SCIENTIFIC ABSTRACT SIMONGAUZ, V.I. - SIMONOV, YU.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203020010-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

212 026 UNCLASSIFIED PROCESSING DATE--020CT70
ACCESSION NO--AP0106910
.~ABSTRACT/-EXTRACT--(U) GP-0- ABSTRACT THE ADHES[VE STRENGtH OF EPOXY
RESIN ED-5 Al) (MODIFIED WITH DCG-1,AND HARDENEn WITH
POLYETHYLENEPOLYAMINEI,STAINLESS STEFL (It) PAIRS WAS STUDIED AS A
FUNCTION OF.THE HARUENING TEMP. IT) AND WITH REF. To INTEt~NAL STRESSES
ARISING DUE TO THE FORMATION OF ADHESIVE BONDS.~ THE ADHESIVE STaENGTH
WAS PROPORTIONAL TO Ti REACHING A MAX. OF 360 KG-CM PRIME2, WiEN THE
INTERNAL -ST~RESSES BROUGHT ABOUT PRESSURE PERPENDICULAR TO THE 1-11
INTERFACE. A PLOT OF ADHESIVE STRENGTH VS, TEMP, FOR THE I "DISSOLVED"
IN-11 SYSTEM REVEALED THAT THE ADHESIVE STRENGTH DECLINED, REACHING A
MIN~ AT 1000EGREES AND THEN SUDDENLY INCREASED. A P3SSIBLE EXPLANATION
FOR THE ANOMALOUS BEHAVIOR WAS GIVEN. MEASUREMENTS JF INrERNAL SrRESSES
:,_INDICATED THAT EFFECTIVE ADHESION MARKEDLY INCREASED WITH T AT LARGER
THAN 100-200DEGREE-Si PRESUMA'BLY- DUE TO.''THE FORMATION OF--- STRO,%4GER
ADHESIVE* AND POSSIBLY9 CHEM. BONDS. AT LOWER TEMPS. THE ADHES1314 WAS
INDEPENDENT OF T. THE COMPONENT OF THE ADHESIVE $TRENGTH RELATED TO
FRICTION I.E.v THE NORMAL PRESSURE DUE TO INTERNAL STRESSES IN THE
POLYMER AND THE STATIC FRICTION COEFF., OF~THE [-It PAIR WERE DETD.
UNCLASSIFIED

USSR uDc: 62,1.396.96:681.32
SIMONGAUZ, V. I.
"DiE;Ital Signal Processing to Obtain an Estimate of the Phase of the Modu-
lating Function When the Carrier Frequency is Unknown"
Tr. Maosk. aviats. in-ta (Wox~ks of the Mroscov Aviation In s t i t ut e19 TO
vyp. 201, pp 61-87 7~from RM-Radiiotekhnikai No 1, Jan 71, Abstract No
1G20)
Translation- In this paper, an eazlier work by the author ("Radilotekhnika
i,.e1ektronika", 1969, No 5) is extended to the case where the carrier
frequency is unknown. The theory of digital processing, of FM and AM
signals is outlined. An algorithm is constructed for digital processing
of readings of the phase of the carrier oscillation relative to a refer
ence
voltage. Four illustrations, two tables,-, bibliography of three titles.
See also RZh-Kibernetika, 1069, liG249, s.
222

USSR UDC: None
JERVIMSHVIII, L. L., TIGMURI, G. A., SIMONISHVIII, T. G.,
UALIMIAIA, G. A., and KOVSHOV, L. F. .1_1-,_,,. - --.. -- I
"Device for Recoxd-Ang Information om Electrochemical Pauer"
Moscow, 0tkr:;-tiya, izobreter-iya, prontyshlennyye obrastsy, tol#-arn3-ye zn,-_~,i,
No 4j 1973, P 117, NO 364oo3
Translation; The item contains number registers connacted w-itth decodezs ihose
outputs are joined to shapers connected throu(_~h AND circ-_,tits vith the ir-p-lok;s
of the recor-din-, iL ich is connected irith scalirj,~; v_nd 4; ~-,clironiz-ttlxln
units,, distizz-u-ished in that, for the Of T~:Vovi(lhl,
in the 701111 of comilikletiona of pabitc, in two colors, it contaim:; an autn;,~at-lc
L-arhin,', i.,nit connect,_~sl vith the irAputs o-j" a nulling device for the nwmber
terc and' wkth controllin.-I. inputs from each of' the deco!~'lcr_-.
The device of para.~raph 3. above is dist,* nogui Shed- in t1int the CQ~Ult in-,-jt
of the channel cow-Aez- in the autoriatic narkirs linit is co.nnecte~-t, thro,~,t:L-j_
one of the del--y lirj~2s, to one a-P the AND and OR circuits -Csp-z.~Ctively, "'be
outgats of vhich art-- connected throwh a decG-Jer to the necor-A inputs oA' tl-ie
AND circuits 1..,hose output's are connected, with the otlwr in-y -Is of'
cuits.
52'

ACcEssictf iqR-. AP0366io S/02861641000/009/0035/0035
T
AUMCR: Tavadze., Fe N.;
mm. rz aeai-resistant steel ANG-15a clao' 18m No. 16ii8o
SOURCE: Byule izobr. i twar. znako7, no.
9., 1964, 35
15 steel, alloy steel
TOPIC TkWt heat resistant steel, !ur--
M: -resistant steel AM-15, containing chromi-Lia, nickel, manganese.,
ABSTW Heat
eased inechanical propert
nidbium,, vanadiun, siliew, is distinguished by incre ieet
Ccmpcnents are ccntained in the following perm-atagen: eavi)(m, 0,4-0.6;
chrcmium, 14-16), nickel.. 13-15; manamese.. 8-101 nibbium, 0,3-OA; vanadium,,
0
44-0.6; silicont up to 0&5; tum4tenj 4#5-5-5) altni-ami 6*4-0--61 aulphur, up to
0.031 nitrogen, up to 0.1$j lAosibom, up-to 0.03.
ASSOCIMCM none
ENCL: 00 6UBI COM MH
SUNaTTED1
NO IM Bovi 000 1 000
Vi

USSR Ux 547-785.5-556-3
KOLODYAZWYA, S. N. "_ SD,DL'O%l A. M., ZHELTIKOVA, N. N., au6 POZHARSKIYI A. F.)
Rostov State UniversitT~l-"s-~'Oov'_',
"Intramolecular Nitrogen Bonding in a Series of I-Substituted 2-Ardnobenzinida-
Riga, Xhimiya Geterotsilaicheskikh SoyedineniY, 5, MaY 1973, PP 7-14-715
Abstract: Compounds of the type 1-aryl-2-aminobenzimidazol (1) form, in
addition to the intem, olecular bondsA intramolecular nitrogen boyidinG which
occurs in the o-position of N-aryl radical and leads tQ the formation of
dibenz Ia,g] imidazo [2,1-C1[1,2,4,] triazines (11-V as. follows:
i--R
N-A'N
The ring closure occurs smoothly in concentrated H3PO,,., the presence of 11-1 S%
results in the formation of 5- and 6-azobenzimidazols. A netdiy! group in the
m-position on the N-aryl radical facilitates the ring closure. Elemental
analysis, IR data, physical constants, an& molecula:r vreighto a-xe given,

USSR UDC 547-785.5-821-07
POZHARSKIY, A. F., RIVIOMOl V. V., KOLODYAZHNYYt YU. V. ,
Rostov State University, Rostov-na-Donu
"Relative Reactivity of the Pyrindine and Benzimidazole Systems in the
Chichibabin Reaction!4
Riga, Kh1miya Geterotsiklicheskikh Seyedineniy, No 9, 1972t PP 1252-1263
Abstracti Some I- CL (or )-pyridiyl and I- d (or Y )-pyridylethyl-
benzimidazoles were synthesized and their -reactivity to methyl iodide and
sodamide was studied. The results are discussed from-the point of view
of basicity, the magnitude of the dipole'zoments, the mutual effect of
heterorings and the distribution of electron density in them, calculated
or estimated from the relative position of the chemical shifts in the para-
magnetic resonance spectra. The bonzimidazole system enters Into the Chichi-
babin reaction appreciably more easily than the pyridize systam. On the
basis of the paramagnetic resonance spectral data for bases and cations of
pyridine and benzimidazole it is proposed,that this phenomenon arises fron
the high degree of polarizability of the,OwN bond of the benzWdazole by
conparison with the 0-11 borA of the pyrl#ne an their coordination with
NaNH.. The protonation point of compounds I and 1I
1/2

2/2
USSR
POZHARSXIY, A. F. et ale KhWya Geterotsiklicheskikh Soyedineniyt No 9,
1972, PP 1252-1263
the nature of the interaction of the imidazole and pyridine rings in N-pyridyl-
benzWdazoles and the reaction of N-pyridylbenzimidaooles to sodium amide
are discussed. The procedures for synthesizing a number of the indicated
compounds, the method of jaeasuring the ionization constants, iaking the para--
Wnetic resonance spectra, performing the quantu=echaalcal calculations
and determining the dipole moments are described.
38 -

USSR UW 54.7-785-5'786.07
M- T-PA!(j, Ye. B., CHU-11, N. K~, SIMNON. A. M., and i%IMCGLTIIITCM~NKO, N. V.,
Rostov State University, Rpstor-on-Don
"Studies in the Field of Benzimidazole DBrivatives. XXIrIII, Smthesis c-)-r Some
3-/2 ' -Banzirid--7,o!3,1/i-so-.~cazoles"
!u1
Riga, Knimiya Geterotsiklicheskii-Oh Soyedineniy, Wo 6, J 1 P.P 812-B-15
Abstract: I~i the chlorination of the oximes of
and of its 5-=thyl arid 5-nitro derivatives, the hy,-4raphloddes of the Corres-
pond~'_Ylg chlorides ve-xa sylithec'i"t"I. 1;itratiw,
of the oxirtcr- gmvc acids.., nue prcdactls of the two
conversions reacted with acetyl- or benzoylacetone in teie prescrica of
forrung 1', 5'-substit"ted

USSR W.' 547.781 - 5.785.5
FILIPSK= T. P.1 POZHA.RSF.TYJ A. F., Fw-'O1BV-k V. N.
J S11"I'Mill .4. 1.1., and
ZVEMINU111Y E. A., Rostov State University, Rostor-on-Don
"Derivatives of I-Adazole Co-it-aining- Potentially !~ibile Gmips at the N I Atom.
es"
VI. Some 2-Amino -Derivatives of I-Aralkyl- and 1-1-1a.-thmr
Riga, nirdya G eta rotsikliche skikh Soyedineniy, ITo 6, Jun pp 60,0-Pll
Abstract: By -reacting benzimdd-azole With 'benzy-1 chlorides Lrd the
Ag salt of benzinddazole with benzhydrylchloride, 3 -ara1.kylbz!nz-i r.,Adazoler'
(1) were'atained, in'v,~ ~ ech R,
-('-?'2 -C L' cmm' -CH~' C P', Bv e
e2:
"2
action of NaIN1,1 on coz-ourOLs 1, nositi.o.
n aninc~ 6-011-P I'm!: inti, n 2 of'
tlie- bearzinid-ai6le nucleus. In -this j7zanner, the
(11) derived from I were 3ynthesized. By reactinp- Vae Wa salt of 2-aminobenzi-
midazole -with :--athm~-Ahyl &I-oride, (III)
Ims Ty-repared. Compounds II-Ill were r-:Lmuired for the Ztnne:mtion of highly
rea-ctive 2--aminobenzimidazole anions by
the z-duc-ive cle va-e of the N-P bond
vith Fa in licuid Ird 3.

Polymers and Polyzerization
USSR uDo 678-049.9
VASnOOK, YU. I., KOITOPLUN, B. A., LACUNOVA, V. if., 1101f0mv
POSHARSKIY, A. F. , AVEMNA, E. A. and. ADRSYCMY%,OV
"NovelAntistatic Agents for Plastic"
Moscow, Plasticheskiye b1assy, No 10, 1971l pp 111-13
Abstracts -Results are reported of a study of the antistatio efficiency
of iml4anolinium bromohydratesp sodium *alts of imidazolinium hydroxides,
and adipic salts of Wdazolinium and pyridinium after deposition an the
surface of low density polyethylene, high density polyethylene, block
polyethylene, and polymethylmetacrylate as well as with introduction of
these agents directly into the polymer mats. It has been deteraLned that
deposition of these substances on the surfaces of polymers decreases the
specific surface resistance at 20+- .20C and relative bumidity,65 t 35~. The
sodium salts of the substituted 13idazolium hydroxides axe eappecially effective
in lowering the surface resistance. Addition of 1-4 weight-% of the investi-
gated antistatic agent directly into the polymer mass hats practically no
effect on the mechanical properties of lowdensit~y polythyleno; high density
polythylene shows a lower reiative elongation at the tearing point after
addition of the antistatic agents.
1A

V, Ss,
UL'C 547
-859-7f785-5:543-4-6
S.
IC'
1;t-TRYAK A.
Unive
Of Pt'. rsi.,
rir~ Ire. 0l
Y.LT
rn~-,d : "I
2
'~,,eir I-Lida -A '2O-deriva+j,,,,,
p
-'loniY, No 6
JI-1 71, Pp 807-8.1-,
'lor
~:d ~t-c-anicaj caj
and u-1-traviolet
that 2-arunoo.ri
17
T touard
a
Z, i s ri c
Ud ~)-W'rdnoderivatives
0 n,C ed. 027 l4vear naphtim-ldazoles.
"'he-ij, ~17-electr
On structure.

USSR UDC 547-831'781.1
KMISTICH, B. I., KRUCHININ, V. A., POZHARSKrY, A. F.., and
Rostov-on-Don State University
Effect of the Basicity of Aza-groups on-the Course of Nucleophilic
Substitution in Imidazo (4,5-fl quinolines"
Riga, Khimiya Geterotsiklicheskikh Soyedineniy, InTo JIU, 71, lip 814-817.
Abstract: IDiidazo (4,5-f] quinoline was selected as a model Compound becuase
it contains two T)otentially active centers with respect to the nuclec-philic
ly positions 2 and 7.
reagents such as phenyllithium, sodamide, ~- narie. It was
established that the quinoline nucleus is more reactive tQwardn these reagents
than the imidazole nucleus. An assumption was stated 'Lhot the course of nucloo-
philic attacks is principally deterrdned by the relative basicity of the aza
group. The nucle-ophilic attack occurs ant +he carbon atom adjacent to the more
U
basic nitro6en atom. Vnis ass=mtion was wapported by malecular orbital cal CIA-
lations and pKa, values. The positive charge or the energ,". of anionic localiza-
tion. on C2- and C7- atoms in a neutral molecule appear.to,be of no consequence
to the course of nucleophilic att-ack.,

13NOV70
-1i 2- UNCLASSIFIED' PROCESSIN6 DATE-
-T,ITLc--CHc-I:AT7- CC.'49('jUN0S At~ENEAZ0,2,LMIDAZOLES. EXAMPLE OF
C.-~4PLEXES WITH A .'-IrTAL CilrLATE JUNC TIC,' -LUS 4.4 TYPE -U-
q., PGI NT OF THL i~ J
A.D., KULNETSOVAt L.i., AtwPechmbv, YU.P.,
0-.Alt Slt4j.-JlWJ -A~.M*
- - N311
~:-C.d-ONTRY 3F INFO-7
--LH. 03SH. KHIM. 19701 40(3), 7 10-
SOURCE
j-':31ATE PUBLISHED ------- 70
TQIC TAGS-0,RGANIC -Ar"OLE. COMMPOUNUt ORGANIC COMPLEX COMPOW".0, ACE-TATE,
01POLE, MCAENT, erROMINATED- ORGANIC CompoulNul HETEROCYCLIC OXYGEN
to P CU m NATIVE, MCLECULAF STRUCTURE.
3 ENZ EN EDE9
-CONTROL' MARKLNG--i"10 RESTRICTIONS
DOCU-14ENT CLASS--UtICLASSIFIED
.:-PA,0XY REEL/FRAME--3004/202Z STEP NO--Ufi/0079/70/040/003/0710/0711
CIRC KCES~10.l MG-AP0132282

Oil UNCL ASS IF I ED PROCESSING DATE--13NOV70
C I R C, -_A C C E S S' 101*4 IqO--I%P 0 13 2 d2
:ABSTRACT/EXTRACT--(U) GP-0- ABSTFACT. A 2:1 MIXT. (MCLAIR) OF
APPK
AkE,1jF,1Q1-,p,2,111fDAZC;LES A140jPkIATE METAL ACETATES I,',) ME-31i GAVE 1 11,41
NT GIVFN) ' NI PRIME POSITIVE POSITIVEY 6RO-dN,
COLORt AND DIPOLE MOMEN
~_3*18; C3 DRIME POSITIVE POSITIVEt GREE;1, 4.40; ANO 11: CU PRIME
POSITIVE POSITIVE, YELLOW 3ROwNt 2.04; NI PkIME PosmvE POSITIVEP RED
3.43; CO PRIME PIOSITIVE PUSITIVEj BR Gsilq? 4. 7 6 .IN THE SOLID
'ME,',IT# IN
-STATEJ IEVIOENTLY THE STiWCTURE OF I IS A TETRAHEDRAL A-~RANGF
'GLES TO THE OTHER ABOUT THE
WH I CH HALF OF THE 1jJL- IS ROTATED AT RIGHT At,
POSSIBILITY GF POLY-11ERIC 0CTAHEVkA1_ STRUCTURE FROM
,.,,..,H0RIZ0NTAL AXIS.
-.FURT14,FR COORJINIAT 10-N OF THE 14ETAL [TH THE N PRIME3 AT03M OF IMIDAZOLE IS
'ALSO POSSIBLEY HOW*EVER- FAC I L I TY,'.: ROSTOV.-,NJ',.-D0f,,U GUS. UNIV.,
~RoSTOV-01,4-00,,Jo ussk.

1110 UNCLAS s I 1~ PRUC S S V"- U4TF--
ff L E'-- SYN ToL S I SuF 5 r f iY L TH IJ AANJ 5 1 l4t.RCAPTO JL-MVATIVES 0 1-'
m
'~IJAZGLE -LJ-
A. UT U P% (C3J-SlMCN0Vp A.,'-'.# SAYAPIN, V.G.y S I UE4