SCIENTIFIC ABSTRACT SOKOLOVA, N.I. - SOKOLOVA, N.P.

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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

z,-
AUTHOAS: S~Zbarov'a',-I. A., Sokolova, N. 1., 79-11-26/56
Prokoflyev, 19. A.
TI TLE
Aminoacyl Derivatives of Nucleosides (Aminoatsilinyye
proizvodnyye nukleozidov).
II. Structure and Properties of the Aminoacyl- and Peptide-
Derivatives of 3-P-d-glucopyranosyloytosine (II. Sti-uktura
i svoystva aminoatsillnykh i peptidnykh proizvodnykh 3-p-d-
glyukopiranoziltsitozina).
PERIODICAL: Zhurnal Obshchey Khimii, 1957, Vol. 27, Nr 11,
i,p- 3028-3034 (USSR)
ABSTRACT: The synthesis of the aminoacyl- and peptide-derivatives of
3-p-d-glucopyranosylcytosine was earlier described by the
authors. But the formula ascribed to the and products was set
up rather arbitrarily. Supplementary investigations were
needed for determining the correct structure. Besides the
authors considered it necessary in examining the aminacyl-
and peptide-&-rivatives of the nucleosides, as possible
fra&ments of the nucleoproteins, to investigate the properties
of Lhe obtained compounds more thoroughly, especially also
the hydrolysis of the amido-bond. They al.tempted to determine
Card 1/3 the structure of the obtained Droducts spectroanalytically by

Aminoacyl Derivatives of Nucleosides. 79-11-26/56
II. Structure and Properties of the Aminoacyl- and
Peptide-Derivatives of 3j-P-d-6lucopyranosylcytosine
comparison. It was shown that N c-ami-noacyl- and Nc- peptide-
derivatives of nucleoside form in the reaction of the
aminoacylation uf cytosine-nucleoside with mixed anhydrides
of kbs-amino acids and kbs-peptides. The amido-bond in the
Nc - kbs - aminoacyl- and N C - kbs - peptide-derivatives of
cytosinenucleoside is to be influenced by hydrolysis of water
not at all, by acid hydrolysis with difficulty and only by
alkali easily. There exists a dependence of the duration of
hydrolysis on the character of the aminoacyl residue which
forms the amido-bond.
There are 5 figures, 2 tubles, and 4 references, 2 of which
are Slavic.
Card 2/3

Aminoacyl Derivatives of Nucleosides. 79-11-26/56
II. Structure and Properties of the Aminoacyl- and
Peptide-Derivatives of 3-0-d-glueopyranosylcytosine
ASSOCIATION: Moscow State University (,',',oskovskiy gosudarstvennyy
universitetj
SUBMITTED: October 9, 1956
AVAILABLE: Library of Congress
1. Nucleosides - Amincacyl derivatives 2. 3-p-d-
glucopyranosylcytosine - Derivatives
Card 3/3

SOV'/79~29-2-40/7
AUTHORS: Shabar~va, Z . A. , _Sokolova, .4.1. 1. , Prokof ~ye-';-, IL
TITLE: Aminoacyl Derivatives of Nuclecsides (Aminoatsil~nyye proizvod-
ny nukleozidol!-). IV. Synthesis of N Polypeptide Derivatives
ye 6- W -
of 3--0--d--,G1ucopyranosyl Cytosine According to the "Carbod.i-
imide" Method (IV' S"te' N6-Pol4eptidnykh proizvodnykh
3--p~.,-i-,glytikopirano-~illusitozina "karbodiimidnym" metodom)
PERIODICAL: Zhurnal obshchey khimii, 1105;9, Vol 29, Nr 2, Pp 539-544 (USSR)
ABSTRACT: The yie'Aids of aminoacyl nucleosldes bly aminnacylaticn ~:r
cytosinp nLcleoside according to references 1,2 amounted or.]Yt-
50% - Much better results are obt a --'Ted according tD thp "carb-c-
diimide" methed (Ref 3). It consists in the aminoacylation ~--t
the a~zti~,re amine group with an amino acid or a pep-lide in the
presence of an N,Nc-diaryl oarbodi`~.mide. This method ha-s a
.-reat adv-antage o7er that mentioned above by which the peptlde
bond is synthesized wi-'.h mixed anhydrides of amino acids.
However, --.he !attter are very unstable. The aminoacy-lation wi-.h

amino ac- nd i)ert.1"des in the presence of carbodiim-de takeo
" ds a~ L
Card 112 place in humid medium
(even *n water) at room temperature,

SOV/79-29-2-40/~!-,
Aminoacyl Derivat--'--res of Nur-leos--des. IV. Synthe-z--'s of N Polypeptide Deriva-
6- 1 fe
tives of 3-p-d-Glucop-ranosyj- Cytosine Accord~-nz Carb:~ J iM- d=
Bes-Ldes-, it is more favorable to in-.roduce the free amino acid
rath-r than ~he-L~ a-,tive deri--,,at4.ves.N,NI-dicy~,'~~;.hexyI ca-rbo-
diimide vas used as condensing agent (Ref 4) Scbeme 1). Tirua,
the yiel-d (;f N6- kbo-Cly,-yl-3-,P-d--tet~-z~acetyI glucc.-yranosyl
zy'osine was increased from 34 to 55/of and that of N 6-
kbz-.pheny-l-
al, -' 1 .1
glu,--cpyranosyl cytosine was ipcreasm~d
from Y; t-) 61P. The polypeptile derivatives of the -,ytosL*ne
r
can be synthesized from monoacyla.--:in~ nlicip:Dv-des
as well (Scheme 2~. The nuc-leosides a f-~,e-
aml;,no g-,r,-,:p used in the3e 'Were obtain-ai by ri-
duc-lion accordin,& to snheme 3. There are 3 tables a-Lci 5 r=.f~
eren:~es, 3 of whi.--h are SovJ-et.
ASSOCIATION: Moskovsk-l'-Y gosudazet,,enn-yy -universitet (Moscow State U-nilrersity)
SUBMITTED: NoTemnber 5, 1957
Ca-,d 21/2

I.
50)
.~'MHORS: Shabarova, Z. A., Sokolova, 11. 1., SOV/79-29-9-23/76
Boykova, L. A., P4-ak~a~ev,~M. A.
TITLE: Aminoacyl Derivatives of Nucleosides.
V. Synthesis of N 6- Aminoacyl- and N6- Peptide Derivatives
of Cytidine
PERIODICAL: Zhurnal obshchey khimii, 1059, Vol 29, Nr 9, pp 2917-2922
(US3R)
ABSTRACT: In continuation of their earlier research work (Ref 1) the
authors deal here with the synthesis of cytidine (3-p-D-ribo-
furanosyleytosine) and its N 6-aminoacyl- and N 6-peptide
derivatives. The so-called "carbodiimide method" is, as
already previously shown, the most convenient method of
synthesizing N 6-aminoacyl- and N 6-peptide derivatives of
cytosine nucleoside. Its application to the synthesis of
aminoAcyl derivatives of cytidine made it possible to use
in this reaction a nucleoside with non-substituted oxy-groups
of saccharide, since no aminoacylation of the oxy-groups
takes place under these conditions (Ref 6) (reaction scheme).
Card 1/3 Table 1 gives yields and constants of the synthesized

Aminoacyl Derivatives of Nucleosides. SOV/79-29-9-23/76
V. Synthesis of 17 6-Aminoacyl- and N6_ Peptide Derivatives
of Cytidine
derivatives of cytidine. Thus, kbz-phenyl alanyl cytidine
(yield 9(Ylo) resulted from the acylation of cytidine with
phenyl alanine (kbz-phenyl alanine). Its ultraviolet
absorption spectrum is equal to that of another well-known
cytosine derivative (Ref 7) so that its structure is known;
aminoacylation of cytidine proceeds also on the amino group
under the formation of the N6 -aminoacyl- and N6 -peptide
derivative of cytidine with various amino acids (serine,
tyrosine, cysteine, lysine) which contain also other func-
tional groups apart from the a-amino group. The aminoacyl
derivatives-of 3-p-D-glueopyranosyl cytosine were synthesized
in the same way (Table 2). As the various N 6-aminoacyl
derivatives obtained from cytosine nucleosides differ in
the structure of the amino acid which forms the amide bond,
or in the structure of the saccharide, the'effect of these
components on the hydrolytic stability of the amide bond
was investigated. Table 3 shows the results of the hydrolysis
Card 2/3 of N6-aminoacyl derivatives of cytidine and 3-p-D-glueopyranoq7l

Aminoacyl Derivatives of Nucleosides. SOV/79-29-9-23/76
V. Synthesis of N6- Aminoacyl- and N6-Peptide Derivatives
of Cytidine
ASSOCIATION-
SUBIAITTED;
cytosine, containing the same amino acids and peptides,
and, for comparison, also the data on the hydrolytic stability
of the amide bond in the N6-aminoacyl-3-p-D-tetraacetyl
glucopyranosyl cytosine. The hydrolytic stability of the
amide bond in the above compounds was found to depend on
the nature of the hydrolyzing carbohydrate which forms part
of the nucleoside, as well as on the nature of the amino-
acyl residue. There are 3 tables and 8 references, 4 of
which are Soviet.
Moskovskiy gosudarstvennyy universitet (Moscow State
University)
July 19, 1958
Card 3/3

17
AUTHORS: Shabarova, Z. A., Sokolcva, N. i.j SOV/2C--128-A-29/65
Frokoflyev, N1. A.
TITLE: Peptide Syr-thesis by Means of Aminoacyl Derivatives of
Nucleosides
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 128, Nr 4, PP 740 -- 743
(USSR)
ABSTRACT: The (;ompounds of nucleotides and ribonucleic acid (RNS) with
amino acids are poorly investigated (Ref 2) in spite of their
great importance for protein biosynthesis (Ref 1). In the
present paper, some 0- and N-aminoacyl derivatives of nucleo-
sides formed as intermediates in the protein biosynthesis were
synthesized and studied. The authors tried, above all, to
clarify the ability of such zompounds for a Deptide synthesis
(i.e. for the amino acylation of free amino groups of amino
acids or peptides). 2 types of aminoacyl nucleosides: O-carbo-
benzoxy-phenyl-alanine derivatives of adenosine (type I) and
N6--aminoacyl derivatives of cytidine (type II), were investi-
6ated. The aminoacylating ability of the said synthesized sub-
11
r1ard 1/3 stances (I) and (H) was studied under almost natural conditions

de Synthesis by Mleanv (-f Amino a cyl Der ivat-* 7es of SOV/20-1 28-/ -29 /65
N u Cec'sj. des
namely --in the presence olr' a fermen-~ -- chymot---ypsine - at ro-')m
toimperatule and at p1l f3 (phosphat-e buffer solution). It was
shown that boih (I) azil (H) ea2ily react with the free amino
grcup to fo~--.-m a r-F~w peptid"- bond. Table I sl-.ows a list of pep-
tides which are f":rmei by the effe2t of (i) and (II) on glyclin-
~:!thyl ester, Under t4e sar,-~! conditions, but without -a fermeat,
no Peptide synthesis was observed. Only in one case - in the
r-aaction of Tja "s,aa S~3heme" with giyo-in es-*~er -- trac-s -Df
pi,ony-~'--:ilan-~*ne--g-,-yc-~'-ne are formed, caven w--thout any chymatryp-
dine. The ;3eptide formation from (I), (II) and the glycin ester
also takes D11ace without any ferment, but under harder cond-'L-
tic-ns (by boiling in benzene). The above results indi.-ate a
high reactivity of tha 0- and N-aminoacyl derivatives of nucleo-
sides. This suggests the possible par-cicipation of such com-
pounds in the synthesis of the peptide bond. There are 1 table
and 0' references, 3 of which are Soviet.
W
-ard 2/3

~~Ptlde SYnthesi's by Means of Aminoacyl Derivatives of SOV/20-1263-4-29/65
i L
Nucleosides
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im. M. V. Lomonosova
(,',Ioscow State University imeni M. V. Lomonosov)
PRESENTED: May 22, 19,99, by A. N. Nesmeyanov, Academician
SUBMITTED: lillay 17, .1959
Card 3/3

Proy r:r~ -T, of
i~erivatives of t',ie pyrimirline nuci.eos~L-ies". ,-~Oscowl
(,'nscow 7J im M. V. TI-anonosov, ~em Faculty), 120 copies 'No 11,
12c,'

SCF.0LGV.i, 'rl,I,, BAKANOVI'l, V.A.; "HABARC)VA, Z.A.; PROUP"'f-EN,
Isolation of pyrirridine deoxyribonuclsnsi~es and T"he production
of their am-Lrioacyl der-ivaliv,-s. Kokhimilla 27 rio.~-- - 10- 7~-l ~--Fj
RA 17-:'~
N- D 162. (mi
1. Laboratoriya khimil bclka Gosudarstvennogo un-IL,.rPrsitata imeni
Lomonoswra, Noslkva.

SOKOLOVA, N.I.; BAANOVA, V.A.; SHABAROVA, Z.A.; PROKOFIYEV, M.A.
Aminoacyl derivatives of nucleosides. Part 6: Synthesis and,
properties of aminoacyl derivatives of decbr
.fribanucleosides.
Zhur. ob. k1lim. 33 no.8:2480-2486 Ag 163. (MIRA 16:11)

PREOBRAZHENSKAYA, N.N.; SOKOLOVA2 SH"AROVAy Z.I.; PROKOVYEV, M.A.
.. . .....-
Synthesis and properties of mathyl ester of polyaridylyl-
(51-~N)-phenylalanllne. -Khim. prirad. soed. no.5:342-347 165.
(MIRA lgil2)
1. Moskovskiy gosudarstvennyy universitet imeni M.V. Lomonosova.
Submitted May 25, 1965.

Experience -,is.lne. lamps in vegets-ble
~~votctekhni:`.a 3 -.D. ~2--/ '57
institut ovoshchnogo kno zypv s t i
iam'Lls) (Greenhouves)

r% T
sr~z ~7f~ 1-1 11~31-7;--5~~ `71,7r

SOKCILOVAY N. K. : ,faster Agric Sci Piss) -- "The Klin --altiple cucumber witn
various means of improving the plnnting and formation of the n1lants". Nilogcow)
V")P. U( pp (NjoncuT Orelor (.-,f' Jpnln AgilIc. Avad Im K. A. 'Pllnlr`,V!IZFIV), 110 QOT)!ns
(lm) TV) ],, Y),;'), U19)

SOKOLOVA, N. K.
"Investigation of the Methods and Determination of the Rational Organization
of the Operation of High-Frequency Ter.3pering Machines." Cand Tech gei, Moscow
Order of Labor Red Banner Inst of Steel imeni I. V. Stalin, Min Higher Education
USSR, Moscow, 1954. (KL, No 1, Jan 55)
Survey of Scientific and Technical Dissertations Defended at USSR Higher
Educational Institutions (12)
SO: Sum. No. 556, 24 Jun 55

SOV/ 137-58-8-17350
Translation from Referativnyy zhurnal, Metalluraiya, 1958, Nr 8, p 165(USSR)
AUTHOR- Sokolova, N.K.
TITLE: Organization of the Work of High-frequency Hardening Instal-
lations (Organizatsiya raboty vysokochastotnykh zakalochnykh
ustanovok)
PERIODICAL: Sb. nauchn. tr. Zhdanovsk. metallurg. in-t, 1957, Nr 4,
pp 195-204
ABSTRACT. The output of the single-position hardening machine (HM)
depends on the absolute values of the machine and auxiliary
time and can be expressed by the formulae
P 3600/TC+Th+Ta ) (iterns/hour;, where This the heating
time, Tc is the cooling time, Ta ~s the time of the auxiliary
operations. In case the HM has several heating positions, the
output depends also on the extent of overlapping of the machine
tirne in one position by the auxiliary time in the other. the ex-
tent of overlapping in turn depends on the selection of the art-
icles for simultaneous hardening in adjacent postions as well
as on the organization of the work oi the latter. The extent of
Card 1/2 overlapping is established by means of graphs. The graphs of

SOV/137-58-8 17350
Organization of the Work of High-frequency Hardening JrstallationF
the sequence of heatin'o, cooling, and auxiliarv operations are adclut ed. A
semianalytical estimation of the timing of the vr le (that 1 -1 the f requenc y
rate of the discharge oi each article after the heat treatment operation! in
two versions in relation to the organization of the work is proposed for the
estimation of the output of a ~multipo5ition`, HM. The incorporation of HM
with time interlocks into a "waiting circ-Lilt" IS C(01101-nically expedient when-
ever it is impossible to organize simultaneous serviL.ing of several niach-
ines during programmed pauses in operation. interlocking two adjacent posi-
tions of an FIM into the "waiting circuit" is expedient in all cases.
A. B.
1. Metals-Iffiardening 2~ Hi5Z-h forequen-ty ,jrren-~..s
Applications 3. Mac-hines-Design 4., 11'a-.1-ii-ries
Performanc3
Card 2/2

SOKOLOVA, N.K., kand.teklm.nauk
Technical and economic efficiency of various metbo4s of built-up
welding of iron mill rolls. Svar. proizv. no.5:19-21 My 161.
(MIRA 14:4)
1. Zhdanovskiy metallurgicheskiy institut.
(Rol-Is (Iron mills)-Maintenance and repair) (Hard facing)

SOKOLOVA, N.K.
Economic effect of various methods of hard facing of iron-mill
rolls at the Yenakiyevo Metallurgical Plant. Izv. vys. ucheb. zav.;
chern. met. 6 no.6:219-226 163. (MIPLA 16:8)
1. Zhdanovskiy metallurgicheskiy institut.
(Yenakiyevo-Hard facing-Costs) (Rolls (Iron mills))

BARAMBOYM, N.K., doktor khim. nauk, prof.; S.O.KOLOU,....N.K., inzh.
Investigating the mechanochemical derivatives of polyamides.
Nauch. trudy MTILP 25:146-149 t62. (MM 16:8)
1. Kafedra fizicheskoy i kolloidnoy khimii Moskovskogo tekhno-
logicheskogo instituta legkoy Promyshlennosti.

PHASE I BOOK EXPLOITATION SOV/5053
Vaedoyuznayn konferentelyr p0 treniyu I iznosu v mashinakh. 3d,
1958.
Iznos I lznoaoatoykost 1. Anti frlktB ionnyye =Aterialy (Wear and
Wear Resistance. Antifriction Materials) Moscow, Izd-vo AN
SsSR. ig6o. 273 P. Errata alip inserted. 3,500 copies printed.
(Serioni Ito: Trudy, V. 1)
Sponsoring Agency: Akademiya naulc,SSSR. Institut mashinovedenlya.
R Op. Ed.. M. M. Khrushchov, Professor; Eds. of Publishing
R::Ae: N. Ya. Klebanov, and S. L. Orplk; Tech. Ed.:
T. V.' Polyakova.
articles is intended for practicing
PURPOSE:
Th'is collection or
engineers and research scientists.
COVSHAGE: The collection, published by the Inotitut mash Inovedeniya,
AN SSSH (Institute of Science of Machines, Academy of Sciences
USSR) contains papers presented at the III VsesOyuznmya Kon-
forentalya go trenlyu I iznoeu v mashinakh (Third All-Union
Conference on Friction and Wear In Kachlnea) which was hold
Aril 9_15, 1958. Problems discussed were in 5 main areas;
1 Hydrodynamic Theory or Lubrication and Friction Bearings
(Chairment Ye. M. Outlyar, Doctor of Technical SIILn,;j~.and
A. K. D-yachkov. Doctor of Technical Sciences); 2 ub "Ion
and Lubricant Materials (Chairmant 0. V. Vinogradov, Doctor of
Chemical Sciences); 3) Dry and Boundary Friction (chairmen:
B. V. Deryagin, Corresponding Kamber-of the Academy of Sciences
USSR. and I. V. Kragellalciy, Doctor of Technical Sciences);
4) Wear and Wear Resistance (Chairman: M. M. Krushchov,
Doctor of Technical Sciences); and 5) Friction and Antifric-
tion Materials (Chairmen: 1. V. Kragellakly, Doctor of Tech-
nic I Sciences, maid M. M. Xruahchov, Doctor of Technical
scl:nc a5). chairman or this general assembly (on the first and
last day of the confo rence) was Academician A. A. Blagonravov.
L. To. ft-uzhanakly, Candidate of Technical Sciences, was sci-
entific secretary. The transactions of the conference were
published In 3 volumaso of which the present volume is the
first. This volume contains articles concerning the Near and
wear resistance of Lotifriction materials. Among the topics
covered are; modern developments In the theory and experi-
mental science of wear resistance of materials, specific data
on the wear resistance of various combinations of materials,
methods for 1nereabing the wear resistance of certain materials,
the effects of frIctior; and wear an the structure or materials,
the mechanism of the seizing of metals, the effect of various
types of lubricating uAterials on seizing, abrasive wear of a
wide varletU of materials and componunta under =any different
conditions, modern developments In antifrict-lon materials , and
the effects of finish machining on wear resistance. Many per-
sonalltion are mentioned In the text. References accompany moat
some Results Of an Investigation of
t motors Used In
the Qua on Ring- of Diesel 208
Automotive Tractors othermAl Wear of
g1nin g y . and 1'~ ~NSOrO ~' L' Polishing
. Ora ties With a
Result a r n erac 216
. . ;. y
Abrasive
A 1. Volodin. Analysis or the Wear
I I , and
~-! of the=`Cra~ ; OTa D-50 Diesel Lee
of the Vl&n9G5 ____k Nary--- 221
motive, and Systematic Methods for measuring the Wear
k. Flanges of the
surface finish of t~ a Is 225
ru V or th GAZ-51 Automobi
Cr!-tnk*.s.'half-~V-.n-,dl%eLrLng BunhingO
a the Relationship Be-
On the Problem Of d the Strength Proper- 230
twoon the rao TO Wear of Metals an
the B~&aj
ties of- the Lattice
VRrd 9A3

VIALfUTIN, K.G.
"Vegetation of Sverdlovsk Province; geobotanical. regions, map,
and description of vegetation" by K.K.Poluiakhtov. Pt.1: Descriction
of plant format-ions of forests, meadows, and bogs of the prov:'Lnce.
Reviewed by N.M.Sokolovaq K.Gellaliutin. Bot- zhur- 46 no-A-:5941-595
Ap 161. (PaRA 14,-
(Sverdlovsk Province-Phy-togeography)
(rojujakhtov, K.K.)

VASILfTSOV, V.D.; VOLOMtSKIY) L.M.; IOLCHENKO, M.Ya.; GALEISKAYA,
R.A.; IROV, 14.1.; MUNYA, L.F.; KONOVALOV, Ye.A.;
MATVIYEVSKAYA, E.D.; PEMESKU, L.I.; RMAKOV, Ye.V.;
MFULINA, L.M.; SUORTSOVA, A.F..; SOI:QLPVA, SOTI'IIKOVA,
I.A.; STOIX-OV, V.D.; SURKO , Yu.V.; M, V.A.; TRIGULMIKO,
V.Ye.; FIRSOVA, Yu.V.; SFABUVINA, V.I.; YUMIN, Y.N.;
11,YAJUSHMI, T.V., doktor okon. nauk, otv. red.; ALANPIM,
P.M., red.; PAK, G.V., red.; GERASIt-TVA, D., tekhn.red.
(Economy of socialist countries, 10)60-1962] Ekonomika stran
sotsializma, 1960-1962gg. Voskva, Izd-vo "Ekonomika," 1964.
261 p. (1,11RA 16:12)
1. Akadeziya nauk SSSR. Institut ekonomiki mirovoy sotsiali-
sticheskoy sistemy.
(Coramnist countries-Economic conditions)

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SOKOLOVA, N. M.
Dissertation: 'Factors Affecting the Wettability of Cotton Fibers." Cand Tech Sci,
Moscow Textile Inst, Moscow 1953.
W-3"28
SO: -Ileferativnyy Zhurnal, No. 5, Dee 1953, Moscow, AN U9SR (934;4~

acting wettAbIlity of Cotton fibers. N.-M
k5ofoinyma P P, VINOtorov, and F. 1. Sadov.
~'Udy Aloskov. Tekslif, frisf. 13, 40-1
Filrer 90( 1 64
Referal. Zhar., Kbins. 1955, No, 28fl0.--7'I'he removal of
wnx-likc aud p"thiouitsubstances front the fibers und crush-
.h Ing the primary wall of the fiber did not materially uffect
the thermal stability of wetting the fiber. Thii printarily
depended on Increasing an the amsilble surfaces of the
fibers the no. of free Off groups in which the strength of the
11 bond in subsequent drying I- low. Another influentlat
factor was making denser the structure of the fiber, which
led to reducing the mobility of macramoll. This last re-
f
suited In a great increase o the stability of tbe system
and particularly in a grent thermal stability of the wetting.
This was confirmed by infrared absorption spectra for cellu-
lose before and after alkali treatment of cotton fibers.

SADOV, Fedor Ivanovich; SOKOIJDVA. Nadezhda, Mikhaylovaa; SEIIKANOVA.
M --'&~'VfE'&iairovfch;
Iraida Alaksandrovus; I
MININA, Kapitolina Georgiyevich-, M01UGAROV, P.V., retsenzent;
GUSEVA, Ye.M., redaktor; WWKDTBV, L.Yft., tekhnicheskiy
redaktor.
[Laborato-,7 manual for the course "Industrial chemistry of
fibrous materials."]Laborator 't praktikum po kurau "Khimi-
rw
cheskaia tekhnologiia voloknistykh materialov.0 Moskva, GOB.
uauchno-te'&hn.izd-vo Ministeretva promyshl.tovarov shirokogo
potrebleniia SSSR, 1955. 426 p. NLRA 8:12)
(Textile chemistry)

thylation, of cotton and flax. F. 1. Sadov and
Y170 'I,
iva. Tekslil. Prom. 16, NO. 5.
A revi~W(Tyrc*6gu publications (cf. Grant, el al., C.A.
50, 3540b, 72530- - I Flicnbeth Bar t)a,.;b

J.,
SHIMOVA, I.A.; SOKOWVA H.M.
Qualitative analysis of synthetic fibres. Tekst.prom. 18 no.5:57-59
MY 158. (MMA 11:5)
1. Knfedra khimicheskoy tekhnologii voloknistykh mnterialov
Moskovskogo tekstil'nogo instituta.
(Textile fibres, Synthetic--AnAlYgiB)

L 25425-66 EPF_(R)_72/~jqfjmZT
~:ACC NR: AP6010492 SOURCE CODE: UR/0201/65/000/003/0021/0028
AUTHOR: 36kolova, N, M.
ORG: none
TITLE: Solution of the problem of analytically constructing
optimal regulator for a nuclear power installation
SOURCE: AN BSSR.'Vestsi. Seryya fizika-tekhnichnykh2vuk, no.
1965, 21-28
TOPIC TAGS: nuclear reactor control, automatic control theory,
optimal control, beat equation, partial differential equation,
dynamic programming
ABSTRACT: The author develops an optimal-control system for a nuclear
installation consisting of a reactor, regenerator, cooler, and tur-
bine compressor. The partial differential equations of the system
are reduced to ordinary differential equations by averaging the
parameters of the length of the beat exchangers with subsequent es-
tablishment of a'connection between the average.gas temperaturi and
Card .1/2

L 25425-66
ACC AP6010492____-___-'___
ithe inlet and outlet temperatures, in the form of a uniformly con-
verging series. Means of designing a programming element tbat, de-
velops the optimal program for the system, -md an optimal regulator
capable of following the specified program and correcting the opera-,,j_-
,tion of the system are discussed. By way of an example, a-simple
1program aimed at mainta:ining a system in the stationary condition is..
analyzed mathematically, A similar method can be used to.-control a ~i
ispecified change In output power, to ensure cooling of the reactor
;within a minimum time, and other control operations. The connection
.between the dynamic programming as described In the paper and,
Lyapunov functions is briefly.indicatedA *Orig.'art. has:2 figures
and 7 formulas.
1SUB CODE: 14/ ORIG REP: 006 SUBM DWE now
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1947, No. 4. 4.14-M.-Vitamin C metabolion in hernor-
0 0 rh,%gic caw% of tutwmtdosis Is disturbed; the C deficit Is
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- to subnoitual kraluc%. C administration at thew level,
aid, the general oalc of the posticuts and merves to raine
41 somewhat the usually low thrumbacyte count in the bkxid.

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SOKOLOVA, N. M.
25905 Sokoloya, N. M. Krovotecheniya I Krovokharkaniya U Tuberkuleznykh
Bollnykh V Svyazi S Narusheqiye M Askorbinovogo Obmena. Vracheb.
Delo, 1948, No. 6, STB- 491-96
SO: Letopis' Zhurnal Statey., No. 30, Moscow, 1948

Action of vitamin C an a&P~W function in tubetqujom.
.N. M. Sokolo!a_(AH Union Expd. Med. Inst., Lenin.
ifMdY:--PWWw'Y- Puberk. IM, No. 1. 77-8-fleavy
110%kge of vitamin C (up to low ME.) in patients with ad-
vane"I tuberculosis, with continuation daily for 2 months,
Icads to normalization of Na/K ratio, raises the getwral
txxiy tone. lowt-r3 pulse rate and raises blood pressure to
near normal levels. G. sf. x0slapoff

KASHKIN, P.R.; DOLINSKAYA, A.T.; SOKOLOVA, N.M.; KORNEV, P.G., professor. direktor;
KUPALOV, P.S., professor,
Bactericidal properties of the natural gastric juice. Zhur.mikrobiol.apid.i
immn. no.8:59-64 Ag '53. W-RA 6:il)
1. InRtitut kostnokhirargicheakoko tuberknleza (for Kornev). 2. Iriziologi-
cheskiy otdol im. O.P.Pavlova (for Xupalov). (Gastric juice)

FAVLOVSKA-Y. G.T.; SOKOLOVA,,N.K.
Studying the morphological characteristics of tuberculosis bacteria
with an electron microscope. Probl.tub. no-3:61-65 My-Jy '55
(MIaA 8:8)
1. Iz otdela virusologii (zav.-chlen-korrespondant, AMN SSSR A.A.
Smorodintsev) Instituta eksperimentallnoy meditsiny AMN SSSR i Go-
sudaretvennago nnuchno-tooledovatellskogo instituta khirurgicheskogo
tuberh-tleza (dir.-deystvitellnyy chlen AMU SSSR prof.P.G.Kornev).
(14YGOBACTERiUM TUBIMOULOSIS,
Morphol., lectron microscopy exam.)
(MICROSCOPB, JIJWTRMT,
of M. tubere. morphol.)

YURGINA, Z.A.; SOKOLOVA. N.M,; NIKITINA, G.P.
Possibility of the prolonged preservation of the plague microbe in
media from the fermentative hydrolysatc, of casein, Sbor. nauch.
rab. ~;list. protivochum. sta. no. 1:187-191 159. (KIRA 13:10)
(BACTERIOLOGY-CULTURES AND CULTURE MEDIA) (PJ-,',GUE) (CASEIN)

r;--**'
SOKOLOVA, N. M. Cand Med Sci -- Ifir ', the problem of the diagnosis of plague
under natural conditions." Saratov, 1960 (Min of Health USSR. All-Union
Sci Res Inst "Mikrobtl). (KL, 1-61, 211)
-436-

FOKOTIVSKIYJ, I.S.; SOKOLOVA, N.M.; STREMIWVA, A.Ye.
XLectron microscopic studies on the morphological structure of
Mycobacterium tuberculosis. Probl.tub. 38 n0-4:94-99 160.
(MIRA 143-5)
(MYCOBACTERMI TUBMCULOSIS)

BAKIEAKII, Ye.!~,,; DAVAINKOV, A.B.; 11ARTENIS, L.A.; LAUFER, U.I.; SOKOLOVA,
OBUICHOVA, Z.A.; FlLIPPOVA, Me. - - - -1 - -__ ---
Cultivation of the plague microbe on iredia of acid casein hydrolysate
deidneralized using an ion--cxcliange resin. Zhur.mikrobiol., epid. i
imun. 33 no.3:51.-55 Mr 162. (MIRk 15:2)
I., Iz Gosudarstvennogo nauc~no-.i~.,sladovitr-,llskoGo institita
mi4robiolo-ii I opidemiologii Yugo-VosLoka SSSR Illlikrob".
Q(PASTEUMILLA PESTIS) (GAS11"III) (ION EXCIWIGE ICSINS)

ITITTEV.Evi P.P., kard.med.nauk; SOKOLOVA, N.M., doktor med.nauk
lingiographic changes in experimental osteoarticular tuberculosis.
Report No.l. Probl.tub. no.1:93-98 162. (I-IEU, 15:8)
1. Iz Leningradakogo gosudarstvennogo nauchno-issledovatellskogo
instituta (direktor i nauchnyy rulcovoditell - laureat Gosudarst-
vennoy premii deystvitelinyy chlen AMN SSSR prof. P.G. Kornev)
khirurgicheskogo tuberkuleza.
(BOITES-TU13ERCUWSIS) (ANGIOGRAPHY)

SOKOLOVAY KASATKBA, N.M.; SHCHUKAREYA, N.K.; LIVIKOITICH, Yu.I.
laboratory diagnosis of candidiasis in patients with malignant .
tumors. Vop. onk. 9 no.8t49-5-1+ t63 (MMA 17:4)
1. 1z klinPci-diagnosticheskoy laboratorii ( zav. - dotsent
I.F. Grekh) Ihstitu-taon~cologii AMN SSSR (direktor- deystvitell-
nyy chlen ANN SSSR prof. A.I. Serebrov. Adres avtorovo. Leningrad,
P-129, 2-ya Berezovaya alleya, 3, Thstitut onkologii AMN SSSR.

1,11craflora n!' Ifil brot ch'~,il sacrat',~7~5
Vop. onk. 8 no.11;0`9-77 162. Odl;~ '?t6)
Iz 11 c tAL-i pi- - y~, '-E chlen-Ire'rr nd-;nt
t PC
1,14 ES-S-F D laboratoril
. Of . Fit-I k OV ,-. .- I -
lo~ dint G re k~ 7,istit T*N ~tz~i.9R \',Iir,-
S prr-,A-. -_-~ `:eTeb-ov'. nAres avtoras
deystvitel y h1cr,
Leningrad, 2--ya Berez,-)vp.-,rn. Tns!t-.t.u-~ onkologii
AMN OSSSR.

~0)11' A y N.
GharacterLatica ~--f thq in gastrj.z cEmcer. Vop. cmk. 10
n.-~. 4.,.19-25 1 t)4. (HiHA. 17-,Il)
1. fz laboratorril (zav. - kand. ried. nalul:
dntveat I,F. Grekli) InstiUata oriki'Logii ANI SSSR (dir. - deystvitell
nyy -Uen A14N 9S.SR r1r,)f. A.I. Serebrov). Adras avtora: Leningrad, P-129,
~-Tj Boroz.,"J'aya allaya, ' , fns"Ltut onk,,)-!,:)giL SSSR.
1. .3

-csz.-~ lle ct:-:' the genus I'd a n ::a, S
V-Z
s I ~,22. .2 5
t-~-ko-Lo--g-7ii A~612-1 SESR
iEin All,V SSSR rtrof. A. %.Se. ro bnrw

SO KOLOVA, N,,Vi. r Sf II N, K LEV' I T~-'K, i 4~ N, -A~ , KARASIK, B.,,%.
Serologi.-; a li a I a gn-s~; v. :f a na- 3 ;:,a". en--.a- wi -rh ma I ignan-t
n6-oplasms. V.-j;, onk,
(MIRA :L8?11)
-1. Iz 'laltrl~rator'-i (zav, dotsem.
I.F.Grekh) AMN SSSR (direktor deystvitell-
nyy chien AMN SSSR - prof,

SOliOUNA, ll.il.; lit"IBINIAl u.i,.;
Content of' B12 in th(. blr)CI(l with rwal-Agnarit
luumors. Vop. onk. !-I n0-9:36-42 1 12:9)
i. .[~~ IIII tl~nirurgichcskogo otdelleyllya jxof. V.P.Tobile-
vich) i klini-ko-diagnost-icheskoy laboratorii (zav. - dotsent I.F.
Grekh) Instituta onkologi-, SSSR (dir.- deystvitelinyy chlen
Prof. A.I.Sere-brov).

L 21123-66-F=
FALL NR, XFF;OI1957
SOURCE CODE2 UR/0201/65/000/002/0098/0105
AUTHOR: Sokolova, N.M. J/
ORG: none
TITLE: Some theoretical questions about the solution to problems in the analytw)con.
struction of optima control systems
SOURCEs AN BSSR. Ventsi. Seryya fisika-tekhnichnykh navuk, no.2v 1965p 98-105
TOPIC TAGS: optimal controlt electronic computer, differential equation
ABSTRACTs Tho concept of "analytic optimal control construction" (AORC) was intro-
duced by A. N. LETOV to denote the use of mathematice, both classical and modern, to
find the-a-n-a-ly-ticexpression.for a control meetine a certain criterion of optimality.
The present article systematizes the theoretical premises for the solution toproblems
in the analytic construction of optimal control systems which are subsequently used
for the statement and practical solution of an AORC problem for art object described
by a system of n = 29 differential equations, whose right-hand side is the sum of
linear phase coordinates, control parameters, and their paired products with constant
coefficients. The use of electronic computers made it possible to carry this problem
through to complete solution and to construct the block diagram for a control con-
:6isting of an adder, product blacks, and amplifiers with defined amplification factors..'
We article also considers the problem of finding the optimal program for the oper-
ation of a reactor described by a system of four equations (two kinetics equations

L 21123-66
ACC NR% AP603.1957
and two heat equations), provided that -the quadratic functional of the phase coordi-~
nate3 and control parameter is minimized and the time in which the optimal process
must be effected is giyen.
The author divides the theory -of optimal systems into two classes of problems: 1)
problems related to finding a system which is t * al with respect to the control
t) 05 ;oblems related to finding a system
regime (finding the programming elemen ; and 2
i-,hich is optimal with respect to the transient process (finding the optimal control)*
The first class of problems is solved by means of L. S. PONTRYAGIN's principle of the
maximum, with the use of computers. The solution is obtained in the form of a function
of time and initial and final conditions; and th 'e programming element Is constructed
according to this solution. The second class of problem is solved by the method of
dpiamic programming, underlying which is the "principle of optimality,* first forwA-
lated by PJCIIkRD MM-M. Following from this principle in a method of solution
'which makes it possible to obtain the pr a control performing
ex ession- of an
optimal transle~t process. Orig. art, has: 2.1 formulas, [JM33
*SUB CODE: 12, 09 / SUBM DATE: none / ORIG REF: 010

SOKOLOVA, II.N... inzh.
The BHP-2 remote control and telemeterirg device for bilateral
signal rebroadcasting in power system, administrations with joint
dispatcher control. Trudy 'NTIE no.17:.46-57 '63.
Con,Lactless WS-2 signaling and remote control device for power
plants and substations. Trudy VNIM no.1'1:93-99 163.
(!-Iltu 1,1: C))

AUTROR: Sokolova, N.N.
29054
S/125/61/000/010/014/014
D04O/Dll2
TITLE: A scientific and technical conference on vacuum diffusion
welding of metals, alloys and nonmetallic materials
~..4'HIODICt*,L: Avtomaticheskaya svarka, no. 10, 1961., 93-94
In _,'~iay 19'01,-%.ntiuchno-tekhnicheskoye soveshchaniye po dif'Luzionnoy
sv:rke v vakuume metallov, splavov i nemetallicheskikh materialov (Scienti-
fic and Technicel Conference on Vacuum Diffusion '-.7elding of Metals, Alloys
and Nonmetaliie Materials) was convened in Moscow by the Nauchno-issledo-
vatellskaya laboratoriya diffuzionnoy svarki v vakuume (Scientific Research
Laboratory of Vacuum Diffusion '!',elding) jointly with the "Illoskovskoye ob-
lastnoye pravleniye NTO Mashinostroyeniya (hioscow Oblast Board of the NTO
of Machine-Puildin-). Three hundred delegates from 117 Soviet enterprises,
sovnarkhozes, scientific-research institutes and OKBs attended the confe-
rence- Profebsor Kazakov, Head of the ~"cientific Research Laboratory of
Vacuum Di-fusion ',"'eldin.- and author of the method, reported on "The present
state and future prospects of development in vacuum diffusion vielding".
Card 113

S/125 61 000/010/014/014
A scientific and technical ... D040/Dll2
The method is coming into use for scarce and difficult-to-weld metals (ti-
tanium, Wntalum, tungsten, molybdenum, zirconium$ beryllium, niobium, ger-
manium, etc.)) and for joining metals of a different nature, cermets and
ceramic alloys. Together with industrial plarj;s~ the laboratory used the
method in the production of molybdenum disilicide heaters, parts for elec-
tronic and mercury devices, brake sectors~ 3hank-tool parts, etc. A.Pz
Ohishk-ova, Candidate of Technical Sciencesi and B.A. Meyler, Engineer, re-
ported on "Welding tool-parts made of P 18 (R18) high-speed steel to 45
machinery steel-. The method raised the quality of the tools, improved the
work conditions, and resulted in the saving of 120 '000 rubles worth of me-
tal annually, at the zavod "Frezer" ("Frezer" Plant) alone . Production of
an -7 (SDVU-7) unit at the "Frezer" Plant was mentioned. P.I,
Shestkov, I.S. Zolotarev and A.S. Novgorodov, Engineers, gave a joint re-
port on the applic-,'tion of vacuum diffusion welding for the production of
molybdenum disilicide heaters, which had to be imported up to 19060. VtNI
Molseyev and B.T, Krysin, Engineers, i-eported on I'Vacuum welding of bimetal
parts (-_-tit iron + stoel + cast iron) for brake shoes and friction discs of
high-spee(I machincs" and utated that the metnod riil make it possible to
improve the
mechanizi, -.nd automate the production of bimetal sectors-,
Card 2/3 V

8040
134000 sov/112-6o-2-4.loo
Translation from: Referativnyy zhurnal Elektrotekhnika, 1960, Nr 2, p 216
(USSR)
AUTHOR: Sokolova K.N.
ro
TITLE: A Distributive Time Code Telecontrol-Telesignallin Device of
a Short Operating Time
PERIODICAL: Tr. Vses- n.-i. in-ta elektroenerg., 1958, Nr 7, PP 115 - 130
ABSTRACT: A distributive teleuontrol-telesignalling devic-e VQ91-51/r_4is
described, in which the time selection method 1's-i-sedthA is
commands or signals are transmitted by prolongation of a pulse
or an interval in a series. To increase the capacity of the
device an one-step group selection combined with the selection
of the character of an operation is applied. The capacity of
the device consists of 64 telesignalling objects, 16 control
objects and 3.5 telemetering calls. The full transmission time
of a command or signal does not exceed 1.3 - 1.4 sec. In a
command transmission the object selection is realized by pro-
Card 1/2 longing the interval and the group selection by prolonging the

804~3
SOV/112-6o-2-4.1030
A Distributive Time Code Telecontrol-Telesignalling Device of a Short
Operating Time
pulse. In an information transmission the group is selected by prolonging the
interval and the objects by prolonging the pulse. In the device, when commands
are transmitted, quantitative checking the cophasality of distributors and a
numerical method of protection are applied. The protection of telesignals is
realized by checking the number of group pulses and by measuring the duration
of an interval. An analysis of possibility of raising the operation speed of
distributive time selection devices is made. The block diagram and the
principal assemblies of the device are described. Since 1955 there are 5
sets of VRT-53/r in use. Eight illustrations.
V.Ye.Kh.
Card 2/2

KANEVSKAYA, S.M.; RADZYUKEVIGH, T.M.; KITAYEVA, L.N.; SOKOLOVA., N.N.
Introduction of a rapid drying SM-l binder. Lit. pro-izv. no.10:
5-6 0 '63. (MIRA 16:12)

SOKULOVA, N.N.
Feeding habits of the common cormorant in the Volga Delta. Vop.
ikht. no.5:170-185 '55. (ML-aA 9:5)
1.Astrakhanskiy gosudaratvenWy zapovednik.
(Volga Delta-Cormorants)

SOKOWYA, N. N.
N. N. Sokolova. L. P. Gmid "Uomparative Fetrography and Mineralogical Analysis of I)ev-
onian Deposits in the -Krasonkamsk and Kizel-Koswa Regions and in the iiegioa of the Basin
of the Chussovaya River,' Dok. AN, 54, Nos. 4-5. 1946. Mbr., Inst. Mineral Fuels, Dept.
Tech. Sci., Aced. Sci., -1946-.

f Devonian
, and Ckuwvsk
r a. , end L. 11. Gmid. Trudy 1-51.
.~r
aftj 3 _ _I
A kj~ R. 1. No. L, _ _33(1949).
M. flo,'01
811"
I 'ii -2-

1 fALI-offl-fivo-", illor"ll o- tcheck i (,, Unnl e dovnr [yo (iovonsiklkh otlozhen4v
noy i.Onrll T priloilf!yu qhchlkh v m4Y s yuc?n rnyonnv chbilovskoy T lknyhyshevsvoy
ol~lpstey. trucly ir-~;Tc~ rit-PLI (,qknrl. N.iuk:ir,7~0, 'T. 1. vjT). 1,
-,v
Lib3 j
10~9

ICIF"I Lc,".-~ ,, , N, . " .
Z
30
i
%f tilf" L,A!Vorlian de oslts )f th~ "(-,Iotov Ural reqiar! and the 1),,,,'egeocrzltlhy of
the of their tion. I-,,d-vo Alraderri-ii wluk 1952. 177 P. map3.
( ~ I.-! F14,19)
-