SCIENTIFIC ABSTRACT NAZAROV, V.I. - NAZIN, A.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202210005-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

m

USSR UDG 621.922.34:666.233
GINZBURG B. I., Candidate of Economics, INAMOV, V. I., engineer, Superhard
stroydormash
Haterials Institute, and 1,11KHAYLICH, 4" L
C~M-Union Planning, Design and.TechnologicaL.Institute of'Road Machine
Building)
"Utilization of Synthetic Diamonds by the Branch. Ent-erprises"
Nos cow, Stroitel'nyye i Dorozhnyye Mashiny, No 3,
March 1971, pp 36-37
Abstract: The use of synthetic diamonds bythe enterprises of the Ministry
of Constructioni Road and Utility Mach-Ine Building has been investigated by
the- Superhard Materials Institute. The investigation showed that 89.1% of
ynthetic diamonds were used in -the form of cutting tools,~ 2.6% in powder
a-
form, 8.3% in the form of paste. The usa.of.synthetic diamonds resulted In
an,increase of the cutting tool wear resistance by 1.1 to,3.0 times, improve-
meht of-finish of machined surface, increase.'of productivity by' 7 to 30%.
The total consumption of 147,000 carat of synthetic- diamond res.ulted in
savings of 352,400 rubles.
1/2

USSR uD c: 621-370'. 4:621.391.82
NAZAROV, V. I.
-.~"Error Probability in 5ynchronous Detection Of Phase-Keyecl Signal5l'
Hoscow, Radiote!&ffdka -i Elektron-ika, Vol. 16, No 6, Jun 71, PP 1CI77-1080
Abstract: A method is proposed for determining the probabiLity of errors at
the output of a synchronous detector when a.sinusoidal signal of frequenc~y
RQ) arrives at one input (the reference voltage) and a2 additive mixture of
Gaussian noise Twith zero average standard deviation (r together with a phase-
-yed signal of the form
Ar
M
f.4,
is sent to the other in-out, where i and N are the serial -number ard total
number, of segments of the sine curve (elementary s~nal pa.ckets) of duration
Rw and uci(t) are the instantaneous va ue of the voltage of the
U
0
1/2

USSR
NAZMV, V. I., Radiotekhnika i Elektronikai Vol. 16, No 6, jun 71, PP 1077-
1080
signal and of the i-th packet, R is the multiplication factor for carrier fre-
quenqj (i , ti ~ to + U - l)-co, and t is the initial phase of an elementary
packet. This signal in turn is the-result of, multiplication of,the carrier
frequency (and all components of thefrequeficy spectrum) o~ a signal with
deterministic (rotating) phase of the form
r120(t)- VUsintco(8-1j)+
by the coefficient R,,jnc_[n,m3, where ~.o and tp?-T are resPectively the in-
formational and deterministic components of the pnase. The probability of
errors at the output of the phase detector is determined for various Rmin. It
is assumed that n positions of the keyed phase code are used for transmitting,
information, and m positions are used for designating the boundaries of ele-
mentary packets, code coidbinations or groups.. -Special cases of four-phase
(m = Rmax 4, n = 2, Rmin = m1n = 2), six phase (m =. IRMaX 6, n = 2, R"'in
and eigbt-phase (m 89 n 2o R-min 4) initial signals ara Wnsidored.
2/2

USSR UDC 621.391.17:5211.376.11
~'AZAP
ZOV, V. I.
IlGroup Synchronization of Systers for Discrete Inf onziation..Transmission by
the Rotating Phase Mlethod"
1-loscow, Radiotekhnika, Vol 25, No 8, August 1970, pp 1-9
Abstract: Intensive research has been going on in tT,-Ie Soviet Union and 'foreign
countries to find new methods for tfie~ Zroup synchronilzati -n ot comr.,.unication,
telemetry, remote control, and data tra-ism�saiuzv systens. lie need for this
research is occasioned by the slotniess of information transmisz5ioii unider present
modes of synchronization and the complexity of the equip.,.,ert required for cor-
relation techniques, electronic.memory, and logic. This paper represunts a
further estimation of new methods for group syrchronization of discret:e com-
-ase and frequency ranipulation, base' on tic rotating
munication systems with ph
phcse. principle. The author discusses the formation. of phase-mani-pulated
on of the group syn-
signals with redundant manipulation coding, the detect.-
'ronization signal at the reception end, and three -methods for the reception
c
h
of rotating phase signals, and proposes a receiver, shown in block (Hao-ram
form, for these signals. lie Hrds that the,rotating phase i:et1,-1cd is effective
in single- and multichannel systeaLs as we'! as broad-band signal systems, and
asserts tnat it can be realized by simple techniques specifically applicable

USSR UDC, 621-373.826:772.99
BIMYAK, G. V. , ZAVITIVENICH, Yu. V.p MIROVITSM, D. I., ITAZAROV)
V and SAI-ISONOV, G. A.
T
-ions of Ligh+, Dispersion With Models"
"Some Holographic Investigat
Moscow, V sb. X Vses. konf. -pq ras-,)rostr. radiovoln. Tezisy dokl.
(Tenth All-Union Conrerence on'the Propagation of'Radio 1.1aves;
Report Theses--collection of v=ks) "Nauka," 19'972, 323-327 (from
M-Radiotelchnika, No 10, 1972, Abstract No lOD4177
Translation: A holographic imitator of optical and infrared elec-
tronic systems, designed for studying~the peculiarities of func-
tional connections and set units, radio lines, and processes and
phenomena occurrine in radio systems, is described. The, imitator
contains a laser, a set of holographic or spatiaLnodels, a Group
of shaping and transforming optical elementsi holographic imitators
of range nonuniformities, and a receiver block. The peculiarities
of the range over which the radio waves are propal,:,nted care modeled
through a set. of functional amplitude, phase; or compley. filters.
Results are given of the detetmination of dia, Gr r,
J. b persion dia as for
various objects 'cr a signal path containing nonuniformities. A
L
method is described which meaQuxes the dimensions of the object, and
the distance to it by forming a three-beam diagram of the radiation
. - whi ch -- e dirr ection of -h;o boans are fixed whi.-- -he third -oer-
n h U
l
41f th-a. d_w,7c~otifated ob-
, U

1PROCESSING~DATE--30OCT70
112 ;01 tfFUED
W UNCtA�
_l-,l-tLE-;----CONSTRUCT ION GRADE GYPSUM CRYOLITE PRODUCTION SULFATE wASTES
u
-!_'-_,AJ_J_tH0R ~NAZAROV, V.P.
GUNTRY OF INFO--USSR
.Ji-SOURCE-STROIT. MATER. 19701 (3)t 18-19
,~--_DATE PUBLISHED ------- 70
SUBJECT AREAS-14ATERIALS, MECH.r IND*, ClV:lL,ANL) PlARINE ENG.Rr EARTH
SCIENCEES AND UCEANOGRAPHY
-TO STANDAkD, GYPSUM, SULFATE, w CA ri
-PIC. TAGS--TECHNICAL INDUSTRIAL ASTE LCIU
MECHANICAL STRENGTH, CHEMICAL BINDERr METAL 0Xl0_--/(U)605T 12557
BINDER -STANDARD
'~'.~.CCNTROL MARKING--NO RESIRICTIONS
~OOCUMENT CLASS--UNCLASSIFIEO
~:~-PROXY REEL/FRAME--1992/1649 STEP NO--UR/02281701000/("03/00id/0019
CtRC ACCESSION NO--AP0112643
UNCLASS 1FIED

PRO ESSING DATE--30OCT70
UNCLASSIFIED'
i~CtkC ACCESS ION NO--AP0112643
A.BSTRACT/EXTRACT--(U) GP-0- ABSTRACT* THE CHEM COMPN. OF THE WASTES
-':WAS: CAD 30.16; SO SUB3 47.73; SIO SUB2 1.21; FE SU62 0 SUB3 0.28; AL
-SU62 0 SUB3 0.95; MGO 0.77; CRYSTN, WATER 18.6PERCENT. THE CONTENT OF
ICASO SU84 ZH 5U82 0 WAS 86PERCENT, UEHYUKATION TOOK PLACE AT
IN A BOILER OF 30 L. THE STRENGTH OF T14E SAMPLES MADE FROM
WASTES,WAS.30-60PERCENT HIGHER THAN THAT OFGYPSUM CASTS. THE WASTE:S
CAN.ALSO BE ADDED TO A BINDER MADE.OF GYPSUM STONE SINCE THE STRENGTH OF
GYPSUM INCREASED IN THIS CASE BY 40PERCENT. UNDER INDUSTRIAL CONDITIONS
THE WASTES-WERE PUT INTO SHAFT MILLS WH~,RE THEY WERE GROUND AND DRIED.
JHE.MATERIAL HAD THEN A TEMP. OF 60-90EGREE-5 AND WA$ PASSED TO GYPSUM
-40DEGREES.
OF 15.14 PRIME3 WHERE THE PROCESSING TOOK PLACE AT 125
-,-THE BINDER THUS OBTAINED iiET THE REQUI.REME.NTS.OF GO-ST 125-57, ITS
STRENGTH WAS EVEN HIGHER.. THE USE OF SULFArE WASTES.IN A MIXT. WITH
--GYPSUM STONE WAS MOST CONVENIENT. INTOJHE.HOPPER 1 LOAD OF BOTH WAS
_::~FED. :-THE METHOD MAKES IT POSSIBLE TO OBTAIN CONSTRUCTION GRADE GYPSUM
:;-_-,;OF.:lST QUALITY FROM GYPSUM STONE OF.3111310VALITY CONTG. CASO SUB4 2H SUB2
0'. 0 F' 65PERCENTO
L A S S IF 1 E-0-

USSR UDC: 533.6.011.5:518.5
IVANOV, M. Ya., IMAYKO, A. N., NAZAROV, V. P., Moscow
"Some Results of a Numerical Study,of Unconve Intional Plxnes of Ideal Gas
Moscow, Izv. PIT SSSR-. Mekhanika Zhidkosti i Gaza, No 4,.Jul/Aug 72, pp
102-109
Abstract: The authors give the results of an investigation of supersonic
s of an ideal (inviscid and thermally nonconductive) 6as escaping into
it
space vith reduced pressure in caser, where the cross section of the Jet
at the nozzle tip is noncircular. The study --a based on numerical inte-
P it -
gration of equations of three-dimen*ional supersonic flow using - con
tinuous" dif f erence method of computation ~vhich enables f law calculation
without isolating the shock waves which are typically fcrinaed Ln this type
of problem. Principles governing the behavior.of nonstandard.exhaust
plumo-s are- given for nozzles with.elliptical and nearly i-ectangular output.
Calculations were done on t~e "BESM-6" coq!puter.

-341
UEC 547
TJSSR
NURTMOV, S. KEI., ISMAGILOVA, 11. M.,_NUAHM4_Y.._&_t._ZYKOVA, T. V.,
SAIAMMIN(Mr., R. A.J. SULTATTOVA, R. B., and TSIVUNIN, V. S.,. Kazan' Chemical-
Technological Institute Imeni S. M. Kirov
"Reaction of Aryl- and Diarylchlorophosphites With Cyclic Katonen"
Leningrad,, Zhurnal Obshchey Ehimii, vol 43 (lo5), No 6., Jun 73, -PP 1251-125k
Abstract: Phenyl- and diphenylchlorophosphites react ~with eqtiirx)lar quantities
of cycloliaxanone and cyclopentarione upon heating to 130-15r;3 for 17-20 hrs
in a cloced system, yielding flie respective astert; of cyclohexen-l-yl(cycio~
Ponten-l-yl)phonpl ionic acids. The (Uplionyl enter:of cycloliaven-1--y1phoiphonic
acid (1) reacts 'with phosphorus pentamx1ride -convertiriG Lo blie thiophosphonle
acid derivative. Bromine adds across the double bond of (1) pro.~acing a di-
-mide which can be dehydrobrominated to diphenyl ester of 2,6-cyclohexadiene-
~bm
1-ylphosphonic acid.

USSR UDC 669.14.018.44
_NAZAROV, Ye. G., Central Scientific Research Institute of Ferrous Metallurgy
"Alloying and Heat Resistance of Alloystr
Moscow, Metallovedeniye i Termicheskaya Obrabotka Metallov, No 1, Jan 73,
52-54
p
p
Abstract: The effect of chemical composition on the heat resistance of
modern Ni-base alloys.used in the USA and,USSR was:examined. The criterion
for evaluating heat resistance was the temperature corresponding to long-
time strength for 100 hours of testing at a load of 20 ICgf/mjr,2.
The following American and Soviet -alloys were evaluated: KhN77Ty-.iR,
KhN70'OrxuT, EP199, EP202, KP99, EI826, EI 929, Udimet-500, EP57, KA-R-114-211,
MAR-M-200,,B-1900, ZhS-6, TRW-1900,.Udimet-.700, ZhS-6K Rene-100 , Ni-100.
(IS

USSR wo 669.1-5-018.44
KAZAROV YE G
"Precipitati -Resistant Alloy"
on Hardening of KhN35Mu Heat;
Sb. tr. TsMI chern. metalluraii (collection of Works of Central Scientific
pp42-29 (from RZh-
Research Institute of Ferrous Metallurgy :1970s vYP- 77P
Yletallurglya# E7o 3j Ear 71j Abztract No ~1626 by author)
5VTYu
Translationi The author studied the precipitation hardening oj" the Kh1,3
alloy in relation to heating and cooling conditions, plasttic deformition,
and:other factors. The properties of the alloy are shown after multistage
heat-treatment regimes and after one-time aging. The use of multistage
types of heat treatment tor alloys of the Khh35VTYu,typo,iz inadvisable.
Six Illustrations. Seven tables, Bibliography with sevon titles.
A

JPRS 58159
6 February 1973
MC 669.14.010.44'6
III; AS All ALLOVING FLr4E4T IN HFAT-RZSUTA1rr Al.=YS
[Art. i41- 3,~, Y~, $1, Not,r-, B. -T~'TiCh ".FT (Centra I Scientiftc
Research Instsi&9WIP
.y a. 1. P. Bnrdirz); Moscow
Metallovedenlym L.Tnmichn5kayA rbrabotka Merallov. Russian, No 3, 1972~
Nitkjcl--bzzz alloya, harJOtM41 With i4;4MQtaj1k4O th4SVS Of the typ"
.4 13 Ti, NISAI, KyAl, Tj), 1.1 314) are used extersivtly a,
Moreover. nickel forms lrit.m.tl L1d&.ctmpcun4s_ mint 1-r to the
-Y.-Phase, wi -th silicon. tin, beryllium, etc.
3 been established that the stress-rupture strenKc.h of
tt he steels
and alloys tin be increased with additives a theseelements 11-31., A
nitacnk..ty~i *lloy*'.'. ContaWng 0-5.5% TI and 1.101 Sri, has been
developed.
flowever.* lilfomation about the affect armicrdadditives of
notfeirous metals an the properties of refractory alloys is extremely
sparse and the ri ciple of their beneficiLTL action or. the properties of
A'il;;s has not geen' establishtd,
Thu Qff"t of tin on the properties and structure, cf nickel -chrome
altoy of the type Xh478T (ET435) Is discussed In this article.
Test alloys were melted in a vacuan izt=tion furnace from pure
charge materials (Table 1)..
The alloys contained 0.02-0.27% 51. 0.002-0.005% S and up to
0.01% B.
The test specimens were z"a by extrusion2 at 1.000-1.020%.

7~
USSR UDC 669.14.018.441-6
YE. G. and MASLENOV, S. B., Central Scientific Research Institute
of Ferrous Metallurgy imeni 1. P.:Bardin (TsKIChERMET)
Tin as an Alloy Component in High-Temperature Alloys
Moscow, Metallovedeniye i termicheskaya obrabotka metallov, No 3, 1972,
PP 33-36
Abstract: Widely used high-temperature materials include nickel-base alloys
strengthened with Ni Ti- Ni Al; Ni (Al, Ti);.Nillb-type intermetallide
3 7
phases. Nickel also is saia to form intermetallide y'-phase-liRe compounds
with silicon, tin, berylliumand others. Thiq,.s;tudy concerns the affect of
tin on the properties and structure of the nickel-chrome alloy lUiN78T
(E1435) alloy. The experimental heats contained 0.02-0.17% Si, 0,002-0.005%
S,and up to 0.01% B. It is shown that alloying Ni-Cr alloys with up to
Sn increases their resistance to plastic:defoimation, the strength proper-
ties at room and higher temperatures,as well as.the rupture strength at
700'C; in this case the scale resistance of WNW remains unaffected at
1000*C. Alloying Ni-Cr alloys with tin has a,.S'Lrengthenln~ effect as a
112

iid

0_A.TE`_ PUBLtSHED --TO
,~~:SUSJECT AREAS--MATERIALS
TOPIC TAGS-STEEL FEAT TREATMENT# AUSTENITIC STEELp HEAT qr:sisrANT STEEL,
~-"-'~'~,'ALLGY PHASE~COMPDSITION, DISPERSION~HARDE-NINGI.BIBLICJGRA?tiY
~'-'CONTR0LJ%AkKING--NO RESTRICTIONS
'..~VXUIMIENT CLASS--UNCLASSIFIED
STEP NO---UR/0129170'QOO/003/0012/0019
~'PROXY REEL/FRAME--19891'1938
-C,IRIC- ACCESSICN N0--AP01O8267~''-!,:
---- -- UNC iUA-!~S-f-F-1 17 !';1-: - -

USSR uDc 66q.V,.ol8 8,~: on. i8
S ntj4~Zb Re3GajG'-
NA J-11ASLEITYCOV, S. B, C,antral cir,
n titute,.of Ferrous Metallurgy Im. ~1. P.' Bardizq
s
"The Present and Fu-ure o
He
at-RGsilstan' Alloy_-"
Moscjw, Metallovedeniye, No Apr 70, Pp 16-28
review is given of develop-merits in heat-
Abstract A briel
Fe-sistant alloys durin- the last 30 years. 'fn o heat, rcsis'G,
LD
m -erials Js gove,-ned by t e fallo-wing: s-.:-en.---z;hC-n;.nG
.L etallic mau uh
o
the solid solution with.dissolution of alloying L, I'C'
and on separation of scoondary intornletRllidea bind carlbld~,-- pl.-.iasos
-h
y.. - -, L,
from it; tho grain siza of the solid 3olution; 44-aviic-s ot 04
soft
hardening and tlening; *-bability of -the 4it hir-,Iin
temperatures; resistance to scallng and brittlen-js 0
factors, the first is conatant"I while the otherri are vaTiabl,_~Js
h
and depend on temperature, time, and the nGdiwii.. Wilz. the a_iten-
sion of the service life, great; importance is a~;~tacl'ho(~ -11-o 11-1,10
esistance of alloys to gas corrosion at high tc]M,063ratu~-as, since
r
oxidation at this stage controls the efficiency.iof the, alloys.
1/3

USSR
NAZAROV, YE. G., at al., 1,~.e tall 0v ed(~, niye Ho 4,, A-~~r -0, pp 16-23
Steels and alloys with carb-Ide strengthening are lo~zjs, re.-
sistantu than alloys strengthened with intermetallidas. Primav-,,
carbides and chromium carbides.have,a hi~~h diszo>'_IU'G~.0!I "U're
Z
(11500C and higher) and 'he presencatof some of.theiii alloys
makes possible high-teraperature stronSthening. -jhases are
thermally stable and have an extendc-,d inoubatioL, -4od of 'orna-
tion. Con.'riared to inter-metallide >I t-phases, 'Che strengt",,-eninc-
effect of the Laves phases is lower. Representr'Lt_iVe Aacat -rc sio U
"tan
iron-, iron-nickel-, nickel-, and cobalt-base steels and alloys
are briefly reviewed, their main f eatures and chavai,.' eri~,tcs
de.9cribodf and doz.
-ignationa (j;qplalnod. Tables in tI-ij:~ orlig LrfI
articlo provido infonnAtion on irons and
and alloy3 and nlckol-, and cobalt-10a-a
The brand nam es, compositions, origin-, sorvico lifr;,,, and to::_:i,,~ra-
tures are also gJ ven, Refractor-baza alloys with volu,~i1--centare'd
cubic latticas, I i as vanaditzar- aild cl 10 I]IJOY3, ni-j
-Iror q.
4
described, includng, their baoic fez~turos, compoi -:I~,
olomenta, a.-Id 2orvico temperatures. llati trondziin 01c; dc;vclop~flcnz

USSR
1-TA Zj~ -i OV YE. G., et al,, Mletallovodoniye, lo Apr 70, pp 16-28
of heat-resistant, alloys both in the USSR and el 3owhere are
analyzed# high-chromium nickel alloys are noted. nesc.,_-rch in
Japanese austenitic stools and.alloys is discusqod. Gl' parbicular
interest is
the solubility of rultheniwa J.n nickel and the hi&-1
nelting temperature (15500C) of N'3Ru. Plat irrcx,._ba so alloys and
stant alloys are
radioactive elements as additions to heat-re3i. U
mentioned. Particular reference is made to alloys containing
-technetium. (melting temperatuxe 21700C). obtained in riuclear
-reactors.
3/3

177
USSR 1JDC 542.91:1661.1718.1
N
QJMV. 4 V. MUSLI'MCIN, A. A., and ZHELTUKHIN, V. F., Institute of
A7 MA-_ 2
-enysical Chemistry imeni A.
Urgan1c NO Ye :Aibuzov, Academy of Sciences
."Interaction of Bis-(hydroxymethyl)phosphinic Acid With-Phosphorus
'Pentachloride"
Moscow, Izvestiya Akademii Nauk SSSR, Seriya Khimicheskaya, No 8. Aug 71,
pp 1806-1808
Abstract: The article describes results of a study of the reaction of
bis-(hydrox-Imthyl)phosphinic acid with phosphorus pentachloride in a
phosphorus oxychloride medium at t from 60 to 100'. It wa.
emperatu res.
found that the vield of bis-(chloromethyl)phosphinic chloride, other con-
ditions; being equal, decreaspas with.a rise.in the reaction temperature,
while the yield of chloromethylphosphonic dichl6ride andimethyl chloride
ith the amount of meth which for increasing almost
increases, w,- y1 chloride M
proportionally to the chloramethylphosphonir- chloride yield. The formation
of the latter two products indicates the presence of processes leading to
splitting of the P-C bond.

f 7
USSR uDc: 621.3T2443
ZAKffARGV, A. A, NAUROVA, A. I.
"Inve3tigation of Some Modes of Operation of the Output Resonator of a
Klystron With Distributed Interaction"
V sb. VoDr. elektron. tekhniki (Problems of,Electronic Technology--collec-
tion of ;o-rks), Saratov, 1971, pp 3-10 (from, RZh-Radiot`ekhnika,, No 6,
Jun 71, Abstract No 6B163)
Translation: It is shown how efficiency is affected by the phase and the
modulus of reflection from end plates which short the decelerating system
of-the output reconator in a kl~rstrori with distributed iryl;eraction, An
estimate Is made of the possibility f I=roving the elact7-onic efficiency
0
of.a klystron with distributed interaction by selecting the electrons with
xu3Lxizm=: deceleration from the. interaction space, Five Illustrations,
bibliography of four titles. Res=-e.

.1,/Z.- 01
5 UNCLASSIFIED PROCESSIN34 04TE
T I TLE OXIDATIVE 'tHERMAL DEGRADATION OF SOME.OLIGOSTLOXANES -U-
HOR-SOBOLEVSKIY* M*Vov CHERNYSHEVI- EsA.'t LOTAREV, M,Bj, VISHNEVSKLY,
iN. NAZARDYAA- D.V.
C NTRY 0 SR
-,4--S0URC E-PL AST. MASSY 19701, (219 2 6-7
-~PUBLISHED------70'
A
E
SUBJECT AREAS--CHEMISTRY
TOPICTAGS--THERMAL DEGRAOATIONt QXIDATIONj,SIL0XANE,,,M0LECULAR STRUCTUREr
~:BENZENE DERIVATIVE
CONTROL 14ARKING--NO RESTRICTIONS
OOCUMENT CLASS--UNCLASSIFIED
PROXY RFEL/FRAME--1987/1057 STEP VO--UR/0191/70/-OOO/CiO2/0026/0027
CIAG ACCESSION NO--AP0104
455
'CLASSIFIED -
UN

-;~ ~ ~ :~ -015 UNCLASSIFIED PROCESSING DATE--IiSEP70
Wi
--AP0104455
IRC ACCESSION NO
:1--'ABSTRACT/,EXTRACT--(U) GP-0- ABSTRACT. MICROFICHC
EOF ABSTRACT CONTAINS
,--~-~':::-GRA'PHIC INFORMATiOIJ. THE OXIDATIVE THERMAL DEGRADATION OF
OL*IGCHETEROCYCLOSILOXANES, OLIGODIIAETHYLSILOXANES, OLIGOOIE-THYLSILOXANES
(1) AND OLIGOMETHYLPHENYLSILOXANES OF STRUCTURE II WAS STUDIED BY
i:-: THERM11GRAVIMETRIC ANAL. UNDER ISOTHERMAL CONDITIONS Ar ZOO-350DEGREES.
HAD THE KAXe RESISTANCE TO OXIDN.it WHERE-AS I WAS LEAST RESISTANT TO
~.-.~GXIDN* AND AOSORRED 0 AT 200DEGREES'o THE AS�ORPTION~RATE-, OF 0 WAS.
TEMP.. FOR ALL OF THE SILOXANES TESTED*
UNCLASSIFIED

UDC 547.341+5k%261 118
USSR
XOSKVA, V. V. r ZYKOVA, T. V., RAZUMOV, A. I. ,arA CHEMO-
JWOVA, L. A.# zan' Institute.of Chemical Technology Imeni S. M. Kirov
C~-Alkyl-
Substituted Vinylphosphonic Acid Derivativesi X~. Aalkoxy-
vinylphosphonic and -thiophosphonic'Acid Derivatives":
Leningrad, Zhurnal. Ob-shchey Xhimii, Vol 41, No 8, Aug 71, pp 1680-1684
Abstracto For purpose of a more complete study of 01-alkyl- Aalkoxy-
-vinylpbospbonic and -thiophosphonic acid derivatives,:dlalkyl esters of
these'acids were synthesized by1he reaction of their dichlorides with alcohols
In the presenc f triethylaminia or with alkoxides. Hydrolysis -of the esters
of d -alkyl- -alkoxyvinylphosphonic and -thio-phosyhon-4e acids (7 percent
7A
Kali so hours) gives corresponding phosphorylated: aldehydes, which were
Identified from elemental analysis, by.IR and~Mgl spectr&,~,as well as in
wthe.form of their 2,4-dinitrophenylhydrazonedf~. IR and MR~spectroscopy
data indicate the presence of keW-enal taut6merism In tbe~aldelVdes,

Phy"to ogy-
UD%j 581-02
HAZAR216. 1, G. and YEVSTIGNEYEV, V. B., Institute of Biochemistry imeni A. 11.
Bakh, Academy of Sciences USSR, Moscow, and Institute Of PhDtOSYntheSiS,
Academy of Sciences USSR, Pushchino-napOke
"Spectral Properties and Photosensitizing Capacity of Water-Soluble Analogs
of Chlorophyll and Bound With a High-P61yner-Substrate"
Moscowq Molekulyarnaya Biologiyal Vol 5, No 61, Nov/Dec ?I Pp 826-833
Abstracts In photosynthesis it is not the free pigment chlorophyll that is
photochemically active, but rather its proteinlipid complex. Heace the pro-
-e of considerable
perties of the latter and the mechaniszz by which it is formed zu
Interest. It is in connection with this problem that the authors of the present
articel a) investigated the absorption spectra obtained during the interaction
of water-soluble analogs of chlorpbyll. (chlorophynin a and1b, chlorin e, and
rodin g) with the polymer polyviny1pyr:~olidon,e.(PVP); and b) attempted to deter-
mine~the correlation between the degree of bonding of the p~gpment with the
given polymer and its photosensitizing activity.
The authors found that when the,chloraphyll arualogs were bound with PVP,
their absorption spectra showed obvious, shJft's. in the positions of.the red
and blue maxizums and changes in the intensity: of absorption, With respect

E7.~~ .... :~ . i ..! 'lr,~ IiIhniiihil Ilk-45
- 22 -
A

-V
4L
USSR UDC: 541.49:546-799-3
ffJMIN, A. A., ZAYTSEV, A. A., XMSWA, V. A.,
PETUEHOVA, I. V.
"Synthesis of (Ynthyl Phenyl Phosphonyl) Methyl Phenyl Phosphonic Acid, and
an Investigation of Complexing With Trivalent Ions of Americium, Curium and
-Promethiwd'
Leningrad, Radiokhimiya, Vol 14, No 3, 1972~, pp~374-377
Abstract: The authors studied complexing of trivalent Am, Cm and Pui ions with
an organopbosphorus compound containing two P=O groups joinr-,d by a methyl
bridge. This compound, (methylphenylphosphonyl)rethyl-pbai-Aylplios-,ohonic acid,
was synthesized. The thermodynamic value of its disnociation constant was
determined (pe = 2.04). Complexing was studied by the ion-exchanr-e method on
KU-2.cation-exchange resin. The loparithms of the constants of stability for
complexes of' Am3+ Cm3+ and pm3+ in solutions with constant ionic strength of
()-2'(NH4ClO4) were 3.35, 3-35 and 3.40 respectively, which -*;.s appreciably
higher than the corresponding values vith phosphoric and methylphosphonic
acids., and approaches the value of the constants vith trimetaphosphoric acid.
The~additional stabilization of these complexes was attributed to the chelate
effect associated with ring closure.

1/1

C:i621-396.669 8:621-396.6.029.63
USSR UD
Voise Suppression in Radiotelejlhone~Signals"
Tr. T s ITI Imor. flota (Transactions of the Central Illavy Scientific
Institute) -4o 147, 1971 pp,78-83 (from RZh-Ra-dicteldmika, No i~,
1972, Abstract -11o 4A228~
Translation: The need for noise suppression in pauses in speech
transmission is verified; a short description i.~ given, with
graphical and experimental ahalysis,of a device f or n(Tioe su p-
pression, and the reduction in the. noise, &.-X, during the pauses
1G.Tound. Tx-,~o illustrations, bibliography of three titles.
Annotation

USSR UDC 595.775
VA -1- and TIKHVINSKAYA, M. V., Biological Institute, Kazan'
University, and Kazan' State Pedagogical Inbtitute
"Fleas of the Water Vole (Arvicola terrestris) in the Middle Volga Region"
Leningrad, Parazitologiya, No 5, 1971, pp 413-416
Abstract: Thirteen species were identified among 698 fleas collected from
1,039:water voles caught in theMiddle Volga,region from 1957 to 1967.
Ceratophyllus; walkeri.and Ctenophthalmuis wagneri constituted 56 and 10% of
all the fleas. Leptopsylla, bidentata, Ctenophthalmus agyr~tes, and Amphip-
sylla rossica were less common. Only rare specimens of the other eight
species were found. The species variety was. greatest (all 13) in floodplains
of-large rivers (Kama, Vyatka, etc.). These floodplains;are natural foci of
'tularemia and the destination of seasonal migrations of the voles, which
exchange parasites with other small mammals in these regioas. Water voles
are highly sensitive to tularemia and:their.fleas, can harbor and spread the
disease.'. It is suggested that in years whenthe voles arelparticularly
numerous, their burrows should be poisoned in order to destroy both the
rodents.and their ectoparasites.
f Ce

USSR UDC: 519.4
NAZAROVA, L. A.
"Representations of Large arrays of Infinite Type"
Moscow, Izvestiya Akademii Nauk SSSR: Ser. Matematicheskaya, Vol 37, No 4,
'Jul Aug 73, pp 752-791
Abstract: The author describes representations of large arrays,(P. Gabriel.,
Unzerlegbure Darstellungen. 1, Manus. Math.,,v. 6, Fa.sc. 1(1972), pp 71-10~)
which do not contain problems on reducing.& Matrix pair by similarity trans-
formations. Gabriel had noted that a set of large arrays,of finite type coin-
cides with a set of Dynkin schemes without double connections. Moreover, for
each such large array there is a puzzling Mutual one-to-one correspondence
between the set of its undecomposable representations and the set of positive
roots of the corresponding Lie algebra. Gabriel recognized thatthis relation
was not accidental but mas unable to find the explanation., Corresponding to
the.large arrays examined in Nazarova's paper are expanded Dy.-Jcin schemes
Wl
'thout double connections) which,-in turn,-havie correspohding, simple,
(infinite
-dimensional) graduated Lie algebras of finite ine~rbase.

USSR UDC 534.285
ABRAMOV, G. V., NAZAROVA, L. A.
"Calculation of the Distribution Funct-ions for -the Intensity and Phase of
an Ultrasonic Field in the Aperture of Planoconcave Elliptical Lenses and
Reflectors With Exposure From an Isotropic Emitter".
Tr. Kuybyshev. aviats. in-t (Works of the Kuybyshev Airlation Institute) ,
1970, vyp. 44, pp 3-12 (from RZh-Elektronika i yeye Primencniye, No 6, jizi
71, Abstract No 6A389)
Translation: The authors consider the intensity distribution function of
an ultrasonic field in the aperture of a p1mocortcave lens, and derive ex-
pressions which account for the following factors: ch~urges.in the cross
section of the tubes of energy.in the i6cide nt and refracted iraves, tran-
sition through the refracting interface,.transition through the flat inter-
face, and attenuation with propagation in the mediumi and in the lens nza-
terial. Graphs are given of the intensity distribution function in the
aperture of planoconcave elliptical lenses. These graphs are plotted by
using expressions derived for lenses made from aluminum, brass, pleyiglas
and polystyrene. The maxim= phase error is given as~& function of the
1/2

ABRAMV, G. V. , NAWROVA, L. A.,.Tr. KWbyshev., aviaf:i. in-t, 1970, vyp. 44,
pp3-12
ratio of the wave impedances of the lers material and the medium, and the
phase lead is given as a function of lens thickness., it is noted that the
phase distribution function for a quasiplane ultrasonic field of a reflector
depends or. the accuracy of making the reflector profile and on the precision
h
with which t e phase center of the~eirdtter is set on t1he principal focus of
the system. Eight illustrations, one table, bibliography Of five titles.
L K.
2/2
58

UNCLASSIFf PROCESSING UATF---l3jNl)V
U_ER KNA -v; V H
'ITLE-COMPLEXES. OF M F SE.',j T PAOT~L:il NIN T H E PU L YR 13, S LjA A L I C),'q E
-.PLjl,,,,T -CELL EXTRACTS -U-
M.A. NALATZOVA, L.M-, 13 LEMISHEV A. B.
'CGUNTRY OF INFO-USSR
tE-~-VESTN. AKAU. NAUK KAL. SSR 1970, 26,3)~ 56-8
,Q~A.,E:.PUDL ISHED ------- 70
asuf r AREAS-SWILOGICAL AND ?4EQ [CAL SC I ENCES
TAGS--.RN.At :PROTEN"It R190SONEv, PLANT PHYSI,)LOGY,, U V
~SPECTROPHOTOMFTER, RADIOACTIVITY IMEASUREMENT
Z-ONTROL 14M~K I NG-NO RESTRICTIONS
:06C 0 P'. F N TCLA S 5--U:NlCLA z5o". I F I E D
*PROXY REEL/FRAME-300210470 STEP NO-UR /00 3 1 70 02 00 3 0 056/ 005 8
'CIRC A'CCESSION N0--AP012.'3040
U'1-1 j
01

:'PRCCESSING DAT E-- 1 3-"IUV7 0
ur, C- ACCESSION t,10--AP0128040
-W.T--,U) GP-0- A6STRACT. SHOOTS OF P I SUM S AT I
~,A aS TA'A C fEX T R ilERE
IN -A-ii SUI-12 PRIME32 PD SUB4 FOF U :HR. AFTre-'k:;sl*lRi-.l.,,4G 1.',l
--%BUFFER 0. 5,4 SUCAOSE, 0.05M TRIS, 0.07M PIGCL SUB2 0.025M r~-CL, 0.005t-,,
--MERCAPTOETHA140L)t PH 7.6 SEPD. FRACTLONS OF RlaoSO14ES WERE 06TAINED 13Y
CEN ~IFUGATION AND ULTRACENTkIFUGAT.10N. RIBOSOME FRACTIONS wFRE STUDIED
UV. 5PECTROPl-l0TOi'-)EkY AND PADIACTIVITY MEASU'EMENT. .THE HIGHEST
-~-',-RADIOACTIVITY HAS FUU111) IN HEAVY R1110-SOMES.' MOM AND! POLY106USOME
';.-':-;C0f4P0NENTS AWITH THE ACTIVITY OF 1.50GP , 1.4601~ AND 1.391) G-Cl-l PRIME3 WERE
DETECTED. IT 14AS CALCO. THERE ARE COMPLEXES OF -MESSE"GER RNA ',,IITHI
-CALISE FREE
'N A T OF PROTEfIllt r3c
PROTE I NI NRATI10 OF 20 PEkGFNT k-80PERCEr.
P NA JIA STHE ACTIVITY 1.800 G-Cf'l Pl~ I ME 3
U NL A S."S I f- 11)

USSR
VASIL YEV, L. A., KURAMSHIN, T. A. UA&AAQ",MWL16P. and
TRAVNIKOVA, L. I.
"Measurement of Pressure of Light and Aerodynamic Forces
Acting on Complex Shape Body in Free -Mo'le'cule Flow"
Leningrad, Aerodinamika Razrezhennykh Gasov, 1970, pp 113-118
Abstract: The principle of the rnethod is to,measure the intensity
of reflected light from an. illuminated,body.,in all directions in space,
~k,
then:to calculate the pressure of light force' by integratirig the inten-
sity of light.
A model of the body to be investigated made of the same material
is placed on a gimbals mount,: it is illuminated by a collimator
mounted in a fixed position relative to,thelmode'l. The model is ro-
tated in all directions relative to a statioha'ry~ photocell located at a
ei
distance exceeding 50 times the size of th~ -model. Thejntensity of
eflected light measured by the photdcell is, integrat d by means of
r
a computer.
1/2

- 17 -

VSSR
UDC 615.285.7.015:551.581(213)
ATABAYEV, Sh. T., KHASANOV, Yu. U., and NAZAROVA L. S., Candidates of Medical
Sciences, Uzbek Scientific Research Ins itationt Hygiene, and Oc-
.,--.,.eupationn1I Diseases
'tPersitence of the Pesticide Aldrin in a Hot Climate,"
-Moscow, Gigiyena i Sanitariya, No 4, 1970, pp 108-109
Abstract; Aldrin is used in Tashkent, Andizhan, Fergana, and Khorezoi oblasts to
tton seeds and control various insects. 'The pesticide tends to disappear
:,treat co
fairly quickly in the upper soil layers due to the effect of bigh temperature
'(decomposition), microbiological processes, uptake by plants, and removal by ir-
.'rigation. However, it was found to persist in the.70-100 cm layer for 5 years
more. The amount persisting varies with the soil group. The, residue is
greater in meadow-bog soils than in clayey or sandy soils, because there is more
organic matter and, consequently, greater uptake of aldrin in the former than in
-the-latter. Aldrin constitutes a health hazard because soils sprayedvith it or
aoils.in which treated seeds of plantsare grown become a seconditry source of
pollution of open bodies of water, which are usedby ajarge part of the Uzbek
population for drinking and household purposes.

Acc. Nr,-
AM484847

104779p
Crystals durin
- I
a
T
:
.
.
gm
.
tallopra.A)v, 1
of the
-H
humid we
tic;ally.transp
long) were su
sec,Iollow6d
deformation
Under these c
according to t
a similarity
ductors, whic
anistn~oi plas
Dislocation
g.
04745
Ugh-temp.
re
ar-ent
bject
by
was
ondiiitows
heir
in
h
tic
Abstr cting*Serv ce
a
CHE14ICAL ABST.Zi
Ref Code:
in~
structure i~~ 'threadlike sap hire
def6rniatlon under cou~enttatq-4 loiding, .; uIx:
I.: , (USSR). ~~'Kris-
INazarova- IE P -
-A4Yslalso -taip6d ag a'
- (11); - Russ)i
uxidn. ~6~ At OdWdek:4Tb4J"Wi a, -flux of
th~,Iorm ~,bf op--
The. crystw's,
inwstigi.Wd
platei.(2046#,thick! WO Ide 34 mril
to indentation underli load of 20 ko~~ 5-10!
heating'in a'H--~O flame at>.IOW*. Thei pct of'
detd b tc~'"g the Sainplest i.n HsP04~a 3200-
Upriimatic lbbos ot dislq~atioa i hifted
Burgers 4ectori, . The resilU ohiiined i 36wed
the behavior Pf. sapphire . and, brittle sei nicon-a
may be explaint-4 by th6 action of a~
pip. ~-J, Pabis-Mgoh
deformaitio'n.'air4orn W
REEL/FRAME
19800:192
57 q

-7.
~USSR G, -1.2
UDC 681.x
AKSENOV, V.I., NAZAROVA, ?.-.V.
#*'U
merical. Solution Of Ti- Problem Of lron*tnlasion Of Vary"Loa Froquency
a
Electromagnetic Waves Throtigb T, e Lower AtmPaph re"
Radiotekhnika i elektronike, Vol XVII No 7 JulY 1972, p1)
ae paper is concerned with the dovelor.,:L~3nt of tin alljori-11 m ond a
Abstrac. T1
Program off numerical integration of a system of equationv describ~n- t1he proi~a-
ration of elec4-ro,-ajvnutir, waves. in a plene-et.ratified rml~,,,njtcacLive placn~z~. The
~
9
polarization, the angle of incidence of tha,wave, and the orieritution of t-he ex-
ternal =.~Rnetic ficid are arbitrary. The ulgorithm io b~tzed on intep-
ation of a vyotom of field Oq11:AAonn with tho unn of oC corr,;,ci ion
r
of tho E1011A1011 and roo.1,1GLion of U13 GontI1113ity. Tho 11:~~Olotl of'
eloped it; uned Cor an analytile of the pocu!1t,.,rifA.:j(t (not pfavj.r~.,;I-.J~t
V
ed in othor Wor)'s) of' tlic tran!3mission of very-low _-Fr,,iqi.ienOy
'ble
netic waveo throu,-%h the loaar attnoophere. The proZrar.~ develops;d ra!,.-,~s 1-L
in the I"U band to deternine the rantrix of ti'm coe1lficier,(U~ of rtiflactioa, tr-_
.1 1; v a I u, a c f t 1, ro
components of the wave f 4--ald tit any level in tho ioncep', erc, t. 0
transmiae'Lan coefficient, and the vector direotion of the energy flow. -T!-~e _---thc-d
1/2

IMSSR
X,
AKUSENOV) V. I., XAZf~ROVA, 1'. V., Radiotcl~hnika i eleXtromka, Vol III, N-0 7,
JulY,1972, pp 135,3-11361
~of solution used it., this paper ct~n be used for study of tht) prai~21~i.,tion of alect-
Jc waves in any plane- at rat if ied aniaotropic medir; for uh~lc! it i s ii:~-
romagnet.L 1 .1 -
possible to usa more simple approximation mathodu. The authors thiank
and I.-V. Lishin for discussion of the work. 7 f i IV-. 14 ref.Rpecived by editarso,
23 June 1971.

USSR UDC 621-371.029.4
AkSENOV, V. I. and UZAROVA, M. V+
:,of :t;ie' F
PMieoretieal:Investigation Pas q~)~e of.Ultra-Long Waves
7!1~bu&-the~--Loywe3~- lonosph6i-e"
Moscow, V sb. X Vses. Akonf., no rasprostr. radio,,.roln. Te:,,iq~y dolel.
73 (Tenth All-Union Uonference;on the Propa6atibn
of Radio
Waves; Report Theses; Section 3-collection of works) "Nauka, 1972
PP 114-118 (from RZh--RadiotekhniIm,,No 10, 19720 Abstract No
1OA370)
'Pr U_
anslation: An algorithm proposed earlier by the authors for com-
puting the fields in a plane-layer anisotropic plasma is used for
investigating the angular, frequency latitude, and azimuthal de-
endences of the transmission coefficient of ultra-long waves
--lMkHz) through the lower ionosp#er-e. Two,' lustrations, bib-
liography of -two. N. S.

USSR UDC 621-371-029.4
AKSENOV, V. I. and HAZAROVA, 1,1. V.
"Investigatin- the Interference Structure of Ultra-lonj~ 1-lave Radio
Fields in the Ionosphere"
Moscow, V sb. X Vses.. konf. po rasprostr. radiovolii. Tezisy do-1:1.
'adio
Sekts. 3 (Tenth All-Union Conference onothe Propagation oX h
Waves; Report Theses; Section 3--collection of works):",Nauka," 1972
PP-119-123 (from RZh--Radiotekhnika, No 10, 19721,~'Abstract No
10A
371)
Translation: This paper is devoted to a the oretical manlys is of the
spatial structure for the field of a grounded ultra-long wave
~transmitter in '-whe ionosphere result.Lng.from interfer i radiation
incident on the lower boundary of. tile' ionos-ohere.. ~ The, resW ts of
the..compiitatioria are compared,:w.Lth the~experimentql data obtained
tif-ldial-_,earth. sa LL-ti t.0 jj~tg59
N~
H
J i

USSR UDC 538.576.454.001.572
AKSENOV, V. I., and NAZAROVA, M. V.
"Coefficients of Reflection and Transmission of Ultraloa$ Waves in a Model
of the Lower Ionosphere With Exponential Profiles of V and v"
Moscow, Radiotekhnika i Elektronika, Vol 16, No 7, Jul 711, pp 1113-1119
St sion and~re und for an
A ract: Coefficients of transmis flection aie fo
ionospheric model of the form
v (z) It/. e- qz); const;
Kp fp
exo 2 t,qz p)
where v is the effective number of collisions, ;FH is the gyrofrequency of an
electron, and N is- electron concentration. The-problem reduces to solving
the. equation
&F
+ We (z)F 0.
dz2.
for a layer of the form
1/2

USSR
AKSENOV, V. I., and NAZAROVA, M. V., Radiotekhnika i ElektrorLika, Vol 16, No 7,
jul 71, pp 1113-1.119
where a e2/maf HF; e, m are the charge and mass of an electron; f is the
wave frequency. The solutions of-the wave equation, which are expressed in
terms of Whittaker functions, are analyzed. The resultant formulas define the
coefficients of transmission and reflection of a plane electromagnetic wave
incident an the layer from above or.from below. The frequency dependence of
these coefficients is studied for the case.of longitudinal propagation of
ultralong waves in a plane laminar magnetically activelonospheric plasma
(angle.between the wave vector and the external magnetic4ield equal to zero
with:exponential profiles N(z) and v(z)). The proposed mwiel of the lower
ionosphere is close to reality and has never been previously studied. If
information is available on the change in electron concentration over a 24-
hour period, the results found im this paper can be used.to determine the
diurnal variation in the coefficients of transmission an&reflection of
ultralong waves in the ionosphere. The formulas derived can also be used to
find the electron concentration profile when the coefficients:of transmission
(of reflection) are known on several frequencies in the ultralong wave band.
2/2

. . . . . . . . . . . .
lip
KIYBRYO, D IN. I and niOMLOV, V
"Parametric Light Sc_nttering in 'he Field of an VIturasonic ve"
-Moscow Zhurnal i TO ore t iche sl_~:oy F if& i_. ,vol. 61,
110 4 (10T,70etober 1971, r-D 1422-1426-
'hod for com-
Abstract: This article considers another possible r,_et
pensating the dispersion ol --?-It in cubic crystals ithout inver-
ultrasonic pLmpin;~~- of a particular
auxiliary U_
sion centers b- usinr
mie vector tion of ouadru-)ie
.1, the condi
frequency and - satisfyin.-
Wave synchronism. Besido3 the pumpir.C.--, wave, the other thr~,_e ~v;aves
are those involved j-q t-he reaction-143-4 (al + fa2, I%-hc:M 03 iO t1he
-III- litj,,ht o-n a cryotal, and. (42 ,
froquency of the incidezi and 01 Clire
the -Trequencles of the ocattoreld waves. 3xporimc-nts involving
these waves provide useful infornation concorning the, char,,cter-
isl'-,ics of crystals asynmetrical th reB-pect. to their cem-,",cr, par-
ticularly the disnersion of the re-fractive indicoor, in the Ln'Lr--red
-f the spectrum. _r c the. anuthors con-
region o, T om their omputations,
it is possible to obBerve~parametric liCht ocatte:ring
elude that
tric crystals through the use of the auxiliary
in cubic Piezoelec4
ultrasonic pump p. ected with the 11r. V. Lonionosov
ing They are conn
M'oscow State Univers-ity.
-41 7

Ace. Kr: Ref Code: UR 0056'
Ae004.3(;84-'8
P~ff SOMCE: Zhumal Ekspe,riment 1'noy i Teoreticheskoy
Flzikis 1970;*Vol 58 Nr 30 p
SCkTTERING OF.LIGHT -BY:LIGHT
IN A NOMONTRALLY SYMMETRICAL MEDIM
A Ar. Kivsh,to
:ff ~
The -main characteristics 'intensity, dependenc!e of freque-ney aa scatteririg anglo.
line.sliapo) of.the radiation scattered by a transparent crystal not" possessing a sym-
metry center are calculated. Scattf.-ring due to the, quadratic, aad t:ubic terms in the
macro5copic polarizability expansion in ampUtude of the incidem lij~jit (which is assu-
med to he mouocliromatic) is considered. It is shown that as a rifle the,officiency of
two cons-ecutive three-photon proce�it~s is greater than the efficiency of a four-pboton
ppcess, The effect of Me finite cross sedion of Elio incident light kivarn Is takpn. into
accounL
EVFRAII&

USSR tMC 517-1,615-7/9
NAZAROYAp 0.
"On the-Problem of the Changein Activity of Cholinesteraze of the Blood
Of Animals Under the Effect of Magnesium Chlorate"
"urkmen M-dical Institute), 1971, 15,
Tr. Turlm. med. in-ta (Works of the
t44-W (from M-Biologicheskaya. Kbimiya.t Ho 17# SOP 711t Abstract No
P
P
-?F2086)
Translationt Feeding magnesium chlorate (1) to rabbits in doses of 0.04
or 0.4 g/kg for 30 days caused an increase in the activity of pzeudocholin-
esterase an(i a reduction in the period after conpletion of inooulation;
the changes in activity of pseudocholinesterase axe more pronounced after
a laxger dose of I. ' The activity of true cholinesterase of the blood was
suppressed by a dose of 0.4 g/kg of I during the ingestion period and for
3-4 months after comDletion of ingestion, Compound I in a dose of 0.04 g/kg
did notchange the activity of chol-inesterase.: It Is concluded that the
activity of cholinesterase of the blood zay serve as an early indication of
zagneslum chlorate poisoning.
yz

USSR
NAZAROM, 0. B.
"Change in the Activity of Blood Cholinesterase Due to the Action of
Magnesium Chlorate on Intact Skin"
Zdravookhran. Turkmenistana (Turkmenistan Public Health), 1973, No 5, pp 3-5
(from RZh-Biologicheskaya n-imiya, No 24, Dec 73, Abstract No 24F 2176)
2), 8-10 drops of
Translation: Onto a shaven skin patch.of rabbits (4 X 5 cm
40%, 12%, and 1.5% solution of Mg chlorate were deposited~(I, cotton de-
foliant, daily administration for 30 days).' Prior to the,experiment,
during,the application period (7, 14, and 30 days) and 15 and 30 days
"after the completion of the regimen, the general state, local clianges on
the skin and the activity of CE in blood serum and in the erythrocytes (ER)
were determined. It was shown thaL, due to,thd action of a 40%:solution of
I at-tim 7th day, the activity of GIE in blood and ER dropped by 26 and 30.9%
respectively; on the 14th day by 36.2.and-43.0% respectively, at the 21st
day, in absence of obvious toxic manifestations, the activity of CE in
blood and ER dropped by 30.9 and 38.8% respectively; 15 days after cam-
pletion of the exposure tol, the activity of CH in blood and Elt was lowered
by 19.6 and 29.1% respectively. The recovery of the CE activity was ob-
served 30 days after completion of the experiment. In case of lower

LOSR UDC 62M93,401:t669-~~5
TOMASHOV, IT. D.j RLOOKOL, Y11. S., AMAR, G. VU. M., PLAMIK,
G. 11.g and HAZAROVA, R. I., Academy of Sciences USSR 71hh"Utute of Physical
Chemistry
"The Effect of Alloying Elements on the Corrosion Behavior. off Titanlum"
'o 1, Jan-Feb 73A PPA 15
Moscolit Zashchita Metallov, Vol 9j 1%
Abstracti The mthod of potentiostatic p3larization curves, coincosion tests,
and electron diffraction investigations were applied to investipte the
corrosion and elect-rochenical properties of, alloys based on titanium iodide
with small additioni of chroniwu, molybdenun, niobiun, almiinuzrij r-ang-ariese,
aaid tin in a 40;7., iY114, solutior. at 606underratural aoration, conditions.
Thestructure of the anodic oxide films developing on -these alloys vias
analyzed. The passivation and full passivation potentWs. were- found to.be
ctically.inderendent of the nature and conc-atra'ion of the a2loyi=
ra Q
g
addition, vhexyeas the critical passivation curronto ana the currents in thn
passive zone varied significantly. . AltuAnum inpairs tile cormsion rrOPf:?rUO3
of titanim both in the active ard passive stit s. M&nganece and chromAur,
Ge
increase the rate of corrosion in the active state and decrease it in the
U -duces titanium co=osion rate
passive state, V obium, on the other,bandg n
in- the active state and increases it in the passivo atate.t One,figurc, three
tables, thirteen bibliographic references.
7

UDC 620.193-01
TOXASHOV, F. .D., CRUALOVSYMA, T. V,j CHERNOVAp G. P., PLMMIKO,~;P. 'ii. t,
HAZAMVA, 131, .11, ZML OT, A. P., and SHMMMIA, Z. NO., Acadeny of Sciences
--ute 5-
- T Physical Ch
emistl
uStructural Stiidy of Surface layer on.Ti-Pd.Alloys"
11oscoup Zas-bachita Hetallov, Vol 8, No 3. Nay-Jun 72t pp 291-294
Abstracts Vae arl-iclo describes results of an electron nicroscopic, elec-
tron diffraction,and X-ray study of the surface layer foxming on I -Fd alloy
(Ti-0.2 percent Pd and Ti-l percent Fd) during cor=zion in 40 percent H.-.,504
and 20 percent R1.11 at 1000. The electron microscopic study of the surface of
Ti-Fd alloys -,fts-r +-hcir corrosion confirms -the 3upposition as to 'tho acct:--iu-
lation of P-11adlun on 'ho nurfaca In tho forn of vev
y finely (11:5psa-zed crys-
talline for.-ations. After t=f-ment of the zurfaco,vith hot c,.=entratad
q I n
elect=n t-licrophotographs h,,u
ln'03t uhich dissolves Pdj tho o Farticles.
alla, -a rmiiily forms vory fine pzrticlos
InAho caro of TL'-I'pcrc-.nt Fd p, Jiu:
on the ouxTace, 7he Pd accwnulations on n-0.2 percent 1q. allby rclical a
-towarxLs the branchad groirth of prir,,xl crysta-111zation centers,
tmdency
1/3
!6

MR
-Jun 72, pp 291-
TOMASHOV, It. D., at al. Zashchita Netallovt Vol 8, No 3, Fay
294
7he results of the electxon diffraction study of the surTace of Ti-1
percent Pd alloy z;hou that after coxxosion in 20 parcent 1101 at 1000 thora
are stron-, lines. chamutcr1rtic of Pd and var!Y wealk lines characteristic of
-Ster treatnent of the alloyin IWIO the lines ch=acteeLstic
TiO2 and Tll 1 3
H2.
of Pd disar-pear.z--nd only TiH2 and 1102 are f6tind on -the strfacd. lbo rela-
tive intensity of flhe rcf1ections characteristic of Pd Immases with an in-
'he corrosior time, whilo it decreazes for riU?.and 'C102. After
creas-a in
5-n 40 porctmt 112S04 et 1000 reflections clamotollstic of Pd, TIF12,
and TiG2 axe obscxved. It vor, the intensity of the Pd_c:harac-lorintic lbie3
i eonsiderably im-aker than after'coTrosion, in 20 porcent 1101 at 1000, r-nd
''they are of a diffuse clia=ctar, while the int nsity of tho ref2ections chaz-
acteristic of M-12 and TiO2 is strongor.
X-rwj an_nlysiis of the powderad sui-face layer that for.-m on Ti-l per-
cent Fd alloy c-hows tbat aftor cormsion in, 20 percent Hal at 1000 the alloy

I
I

5-_-.*443'1~_-.~.~'-- ~038 UNCLASSIFI'80,~ 'PROCESSING~DATE-09OCT70
'~.-TlTLE-CORROS ION RESISTANCE OF REFRACTORY MATERIALS IWANTIMONY SALr,MELTS
.'q-TH1)R-(04)-BULDAK0Vs A.A.j RLIZLOVSKIY, A.A*#. IGNATOVAp T.S.r NAZAROVAt
WNTRY UF INFO-USSR
~,:'-s cURC E-0 GN EU P ORY 1970, 3511J, 35-7
DATE -PUBLISHED ------ 70
SUBJECT AREAS-MATERIALS
TOPIC TAGS-MAGNESIUM OXIDE, ALU14INUM OXIDE# TINo ALLOY, REFRACTORY
SOVIUM CHWRIDE, -POTASSIUM CHLURIDE, 1LECTROLYTEJ,
.__~~:-_.~7MATERIALt: ANTIMONYt
P r-- RCORROS I UN RES I STANCEf _1AETAL :POWOER/(U)SUZ ANTIMONY
_lRuN ~Cop
`~,.Ca~TROL MARKING-NO RESTRICTIONS
ENT CLASS-UNCLASSIFIED
:,--.lPADXY REEL/FRAME--1993/1955 STEP NO--UR/0131/70/035/001/0035/0037
'CIRC ACCESSION NO-AP0114373
UNCLASS IF [ED

----------
UNCLASSI~tED`: PROUSSIN~ DATE--090C
T70
038
---CIRC ~ACCESSI ON NO--AP0114373
'.-.A.bVRACT/EXlRACT--(U) Gil-0- ABSTRACT. CORROSION Rr-SI"TANCE OF A LARGE
-NU. OF REFRACTORY MATERIALS SIMULTANEOUSLY IN CONTACT POR 250 HR WITH S8
.11.-SALTS AND NACL PLUS KCL SOLN. AT 87000EGREE5 IN AN EXPTL. INDUSTRIAL
~ELECTROLYZER WAS DETD. THE ELECTRULYTE CONTAINEU EQU114GLAR MIXT. OF
-TECHp GRADE NAGL AND KCL. INTERACTION OF THE MATERIALS USED OCCUAkED
THESC
NUT ONLY WITH CHLORIDES BUT ALSO WITH SOLNS. OF NA AND K 114
CHLORIDES. THE ELELYROLYTE WAS SATO. WITH IMPURITIE$ COINSIST(ING OF Pi~-
G~iZ5-0.60, FE 0.0~'t-0.28, CU 0.006-0.071 NI 0.001, AS 0.01-0.054, AND S
-0.14-0.595PERCENT. RECIANGULAR PRISMS OR TABLOID SHhPE0-S,-*'EClM-F-NS GIF
-AGO AL SUB? 0 SU83t AIN, Sl SUB3 N SUB4~ BN, 8OBN PLUS 20SI SU53 N
SUB3 N SU841 78SI SU83:N, SUB4 PLus SIC, 20MGO PLUS
:SUB4, 60BN PLUS 40SI
.80SI SU-63,N SUB4s 40MGO PLUS 60S1 SUB3 N.SUB4r KMG SUB3 SI SU53 ALO
:,SU410 F SUB2 AN,D~ Of CEMENT OF, 14G PHOSPHATE 41TH, CARBDRUND11M -FILLER WERE
TESTED. . THESE, WERE PLACED VERTICALLY IN: A GRAP111 TE CRUCIBLE OF 30 MM
'ILLED WITH PONOER 0- U-2
i-lEAGHT ANU 20 14M DIAM. WHICH WAS HALF F SB s
-NINU OF 4 M14 DIAM. WAS MADE IN THE UPPI"k 1) AT OF THE
GRADE AN OPC
-CRU G I UL F. FOR MCULATION OF THE ELCIROLYTE. rH)-51-: WFRC- 'met4
:SUBjECTED TO THE ACTION OF Sa MELT AND THE- CLEC ROLYTE AT Bouf)EGREES
'D AFTER
.,-CRUCIBLF- WAS HEATED IN A SILIT OVERN. SPECIMENS WERE- THEN WEIGHE
BOILING IN DISTDO WATER FOR 14 HRI'AND DRIED AT 150DEGREES FOR 10 HR.
TKE OUTER-APPEARANCE AND THE CONDITION-OF;SPECIMENS, AFTER TESTING HAVE
BEEN GIVEN.
BIC' -A-S S I F 1 E:D

- I 11--ir L A L)-
Im ~. I ~ - - -

USSR UDC 66-09k.53:678-53:678-744:661,728
PRED-IODITELEV, D. A., All-Union institute of
V. A.
Artificial Fibers
"Synthesis of PhosDhorus-Containing Derivatives of Polyhydroxy
Compounds, by the Action of Oxaphospholanes"
Leningrad, Zhurnal Prikladnoy nimii,~ 1971, Vol 44, Ro 8,
Pp 1845- i84'1
Abstract: As Dhosphorylizing agents'' the anhydrides of the
ID o D orus.acids possess strong advantages, since when they act
on.hydroxyl-containing compounds, no side-produebs which miSht
destroy the initial Dolyhydroxy compounds are oroduced; but the
formerly used acids of Dentavalent Dhosphorus wel-e inadequate in
having a low reactivity. For this reason the development of syn-
thatic methods for rhosDhorus-contalning esters 1.3 of great
interest. An aDDroach is made by the author by,v.sing as acylatinc-
ri
reagent3, the mixed anhydrides of pentavalent phosphorus and of
the carboxylic acids--and in -oarticular that of a /3-carboxydi-
athylphosphinic acid. All these offar advantagea in tha Prenara-
-tion and with regard to the amount of extraction of -ohos-ohorus by
1/1 the polymer'

USSR UDC 615.31.,547.72'L'.5.012.1-.542.9
__NAZAR0VA,_Z_V_,,. and POTEMKIN, G. F., Rostov University-
"Synthesis of Some Furylnitroolefins With Potential Biological Activityll
'Moscow, Khimiko-Farmatsevticheskiy Z"humal,:Vol.6, No 10,~Oct 72, pp 5-8
Abstract: The article describes the synthesis by~ the authors of new
.$-(5-nitrofuryl-2)--a-bromoLiitroethylene and,$-(5-nitrofuryl-2)--a-phenyl-
nitrcathylene, as well as corresponding furyl-,~5-methylfaryl- and 5-
--halofury.Initroolefius, and considers the effect of substituents -in the
furan nucleus and side chaip. an their physiological activity. Yu. N.
11'ina took.part in a portion of the work. ~The~arti.cle aiso describes
tests-of.some a-(furyl-2)--nitroolef-ins at the Chair of Microbiology of
v.Medical Institute under the direction:of-Professor,A.. A.:Kashayeva
Rosto
and at,the All-Union Scientific.Research Pharmacbchemical:Institute imeni
S..Grdzhonikidze.

PROC~ --30OCTTO
_012
UNCLASSU eSSING DATE
t., tT L
E--MECHANIISM OF ADSORPTION OF METAL-IONS, ON, CARBOXYLICZATION
wA,i-EXCHANGERS. IV. ADSORPTION OF:URANYL.ION;ON KB-4RE54N -U-
k6k7(03)-CHUVELEVAv E.A.t NALAROyi.. P.P.j i'CHtAUTOV.#IK'o V.
OUNTRY Of INFO--USSR
--ZH. FIZ.. KHlf4. 166-70
..WURCE 1970, 441.1)t
PUBLISHED ------- 70
,SV8JECT AREAS--CHEMISTRY
..TQPlC.TAGS-_CATI0N EXCHANGE RESINt BENZENE DERIVATIVEv URANIUM COMPOUND,
~_--iCOMPLEX COMPOUNDr CALCULATION/(U)KB4:ION EXCHANGE RESIN
t-ONTROL 'MARK I NG--NO RESTRICTIONS
CLASS--UNCLASSIFIED
STEP NO--UR/0076/70/0441001/016610170
CIRC ACCESSION NO--AP0116850
UNCLASS I F IV-D,

-- -
I
I

lit -0 PROCLSS 1111G 0ATC--20N'0V70
UrliGLASSUF [E
IRC Autt S N
'C I EXTRACT-M G P At5STRACT THE: K EACT I CNS U 1: R G Tt~IPLE 13OND
A 5 S.TIRA
CCHE -5U132 GtME (R 15 IM 1~ i LTY PRY 13U) WITIV R PRIME1 liGOR (it P1,1:AEL IS ME
LJq E T) P~k',CECIJ 6Y A fl:Eli HADICAtL MILGHANISM (G. 1-1 Kl;k'f A N ET AL., 1966,
A~419 R P K I E
'19611 IS &3 THE RADIC,LS PC TRIPLE BCIND- CC.MIE SU32: (1)
I N T E; PR IME L, :RC TRIPLE GOND SIJU2 R P
RACT GIVING R
m4o R L TR I F L E UONG CCV~ '.-)Ut!2 CMIE SUR2 G TRI:PLF dit"JO Gk I REARRANGES TO
RC.:C: CME SU132 WHICH r1-1Ei,,, j1MERIZES GlVlt%!;G, MC SUt32 (;:L:11*RC;~.C:%,,'--,-1E SU8z
I H-) "AND KC TRIPLE FiCNO CC.!-,IE SU82 CA:G:C14E SUB2. OR I~ KEAcTS wITH R
PIUME1. GIVING RR PRINLI. (;:C:CME SU82 ( 111) : 11 AND I I I "%EKE DETECTED
B Y: G A Ch-kCHATOG. ONLY. FACIUry.-: ;5 E S . INNUCH.-ISSLEU. PRUEKT.
PGL I M . PROD. USSR

_'PROCEI~SlNti DATE-300 T 0
UNcLAs c 7
ini-m c- OF :AGIDIG
ECHANISM OF 10 DIOL CONVERSIONS-INITHE PRESEN I
-1 NEDIOLAND 2 MEfliVL 2.4 PENTANEDICIL
=ALYS -S. Z. CGNVERSION OF 214: PENTA
,7AVrfioR- (G31-SHARF, V.Z., FREYDLIN, L.KH., NAZARYAN, A.!A.
A ZONT RY OF INFO-USSR
~--SOURCE-IM. AKAD..-NAUK SSSR, SER KHIM. 197'0t 43), 9 6
5 7- 02
--bAlg PusLISHED-70
_~-66ACT AREAS_~HEMLSTRY
PENT'ANEY
TAGS-CHEMICAL-REACTION MECHANISM, ALCOHQLw CATALYST9
il-*_'~'. nvi4vng) AT inm- qzTr_j)r_nri4PmflZTQV_. rmntatdvi rnmonnhin- r~'rlmpm nfp:mr-
lc-~,'ORUXY-REEL/FRAME-2000/0839 STEP NO--UR/0062/70/600/003;/059710602
ION NO-AP0124506
D

0 14 UNCLASSIFIM ~'PROCESSING DATE--3
OOCT70
'LC-IRC ~ACCESSLCN NO-AP0124506
CT.
-.-:45STRACT/EXTRACT-(U) GP-0- ABSTRAC THE-CONVERSIONS OF 2t4 PENTAN.DIOL
-!AND-ITS 2 ME ANALOG OVER CA SUB3 IPO SUaltJ5UB2 OR AL SU132 Q SU33
~--CATALYS7SIN THE TEMP. INTERVAL 140-360DEGREES WERE 51-IOWN GRAPHICALLY*
~DEIJ - R
~.:-THC IYORATION OF THESE ALCS. OCCURS SPECIFICALLY IN:RESPECT Of THLI
STEREGCHENISTRY AND RESULTS IN TRANS;1,3 PENTA0IENE'F(-'.OM T:HE IST ALC.
..:ALSCv APPRECIABLE DECOMPN. TAKES PLACE: THE-PHOSPHATE~ CATALYSTS LEADS
TO AE SUB2 CO AND ISO PROH, WHILE AL SUBZ 0 SU133.GIVE$ ALSO OSME ACH.
THE-CARBONYL COMPDS. ARE FORMED BY EITHER ISQbtElclLATl(3,N or- DEHYDRATION
:-PRODUCTS:SUCH AS THE EPOXIDE OR U,%S'ATD. ALC.~ ~OR BY DEALDOLIZATION OF THE
-ETOL.FOkl4ED AS AN INTERMEDIATE. I
k N THE CASE OF 'THE, PHOSPHATE CATAtYSI
".~.:-.-TH&CLEAVAGE IS CAUSED BY H TRANSFER.FORM THE HO GROU3)S OF THE DIOL TO
-THE-CARBONYL GROUP TO FORM THIS KETOLv.WHICH THEN CLEAVES BY
REACTIONS OCCUR IN THE 100-50DEGREES INTERVAL@ AT
AL, SUR2 0 SU83 THE DECOMPN.
~-HlCh VEHYDRATICN CANNOT TAKE PLACE. OVER
DIOL 15 LESS.PRONOUNCED AND CLEAVAGE *VIA THE.XLYOL IS INHIBITED
N5 NG OF THE
BY H,SUBZ 0 GENERATED IN THE REACTION OWLNG40 P01504
CATALYSTS IN RESPECT Of THE H TRANSFER REACTION. OEHYDRATI 'ON OF THE IST
OVER CA SUB31PO SUB4)SUB2 AT 290DEGREE-S YIELDS MIXED LINSATD. ALCS.
WHILE
68PERCENT 4 PENTEN 20L AND 32PERCENr TRANS 3 PENTEN OL9
-',.lGR-EA7ER.-THAN 325OF-GREES THE PRODUCT is oNLY 4 PENTEN 2 OL; AS THE TEMP.
ThE YIELDS OF TH.LSE -ALCS. DECLINE AND THAT OF DIENE RISES# AND
-.PACDUCT CONTAINS 75-100PERUNT TRANS ?JPERYp.FNE:JMD
FINAL
6~~20PEkCENT CIS ISOMER; THE YIELD 0F.1,4.PENTADIENE I'S LESS THAN
SPERCENT.1
UINCLAS-SIFIEG

---- C - -- ---- -- ---- ----
U I tt ii, L A SO SO AT ~ I -

0-10 UNCLASSIFIED PROCESSING DATE-30OCT70
CESSION NO-AP0124419
T -(U)-GP-0- ABSTRACT.- THE PRODUCTS FORMED BY PASSAGE AT
EX RACT
V
5.ODEGREES OVER CA SUB3 (PC) SUa4l SUB2 ~ OF HO(CH~'!SUB21 SUB3 OHv
AND ALLYL ALC* WERE TAB:uLATED FOR EACH TEMP. I N
'-250EGREES:STEPS. SIMILAR DATA ARE-REPORTED FOR:H0(cH s a a F.
U 2) SU 2 CHMEO
AND ZIMETHYLTETTRAHYDROFURAN, BOTH~RUN OVER 230-300DEGREF-.5.0 THE
lo3vDlOLS ARE CGNVERTED INTO A MIXT. OF SATO. AND UNSATOV ALCS.v
ALDEHYDES9 KETONES, EPOXIDES, AND OTHER COMPOS. DEHYDRATION OCCURS BY 2
..PATHS- TO AN UNSATO. ALC. AND TO A CYCLIC: OXIDE, WITH; INTRAMOL.
:CYCLILATION-BEING PREDOMINANT. OXIDES ARE THEN CONVERTF,0 BY
IS014ERIZATION TO UNSATD. ALCS. A140 CARBONYL COMPDS. MUCH OF THE SATD.
ALCS. AND UNSATD. ALDEHYDES IS FORMED BY THE H TRANSFER REACTIONS.
Zf2iDJETHYLv1#3tPROPANEDI0L GAVE 11PERCENT 3p3tDLETHYLTRIMiETHYLENE
OXIDE, 18PERCENT ISOMERIC HEPTENOLSiAWTIPERCENT WXEDPRODUCTS AT
300DEGREES; 2tBUTYLvlr3tPROPANEDIOL- GAVE ':NO TRIMETHYLENE OXIDE I)ERIVS.
BUT-~-20PERCENT IS014ERIC HEPTENOLS AND-:80PERCENT MIXED, PRODUCTS.
~~.:%ZOIUTYLTAINETHYLENE OXIDE WAS 98PERCENT.CQNORTED TO:ALCS.. AND OTHER
PRODUCTS,AT300DEGREES. FACILITY04;'- INST*,, ORG, ~KHLH* IN.
~,_ZtLINSKOGOt -MOSCOW# USSR*
U NC L AS S I F -1-E 0

thenatic-'i" obl-~ii in seiniotid
F. Ma ica Pr. CIS
USSR
NAUMAN, G. A.
"Some Estimates of the Realization of Boolean Functions in Algorithmic
Languages"
Dokl. AN.ArmSSR [Reports of Academy of Sciences, Arm. SSR], 1972,
Vol 55,- No 3, pp 129-133 (Translated from Refe-rativnyy 7hurnal Kiber-
netika, No 10, 1973, Abstract No IOV834).
Translation: The following results, relating to a treitd based on the
works of,A. A. Markov, 1. D. Zaslavskiy and V. A. KuzImin, are formu-
~Iated within the framework of constructive mathematics. Let M be a
recursively denumerable set of Boolean functions, M be a subset of M
n
of Boolean functions of n variables, d (n):= IM be t~c power of M
M n n
(dM in constructive arithmetic is generally not a function but a pseudo-
function). The list L < A., A., slJU >.is called an algorithmic Ian-
guage if A-, A are alphabets, H4Ai(jAj~ R are ceftain sets of words
in: Ai, $U is a normal algorithm in ALU A. such that VP (tiords in A
and V f2!-U(XE3P)Di1(XOP) is a word in A.. Words from 0 refer to the ex-
E
pressions of this language.
I/S

USSR
NAZARYAN, G. 'A. Dokl. AN Arm.SSR, 1972, Vol 55, No 3, :pp 129-133
'If Li and L~ < A Ai 12 > are
il J2 1 2' ~2
ji, 2 2
two languages, while normal algorithm Z:in A. U A.* performs fixed,
31 .32
mutually unambiguous mapping of the set of all words Di A. and the set
of all words in A. . Normal algorithm Z in-A, U A. r6fers.to a trans-
32
lator from L to L2P if it can be applied to any message in language L,,
where%(X) and VP in A 51 r-11 (XEIP)) JU2 (Z(X)j30(P)) AI:l s tate-
2 ii,
ments in language L are numbered in.lexicographic order, and the normal
algorithm Min A UJO, 11 refers to the criterion of.complexity of Ian-
guage L if for any statement X in L
I.T (X) (X) - 1 (0 M).
whereM(X) is th-- number X r1more precisefy-, the binary representation
of this number), while I is the length of the-binary rep-resentation of
the number X. If Lit L17 are the criteria. of. comp) exi ty: of I-anguages L
and L respectively, then trailslator X from 1, to L is called additive)),
2
Car multiplicatively) Iiinited, if there are constants c and d such that
2/5

USSR
NAZARYAN, G. A., Dokl. AN ArmSSRj 1972, Vol SS, No 3,~pp 129-133
YX in L
(T M) 4 M + C
d)
(92 (Z (X) 4 c21 (X) I
and asymptotically limited if
2
r M)
2M
.(This formula, like the others, is understood constructively). Lan-
guage L is universal (a-optimal,.5-optimal,,y-optimal) if for any lan-
guage L we can construct a translator (additively, asymptotically or
multiplicatively limited translator, respectively) front language L
into L. N. P. Ter-Zakharyan,* in the article from which the definitions
presented above were taken (RZHNIat 1970 6A72), proved that the lan-
guage of normal algorithms, also defined there, is 0-optimal- Suppose
< A., Aip SI, V > is a $-optimal language with.complipxity criterion L.
iriables -X=-
Statement X in L realizes the Boolean fUnction f of n vt~ L\f
if for any word P of length n in A {O, 11 V(XOP) f(P). We define
0
3/5

USSR
NAZARYAN G. A., Dokl. AN ArmSSR, 1972,'Vol 55, No 3,~pp 129-133
the,pseudo function
rhak m1p, (L (X)JX=~-fj.
The author formulates Theorem 1: 1) if d (n) then ~,,(n)
Id (n) 2) if 9C Vn(d, (n) < Q then a CVn (1~ (n) < Q. For a Q-normal
algorithm or Turing machine in alphabet A where a 0,
al. ... a k-
a 1, the realization Q=4f is defined, where f is a Boolean function
21
of n variables, if for any binary word P of length n, converts word P
into f(P). The complexit
y of tie normal algorithm Q r;fers !to tho length
r
of its mapping [Q while the :(:Omplexit~ o.': a Tit' ing. machine Q refers
/Q =:>f I
to the number of its internal states (n) = max min {[Q,
f pt Q
n
k
and similarly we define (n) for a Turing machine by replacing
with.N(Q).
4/S
79

USSR
14AZARYAN, 197-1, Vol~ 55, No 3, pp 129-133
G. A., Dokl. AN ArmSSR
id. (n)
k M
Theorem 2: 1) if d,(n) then (n) - _; 2) if JCIV-i
M n-*.. f0i
(d.(n) < C then aCVn P, (n) C (for formal algorithms), and
M
(n)
k'
Theorem 3: 1) if d (n) then D j (n)
m n-,,w (k I)Ild (n)'
k
if K Vn(d (n)