1947L cf Andqj,3e.v,,rr%p, !,06
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.
phoam"cr cif C&S. Ili and ZnS-Cu (10-4), after IdentirAl the prot"hility of recumbirlAtila di-olillibes, and
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raritalWo (IIS limp 3,5 amp.. 40U W., I Win.. k 360
-
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det ltjses Willi $Ailing: trAill',. AlUt UIV M I I
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l
ft
srAte
I mAnty), 1:14 and 313 mo) follows Levi
It,, (cu-rpt. of course, at the initial stage). Forcas'ni, ,
us. M
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yten
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intensity 1u ipn, 41WAY in the initial StAXC
t
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Oectrons. .41
C lower the illi(Lll CIK%Cn. o
slower, th
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IK-tome very nearly equil
the rates of (it-ra
u
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n
les
y
and
ign lrln
li
1
i
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0 J_ cf-- With it,* . decreaws With falling fritip..
down to O.K4 ut tkl*,K. That above the temp. range of 4
ru
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If tile ~lllle exc
i App
I)h.~l,btwowtut-c"WAStifi~dAtAhiihCt tflllp~ t34X.4(KVK.j 0.

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0 const, . She rate of decay decreases prolgrcssively with or ifthcPhosphor isexcited at X.WK. and itsjsln~phom-
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t
l
t
th
Ii
further rising temp. is demonstrated by the phosphom- s measure
a
cence
a
ower
emp.
e
nea,
0
0 ccnce of Zas.Cu. As a rule, them are 3 distinct temp. relation between log land Itill I is preverved but the vAloe of
*
*
-00

1-.tt r3ngc of slaw increase of a with the temp
a
rail
! J to 280
K.. a
is changed; thus. vit cooling: from 3L
trunt :M 14) 4118'K.
a (5)
nd on heAtin
3

0 0
wed by a range of cim3t. . followed by a 3rd mnse t
rapid increase of a. .(2) In the temp. rAnge Of colist. a. ,
. a
g
RePL,&Vmrnt of gurt of the ZOS in ZnS.Cu by Cdj multi
and in a nAMw_
limit
f
h
t
i
l
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9 the v"tion n( L (total tight emitted up to IW w.) with t
e upper
emp.
ower
ng o
in A
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-
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the temp.
law
Thi
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And 0.15 tV.. for CdS-
is fortitAly itlentit-al with the Irtulp. depcialcam at the
k
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or t
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oil U is AV to LSI; r --I
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o * * o 06 604000
WW t All I ----------
1 1 N Fig 0 1 A-3 0 v
0 *1* 0 0 0 0
00 00 606006000
0 *1* 0. 0 so o 0 o
0 411 111 do a AM As

Irsulia, III progressive lower 8 of the trulls. 41 WWII ton
III a ; us, IN am
'01st ;ffalorcled k9 vrvj Wy up to IbI
N#T., rcrap., witerus with W.; a L
(Amervw even &I 2D*C. (8) The dftrmw of (he temp. of
heguming (a id . .01 It of a. as a function of locrewsine
CAN canteist 1~ Z64W.Cu, follows tw Sime Curve as the
llkPUCVUWUt Of the 10ag-W&TV OCIV Of the Abwwptkxt band
of these pbosphurs. AnAlysk of cUta an "cps of phm-
phors C&S.111. srs.111, R&S.91; 4000.111. W.11J. ca&.Iji;
.SK).Mu. SrS.,Nfn. SrSe.hla. antl CaS.Cu, SrN.Cu. 1W8.-
00 Cu. ledds to the conclusiort IhAt. whenever the mine acti.
vatar Is lntrudLkvd Into different main corapds., the long
t
i
ill di
d
h
0
00 a
ue to t
vidtor w
at act
plicalpboresetwe
wppm a
temp. the lower. the longer the wave Length of the long. 00
00 wave edge of the fundamental absorption band of the main 00
compti. The factor unded this Ilelssm t e
of pow izAbility P of the Inns, the his 1" the lower the of
00 Activation Y to trapiced rkvtran 00
into the cmd. tow, GwWW. end the temp.
00 at whkb p diss (a) From a com- of
00 PArhW Of ZQS.ZSO ZAS.CUr ZISSAS, Wild ZUS.MU pbacc- 00
pbors prepd. and excited under identies! conditions, the
of deemne of the Intensity of initial lumingsecusee (at suit&- 00
90 tion) at a higher temp. r. Can be rein to ted very accur-
6" so

00 ) where the
.4teJy by Im - + Cit-1
v de
ends on the nature ~1 the activa-
u
n
hin
ener
00

00 e
c
gy
p
q
g
tur: thus, for ZUS.Za. W - 0.4 e.w.. C - Joe, for ZUS.Cu,
'
00
Me total light emitted at the
w - I em., C RO.
00 coup. r 6 L Lawl"I'M + Ce-14r). The mftn. 0*
Inx of the coust, CfoUows from the schem of A-fait (Proc. 00
Roy, Stw.(L*Wm) 167.31W(IM)),theprobability -(that
Us excited activator Iflectro0willsive up Itstnerlylathe G*
forin of heal being y - -tot" Is fo where -ts is close to the
00 tattke vibration energy. and the probability A of return 06
00 to the ground state with emission being independent of the 00
t M This gim, for the fraction of electronic returning
: I
00
Vound state with emission, AI(A + -y) 1/11 +
t
(f#1A)#-J'TJ. Istwe C To/A. Thou 0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0 0 0 0 0 0 0 0
111 0 0 0 0 0 0 0 1 0 0 0 0 a 0 00000 a 0 0 0 0

10OT99
48SR/PhysiCe't. Lumiaeor.4Ace Feb 51
IgNon-Expunential Extinguishment of Luminescence
of Solid Aromatic Hydrocarbons," V. A. Yastrebov)
Phys Inst imeni Lebedev, Acad Sci USSR
"Zhur Eksper i Teoret Fiz" Vol XXI, No 2, pp 164-~
171
Examd subject luminescence at various temp and
intensities of excitement. Detd extinguishment
follows law, approximating exponential behavior
only on small sec of corr curve.
LC 99

YA8MMV, V. A.
USSR/PbYsics Luminescence Extin ction 21 Jun 53
"Extinction..Law of Luminescence of Solid Organic
Substances.,N-'V. A. Yastrebov",_~-_'Physics Inst Im Lebe-
dev, Acad Sdi USSR
DAN SSSR, Vol 90, No 6, PP 1015-1018
Investigates possibility of obtaining recombination
glow of organic molecules. Tests were made on ce-
ment-phosphors activated by carbazole and other
phosphors. Results, plotted on curves, prove that
extinction does not follow exponential law. Pre-
sented by Acad A. A. Lebedev 22 Apr 53.
269T101

'Akadmiyi usui SSM
IsIrusstvanuM spatniki 'reoill., m. 4 (Artificial larth Satel3ites 4)
Moscow.. 1960. 205 P. Errata slip inserted. 6.,500 copies~printed.
Respo Ed.: L.V. Kurnoswa;. Ed,-. Of Publishing Home:, X.I. Pradkju,- Tech. Ed..:
TaFe Polenoyse
PURPOSE: This collection of articles is Intended to dissealuate data collected
in investigations performed'by moms of artificial earth satelUtes.
COVERAGE:, The collection consists of 15 articles des.1ing with scieftifie date -on
Soviet artificial earth satel1ites (AES) and comic rockets. The topics dis-
cussed include measurements of the density of the upper atmosphere, motion of
ARS., mensuresents of micramoteorites and meteoric matter., magnetasetric messure-
ments of comic rays, electrical potential, and spectrum of positive Ions. The
collection is pwrt of a series published regularly. References foIlav each
article.
Card 11A

Aztificial Earth Satellites., No. 4 SOV/4281
MLE OF CCW7MM:
Kisliko M*D* Motion of an Artificial Satellite In the Normal Gravitational Field,
of the Earth
The stlidy rt themotion of the ANS Is aMe vithout taldug the resistance of
air into acooAmto The results-obtained, can be use& for the calculation of
orbits of high flying satellites end also for the qualitative analysis of the
influence of the contraction of the earth-on the action of satellites.
Ellymberg, P911k., and Y_JL,-Xa&tz%J*w.- Determination of the Density of the
UpTer Atmosphere According to the Results of Plight Observations of the Third
Soviet AES 18
xf~legvrx G*A. Variations of the Upper Atumphero Density According to Data
of the Changing Period of Revolutions of AES 31
Results of the processing of experimental data bbtained by the observa-
tions of the Soviet AES and acme intorprotations of these results a"
given.
Yatsunakiy, IX. Determination of the Conditions of ITImination and the Time
Intervals In WbIch the Satellite Remains in Sunlight and in Shadw 35
Card 2/j j,-'

ACC- MR: couacE -cc
!~S 33401
AUZIGIR: Kirtyamov, A. G.; Yastrobov, V. D.
ItORG: none
HTIS: Systom of cylindric coordinates for the description of motion of artificial
satellites
3OURCE: Xosinichoskiyo issledovaniya, v. 4, no. 5, 1966, 781-7p,3
LI -a orbit, satellite motion, earth satellite orbit,
rOPIC TAGS: artificial satellit 6 6
:oordinato system, numeric integration, computor calculation'
sing electronic
OSTRACT: -%termination of orbits of artificial satellites by u
-o-
. mputors is based on numerical integ-ratJon of systems of differential equations, and
Lho speed of calculation depends mainly on the size of the stop of the numerical
integration and tt~ho form oil the right side of 'Cho differential equations. Usually, a
3ystom of rectangular coordinates is applied, uhich requires relatively Small
integration steps for obtaining the desired accuracy, and this reduces the speod of
'ion r L
.alculat4on. Tho author describes a calculat ethod based on the use of cylind-ric
'ions of the second kind and by takln- into
,oordinatos. By using the Iagrange equat Q
3.ccount rarturbations duo to the second harmonic of the earth's gravitational
potentiai, and the atmosrhoric resistance, t;he author derives the differential
Ccrd 112 1
ULC:

f"kCC Nl~. AP6033401
joquations of tho zatollito in cy-21ndric coordinatos. For orbits of zrall
eccentricities, this raethod givos an accurzcy which is by several orders of magnil~.-Udlo
higher than that, obtained in rectangular coordinatos. Orig, a rte has: 1 f~Zure,
2 tables and 3 equations.
i
ISTJB CODTE't 2.4/ SUM DATE: 05Apr65/ 'oRiG Rm- 002
Card 2/2
n~n

YASTREBOV v V. M.
'Theoretical and Experimental Investigation of a Planetaz7 Reducer With
a Parasite Statellite Gear." Cand Tech Sci, Leningrad Polytechnic Inst IM4Md
M. I. Kalinin, Min Higher Education USSR, Leningrad, 1954. (XLp No. 1, Jan 55)
Survey of Scientific and Technical Dissertations Defended at USSR Higher
Educational Institutions (12)
SO: Sum. No. 556, 24 Jun 55

YASTIMOV, V.14.okapd.tekhm.nauk
Generating teeth of noncircular multiple gear wheels (snails).
Izv.vysvucheb~za,7.;mo,shInostr. no.2:124-128 '58.
(MIRA 11:12)
I* Izhavokly mokhanichookiy inatitut.
(Gear cutting)

A 161/ 13C
--lencc-5, Docent
AUTHOR V.M., Ca~-ldldats of Technical So
TITIE: Pianstary 3K transmissi~~ns witli comrnn satellite
PERIODICAL: V--s-~nik rrizh-4-,-.DS-troyen-!ya, no. 3, 1960, 17 - :2~,
TEXT- Gre of `xl~' planellary gear transmiss,.on Is discussed
(Fig. 1), having one zatell!-,e (2) In mesh w:~'h bz,-~~h the m-~blle (4) and .Immobile
gears at the sa--rie~ 1~'ie "31e' had 'nsen- V.N.
(Ref . 1: Planeta=ye per-~Jf lK. "',Tezt-nik n-.. 8. 1956).
It is par-,.'- c--; i-,-r-iy sa~tta.ble fer redu--Alng the wi~-lght and aJze ~:f gear,
diffitrs-"~,e in the t-o--h n-.mberZ ~-,f 3K ~--ld
immobile gearz eq7,31s tha nurrb--~r (arad) for
Z~ 3 re 2) W
Such savEll'.-te 1-s Vcwr4 for 2K-i4 ~2K-N) z V~ ',he central gear
trAoth num:~sr I !Rev. 2- E. zt- pr~~ysk-,trovaniy-,,/
L
zub--haT.-.;'Kh
3.! Part 2-), Mashr,
rl - Er,
Of 1z,
19 P-lanetarny:-:- yv~red?-:!hl" C'Eanerary gears")
Ref. 3: LN.
Card 1/4

3/12216.01000130 15
Planetary 3K wl-:~-, cY7,.TT,:~T, Sa-eij4te A'6 I/A 130
1n the lb,-ok "De-~,ali rp,3Er.~.fjlf F"M,%:--h-'-e Par-1,EY' eiited by N.3, Acherkan, Mashgiz,
19531. Tne jl,--~~-.~8R,~-i in -.his ars tn Y use
.wo- and hr, red
-e- ar'4rr -SEj~' I J~A jcn
e a 1 Lr,-, z e:-4 is r A~n -the tooth
number of t!i,~ ze~IT 'Ire 9-,ref~j -'~re cz'L"Jla' 1'r; of ~tco'h n-aneters f-cor ~he other
geare -z s,:npl~.r
rafio
vc-rY C-'C,-e ':Zr' W"
r1le
ref:jre' a STillIV. w I 1., 1*1 a S a t E e Ppi" t' two is
more flexiftle. T-:z]6-*rg zj !2 TD ge-, z.Tai I es d VL -- - 310' 2
z 5 + V2~Fr, -+ -2-24 -,., -- at a,. = 2;
red
-.4.r -r c (2)
ar a 3
TrIc- z4 arust, be rounded ~ff the nearest wn-,ls r,-am,--r -rtaj,tj.p,,
number. The w'nole redunt1rn gear wil.1 b--~
z3 z4
3
B B-4 Q 1 (3)
7j4 --z.
The satel.1145e tooth n,,jmber
Z4 - zi
-2 2- (ZI, Z,) difference is a-n even ri-limber. and
Card 2/ 4

8/122/60/000/*00.3/bO3/015
Planetai~y 3K transmissions with common satellite -A161/A13O
z4 - zi
z 0.5, if is-an uneven number.
2 _2 z4 zi
To prevent int'erference in mash and cutting and to Improve operation in mesh, the
shift coefficient for the gear (4) is to be 4.' P .25, and the addendum circles
radii of gean,(3) and (4)
Re4 - Re3.. rp4 - 0.6 m (5).
wherp r,,h is the pitch cirple radius of the gear (10 'and m - the module. The
paramet'e~s 'of such gears (4) (with tooth number from 28 to 125) are available in
literature (Ref. 2). Practical calculation examples are given. Further calcula..~
tions can be made using graphs of V1.N.,Ku4ryavtsev [Ref..4: Zubehatyye peredachi
(Gear transmissions), Mashgiz,'19571. The suggested tooth number seleation and
correction system simplifies calculations and gives accurate gears. If same cor-
rection will be used for the gears (4) and same tooth nuAer for the gear (1) -
reduction gears with different ratios will be possible to produce In alike casings
and with alike gears.. Besides,-the use of solid satellites will reduce the'number
,of gear rims to be out (from,q to 6 at ared ' 3,*and fro.m 7 to 5 at ared w 2).. and
grinding of the satellite teeth will be possible'(which im'provbs the transmission'
efficiency). Such reduction transmissions are' recommended for ratios between 60
and'1,000 for all applications where an efficiency factor of.0-7-0.8 is.acce tible,
Card 3/4

S/122/60POOP03/003/015
Planetary 3K transmissions with 6.ommon sa~elli~p A16i/Ai3o
and the size and weight have to be small. Naturally, a check calculation-for
strength is always obligatory. There are 3 figures and 4 Soviet-bloc references.
Fig, 1:
AS
r
card 4/4
Ell

() V M]
s/145/60/000/005/oo4/olo
D221/D301
t
AUTHOR: V.-M. Yatrebov Candidate of Technical Sciences
TITLEs Investigation of a small planetry reducer with a para-
sitic satellite
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Haahinostroy-
eniye, no. 5, 1960, 51 - 54
TEXT: The unit has two internal gears and a common satellite,
and its efficiency attains 80 % (Fig.1). The ratio of the spider, B,
to the gear, 1, is given by
1 1 1 z1
1 - 1 1-3 1 _ Z2 1 3
z1 22
The case is considered where the difference of teeth between the mov-
ing (z,) and stationary (z 3) gears is unity. The unit is distinguished
Card 115

s/145/60/000/005/004/010
Investigation of a small ... D221/D301 -
by its simplicity. The ratio of conversion is equal the number of teeth
of the moving gear and does not depend upon the satellite. This preclu-
des interference and maintains a high efficiency of the reducer. The
satellite has one crown, and , therefore, can be ground after treatment .
The design of these units is recommended:for ratios from 30 to 150. A
detailed description is given of the gears and their correction. They
were machined by a standard Fellow-cutter of 200 pressure angle. The
coefficients of specific slip at the pitch point for gear 3 Yaried bet-
weeh + 0.06 and + 0.12, whereas for the satellite they were - 0.00' to
- 0.14. There was no interference or pointing by the tool. Two units
were manufactured and tested. The gears were made in 18 X H 13A(l8KhKVA)
steel and hardened to 37 - 42 units of Rockwell scale. The satellite
was made of 12 X H3A (1 2KhNZA) steel and case hardened to 58 - 62 Rock-
well, with subsequent grinding. The second reducer has gears in 45'steel
with 130 --~ 150 Brinell hardness. The teeth of the satellite were hobbed.
The units .were tested at speeds of 766 and 1518 rpm, using A K-10 and
Yl'(UT) oils. The hobbed satellite exhibited a lower efficiency. The
reducers can work as step-up units. The investigations revealed that
Card 03

InvestigaUon of a small S/145/60/000/005/004/010
3. ... D221/D301
their efficiency coefficient does not depend on their ratio. Calculat-
ion of tooth strength should be limited to bending. Special attention
must be paid to the bearings, because their life determines the term
of service of the whole reducer. This type of design is recommended for
instances, where 70 - 80 % efficiency is adequate, and compactness and
co-axiality with a high ratio are required. There are 5 figures and
3 references: 2 Soviet-bloc and 1 non-Soviet-bloc.
ASSOCIATION: lzhevskiy'mekhanicheskiy institut (Izhev blechani-
cal Engineering Institute)
SUBMITTED: December 23, 1957
Card 3

YASTREBOV,F V.M... kand.tekhn.nauk
Theoretical investigation of a plunger transmission. Izv.Vys.
ucheb.zav.; mashinostr. no.8:27-36 162o (MIRA 15:12.)
1. Izhevsldy mekhanicheskiy institut.
(Gearing)

YASTPIBOV, V.M.; GOLIDFARB, V.I.
(Tables of coordinatea of the curvature radii and vector
radii of the points of involutes for gear wheels with
numbers of teeth from 12 to 1201 Tablitsy koordinat ra-
diusov krivizrW i radiusov-voktorov tochok ovoltvont dlin
koles s chl:31aml zublov ot 12 do 120. MoAvap Mashino-
otraenie., 1964. 157 p. (MIRA 17:12)

YAS7REBOV, V.M., kand. teldin. nauk; YANCHENKOP T.A., inzh.
Period of contact of an Internal engagement with a small difference
in tooth number. Izv. vys. vcheb. zave; rashinostr. no.8:23-30 165.
(MIRA 18:10)

..-YASTRNDV1-xJ.M.p kand. tekhn. Pauk; RUSANOVA, V.I., star-rhiy
prepodavatell
Experimental investigation of planetary transmissions
with a free pole and single-rim satellites. Izv. vyS.
uchob. zav.; rashinostr. no.9:75-78 165. (MIRA 18:11)
E

MIME BOV) -. V. H,., klLnd- tokhn. nauk; LAZARLT, V~.f., inzh.
The 3K planetary transmission cr, witb a s-Ingle-toothinig satellite.
ITest. mashinostr. 45 no. 12:7-10 DT65 (ifPA 1911)
V. IT
Offimmumumm
a1=4

I.ACCESSION NR: AP4042412 S/0056/641047/001/0382/0383
1~* AUTHORt Al'tahulerb/S. A.; Yastrebov, V. N
-TITLEt Electron-nuclear paramagnetic resonance on V3 ions in
corundum
SOURM Zho eksper. i teor. fiz., v. 47, no. 1, 1964, 382-383
TOPIC-TAGSI electron nuclear paramagnetic resonance, electron
nuclear resonanceo corundum, vanadium impurity
~I ABSTRA.CTt Electron-nuclear paramagnetic resonance has been
V3+.
!!experimentally displayed in corundum doped with The measure-
,kments were performed by means of a nuclear resonance spectrometer
',,;with elevated sensitivity,-which made it possible to obtain on the
aluminum nuclei a signal-to-noise ratio of the order of'several
'ithousands at helium temperatures. Heasurements involved the use of
an improved Pound's diagram in the spectrometer anj the method of
synchronous detection. The corundum specimen investigated had a
volume of 0.1 CM3 and a concentrat.ion of V3+ ions of-approximately
0,5% in relation to the number of A13+ ions. When the crystal was
~_j
Card

Acassiotl 11Rt iAP4042412
,oriented so that the angle 0 between its trigonal axis and external
..magnetic field H lay within a range from 20' to 45% a clear resonance
line, corresponding to transition 11/2, is observed at a temperature
~of 1.5K. The width of the line is 0.2-0.3 Me. By increasing the
temperature to 4.2K the line broadens and the effect disappears. At
angles less than 20' or greater'than 45* the effect cannot be ob-
served because the line is too broad. In the first case (