SCIENTIFIC ABSTRACT SOROKINA, M.I. - SOROKINA, O.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652520001-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOROKINA9 ti.l. (Moskva, B-3lly I-aya- u1. Stroiteley-, 6, korp.6,9 kv.43)
Problem-of desmogenous and chrondrogenic. d1fferentiation of the
mesenchyma. Arkh arkit. gist i emlz-. 38~no. 6;.17-21 Je 160,
-(MIRA 13:12)
1, Laboratoriya tsitologii (zav. - chlen-korrespondent AN 5SSR
zas1uzhenW.dejatej' nauki prof. G,K. Khrushchov).Inati~uta
morfologii zhi-votnykh AN SSSR.
(CONNECTIVE TISSUE) (BLOOD VESSELS) (LYMPRATI~S)

SOROKINA, M.I.
Karyological characteristics of desmogenetic and chondrogenetic
mesenchymal differentiations in the Irocess of histogenesis.
Dokl. AN SSSR 135 no.4:975-977 160. (MIRA 13:11)
1. Institut morfologii zhivotnykh im. A.K.Severtsova Akademii
natik SSSR. Predstavleno, akademikom. A.H.Bakulsvym.
(Embryology) (Connective tissues)

SOROK.Il,:A,M.I-,CIIILII~Ct.~IRIDI, Ye.K.; KOZLOV, Yu.G.- GORBOVITSM, Ye.B.
Treataent of anute renal insufficiency by hemodialysis usin.ff
an ltartifil-ipl k1t"c-lt -prPrAbiq --P Sovipt nanufpr+-,--. Klin.
med. no.3:27-31 162. (MI-1,11 15:3)
1. Iz-otdeleniya "Iskusstvennaya Pochka" I tbskovskogo ordena
Tenina meditsinskogo instituta dir. - chlen.-korrespondent AMP
SSSR V.V. Kovanov, glav-nyv. vrach B.S. Bobovs nauchnyye rukovo.-
diteli - zasluzh-1myy deyatell nauk prof. VAT. Yelanskiy 1
prof. I.M. Epshteyr.).
(RENAL IIISUFFIGTEENCY) (KIDITEYS, ARTIFICIAL)

SOROKMA, M.I. (Moskvap V-311., 1-ya Stroitellnaya ul. 6j, korp#6,kv.43)
Characteristics of the structure of the mechani m of mitosis
in desmogenic and chondrogenic differentiations of mesenchyma,
in the process of histogenesis. Arkh. anat., gist. i embr.
42 no.6:36-43 Je 162. (141RA 15:6)
1. Laboratoriya tsitologii (zav. - chlen-korrespondent
All SSSR zasluzhennyy dayatell nauki prof. G.K. Khrushchov)
Instituta morfologii zldvotnykh imeni A.N.Swertsova AR
SSSR.
(KARYOKIIESIS) (COMIECTIVE TISSUES) (GARTIIAGE)

VERTEFOVA, V.N~., dots.; VOLIPYAN, Ye.L., ass.; ZR.IIKHOVSKIY)
I.Z.., ass.; RAVENSKIY, S.B.,, prepod.; SOIROKINA M I
prepod.; EPSHT-M!, I.M., prof., rad.; RRafft-W!t~
red.;
(Methodological instructions for.practical work in urology)
Metodiches-kie ukazaniia k prakticheskim zaniatiiam po uro-
logii.. Pod red. IJI.Epshteina. Moskva, 1963. 37 p.
(KERA 16:12)
1. Moscow. Pervyy meditsinskiy institut.
(UROLOGY-HANDBOOKS', MANUALS, ETC.)

SOROKINAJI M.I.
Mitochondria in the process of desmogenous and chondrogenous
differentiation of the miesenchyme. Arkh. anat., gist. i embr.
48 no.5:18-21 My 165. WIRA 19:1)
1. Laboratorlya taitologii (zav. - chlen-korreEpondent AN SSSR,
zasluzhennyy de3~it-e-ll nauki, prof. G.K. Khrushchov (deceased])
Instituta morfologil, zhivotnykh imeni A.N. Severteova AN SSSR,
Moskva. Submitted December 12, 1963.

SOWVIYEVA, N.K.; ILI INSKAYA, S.A.; TAYG, M.M., SAULIT3,TVA, AA; sOROXIM, N.A.
.--Imwwmwmwwb
Antibiotics from certain Actinomyce inc forming coremia. Antibiotiki,
4 no.2:40-45 Mr-Ap 159. (MIRA 12:7)
1. Ysesovuznyy nauchno-iseledovatel'skiy institut antibiotikov.
(ANTIBIOTICS
prod. from coremia-forming Actinomyces (Fbis))
(ACTINOMY"S, crulture
coremia-forming & autibiotic-prod. strains (Ras))

k KH TE V
A NBERG, D.,,. ; B, N
M
t6ris tics of the organigm producing the amiviral antibiotic
its isolation and properties. Ant-ibi-o'liki 9 no.7:i~:96-
vacc nocidin, I
602 JI 164. 16-3)
1. Vsesorjzn..ry nauchno-issledovalkellskiy institut antiblctikav, 1,1,o!3kva.

S/890/61/000/002,/007/007
A059/A126
AUTHOR: gineer
TITLE: The stability of oils in the operation of an automotive engine, and
the influence of additives on it
SOURCE: Moscow. Nauchno-issledovatellskiy institut avtomobil'nogo trans-
porta. Ekspluatatsionno-tekhnicheskiye svoystva i primeneniye av-
tomobiltnykh topliv, s'mazochny1kh materialov i spetszhidkostey. no.
2, 1961, 51 - 57
TEXT: This study of the resistance to oxidation of oils containing various
additives in a finely dispersed state performed in a device developed by NIIAT
is the continuation of the paper "Ekspluatatsionno-tekhnicheskiye svoystva ipri-
-meneniye avtomobillnykh topliv, smazochnykh materialov i spetszhidkostey" (Work-
ing and technical qualities and use of automobile fuels, lubricants, and Fpecial-
purpose liquids) published in this collection in 1959. By performing laboratory
tests on the oxidation of the oil samples AC-8 (Ds-8) either additive-free or
containing various additives [ BH1411, HH-360 (VNI1 NP-360, Ai-l (DF-1), rimc-19
(PMS-19), 1114ATMM-339 (TsIATIM-339), and a mixture of the non-Soviet additives
Card 1/2
j

S/890/61/000/002/007/OW
The stability of oils in the operation of an .... A059/A126
612 and 10601 with the apparatus of NIIAT, it has been established that the
highest-grade soviet additive is VNII NP-360. Tests performed on the oil DS-8,
additive-free and containing VNII NP-360 and DF-I, respectively, after having
been kept in the engine rA3-51 (GAZ-51) (containing no fine-mesh,filter) for
105 h by alternating "hot" and "cold".cycles have shown that the additive VNII.
NP-360 improves the stability of the basic oil by reducing the formation of oxi-
dative and condensation products by 27% ascompared to the other oils tested,
and also reduces the formation of acid oxidation products and sludge. This work
was carried out under the guidance of N,V, Drusyant5ev. There are 1 figures and"
2 tables. A
Card 2/2

8/081 62/000/018/039/059
B 180
YB
AUTHOR: Sorokina, N. A.
TITLE: Determination of the impurity content in used automobile
engine oils
PERIODICAL: eferativnyy zhurnal.. Khimiya,,no~ 18, 1962) 454P abstract
~SM214 (In collection; Ekepluat.-tekhn. svoystva i
primeneniye aviomob. topliv, lemazochn. materialov i
spetszhidkostey. no. 2. M., Avtotraneizdat, 1961, 62-68)
TEXT: Two methods have been worked out for determining the impurity
content, both overall and by components, in oils with*different additives$
used in automobile engines 'and other mechanisms. In the method which uses.
cryolite as the filtering agent, ~the overall impurity content of the,oil
can be determined and the concentration of the different components of
these impurities shown. In this case the mechanicla impurities are
determined together with the. carbenes and carboids.~)*since relatively high
tempera:ture calcination cannot be carried out with cryolite. This
Fethod is therefore recommended for analysis of oils containing no
Card.1/2
F

BftTJSYA N, , , kand. tekhn. nxituk; SOROKTi-~k , II.-, . tj-~2h.
j
of tea,frg, Ekspl~-Iekh. s-.c!E~ ~ E:7t. tor. smzz.
mat. i 'A-3.
(',,ffk-LA 1 , , -L
- -V

F,ORC)Klll.-'. . IN ~A, , irizh.
Deterr,ining -na admixture conzen"t in Olls usmd in
77,7, a
- -a L
engines. -,,k=r,' .-telchi- sVOIS- " Prir-- a' - or'- sm- -~ - - t' -
spetszhid. no.3:63-85 163. OeLTRA 17. 2.0)

NFUYMIN, G.G.~ SOROMNA, N.A.
Optical dispersing layers in the sea. Okeanologiia 4 no.1:51-54
164. (MIRA 17-4)
1. Chernomorskoye otdeleniye Mforskogo gidrofizicheskogo instituta
AN UkrSSR.

rj('.V . ~~ . ~j ~ ; '171 -' , N' .
f ' 1 1, .
N !'Y:*IN, GI~G.; 01r)RCKIN.a, N,"~; ', .
Some results of optical inve2tigemions in the northern part
of the Atlantic Ocear. Trudy Mor. gidrofiz, inst. AN UFS,%
29 -.64-7 5 164. (MTRA 17:7)

~rn Part of '-he Atlantic
Or. the Saventh voyage of the("ALIchpil Lom-onos r measurements
were mado of the 'L01-1o,,r-n,,-,, 1hydrooptical characteristics in the northern
p-art. o, t:-,e At.21.antic Oce-an: transparency Urdex of attenuation) of
ocean water (in 5 spectrall -p=-ts of the visible region of the spect-Z"=
and in I'Vditell ligh-t), under-water illumiin io. of a horizontal surface
C~ et n
by light propa-atin.r, do,.-murard and upward Un 4 spectral par's of the
1- IV
'visible region), and detei-mination of the deF~bh of visibility of a -vhiite
disk and water colo--, using a standard method. There is a map showing
the track of the vessel and the stations occupied for hydrooptical
measurc---en;ts. Detailed information, including diagrams and tables, is
given for these different types of investigations for the different
stations ,-:d parts of the Atlantic. The inforzatiom, is compared 'With
the. published by Clarke, Gall, Dmtley and others.
(Xos,tract: "Some Results of Optical investigations Ln the Northex-n
th ___qg&gI&Wu -A. No Paramonov
Part of ' e Atlantic". by Go G._Leuymin, N., A. - -6
and V. N. Paramonov and V. No Proshchin; Kiev, Gidrologicheskiye Issledo--;
vaniYa, 2962~,- PP- 64-75)

15
16(1),16(2)
AUTHOR: Sorokina IT.G. SOV/41-11-2-15/17
TITLE: on a Theorem of II.N.Bogolyubov
PERIODICAL: Ukrainskiy matematicheskiy zhurnal, 1959, Vol 11, Nr 2,
pp 220-222 (USSR)
ABSTRACT: The theorem on the plate proved by N.N.Bogolyubov in the theory
of dispersion relations is proved by the author in a plain
manner with-the aid of the results of Dyson.
There are 3 references, 1 of which is Soviet, 1 Italian, and
1 American.
SUBMITTED: December 4, 1958
Card 1/1

LOZINOVA, V.M.; ~ORQUU&,-44.
Requirements for the content of topographic maps in soil and geobotanical
' 0 - -
surveying for apricultural purposes. Trudy TSNIIGAIK no.161:67-79 163.
(MIRA 17:12)

SOROXINA, N.G.
Requirements for the content of topographical maps in foresti-y. Trud
TSNIIGAIK no.161-:80-84 163. (MIlRA 17;22~

K'JL)R'IAVT3LI1, N.T., POTAPOV, I.!.; SOROKINA N.G.
- -
Investjgat4ng the electrolytic depositJon of chrcmf=, Prom
I A I A.
solutions of its trivalent compounds. Zashch. met. 1 no.3-
304-307 My-Je 165. (MTRA 18-8)
1. Moskovskiy khimiko-tekhnologicbeskiy institut Aireni D.I.
Mendeleyeva.

k) 1~7
SOROKINA, N.I.
On some problems in the representation of populated places on
general geographic maps. Trudy TSNIIGAIK no.92:155-187 '53.
(M In 10: 12)
(Cartography)

..... ........
Ke Iam i ne
Condpnsation of melandne with formaldehyde and preparation of melamine-
I
formaldehyde resins and )lastics, Z-hux. prikl. khim 20 '10. 3, 1947
"onthly List of Russian Accessions, Library of Congress, June 1953, Uncl.

*-~- C. ;~- 0 i'%' ~ !~ , 'N . ~ N .
DOWOV, B.N.,-profsssor. I;SOROKINA, N.
'111---~~
Reaction capacity of aluminum chloride prepared by Radz1vanovskil's
method.-Nauch. biul. Lou. un. no.22:21-22 149. (N2A 10:4)
1i Kafedra organicheekoy khimii.
(Alnminum chloride)

SOIUKINAj N. 1. 1 -71 -A
USSR/Chemistry - Antiknock Fuels Mar 51
"Condensation of Benzene With Aliphatic Polyhalides Usine A1C13 Prepared According to
Eadzivanovskiyp"U B. N. Dolgov, N. 1. Sorokina.. A. S. CherkasoV2 Chair of Org Che%
Leningrad State
"Zhur Obahch Khim" Vol XXI,, No 3. pp 509-516
Condensed Melp (I), ioo-PrCl (II) isco-BuCl (III), and i--~l (IV) Vith C6H6 in
presence of AlC13 obtained by Radzivmwvakiy method. Yields of monoalkylbenzenes defLined
in above order. Condensation Of C6H6 with following yielded resp: withI up to 11.5%
penta- and hexamethylbenzenes; with II-W decreasing yields of di- and trialkyl-benzenes
as mol wt offradicals increased; with III and IV chiefly tert-Bu- and tert-AmC6H6
(linked with ismerization and splitting of 'so-c5HI2 side with jha'jn-1with-CHCj3
up to 38% Ph2cH3 and 3-4% Ph3CH3-

7
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-a5.,_1,4.1_4; j,4wj,2-1,4;- --1,4 Milo;

BLYAKEER, I.G.; SOROKINA, N.M.
Manufacture of red oxide by means of thermal decomposition
of pulverized iron sulfate. Lakokras.mat.i ikh prim. no.3:42-44
162. (MIRA 15:7)
(Iron oxides) (Iron sulfates)

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4 Prokof'cv- and N. N. Sm*ina VaMd- L4b. (Works'
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IijOROKPIA, N. N.
Cand. Geolog-Mineralog 3ci.
Dissertation: "Geological Structure and Petroleum-Gav,-Bvarlng Possibilities of the
Crimean Steppe." Moscow Order of the Labor Red Banner Petroleum List. imeni
Academician I. M. Gubkin. 10 Jun 47.
SO: Vechernyaya Moskva, Jun, 1947 (Project #17836)

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;

SOROKINA.,N. N.
Mbr., Sci. Res. Inst. qualitative'Steel & Iron Alloys, -1944-. Mbr. Central 3ei.' Res.
Inst. Ferrous Metals, -cl948-cl950-. "Spectral.Analypis of -Permalloys',* Zhur. 'Tekh. Fiz.
15, Nop. 4-5, 1945; "Spectral ~Jetermination if Small Amounts of Beron', Vanadium, Atanium
anc.' Alumimim in Steel.0 Iz.' Ak. Ikiuk SSR, Ser. jFiz'. 11, No. 3, 1947; "Spectral
Analysi- of Permalloy Float.' Zavod. lab., 14, No.99, 1948; "Spectrographic Investigation
of Calibrating Curves for Hard A1167s and Solutions." Iz. Ak. Hauk SSS11R, Ser. Fiz.,
14, No. 5, 1950

it Ott
,P 4111 q I 1 1-9-1 *Y_ .Lil
A.- (In R
N. N!e=kC. &k.
r 7a
habonitoriya (Factory LaborafAW;~), v. vi, Sept.
00 4r #i: 1048, It. IOUS-1100.
0, , 11 ~: Proposes Improved method for the above. with
emphasis on determination of Ni and Mo. DatA
are tabulated.
00
00
(n
kfIAL~O~WALLI
J
WAD n
U IS &V .0 1 tv It If 414 K Ii It It K
000 0
0 oil! Q
- - - I - . a A
--01

WA
OU a.. Lit
NI -Is v
X.
1
0 0 0 0 0: g
* 060 0,
o

17 F5
'USSR/Metals Spectrography SeP/(kt50
"SpectrograDhiC Investigation of Calibrating Curves
for Hard Alloys and Solutions,l' N. N. Sorokina, Cen
Sci Rea Inst for Ferrometallurgy
"Iz Ak Nauk SSSR, Ser Fiz" Vol XIV, No 5. pp 567-571
Prepn of standard alloys for calibration isidifficult..
Substitution of alloys by soln simplifies problem.
Substitution is possible because calibrating curves f=,
alloys and soln are found to be parallel, either coin-
ciding or having parallel shift.
172T50

I

SOROKINA, N.N.; FREGER,-D.P., tekhn.red.
I -a: ~
[Curtailing the number of standnrds for spectrum analysis]
Sokrashchenie kolichestva etalonov pri provedenii spektrallnogo
analiza. Leningrad, 1955. 16 p. (Lening"radakii dom nauchno-
tekhnicheskai propagandy. Informatsionno-tekhaicheakii listok,
no.6(6?4)) I (MIRA 10:12)
- (Spectrum analysis)

S10611611000102010361089
B117/3147
AUTHORS: Buyanov, N. V., Razumova, G. P,, Sorokin"--R., Yakovlev,
P. Ya.
TITLE: Spectrochemical method of determining small impurities in
metallievi. chromium
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 20, 1961, 124, 0stract
20D146 (Sb. tr. Tsentr. n.-i. in-t chernoy metallurgii, no. 19,
1960, 65 - 71)
TEXT: In the analysis of metallical chromium, the chemical concentration
of impurities (Cd, Sb, Bi, Pb, Sn) is conducted by treating acid hydrogen
sulfide solutions with the use of copper as a collector. For producing
standards, 3 g of pure metallic chromium is mixed in a quartz glass with
the determinable elements and 30 - 40 milliliters of HC1, and heated until
dissolution. The resulting solutions are concentrated by evaporation.
Then, 20 milliliters of 50% citric acid solution, 5 milliliters of HC1, and
3 milliliters of CuNO 3 solution (10 mg/milliliter) are added. The solution
Card 1/3

SIOB11611000102010361089
Spectrochemical method of determining... B117/B147
is adjusted to pH = 2 - 3 by means of NH4OR, and filled up with 180
milliliters of water. H S is passed through for 20 min at a rate of 80-100
2
bubbles a minute. After I hr, the precipitates are filtered, washed with
a solution containing H2S and CH3COONa, dried, ashed, and calcinated at
6000c; thereafter, the standards are ready for use. Samples are treated
similarly but without adding solutions of elements. The resulting
concentrate weighing -50 mg is mixed with carbon powder (1:1), and intro-
duced in the fopenifig of a carbon electrode (3.4 mm diameter and 9 mm
depth). The electrode diameter is reduced to 2 mm. near the opening. The
spectrum is excited in an a-c arc at 12 at and photographed (30 see) on a
medium-sized McTr-22 (ISP-22) spectrograph with a 0.01 slit and an electrode
spacing of 1.2 mm. Curves of evaporation of substances from the electrode
were studied. Analysis is performed by the method of photometric inter-
polation with respect to the lines (in 1): Pb 2614 - Cu 2630, Bi 3067 - Cu
3088, Sb 2598 - Cu 2630, Sn 2429 - Cu 2441, and Cd 2288 - Cu 2276. The
1.1 4-1
calibration curves are straight for the concentration range of O_ 10
Depending on the element, the analytical error is i 10 - 19%. The results
Card 2/3

S/081/61/000/020/036/069
Spectrochemical method of determining ... B117/B147
of the spectrum analysis and of other analytical methods are in satis-
factory agreement. [Abstracter's note: Complete translation.
I
i
I
i
Card 3/3

/V.
PHASE I BOOK EXPLOITATION SOV/6181
Urallskoye soveshchanlye po speictroskopii. 3d, Sverdlovsk, 1960.
Materialy (Materials of the Third Ural Conference an Spectros-
copy) Sverdlovsk, Metallurgizdat, 1962. 197 p. Errata slip
inaerved. 3000 copie.a printed.
Sponsoring Agencles:~ Institut fIzik1 metallov'Akademli nauk SSSR.
Komissiya po spektroskopii; and Urallskiy dom tekhniki VSNTO.
Eds. (Title page)z G. P. Skornyakov, A. B. Shayevich, and S. G.
BoSomolov; Ed.: Gennadly PavlovIch Skornyakov; Ed. of Publish-
:Ing House: M. L. Kryzhova; Tech. Ed.; N. T. Mallkova.
PURPOSE: The book, a collection of articles, Is intended for staff,
members of spectral analysis laboratories in industry and,ocien-
tific research organizations, as well as for students of related
disciplines and for,technologisto utilizing analytical results.
COVERAGE: The collection presents theoretical and practical prob-
lems of the application of atomic and molecular spectral analy-
sis in controlling the phemical composition of various materials
in ferrous and 6onfe-2rous metallurgy, geology, chemical Indus~
try, and medicine. ;The authors express their thanks to 0. V.
Chentsova for help in preparing the materials for the press.
References follow the Individual articles.

Materials of the Third Ural Conference (Cont.) SOV/6181
Fishman, 1. S. Remarks on a system of standards for
analysis of complex alloys 73
Shiryayeva, N. Ye., Yu. I. Mallkov, and R. A. Kozlova.
Photoelectric-stylometer analysis of vanadium cast irons 76
Basova, Ye. P., A. B. Shayevich, and S. B. Shubina. Spectro-
graphic determination of harmful non-ferrous metal impurities
in raw material intended for production of metallic chromium 77
Sorokina. N. N., Spectral determination of cerium,
lanthanum, and barium in steel 80
Shayevich, A. B., and N. D. Sbartseva. Spectral determination
of vanadium, manganese, silicon, and chromium in ferro-
vanadium 86
Gutkina, R. I. Chemical-spectral method of analysis of high-
purity'nickel 88
Card 7/15

SOROKINA N.N.; GOLUBEVA, V.M.
Spectral analysis of steel and alloys for rare earth elements.
Znv.lab. 29 no-5:559-560 163. (MIRA 16;5)
1. TSentrallnyy nauchno-issledovatellskiy institut chernoy
metallurgii imeni I.P.Bardina.
(Steel-Spectra) (Alloys-Spectra) (Rare earths-Spectra)

SOROLINA, N.N.; GOLUBEVAt V.M.
Spectroscopic determination of cerium and lanthanum in pure metals,,
steels, and alloys. Sbor.trud. TSNIICRM noJIS41-45 163.
(NM 16:7)
Wtals-Spectra) (Cerium-Spectra) (Lanthanurii-Spectra)

. SWUM) N.N.; KONDRATIYEVI P.A.
Spectral method of determining carbon based on cyanogen spectra.
Zav. lab. 31 no.11:13U~-1345 165. OMIRA 19:1)
1. TSentrallnyy nauchno-issledovateliskiy institut chernoy metal-
lurgii imeni Bardina.

L 47085-66 o9 m ZVLP t) 11T IJP(c) JT)/Jil
'-f-4
CC-R~--tA-TM 302 2 8 SOURCE CODE: UR/2776/66/000/049/0084/0085
AUT11OR: Sorokina, N. N.; Fedorov, A. A.; Golubeva, V. H.; ChSrnyakhovekaya, F. V.
ORG: none
TITLE: Chemical-spectroscopic method of determining the samarium content in lKhl3Nl6B
and 12KhlMF steels, and KhN77Yug allay I
IR
SOURCE: Moscow. Tsentral'nyy nauchno-issledovatel'skiy institut chernoy metallurgii.
Sbornik trudov, no. 49, 1966. Novyye metody ispytaniy metallov; khimicheskiy kontrol'
v metallurgii (New methods in the analysis of metals; chemical control in metallurgy),
84-85
TOPIC TAGS: samarium, spec.+,-o~ccopy, nle-i-l 0,11ekill"Cal ct"a/ySis
ABSTRACT: A chemical-spectroscopic method of determining the samarium content in
lKhl3Nl6B, and l2KhlMF steels, and KhN77TYuR alloy has been developed. Samarium is
isolated by precipitation in the form of fluoride, which is subjected to spectrosc
op
analysis. With this method, samarium contents of 0.001-0.1% can be determined With-,,
respective errors of tO.0003-0.008%. Orig. art. has: I table. iTDJ"
SUB CODE: 11, 13/ SUBM DATE: none/ ORIG REF: 001/
Card ill it "I

ACC - NR- AT6030227 SOURCE CODEs W27~6/66/odd/o6~/oO48/bo521
AUTHOR: Lonskaya, K. K.; Tikhomirova, 0. F.; Golubeva, V. M.; Sorokina, N. N.;
ISuchelenkov-a. L-M-.
IORG: none
~TITIE: Spectrochemical method for determining the composition of tungsten-molybdenum
~alloys
SOURCE: -Moscoir. Tsentrallnyy nauchno-isslecovatel'skiy institut chernoy motallurgi
0. ~Niovyyo -m6tody Tiso~i~j ~eiaflov; iche kiy kontroll
Sbornik trudov, n 6. khim s
v metallurgii (Now methods in the analysis of metals; chemical control in metallurgy),
48-52
TOPIC TAGS: tungsten containing alloy, molybdenum containing alloy, spectrographic
analysis, metal chemical analysis
ABSTRACT: 7ho article describes a spectrochejyical method for analysis of tungsten-
.1-1
molybdenym alloys for titanium(and zirconiuvil(0.010.504,0; tungsten (10-70%); and
lanthanum The contents of titanium, zirconium,
hafn , --wand yttrium,
hafnium, lanthanum,.and yttrium are determined in tungsten-molybdenum alloys of
constant composition, and the tungsten composition in alloys of varyimg composition*
The proposed method for determination of titanium, zirconium, hafnium, lantbanm. and

ACC NRI AT6030227
yttrium includes the following steps: introduction of the sample into solution.
introduction of a collector, separation of the elements being investigated from the
base elements, and spoctral analysis of the concentrate. The article gives a detailed
description of the methods used to prepare standard solutions of each of the olownts
under consideration, and for preparation of the samples for X ray analysis. CrUe
art. has; 1 figure and 2 tables..
SUB CODE: 07, 11/ SUBK DAM none/ ORM REFs 001
Card

C. /V. /I/.
E
ACCLSSION NR AM4o4673O LOOK ZXP~.O'ITATION Pf-4 KYII/Ji)/ S/
mix
Sa=arin, A- W., ad. (Corresponding =e=bar, Acado=y of Sciences, U.S.S.R.)gL/
StE.1 :):,oduction; handbook (Staleplavil'noye ?roizvodatvo-, spravochnik),
t. 2., Moscow, Izd-vo "Metallurgiyall, 1964, 1039 P- illus., biblio.,
r.&bles. Errata slip inserted. 5,850 copies printed.
TJ?IC TAGS; steel, open-heart furnace, quality control, refractory
TABLZ OF CONTENTS Cabiidged]:j(
?art S. The:-=al engineering
Ch. V[. vLcl und its cozbustion in an open-hearth furnace (N. 1.
17 535
Vec~anics of furnace gases in~open-hearth furnaces (G. M.
GIL: I~ov) -_ 554
C-'-. 4VII. Hear transfer in an open-hearth furnace S.S. Magidgon) 575
Ch. XVIII. Thermal operation of an open-hearth furnace (Ye. A. Wapustin)
6o3
C'A. Auxiliary thermal equipment in. steel production (B. 0. Tur
L

.L 17595-65
ACCESSION NR Am4046730
Part 9. Thermal processes
Ch. XX. Automatic control and regulation of thermal processes in steel
production (A. P. Kopelovich, A, P. Sinchuk, and M. A. L1vov) -- 630
Ch. XXI. Evaporative cooling of open-hearth furnaces (S. H. Andon'Yev)
720
Ch. XXII. Hot cooling of open-hearth furnaces (A. I. Tyurin) -- 745
Ch. XXIII. Boilers of open-hearth furnaces (A. 1. 45er*zhinWkiy) -- 754
Ch. XXIV. Cooling and cleaning converter gases (A. 1. Bar--MlRakiy) -- 778
Ch. XXV. Supplying stealmakinj--shops with compressed air (G. A. Timoshko)
793
Ch. XXVI. Supplying steelmaking ahops with oil (G. A. Timoshko) -- 807
Part 10. Methods of quality control and testing__
Ch. XXVII. Chemical analysis (P. Ya. Yakovlev) 818
Ch. XXVIII. Spectral analysis (N. N. Sorouo -- 840
Ch. XXIX. Melting and deliveredquility control of steel (M. 1. Vi~ograd)
851
Ch. XXX. Mechanical testing of metals (P. G, Timo -shuk) -- 868
Ch. XXXI. Analysis of gase,s in metals and alloys kL.L.Kunin, T. Ya.
lzmanova, and Ye, M. Chistyakova) -- 887
Ch-.-UMT.- Determining nonmetallic inclusions and carbides (M. M. Shapiro)
C.,d 213

L 17595-65
,ACCESSION NR AM4046730
ILA
Ch. XXXIII. Defectos N. S. Tokwakov) -- 910
Ch. XXXIV. Use of radioactive isotopes to study the processes of steel
production -- 924
Part 11. Design
Ch. XXXV. Design of steelmaking shops (G. A. Garbuz and D. T. Hartainkovskiy)
-- 932
Part 12. Economics
Ch. XXXVI. Technical-economic indicators of steel production (G. V. Vitin
and A. G. Lifshits) -- 956
Part lr Transportation, refractories, oxygen, classification and
characteristics of atoola
Ch. XXXVII. Transportation (S. S. Berl
yand) -- 980
Ch. XXXVIII. Refractories (K-.A.-Lur Ia ) 993
Ch. XXXX %1 1009
X. Oxygedq(D. L. G1 z~manenko~--
Ch. XL. Cla=as f Mation and characteristics of steel (N. V. Matyushina)
1020
SUB CODE: MM SUBMITTED, 3om&y64 NR REF SOVs 279
OTHER: 030
Card 3/3

SCROKIn, N.H.
%Ric features of the tectonic structure of the Kiddle Iket. Trudy MNr
no.19:196-225 057. (MIRA 11:1)
(Near Ikst-Geology. Structural)

KRASNYKH, I.G.; ZIIEREB(,IflllKO., P.G.- HURAISTIOVA, V.--S.i SUVOROV,
SOROKVIA, III.P.; SHA-SlIKOV, V.S.
lip dij protective aAdon of 5-methox-Itryp-tamine and other
trypt..walnes. Adiobiolog-iia 2 no.l.'156-160 Ja 162
NIRA

SUVOROV, N.N. SOROKIIIA N k,--,.PHHYNKER, Yu.N.
Mechamiam of lischer indole synthesis. Khim. nauka i pfom. 2 n0.3:
394-395 '57. (KLRA 100)
1. Vaesoy-uznyy nauchno-isaledovatellskiy khimiko-tokhnologichookiy
institut im. S. Ordzhonikidze.
(Indole)

79-28-4-54/60
AUTHOR-j: Suvorov, N. N. Sorokina, 11. P. , Sheynker, Yu. 11
TITLE: Research in the Field of the Indole Derivatives (Issledovaniya
v oblasti proizvodnykh indola) V. T~bchanism of the E. Fischer
Reaction (V..K voprosu o
mekhanizme reaktsii E. Fishera)
PERIODICAL: Zhurnal Obshchey Khimii,1958,Vol.26, Ur 4,PP-1090-1097(USSR)
ABSTRACT: The conversion of aryl hydrazones of carbonyl compounds into
indole derivatives (reaction according to E. Fischer) is the
most important and most widely used method for the production
of the latter. This reaction may be carried out by two ways:
The first is by E. Fischer (Ref 2) and used acids as con-
(lensing agents (mineral acids, anhydrous zinc chloride,
boron trifluoride etc.) . On this occasion there is at least
I col condensing aGent per I mol aryl hydrazone - practical-
1.,, a -reat excess of it is taken. The second method is by
Ye Arbuzov (Ref 3) and is based on thecatalytic decom-
position of the aryl hydrazones. In both cases the formation
of the indole derivative takes place under precipitation of
Card 1/4 1 mol aramonia (in the case of the method according to E.

79-28-4-54/60
Research in the Field of the Indole Derivatives. V. !"ochanisri of the E.
Fischer Pea-etlon
Fischer as.ammonium salt) from aryl hydrazone. This precipi-
tation takes place due to a previous intramolecular trans-
position of aryl hydrazonel.-The mechanism of this inter-
esting reaction was already investigated in technical publi-
cations (Refs 4, 5). G. and R. Robinson (Ref 5) divided the
conversion of aryl hydrazone into the corresponding indole
derivative into three sta'gess
1) Tautomeric conversion of aryl hydrazone (I) into the cor-
respondin.- unsaturated hydrazine (II).
2) Ortho-benzi.dine transposition of the hydrazo compound (II)
into the unsatura-~ed diamine (III).
3) Formation of the 'indole ring (IV) by precipitation of one
ammonia molecule.
By means of an appropriate process (reaction carried out ac-
cordin- to E. Fischer in acetic anhydride as medium and al-
kaline saponification of the diacetyl derivative of the un-
saturated hydrazine) the auth6rs succeeded in dividing this
reaction into three stages which agree with the three
stages of the mechanism suggested by G. and R. Robinson.
Card 2/4

79-28-4-54/60
Research in the Field of the Indole Derivatives. V. 1,bchanism ol.' UL,
E. Fischer -Reaction
Ui-R CH-R
2
C-
N-rql
H h
Card 3/4
C
H? 011)
Both intermediate products could be isolated in acetylated
form from pheny1hydrazone of the methyl-ethyl ketone used
as example. Their structure and the conditions 6f their
conversion into the corresponding indole derivative were
investigated. On this occasion a direct proof was obtained
for the correctness of the schem,e by G. and R. Robinson.
It was found that the formation of the unsaturated hydra-

-.20- .; -5,,/6o
79 , .,
Research in the Field ,)f the Irdole Dorilin tives, V tjjc
to -'I ~_ " -.1 ".,
zine takes place under the presence of acid catalysts;.
ortho--.benzidine transposition does not absolutely need this
catalysis but can be made also in the alkaline medium.
The formation of the indole ring which can be catalyzed by
hydrogen ions takes place very rapidly. It can be achieved
also by thermal means.
The carrying out of the mentioned formation reactions is de-
scribed in detail in an experimental part. There are 2
figures and 26 referencesq 3 of which are Soviet.
ASSOCIATION: Vsesoyuznyy nauchno-iSBledovatellskiy khimiko-farmatsevti-
cheskiy institut imexii S. Ordzhonikidze
(All-Union Chemical Pharmaceutical Scientific Reseach
Institute imeni S. Ordzhonikidze)
PRESENTED-s March 111, 1957
SUBMITTRDg April 13, 1957
Card 4/4

SOV179-29-3-49161
1~qdRF: Suvorov, N. IT., 4px0akin.!~X-N--L.,~
Sheynker, Yu. N.
Investigations in the Field of Indole Derivatives (Issledovan4ya
v oblasti proizvodnykh indola),V1. The Mechanism oi E. Fischer's
Reaction,Investigation of the Transformations of the Methyl-
pheny1hydrazone of the Methylethyl Ketone (VI. 11ekhanizm.
reaktsii E. Fishera. Izucheniye prevrashcheniy metilfeqil-
gidrazona metiletilketona)
PERIODICAL: Zhurnal obshchey khimii, 195*9, Vol 29, Nr 3, PP 979-985 OUSSR)
ABSTRACT: The authors showed earlier that the phenylhydrazone of
methylethyl ketone gives in -the case of heating with the
acetic acid anhydride in the presence of n-toluene sulfo acid
the 2- (11, N I -diac e tyl - P -pheny-Lhydrazine )--but one- 2 in a hiigh
yield. This compound is the diacetyl derivative of the
enhydrazine, 'he first inte:rnediate product of Fischer's
reaction (Ref 1). The problem of the behavior of the methyl-
pheny1hydrazone of the methylethyl ketone (1) under analogous
conditions was of theoretical interest. The theoretical
assumption by the authors that the last --reaction is bound to
Card 1/3 proceed differently from that rith the not substituted phenyl-

InvestiCationa in the Field of Indole Derivatives. SOV/79-29-3-49/61
VI. The Mechanism of E. Fischer's Reaction.
Investi,gation of the Transformations of the Methyl-
pheny1hydrazone of the Methylethyl Ketone
hydrazone was experimentally confirmed. By means of distilla-
tion in vacuum, the chromatography on aluminum oxide, and
repeated re-crystallization five compounds could be separated
from the product obtained in the case of boiling of the methyl-
pheny1hydrazone of the methylethyl ketone with the acetic acid
anhydride in the presence of n-toluene sulfo acid. One com-
pound turned out to be an 111-methyl acetanilide (II), the other
one a P-acetyl-a-methyl-a-phenylhydrazine (III). The formation
of these products is explained by the low stability of the
N-11- and C-11 bonds. The other three compounds were isomeric
to one another. They all form 2,4-dinitro-phenyl-hydrazones -
a fact which points out the presence of a carbonyl group. The
elementary composition, the capability of forming red picratesl
as well as their infrared spectra permit the assumption that
these compounds are acetyl-1,2,3-trimethyl-indole-isomers and
differ from one another only by the position of the acetyl
group in the benzene ring. The two figures show the infrar-3d
Card 2/3 and ultraviolet absorption szectra of the compounds obtained.

Investigations in the Field of Indole Derivatives. BOV/79-29-3-49/61
VI. The Mechanism of E. Fischer's Reaction,
Investigation of the Transformations'of the Methyl-
pheny1hydrazone of the Methylethyl Ketone
There are 2 figures and 6 references, 3 of which are Soviet.
ASSOCIATION: Vsesoyuznyy nauchno-issledovatellskiy khimiko-farmatsevticheskiy
institut imeni S. Ordzhonikidze (All-Union Scientific Chemico-
pharmaceutical Research Institute imeni S. Ordzhnnikidze)
SUBMITTED: February 6, 1958
Card 3/3

,JVOROV. N.N.; SOROKINk. N.P.
Indole deriTatives. Part 7, Mechanism of S. Fischer's re-
actions. Stracture of isomeric Bz-etbyl-1.2.3-trimethylindoles.
Zhur.ob.khiz. 30 no.6:20~5-2061 Je 160.(MIRA .13:6)
1. VOSSOYU2rqy nauchno-issledovatellskiy khimiko-farmatsevti-
cheskiy instilut imeigi S. Ordzhonikidze.
k Tndo 1 e7

ZHEREBCHENKO, P.G.; SUVOROY, N.N.; MURASHOVA, V.S.; PREOBRAZMSKAYA,
11 kF
M.N.; SO [T D*VA, 1-1. V.
.- Ar
Radioprotective activity of sane tryptamine derivatives and
their homologues.-Mecl.rad. 6 no.8:27-32 Ag 161. (MIRA 1-4:8)
(RADIATION PROTECTION) (INDOLE)

2/205/62/002/001/00a/010
D262/D30 2
AV.-MOIR'S F!%,-.snYkh, I.G., Olvirobchenko,
and Sha!3ikov, V.S.
Sorokina,
TIT-,E: The radio:3rotectivc effect of 5-methoxytryptamine an,!
other aiko.~ytryptamineu
PERIODICAL: Radiobiolo~;Jya, v. 2, no. 1, 1962, 156 - 160
TE~:T: The -.--d i o protective action of 4-, 5-, 6-, and 7-methoxytr.,-
Ptamin and 5-ctho~-y-, 5-propo7y-, 5-butoxy-, and 5-benzo~:ytr-,Div,
:line was lnvesti~;ated. 2,900 white mice irradiated at '100 r and 120
white rats at SOU r were studied. There zere 3 series of experi-
Lents. In the fir5t, rcwul~s thowed that 5-Licthoxytrypta-m-ine [;ave
over 60 ~~ *survival in irradiated mice. Further study in the scoond
series revealed a prophylactic effect over a wide dose ranre (5
150 mglk-) rdith an avera~;e 68.3 i.' survival at the optir-urn 75 rG11-g.
Administered by intraperitoneal injection even 1 hours before
irradiation there Yme a maximum 34 ~) survival, and orally at the on-
timum 250 mg/kg; 10 - 15 minutes before irradiation, there vms 54;~
Card 1/2

0/ 205/62/002/001/0v8/01 0
The radicirotective effg-ct of
survival, %-,rhereas serotonin was ineffective. -Subcutarcoua injecti:In
gave the same protection ao intra-peritontal. '-I t1le til-ir(I s~E-,-ies of
experiiaents on rats irradiated at 800 r snrvival was 50 b3 ". Or-
al administration also jwfe protection, The experimental dat.1 s*.,.o""-
cd the relationohip net,;.,een the, cheraical ctructure of some rlko.---y-
tryptamines and radioprotection. Structural chanFes in tryptamine,
by introducing the zethoxy radical at different positions on -~he in-
dole rind increpsed or elocrea~cd radioprotection, increa3e occur-
ing o-ly when the mct~ioxy radical viaw introduced at the fifth posi-
tion. 5-nethoxytrypt-mine Eave protection comparable to that 04,
serotonin. Its effectiveness may be due to more selective penetra- Vr.
tion of radiosensitive tiscue. There are 4 fiGures and 11 reicren-
ces: 5 Soviet-bloc and 6 rion-Soviet-bloc. The 4 mo!it recent refc-r-
ences to the _Irglish-lanauaCe publications read as follo,.,,s: P.J.H.
Y
j.G. zerelakos, Radiation Res., ill 2, 476, 1959; Z.7, Pacct
and others, Experiential 15, 5, 175, 1959; Z.M. Bacq, P. Alexander,
Pundazentals of radiobiology, London,, 19555; Z..,,*.. .3acq, Acta radio-L;
41, 1, 1954.
MmITTED:.Augustl 29, 1961
Card 2/2

0477
S/205/62/002/002/010/015
1020/1215
AUTHORS Krasnykh, 1. G., Zherebchenko, P. G., Murashova, V. S., Suvorov, N. N. ar-dSorolina,
TITLE Increased radiation-protectivc effect of the combined administration of 5-metoxytrypta-
mine and merkaminc
PERIODICAL: Radiobiologiya, v. 2, no. 2, 1962, 298-303
TEXT: This is the continuation of a previous study. White mice weighing 18-22 g were irradiated with 700
(LD 95/30), 800, 900, and 1000 r. White rats weighing 150-200 g received 800 r (LD 90/30). One group of ani-
.Ikg merkamine, a third received
mals received 75 mg/kg 5-metoxytryptamine, a second group - 150 mg
both drugs in the same dosage, and a fourth- no medication. Survival, body weight, amount of leucocyte in
the peripheral blood, carly degenerative changes in the bone marrow and spleen cells, and the weight of the
spleen, thymus, and liver were considered- The combined administration of both drugs resulted in a summation
of the radiation-protective effect. The survival was greater, the radiation sickness was milder, and recovery
occurred earlier. Treatment of mice irradiated with 1000 r resulted in a 27.5 % survival. Degenerative changes
in the bone marrow and spleen cells, as well as a decrease in the weight of spleen and thymus, were less
Card 1/2

Increased radiation-protective effect ...
S/205/62/002/002/010/015
1020/1215
marked in animals thus treated. When 5-metoxytryptamine was combined with fl-mercaptopropylamine
good results were obtained, corresponding to those obtained by the combined use of serotonin and merkamin
There are 4 figures and 4 tables.
SUBMITTED. August 29, 1961.
Card 2/2

SHAGALOV, L.B.; SOROKINA, N.P.; SUVOROV, N.N.
Derivatives of indole. Part 21:Synthests of
4- and 6-chloroindolylbittyric acids. Zhur. ob. Y"him. 34
no. 5:1592-1595 ttr 164. (KRA, 17:7)
1. Vsesoyuznyy naiiehno-issledovatellskiy khimiko-farmatsevticheskiy
institut irmni Ordzhonikidze.

SUVOROV, N.N.; SOROKINIA, N.P.i 'F')'T',iF.0VA, G.N.
Derivatives of indole, Part 22: Improved synthesis of
tryptamines. Zhur, ob. khim. 34 no. 51:1595-1598 My 164.
(MIRA 17:7)
1. Vsesoy-uznyy nauchno-issledovatellskly khimiko-farmatsevticheskiy
institut imeni Ordzhonikidze.

T A - SUV(~IR N.N.; NEKI.Y[.ID')'j', A.D.; N P
. CIVt 1 1,, j 0.-1 , - 0
Synth-3sis of melatonin aralcjgr,. iz,,r,A"" 5~~Slo. ser.1-him.
no.ltlG7-111 166. (fA.7j,'j 11).1)
t,
1. Irsti-tut klilmii pri.rodnykli soyedinen,'-7. 94 SE~')R. Sul%ritlecdl
August 1, 1963.

iala4 'I, i-t-MV
JAKU005405 SOURCE CODE:' UR/0323/65/000/005/0039/0046
3q,
AUTHOR: Marchenko, L. N. (Engineer); _Kqjq_Y,,_B. P. (Professor);:.
..Sonokjn&, N_ & (Candidate of technical sciences).; Chernyaheva,-T. Ye-
(Candidate of chemical sciences)
ORG: IUev Technological~Institute.of Light.Indusiry (Kiyevskiy
tekhnologicheskiy institut legkoy promyshlennosti).__
TITLE: Investigation of the physical and mechanical properties,of..
cements.with polyamide, po yester, and henolformaldehyde resin! bases
R
SOURCE:. IVUZ. Tekhnologiya legkoy promyshlennosti., no. 5., 1965j,
39-46
TOPIC TAGS: cement, polyamide resin, phenolformaldehyde resin.,
polyester, elasticity,.adhesive.,.adhesion
A13STRACT: New thermo .1astic -rapid-setting, and elastic adhesive
.p
resins have been obtaine&w1th polyamide, polyester, and phenq_1-
formaldehyde resin bases; These cement compositions (KTILOL)I%an be- ~:,
used for obtaining an adhesive-re'inforeing seam for mechanized ad--
hesive joining of parts of footwear and clothing. The effect was
studiee of the phenolformaldehyde resins on the properties of KTILOL:,
cement. The effects of various polyester resinS/ on the strength and
rd 1/2
L-C-G

MOSTOFIN , A.A. , inzh. ; SOROKINA , N. S. , inzh.
TrKrI salt meters with degassing and enrichment of the samples.
Teploenergetika 8 no./+:85-89 Ap 161. (MIRA 34:8)
1. T'SentralInyy kotloturbinnyy institut.
(Feed water)

SOFiOKINA, N . S .
"Characteristics of the Metabolism and Productivity of
Croasbred Pigs." Cand A r Sci, Moscow Agricultural Acad imeni
9
K. A. Timiryazev, Moscow, 1953a (RZhBiol, No 2, Sep 5h)
Survey of Scientific and Technical Dissertations Defended at USSR
Higher Educational Institutions (10)
So: Sum. No. h81, 5 May 55

SOROKINA Map kand. khimich. nauk, dotsont; BOGDANOV, L.A.., inzh.;
"--- AN- EVA, L.A., inzh.; YaUU~&SHKIN, V.I., inzh.; ZHILA, T.I.,,
inzh.; PIVOYAROVA, T.V., lnzh.; KOTOV, M.P., prof.
Some problems in the eyanoetbylationg carbaxylation, alkylation
and acylation ofgelatin. Izv. vys. ucheb. zav.; takh. leg.
prom@ no*3:70-75 t63, (MIRA 16:7)
1. Kiyevskiy takhnologichoskiy institut legkoy promyshlonnosti.
Rekomendovana kafedroy tekhnologii kozhi
(Gelatin) (Polym^rizati;n)

L 08137-67 E%4T(m)/EWP(v)/EWP~j)
ACC NRt AP6029270 Oq
IJP(c) Wd/RM
SOURCE CODE: UR/0323/66/000/003/0038/0042,1
'AUTHOR: Kotov, M. P. (Doctor of Technical Sciences, Professor); Sorokinaj_iNe %9_
~(Candidate of Chemical Sciences, Docent); Kharlashldn, V. I. ~Engincer); 4z'mina.,
V I (Engineer); Petroval T. A. (Engineer); Bulgakov, P. M. (Engineer) ;k7
I to
!0RG: Kiev Technological Institute for Light Industry (Kiyevskiy tekhnologicheskdy
institut legkoy promyshlennosti)
TITLE: TechnoloGical conditions for preparing and applying thermoplastic adhesive
KTILOL-11 in beading parts of shoo uppers
SOURCE: vIVUZ. Tekhnologiya legkoy promyshlennosti, no. 3, 1966, 38-42
TOPIC T,~GS: 4D1f-1E.61VF1
footgear, adhesive, water repellant lubricant
ABSTRACT: The new adhesive KTILOI;-~11 is prepared by mixing and heating to 190-2000C
50% polyamide 54 with 18-30% modified-alkyd, 4-8% plasticizer KPT and 27-18% novolac
type phenol-formaldehyde resin. The alkyd is previously modified by heating, with
removal of water, to an acid numbdr~not over 30 and a melting point not below 600,
Such compositions containing no more than 24% alkyd and 6% plasticizer are suitable
for making adhesive coated stra3ds which can be coiled without sticking. The adhesive-
coated threads of 1.0-1.2 x 10- m diameter were made by passing cotton thread through
the molten adhesive and through a die. Various waterproofing compositions were tried
Card 1/2

L o8137-67
ACC NR' AP6029270
to keep the threads from sticking during storage. A 5% solution of stearic acid in
mixed solvent (5 parts by weight mineral oil, 95 kerosene) prevented sticking for two
days; coating with mineral oil alone also helped somewhate Other precautions in
making the adhesive-coated strands:. the rosin composition should not be overheated
during preparation; sufficient time for cooling the adhesive on the thread is needed-
the take-up spool should be not loss than 2 meters from the die; optimum rate is 20-25
rev/min. L. N. Zayellgqllsl~Li. Senior Englyer of the "Burevestnik" factory took part
in the work. Orig. art. has: 2 tables.
SUB CODE: Up 131 SUBM DATE: 2ojan66/ ORIG REF: 004
Cord 2/2 'list

ACC NR, AP7004042 (A'l SOURCE, CODE: UR/0323/66/000/005/0019/0023
AUTHOR: Marchenko, L. N. (Engineer); h
_�QXpJdaA...~jCandidate of c emical
sciences; Docent); Kotov, M. P. (Doctor of technical sciences;' Professor)
ORG: Kiev Technological Institute for the Light Industry (Kiyevskiy tekhnologiche-
skiy institut legkoy promyshlennosti)
TITLE: Properties of copolymerized polyamide and phenolformaldehyde resins
SOURCE: IVUZ. Tekhnologiya legkoy promyshlennosti, no. 5, 1966, 19-23 -
TOPIC TAGS: resin, polyamide, phenolformaldehyde, polymer, copolymeriza
polyamide resin, phenolformaldehyde resin, cement, glue
ABSTRACT: Polyamide resins modified with various amounts of phenolformalde-
hyde novolak resins were investigated for use in glues for various materials
including leather. It was shown that in glues containing 5-10% phenolformalde-
hyde resin, the property- composition curves pass a maximum which is explained
as the chemical interaction of compounds followed by the formation of a branched
polymer. Orig. art. has: 5 figures and 2 tables. - [AM]
SUB CODE: 11/SUBM DATE: 25Nov65/ORIG REF: 007/OTH REF: 002/
,d 1/1

SCRUB!') ~1. %r.
'Thanges in the Nervous System in Crimean and Cmsk Hemorrhagic Fevers."
Sub 26 Dee 51, Acad Med Sci USSR.
Dissertations presented for science and engineering degrees in Moscow
during 1951.
SO: Sum. No. 480, 9 May 55.

GHIAKOV. L.G.; IOSEMVICH, F.I.; ROLLF., S.D.; SOROKINA, N.V.; FRENUM', 0.14.
tak-
Oa changes of the analytical function in cases of hypertonic illness.
Zh. Nevropat. Psikhiat., '52, 52, no.9, 28-35. (MLRA 5:9)
(PsA 27, no.8:6o62 '53)

SOROKINA, N. V.
7894. Korisak, YE. K. I. SOFOKINA, N. V. Uchebnoye posobiye dlya krukhkov Gso.
sost: ye. K. Korsak I N. V. sorokina. Pod Red. N. I. Krakovskogo. Villnyus, "Sov.
Litva". 1954. 160 S. S. Ill. 21 sm. (tsentr. Kom. o-va krasnogo kresta lsar).
5000 EKZ. Bespl.- na pereplete post. neukazany.--na perepletezagl; Gotov K
sanitarnoy oborone sasr.-- NA litov. yaz.--(54-52758)
614
SO: Knizhuava Latopist, Vol. 7, 1955

SCROKINA, N.Ye.
~~ ,
Finishing furniture with color lacquer. Der.prom-5 no.9:20 S '56.
(MIRA 9:10)
l.Saratovskaya mebelInaya fabrika.
(Saratev--Furniture industr7) (Lacqu*r and lacquering)

SOROKINk. N.Ye., inzhener.
Preparation of a universal indicator to determine hydrogan~ion concen-
tration in resins. Der.prom. 6 no.1:8 -Ta '57. (MLEL 10:2)
1. Saratovskaya mebellneya fabrika.
(Indicators and test papers) (Hydrogen-ion concentration)
(Gums and resins)

SOROKINA3 N.Ye.; NATYU-311114TA, N.I.
Particle boards with veneered frame5. Der.prom. 10 no.10:
28 0 161. (HM,' 14:9)
1. Saratovskiy dorevoobrabatyvayuohchiy kombinat.
(flardboard) (Vonears and veneerin.g)

KHVOSTOYA,.V.V., DELONE, R.I., S0ROKIHA,_,-0,.N., TRUKOV, V.L., TSPLISHCHU, S.P.
CHAYKINA, K.V.
Development of soft wheat seedlings obtained from seeds irradiated
with thermal neutrons [with summary in Bnglishlo- Biofizika 3
no.4:459-465 156 (KIRA 11:8)
1, Institut b1olog-1cheskoy fiziki AN SSSR, Koekva i Laboratorlya
biofiziki Moskovskogo ordena Lenina seltskokhozyaystvennoy akademii
I=. K.A. Timir7azeva, Koekvae
(PLANTS, MFECT OF RADIATION ON)
(WHSAT)

Ref Ulur J31".A., 110
.17,
aked., 1957, -NO 2, 73-716
the
Tn e-~neriments conducted in the Tb,aL-, an the s tudy oi.
r-henontenon of protogine in.vheat five phases of the-deve-
lopment of the stiMajrylltse/ have been expozed.. Expe-
riments were set un to determine Whether vheet grainz
vhich had been -oollinated.vith stiome of different age
by using the poilen of that.same varietly or of anotherIva-
riety /i.e. vzriety of vheat/ (Lyutestsens 329 and Eritros-
permum 2411) took hold; other experiments aimed to clarify.,
the sprouting of -Dollen tubes on stig:=-e of.different age;

USSR/Oultiv,atecl Plants -- Grai'ns
Ab s Jo;--.:., Ref Zhur Biol, .. I-To 18, 1958, 82280
Autt',,or Sol-Aina O.H., Laptev, Y...P.
Dust-
Title Tho iLiotLit of Poilen in tae Wheat Flowers in Wind
P-A-Ina ~._on
Ori~; Pub na Iii, 195ri, 1,1o 4, 34--40
M
Abstract Experiruenits in the investigation of the am at pollen
grai-s taking part in the pollinatio-a of flowers -,,nder
the conditions of free wi--.,d pollination of spring and
wiater wheat were cond,:_cted for 4 years at the P.I.
Lisitsya Selection Station (Mbscow) and at Kharkov Selec-
tion Statioil. The amunt. -of pollen &Tains takii!s a di-
rect part in the pollination of t]ie flowers was very ne-
.,-iiGible althou&atithe sat-xation of the SLXro'Lunding, air
with pollen was fairly high and the captuxing sLtrface of
the stigaa~,.was faitly large. The perce*-ritage of the seed
Card 1/2
- 20 -
USSR/CL'.Itivated Plants - Grains.
Ab s Jo, 1 r Ref ZhurBiol., No 18, 1953, 8228o
M
sctti:,.ig proved to be hi~5h, and 'the grains were developed
a7-d Ihad a good gerrdiiating ability. The fact
of the insignificai-.t amo _nt of the po.Llen taking part in
-the polliiiatio~i is explained, apparently, by the biologi-
Cal PeCL:liarities of the wheat flower: the castrated
flower opens .:p u--der the action of the swelling lodicu-
les a-.Id closes whe~i their t-urgor decreases. -- Ye.I.
Saks
Card 2/2

SOROKINA, 04.N.; ANIKEYEVA, I.D.
Cytological study of embryos in neutron-irradiated wheat. TSito4ogiia
3 no.3:300-304 Mjy-Je 161. (WRA 14:6)
1. Laboratoriya radiatsionnoy genetiki Instituta biologicheskoy
fiziki AN SSSR, Moskva.
(SEEDS) (PLANTS, EFFECT OF NEUTRONS ON)

SOROKRIAY O.N.
Aegilops-4iheat allopolyploids. Trudy MOIP. Otd.biol 5-0W-147
162. (MIRA 16:5)
1. Iaboratoriya radiatr,,omoy genetiki Instituta biofiziki AN
SWR,, Mosk7a.
(WHEAT BREEDING) (POLYPLOIDY)

SOROKINA., 0. N.
Cultivation R' barley in the eastern Pamirs. Trudy Bot. inst.
AN Tadzh. SSR. 18:324r333 '62. (MM& .16:1)

:ACCESSION NR: AP4027981
IhTH6R:
S/0205/64/004/00VO279/0283
Sorokina, 0, N.; Anikeyeva, I. D.; Was, E. I.
,TITLE- Protective action of metabolites in radioresistant plants
ISOURCE: Radiobiologiyas, v. 4. no. 2, 19640 279-283
;TOPIC TAGS: metabolite, radioresistant plant, radiosensitive plants,
radioresistant plant extracts barley seed, ionizing radiation,
iroduced radiosensitivity, Cruciferae
!ABSTRACT: The present study.investigates the possibility of intro-
,Iducing motabolites of radioresistant plants into radiosensitive plantd
ito- reduce the effects of ionizing radiation. The first of three ex-
iperiments investigates the effects of radioresistant plant extracts
;acting on barley seeds for 19 hrs before irradiation (4000 r) and forl
19 hrs after irradiationj the second investigates the effects of I
radioresistant plant extracts acting on barley seeds fo r 24 hrs before
iirradiation (500 r), and the third investigates the effect of radio-
!resistant plant extracts acting on barley seeds with torn eoleorhizas
..Lor 1 hr before irradiation, Survivabilitys, growths and chromosome
i Card :L/2 ----- --

ACCESSION NR: AP4027981
aberrations served as indices. Findings show that a number of radio- 'I
resistant plant extracts reduce the radiosensitivity of barley seeds,
Various plants of the Cruciferae, (mustard family) whose extracts con-
Itain mustard oil, rhodamide, thiocarbamido, and glucosides containing
sulfur display high radloprotective action. Vitamins and growth
'promoting substances probably also increaso*radioresistance. Radio-
protection is higher with extracts acting on seeds for a more prolon-,t
god period after irradiation. Oria. art. has: 5 tables.
ASSOCIATION: Institut biologicheskoy fiziki AN SSSRv 140scov (Insti- J
tute of Biological Physics AN SSSR)
SUBMITTED: 180ct62 ENCL: 00
SUB CODE: IS NR REP SOV: 003 OTHER: 003
Card --'2/2_