SCIENTIFIC ABSTRACT YELKIN, YU.M. - YELKINA, T.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962610016-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACC NR, AYW05364
SUIRCE CODE:
AUMOR: Postnikov, V. S.; Ycl'kdn Yu. M.; 14czhkov, S. 1.
ORG; Voronezh Polytechnic In6titute (Voronezliskiy politekhnichesidy institut)
TITLE: Internal friction in face-centered cubic metals durine the course o4,' stretch-
ing
SOURCE: Fizika tvcrdogo tela, v. 8, no. 12, .1966, 3652-3654
TOPIC TAGS: internal frict~ion, metal deformation, tensile stress, cubic crystal,
crystal lattice structure
ABSTRACT: This is a continuation of earlier work (in: Issledovaniya stalcy i
Eplavov [Research in Steels and Alloys], P. 376) Nauka, M. 1964), dcaling in-
ternal friction in samples stretched at a constant rate. "Ine present article Is
devoted to the calculation of the secord component of internal friction, which ta;-es
e 41 C4'
into account the additional energy dissipation as a function of the rat o, d forWa-
tion. A solution of the differential equations for the deformation as a function ol
the time shows that the actual deformation consists of the linear part on ifnich an
elliptical hysteresis loop is superimposed, and the effect of this loop on the
friction is evaluated. Numerical examples,are given for aluminum by way of illustra7
tion. Orig. art. has: 2 figures and 8 formulas.
SUB CODE: 20., n/ sm DATE: i3jun66/ om REF; ool/ oni REF: 005
r-4

SHILOVA, YO-1- (Moskva); NESHKWA, O.V. (Moskva); IIIKITAYEVA, O.G. (Moskva);
YETXTNA,v A.G. (Moskva)
Effect of grain size in D16 and D19 alloyo on crack formation
and the strength of welded joints. Avtom. evar. 15 no.8.-14-20
Ag 162. (MIRA 15:7)
(Nonferrous a3loya-Metal-lography)
(Shoot metal-Welding)

KOZLOVSKAYA, V.A. (Moskva); WSHKOVA, O.V. (Moskva); YELKINA, A.G. (Moskva)
Effect of the composition of D20-type alloys on their propertier
and weldability. Avtom. avar. 15 no.907-62 3 162.
- (KRA 15%9)
(Aluminum alloys-Welding)

P-0-DGAYSKAYA -,IjX.--,.YEI;-!-KINA A.P
Accelerated diagnosis of diphtheria by means of fluorescence micro-
ocopy. Lab. delo 7 no.5:51-33 My '61. (HPA 14:5)
1. Permskiy institut, vaktsin i syvorotok.
(FLUORESCENDE MICIWSCOPY) (DIPIqKERIA)

USSR/Ruman and Animal Physiology. Digestion. V
Abe Jour: Hof. Zhur-Biol., no 6, 1958, 26M.
Author A.
Inst The University of Tcmk.
Title The v4c:-An!sm, of the Disturbances in Gastric
Secretion.Associated with Cronic Loss of Bile.
Orig Pub: Tr~ Tomakogo un-ta.- 1956j, 143) 237-242.
A
Abstract: Gastric secretion in response to histamine and
ingestion of bread, mest and milk waa studied
In dogs with denervated gastric pouches prepared
by Ivy's method. A month after wiperimposition
of a biliary fistula and ligation of the common
bile duct, an Increase was seen in the secretory
volume.. acidity and digestive activity of the
Card 1/2

USSR/ft= and Animl ftsiology. Digestion. V
Abs Jour: Ref. Zhur-Biol., No 6, 1958, 26990.
Wtric juice, while after 4 to 7 months they had
fallen below the initial level. The chronic lose
of bile altered the humoral regulation of gastric
secretion and vas accompanied by trqphic disturb-
ances (ulceration of the skin, alopecia) which led
to the death of the ani=1s.
Card : 2/2

PJTROV, X.A.; SMCMMO, V-B.; TIMOSM, T.O.g H&MATIV, Y.A.; ?WIN,
A.T.; HODIONOV, A.T.; BATAUD ML, A-T.; MAGNIAMPA,
Z.I.; V01KOVA, A.A.
Alkyl phosphonates, diphosphonates, and phosphine oxidee as
extracting agents. Zhur.neorgkhim. 5 no.2:498-502
7 6o. I(MM 13:6)
(Phoffphonic acid) (Phosphine oxide)
(Itxtrac tion(Chowle try))

MWM
TIKOSBIV, T. G. ; PEROT. I[. A. I:RMICNOTI A' T' BALAOIJU, V- T- TOMOVA, A.A.:
A- V- WIFIBIDA Z. 1.
Ixtraction capacity"Of noutrulp 03790u-cORtainlng organic substances*
Radlokhlmlla 2 noAs419-425 160. (KIRA 130)
O"xtraction (Chemistry))

YELIK119A-A.V., kand.med.nauk (Tomsk)
Motility of the bile excretion apparatus of the liver in Para-
thyroid gland insufficiency. Probl.endok.igorm. 7 no.3132-37
161. (14IRA 14:9)
1, Iz kafedry normallnoy fiziologii (zav. - prof. Ye.F. Lapin)
Tomskogo meditsinskogo institutao
(PARATHYROID GLADDS-DISEASES) (LIVER) (BILE)

KOCHUROVA, A.L.; KULIKOVAS P.Ye.; YELtKINA, A.V.
Effectiveness of treating erosion of the cervix uteri with
irrigations iodine-bromine water at the Ust'-Kachka Health Resort.
Vopl kurej fizioter. i leah., fiz. kullt. 26 no.3s2O5-206 ltr~.Je 161.
1. Iz kurorta Ust'-Kachka (diroktor V.N.Shukin). (MIRA 14:7)
(UTERUS-ZISEASES) (USTI-KACIIKA-14INERAL WATERS)

S/830/62/000/002/0021022',
AUTHORSt Timoshev, 'di~n 'Vs I As V,
V. a. Potrov$,K.A.s, RO 0
Balandina, V.V., yalhan-1- -A. A yx"~~! and
Nagnibods, 2.1.
TITLEs. Importance of the structure'and'phymicQl state of
extraction-solvent molecules
SOURCEs.. Ekstraktoiyft; teoriya, primenaniye, apparatura.
Ed. by A.P. Zefirov'and M.M.*Sonyavin.
?4o*cow, Goxatoiiizdat, 1962; 68-103i
TEXT i Taking the critation of *xtraction-ability as the
distribution coefficient,'and the ratio Ei (the number'of hydr6g*n-*
'.to the number of. carbon atoms in the' soltentj.', the O'Uthoris study
the distribution of uranyl,*plutonium (IV) I'zirconium and niobium"
nitrates. The reed comprised 0,5 - I or 2 N aq', nitric acia.
solution. Extracting with orthoformates and p4gsphates thr
extractive ability tells with decreaming B values - steric
Ihindranco playing an Important part. With phosphonates the
opposite relation holds - the'water solubility of the.lower
homologues and their-polymerization b*1nS--.iVor:t&nt1. factors.
Card 2/2

Importance of the structure and ... S/830/62/000/001/002/012
The extractive ability of phosphonates incrioses at the a awe'time
as the alkyl radicals become less qloctrophilic and the solvents
-less solublej however, when the radicals bec6o comparativ ly
Ox
it
trActiv4 bil y
large, steric hindrances become decisive gznd o
'falls sharply in spite of-reduced solubility. The same holds fo;"
phosphine oxides and amines. Farther work.to generalize these
relations is contemplated.
There or* 13 figurea.
Card 2/2
A-

NORKINA, S.P.1 OREKHOVSKAYA, YesP,,j RUGACHEVAj P.U.; YELIKINA, G.A.;
MARSHUNOVA, G,N. --.-
Development of Azotobacter in Chernozem aoils. Trudy Vaea. inst.
sellkhoz. mikrobiol. no.14:49-62 158. (MRA 154)
(Karabalynskiy District--Chernozem isoila) (Azotobacter). -

TELEINA, G.G. -, YAROSIMMOD. F.D.
Carotene content of sons plants In the Maritime ZroTince and
the Amir Valley in connection with germination conditions and
phas~es of development; preliminary report. Soob.DVIAN SSSR
no.9:i36-i42 158. (MM 12:4)
(Maritime Province--Plants) (Amur Valiey--Plants) (Carotene)

YELKINk',-G.-G.-; YAROSHMIXOp-P.-D.
Chemistry of meadov and pasture grasses in the Writime Territory.
Soob-DVFAN SSSR no.13:57-63 160, OMIRA .14:3)
Is Dallnevontochayy filial ime VoLoKomarova Sibirskogo otdoleniya
AN SSSR.
(Maritime Territory-Grasses)

YZLIKIn G.M.; TSTXTKOVA, Ye.n*; ZHUKOV, G.V.
Tertian malaria with prolonged Incubation period in San&rkand. Ned.
p.araz. I paraz. bol. no.41350-351 O-D 054. (MLRA 8:2)
1. Is Samarkandskoy gorodskoy protivomalyarlynoy stantsit.
(KAT-ARIA, epidemiology,
In Russia, terilan malaria with prolonged Incubation
period)

BELOUSOVAS I.M.; DAIMUS 0.2:; YELIKINAp I.A.
Optimum operating conditions of an optical quantum generator on a
neon-helium mixture. Zhur. ekap. i teor. fiz. 44, toodiii-im
Mr 143. (MIRA 160.)
l* Gosudarstvennyy opticheskiy institut.
(Masero) (Neon) (Ifelium)
4r

New technique of knitting socks with patterns. Prom.koop. no.12:
32 D '55. (KLRA 9:5)
1. Zamestitell presedatelya pravlentya Langorshveytrikotazhprom-
eoyuza.
(Hosiery)

G-OUMANy I.S.; YFIXINA, jl!~kq -ZAVTRY1JK11A, 111A.,
Analynin of technical and economic Indices of cynyg~~n-blicrjn
'converter steel production at thr plant A for 1963. Sbor.
trud. TS111ICHM no.45:75-84 165. (MIRA 18tg)

- - -- --- YUKINA, -LA. .- inzhener. --- - - - - -- - - ---- - -- -- --- - - - -- - -- - -- - - - - --- - --
I-
StnkhAnovitea SUccessfull.7 operate Yncuum niaporator with n low
level of glycerine water. Magl.2hlr.-prom. 17 no.1:30 -to 132.
Wm 10:9)
1. Savod "Novyy Mqvlovar."
(Glycerol) (Evaporating appliancea)

I)tPYA.BIXL., A.Te., insb.; IRIZINA L G, inzh.
Utilization,of soap alkall vasteB in the national scono
Xaalo.qddr. Vrom. 29 n0.3237-38' Mr 163. (KIRA 16:47
-1. Mookovskiy zavod NNovyy nqlovarm.
(Poap industry-By-producte)

SOV/109-3-11-2/13
'AUTHORS: Neymark , Yu. 1. , Maklakov , Yu. K. and _YAIkina,_Z,,R.
TITIE: The Circulation of Pulses in a Highly Non-linear System
Having a Delayed Feedback With Losses
(Tsirkulyatsiya impullsov v sillnon'elineynoy Bisteme s
zapazdyvayushchey obratnoy avyazlyu, obladayushchey
dispersiyey)
PERIODICAL: Radiotekhnilca i Blektronika, 1958, Vol 3, Nr 11,
pp 13481- 1360 (USSR)
ABSTRACT: The generators with a delayed feedback have a certain
practical interest in radio engineering. A, generator
of this type (Figure 1) consists of the following
-elements: 1) a non-linear circuit which can be described
by a non-linear fun tion f(u) such that the input
signal can be expressed by
x(t) = f Cu, (t)] (1)
2) a linear circuit with constant parameters which can
be described by a linear response T(t) so that the
relationship between its input signal and its output is
expressed by:
Cardl/6

SOV/109-3-11-2/13
The Circulation of Pulses in a Highly Non-linear SystemEaving a
Delayed Feedback With'Lobs6s
Y(-t) (P (t ~)A)d~ (3)
-C*
and 3) a delay circuit which is described by:
U(t) - Y(t - a) (4)
where a denotes the delay time. Eq (4) does not take
the dispersion (losses) into account but, together,
Eqs (1), (3) and 00 can be used to describe also a
lossy system having a delayed feedback. The soluticn
of a number of problems relating to the generator of
Figure 1 can ble effected by employing the method dev-
eloped by one of the authors (Refs 12, 13, 14 and 15).
For the purpose of analysis it is assumed that the
characteristic Of the non-linear element of the generator
is of the Z-type, such as shown in Figure 2. This means
that for any input signal u(t) , the output signal
xf%t) will be in the form of a train of rectangular
Card2/6 pulses. Consequently, the output signal can be expressed

SOV/109-3-11-2/13
The Circulation of Pulses in a Highly Non-linear System Having a
Delayed Feedback With L0006B
by Bq (6), where- t are-the-time instants at which u(t)
reaches a value 6 and at which x(t) changes abruptly
from6zerd to bni' or Xrom liond' to The signal at the
output of the linear element can be expressed by Eq (?) and
the output signal is given by Nq (8). The above equations
can be used to analyse the operation of various generator
systems. In particular when each operating cycle of the
system consists of 1 puise (this is shown in Figure 5),
the basic formulae are given by Bqs (9) and (10). In these,
tn and tn denote-the-instauts of the commencement and
1 2
the termination'of a pulse corresponding to the n-th
cycle. Eq (g)-shows that-the'leading edges of the pulses
have a repetition period, as expressed by Eq (11).
Eq (10) determines the duration of the n-th pulse Ju
terms of the duration of (n-l)-th pulse. Eq (10) can be
written as Eq (14), where Icn denotes the duration of the
n-th pulse. This can further be written as Eq (15). On
the basis of the theory of oscillations and the problem
Card3/6 of iterations (Refs 162 17 and 18), it follows that the

SOV/109-3-11-2/13
The Circulation of Pulses in a Highly Non-linear System Having a
Delayed Feedback With Losses
solution of Eq. (15) is stable provided the conditions
expressed by Eqs (17) and (19) are fulfilled. If the
system contains multi-pulse cycles, the relationships for
the inception instant and the termination of the i-th
pulse are expressed 'by Bqs (22) and (23). These instants
for the n-th cycle (consisting of m pulses) can also be
expressed by Zqs (24). If rm. = t2m-1 - t2m-2 and
-UM = t2m - t2m-1 I where r M. denotes distance between
m-1 and m-th pulses and 't. is the duration of the m-th
pulse Bqs (22) and (23) can be written in the form of
Zqs (M and (28). In order to determine the cycle, it is
necessary to find the solution of these equations for the
case;
n n n-1
M 2 'M ri
rmnp
Card4/6 where the subscripts t1p relate to the threshold values.

SOV/109-3-11-2/13
The Circulation of Pulses in a Highly Non-linear System Having a
Delayed Feedback With Losses
This leads to Bqs (29) and (30). The stability of the
System is therefore described by Eqs (31) and (32). The
above equations can be used to construct the so-called
cyclic function for single-pulse and multi-pulse cycles
for various values of 6 . The function is represented
graphically in Figure 7 where the duration of the n-th
pulse is expressed by. ?n-l)-th pulse. From the figure, it
is seen that for 6>1-0-5 , each pulse introduced into the
system gradually becomes smaller and finally disappears.
On the other hand, for values of 6