SCIENTIFIC ABSTRACT UTKINA, I.M. - UTOCHKIN, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858310006-9
• 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

IIM.,Joteent, kand.bilogicheakikh nauk
Using Pa-vlov's surgical =ethod in school. Uch. zap. WFI no.6:85-88
158. (MI U 13:9)
(FISTUIAI I PIJYSIOLOGY-STUDY AND TFACHI ir, -

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io 0 0 0 0 0 0 0 0 * 0 0 0 0 -0 0 0- 0 0 0 as-* 0 0 0 0 a 0 0 0 go * 0 0 *

ACCESSION NR: AT40252'19 S/0000/63/006/090/0164/0111
AUTHORS: Maly*kh, L. Ya.; Maly*kh, N. 1-r Perepelkin, N. F.; Utkina,
L. A.; Yampol'skiy, Ye. S.
TITLE: Measurement of the diameter of a plasma column by a velocity
phase meter
SOURCE: Diagnostika plazmy* (Plasma diagnostics); ab. statey. Mos-
cow, Gosatomizdat, 1963, 104-111
TOPIC TAGSt plasma column, plasma distribution, plasma electromag-
netic property, distribution statistics, reflected radiation
ABSTRACT: A procedure is described for measuring the diame Is r of3 a
reflecting cylindrical plasma surface with density 1.7 x 10 czi-
by means of a velocity phase meter. The connection between the phase
of the reflected signal and the position of the reflecting surface
is established for the instant of time when the density on the axis
Card 1/4

ACCESSION NR: AT4025299
of the plasma column passes through the critical value. To deter-
mine this connection it is necessary to know the maximum phase of
the reflected signal and the form of the distribution of the.elec-
trons along the radius of the chamber. The laboratory apparatus
used for the purpose is described, and the applicability o the
theoretical estimate to practical installations is evaluatid. It is
shown that when the distance to the plasma is smaller than 70% of
the radius, the form of the distribution function influences little
the dependence of the phase of the reflected signal on the position
of the reflecting surface, so that the proposed method is suitable
when the distribution is donstant during the time of the measurementse
at least if the distance exceeds 70% of the radius. orig. art. has:
6 f igures and 4 formulas.
ASSOCIATION: None
SUBMITTED: igOctO DATE ACQ: 16Apr64 ENCL: 02
SUB CODE: MEk' NR REP SM 003 OTHERs 001
Card 2/.4,:

GhYAZNGV, L.A.,, inzh.-tekhnologj_g~INA, L.A., inzh. takhnolcg
Wava of Improving the working conditions in the depart;-.6nts of,
the Ryazan Combine of Artificial Fibers@ Nauch, trudy Rlazmed.
Inat. 23tlO-24 163. (MIRA 18t12)
Is Nachallnik tsekha Ryazanskogo kombinata iskusetvonnogo
volokna (for Gryaznov)o 2* Nachallnik teentralinoy zavodakoy
laboratorii Ryazanskogo kombinata iskusatvennoRo volokna (for
hkina).

AL'T.'~*,HULEIR) MIKFAYLOVA, (;.N.; (All"".11,11,111'(0j, V.!.; UId:"N"'AV, X.yu.;
INKINA, L.D.
rnf,c.',.ni cal a nd e con omlr, aria I y- s Uf U
planto of Angren, Yuzhnc-Ahirt:Auya, and Lisicl:ansk. 'Trudy
IRPI'lillodzempaza nc.13:167-116 165.
1. Laboi-atcrlya V.,enovuzriogo
itistAtima

65
ACCESSIM WR 'AR501-7Rr;
DO
AUTHOR: Utkina, L. F'.
TT a ectra,of-
qn,l-spectra, of
fft ow. eratu
Komis. Po 5pcktro.3kopii. I SSSRt wjp. 1, 1964, 626-633
TOPIC UGS: absorption spectrum, line spectrtrn, fliiorcscc~nco
spectrographic analys~is
TRMSLATION: Shpol'skiyls method is used to studV the f_lujorcscencr~ and absorption
spectra of 12 -ilkyl and h a: &gen -subs ti tuted anthra,cnes at 770KI The spectra have
a quasi-line structure. Vibrational analysis of the spectra showed charact=rl~_-ztic
anthracene fmquencies, as veil a 4dc
fre- -ncles duc t~D th, ntifurq and
the substituent. As a mle, fh~- Fr-ju~,nie-y
r, anthr,:.cene derivatL-,les i~-
cene. T~c~ ii ,n wa-.-n png,
Lcald

L U69L-~5
ACCESSION UTZ: AR5012295
C ,j

LCL250-66. Ew(m)/EpF(0)/1Me(j)/T RM.-
ACCFMION NR: ALP5020811 UR/0048/65/029/00BA41OA412
AUTHORt Utkinat L. F.
3
TITLE: Effect of conjugation of double bondsl in some colvp~rqL derivatives of an-
thracene on the charaifWr_-oTiWVu-a-R---Me fl an on spectra
0mce=N i id'absorpti
aeport, 13th conference on Luminescence held in Khartkov 25 June to I July 196h
SOURCEs AN SSSR. Izvestiya* Seriya fizicheakayap v. 2F, no. 8p 1965s 1410-1412t
and bottom half of insert facing pe 1408
TOPIC TAGSa absorption spectrum, luminescence spectrumt line spectrum, solution
propertyp anthracenej conjugate bond system
ABSTRAM in order to determine the influence of 0 = C bonds on the quaai-lin
e
spectra of anthracenetberivativess the author has examined the absorption and
fluorescence -spectri in n-hexane and n-octane of the following compounds: 9)10-
diallylanthracene., 9-n-propenyl-10-n-propylanthracenep 9,10-di(n-prol3enyl)anth-
racenep 9-vinylanthracene, and 9,10-di-n-propylanthracene. The expe;Amental tech-
nique has been described elsewhere by L?*V*Pollskiy and E*A.Girdzhiya5kayte (Optika
i spekbroskoplyaj 41 620s 1958; Uspekhi fizo nauk, 71, 243, 1960) and by T.N,Bolo-~'
tnikova(lavo AN SSSR. Seri, fiz*9 23,, 29, 1959). The 0-0 band was shifted tamard i
Card_.1/2

-.L CQ50.-M.
Acassiw NRt AP5020811
the long wavelengths by about the same amount (700 to 750 czd-l) in 9-methyl-,
9-ethyl-., and 9-n-propylanthracene. This shift was approximately twice as large
when there were alkyl radicals on both the 9 and 10 positionsp indicating that
the effect of the substituent is additive. When the propyl, radical was replaced
by allyl, the shift (1745 ce*l) was approximately the same as in the clalkylan-
thracenes, The vinyl group on the 9 position gave a shift of 1950 cm-
This
shift is ascribed to an expansion of the conjugation system* With the-propenyL
radical in the 9 position and the propyl radical in the 10 position, the shift
was 2990 ce'l, The influence of the vinyl radical is dis6u3sed briefly in terms
of deformation of the pi-electron system ~uteric effects. "In conclusion, I ex-
press my deep gratitude'to E.VaShpollski ' W-fils guidance and constzmt interest
__y
in the works and to A*S.Cherkasovr"f preparing the compounds for tho investiga- I
tions" Origo art* f": 2 figures and 1 tablee
ASSOCIMONt none
SUBMITTEM 00 FKCM 00 SUB COMs OP,, GC
No fWI 80vt Oil OTHEN 000
Card 2Y2

FOLODNIKOVA, G.A.; UTKINA, L.V.-----_
I
A=wnlwa uranyl sesquicarbonate. Zhur.neorg.lj3i--. 6 no.4:1001-
1003 Ap 161. (T--rTF~ "'.,4)
(Uranyl compounds)

f Irprp.!7: (In JA A n
~'~31(-.hprb,4,wva yV. G.) Lltkiniz_L. V.
T ITLF: Sy-, p rir no n o fiwanuum from, i-plir-Iti-s b-7 r---nns of
ntrr-nntim enrl-~onnt-
T~-:It.jnj)IC f. L -j'tm7~niyp Pmrgi-
ya, v. 10, no.
T '-7 T : T b.,- nuthors -mv,~stignt?r', 'the dIsso.Lutinn of niirn in
(till It ),0() nnd MR 11 Bro., the st-pnratirm of imininn in the form of
3
1"r) th.- bphn,Aor o' sor,2- immirlti-s tn th- s-,14-in-- '.),;t
(Mil I jo~ (c 0-3 'S
tha ci"ystdr of fl,is cnrhon comnle--~. The dJ,9:3nlution invalves tm~
folloviril,, pror-t,-
NH 1A

'01.71:
s
of ur-nnium, from ... Tr 1 2")
.07 /-6(%rlll,)2(7'0.1 -'-"lo
110 (f-.01) I Ilil'OH; (1)
2 ? 7
The e,cperirrents ;.;r?-~ Tnrrlc vith i sT)qcinl vnss,:?l in q therryinstit, at
h0 + 0.10r. .Ennilibrium vns T)rqe-tlcn-Lly repche(i aftr~r o.'1-- hniir. The
in 'IM Pro (Fl,,. 1) mny I-P
bigher sollibiliky of "HOAO, .11 3
thp netion of NHODH vhich shifts tlin enuillibrium tn tho le" t (gep
rencti-n (1)). Dilut,~ soiutions r-ont,-tnin~ OP-1,2 ro . or !TP.I,I!rO --L n
stoi,~hio~r--Aric ratio to (1) nnd (2)) mply comml-+eiv Oiss-lve
ammonium di-uranats,- with-out t*crmation of the enrl-on ccrnlc~-. The
n-mcinitntion of Frvill rn-I I-r,,7e rmstnlF, Jn orrl-~r tr,
ctudy the influ-ince of' cert,,0.'j lir,-)n cr7-rnt:~,'Llizition. L - r L:
rnrd 2A

,VL_ Pjuj
3L.", jl4T.1T1Ul.i ju iUT:~ :)U() JU-Lu-i,~,quoj E,+-~~Ljoan-Tp Wniuo-Lau jul,41u~Gl ijlqi,
C,
U01111TUG L~;i4_~Ul
,:LI'4 lJolf4U~) EI(A Ul siq.-jana_ ~ aqj, IULI.1 ~,Ajj -;. 'l~.laTq9 6u~ TO
()I- - Uuj'~ITuS Td-VITUT Oq4 U, UOTr~t,4UFJJUOJ W"-Lu-L!-Xn lartoq -L
0~) ~To -',:T'4 !J,o'i - : ~.Ilu UO-U'4LZTLT,4:3jLio
.i0 0 1 ' _~t; :_,Ul~lllp
SUOTI~lj)uoj uIll I fc(c o)zoil7l(" ILI.) j0 -~Tio ~!U-L-4T
UOT-41IT'Ji; A4, 'AL UuT~,;7.14uz),UUJ UD 2AC;_IJ L '-JT-I- '-PbJJ~ AUU J:IP'luli
dq bz;~;-jUjUl X,q-Jtt, d 4.10AMW~ *WQ.1 nqj U4 04 aoij aajal4s iisq+ jo
p;_-Z,LL; vq4 Ul dz;u-_J~Jul ae Ju.1 L;pT04 GqJ, jQ
'A", "Ll;:O~Llj~L; 'U a.;, ~ itqj JO C,~'L-,-JUL U'_' tJUL;
LlU.1.1 tp~;JJ J,~tjj i,U(t~,j ~,i-' IT
I J, MD. 0
1!'S lj'.!L' J30 !JG4~;Xui E-V c -1 .1
u0 Pz%,Zai'j~; sum ~,LI-4 LiV.A UO-14111(is Gii-4 cpas4eD puq -~rto
T,; *P010 c:a 1 i'4ul Tu ~01L~ ,(,iHt4
ot ~U-L.L.Ijqs UOIA41, j,o;jj)u Uri ~ Z: illy-) :~;moj-Loj su Plio pDT.Iji-i cjabri
sju,x4~x-_:;,.d 3tj~ 'TI 0-) X OOL - nu, x onj Y'() &zis u 07-0 L10110 PEoIJUD C,.IU 2(V'4.SJLIZ)
WOJJ LlRjU,~.Ill -0 UOI'4,~.13LLIS
tj
L 1. L U)/
l(i iu-

"017h
par~tlon of urriniumtrom ...
disnolved in n ST Tffl,,H(O~solutlon. Tlnd,-~r thm rbov- cnndlTdons, th~
cprl-nn m7iqtilli7.r~d. 'I 'rip ~1'4 -jt,j--(j rry!ztr,Is wer,~ rin!----~fi w4t~i
sntllrptqd (N;'ld2CO3 rolutinn. .',I't-,r dr-iin!7 th-~,, w,~r:2 oxiciize?(, nryienl-
inr. Tphl~a 1 s1lowE th,-t Tnost ol' the elementn- -1r- to F-Tlnrn-~
Urnniu.m.. Tnbl.? 2 shows tlv~ r-Fults of nuri'inntion of ,mmoniur (Ii-irr-nnte
which cont!Anod sev~r-ql kindf7 of 7 fmlrns,
2 t-bl:2sl nnd 1 rel'.?rem7es: 'I Soviet-l,,loc.
S ~n!'T T FD Aflr.u5zt, 11, t960
C.-ird )

UTKIRA, M.&O
Absemce of piathorchosis In Chal7abinak and au"ounding torritor7.
Ned.paraz. I paraz.bol. 25 no-3:273 Jl-S 156. (M.Lu 9: 10)
(CBELYABINSK--LIVIR FLUKI)

UTKI1TA, M.A.
The first intermediate host of the broad tapework (Diphylloboth,--Jun
latam L., 1758) in the Southern Urals. Zool. zhur. 39 no.9:1426-
1428 5 160. (MIIU 13:9)
1. Cheliabinsk Medical Institute. -
(Ural Mountains-Tapeworms) (Parasites-Copopoda)

LITOVIII011A, 11. Yu.; TJTKITNA, M. I.; CHTEDIPSOV, V. !-.
"Morfolcgic,--es'raya pekotorykir gru rtcm-encv "
_~p Erc
report submitted for 7th Intl Cong, Anthropological & Ethnological Scien;--es,
Moscow, 3-10 Aug 64.

UTKINA, N.; PANICHKIN, Yu.
Eclampsia in the f1rBt half of pregancy in partial bydatid mole.
Zdrav.Bel. 7 no.11:55-56 N 161. (MIRA 15:11)
1. Iz Pogost-Zagorodslcoy uchastkovoy bollnitay (glavnyy vrach
S.P.Loginov).
(PUERPERAL CONVULSIONS) (PREGNANCY, MDIAR)

TETYUKHIN, G.F.; UTKINA, N.G.
Central Asian conference on the Quaternary period. Izv.Uzb.fil.
Geog.ob-va 6z185--186 162. (WRA 15:8)
(Soviet Central Asia-Geology, Stratigraphio-Congresses)

TOCHILOV, K.S.; UTKIN&, N.S.
Changes in working dominants during the process of formation.
Ner7* sist. no. 24155-162 160. (MIRA 14:4)
(WRKI METHOD OF) (FATIGUE)

VINOGRADOV 1 M. I.; PAVLOVII, RUM OV, K.:~. i -UT.KillA, ... j.
Somp aspe2t:3 ~0 tte C-?- eloDr P,
- rpn:. c,,Il tKr-oranic -1
prinkiiples of wDrk physiolagy. Nerv. s1st (Leningrad)
2 no.3:145-151 162. (MIRA 17:7)
1. Laboratoriya fi.-ilirgil tr-a-la FILziologic*neskogo instituta
imend Ukhtomskogo iirriingr-ri,-~skrga gosudarsIvenw)go urdverai Leta.

BYSTROVA, G.V. (Perm'); UTKINA, N.S. (Perm')
Conference of the Ural Branch of the Psychological Society. v0p.
paikhol. 8 no.4:190 JI-Ag 162. (KRA 16: 1)
(Psychology-Congresses) I

VINOGRADOV, N.I., otv. red.; TOCHILOV, K.S., Otv. red.; KHAVKINA,
N.N., otv. red.; AVERIYPIIOV, V.S., red.1 OSIPOVA, O.V.,
red.; UTKI21A, N.S., red.; KISELEVA, L.I., tekhn. red.
[Materials of the Scientific tonference on Work Physiology
Devoted to the Memory of A.A.Ukhtomskii] Materialy Nauchnoi
konfer~ntsii po fiziologii truda, posviashchennaia pamiati
A.A.Ukhtomskogo. Leningral*, Izd-vo Leningr. univ., 1963.
372 P. (MIRA 17:3)
1. Nauchnaya konferentsiya po fiziologii truda, posvyashchen-
naya pamyati A.A.Ukhtomskogo. 2. Fiziologicheskiy institut
im. A.A.UkhtomskoCo Leningradskoga gosudarstvennot7o universi-
teta (for Averlyanov, Vinogradov, Osipova, TqChjloV, Utkia,
Khavkina)

TOCHILOV, K.S.; MOR01"OVA, 14,114.; OSIPOVA, O.V.; PAVLOVA, L.P.; UTKINAJI N.S.;
KHAVKINA, N,N.
Physiological prerequisites for the working regime. Neri. sist.
no-4:176-178 163. (MIRA 18:1)
1. Fiziologichaskiy institut Laningradskogo universiteta.

93-9~,

UTKINAP N.S.
------ -- . .....
Individual differences in the effect of a pedagogical appraisal
on the distribution of attention in students according to the
strength of the excitatory process. Vop. psikhol. 9 no.5:
118-128 S-0 163. (MIRA 17:2)
1. Pedagogiche;kiy institut, Perm-.

.;,ivity of Some ~~utstanccr knd Their Acticn Cn -,1e
'Mio Haemolytic Act, t.2(,n
,tojoU, (Chief: Fr)f
J,atoratory Of rhysiological Q~ - B. fl. Nu!301100,
LeninErad State University." (r. 131) Ly Mina, c. T..
Z~-_% rn~;I) Vr~,'-. V-11, 1 '-3 1110- 1
C
SO:

AR6011884 SOURCE CODE: UR/0299/65/000/022AO16/MO16
IHOR: ~utuLov, L. S.; 0,
'LE: Tissue reparation of central nervous system organs
Ch! Ref. Zb, Blologiya, Abs. 22MI17
:P SOURCE, Sb. Probl. vyssb. nervn. deyat-sti, neyrofiziol. I
yromorfoi., Ryazan'. 1965, 111-114
PIC TAGS: tissue pbysiology, central nervous systemyrs"diation
ologic effect, antirsdiation drug,
BSTRACT: In experiments on mice, cystemine chlorohydrate (0-3 ml of a
.5% solution or S. -aminoethyllsotbiuron was administered
ntraperitonee.lly 15 to 20 min prior to irradiation of animals with a
00 to 800 r dose. Control animals were Irradiated without
adioprotootive agents. 89.9% and 76% respectively of the experimental
nimals survived during the first montbo whereas only 6.5% and 6%
espectively of the control animals survived. The difference is
tatistically reliable. Brain calls of animals sacrificed at different
erioda were investigated. Irradiation caused considerable but
ifferentiatod damage of the neurological neurons and calls. Damage was
Card 112 UDC:

L ~4271-66
ACC N" AR6011884
considerably more significant in the vessels. Astrocytes end
oligodendrogliocytes remained intact with massive destruction of the
neurons. Compensatory restorative processes were found in all cases.
In experimental animals a large number of neurons were not injured.
Relative normalization of brain structure was observed* Bo Kozbevniko-~.
ffranslation of abstrac!7-
SUB CODE: 06
Card 2/2 mJ,

UNINA, 0. T.
3Z718. Zvolynts IonaM lzmnonlya vystllJcl dyshashchith chastoy logtogo v ryedu
pozvonochay'rh. Vyetilim d7shashchM clast*y legkogo mfIbly. Dotlao akad. Nauk
seer, nov&7* serlya, T. LXV111, ho- 6, 1949, a- 1093-95--bibliogr.- t$ netv.
501 Latople' ZhurvalInyth Statey, Vol. 44. Hoerva, 1949

~tfi .-n T
-, 1~-T VzLj , -. - .
USSR/ Medicine - Wounds Skin, Regeneration 11 I.C)v 119
"Rate of SpithelizatIon in S?in "Wounds Under Corditions OccurrinE Jin t'-Ie Lowlands and
i,
High I'A ountain Regions," L. G. Granov, 0. T. Utkina, L- 5- SlAulov, Stalinabad "Ied Inst,
21~ pp
4
I'Dok Ak Nauk SSSRII Vol LXIX, No 2
Similar skin woundo open, withoiA suture, and closed by suture, warp, made in 30 dogg's
at 3,560 meters above sea level (Anzob Pass, Tadzhlkistan) and in the lowlands (Stalinabad)
They were examined and slides inade at variouB intervals of hours Wid day-... Reoults of
examinations, griven in detail, show that regeneration cf epithelium and whole heal-InE:
process are retm~ded at high altitudes. Submitted by Acad A. 1. Abrikooov 30 Jul It2
FDD 157T65

5.3630
AUTHORSt Sarycheva, I. K., Vargaftik, M. N., Utkina, 0. V.,
Preobrazhenokiy, N. A.
TITLE: Investigations of Lipides. IV. Study of Unsaturated
Glycerides Using Paper Chromatography
PERIODICAL: Zhurnal obshchey khimii, 1960, Vol 30, Nr 3,
pp 1o48-1050 (USSR)
ABSTRACT: Identification and separation of synthetic glycerides
was studied using paper chromatography. A previously
described procedure (H. Schlenk and others, J. Am.
Oil Chem. Soc., 34, 377, 1957) was used. For the
monoglycerides of oleic (A), li-noleic (B), and
linolenic (C) acids, the following R f were obtained:
0.70, 0.81, and 0.91. The R f values obtained for the
investigated triglycerides are given In Table 1 below.
Card 1/3

Investigations of Lipides. IV
Table 1. Rf values foi
Key: (a) Triglyceride;
~L) linoleic acid; (S)
Ln) linolenic acid.
Card 2/3
70,309
SOV/79-30-3-63/69
triglycerides.
(b) Number of double bonds;
stearic acid; (0) oleic acid;
b
-
LSI, 111 4 OAO
S1.11111) 4 032
LOO (111) 4 0.16
S1,110 (IV) 4 0.20
1.0 1, (V) 5 0.24
LIA, IVIJ 6 0.26
~91,111,11 (VII) 6 0.32
I,nSLn (VIII) 1; 0.40
1.1-0, fix) 7 0.47
LOA, IX) 7 0.49
L1,111,11 (XII 8 0-53
1,111.111,F1 GXII) 9 0 68

IV
SOV/(9--_3)0-3 -63/69
It lriv,~~,,,tirlated mono- and
trqiflyceriae.; can be jeparated and idetLtified by
the above method. There ar`(~ 3 t'lf,!uces; I table;
arid 6 vet'ercricei, '2 U.S., 1 U.K., 1 SWI:3,3, 2
Soviet. The U.S. and U.K. references are: D. Chapman,
A. C. Davies, J. Chem. Soc., 1502 (1957); J. W.
Dieckert, R. Reiser-, J. Am. Oil. Soc.' 3-3, 123
(1956); 1-1. schiera, I. L. Geller7nan, J. A. Tlllot..,jon,
If. K. Marigold, J. Am. 0-1-1. Chem. Soc., 34, 377
(1957) -
ASSOCIATION: Moscow Institute of' Fine Chemicals Technology
(Moskov;31ciy institut tordcoy khimicheskoy
tekhriolo,g.11
SUBMITTEDi January 1959
Card 3/3

SARYCHINA, I.K.; Sl,;REBM:RIIK,-)VA, G.A.; ZVOM(OVA, Yc.N.; :TV S)FANOVA, T.",.;
MAURIT, M.Ye.- UTI-',II:A O.V.; PiC~0,,,RAZiLl-':SXII, N.A.
Synthesis of the main tri7lycerides of linoleic ac'-d. DO!U. All S3SR
135 no.3:617-619 N 160. (MI-:;A 13:112)
1. I-loskovskiy institut tonkoy kh:Lmicheskoy telchno-logii Ln. 11.V. Lomonosova.
Predstavleno akad. A.H. Nesmeyanovyr".
(Linoleic acid

UTKINA, R. V.
Dissertation: "The Significance of Radix Anterior Innervation in the Motor and
Secretory Functions of the Stomach." Cand Biol Sci, Inst of FnysioloDr ineni
I. P. Favlov, Acad Sci USSR, Moscow, Oct-Dec 53. (Vestnik Akadenii Nauk, Moscow
Jun 54)
SOt SUM 318, 23 Dec* 1954

USSR/Human and AnImal Physiology. The Nervous System. V
Abs Jaur: Ref. Zhur-Biol... No 6, 1958., 27352.
Author Utkina.
Inst kl'Y~Ask Medical Institute.
Title The XjL,; -..: ~rnec of the Posterior Boots of the Spinal
Cord in G--3tr..c IFtmetion. 2nd Report. Gastric Motor
Function Following Removal of Spinal Ganglia.
Orig Pub: 5b. tr. Archang. med. in-ta, 1956, No 13, 11-22.
Abstract: A graphic (through a fistula) and roentgenological
investigation of gastric motor function was per-
formed upon dogs. Bilateral removal of the spinal
ganglia of the mid-thoracic segments led to the
supression of gastric motor activity, the appear-
ance of periodic waves and long periods of rest.
Normal peristalsis vas reestablished after 6 to 8
Card 1/2

USSR/&Iman and Animal Physiology. The Nervous System. V
Abs JOur: Ref. Zhur-Biol., No 6, 1958, 27352.
months. In puppies a hastening of gastric evacuation
vas noted for the first few days after the operation.
Card - 2/2

U.S.S.R. / Human and Animal Physiology. Neuro-1.'uscular T
Physiology.
Abs Jour: Ref Zhur-Biol., No 5, 1958, 22547.
Author
Inst : Not given.
Title : The Significance of the Posterior Radicular
Innervation in the Notor Function of the Stom-
ach.
Orig Pub: Fiziol. Zh SSSR, 1956, 2, No 2, 1058-1063.
Abstract: In anesthetized dogs, the spinal cord was sec-
tioned at the level of De D10. Into the iso-
lated section of the cord, needle electrodes
were inserted; the anterior and postorior roots
were ligated. Following the opening of the ab-
dominal cavity, a part of the stomach and the
pyloric, Dart of the fundus, were pulled through
Card 1/3 101

U.S.S.R. Human and Animal Phyciology. Neuro-Muscular T
Physiology.
jibs Jour: Rof Zhur-Biol., No 5, 1958, 22547.
Abstract: the wound and connected with an Engleman lever.
Stimulation of the isolated segiment of the cord
(ISC) with an induction current produced incon-
sistant and weak contradtions of the stomach.
Stimulation of the ISC following section of the
anterior roots, produced a momentary (1-3 min.)
increase of contractions of the stomach, and
duodenum, and the proximal segments of the small
bowel. These were also observed when, before
the stimulation of the ISC, the vagus nerves
were seationed. Castric contractions, followinS
ISO stimulation increased by previous intraven-
ous injection of eserine (1-2 mg) and were inni-
bited by injection of the same dose (1-2 mg) of
atropine. Stimulation of the ISO, after section
of the posterior roots, produced a momentary con-
Card 2/3

U.S.S.R. / Human and Animal Physiology. ~,Teuro-FU3Cular T
Physiology.
Abs Jour: Ref Zhur-Biol., No 5, 1958, 22547.
Abstract: tractile reaction at the time of stimulation -
or none at all. Stimulation of the ISC, after
previous (6-7 days before the experiment) vag-
otomy, depressed the motor function prior to
-section of the anterior roots, but increasedly
markedly this function as well as the gastric
tonus after the section. Stimulation of the ISC
after application of 2%0 301. of nicotine to the
solar plexus, produced a positive motor reaction
of the stomach. A centrofugal direction of im-
pulses through the Posterior roots ofithe cord
to the gastric musculature is being assumed.
The effect of the posterior roots on the stom-
ach corresponds to the mode of action of the
parasympathetic nerves.
Card 3/3 102

j.,wie
2483 UTKINA It-V. Dept. of Pity siol., Nlc d. Inst., Archangelsk. *importance
0~ -ior
po, t Fer i root 'innervation for gastric motility FIZIOL.
z . 1956, 42/12 (1058-1063) 111,,izi. 3 (RubL;ian text'
In dogs under ether-chloroform anaesLliesia, btimulation of the poSLerior roots
after section of the spinal cord a, the level 'i,6-*r,, and or the anterior roots. in-

- '-& A I -r,-
L VIV I,
creased gastric tone and movements, spreading to the proximal intestinal loops.
This effect was increased by i.v. injection of physostigmine. but not affected by
bilateral cervical vagotomy. Six to 8 days after subdiaphragmatic vagotomy, when
gastric motility was practically absent, posterior root stimulation produced rise
of the tone and strong gastric movements. Simonson - Minneapolis, Minn.

EXCERPTA nDICA See 2 Vol 12/9 PhysiologY Sept ~59-
4150. SPLANCHNIC NERVE INFLUENCE ON GASTRIC MOTILITY FOLLOWING
POSTERIOR ROOT DENERVATION, (Russian text) - ILLki
- __Ln a R. V. Dep
of Physiol., Med. Inst., Astrakhan - FIZIOL.ZII.IM..SFciT.-t-oTa,-44/8
(736-740) Illus. 4
After removal of spinal ganglia between segments'176 and T I 0,stimulation or thi-
peripheral end of the splanchnic nerve caused a considerable Increase in gastric
tonus and intensity of gastric peristalsis. A similar effect of smaller magnitude
was obtained on stimulation of spinal anterior roots. In vagotomized dogs with in-
tact posterior root innervation, qplanchnic stimulation was generally followed by
depression of gastric motility. Simonson - Minneapolis, Minn.
am

UTKIIIA~ S. A.; GARrJrGV, A. I.; HIJULUP0, A-. T.; F~MIT, A. i'..
"Methods of Ascertaining the -zTofitability of Co=-=icaticns Enterprises," Vest.
Svyazi, no. 8, pp. 16-18, 11052.
Engineer-EconoMi8t of the Vologodsk Oblast Comiunications AdmJiiistration.
Critique, M-745, 30 Aug 55

ANNUTM, L#Vdj U'llilit, T-A-: V 1 (11 ixR(" lkll, p 111i 1 .11 .
calcu,tLt-*on or oorr;er~'Arm fa, :,' --~' for lAak sir4sup III glt,
-1 -
ohrcimatoyrnpirij. '$,? no~-.(),-2.425-2429 0 '65-
(M,',flA 180,7)
l-, .ilrk y ltiptiitii'., o,lvtfiv
I orgonlohwjkll~h rurl,4 19, "W.4.
1

UTKINAI T. M.
UTKINA, T. M.- "Filtered Ultraviolet Rays in the Diagnosis of Certain Artificial
Phlegms, Abscesses, and Oleogranulomas." GorIkiy State Med Inst imeni S. M. Kirov,
GorIkiy, 1955 (Dissertations for Degree of Candidate of Medical Sciences)
SO: Knizhnaya Letopial No. 26, June 1955,, Moscow

RAWIMOVI V.A.; UTKINA, T.F.; AYF)AFOV, T.K.
Atomic-absorption determination of lead In biological fluids.
Zhur. anal. khim. 20 no.12:1371-1372 165. (MIRA 18t12)
1. Gosudarstvennyy opticheskiy Institut imeni S.I. VavIlova,
Leningrad. Submitted December 25, 1964.

KIEMYRY, M.N.; TOMIIOT, G.S.; POKUKHIN, X.F.; RZYANXIN, K.G.; UT111k, -
V.A.
YAW~tic control of the hardening and tempering of ball and roller
bearing parts. Zav.lab. 22 no-5:549-555 156. (KIRA 9: 8)
1. Ural I skly filial Aka'deviii nauk
nyy podshlpnikovyy zavod.
(Steel--Heat Treatment) (Magnetic
SSM i Sverdlovskly gosudaretven-
instruments) (Bearing* (Machinery))

2t~ (6) SOV/32-25-4-28/71
A~THORS: G. S., Ylkheyev, Y. N., Pcmukhin, hl. F~., Utkina, V. A.
TITLE: Magnetic Method for the Quallty Control of the Ther=al Treat-
ment of Bearing Parts (Magnitnyy motod kontrolya kacheatva
term_~r~heskoy chrabotki podshipnikovykh dotaley)

PERIODICAL:
Zav,,~dskaya. Laberatcriya, '959, Vol 25, Nr 4, PP 448-453 (UISSR"
I j
ABSTRACT: The influence of the primary structure of bearing parts (made
of step-J. ShKh 15) on the magnetic properties, the structiire
and hardness after hardening, was tested. Steel rolls (diametez-
;~23 mm, heij;ht ~ 20 mm) and samples with the dimensions
,0)(1.0x65 mm were used for the tests. By different prel,'minary
treatment (Table) 4 groups of primary structures were obtained-
from the heterogeneous coarse--grained perlite to the laminar
per!"t-!. The electric diagram of the device for determining the
coerr-l-,re force and for magnetizing ball and rolle- bearings
(Fig i); as well as the diagrams- of the correlation between
hardness and coercive force of the steel ShKh 15 in tha primary
state (F_Jg 2), and the coercive force after oil hardening at
different temperatures (Fig 3) (for the two types of structure
mentioned above), as well as a schematic representation (F-4g 4)
Card 1/3 :)n +the possibility of separating the good products from the

SOV/32-25-4-28/71
Magnetic Method for the Quality Control of the Thermal Treatmeit of Bearing
Parts
scrap after hardening, are given. In connection with the 14tter,
a diagram of coroparison betweei the coercive force and quality
of residual austenite in the sample rolls, on one hand, and the
microstructure and hardness after hardening, on the '6ther, is
shown (Fig 5). The test results show that even a 100% quality
control of the hardening for hardness or coercive force apprcves
a wide range of the primary structure "as good products". The
most reliable quality control of hardening by the magnetic
method can only be attained by a simultaneous determination of
the saturation magnetization and the coercive forcp. The greatest
effect of the continuous tests with magnetic differential de-
vices for the quality control of hardening by the method of two
magmetic characteristics can be expected by an automation of the
process of thermal treatment and of the controlling method. The
fact - not very important for industry - that at a hardening
temperature above 9500 and a prolonged hardening time a great
increase in magnetization arises, is due to an impoverishment
in carbon (Fig 6). The described method can also be applied to
other types of steal, rich in carbon, the magnetic and mechanical
Card 2/3 properties of which vary with the hardening temperature and dia-

5,)V/32-25-4-28/71
Magnetic Method for the Quality Control of the Thermal Treatment of Bearing
Parts
persion of the primary structure, in analogy with the steel
ShKh 15. There are 6 figures, 1 table, and 2 Soviet references.
ASSOCIATION: Insti~ut fiziki metallov Akademii nauk SSSR i Sverdlovskiy
podshi.pnikovyy zav-)d GPZ-6 (Institute of Metal Physics of the
Academy of Sciences USSR, and Sverdlovsk Factory of Bearings
GPZ-6)
Card .3/3

UTZINA, V.A.
Gentral laborotor7 of the 6th State Bearing Factor7. Zav-2ab
26 no.10:1185 160. (MIRA 13:10)
psudar-
1. Nachallnik TSentrallnoy 1-sboratorli Sverdlovelcogo 6-go p
stvennogo podshipnikovogo zavoda.
(Sverdlovsk-3thgineering laboratories)

FETROV, K.M.; DYAKONOV, V.I.; FADEYEV, I.G.; SEMENINKO, P.P.; KRYUKOV, L.G.;
Prinimali uchastiye: PASTUKHOV, A.I.; SHISHKINA, N.I.1
FAURKOVA, T.S.; CHIRKOVA, S.R.; KARELISKAYA, T.A,,; LOPTEV) A.A.;
DZE14YAN, S.K.; ISUPOV, V.F.; BELYAKOV, A.I.; GUDOV, V.I.;
SUMIAN, L.Ya.- SLESAREV, S.G.; GOLOVAPOV, H.M.; GLAGOLENKO, V.V.1
ISUPOVA,, T.A.; ZYABLITSEVA.. M.A.; KAKOSKAYA., G.A.; POMUKHIN, M.G.;
UTKINA, V.A.; WIEVICH, L.G.
Vacuum treatment of alloyed open hearth steel. Stall 22 no.2:1-13-
117 F 162. (MIRA 15:2)
1. Urallskiy nauchno-iseledavatellskiy institut chernykh metallov
(for Pastukhov.. Shishkdna,, Fazdnikova, Chirkova, Karellskaya,
Loptev, Dzemyan). 2. Metallurgicheskiy kombinat im. A.K. Serova
(for Isupov, Belyakov, Gudov, Sukhman, Slesarev, Golovanov,
Glagolenko, Isupova, Zyablitseva, Kamenskaya). 3. 6-y Gosudar-
stvannyy podshipnikovyy zavod (for Po=khin Utkina, Manevich).
(Steel-Metallurgyj
(Vacuum metallurgy)

ACC NRt AP7006051 SOURCE CODE: URyO381/W000/00 9:
libdWods
AUTHOR. Vasiltyeva) L. D.; Pomukhin, M. F.; Tomilov, G. S.; Utkina, V. A.
ORG: Institute of Metal-Physics, AN SSSR (Institut fiziki metalov AN SSSR);
Sverdlovsk Bearing Plant (Sverdlovskiy-podshipnikovyy zavod)
TITLE: Some features of nondestructive magnetic quality conbrol of quenched and
tempered roller bearing,made of ShKhl5 and ShKhl5SG steals
SOURCE: Defektoskopiya, no. 1, 1965s 86-89
TOPIC TAGS: quality control, roller bearing, tempering
'The magnetic method for quality control of hardened roller
ABSTRACT:
bearing from measurements of two magnetic properties, magnetization and
coercive force, has been successfully used at the GPZ-G plant (state
,Bearing Plant No 6) since 1934.
The method is based on the fact that a knowledge of the parameter
A I which is proportional to the coercive force Hc, makes possible re-
j9ction for underheating and low hardness, while a knowledge of the para-
meter As, which is related to the magnetization in a field of about 500 Oe);
permits rejection for overheating (large amount of residual austenite,
large acicular martensite).
The first and most reliable form of quality control of tempering
is an followas For each ac 'tual part, on the basis of the indications of
.~ho appa.ratua, a determination in mad.o of An and Apafter quonchi ng, and
Card

ACC NR: A1,7006b5l'
X and PC after tempering. Then, from the differences A. - q and
p S
Ap v