SCIENTIFIC ABSTRACT RUMYANTSEVA, A.N. - RUMYANTSEVA, N.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001446020020-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 22, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

363)63
S/O81/62/OOO/OO5/1o6/i12
B167/B101
AUTHORS: Kopylov, Ye. P., Yemellyanov, D. P., Lazaryants, E. G.
Rumyantseva, A. N., Tsaylingolld, V. L., Epshteyn, V. G.
TITLE: Peculiarities of vulcanizates based on methylvinylpyridinell
rubber hydrochlorides
PERIODICAL: Referativnyy zhurnal. Khimiya, no- 5, 1962, 644-6459
abstract 5P298 (Uch. zap. Yaroslavsk. tekhhol. in-ta, v. 619
1961, 157 162)
TEXT: A study of the co-polymers of butadiene and 2-methyl-5-vinylpyridine
in the ratio 85:15 (6161617-15A)(SKUP-15A) and also in combination with
'KC -T
.styrene in the ratio 85:5-25 ( -25-Mbt-5A)(SKS-25-MVP-5A) was made. The
crumbled vulcanized rubber was immersed:in HC1 solution (density 1.19) for
1, 2,4, 12, and 24 hrs, washed with water, and,dried'4-5 hrs at 55-6oOc.
-15A and SKS-25-MVP-5A,
A maximum of 4.3% and -1% of HCl combines with SKMVP
respectively, corresponding to one HCl molecule per methylvinylpyridine,
radical. Mixtures of these polymeisare,more tacky.and show less scorching
than mixtures of the original rubbers. On increasing the content of, com-.
bined HC1 the plasticity of the mixtures decreases, but that of.the black-
Card 1/~

S/081/62/000/005/106/112
.,Peculiarities of vulcanizates ... B167/B101
fillell materials based on the SKS-25-NIVP-5A salt remains unchanged. The
resistance towards ruptfire of the unfilled and the slightly filled vulcan-
izates increases with the amount of combined HC1, and reaches 234 kg/cm2.
with an unfilled SKIrLVP-15A vulcanizate.. The tear resistance of unfilled
vulcanizates increases with combined HC1 content, but their relative exten-
f7ion is little affected. The hardness and heat evolution of the vulcanizates
increases, their elasticity drops appreciably (SnIVP-15A) or slightly
,-S-25-,.'IVP-5A); the heat evolution of the latter vulcanizates does not
1;,.-.rease; higher combined HU content also increases the attrition resist-
ance of the black-filled vulcanizates, SKS-25-MVP-5A.in particular. The
added HC1 has no apparent effect on the frost resistance, and increases the
adhesive power to met-ils and the resistance to swelling in2gasoline and
berizene of SKINIVP-15A rubbers. [Abstracter's note: Complete translation
Card 2/2

GORS11KOVj N.P., nauclaWy sotr. KOLMMI, L.I., nauchnyy sotr.;
KOTIOVY G.G., nauchwy-ysotr.; KUZIMINA, V.I., nauchrWy sotr.;
RUE'Al-ITSEVA, A.Ve. nauchn.-Yy -otr.; ZLIETAp N.G., nauchnyy
-&&tF.-;-C~,EPK~O, I.V.,. naucbmyysotr.; POTAPOV, Kh.Ye.,
red.; OVCHEiVIKOV, N*G., red.; PONGUMVA, A.A.:, tekhn. 'red.
(Raising the level of the developrRnt of collective farm opera-
tion] Povyshenie urovnia razvitiia kolkhoznogo proizvodstva.
Voskva, Izd-vo ekon.,lit-ry,, 1961. ~236 p. WMA 15:2)
1. Moscow. VsesoyuzrVT~nauchno-issledovate1 skiy institut eko-
noniki sellskogo, khozyayst-va. 2. Vsesoyuznyy nauchno-issledova-
tellski-,', institut ekonomiki sellskogo khozyaystva (for Gorshk-ov,
K Kuzl
Nolychev, Kotov, Rumyantseva., Selina,,Cherepkovap mina).
(Farm management)

rp T A rr. s,
C !L I Tj
R, V.,
m7 sjjvnj-~TrH, L.
le- developments in the s! urly of the n~Almnl f'OCIIF 0 f t~3 T),11-Ile in the
nort'h-~ astern Onrnipr region." n., -910
C-: T
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SC, po LA i r.
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C!" (Tentu!~ Co~' i q ff(-') 7'm-c ow-Lcni-,x7ad)
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Antiplague Observation Station, Moscow

S/12o/62/000/003/032/048,
Z032/E114
AUTHORS: rigorlyev,"A.D., M�Ichaylov, Yu.G., Reynov, N.M.,
A. V. and Si-,Urnov , A. P*
TITLE: An apparatus for producing films by evaporation in
vacuo
Pi~~FZIODICAL: Pribory i teklinika eksperimenta, no-3, 1962, 133-135
TZ'XT: A description is given of a laboratory apparatus
(including a full sectional drawing) for the production of films
of metals and dielectrics. It can be used to.evaporate five
different materials and to obtain(in a single pumping cycle)multi-
layer systems consisting of films with ten different
The thickness of the
configurations in any desired sequence.
films is determined �n,situ from their resistance. Alundum
evaoorators heated directly by tungsten spirals are employed,
(maxi-num temperature 1700 *K, 160 W). The pumping speed (oil
diffusion pump) is 250 li-tres/sec and the working pressure 14
5 x 10-6 mm is. The targets arecooled by liqu:Ld nitrogen.. V/
There are 3 figures.
Card 1/2

.25180
3/056/61/040./006/2001/031
B102/k'4
AUTI-'.C)RS Kolch '~n, A. hl Mikhay-lov, Yl;, G, Reynov, N. M-
Rux-.ya-r:LEevrj.. A. V, Smirnov. A,. P Totubalin, V. U,
T 1T L: L.".
3 "M 6 f tho d ea r, vuc K ton a f sl;p,~ rconduc t i-v t t,; i r,
thir, tin ."Ams
PEP l0i)ICAL; Z'murnal o---.sperimentallnoy i teoreticheskoy fiziki, v,, 4C~.
1543 - 1550
X T . Tli:e of vracuca~ly applying sjoerconductisn eff;~-Ots
k-2f. Prc.,-- 1 R E 22"A --no- '395, "960) make it of intorc-st ~c,, -,he
d~-sLruction of thE sup.,?rzanductivlry t in metal fi'ms as caused by cur-
j h ~ u
this w.-rk was ~c e*,u--,-.d-E, tbe r~,-ulari 1e
t S of thQ
tion of by a field .)r a
d,-~~:jci~~oc- --a-.75 Eavern:Lng the relturr. of the f il-- to th~--
stat.-, Dn. of the field (cijrrc-nr,) in a larger temperattire interval,
The investigauon;F were iimitled tc films of thicknesues (1 6), 0 1
ur-dpr the action of current pulses of differer.T, shapes ararl lengthz: and cm,
te::iperatures near the crit--call one The reoul-s of the mr-asu-'e-MOrts
Card 1/5

j006/001- ()~f
3/056/61/040
f n v e s L L f) r.
boon pr,7,sent.~_-A -~-Irlier Lo the Spven-,h A'-,! Unl:~n T
Crature 1r; Finn;`kcr; (Junu, Tna rilirii
I ,0- fig th(~ ~ip,
),,aranee ~1~, 2,01k~h j
Sallpie with t!,:u current and conta,:,,:z,. The. backing was giltv3s or,
L
m-L-cal ch-eri--rally purifipa%nd heated in vasuc, The film thicknes2 ~, I su, e -
_2~
,er:la,ned by vie ighi rg; the br,~_,,dtns of -,he films o,,.ere 0- A) 0. j m.T, . T t~ to
resistan~2es of the films amounted to .30 ~50 o"Ims at roorr,
rect curr(.n t. e-xn-rim,~nts -~,,cre donc, wi tl-l a Po tentiome zer c _,rcui z wi th
galvanometer t~r riieochord with. a-uTomantic reccrdinc Ot Cur--ent and vo t at:~
by record4ng potentiometers of th" type
s )FID -0914 (EPP - 09M) and
E ? P - 1 1,1 T~,e transiticn :,I' the Sample tb (from) the superconducting
state was by an oscillographic. apparatus (u3e of an oscillo-.
graph of the type)HO-1 (&T0-11) which allows to observe and Tihotograph,the
volt-ampere characteristics. Generators of' the types r~j(-2 (GIS-2) and
ilki-1,iM (GI-31,-) aere usod to stud,,., ~he destruction of superconductivity
by
Dulsed current (duration of the Dulse 0.1 - 10 sez); The current and volt-
ap-*e were re-orded simultaneously a double-ray cscilloscape of -the type
0
(i),-SO-!). In direct curren-~ oporation at 4..2 K, films of resistancc
of 6 ohms and resistivity 04 1pohm/cm were investigated.
Card 215

25180
3/056/61/()40/006/001/051
Investigation of B102/B214
The critical temperature of these films -for a measuring current of 40 ita
lay between 3.75 and 3.850K, and was therefore higher,thar for massive tin.
The experiments showed that with increasing current the resistance increased,
ver~slowly, and for currents over 10 ma more rapidly.. The tran-sition
'-of the sample from the superconducting to the normal stat,~ on increasine
current was investigated by taking measurements with'triangular puisc-s.. Tile
influence of thermal effects on the transition could also be studied in this
way. It was found that the sample was heated even by a rise and fall,in the
pulse of 0,1 ~~sec each. This, heating is attributed to the appearance of a.
hysteresis on transition from normal to the superconducting stalte, F 8
shows a volt - ampere characteristic (pulse growth 0.5 !)sec, fall 0.1-sec,
Sequence 50 cps, I ma), Further measurements were made by rectan-
gular pulses of O.Ta.x- 10(,see (front 0,05 - 0,.15 '~Sec), Fig,.10 shows an
.Oscillograi:i of' tbe transitions of a sample from the superconducting to tilt-
normal state for ft pulse length.of 2 ti.sec (u,pper curve: current, lower:
Voltlipe). The following results were obtained from the studies: The.
--ularities found hold for films of such thicknesses for which the current
r
e.
destroying the superconductivity depends only slightly on the thickness,
Card 3/5

25VIO
S/056/61/040/006/001/031~
~Investigation of B102/B214
For thinner samples, other regularities are to be expected. Under the action
of very short pulses the transition is, greatly affected by Joulean heat and
lieat caused by Foucault currents. Besides the hysteresis of thermal effects
on transition from the normal state to the superconducting state, there is
also, observed a hysteresis which is attributed to the existence of super^-on-.
ducting domains in the normal'phase. The duration of the spontaneous transi-
tion to the superconducting state is considerably smaller than that of.the.
destruction of the intermediate state arising when the superconducting state
i's destrcyed by current. The durationof transition from the superconducting
to the normal state depends on the amplitude ofithe current in,th� pulse.,
For sufficiently large amplitudes. the transition time is, /5.10- sec-~ A.
A. Galkin is mentioned- There are 12 figures and 10 references: 4 Soviet-
blole and 6 non-Soviet-bloc. The most important references to English-lan-
guage publications read as follows! J. W. Bremer, V. L. Newhouse.Phys-Rev.
116,, 509, 1959 and Phys.Rev, Lett. 1, 282, 1958; C. R. Smallman et al. Proc.
IRE. 48, 1562, 1960.
ASSOCIATION: Leningradskiy fiziko-tekhnicheskiy institut Akademii'nauk SSSR
(Leningrad Institute of Physics and Technology of the Academy
~Card 4/5 of Sciences,.USSR)

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DUBOVIK. V.I?., st. prepodav.; Mk-IIN, A.U.- kand. geol.-miner. j
nauk, dot3.; OTTO) p.j.1jaUffAUjZE-;V A.Ya.,, kando,geogro
nauk, ispolnyayushchiy obyamumuoui ,uwj*j SburMN2 I.A.)
st. inzh.; MOSKALEV, A.F.; KOLEWIIKOV, B.P., prof., doktor
biol. nauk, rektor; OKOROKOV, V.I.: kand. biol. nauk,, dots.;
KLIMENKO, R.A.; STARIKOVA, L.A., assistlwent7 SHUMEDVA,
V.Ya., asnlstent; MAKSTMOVA, Ya.A, dots.;,KIRIN, F.Yp,.
kand. geogr. naulk, dotn.~~',~.U'ZNFETSOVA, A.V., red.)-mATVEykv,I
red.) Mil".0ZOV, V.K., rt~d.*, RUTKOWSlUY, I.M.., red.;
TYAUMLINIKOV, Ye.14... red,
r1lature of Chelyabinsk Province] Priroda Chaliabinakoi ob-
L
laoti. Gbeliabhiokr IUz-hinc-Urallakoe lzmzhme izd-vo,, 1964.
241 (MIRA 18:7)
1. Kafedra geografti Chelyabinskogo pedagogicheskogo in-
stituta (for Diabovik, Mamin, Runyantseva, Kirin). 2. Nachall-
nik geol-agicheskogo otdela Chelyabinskogo geologorazvedoch-
nogo tresta (for Otto). 3. Chelyabinskaya gidrologicheskaya
ntantsiya (for Seregin). 4. Nachallnik pochvennoy partiIi
Chelyabinskay zemleustroitellnoy ekspeditsii (for moskalev).
5. Institut biolr.,gii Urallskogo filiala AN SSSR (for Kolesnikov).
t. Kafedra zooligii Chelyabinskego pedagogicheskogo J-stituta
(for Okorokov, Starikova2 Shumilova). 7. Chelyabinskiy rybnyy
4 mehkc.).
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ARr,035222 (A, IV) SOURCE CODE: UR/0081 /66 /000/016 /P029/PO29
AUTHOR!. Gryazev, N. N.; Kuptsova, N. I.; Rakhlevskaya, M. N. Rumyantseva, i
G. A.
TITLE: Determination of paraffin hydrocarbons in TS-1 jet fuel
SOURCE: Ref. zh. Khimiya, Part II, Abs. 16P254
REF SOURCE: Sb. Issled. protsessov adsorb,ts. i katalitich. ochistki
nefteproduktov v prisutstvii porict.'tel, no. 1, Saratov Saratovsk. un-t, 196.519 3-5
TOPIC TAGS:
parlaffin~, hydrocarbon paraffin, nonane, refractive index, jet
fuel/TS-1 jet fuel.
ABSTRACT: Paraffin hydrocarbons were separated from TS-1 fuel with the aid
of carbamide; they were then subjected to distillation on a fractionating column
with 25 theoretical plates,' and the separated narrow fractions were. classified
according to density and refractive index. The presence of n-nonane and of
2- and 3 -m ethyl nonanes in the TS- I fuel sample was assum ed. The quantitative
content of paraffins of normal structure in the TS-1 fuel; which proved to be about
Card 1 2

S/073/63/029/001/006/CKJ9
A057/A126
.AUTHORS: Ruriyantseva, G.V., Valov, A. I.I.
TITLE: Electromotive forces and electrode potentials in flux-fusions
PEMIODICAL: Ukrainskiy khimicheskiy zhurnal, v. 29, no. 1i 1963, 35 38
TEXT: Electrode potentials of Zn, Sn. and Fe dissolved in ZnC12 211AC1,
fusions were measured at temperatur s of from 450.to 600'C and the emf of.galvan-
ic cells Fe/flux-fusion/Sn determined at 320'C in dependence on the composition
of the flux-fusion. Decomposition potentials of pure fused Zn., Sn, and Fe chlo-
ride were calculated from thermodynamic literature data in dependence on tempera_,~
ture.. The sequence of the metals changes in the temperature interval 578
1,373*K. UP 'to 1,150*K the sequence is Zn, Sn, Fe, while at 1,150'K and above
the sequence is Zn, Fe, Sn. The present investigations are of interest for,elec-,
trolytic tin-plating of sheet iron which method is sometimes more suitable than
the common hot method. The potential measurements were carried out with a sodiun/
/tin glass-electrode as,reference.electrode in,.inert gas atmosphere. The emf was
measured by means of an YMO 2 (MP02) oscillograph. The'following observations.
Card,1/2

S/073/63/029/001/006/009
Electromotive forces and electrode potentials in .... A057/A126
were made raith the cell Na-Sn/glass/ZnCl 2NaCl-MeClX/Me, where Mecix stands
for FeCl2/r-e(+), Sncl2/sn(+), or Zn%/Zn~+): 'The electrode potentials of iron
and tin are equal (1.77 v) at 450'C, The potential of the latter is . m.ore influ-
enced by the temperature. Thus the potential of tin at 470'C and above becomes
more negative than the potential of iron. Measurements of the emf in 6 different,
cells with varying flux-fusion composition are in good agreement with data calcu-
lated from the potentials of the pure fused chlorides for the sequence Zn, Sn, Fb.
The sign of the electrodes and the change of the emf depend an the
composition of
the flux-fusion, apparently due to complex-formation. There are 2 figures and 1
table.
ASSOCIATION: Tsentrallnyy nauchno-issledovateltskiy institut chernoy metallurgii
(Central Scientific Research Institute of Ferrous Metallurgy)
SLOMITTED: September 30, 1960
Card 2/2

__1)/_E_'WPW/5IIITW Y/ A (ty/itc(
.1-PF(t EW~
t !~Q-65 EWG(J)/EWT(
Ewp(b)/EWA(c) Pr-4/Ps-4 IRW
ACCESSInN NR: AP5oo8467 S/0070/65/010/002/023040236
AUTHOR: Anikin, I. N.; Naumova, I. I.; Rumyantseva, G. V.
rutile,
TITLE: Solubility of titanium dioxide in f d' &1t and, M7BtaIliZAtiOn.W.~
7L;IF-22 --t -2-,
a,.v4,-, _~36`
l9
0URCE.f:-KristallograAy
TOPIC TAGS! rutile, titanium dioxide,;- single~crystal-giowth, flaked: meit,:.~
cryitglizat oh,_hydr
nation, titanium dioxide solubility, fused.sait vapor phase
I~hermhl crystallization
BS melts.~':from ~th 01~
TRACT: Crystallization' of_ruti-le~
above meltspby chemical transport-reaction, and~under hydrothermal conditions has
6en studied. The purpoge of the study was to devAlop &-technique better than the
ing2e crysto
Yerneuil method of growing rutile a 11grwhich, in recent years, has
tracted widespread attention. Preliminary determfnations of TIO solubility In var-:...i
lous inorganic fluxes indicated that sodium tetraborate with 5-9% lithium fluoride
addition was the optimum solvent (flux) for TiO2. Subsequent experiments with grow-
ing T102 single crystals from molten sodium tetraborate, with or without LiF addi-
tion, made it possible to determine the optimum temperature and cooling rate. Spon-
taneous or oriented ('seed) Metalliza' on of T102 was observed visually using a
1/3

i f
3554,:~~6
ACCESSION NRI AP 6f
inicroscopic system previously describeda The largest and most isometric. transpiir-~-,,'-~!~
ent rutile crystals were,grown from Na2B407-LiF-TIO2 melts-cooled from 1200 to
bOOC at a rate of 0. 5-e-1, degree/hour. ' Transparent, isometric, rutile Metals were
also grown from the vapor phase above the T102 melt in fluorides, whereby titanium
d into the vapor phase as TiF4 and the latter is decomposed by Vater Awl
k: 6arrie vapor I
t102 ci7stal and HF gas. The optimum composition of the melt and.temperature were
a rutile boule grown by Verneuil techniquet'!
given, Rutile crystals were deposited on
The growth process was unoontrollable because of its very high velocity rate, Crys
tallization of rutile was also achieved by chemical transport of amorphous or crys.
T102 + Wel + TLC14 9
,,._~,i,talline TiO in an HC1 stream following the reaction as + 24Z0 - 7t4%
WiO2 cryst;i + 4HC1 gas. Light-yellow rutile crystale'vere grown-in-horizoataj~,'I_
-with separate heater for hot and cold zones at a temperature above!-
quartz tubes a
ile light-blue rutile cryst
900C. Anatase crystals formed below 900C. Vh ale forced a
ove 1000-1050C. Hydrothermal crystallization of rutile was complete from solutions
6f amorphous T102 in chlorides, tetraborates, potassium fl4orldol and buffer 99lu-
ions of these salts, -Under optimum conditibna (temperature over 5500grenpre 900-
000 atmIj transparent colorless or slightly yellow rutile Mate
_aa q I MQ lang)
.01 . ta
rere grown% Oriented crystallization on rutile seeds was obtained In 4quequq pq -ov
I lium chloride.or potassium fluoride. Advalatages' of qrystalliAption from tho yapor
_7~
Lcard 2 3'!IIII'-!:r_--

=_MM -L. ii
Z.-L-
'g
L 35
ase:-Vere.-ou linedi 7!hid--.AechU44 a ~,,preii eCat,'-_the_""z" s r
i*olfigi,
o f't' 0"iL'
~r qr7-o?c3.ae
-any, efrac
Pure-.-ad7a Ffr-
als e-,use -.as:feed for. stdiliziti-Ofi
~aUng seed material aziA' t tb
the vapor phase. Hydrotherm rystallization deems. to be the least--~promising -tech-t:.---
~ique for many reasone. Orig, art, hast 8 figures, I table, and 2 equations. (JK]
ASSOCIATION) Voesoruz*T nauchno-1991, in-4 sinteza mineraltnogo syrIya All-Union
,jentific- isel. in-%t of the Gyn~hesie of Mineral Raw Materials)
Oc
ENCL r 00- SUB CODE., SS
7
-P
ATD, REW i,` 3 2
009 ~V
wa.
7
7,! ,
q 'g;~:
_64_ 3/3

POKROVSKIT, A.A., starshiy napchnyy sotrudnik; ZVORTKIN, B.S.; KUZZIMIN,
A.P.; RUKTAIIISBV, I.M.; T=ITIYZV, M.K.; Sff.AK104ATZV, II.Mg;
red.; =ATUAVA, F.Kh., tekhn.red.; KOR-
nYBYAg Vol.9 takhn.red,
(Demonstrative experiments on heat and molecular physical De-
monstratsionnye opyty po molokuliarnoi fizike i toplote; posobie
dlia uchitelei. Pad red. A IA.Ppkrovskogo. Moskva, Goa.uchabno-
pedagog.izd-vo N-va proav.RSFSR, 1960. 169 p. (MIRA 13:5),
(Molecules) (Hoot)

D YACHKOY, A,I., red.-. LUBOVSKIY, V.I., red.;'Y~MYANTSNVA, I,P., red.;
LAUT, Y.G., takhn.red.
[Transactions of the Second Session on Defectology. Moscow,
1958] Trudy Vtoroi nauchnoi seseii po defektologii. Pod red.
A.I.Diiachkova i T.I.Lubovskogo. ~Koskva, Izd-vo Akad.pedagog.
nallk RSFSR, 1959. '211 P. OURA 13:7)
1. Vtoraya.nauch-ays sessiya po defektologii. Koscow, 1958.
2. Institut defektologii Akademii pedagogichaskikh nauk RSFSR
(for Dlyachkov).
(Handicapped children),
(Children, Abnormal and backward)

MIMINSKAYA,.R.M.; FMINA, D.D.; DROMSHKO, A.I.; SHULICHEITKO, A.If;
ROMA&qXO, Yu.V.; ZLATOFOLISK&YA, R.D.; BERGOLITSEVA.. L.A.,; VMZUBI
L.G.; M-YKINA,.T.N.'- TDM'YAI-TOVA, 0.1 ;,GIFZBIJRG, L.Ta.; GOLODYUK,
L.P.; RUMTANPSETA, I:V.;,VYCHEGZHANIII, !.G.; GOLIDMMERG, R.A
Data on the study of the epidemiological effectiveness of vaccination
agains influenza in Kharkov in Octover 1957. Yop.virus. 4 no.4:407-
4n ji-Ag '59. (MIRA 12:12)
1. KharIkovskiy Institut vaktsin i syvorotok imeni I.I. Mechnikova.
(INYLUMA, prevention control)

- --------- --- ------
GRES -NIEL' MAN, B.Ye.;-BN1A.YA, O.Sa;. YMIEL'YA* NOVA, O.I.;-VEL1v6vsKAYA, R.I.;;-'
RUWAIMSEVA, I.V.; VNYTSMLN R.Ye.; OUYNIKOVA, Ye.A.; GBXWrfAVSK&YA,
)C.L.; VOLINA, L.Ye.; VAMIAVITSKAU, S.M.
Investigation of the role of serological types of the coli bacillus
in the etiology of acute intestinal diseases of ;roung children. Pediatriia
37 no.5:10-16 MY '59. (mm 12.. 8)
1. Iz Kharikovskogo nanchno-issledowitellskogo, instituta vaktain i
syvorotok imeni Mechnikova (dir. - kand. biolog. nauk G.P..Ghe~k").
Xharlkovskogo nauchno-issledovatellskogo institute, okhrany.mterinstva
i detstva (dir. - kand. med. nauk A. 1. Kornilova) i 21-y detskoy in-
-rektsionnoy bolinitay Qlavnyy vrach I.M. Chervontsev).
WrMITIS, in inf. & child
E. coli, etiol. role of different rerotypes (Rus))
(F.SCHKRICHTA GOLI, inf ect.
enteritis in Inf., etiol. role of different serotypes Obig))

GERASKIU) V.N.; BOLDINA, G.A.; RUMYANTSEVA, K.D., inzh.
Fxperience ir the operat-'--,n of high-capacity small. Chl"Iff-4%
combing machines. Tekst. prom. 25 no.5:30-32 My 165.
(HIPA 18:5)
1. Glavnyy inzh. kombinata "Erasnyy.mayak" (forGeraskin).
2. 3tarsidy inzh. prynd-211nogo otdela Leningradakogo nauchno-
issledovatellskogo instituta tekstillnoy promyshlennosti (for
Boldina). 3. Laboratorlya kombinata "Krasnyy mayak" (for
Rumyantseva).
q

ACCESSION NR: AT3013142 S/3018/63/000/000/0475/0481
AVMOR: Bronovitskayap Z. G,; RuMantseva, L.
TITLE,# Glueosamine deamination in brain sections under hyper6xia
SOURCE: Tretlya Vneso7uznaya konferentalya po b1olihimli ne-v-07
sistemy*, Sbornik dokladove Yerevan,, 1961, 475-481
TOPIC TAGS: glucosamine, glucosamine deaminationp brain cortex,,
hyperoxiao brain cortex respiration intensityr free amonia,, glucose,
glutamic acid
ABSTRACT: In the first of 2 series of experiments respiration inten-.
sity and ammonia formation in brain cortex sections of rats were
determined under the following conditions: with no substrate added,
with glucose addedp with glucosamine added. In the second series
deamination of glucosamine was investigated in brain cortex-sections
of rats incubated in a pressure chamber at 6 atm pure oxygen pressure-
at 370C for 1 hr. Brain sections incubated in air. served as a
control. Animals were decapitated., brains removed.. and brain sections
prepared* Before the brain sections were incubated,, their containers
were saturated with oxygen for 5 min, Oxygen consumption of brain
Card 1&.

ACCESSION NR: AT3013142
sections was recorded every 20 min during the first hour of incubation.
and at the and of the second hour, Brain sections were fixated with
cooled trichloroacetic acid after incubation and made into extracts,
Ammonia was diffused for 20 hrs by Seligson's method.* dyed with
Nesslerts reagentv and measured with a TEK-11 colorimeter. In separ-
ate experiments glucosamins and glutamic acid were determined by
electrophbresis, Findings show that respiration intensity of brain
cortex sections increases with addition of glucosamine the same as
with the addition of an equimolecular quantity of glucose, Glucose
sharply reduces accumulation of free ammonia in the brain sections
and increases glutamie acid level. Free a=nonia level rises with
glueosamine deamination., which increases sharply with incubation of
brain sections at 6 atm pure oxygen pressure, Glucosamine synthesis
in the brain.is inhibited by hyperoxis. and its deamination is
activatedo Orig. art. has: 3 figures# 1 table*
ASSOCIATION: Kafedra blokhimii Rostovskogo, r,~D:gosuniversiteta
(Biochemistry Department of Rostov-on-Don State University)
SUBMITTED: 00 DATE ACq: 28OGt63 ENCL: 00
Crd2/2 SUB CODES AM NO REPISOV: 005 01m: 014

1,
7", ,,4-re ze nye plrDzhqn~Lla i,
zvc- !,,i sluzin-h-, rremeni ma
~Vl al-:~.rdia rauk SS-`~.
no. 2.
n
t t ht, a k oy a C, V,-) S, ft frir

69850
0 SOV/35-59-9-6932
Translation from: Referativnyy zhurnal, Astronomiya I Geodeziya, 1959, Nr 9,p 9 (USSR)
AUTHORS: Proskurin, V.F.' Rumyantseva, L.I.
TITLE: Temporary Captures in the Three-Body Problem
PERIODTCAL: Dyul. In-ta Teor. Astron. AS USSR, 1959, Vol 7, Nr 4, pp 287 292
(Engl. _r_6`sum6j-_
ABSTRACT: According to the studies of Shazi, a capture in the three-body problem
is impossibleln the case when one body moves around another along the
ellipse, and the third one approaches it at a hyperbolic speed. How-
ever, the impossibility of capture in an infinite time interval does
not exclude the possibility of capture in a limited but sufficiently
large time interval. The possibility of such a temporary capture is
proved by.the example cited by the authors. The motion of the body of
the zero mass was studied in the gravitational field of the Sun and
Jupiter and the plane of the orbit of Jupiter. ~At the initial moment,
the body is found In a.close,rapprochement,,to Jupiter 0.15) and
has a parabolic speed in relationto the Sun. In progressing motion the
Card 1/2 osculating orbit was found to be a hyperbola. Nineteen days after it

69850
t/.2 0 SOV/35-59-9-6932
Translation from: Referativnyy zhurnal, Astronomiya i Geadeziya, 1959, Nr 9, p 9 (USSR)
.AUTHORS:, 'Proskurin, V.F., Ruarfantseva, L.I.
TITLE:. Temporary Captures in the.Three-Body Problem
,PERIODICAL- Dyul. In-ta Teor. Astron. AS USSR, 1959, Vol 7, Nr 4, pp 287 292
(Engl.
ABSTRACT: According to the studies.of Shazi, a capture in the three-body problem
Is impossible in the case when one body moves around another along the
ellipse, and the third one approachesif. at a hyperbolic speed. How-
ever, the impo..sibility of capture inlan infinite time interval does
not exclude the possibility of capture in alimited but sufficiently
large time interval. The possibility of such a.t.emporary capture is
proved by the example cited by the authors. The motion of the body of
the zero mass was studied in the gravitational field of the Sun and
Jupiter and the plane of the orbit of Jupiter. At the initial moment,
the body is found in a close rapprochement to Jupiter 0.15) and
has a parabolic.speed in relation to the Sun. In progressing motion the
Card 1/2, osculating orbit was found to be a hyperbola_ Nineteen days after It

69850
Temporary Capture.3 In the Viree -Body Problem SOV/35-59-9-6932
started moving, its eccentricity amounted to 1.152 and its semi-a-xis to 13.1 A.U.
'In baclo-tard motion the orbit becomes elliptical. The integration for 97 years has
been completed. At the end of this time interval, the big semi-axis and the
eccentricity do not essentially vary, the motion remains elliptical with the,
eccentricity being 0.96 and the semi-axis 72.4 A.U. The ellipticity of the motion
is maintained until the next close rapprochement, which will.take place in 26,000 years.
The problem being examined is related to the theory of the evolution of the orbits of
comets.
S.G. Makover
Card 2/2

VDOVENKO,, V.M.; BW1011, I.I.; BOBROVA, V.N.; GAVRILENKO, I.S.; IVANOV, A.L.
SOLOVIYEV,.A.L.; RMANTSEVA, L.N.
Possibility of appl ying,3-(3,4-dihydroxyphenyl)alanine (EOPHA)
as a mediator introducing radioisotopes Into melanoma. Dokl.,
AN SSSR 164 no.1:95-98 S 165. (MIRA 18:9)
1. Fadiyevyy institut im. V.G. Kh1opina i Voyenno-meditsinskaya
akademiya im. S.M. Kirova. 2. Chlen-korr,espondent AN SSSR. (for
Vdovcnko).

BLINOV, V.A., nauchnyy sotrudnik~ kand.tokhn.nauki R%IYANTSEVA, L.P..
-k;- ShVELEVA,
nau,~-Yy, notrudnik; ANISHOJIUK, Yo.N. , nnucrinY7 sottudnl
L.S., inzh.; GORBACPEIIKOVA,~ A.V., inzh.:
Eaulsion dyeing of cotton and blended cotton-lavsan goods with
the leuco esters of vat dye,s. Tekst.prom. 25 no.2:65-67 F 165.
(MIRA 18:4)
Nauchno-issiedovatell.skiy institut organicheskikh.poluproduktov
i krasiteley (for Blinov, RunWantseva, Anishchuk). 2. Kombinat
"Trekhgornaya manufaktura" imeni Dzerzhinskogo (for Shmeleva,
Gorbachenkova).

F

Rul.111YArfrSEVA, M.F.
Rela~tiomshj.p between ti_e active ar.--dity F, H Iof gastric content
anct the type of focd. Vop. pLt. 21 nr,-.,;.20.-26 F-0 162.
T
- 1-1 ~ 5)
"aborat,crl-i fizicalogii 4. patologil pishc:hevareniya v
~z (za
do~,Lcr ined. nauk V.L. Gubarl) otdela lachebnogo pltaniya In5 U tt~ta
pil-Anlya Atli SSSHP Moskva.

L Ic

AdC NR: AP5028257~,-'J, fX

0 0
A

0 0

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'

J, Diagram of deVice
f of
f zone' re iningo tr a-
or

r s no:
phenyU4~6 o ila
,
a tube iwitW substance for
.
zone r e
f in in&;

to motor
vi b:,-.cooler-
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c heat or

-2/3
IC rd
-7

,I L4
ELRYUSHEY, K.G., dotsent; RUMTARTSSVAt-M.V.,.kand.med.nauk; KARAGODINA,
I-L.-, nauchnyy sotrudnik
Effect of noise and exhaust gases generated by city tftffic on the
bygienic conditions of hospital,grounds and buildings [with summary
in linglishl. Gig. i son. 22 no-5:9-16 My 157. (MIRA 10:10)
1. Iz kaf.edry kommunal.' noy gigiyeny, TSentrallnogo instituta usover-
shenstvovaniya vrachey i Moskovskogo nauchno-issladovatellskogo
insti uta sanitarii i gigiyeny imeni Brismana.
(HOSPITALS,
off. of city noise & exhaust gases (Rus))
(110ISR, effects,
on hoop. in cities (Rus))
(CASBS, effects,
exhount gooeo on hoop. in cities. (Rua))

AIDP 2475
Subject USSR/Medicine
Card 1/1 Pub. 37 4/19
Author Rumyantseva, M. V., Kand. of Med. Sc,i.
Title Sanitary and hygienic evaluation of the fields of
underground filtration
Periodical: Gig. i san., 7, 11-16, Jl 1955
Abstract This work was made under the supervision of Prof.
A. N. Sysin,~Mem.,.Acad. of'Med ' Sci., USSR. A
suburban resort~in the Moscow Province which has no
sewage system was examined Individual installations
for drainage of waste waters are discussed from the
sanitation point of view. Diagrs. 2 refs..(1950, 1951).
Institution: Chair of,Municipal Hygiene Central.Institute for
Advanced Training of Physicians...
Submitted Oct. 28, 1954

-t~

N.A.; UIDALOV, l.p red.
r
ixacticas in r. Drtlge crops; from the
t i e Yilrlev-.Fol;:3kiy State Va~~ie---Y Testing Sta--
!I,.Il in I'ladimdr Province] Agrotekhnika rysokikh urozhaey;
iz cq~yta DrIev-Pollskogo gosuclar.-Averinogo sortoispytatelf-
ri 0C uchaptka Vladimirskoi oblasti. Vladimir, Verkhne-
V 1 z s k o e k n i zI jr- o 9z;v19 6 527 (I-IIPM 18:10)