SCIENTIFIC ABSTRACT MELNIKOVA, M. M. - MELNIKOVA, N. P.

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• Collection: Scientific Abstracts
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• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MLINIKOVA, M.M., assistent
flyaluronic acid and hyaluronidase in so:-ie gynecological diseasses.
Zdrav. Turk. 5 no.5:6-11 5-0 161. OcliA- 14:
1. Iz kafedry akusherstva i ginekologii (zav. - dotsent M.S.Seyradov')
Turkmenskogo gosudarstvennogo meditsinskogo instituta imeni I.V.
Stalina (nauchnyyu rukovoditeli - prof. A.B.Preysman i zav.
biokhimicheskoy laboratorl y doktor bioloeicheskikh nauk B.S.Kasavina).
(11YALURONIC ACIDr (11Y,~LUROIIIDASE)

I-EILINIKOVA, M.M.-, assistant
Second All-Union Gonference on t:~e Patholo,-,.y and treat,~ent cf
terminal States. Zdrav. Turk. 6 no.1:1,3-.'.5 J,'1-F '62~ (K: A .1 ": 4)
1. Akus,'-iersko-ginekologicheskaya klinika Turkmenskogo meditsinskogo
instituta.
(DEATH, APPARENT) (RIZUSCITA' to")

HELINIKOVA, M.M.
Genital tuberculosis according to materials from the Republic
Hcspital. Zdrav. Turk. 6 no.3:18-23 Yfjr-Je '62. on~-' -'5:6;'
1. Iz kafedry akusherstva i ginekologii (zav. - dotsent
M.S. Seyradov) Turkmenskogo gosudarstvennogo meditsinskogo
instituta i Reipublikanskoy klinicheakoy bollnitsy imeni
N.I. Pirogova (glavnyy vrach M.B. Shapiro).
(GEW.RATIVE ORGANS, MIAIL-TUBFRCULCSIS)

RMINIKOVAP MO P.
Prepuadw,d 6-ithospItafructokhma In highly-pistifie
form. NdZ~. M. P. Md'nilcova, and F. V.
-
-'
-
-
_S=Jr 91, 557--6o
IT*
uS
S
Mozhalro. Doklady AEX.
953).-TILe foflowisscscherne yields 6-phosphofructokinase
2
the form of almost hocnagencous catalytically active pro-
tein. The back and hind leg muscles of killed rabbit are
minced in the cold and extd. 30 min. with I vol. cold
HA then with 0.5 vol. cold H&O 15 min. The extq. are
filtered through cloth, treated with until 03
satd., filtered and the filtrate Is treated with (Nll,~SO,
until 50%44W., yielding a filtrate with pit 5.9-6.0. The
Chemical. Abst. filtrate is ti4W dism(led anti the ppt. taken tip in 11,0.

VOL 48 No. 4 Adjustment with 5% NILOH to-pit 8-8.2 is followed by
"
Th
e
agitation 2-3 min. at 57
, followed by rapid cooling.
Feb- 259 1954 ottin matter Is filtered Off by suctioa
flocculent ppt. 0l
Tt

Biological Chemistry and diwarded. filtrate is acidified -;th 0.5?f AcO!l
e
i
to pit 5-5.2 and tae ppt. of denatured proteins is filtercd oft
and discarded. -Ijte filtrate is immediately adjusted with
5% NH40H to pH 6.8-7.0 and treated with satd. (I%TH,),SO,
previously adjusted to pit 8.3--8.5 with N11,011, adding
0.8 vol. sulfate soln. to I vol. filtrate, thui achieving 0.44
level of satti. The ppt. formed is the most active protein
fraction. Its activity h detd. readily by (Ictn. of the amt..
of fructose-1,13-4liphmpbate forrited (min fructoic-plitiq-
pbrtte with the gill of pure Aldolme in conjunctioll Willi

'I hate formed. The
NaC.M to capture the triose plamp
above purification stheme permits concii. of the enzyme
by a factor of 25. Ultracentrifugal examn. of the final
product gave sedimentation const. S - O.&S X 10-11 sec.
Thus the product is a globulin, with mol. wt. approaching
thatofserum-r-globulins. A widening of the sedimentation
_J-

peak suggests admixt. of some pzkial-y den~'iure~'pfotelrt
The enzyme has optimum activity at pH 7.2-7A. Dissocri:
const. of enzyme-r-lbstrate complex is 1 X 10-,A1. Molar
activity at 37' Is low: some 3W moles (if substrate per, 106 C.
protein. The enzyme is free of other enzymic activity
expect myokinase and phoqphohexose isomerase; it also is
capable of transfer of phosphate from adenosine triphog-
ph2te to glucose-6-pbosphate. Complete fernoval of phos-
phoisornera3c was achieved by a second heat treatmolt at 58*
whieh completely Inactivated the latttr enzyme, while 73V.
kinase activity was retained. The product was active
thus in phosphate transfer from adenosinetriphosphate to
fmctose-8-pbosphate but not to glucose-6-pliosphate. The
trace of myokinase could not be removed.
G. M.

P

0 natwe mid pvoprtiin of 6:
T
h
mact -h,
eq S. A. -Ak
-zlgrud,). , C-
E xp ti , 2%. Ac,

, awl
-H
'5 M 1
rn
ti
t
dim
>
h
i
C
en
.
-
, I
v~
) a
Bic
, 4- -S
( If, se
b
diffillilon, illethridi 'the -mol. ur. cu
(Prr,~ Ival; jound t~o be.L`0,051 ~-~ If),, , Thtcu%Unt C."
uuymc in Twet fiitl~JQ-, rilriln'R t1,-rf!h 0.3 nr,.d
OIL '
'
lle, ple'-wace in tile
W"tt"I ta i
The iictbrlty of dic enzyme k
pracia of frce tin,61 grutipA aiid ulf Mg io,1,5, iu Tile -
gill N-1 oi
in iibit~ry, -actioa IlYth p
~'iwms, ai-4 was studiud.
(A tL--t a 1 T 'rise catitlytic owt,t,
Of the cn*me 1vm:AcW., jo-U4, anil tht- tmmovtr -
no. 4r.jmg. ry tls~Euc~ -
2U n
encrey of ac-6intior, 6. 0 cai.jmla. The tniz, -. activity
g, c! rat rhabdomy&Wla~tmfui is 1.6 t:mtis azi high ;L5 in
per
norsil, t

U.3.S.R. Human and ,ni-mal Physiology. Metabolism. T
Abs Jour: Ref Zhur-Biol., No 5, 1956, 21923.
.,uthor Neyfakh S. ~., Mlelnicova M. P.
Inst Not given. -
Enzymatic Groups Determ -n-in-g---the Mlaxiffium Rate
Title
of Glycolysis.
Orig Pub: Ezhegodnik. In-t experim. med. acad. med.
.nauk SSSR, 1956, 216-219.
.t"I.bstract: The rate of glycolysis in a systera of dialysed
muscle extraat (rabbit muscles), substrata (gly-
cogen, glucose fruc ose-6-phosphate), coenzymes
(ATF, Cozymase: MgSo inorganic phosphate) and
stabilizer Of glYCOly3iSj reached a maximum at
a definite optimal concentration of coenzymes
and produced 8-12 micromoles of lactic acid in
1 hr. per 1mg of protein of muscle extract.
Card 1/1

1'. fLI111 ~'). A.
Chemmlst.-; z;.n' Me'j-'L -Isn. C;trb nydral ~,EF w-
firiour-',
-C.iference in Ms,tc~)w J
v

121, pqyjj~,olory Fob 59
2 Vol
645. ENZYMATIC LINKS RESPONSIBLE' FOIL TnE HIGHEST RATES OF
GLYCOLYSIS IN' MUSCLE (RuEsian text) - Neufach S. A. anii Mel-
;,,Ok~,,v a 1,1,j P, Depl. of Biohem., ln,,t. of Exp. Med., Lcningr;_d_U.SSR
ill,
,IV 1958, 23/3 (440-452) Graphs 9 Tables 3
It is assumed that rates of glycolysis maY lie V,,iverned by different factors under
varying functional conditions of the cell and varying levels of glycolysis. The
maximal level for rates of glycolysLs in n)LISCIC in situ (about 1,500 JAM lactic acid/
g. /hr.) can be reproduced in vitro by means of a reconstructed system consisting
of dialysed muscle extract ATP, DPN1, NIg, (r LlCtOSe- 1 -6 -phosphate, orthophos-
phate, nicotinamide. cysteine and glycogen. When the rate of glycolysis follows a
linear course, the 'slowest' enzyme of glycolysis may be identified directly by the
acceleration of the process which accurs on introducing the purified enzyme. it is
shown that none of the enzymes aldolase, 3-phosphate-dehydrogenase or lactic
dehydrogenase, hitherto believed to be the slowest enzymes of glycolysis, act as
such in reality when their activity is displayed in a medium with sufficient co-
enzyme content. This is the condition prevailing in the body when muscle activity
is great. Depending on the value of 6-phosphofructokinase (PFK) activity a 4- to
8-fold increase in the rate of glycogen degradation follows. when purified PFK is
introduced. Linear growth of the effect accom;Kinies increasing increments of
I'FK. The rate of glucose degradation may even increase to 10-14 times the
original value when purified hexokmase hiits been introduced. The same result has
been obtained with a fresh, non-dialysed muscle extract. It is suggested that as
the rate of glycolysis in skeletal muscle depends upon PFK activity it is a function
of HK in nervous tissue, heart, erythrocytes and tumours.

NELNIKOVA M.P. KAZAKOVA, T.B., TUROVSKY V.S., NZYF-KH S.A. (USSH)
"The Mechanism of the Glycolysis-Accelerating Action of Mitochondria "
Report presented ~,t the 5th Int'l Biochemi6try Congress,
Moscow. 10-16 Aug. 1961

NEYFAKH, S.A.; KAZAKOV4*.T.B.-,,.MEL'NIKOVA, M.P.; TURCVSKIY, V.S.
"Membrane" mechanism of the regulation ofthe glycolysis rate in
cells. Dokl.AN ESSR 138 no.1:227-230 YT-Je 161.
(K[RA 1414)
1. Institut eksperimentallnoy meditsiny Akademii meditsinskikh
nauk SSSR. Predstavleno akademikom V.A.Engel'gardtom.
(GLYGOLYSIS) (KILOCHONDRIA)

NEYFAK-14;~ S.ik.; GAYT3FI'0KT, V,,-S.; KAUIOVA, 'T.B.; -!,ELINIXOVA,.
,ljlic)vLKly V.sq.
Ch~.n7doal rziture of the altochondrial fa,.tor st!jwdarilag
g1lic--olyshl. Do~,-I,AN S5JR 11,4 no.21.1+1+9-452 I-W ~02. (I'ma
1. Imitiiit ek9pellmentallm-y Akadeaiii meditEOrl3k,'k-)~
SSSR. llred-tivleno ~~wiomlk--m A..,-.Oparlr*m.
"GLY-cousis) ~c I;LL3 )

v
C, L I N IKOVA.,
I M.h.; BLOK, I.B.
Case of acquired toxoplasmosis with distrubance of neuropayebic
activity. Vrach. delo n0.5:138-139 Mu 161. 0-aA 14:9)
1. Somaticheskoye ot4eleniye Kiyevskoy psilchonev-rologicheskoy
bollnitsy imeni akademika I.P.Pavlova (nauchnyy rukovoditell -
prof. I.A.Polishchuk).
(TOXOPLASMOS IS) (NERVOUS SYSTZ~L..ZISFASFS)

MIZPJ=, I-A., prrof.: TUR=CH, O.M., zasluzhennyy v-r-ach UkrSSR,
DANI-LYUK, S.1 MEL'NIKOVA., M.R~
13ormhohexonium treatment in arterioscleroti, psychostH., 7Tan.
delo no.2dl5l-152 F '63, (MIRA
1. Kiyeirskaya poikhonev-rologictieskaya bol ritsa imeni akadp,-nika
I.P. Pairlova.
(HEXON'lU,l---THERAPEUTIC USE) (ARTERIOSCLEROSIS)
(psycilosr.5)

M(CHINOV, Vasiliy Sergeyevich. akademik; HZ~'NIKOVA,,.H..61. red.;
STAROS'JEOKOVA, K.K.. red.izd-va; ATROSk 6, L. a., tekhn.red.
[Prospects for the development of the economy of Eastern
Siberia] 0 Derspektivakh razvitiia ekonamiki Vostochnoi Sibift.
Moskva, Izd-vo *Znanie." 1959. 28 p. (Vaesoiuznoe obahchestvo
po rasprostraneniiu politichaskikh i nauchnykh znanii. Ser. 9.
no.2.) (MIRA 12:4)
(Siberia, Eastern-Economic conditions)

ULAKi'101; , P.N.; SHUINAKOVA, A.A.; GOLCVI,,Vi' A., spets. red.;
1,1I.ELINIKOVA, M.S., red.
(New pcisonous chemicals for protecting farm cr,ops aF,,.Inst
pests and diseases] Novye ia.okhir,,ikaty (dlia z~xshcl;ity
sellskokhoziaistvennykh kul'tur ot vredit.elei i bole--ne'l.
ri.p.) Vystavka dostizhenii narodnogo khoziaistva SS.-,,
(n.d.) 22 p. (MIRA 17:L)
a .

PHASE I B--,X EXPLOITATION SOV/5215

kkademiya nauk SSSR. Mezhduvedomatvannyy ko~itet po prov,,denlyu
razdel progr
Rozhdun&rodnozo geofizicheikogo Code. III ~~.-_~y LOG:
Z~oy MAgnotim I ze=y.-%q toki.

zCMII
Lorotkoperiodichookiye kolebVLnIYM clektro=agnItnogo Polya
t
(Short-Period oscillations of the Barth'a ElectromaLma Is
Field) Moscow, Izd-vo Ai; sssn. 1961. in p 1,800 coplos
3
printed (3orlex Its: Sbornlk atatey, No. 3
heap. Ede.: A. 0. Kalashnikov, Doctor of Phyaloo and Mathematicav
and V. A. Troltakayt, Cnndidate of Phyajen and Vathematica;
Zd.: Ya. P. Shchukina; Tech. Ed.. Ye. V. Kakuni.
PURPOSE: This publication Is Intended for geophyniclate.
COVULP-OF: Thin colleetion of artiolon, publiched by the Inter-
dcpart=ntal IOY C~' "ttoe of the U::-',*.'l Ac&dc=Y of Scl-cra,
treats proble= or gco.aZnetIrm and tell.ric curr,.nto. In-
dIvidual articles deal with variola3 (chort-Veriod, k;AE%n'L1c,
AteadY, etc. ) oscillations of the terrestrial clectrc :,,j-,,etjC
field, particularly In the &_rctic reFlon. Ho porrionulitt,,,
are rentioned. Brief EnS115h mbntract5 accct:pany each trLtcle.
References follow Individual articles.
TABLE OF COMMM,
Afanamiyeva. V. 1. Short-Period Oscillations of the Earth-o
a Vield
Kobuladmc~ V. V. 3020 Regularities Of the DIbtu1'bvd Yield of
kii-th Curreiita 11
Okhatoln5kaya, M. V., Yu. B. Ramtrusin, I. I_R~'_Ityan kly,
- -
"
A 'R_ She
he
th Ex.lt~tlon
t RaLUIBritloa in
an
_pc nov. or
i
Shor~tll r od Oacillatione In )Uddle Lat -.u;.3 17
I
Vinografty. P.. -A. Short-Perlod Oacillationa of the Electm-
Vellar~ Yield (According to Observations in Ir;cutah) 23
DubrovalcI4, V. 0. Rapid Geoclectric and Geor.~gnetlc Variations
and 71~cfr Rwg~X&ritie3 (According to Obeervationn in Anhulftt,aa) 35
Troitakaja, V. A. Steady Oscillations and Chain Oncillfttiona
In the Arctic and kntaxtic 41
pAbm~~va, E. P. Preliminary Results of Earth Current Oboar-
_
vationi 1~_
fikal Bay 62
01kitliLa_ N. X. Preliminary Reaults of Earth Current Ob%or-
_vatl7o~a aC"_tiiW_Barentsburg StNtIon (Spitsbergen) 69
~utarcva' E. P., 0. 1. Korobkova, 14. X. 14ikltlna, and V. A.
Tioltifcaj'a-.7-101gatritic PulsaClon3 in the Soviet Arctic During
the 1935-1956 Period 76
Baroukov, 0. H., and X. Yu. Zyb1n. Nonperpendicularity of the
NectZra dr-Ehe E and H Variations of the Farth'a Electm-g-
natic Yield 83
Troltakaya, V. A., and It. kov Characteristic

Intervals Of 050111atf69f; 0.1a. R
ler a Period (lu-1
see), In the Earth's Electro.-gnetic Field. and Tlicir hulaLlon-
chip With Ph.n~rcena In the UPPCr At.on-phor., 100
'd 11 F
r1_'A_hr')(qva_ 0. V., X. ru. Zybin,
_

t~gululiLlea
T_nth. Pchavlo.- or . , I C -i;--
t
trz
Short-Perlod CNacjllmtjOn3 of tne 0_zrt7-.ctIC In a Ntnblr
Begins ( PC 108

'?, q000
3 (6) 66162
AUTHORS: Troitskaya, V. A., Mellnikova, M. V. SOV/20-128-5-14/67
TITLE: On Characteristic Intervals of Pulsations Diminishing in
Periods (10-1 sec) in the Electromagnetic Field of the Sarth
and Their Connection With Phenomena in the Upper Atmosphere
PhMIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 128, Nr 5, PP 917-920 (USSR)
ABSTRACT: Extremely fast recording (1/2 mm/sec) of variations of the
electromagnetic field of the Earth during violent magnetic
storms revealed the existence of intervals of short-period
pulsations of periode diminishing from 10 to 1 sec. Data
evaluated up to the present show that these intervals of
short-period pulsations constitute that morphological kind of
static of the terrestrial electromagnetic field which is
directly correlated to the development of strong atmospherics
in the upper stratosphere. By means of the extremely fast
recording mentioned above it is possible to determine the
point of time at which magnetic storms begin, and when the
most intense atmospherics in the upper stratosphere take
place. A scheme of the development of these intervals of
short-period pulsations is given in a diagram. However, the
Card 1/4 relative duration of the various pulsations is not expressed
4"'

66162
On Characteristic Intervals of Pulsations Diminishing SOV/20-128-5-14/67
in Periods (10-1 sea) in the Electromagnetic Field of the Earth and Their
Connection With Phenomena in the Upper Atmosphere
in this scheme. The most characteristic element of these
periodic pulsations are pulsations having a period of 2 to
4 seconds. Pulsations of precisely these periods can
continue unattenuated for some dozens of minutes. An amplitude
modulation passing over into a pulsation is characteristic of
all pulsations occurring in this interval. According to the
data available at present 1 to 4 intervals of short-period
pulsations may be observed in the course of a magnetic storm.
An interval of this kind usually lasts no longer than 1 h. All
the big storms occurring during the International Geophysical
Year contained intervals of the kind discussed in the present
paper. The second diagram shows the propagation and
development of the short-period.pulsations of September
29, 1957 for various stations. This diagram shows, among
others, the following: (1) There were 2 intervals of short-
period pulsations during the magnetic storm of September
299 1957, The first lasted about twice as long as the
v--" wit1h irrea-ular iDulsations and ended with
Card 2/4 pulsations of short periods. (2) The devciopment ot siiort
LV

66162
On Characteristic Intervals of Pulsations Diminishing SOV/20-1 28-5-14/67
in Periods (10-1 see) in the Electromagnetic Field of the Earth and Their
Connection With Phenomena in the Upper Atmosphere
period pulsations indicates simultaneousness of the
beginning and end of the pulsations. This simultaneousness
extends over a vast territory. (3) The periods of the
pulsations within the interval of short- eriod pulsations vary
in a similar manner (with slight changes~ at all stations.
(4) Apart from the excitation of the short-period pulsation
described above with reference to the universal time, this
phenomenon is influenced essentially also by conditions
determined by the local time. Similar investigations were
made of the other storms listed in the present paper together
with the date of occurrence, in moat cases the interval of
short-period pulsations begins at 5 p.m. approximately
Greenwhich time (for western stations). The beginning and
development of these short-period statics correspond to the
appearance and development of red polar-auroras. Diagrams
illustrating the state of the ionosphere on July 8, and on
September 4, 1958 are attached. There are 3 figures and
Card 3/4 3 Soviet references. 4~

66162
On Characteristic Intervals of Pulsations Diminishing SOV/20-128-5-14/67
in Periods (10-1 seo) in the Electromagnetic Field of the Earth and Their
Connection With Phenomena in the Upper Atmosphere
ASSOCIATION: Institut fiziki. Zemli im. 0. Yu. Shmidta Akademii nauk SSSR
(Institute of Physics of the Earth imeni 0. Yu. Shmidt of the
Academy of Sciences, USSR)
PRESE11TED: July 6, 1959, by D. I. Shcherbakov, Academician
SUBMITTED: July 4, 1959
Card 4/4

8 OV/138-58-8-3/11
THO B. n
T .1 Li6
'Ve 7~ 2 1 nL ) o T~_: No e o b, y Ab iv P
T IT LZ (" e s
r~~ n i I r .3 - I n y p o Shku., T: s~
PE-ZIODICAL: K,;,uchu'r i Rezina, Nr 14
AD3'j.`,iACTt Thr Soviet Cr. d . r I Ic. ~inl 1:ht,
Lonal st trA tr 1 160 17
we---r test. v inst -~Lbr-_-_Lbive pt r on a 3ri~3ciel
s t s L Iv e --- o n 3 1 -1e rub le s r~ -A; e -, a n,l the
index of the 8decimr.-- alters if t'~c, *Lr
-1 ~~ -7
i s c!--. n_r e d lie' Soviet t, a r, d a rd 0 6'-:' 4' - 1 .
A&_,rc~-im;jte fornula~_ 9 r.
aU j- o o L3 y s
rcl-
Cal Jnd Eechanical proi)er-.ies., a-nd ',.o its
f01' of
,r"'iL-1 LihC-S vers,,:~;
(Units cm abr-~~,,icn 1-.1-e in minutes). Dip
,ersi.s
vie-ar rate r-tpidly at first, and tl-ler. -critinue3
at a stable r~tl,_, for qor~- 'I"he -Ar~_ Ls of
the curv--s .---.re ~~qutl and corresdond to voli_),-_-, -orn
"re S~ecimer)s, ~ L - 7:~-.
all of starte(3
Protrusion f-mil the The st~,ble _,7e -Lr TIa -C, C 0.-.
Card 1/5 after not morc t~ian h-.~.lf of t1ne '~ei_r

Weav (Testinr) of 'Rubber by Abrislve Paper BOV/138-58-8-3/11
a,,,iay. The wear index should be determined by thistill-le
rate o-f weart but the difficulty is to detirinine ',-,"ien
it beLins. The reasons for the initial instability of
wear rate are examined. The abrasive puper Itself rirt_c,~
be conditioned, but as curves 2, 3 and 3 in FIE.1 show,
initial instability is still exhibited wit"a a repeat
test with a specimen of the same type of rubber on pre-
viously conditioned paper. The authors review the sl~or-
comines of existinC inethods of test, including the ISO
Dupont method, 'XOST 426-1941, and the German stan(jard,
test. Results with the first trio methods are compare,!
with results to the ne~-,' GO;3T 426-1957 standard in Table
1. V is 'the specific 77ear index ando4the coeffi-_ic-nt
of variation. The effpct of the heir;~t of the spe.,,'--
P
I ~. 1)
men-and the influence of bending -a are considered%/ I r.
shoas the relationship between r te of wear (om" di
versus, flexibility as del.~-_nrrined in formula (1). T'h I i
indicates that the stable zone 3 commences .-then the value
I The principle cal,3e
lies between 0." and 0.3 T1111
of scat"er In the early part of the test may be ittril!t-
ted to bendinL of the specimen. FI,,,.3 sho;~;s var'Lous
5ta,,es in the viear of a specimen of 1 cm x 1 cm area.
Card 2/5 FiL.4 sho,,'is the Wear rates with specimens of various

Wear (TestirIC) of 'Zubber by Abrasive Paper
-)e s ne. blac'- q,w-mbols are for
nejfhts, andvarious shai or 9 "Ihile
lont., specimens, and the 7!hite for short rie. -
C'Tlindrical or spherical shapes -ive stablp ,7e-. r r~L~.es,
J~ is concluded that t1ir-, most suitable chare to i--nlre
is to reduce the hei,ht of t'ne standard 2 cii -C 2) c,~!
specimen fror 3 t~ 3.9 mm. This will aivt, a 3 t3
10 minute test a~ aLl'-L COTTInduln 15() paper. The r-ro--r-
1. i, lie plots
acteristics o-' re rubbers tested to obtain t-
in Fi,-.2 are niven Ill Ta.)le 2. The formula (2) relatL-
L
rate of wear ~o the proper-ties of t1ne rubber and t~e
abrasive paper. &V Is the loss of material in Cm
AccordirZ to GOST 42C-197J7, N the nonial load shorld he
2.6 kn,and t, time of teg'U, fivq minutes. K is a cn-r~-
stant talcin~ in'..o account the abrasive paper and has
in this test, of 0.1 kL- A stands
a value, jcm- - . f or
coefficient of friction and 6 for t'ne s t r e n I-S, t h ce
mbber. 1q is the percentaLe extension of the
in a standard test to Jetermine the elasticity of t:e
L
rubber. This fjor,Jula is Justified 'oy prActii-Al tebt
the results of which are shown in Fif .7. The de
Card 3/5 of the points representing; actualra+-e of we--r for a

SOV/138-58-8-3/11
Wear (Testirg) of Rubber by Abrasive Paper
very lar.,ge variety of rubbers, from the line calculated
accordin,r to formula 2, is not more than 20/-0. A specific
wear index coefficie t V is --iven in formula (3). Here
V is eXpressed in cm F~'rw -h ou r -W is the worlc of friction.
With Corundum 150 Raper, the constant A becomes 700. 6 is
expressed in kE/cm , and as before, is a percentage
-representin,s, elasticity. Since ro and
depend only on
the composition of the rubber the relationship of values
of V with different abrasive papers should remain constant.
This is confirmed by the results shown in Table 4, where
four different rubbers were tested aLainst twopapers of
different abrasiveness. The relationship V21V1 is con-
stant. However, this -relationship 'rill not hold if the
nature of the abrasive, rather than its _-r~-iin size, is
altered widely. While coarse and standard electro-
com-ndum papers Lave Lcod aLreement, a silicon )-q)er
Card 4/5 gave a different result, as indicated in Table 5. Table

'Wear (Testin~u_) of Rubber by Abrasive Paper sov/138-58-8-3/11
3 in this paper relates the optimun PercentaCe of various
fillers, with different types of rubbers, to give ~.-reatest
stren-th, and to give least wear. These v-:tlues frequently
coinefde. There are 4 Figures, 5 Tables and 15 1~ieferen-
ces: 7 Soviet and 8 En-lish.
ASSOCIATIOII:Z.Iauchno-issledovitelts'-i-.7 institut rezinovoy promyshlen-
nosti (Research Institute of t1re Rubber Industry)
Card 5/5

SOV/139-59-10-5/10
AUTHORS: h. L; Ivanova, 3.
Sakhnevskiy
S. ;ReznikQvBkiy, M. M-. and S-,.irrcria, i-
~
Ratner
,
TITLE:
L
Wear TestinL of i?ubber (Ob o'~sen~ce istirayernosti
reziny)
PERIODICAL: Kauchuk I ieziAn--i, i~5P- jit- 10, pp 1,3 - 22 (L36i)
AB3T__LkC'r.': The cf abrasive w_-ar of is 1-,L)-2r_ft.-.tly
unde.,slzood- Laborc-or-i with di.lre,,'ert types of
eTa'-.P;ne"t Live incons!6ter-~, results, t,L,,.j results 0--r
laborai.or:, te-ts du no!, Lri'_e c.i, icad
t e L;,L, Li. rf:1 ;Lti( rb b a na -
fric, ,ion.'tl ro_-.e. v, nom,al 1~)-.d, r,,l T~~
metprs, F
,
rubbin( speed ar- Three modes of L-st are
possible: (a) F varlal)ie, E and Tj cm3tan', (b
varlable Bind (cl U, wa, r 1 --t b IV-1se _1ve
~ndi:~(1'9' 11 ? V _".1il Vj&, w!nere V Is
-
PV""C
1
JU
ific
A
I
.
n-
'CV"- n.
In c,i- %-iar -1
spec
r
t
ie

. . I (cm, k-,,h) d 13
dex, r, ivec~, v - r "/ I
L f r 1,, t Ion. 3, pecl'ic. wear index -i',e 9
done a(,uin 9 1
'
-er.
into tcrou0 the coefflclenL of fri(~tion 01 rl-b
1
-r--C
SIn,,e /k va- if-:, 4. r if _', rent. rubbers, c-0
Card 1/4 tween t're indi,2e.; VM9 IFF[ 4.-_3 the speclfi,~ index v,

'Near -J'estin,-:- o-' Ibibber
3011/139-9q-10-5/10
will vary -For di"erent rubbers. This is illustr-~,ted
in Fi,, s. 1, 2 and 'd --.,!here the relative wear accordin,
to different indices is plotted a~ain3t filler contert
in the rubber saa~ple- Actual values for di-fflere-,- mio-
bers o' the indices VNU- v 1A III V are i,iven In Ta`jlf~ I .
I I
t ' nly under -17s~
The speci"ic wear Ind-x v 1 .5 calcu ~k eu 0
const,ant normal lo,:td rerimp. 2he 11'in,~Al columnn In the
table give relative v-Alues -for these InJices 'o-v rcm-
parlson --ith rel-itive values obtained on ~ICtLfal Ser*V!Ce
tests (Eiven in the last column). The indey VA, shows
best correlation ,,rith service or roa-i te-sts, an~! it is
suLLeste~ Vals Index -oul] be riiore updro,)ri~.,e
when testin, n--bber intonded for tyrrzs. This i~- '-) touLht
ouC, furtl-,-~r in 2i .4 .-Piere r-lAtl'le lflilre-i 05' ISLIY)r-
atory t~?sts are comp-l-ri, rel Jive ln.actu-~tll
roa(l ~~st6. '~dymbols 1, d ir- foFtests g.~ving an
Inlex 7 syn~)ols and ive "I ini symooi 7 :, Tor
index v-71' While irldi.ees V ~:Id #!-,tl should have bir:il-Lr
corvel~Ltion, -~rror-6 3,LrI 1,71,en -,r is t,-411cen as an in-
in a t e rubbin- Sur-
L 1.-O E cols':t
-ice 2', E 'ait I ni,3 0-~ tf-.3;.
i U varial)le little aC,-.~rition, but is
I t-ie conditions of -79:Lr
Card 2/4 of since i'- r-z!

I'Vear Testin,~ of 7hibber
throuch sicildln~,- dear tests cnd-:!r la-bor~ttory C0111,1ons
anI roid or serVice tests --alre differeri'- iqtensity, pa:'ti-
ci) 1 a r 1 y cA 8 r P, 1_ a r d,-I t, i in 1), - i, i re T~--4ble 2 comj)~Ares con~'%('t
pres8urp-, rubbirC speed ~Lnl terip-riture for -% Lyt--~ it -~O
I -'j
,cm/hr with 31" slip with conditions under .he G05T A2-)-.li7
("rove rame nt, Stajjd~jrd) List under coristant lo'-Ad coridl~lo-is
on a Gra33el test -iichine. The contact i)r(.,3jure In !Ai'-,
la')orutory t~-st !2 v,3ry ;m.,-n lower t`le tempera!-11~'~-
is much hi-her. The we-ir Index "1-,T, is not proportion.-I
to the normal lo,~~d N. Ho;!ever, tke, produ, V is pro!
tional to N and is a suill---L")1-1~ -iear index as I s be
or-oved on t-~3L3 iiLln IN -Prom 0.~~ to 12
I t j s s u g gesled that it -.-iould be more realistii 11~
conduct labor-atory tests it hlFln, contact pressures, but
to reduce the coefficient of friction by uiirC less ab-
rA~tve test surfices. Methods usinZ radioactive tr~tcers
Card 3/4 dould enable the intensity of laboru'l-ory Iests Lo be

Wear TestinE of Rubbe rs
Sul/13 q- 5 q-iu-5/ lc
brous-ht down to a level which would simlat,4 road tests
more exictly and still retain sensitivity of test.
There are 4 Fl,~iirps, ~ Tables and 25 ,References: 13
:1;riLlIsh, I 6oviet, 2 Frez-,ch ind '3Germun
A3,~O'IATION: Lt--iLiLLIL sliInnoy promysh-
le!inosti I 1nst1t-!-. Fozinovoy
promyshlermosti (Scientific-Research Inst1tate of the Tire
Indu9try and Scieyitific-RLzsearch'Institute of'the Rubber
Industry)
Card 4/4

Ct 4 a.,- E: r
C) I., n JI y r c
c c-,
e., r c
ri, n r ri jn

5/08 1,16 1 1 0(,01'024,/0~4
B 10 I/B 1 10
AUTHORS-, Ratner, S B , Kiitenik, C; S M t I ~ r~ iko v a
TITLi~: Frictional wear (abrasion) of rubber
P-~RIOLICAL; Referativnyy zhurnal Khimiya. no 2, 6 1 a b s t r a -~ t
24P432 (Tr 3-y 7ses. konferentsii po treniyu i iznusu v
mashinakh. v. 2 N1 i A N S SS R , 19 o 0 . ) ~. - I G' )
TEXT: Abrasion (A) of runber with sandpaper on the Grasseli machine
shows a considerable spread of values which is due to the bending o~ tne
specimen This spread can be eliminated by reducing tne aPecimen height
to 3 0 - 3 5 MM If A is caused by a metal network, it is not influenc~.-d
by the oilin8 of the friction contact Thig makes it to in.
vestlaate swelled rubbers For A th 1'eLe-c'rk
with sanapaper and wi
I - const P pc holds for- the intensitS I of wear PP is the spLcific
normal load, c a coefficient For sandpaper c-.1 wnich correspor,,,s to
,,1 Hence the influence of rubber
the Shalamakh equation; for network c >
hardness differs with different loac A satisfactory correlatior, exists
bet-been A with network and with steel disk The correlation oetween A
Card 112

5/0~ V 6 1
Frictional viear (abrasion) of ruroer B 10 1 //i31 1, C
with sandpaper ~nd A with the diolk is pourer The abs.olutt: -Nt----3r
correlates ,~jitn t1he I' riction coefficient of r-u!Duer :.Abstracter .: i
Complete tran3lationi i 1/1
Card 2/2

7 1 . . .
I I I , . . .
- - - '. :. ./ ~ . . . - . . . , I I

MELINIKOVA, N.A.; ONOP=ENKO, V.P.
Geology and conditions of development of the Devonian oil pool of
the Sultangulovskiy-Zaglyadine field. Trudy VNIGUI no.30:224-232
,61. (MIRA 14:9)
(Orenburg Province--Oil reservoir engineering)

1-BLINIKOVA, N.A.; PAKELMEV, A.S.
Geology and some enzracteristIcs --f ti~~-- simn-lta-ne -q de7r-l
of two pools of the Krasnoyarsk oil field in DrenhLrg 17'rov'ne-~.
Trudy IMIGNI no.34:100-.107 161. (,'~a RA 15 -. 7
(Orunbura Province-Petroleum -PoloU)

PANT=EV, A. S.; MELINIKOVA, N. A.; GILEVA, N. M.
Water-oil contact of carbonate reservoirs in the central part
of the Bol'shoy Kine'll swell. Geol. nefti i gaza 7 no.1:28-32
Ja 163. (MIRA 16:1)
1. Orenburgskays. kompleksnaya laboratoriya Vsesoyusnago nauchno-
isaledavatellskogo geologorazvedochnogo neftyanogo instituta.
(Bol'shoy Kinall Valley-Oil reservoir engineering)

A. z a -ion. of :~', ~,epli O-L,
Carbo'~ydra,~~ ", and .,Iasic -ood
7
Kazan L -
-c-Ilical Inst 2 T
S)
i r,.aza-,il _;_A e
2
rc t
~j - -:-

KAKHTOGIR, A.I., doktor maditsinskikh nauk; LJCVINTOVA, S-Ye, kandtd-at
maditainakikh nauk; SINWA. T.N.; MSL'NIKOVA, II.A.
Unconditioned secretion of the salivary glands in cases infectious
hepatitis (Botkin's disease). Vop.ok-h.mat. t det. 1 no.4:44-48
JI-Ag 156. (MLRA 9:9)
1. 1z otdela VyBshey nervnoy dayatellnosti (zav. - daystvitellny7
chlen AM SSSR prof. N.I.Krasnogorakriy) i kliniki starahego
vozrasta (konsul'tant - prof. A.B.Volovik) Gosudarstvennogo nauchno-
issledovatel'skogo pediatricheakogo Inatituta, (dir. - prof. A.L.
Libov) Leningrad.
(EXPATITIS. rilVICCTIOUS) (SAIIVARY GLANDS)

VOLKOVA. Te.K., KOSUMA. T.N..-KSLIRIKOVA, N.A., BMEGOVSKAYA. Z-G-
Problem of orgnnizing an effecti've diet- yop.pit. 17 na*5:M-8~
S-0 158 (KM 11:10)
1. Is kafedry giglyony pitaniya (zav. - dots. A.U. Tunusov) Kazanskogo
maditsinskogo inatitutao
(DIET, balanced diet arrangement (Rua))

YOUSUVA, A.N.; MELINIKOVA, N.A.; 13EREGOVSKAYA, Z.G.; ZAKDiOVA, M.I.;
SIL111A, AA.
Nutrition of children in presohool boarding establishaents in Kazan
and. suggestions for its improvement. Kaz. med. zhur. no-4:84-88 Jl-Ag
161. (MIRA 15:2)
1. Ufe.*dra gigiyeny pitaniya zav. - dotsent A.N.Yunusova) Kaz&nskogo
meditainskogo instituts, i goradskay sanopidstantaii (glavnyy vrach -
A.N.Krepysheva). (KAZAtl--OHILL)RE4--IlTJTAITIOII)

MELINIKOVAY N.A. (Moskva); POLETAYEVA, Ye.S. (Moskva)
I*thed for the simultaneous calculation of closed-loop electrical
netwoil