SCIENTIFIC ABSTRACT YUSHKOV, V.I. - YUZEVICH, YU.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203720003-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR
~YUSHKOV, V. I. et al., Khiniva i Fizika Nizkotemperaturnoy Plazmy, Moscow
University Press, 1971, pp 62-64
00 0
7
ground glass as shown by 6. Each of these resistors iB connected in series
to a load resistor R and a DC voltage source. The rotatirg arc is peri-
odically projected on the photoresistorswith~a resulta'mt increase in the
drop in voltage across load resistors R. The variable conponent of the
2/3
-.82

USSR
et a!., Khi-.417a 4,
Yf3Sjj~,GV,, V.
University Press, 1971, pp 62-~14
-to 'he loops
voltage from 'he load resisters is serft. thr ugh capacitors C
of oscillosco-oe 7. Preliminary analysis of materials obtained by this
method shows that 'the proposed plasmatron desigr should be suitable for
heating various gaseous and powdered materials. 74,ro fi.c.-Ures, bi-bl-ioS-
raphy of four titles.
3/3

e
USSR uDc 669.71-004.2
YUSHKOV,~V. T-
"Control Operation Experience in Nonferrous Metallurgy
Drom
BezoT)asnost' tzuda v -sti (Labor Safet:~ in Industry), 197.1, No 3, pp 28-29
ac
(from RZh letallurgiya, lo 7, Jul 71, Abstr t Ho 7G186)
Translation: The operating experience of the administra~tion.of the Lower
Volga Okrug of Gosgortekhnadzor [t'Ae -',.ate Co=ittee of the Council of Minis-
ters for Supervision of industrial Safety and f or blinin-T .'ns-olction] of the
USSR at the Volgograd Aliminun Plant- with respect -to mrinitoring and control
in the electrolysis and, powder metallurgy shops and the nitrogen -blowing room
is presented.

USSR UDC.541.8t547.831s547-261/262
PMWt V. Lot BOIAVINA11 I.! Go# CHERWOVj N. KH,t and
XH&RIAPWOVICHP
Study of the Solubility of Monosubstituted Quinoline, Isoquinaline, Quinaldine,
and lopidine Phosphates in Ethanol and Methanol *of Different Concentrations"
Leningrad, Zhurnal PriUadnoy Rhiziip Vol 44# No lit Nov 71, pp 2589-2591
Abstractt Solubility of aonosubstituted quinoline, Isoquinolinat quinaldine,
and lepidine phosphates in aqueous-alcobolie.mlxturea of ethanol and methanol
increases with with temperature increase and. with &,drop in the concentration
of alcohols. In the 0-10 0 temperature range the phosphates.can.be arranged in
the following order of decreasing 6olubilityl' lepidine-phosphate isoquinaline
phosphate quinoline phosphate quinaldine,phosphate. In tha~30-50 range the
order ist Isoquinoline phosphate qu!xaldine phosphate lepidine, phosphate
ir-solubw
quinaldine phosphate, These diffe;encesin the.. ~y may be used to
obtain pmv products.
69

i 7!-
Ref. Code: UR 0056
Acc Nro
PRIMARY SOURCE: Zhurnal.Eksperimen. Vnoy i: Teoretic-heskoy
Fiziki, 19 -1,: ~i -.$M&
1~ Nr )p
70 1 'Vol.
TABILFrY OF MiSWA.
INVESTIGATION F THE INS A
IN A MR]ROR TAAP,~
yanavev, Yi1slini Vn
anGN Ye
The ion--cyclotron instability observed in the tP-5 lastaBalion differs in many res-
-pects from instabilities of the same type~,,eneouljtered in elparimenlB with offier mjr-
-ror traps. This implicates a principally differe'rLt ~nature of thii; irstability. In the pre-
sent work the most charaeteristic feature which is considered is the wave stivcture
of the unstable oscillations; in particular an attempt is mude.to Answer the question whe-
ther the oscillations are transverse of possess kj, - 0. The method employed for this pur-
a e
pose is based on a determination of orientaUon -of external magmetic fle!lds of the v:. v
and their phasing relative to the electric potential wave. Foe fir, ~~O a characterlistic
feature is the presence of a specific effect relate&to longitudintal nortuniformity of the
Rh those witich one. would expect for
plasma cluster. The results are in accordance wi
transverse oscillations.
The traniverse character of the oscillation Indicates that iristability in FIP-5 does
REEL/FRAME

APO
038032
;not iefer to the Harris type as -in caso of mirror traps with externa-I injection of neu-
tral particles. Apparently one must also reject the explanation of instability predicted
earlier as a result of build-up of transverse oscillations by 'the drift mechanism or as
a result of the nonmaxwellian. nature of the distribution funclion since the obseryed va-
lue of the parameter kpi is too -small for.thls. The most pinkhle s~_eins to be the expla-
nation propossed recently by Kadomt.,ev andTogutso acoording to which the phenomena
'oh-served are negative mass instabilities.
4
GENRE I III IRIMMI M_ 31-01:91t

USSR UDc: 681 3
US V M, I.
"Third-Generation Computez Soft-.mre"
Tr. N.-i. proyektn. -n-1-a ro vnedrePiyj1vychisl. tehhn. v nar. kh-vo
TW-Orks of the Scientific Research and Design Institute on Introducing Com-
puter Technology Into the National Econo 19-70, 5 PP 3-11 (fron,
MY V5T
RZh-Kibernetika, No 11, Nov 71, Abstract No 11V784)
Translation: The characteristics of digital computers are briefly pre-
sented by generations char-acteri zing the degree of ti-eir d7evelopirient. Tile
software make-up of digital computers is given as well as the principles
of construction of operational.systems and the functinns and Blake-up of
these system-c. It is concluded that there is a tendency at the present
tine tovard simplification of the structurxe~of technical devices by ir,
creasing software.. Predictions are made on software developirient in the
future. V. Mikheyev.
36

USSR UDC 531-01
YUSDI G. V
"On the Pioblem of Optimur, Setting of a Gyroscope to the Meridian
During Run-Up of the Gyromotors".
Tr. Ryazan. radiotekhn. in-ta (Works of the Ryazan Re-.dio Engineering Insti-
tute), 19TO, vyp. 24, pp 34-38 (from Kh-Mpkhanika,.No 10,.Oct 71, Abstract
Ho 1OA173)
Translation The author considers the problem of cont-rol synthesis for
the purpose of minimizing the time of setting a gyrocompass to the meridian.
The investigated equations of motion have variable coefficients. The urob-
lem is solved by using Pontryagin's principle of the maximum. Since a
linear combination of two monotonic functions may have more t1han two zeros,
there is some doubt as to the author's statement, on the rnmiber of reversalo
in optimum control beir~g no more than two. :Cons idera~--ion is also given to
the problem of determining the minimum possible lim-itationon control fox-
vhich the time of d~--Ding of the gyroscope is no greater than. a predeter-
mined time. A--- M. Foi-n-L-1 IsIdLy.

USSR 666,11).62-11821461281535-34-15
VARSHAL, B. G., YUSIXI-.L. M., and KNYAZHER, G. B., State Institute of Glass
Effect of Heat Treatment on the Optical Properties of Titanium-Containing
Alumincsilicate Glasses"
Moscow, Neorganicheskiye Materialy, Vol 91 No 12, 197)l pp 2202-2205
Abstracti The addition of traces of TiO. to the system S1102-Al203-CaO-MgO
in the form of a glass causes the absorption edge to shift nonlinearly with
the Ti02 concentration. The glasses may be divided into.these,groups baxed
0a the % TW2t 1) a homiogeneouz groupt 0 - 3% TiO;2% 2) a heterogeneous gx-oup
distinctly opalescent and having a coarse structurep 4 - 8;9; and 3) a hatoro-
~geneous fine-grained group which darkens on lost temperatare heat treatment#
20% TiO2. The spectra in the range 300-1500 mullmi0xvne are shown for
0 0
members of the 2 and 3 groups for heat treatment at teinperatuxes of 650 to
9500C. In general, the aboorption incroaaes with Incrozuizg tamperaturo of
treatment and % T1020 Group 5 oxhibited the giviatest Inflvencal group 2 loss,
and group 1 was. eusentip-Ily not changed. The naximua absorption, dependerut on
the selectAve absorption Of chrOnatOPhoxic centeral Is zvlated to tho liquofac-Uon
of the glass structuxe._JA--
_45 .1 TRIM, ORM-11ft
-1-1-1. -L, . LIM619-11
1 1,191 ~q~ 111IRRIPIRP.
1

--PROXY PEEL/FRAME-1994/0424 STEP NO--UR/0322/TO/000/()(.';1/0074/0077
C I R CACCESSION NO-AT0114704

Ppotr-ssj,,i DATE--160CT70
2/2 012 UNCLASSIFIED' G
-~C-JRC ACCESSION NO--AT0114704
-,~-ABSTRACT/EXTRACT--(U) DYNAMICS OF THE ION EXCHANGE
GP-0- ABSTRACT. THE
PURIFICATION OF GLYCEROL WATER SOLNS. IN THE PSEUDO.LIQUt--Ft%k-lTION LAYER OF
--THE IONITE iiAS INVESTIGATED. THE SGLNS. USED HAD A: GLYCERIN CONTENT OF
11PERCENT. CA PRIMIE POSITIVE POSIT'lVE ANO MG P R I ME POSITIVE POSITIVE
AT 0.98 MG-EQUIV-L., FREE FATTY AND.-MINERAL ACT.DS- ~'T 3.28
~'!MG--;E QU I V-L .THE SORPTION' PROCESS 14AS I.NVES,TIGATEI) ~rlq BOTH CYLiNoRICAL
BAND CONICAL COLUMNS. RESULTS. SHOAED THE~ 17,ONICAL OWiS WITH SMALL Af,4GLE
CONICITY TO BE~ THE MOST EFFICIENT.. F:Acl,L:I7TY: TASHKENT.
"PDLITEKH.~ JNST., TASHKENT, USSR..:
i1c L-
ji'i
t

UNCLASSMED PROCESSING DATE--IISEP7)
1/3 028
4~'~flftE--~-TNTERACTIDN AND DISTRIBUTION OF IMPURITIES DU.R I NG THE GROWTH OF
ICON 'STUD I ED BY USING TUNNEL P-N JUNCTIONS.
M.S.t YUSOPOVA9 MiKa:
D
]--USSR
OUNTRY OF 'INFF
.,,~-,SQURCE_FI Z. TEKH. POLUPROV. 1970, ~4(2), 252-;-5
~_,D&TE~.PUBL ISHED ---- -- 70
-~-.-,.-,:S.UBJECT AREAS--PHYSICS, ELECTRONICS AND ELECTRICAL ENGR.
SILICON F,ILM, PN JUNCTION, SEMICONDUCTOR
,,T,OPIC-TAGS--SOLID STATIE PHYSICS,
IMPURITY9 TUNNEL DIO0Ff TUNNEL CURRENT
MARKING--N0 RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
..-PROXY RFEL/FRAMe--1988/0287 STEP ND--UP.10449/70/0041032/0252/0255

UNCLASSI FIED PROCESSING DATE--JIS-~P70
.~._CIRC.ACCESSION MD--AP0105359
.;hBSTRACT/EXTRACT--kU) GP-0- ABSTRACT. CHANGES IN THE NATURE AND CONC11.
OF IMPURITIES IN'THIN LAYEztS OF SU GROWN.PROM METALLIC SPLNS. WERE DETD.
SI TUI
.4,
WITH THE AID OF THE VOLTAGE-CURRENT CHARACTERISTICS 0C 4FL P~,4
JUNCTIONS PREPD. WITH THE HELP. OF V. AR I OU S: A LLOY So THUSt Sl TUNNEL
-0100ES HAVING A RATIO OF THE EXTREMUM*CUP.RENTS OF, I SUBMIAX.- I SUBMUN.
.'EQUALS 4-5 WERE PREPO. (AT 650DEGREES) .FROM THE ALLGYS CU PLUS SN-1 PLUS
~81- CU PLUS IN PLUS B, AND AU PLUS !N PLUS B, THESE BEING RICH IN AU GIR
CUr, RESP.* IN SPITE OF THE S ATN. OF THE RECRYSTN. LAYEa WIT4. AU OR CU,
THESE -0101)ES~ HAVE RELATIVELY SMALL E'XCeSS.:C R tENTS, 'HICH
CAN BE
''ATTRIBUTED TO THE SIGNIFICANT CHANGES;I.N THE DEEPILEVELS OF CU 414D AU IN
F
THE FORBIDDEN BANDS OF SI. ACCORDING TO THE PHASE: DIAGRAMS FOR T14E
SYSTEMS~CU-TN, CU-SN, AND AU-IN, INTERMETALLIC COMPDS, ARE FORMED, AND
.-JAKING-ACCOUNT OF THE FACT THAT IN AND`:SN:ARE MORE SOLN. IN SOLID SI
~qt._.._~.-THAN ARE CU AND AU, IT IS REASONABLE TO CONCLUDE THAT AO OR CU CoNTAI!,4F.:D
-IN, THE RECRYSTN. LAYERS OF THESF Dfllf)ES~ IS CHEM. BOUNf):TO THE IN vJ0 Pi.
IN TUNNEL DIODES PREPD. AT 580-660DEGREES FROM AN ALLOY OF AL PLUS 2
WT, PERCE-NT B IN Sil ALL WITH THE SAMP DEGREE OF BY AS OR P, THE
-~D* OF,THE DIRECT TUNNEL CURRENTS.WAS GREATER THAN WITH~1)1.)r)E REPD.
SP
Sl DOPED WITH AS. THIS IS ASSOCDO.WITH THE FACT THAT P MAPKEDLY
.1KCREASES THE SOLY. Or' 8 IN SOL-M Sl* A LARGE NO. OF PN JUNCTIONS ON
THE SOLY.-OF
DEGENERATE ~Sl WERE PREPD. TO. DET. THE EFF&CT OF P 414D CU ON

- - - ~M.r . ~ cc r ~- T =-
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- !Fit- ~!.~-,y~ 1

L(
UDC'
is
I.S V. Z., P'r':" !"Or V P. IKOI 2.311 a N "I"j CHDITOICOVs Is.
SHALAMSICIII, R., SH-Cir- OILEV, V. A. nnd YUSSU,~d~X) M.
U11110--
"Chenicall laolation of K=chatoviu...41
Bad_4oI:IAiJyz,_, Vol 14, No I , iMp pp 119-122.
Abitract t "Pa4lici- _~I, i-,%-a rflioua thnt dvwirm tho J. =-i ~4 I w 1; A o. 21, 2 vith
2211 icrl4t' y1th cnro-'Clios of a ChOrIt.-livCcl, spontr'n1tously
flrmlo.,,~hie ruclic.Ia --as det(~ctcd whoso chu"ziml clriractc:riat~cg acs-=cz-on-
2
to th-, o_-.' Tha I-O'S 1.1var. c.:c Ku
ara about. 5 n" 0.1 por t-'zZ.-t~
c
A d'mslty r"'
nik.11 iont; W o'P 13.9 This pz~;:~'uoc& a yicld
MI
221,c. 511) 2591,
for tha rcaction Da nit770GCn Mf, P=,Wd OVOr t~C
surface of th-a th-11a vII-h cj.~,Al amounts oj' r;J.C' 2 Z~1-1 Soo' 2 . Th_~
Slif'.btly volaill't tcfrachloridw, r" -,f) X*Aloaativo i.
f tI -7 or~
capax-z-Ac-d on a i0
the U'~P'G EA poign-C"o dow, t-130 Th,:- i3otol;,x, PNI;f, 1?1jf,
(tha lzu~.er acl-l"I 1".'-Auct Of r:!acticu AA OT tho
1/2

Ot
Vol pp I I 9_ 1-22
arA 0Z
fijo
fou."A that Cc, c", ma,;
-C ftho
only F-t sir7:Ij-Nc,:~,jQy JOG. lit), pup .Rh Fd
If,
1w) It, 1;
,=as till chlomidas Int 0. (C"I'll also tfia
n; 11b
-n, . t Eb, 'Ivd ,ze e;(i,
tba r'),psat0d Of: 1~u
tracks of fiss!
Which 1;0 of 2.5~)K,
zeal IlItIj a t~
Ae

......... ..
. . . . . . . . . . . .
USSR TJDC 546.799.94
Z,,A R A,, 1. BELOV, V. Z. DOT1W, OV, V .P., KOROTKIN, Yu. CHELNOKOV, L. P.,
M. R-5 SHCHECOLEV, V. A., and YUSSOINN
"Chemical Isolation of Kurchatovium"
Leningrad, Radickhimiya, Vol 14, Vyp 1, 1972,: pp 119-122
Abstract: Earlier it was shoxm that during the irradiation of 242pu with 22,4e
ions with energies of 113-119-nev (for z = 104), a short-lived, spontaniously
fissionable nucl-ide was detected whose chemical characteristics corresponded
to the characterist-ics of ekahafnium (Ku). The half lives of 259Ku and 260Ku
sec respecti
are about 4.5 and 0.1 valy. For these experinants the target film,
of plutonium oxide (95.,,, 2421,u) with a density of 0.8 1 g/c 2 y
M las irradiated with
221,1e ions with an energy of 119 mev. This produced a maxiinum:yield for the
reactioa 242pu O'Ne, 5n) 259V
U. Gaseous nitrogen was passed over the surface
of.the tnrget then mixed with small amounts of, TiC12 and SCU . The slightly
2
volatile tetrachilorides o-' the radioactive products foraed were separated on
a chromatograph. A GP_-Li a-radiation detector was used to annlyze the gas at
different points alono Lhe column. The isotones 170-,2 .71uf '44mSe (the
?'2'. , % 249CM
latter the product: of Ne reaction with the Al of the target base),
and 246Cf (the latter two being products of a transfer rIeaction). It was
1/2

'7777777=,''
10SR. UDC 535.65
PANOVA, 1. U.., and YUSTOVA, Ye.- N.
"Problem of the Ef tict of- Errors, in Reproducing Color Addition Functions on
the Readings of Photoelectric Comparat-ors.":
Tr. metrol.. in-tov SSSR (Works of-the USSR.Metrological Institutes), No 114
(174), 1970, pp 159-166 (from RM-Metrologiya i Izmeritel'naya Tekhnika,
No 2, Feb 71, Abstract No 2.32.1838) q
Translation: The problem of- tolerances- on the-spectral sens-Itivity curves of
radiation receivers and the-spectral curves!of.correcting light filters in
objective color comparators is investigated. As a result of the experiment
the follcuing was discovered: for the scale range of the EKT-s-1 and
FKTs-Sh comparators the differences-in the addition function systems of
M. M. Gurevich and D. A.. Shklaver are not-reflected in the measurement
results. In the same way the measurement.results from using the comparators
do not depend on the choice oE illumination source. The: system of zonal
roximate estimation of the
3ight filters (red, green, blue) used for,!app
whiteness carry systematic.errors exceeding:the comparator meAsurement
errors by an. order. There are. 3: illu trations, 4 tables~ and. a 3-entry
bibliography.

013
UNCLAS$IFIED, PROCESSING DATE--160CT70
TTXLE--:-::FFECT UF LOW FREQU~-NCY MECHANICAL. VIBRATIGt%S ON THE EXTRACTIoN OF
VEGETAdLE OILS -U-
A T HO R - ( 0 4NI Y A Z 0 VI. i SALIMOVt Z.1 YUSUBOVY M. t. -SHAR I POV D.
OUNTRY OF INFO-USSR
--UZB. KlilA. ZH. 1970, 14(1)o 71-2
sou
_~C E
DATE' P UB L I S ff E 0- 7 0
.-SUBJECT ARE4S--B4QL0GI.CAL-At4D MEDICAL SC I ENCE,S
10PIC TAGS--VEGETA6LE OlLt L10-4 FREWUE
NCYt VIBIRATIONt, CHEMICAL SEPARATION
-CONTPOL MARKING-NO RESTRICTIONS
-DOCUMENT CLA-SS-UNCLASSIFIED
-P.R0XY.kEEL/FRAME--1999/030I STEP NO--'UR/0291/70/(JI4/001/0071/0~)72
'pt'l A CACCESSION NLI--AP0122503
UNC LA S S I F 11: 0

~212 018 UNCLASSIFIED PRO'CESSING 0ATE-:---16OCT70
%~CIRC ACCESSION NO---AP0122503
ABSTRACT/EXTRACF-W) GP-0- ABSTRArT. THE EFFECT OF LOA FREQUENCY MECH.
i- k-E'qT
VIBRATION ON c~XTN. OF COTTOINISEED MEAL (8.78PER" GIL, 4.2PERCEINT H
-SUB2 J) 'WAS -INVESTIG;4TED. THE EXTN. COLUMN HAD OPIENSIONS: LENl--)T.-i
~(LAYER' OF EXTRACTION MATERIAL) 340 MM; DIAM. 40 '4,14;, VIBIRATIUN AMPLITUDE
-Y 3.5 HZ; AV. DWI. OF EXTD. PA,,~rl LES 4 %m; TEMP.
8 MM; FREQUE--Nil C
20LIEG.-e.EES; ~-L-3.4 RATE OF SCLVENT 0.35-2.0 CM-SEC. A: CON~' lUEkAi3L,'--
JNTENSIFICATION OF THE EXTN. PIROCtSS W4S ACHIEVED BY USE OF I IN
COMPARISON 4ITH CONAON EXTN. PRJGESS WITHOUT I UNDEI~ THE SA.'-lE
ONOITIONS. THE EFFECT OF I IS B45ED MAINLY OW IMPRI--VE'lENT OF
EXTERNAL
N. 1 -T.,. TASHKENT, USSR.
:D,f FFUS 10i FACILITY: TA SHKE NT, POLITEKH. lil~j
UNC, S-L -3
L- 1L.) FIL

USSR UDC 553.981/982(1479.24)11313"
OVANESOV, G. P., DURMISWYM, A. G., 14inistry of
Petroleum Industry, Caspian Sea Administration for Oil Exploration
'Trospects for Discovery of Oil and Gas Fields in the' Baku Archipelago"
Mscow, Geologiya Nefti i Gaza, No 1, Jan 73, pp 1-5
Abstract: Exploratory structural and C~a*r'tcgraphic dr!114ng, analysis of
volcanic activity and products of their.eruptions are said to indicate the
probability of finding petroleuni and gas deposits in the Baleu Archipelago.
The findings to date in this area are briefly reviewed. In surmarizing the
specific peculiarities of the anticlinal rise the large throw and the high
charging coefficient of the pits, secondary longitudintil disturbances in
tectonic structure, regional anomalous high stratal pressure, regularity of
development of hydrocarbons in folds, particularly in. t:hp- ga~,eous phase,
sed and their further
and the high productivity of Plet;cene rises are discusi-
utilization considered. These peculiarities are said to illuminate the
formation of petroleum and gas deposits and to indicate the necessary di-
rection for further investigations,

USSR UDC: 616.921.5-092-9:612-015-348
WIEDOV, A. A., Doctor of M-~dical Sciences, YUSUMILN017, A. K.. Junior Scientif-ic
Associate, MUSTAFA=YA, T. I., Graduate Student, labor,,,.tory,o3l'Biocherp-istiT of
Viruses, Azerbayduzhan Scientific Fesearch I4stit,,vte of Virology, Microbiology,
and..Hygiene imeni G. M. Musabekov
!'Sh:Lft in the Free Amino Acid Content in~the Blood Sermi of lvldte Mice During
Experimental Influenza"
Baku, Azerbaydzhanskiy Meditsinaskiy Zhurnal, No 1, Jan ~71, pp 61-6Li-
Abstract: The content of scme 17 free amino v, idc. in the bl.,*od sera of 100
c
healthy znd :hife~~ted w1iite m_ice vra,,3 deteraiaed by pript~xi'. chrnima' ography. The
ine
tests were reDeated 3 to 6 tines. Lysine, alaninL, arid. r,- 1.,rere present Ln
the greatest quantities (62-55, 58.3, and 14...3 rricg/ha., n-,spectivelv). The con-
tent of argini-ne, serine, hiztidhie, asparagine, proline, and irethionLne was
65. 17.86, 19.9, and:!6-63 in LL
iowest (9.98, 6.21f. .6. 0 cg/ii , respectively). Con-
tent of the remaining eight ~r-ino acids was iftterwediat6, ranging from 20.12 to
34.15 mcglml. In the infected nice, the content of individual anin-o acids 1-as
somewhat lower. in particular, there was a 4iharp drop: in the, content of on-sen-
NJ
lid amino acids. The quantritative chanue inlree waino, acid content contradict
1/2

USSR
-jurnall
MAMEDOV, A. A., et al, t3erbwjdzhansIdy Heditsirmkiy ZI
No 1, Jan 71,
pp:61-64
asswaptions that there is a lack of coordination in the eychange of --mino acids
and the other components of nitrogen niet~bolism. The.daba provide improved in-
sight into the rwchanism of prote:L-i metabolism during infectious processes and
indicate potential direct-ions for research on mill make it po-:sible
methods v.hich
to normalize and stabilize this breakdoWn.
2/2

.-212 0 12 UNCL ASS IF I ED PR,'.rJCESS ING DAT5--llSaP70
CIRC ACCESSION NO--AP0109992
,-,ARSTRACT/C-XTqACT--(U) GP-0- ABSTRACT, THE TITLE STUDY 14ALS CO.14;)(JCT;:o 1,',l A
HORIZONTAL FLOW CONDENSER AT VAPOR PRESSURES OF 1.2-1.5 ATM. TEMPS.
90-110DEGREES, AND FLi-)WS LESS.THAN OR 'EQUAL TO 15 14-SEC. CONOENSING
HFAT TRANSF-ER COEFFS. (ALPHA) WERE DETO. AS FONCTI,ONS OF~ A HEAT Ftnw
(09 TEMP., DIFFERENCE IDELTAT) BETWEENISTEAM AND 4ALL, PERCENT WATFR
THE STEAMv AND CONDENSER LENGTH.. VARIATEO-INS IN ALPHA DUE TO
TUBE MATEPIAL, TUBE FOULING,' SUPERCOOLINGI HYDROCARBON COMPN. AND D.,
BAND 1N.T=IRMEDIATE.REMOVAL OF CONDENSED PRODUCTS WERE-EXAMO. IN 20-25
`PRIM~:4 KCAL-M
TIMES -200~6-:6000 MIM TULIES AT 0 EOUALS- M-5.~-3.0) -T:1 MFS If)
HR. AN OVERALL EQUAT.19N.':WAS. DEVELopEDr:WHlbH' YIELDS ALPHA WITHIN
.:,~-PLUS OR MINUS ZOPERCENT OF EXPTL.~:FOR GASOLINE VAr~ORS CONTG. LESS THAN
~:GR- EQUAL TO 10PERCENT H SUB2 0, DELTAT-.EOUALS 10-15.0DErREES, TUBE LENGTH
TO D I.AM. RATIOS EQUALS 100-300, AND Q EQUALS 5000-~o,00() KCAL-M PRIME2
HR.,
JPNC L ASS LFlEP3----- -- ---------

UDC '21
A
YU3Ur 7.
-A)VA Z, ~-irGer and 1Z, 51W, Doctor of Tocinn.4.cal 17icifunces
"On the Flec-ardsm of Oxide Film Destruction.in WeldiaZ Aluminum Alloys in
Maditin of inort Gases
"odium 0
rioscow. a of Svarocnmoye ProizvodsLvo, 110 JU170, pp 57-5
Ar,_--Lrac-_; SLL4ies were made of th a mechar.-~sm, of oxide
-diracL current of different polariLy arcs and in are alloriiatin-r current
i ttho~e :3p-'tur:~,ng a ota
argon and nelium. It w, L,
-is previously astablished tnat ci
not elimdriate more than 2.6,'U1 of the film and does not; p:,.ay a *ignificant _Ie
in rhe naehanism of its destruction by the veldin,~..arc. Test p.rocod",irus a-re
briefly descrlocd. It was observed that.a.d-c are of normal. polari in Ar
Jb ity
causos a growth in oxide film thickness, while- in ~,ielding in beliu;-ii, .~.`LtJ4 a d-c
arc of normal polarity (anode spot), a baz4 is foruied which i!; clear of oyiue
fiLa. T-hus, Zl*or the destruction of A1203 filzii the existilInco of a cathode 5poL
L A. L
on.1ts surface and the effect of cathode sputtering are not necossary. .~as
also observed that 'the arc in he causing the sputtering of Al-6- film in ~~he
zone of the anode spot is characterizcd by A, higher voltvi.~ge bo.vveen electroa-CS
6 v -At norw- I polarity, 23 v at nega-tivo: polarity) than the iarc in Ar (11 v
normal polarity, 18 v at nogAtive polarity~.~
1/2

USSR
YUSUnVA, Z. A., et al, a Miadium of Svarochnoye 1~roizvodstvo, No 7, dul 70,
PP 57-58
This points to the possibility of film destruction by ,~n enorgy flow of suf-
ficient density. It is concluded that a, thermal effect is the mopt prob-able
me-hanigm of oxide fiba destruc~-;!.,n. A specific power..of 11 x l0k P 15 X
IOXI/cmz is necessary to accov?lish it. This power istranmitted to the -ire
Anode spots in He and to the arc cathodo spots in othoz~ gases; and also to the
ac are active spots. 1 figurej,4-referenceso-
2/2
77
WN 11

USSIR UDC 547.944.6
TURDIKULOV, KH., YUSUN S., Tashkent OrcLer of the Rea
MY, M. X. SADYKOVp A.
low-
.Banner or IAt)or 3- hiV6YU Tlze~nl V. T. Lenin
"Structure or the K-13 Alkaloid f ro esselyingii
a Colchieum K,
Tashkent, Rhimiya Prirodnykh Soyedineniy, No 4, 19725 pp 502-505
Abstracts A Drevious report was published on the separation of alkaloids
frora the bulb~-tubers Colchloun, kesselringli Rgl. (Kh.-:Tu1'd1kU1ov, et al.,
KhPS, 541, 1971). A study has been zade of the uniknown phenol substance
with Rf 0.31 called K-13 alkaloid. It belongs to the sieries of photochemical-
isomers of tropolonic alkaloids.,The K-13 COMPOElitionla C~!'VOO It has
a melting point of 287-28801 I'cOD-4200%, Th6 ultraviolet, Infrared,
nuclear ragnetic resonance a~d mass spectral data indicate -the presence and
the location of the corresponding functional groups. Beginnln~g with the
negga;tive specific rotation, it is concluded th&t the K-,13 aIJbaloid belongs
to sis-trais - isomers which.is confirned by methylation in -r-lumicolchicine.
The position of the hydroxyl group on the, C2 pf the X-13 alkalod was detex,
mined on the basis of the nuclear magnetic resonance spectrum and by com-
parlson with known compounds of similar structure..
Ip
NONE& , In ` OP F FAR

ly 2 028 UNCCA~Sikt-D:!-~ 11ROCCSSING DATE-04DEC70
T !TL.E--S TART I ING TEMFERATURE OF A REACTION BETWEEN OXIOES IN THE SOLIO
-PHASE -U-
.~.AutHOR-04)-YUSFIN9 YU.S., KARABASOVi YU,sof Yusupl
35-25, and 2.42p' in zone I, I!, and HI, respectively, and that of anthrax of
animls 67-13, 32.02, and 0.85% in zone !,.II, and III, Tespectively. In vial,
of the fact that the infection rerains in the soil, prophylactic measures in
locations at which anthrruz has occured must be carried orat, constantly regard-
less of the tire that has elapsed since the last outbreak. and. these measures
gin n the groulid takwm place, e.6., in
reinforced at times at which dif, g i to
connection with agricultural irrigation.
2/2

Al
USSR UDC,911.3,:616.927(575.1)
-JOVA,
NEVSKTY, X. V., YUSUPOV K. _Yqtj. JMHADZE, z. M., KMLL! M. S., and
PULATOV, Ya. G.
"Morbidity Dynamics of Typhoid and Paratyphoid Fever in the Uzbek SSR"
Nauchn. tr. uchenykh i prakt. vrachey_ Uzbekistana (Scientific.Works of
Research and Practicing Physi~~ians in.Uzbekistan) 1970, sb. 6, pp 16-20
(from RZh-Meditsinskaya Ceografika, No. 4, Abstract No 4.36.203)
registered a decrease
Translation: During the years 1958-1965, the Uzbek.SSR
in tile number of cases of all typhoid and paratyphoid by a factor of 2.4;
typhoid by a factor of three, i4hile tile number of paratyphoid fever cases
remained unchanged. In cities the.number of typhQid-pardtyphaid cases de-
creased three-fold; in rural areas -- twry-fold. In,1958:.45.7~ of the
patients in rural areas had typhoid-paratyphoid and in 1965 -- 54.6%.
In the-total paratyphoid picture for the past three,years,.the prevailing
form was paratyphoid B, responsible for a 79% morbidity.

7
WSR UM- 911-3.6io'.927(575.1)
KIRIA, V. T., BADINOVA,
CHICHL7M., P. I., PULATOV, Ya. G., U-SW-V-k-K ula,, LI. GVAN
L. A., KOVALEVA, F. S.
"The Prm,-alence of Typhoid-Paratyphoid Infecticins and the Pleans for Eradicating
then in the Uzbek SSRII
V sb. Materia-ly YIT VSes. s I ezda epidmiologov. P~Jrrobiologov i iiifektsILoni,-+,.ov,
Tezisy dokl. Ch. I (Proceedings of the 15th All Union Conforence of Ebidermiolo-
gists, Microbiologists and Spd*ci--l ists in infectious Diseases, Reports' of Theses,
Part I--colaect-ion of works) , Pbscau, 1970, PP 279 (frcIn RZh~-36. M-editsinskaya
ya No 1, Jan 71, Abstract.No 1-36.250)
geopraf;i,
&o AbAract7

USSR
YUS OV. X_U*# Senior Scientific Associate arrl AMIDIZADE, Z. H.,j Uzbek Scien-
Institute of Epidemiology, HicrGbiology api Infec s ise ses
tiou D a
"Epidemiological Characteristics of Typhoid-Paratyphoid in Uzbekistan'
Tashkent. Meditsinskiy Zhurnal Uzbekistana, No 9, SOP 70#:PP 50-54
Abstract: Although the Licidence of typhoid fovor and pa*atyphoid, among other
infectious diseases, has fallen sharply because of improvoild living conditions in
the USSR after World War II, it is still high in the republics of Central Asia.
A characteristic of typhoid-paratyphoid.is-its unovon territorial distribution:
up to 45'P" of a-11 casos for tho USSR occur in Central Asla,and Armenia, which have
only JAZ of tho entiro population of tho country. Sturii0i show that typhoid and
paratyphoid are transmitted mainly through pollatod waterin opon reservoirs ulied
for household purposes. In recont years the incidence nf. those diseases has
boon increasing in rural localities as compared to u:rban, conters, which may be
at-tributed partially to bettor Itealth. oducation,~ san:Ltattion, at-ai malical service
in urban areas. The seasonal incroase in typhoid paratyp1joid, due perhaps to more
active spread of the infection during the summer and falltmonths, is very pro-
nounced in Uzbekistan, whore it has not yet I been successAilly controlled. Whereas
in the pa~st typhoid paratyphoid affooted mainly people i3i!,their prime, because of
1/2

-7
USSR
YUSUPOV, K. Yu., Meditsinskiy Zhurnal Uzbekistan&, No 9. SeP 70, pp 50-54
their wider scope of activity and contacts, in recent years it has affected mostly
Prophylactic inoculation is less extensive in
children up to 14 years of age.
this.age group, and personal hygiene is poorer, there is greater contact with
polluted water, and natural and artificial immunity levels,arewlower. Carriers
are now believod to be primary iources of infection, and~~acanse they are diffi-
cult to detect in the mildest of cases, timely-diagnosisuith "Irly laboratory
tests, isolation and decontamination:are of utmost importonae. Extensive appli-
-cation of bacteriophage therapy-, as val]. as inoculationsliLth Y-antigon are recom-
mended for children under two years of age
2/2
~!Vzlllliillfll!"i.,;i~1!1411!.",. I'll 11 111 1:;Vi '1111L, I 11111 0.!A;jj! 1 141 P JjLkj-L~' Z~ j I I I A ~;Jj I jV~;

USSR ~Lmr,,. 616.981.4-P-036-22075
%.JUJU., and
D2HALILOV., K.D., DZHURAYEV, N.D., M
YA. G Uzbek Tnstitute of Epidemiology, Microbiology,--and IrSecti----
and Uzbek Republic Sanitary -Epidemiological.Station and Infectious Diseases.,
"Aspects of the Epidemiology of Brucellosis in Uzbekistan".
Moscow, Zhurnal I-likrobiologii, Epidemiologii i TImmiobiologii, No 2, 1970, Pp
116-120
Abstract: Although the incidence of brucellosis has declined t3harply in
recent years in the Soviet Union as a whole, it remains h i g~h in the Central
Asian republics, particularly U7bekistanj ihainLy becauoe caLtla and sheep
raising is widespread in both the public alid private sect,ors. From !962-!Q.66
cattle were the source of the disease in mail in 60.6% of:the cases, sheep
and goats in 32.5%, and other animals in 6.91). The main routes of infection
were alimentary (30.9%), contact (16.2%). and combined alimentary-contact
(9.9%). The peak of the disease occurred during the spr--Ing and slimmer,
when contacts of people with animals (lambing, shearing of woo!) were most
frequent, and consumption of dairy and milk products highest. Farms affected
with the disease in 1966 were in Kashkadar'ya bblast (15,8%), Samarkand
Tashkent oblast (12,3~), Karakalpak ASSR (12%), Surkhan&-sr"ya (11.4~2), Andilzhan
(10.7%) and Fergan (8.7%) oblarits. Among humans, more cEis,-s o--;, chronic bru-
cellosia than acute forma of the diseaBe are reported eveiry year.

W
Ace. Nr: AF0043938 t'~Je'tie Code:
PRIMARY SOURCE: Zhurnal Xikrob ologii~ Epidemiologii, i
Immunabio'logit 1970,.Nr 21 PP 116 I'a
SO)ME PROBLEMS OF EPIDDIIOLOGY OF BRUCELLOSIS
IN UZBEKISTAN
(UR 0016
D
zhaliloy.-K. D.; Dzhurayev.-N. D.; Musabavey. -1, K.
Yusupov, K. Yu.; Pujatov,:Ygj
As a result of analysis of the- incidence of brucellasis and of individual problems oi
epidemiology and epizootology concerninF bruvellosis, in Uzbekistan i n 1956-1966, it wjis
-cst*Nshed that the index oi brucellosLi affection of farm anirnal;t wa~ unequAly distributed
e I
in the repubi1c: in 1%2- 1966 &13.7% of the affected animais wer, iou Id in Samarkand, Bu-
khara, Kashkadarya, and Tashkent fegiom, and also ~ Xarakalp* A SS R a nd Tashkent city,
only 11.3% being revealed in Surkhandarya, Khoresm, Fergana and SyrtlarY3 reglOnS.
A.-spring-summer sessonal prevalence was noted (30-1j). I.t w.as shown that brucellosis
Infection-of human beings,occurs mainly-by aliffientary tpute, cattle serving as the source
,of infection,
_PE
-,REEL/FRAME
19770364:

USSR UDC 547.944.6
TuR.Duumov, nt. , and SADY11101VI-, A. S., Order of
-the Red Banner Aftr~as bent State VnlVerstty tip. V. 1.
*Basacetyl colch Inc In and,Deaacetylcolchicetn the New Alka-
lolds Isolated' from 1,.'~,ererxdera Ro'buqta"
Tashkent, laiimiya Prirodrykh Soyedinenly, No. 2t 1972, 247-
243
Abstraett Three nau Alkaloids were discovered in Merendera
roWsta B e., collecteAl in 1958. On th-m ~ brug is of UV and
s-pect
troscony rh-_~ compounds wer-_ ideritifted an desacetyl-
"chicin, des-cctylcolchicein and Tbo
structures were verified by prp-paration of N4,nethyl and
N-acetyi derivatives.

USSR 00 347,944.6
TURDIUM, KH. , and YKOV, A .S., Order of Red Bamier of
Labor Tashkent State University ine V. I.. Lanin
"Alkslaids of the Bulbs of Colchicum*Xess'alringii"
Tasbkentj Xbimlya Peja~kh Soyedlxeniyt~. No 4, 1971v P'541
Abstracts This study is a continuation of earlier research conducted by the
authom on the alka3old content of Colchium Kesselrir4;ii (Kesaelring's meadow
safftm).
The phenol portion of the fraction lof alkaloids of neutral-phenol character
vas studiecl with use of thizzi-layer chromatography (aLLumIzum oxide). The
presence of :four substances was astablishedc 3-dezethyl--,,~-liLiicolchiciiie,
2-cheme-thyloolchicine, and two other alkaloids,. one wltK~tble compo tio
si n
C~,W619'j which appears to belong to the ',6-lumidoriv4ttive tropolon oorles,
This particular alkaloldt on tho b~uls of the physico-chemicza data obtained, may
be the aaze as the alk4oid S2# FAPI=ted by Canonica at 4LI. from Gloriosa
SuMba L, The authors! study xepresents the firstlaIttempt of any sort to
separaU alkaloids frox Colchicum KoszelrinZii"
17

009 UNCLASSI FIE9 PROCESS I,NG l)ATr---2_7-,'q0V70
TITLE--ALKALD IDS GF CQLCMrLJ'4 KESSELRING11 CORMS -U-
~_--AUTHDR-102)-YUSUPOVt M-K. SADYKOV,~ A.S.
OF INFO-USSR
RESUR. 1970, 6( 1), 104-7
ffATE PUBLISHED------70
-.SUBJECT AREAS-BIOLOGICAL AND MEDICAL SCIENCES
T P 1 C_ TAGS--PROCESSE.0 PLANT PRODUCTt ALKALOID, CHEMICAL IDENTfl-ICATION,
UCROSE
zCbr4TROL. MAIRK I NG
--NO RESTRICTMNS
00C U M E N TCLA S-W
NCLASSIFIED
PROXY STEP- NO--Ulk/105031 70/0061001/01014/0107
C IRC ACCES P-D'i N,')--A!l' I', 134~','.? 7

- PROCES'i I~NGG 0ATE:--07NGV
12 00(3 U NEIL A$ S IF I ED, T 0
2
C IR ACCESSIO-N TN0--.L',P0'.34227
J-
AkSTRACT/EXTRACT-M GP-0- ABSTRACT, ~TH EC0 RM -13 ('W- IT I% I IJ- )l
r 4::!j T-n r,% I
THC! GOOkTH P~-RICJD.
E P Et 19 1 NG 011T
-COLCHICUZEI 7t0cf 'T H ~ LC' L C H I C iEK E S SE L R t -N G I
11110 7 (-Ir:-FR AUK"L010-S
WERF 1DENTIFIED. TH;E ;MA.V. Ct"NirENT OF MOND AND DIS:ACCHARIL)~FS WAS FUUNO
V% FLOWERS, THAT OF STARCH I
, t T HE F RU I T.T. S UCR 0 5 Er: 14.4 S TH E 14 A I N
:01,SACCHARIDE. FAC 1L I TY: TA SHK"ENT,, GOS Uolll.V. TAS H KE NT U S S R .

7:'
UNCLASSIFIED ,PROCESS V05 0ATE--0+OEC70
tf-L E"THE, ALKAL010 L-6, C SUB3 HY0RO:XYLATElj'OERlVATIVE OF
-U-
tf THUR~-(03)-CHOMMADOV# B.r YUSUPOVt H.K.1 SA0YkOVo A.So
~-:CGUNTRY OF INFO--USSR
UR.Ct~'KHIM. Pma. ScEou"j. 19701 6(21#
MSHED ------- 70
ATE _-PUS
.-.SUBJECT AREAS-BIOLOGICAL AND MEDICAL SCIENCES
'TGRIC TAGS--PROCESSED PLANT PRODUCTt ~ALKALOIDP MOLECULAR STRUCTURE? MASS
i',.-SPECTIPLU14, NIMR
.C(WTROL HARKIING--NO RESTRICTIONS
'000,46,Nr CLASS--UNCLASSIFIED
-:PROXY-,RC-EL/F-R'-'.4E--3005/0467 STEP ND--UR/039~3/71)~00;.i~t)(,2/i)275/0275
CIRC.ACICESSION NO-AP0132682

''T9
:_~~_7/2 021 UNCL A SSI F I E6.. PR.OCES$ING DATE-04DEC70
IP.C--ACCESSION NO--AP0132678
,-k8STRACT/EXTRACT--(U) GP-0- ABSTRACTs TWO NEW ALKAL31D5 L-5 (1) AND L-6
WERE ISOLATED FROM C. LUTEUM TOGETHER WtTH COLCHAM[NE,
3rDEMETHYLCOLCHAMINE, 31DEVETHYLtBETA,LUMECOLCHICI!-,IE9 COLCHICINEt 21
DEMETHYLCOLCHICINE9 BETA, LUMICOLr HINI NE t NPDEACE~TYA.vN'PFO,~-,~MYLCC)L(,'--ilciNE,
BAND LUTEIDINE. Ilt C SUB21 H SUB23 0 SUB N, M. 2")1-3DGGREES (ME- SU82
CG) (ALPHA) SUBD MINUS 41DEGREES IC0,88i NEOH), WA$ ISOLATED FROM A
~PHENOLIC FRACTION AND ITS STRUCTURE WAS NOT DE-TD,;1r M.:179-83DEGREESi
.~WAS PROVED TO BE 20EMETHYLCOLCHICINE.. UVt fRi AND NMR DATA OF I ARE
.,-..-GIVEN AND TRANSFORMATIONS OF I JNTO COLCHICINEr ISOCCOLCHICINEs
2iDEMETHYLCOLCHICINE, AND 2,DEMETHYLISOC~OLCHICINE ~ ARE D~SCRIBED4
FACILITY.i TASHKENT. GOSUNTV.4M., LENINXr TA SHK ENT USSA.
UNCLASSIFIEQ-
. m, F 'm
mm . m. ,
-momm w-
- , kv

UDC: 547.944.6
CHOMMADOV, B., SADYKOV, A.S., Tashkent State Univerqity imeai V.I.
Lenin, Tashkent, Ministry df Higher and Secondary Specialized Education Uzbek SSR
-5 from Colchium Luteum'
"The Structure of Alkaloid L
-neniy, No 1 1970, pp 82~88
Tashkent, Khimiya Frirodnykh Soyed.L
Abstract: Alkaloids 'were extracted from the plant body of the Colchium luteum
Baker (meadow saffron) which grows in the Sazan-Ata Canyon of the Chimkentskaya
Oblast. The alkaloids extracted in the flowering stage amounted to 1.58%, and in
the fruiting stage -- to 0.29%. Absorption chromatography on aluminum oxide re-
vealed that the alkaloid mixture from the flowering stage is composed of colchamine,
3-demethyleochamine, colchicine, 2-demethyleolchicine and 3-demethy1-,8-ltUqico1chicine.
The first two bases with the topolone ring and 3-LlemetbYl-"6-1,Lmicc)lchicitie. had, never
'been extracted from saffron before. Analysis,of the alkaloid mixture extracted
from the fruting stage showed calchicine, 8-lumicolchicine, 11-desacetyl-N-fonny-
Minu
-1colchicine, 2-demethylcolchicine, 3-deiw..thyl-,d-~lumicolchlclne, luWIL
(alkaloid L-2) and new compounds with Rf of 0.21 and 0-76 (system 1) named L-5
and~L-6 rebpectively. -AlIkaloid L-5, -with an empirical formula Of C20"23.06" is a
yellow amorphous substance vhich melts at 179-11830C, It ma.kr;.-s up the principal
-ioart
of the phenol-acid fraction of the alkaloids.. Spectroscopic analysis shows
that this compound contains the tropolone rings. Spectroscopic and functional
1/2
Him 91 1 1 a a

USSR IMC 547 944.945
X. SADYKIN, A. S. , Tashkent
ZUPAROVA, K. M., CHOMMADOV, B., YFLT
"tat i I. Lenin
Order of the Red Banner of Labor S e Univers meni V.
"Alkaloids of Merendera Jolantae"
Tashkent, Khimiya Prirodnykh Soyedineniyl No'4p 1971, Pp 487-493
Astracto A study was w-de of the alkaloids of Morendera Jolantae in which
it was discovgred that along with tropolonic compounds it also contains bases
with other hydrocarbon rings. By extraction of 48 kg of the:above-ground
parts of the merendera, or the total alkaio.%as weXe lsolateCL2 xnc.LuQ:tng
0.28% of the bases. The compounds 0 -ludcalchicine, colchicine, 2-dimethyl-
colchiceine and the Lu2known lumi-derivative -- W-3 alkraoid (melting point
268-2701) and also colchiceine were obtained by chroAatography, on adsorbent
fractions of neutral and phenol compounds. ColcWAne,0 colchaneine and the
raw bases W-1, AJ-2 and Mj-4 isolated from the bases arA. phenon-basic frac-
tions. The presence of 3-demethylcholchamine and four.v'are unknown, non-
tropolonic compounds with Rf 0.40, 0.49, 0.53 and 0.54 waz determined by
chromatographic methods. The formula C H 0 )(C*)(NCdi was proposed
16.16(OH)(. CH3 .3
for Jolantamine (the base ISJ-1)
by spectraImethods.

USSR
UEC 547-26.ilS
WSUPOV, M. M., and ROMKOVA, N. K., Order of the Labor Red:Banner Institute
----et-Me-C_he_v1-rtry of Watura-1 Products
"Synthesis of Some Dialkyl-N-(2-benzthiazolyl)-ami-dophosphates"
Zhurnal
Tashkent, Uzbekskiy Khimi 140 4, 1973, pp 63
Abstract: To a solution of 1-5 9 of amincbenzthiazole In 10 zril of dry acetone,
1.66 g of freshly distilled diisopropyl phosphite and 2 Liil of CC14 were added.
After addition 0' 1-5 ml of triethylamine and stirring for 2 )ars at room
temperature followed by 1 hr at 500 and after an overnii3lit storage, the pre-
cipitated acid chloride was reizoved, the solvent evaportted and the residual
oil warhed irith HC1 to yield the dialkyl-H-(2-benzt-hiazo:Lyl)-amidophosphates.
Me agents did not exhibit adequate defoliative activity~,

USSR UDC 632.95
M., KOZAK, R. A.,'and ROZHKOVA, N. K.
nzothiazolium Borofluorid--
"Synthesis of N-Ethyl-S-alkylthiobe
Sintez Borftoridov N-Etil-g-alkiltiabenzotiazoliya (English Version Above],
Tashkent, 19713 4 pages, (Translated from R4ferativnyy. Zhurnal, Khimiya,
No 9, 1972, Abstract No 8 N574 Dep. by the ~Author's)
Translation: N-Ethyl-S-alkylthibbenzothiazo.lium borofluorides were manufac-
tured by the interaction of the corresponding S-a-lkyltbiobetizothiazoles with
triethyloxonium borofl-doride as part of the continuing~,,saarch for new de-
folUants and studies of the dependence of defoliant activity;on structure.

-SING DATE-30OCT70
1/3 `J 12 UNCLASS(FIkO PROCE
-T- I TLE,~--~- S PECT RUPHO TC MET,;< I COET.ERMINATION LF COPPER Wl TH P I C ~, AN I NE M. -U-
V.A. PACHAUZHANCIV, 04.N., YUSUp0vt MIYU.
ULF INFO-USSR
'CE--iJ0KL. AKAD. NAUK TA01H. SSR 197U, 13(2)s 37-79
ur
w
,..;.DAT LP Ub L I S H E 0~----7 0
JECT~ AREAS-CPEMISTRY
TGRI C TAGS_CGpPER, METAL CHEMICAL ANALYSI So SPECTROPHOTOMETRIC ANALYSIS
Q.,'i'T,i OL PlAk~ I NG-NO RE STKI C T 10145
CUM 0111 CLASS-UNCLASSIFIED
iJXY AfLL/f'KAME--1;99/0b82 STEP NG -UR/04Z5/70/013/00Z/0037/0039
CIRC, ACCESSIEN Nu--AT0122769
UNCLASSIFIED

2 13 'o L2 UNC LASS I F LED PROCESSING- bATE--3(7jUjCT70
',.PjRC ACCLSSIcN NU-AT0122769
-GP-0- ABSTRACT. PICRAMINE M 11 GIVIES A BLUE 1:1
COOPLEX Y.-IT,h ~CU PXIME2 PioSlTiVE AT PH. 1.3-1#F,; 6 ML 0.01PERCEINT I SULN.
IS NEEDED FGK A 5G-,ML SA.MPLE co,%r-Gi. 15 LESS THAN 4~JR EOUAL TJ MU Cu.
x G
[HE At-)SGkF*T--Iu;,; hAX. GF I A,"qU THE COMPLEX (MOLAk, A6SG'-U)TlVITY 3.1 TPMES
-16 PPIi~iEl.) --ARE AT 560 AND 640 141N, RESP. THE CALH-RATIcri CURVE IS LINEAR
AT 0.<-G.Z:5 P'LG CU-,%-,L. ZN (1.500) , CO (looo), MG (1,000), Pt3 (25oo), Co
1100)s NI ('50), til ( 10)s CA (ZO), AND AL 110) (VALUES OF PERMISSIbLE
EXCESSES GIV&I\) DO NOI INT 'ERFERE1 WHIL'E FE PRIIIE3 POSMVE, f;F- PAIf4E?-
PGSII]VE, T-11 PRIME4 PUSITIVE, SN PRIME2. PO'SITIVEv A-NU IRJL~IN 6 INTERFERE
NSIOLRABLY. . A SAMPLt. (0.5-1G). IS~JREATED WITH A MIXT. OF 10 ML
M C EG L.
EAC K ~HNG Stjii-3 AND [IF I N A P T CF.UC I B L E W I T fl HEA T I Nl~:, 11 SUB 2 0 BAT H r A ND
E VA P 0 ~ T U 0 K- YN E S S AFTER THI'S PRC(ESS: IS, REPEATC-Di 4-5, ML H SUB2 SO
SU84 IS AUDLI) AND THE rlIXT. IS IlEATI*b TO RELEASE LENSE WHITE VAPORS.
.--AFTEP-~ CuULLJ%(~t 5 PL H SUL>2 0 15 ADDED, THE~,mix.r. IS, EVA110. AND MeTHER
HICIATED JU WHITE VAPORS. THE RESIDUE 15 HEATED-WIllf 20 ~iL 1:1 HCL IS
FILTERED. 'ACCORDIidG To THE CU CJNTENTI~ I-io ML OF FILTt~,ATC IS EVAPI).#
THE PLSIbUf: FS flISSk',LVrD IN 11) 1~11- C.014 HCLt ANO `U~ 15 EXT0. TWICE FOR 3
ALN BY ShAKINCI.WITH 10 ML 0.001PEACENT 011-11IMNE SOLN. I-N CCL SUB4. THE
CH
-:,NEXT. Is LvAPu.j I P.L t4 H SUa2 SO SUL)4 AND F-,CLP SlUB4 Ak E WDED, THE
is HEAILD TL-l bLLijL'u'kIZlZ THE SLLN., L:VAPD.:t AtAl HEAJED TO WHITE
VAPERS. IS DISSOLVE0 IN 5 ML: ti I' SUd2 01 1. 5 ML AQ.
-~'OA 4PUPCENT A.'
-1 if IDEb, THE iMIX-T., I'S DJL.Qe T.U 50 h Li4 I I H: APH
1 .4 BUFFER-
WCL AND, KCLJ AND MEASUkEU AT 6iW N-~! IN A 2-(;m~ CELI"~*

24
1/1( CZ UNCt-AS5 I F LED
TlTLz.---f.VALUATl,,. i OF TH"t ST L
GTH GF INCIVI`UAL CU'NTAUS BETnFLN SMALL
CKYSTALS IN POt""OUS BO&,[FS -U-
jR-tC/,)-SHCH(JKIN', YL.b. A IM
A15fHr FL INA Y EA Y US U POV R.K., REBINDER, P.A.
'C'CUNTRY GF lNr-G--USSR
C NAUK SS-SR L9701. 191 1037-40 (TECH PHYS)
SUURtE-bCKL. AKAD. (RUSS;
DATE PW3L ISbED--_-----70
SUBJECT ICS
_~ICPIC TAGS-COHIESIGN STRC v
GT H, PORL) S I TY,. CRYSTAL SORFACE' NAPHTHALENE
~,AAM`C,
MUF NITRATEY ThLW'AL PROCESS
-L.,,:co'N~TRGL MAAKING--Nd RESTRICTIONS
~.-PPUW RFEL/VRAME-300311496 5 TE Ptq(),r--Wk 00,?01701 91 1'00-~ LO I/ L(V#0
C IRC ACCE SSI CN, NO---A rO 13042 5

212 024 UINCLASS I F I E& PROCESS ING DATE-20NOV70
IRC ACC 'S5 I CN NO-ATO 130
:~~A65FRACJ/EXVRACT--M) GP-0- ABSTRA(J., FINELY G 1, c Li ,I ri: POWDEkS CF
NAPHTi-ALCNE A I 10 Of: 14H S064 NO SU63 AS W FL L AS ~IMGLA- CRY-STALS OF THESE
-MPRESSFD OR HEATED TO FUSJON V01MCAREFULLY
SUB'S rANGES WERE C t, U N L) 6 R
'CONTROLLED CONDITIONS. THE PORUU~ PROCUCTS THUS OVADNE-D WERE THEN
SUaJECTEO TU fURCES CF 6PPOSITE SIGN. THE FORGE RE-~;-JIRED TO BRFAK THE
CONTACr.ESTABLISHED BY EITHER C0,MPRESSIGN Oft HEAT@ DIVIDED bY THE AREA
OF THE SPECIMEN GAVE THE STAENGTH OF THE INDIVIDUAL CUNIACF. TH$S
MET~--OC ENABLED DIRECT ~MEASUREMENT OF THE COHESIVE FORCIES UF 1~141)IV.IoUAL
'CONTACT-S FRCM THOUSANOTHS OF A DYNE: TO SEVERAL. HUND-R-~O DYNES. THE
FACILITY: MOSK .
"RE.SUL T-51-. AkE . PLOTTED CN 0 1 S TR I BUTI ON. CURVES',.'
-GGS UN IV IM. L010NOSOVA, MOStOli,,USSR.:-
UINICLASSIFIED
nn
WHIM

USSR
SIDOROv, V. N. , ~~POV~ R. M.
"Some Problems of increasing the Interference Resistance of ACS Algorithms"
Inform. metody v sistemakh upr. izmereniy i controlya. 1'. 1 [Information
Methods in Control, Measurement and Testing Systems. Volume I -- Collec-
tion of Works], Vladivostok, 1972, pp 378-390 (Translate'd from Referativnyy
Zhurnal - Kibernatika, No 8, 1973, Abstract No 8 V441 bly,V. Dyn'kin)
Translation: The struggle with distorted information caused by computer
errors involves the use of information,,s1tructural and algorithmic redun-
dancy. In this work, problems of the analysis of the i.riterforence stability
of algorithms described at the level of the basic inatherlatical relationships
and at the level of numerical methods, are solved. The,formal apparatus
studied is the information graph plan (IGP). The sensitivity of the algorithm
to distortions of information caused by computer errors is taken as an evalu-
ation of the interference stability of an algorithm. The TGP is divided into
the control and computation of graphs.. Analysis of the sensitivity of the
1/2
WHOM

USSR
SIDOROV, T. N., YUSUPOV, R. M., luform. metody v sistemakh upr. izmereniy
I controlya. T. 1., 1972, pp 378-390
algorithm-is reduced to the analysis of-thesensitivity of the subgrnphs,
and the corresponding methods are presented The requ~irements for accuracy
of testing of the parameters of the algorithm are indicated The problem of
construction of algorithms having high natural interference stability is
stated. Examples are presented.
2/2
49

USSR UDC: 51:621.391
SIDOROV, V. N. YUSUPOV
, R. M.
"Some Problems of Increasing the Interference Immunity of Algorithms of
Automated Control Systems"
Vladivostok, Inform. metody v sistemakh upr. izmereniy i kontrolya--sbornik
(Information Methods in Measuring, and Monitoring Control systems-collection
of vorks), T. 1, 1972, pp 378-390, (from RZh-Matematika, Ito 8, Aug 73, ab-
stract no 8v441 by v. Dyn1kin)
Transletion: Informational, structural,and algorithmic redundancy are
used to control distortions of information due to malAinctions in digit(Ll
computera. In this paper the authors solve problems oT analyzing the inter-
ference immunity of algorithms described'on the level.of basic mathematicall
relations and on the level of numerical methods. The informational flo,,r-
chart is.considered as a formal vehicle.. The sensitivity of.the algorithm
to distortions of information caused by digital computer malfunctions serves
as an estimate of the interference immunity of the algorithm. The infor-
mational flovchart is broken down into subcharts of calr~ulation and sub-
charts of control, Analysis of the sensitivity of -the algorithm is reduced
1/2

USSR
SIDOROV, V. N., IUSUPOV, R. M., Inform. metody v siStemakh upr. izmereniy
A kontrolya, T. 1, 19T2, pp 3T8-390
to analysis of the sensitivity of these subcharts, and the corresponding
procedures are presented. The requirements,for accuracy in checking the
parameters of the algorithm are pointed~out. The authors formulate the
problem of constructing algorithms having high inherent interference im-
Mmity.
2
47
"A

USSR UDC: 62-52
VUS
KOZEYEV, V. A. aiid
IIAn Algorithm of the Gradient Method for Synthesizing Nonlinear
Control Systems"
Leningrad, Priborostroyeniye,:NO.50' :1972, pp 34.-!)8
Abstract: To begin their search for an,algorithin of the gradient
method for designing nonlinear control,uystems, the author-- -wrrLta
a:system of nonlinear differential equations describkig the per-
twrbed raotion of an autowatic control sYstem. Faving, developed
an expression for "he optimality criterion, they than use the gradient ia~.thod
for optimizing the jerawters in the system of: diflerentia.1 equations, first.
terion by the r.2tlod, of B. G. Doatupov ~Lnd. then findinE its
finding the cri
gradient. A for-m-ula for the timw required by,an electranic computer for
synthesizing optimal nonlinear systoins is'~dbtain.ed. an(I the aut'.1ors choir how
tbat. tim can W reduced by the use of the gradjwil-~ for developln~_r the
partial linearization r:!(_-thoI in the allioritlun for synthei;lzing nonlirical, sto-
chastic control systeris. An example of the use of the AlgorithEn, is provided.
73
0 RNMERMORROMMEH-19IMMEMMIN WOMMOM "M

USSR UDC 51;.-. 94416a. 2
AS I MANOV, KH. A., ISHBAYEV, A. I. BOYATO11A, K; SArJYKQV, A. S.,
UZ T", ItZ&l
h. State University
and ZAKHAROV, V. P., Order of.the Labor Rod Bner qhkoav
Imeni V. I. Lenin
ONew Hethod for rsolation of the Anaba'sis Aphylla Alka lo
(>zLnykb Soyedinen' No 3, 19?2-p .PP ~24-)28
Tashkent, Khji---i-ya Frir
Abstract. i new ~Gthodl has been developed. for isolation o-7 individual,
Ambasis anp'.-~,rUa alkaloiis from technical inabasin su.1fate. Direct extrac-
tion of anabasine nulfate with chlorofom yiolA~, _tp~,Illinnf aphyLlidine.
ir4 somi) iho m-tjor portion of i:j ovLaIIII.-d
by convorting, to nitro,'~o dovlvativo~~ folloltul 4y hyJ
kydroehloric acid :1t 98-100C. AL-3o a modiftcation VAL!, dewjolopci Vor pro:1--
duct-l-VII o-r the ari:_-~)a5lne sulfate. The COmmonly U--,vi "o;1fation m~ethcd re-
quired I;Cj,'o at '?0-800C, le_-dbZ to considerablo l-,ydr.03,sis of tho,
aLkalciAs. This cculd be avo!Aei preserving most oft he al"Aloids by the use
504 st 40~400C.
us-OR
UDC 519.281
4
3E
L'FANDBEmj Ya. A., KOLOSOV, L. V., yusupoy, R. M., Id entifikatsiya, Njoscow,
_~Nauka Press, 1970, pp 24-35.
It is demonstrated that under
certain conditions, s0lutio-n of the integral
equa,iol, can be uspd to find the impulse transient funciions Of the system and
.V,
1L~SSR
UDC 519.281
-GELIFANDBEYN, Ya. A., KOLOSOV,
"Estimate of Statistical Characterist IPerturbat .ions and Internal
Noise Jn Functioning Dynamic Vstemsll
identifikatsiya [Identification --,Collection of Works), )Iosco%~, Nauka Press,
1970,pp 24..;35 (Translated from Referativnyy Zhurnal Nib .eTnetika, No 3, 1971,
Abstract No 3'V141 by V. Noskov).
~TransiatiOn.' A multivariate dynamic System with n inputs~ IX, 1 2 n
and p outputs yv,
v 1,2, pit~.studi'
ed 1'ha signals
Vt.-.rl M +P1 41).
NV (1) + YV
are accessible to observation where pi and *v .are Measureme IUt noises,-.not corre-
lated with signals, and ?~, are perturbations., -The results Qf observations
Sv) must be
used to dOterminc the Perturbation NV-1
-1/2
22

112 009 UNCLASSIFIED PkbCESS-ING'DATE--30OCT7O
OF THE 2t4,6,TRICHLUROPHENYL ESTER'QF THE PENTAPEPTIOE
-GLY-ALA-GLY-GLU GLY -Ul_
'_~:'_`A -(03)-ZEGELMANt A.B., YUSUPOVv t.YU.t POROSHIN; K.T.
UTHOP
~~.~'~,-C_CUNTRY OF INFO--USSR
SOURCE-DOKL 9 AKADO NAUK TADZHo SSR 1970t 13(,31, 2 2-r- 3
.~_DATE PUBLISHED ------- 70
SUBJEU AREAS--1310LOGICAL AND MEDICAL SCIENCES
OPIC TAGS-PEPTIDEt ESTER CHLORINATED ORGANIC COMPOUND, BENZENE
~-DER I VAT IVE , CHEMICAL SYNTHESIS
IYTROL MARKING--NO RESTRICTIONS
_.,DOCUMENT CLASS--UNCLASSIFIED
~.PROXY REEL/FRAME--1998/0728 STEP NG--UR/0425/"eO/013/003/0022/0023
C I R-:-' ACCESSION NO--AT01-121387
U i "'_ L. A

Z/2 009 UNCLASSIFIED PRGC
I-ESSING OATE--30OCT70
__CIRC ACCESSION NO--AT0121387
7.A-BSTRACT/EXTRACT--(U) GP-0- ABSTRACT, (IN THIS ABSTR. Z Et.~UALS PHCH SUG2
0 SUB2 C AND 2,4,6, TRICHLORUPHENYL E(JUALS. C SUB6 H SUllQ CL SUB31
~ALANINE AND GAMMA MIETHYLGLUTAMATE ARE iN Tll~ L MOO. AS PAkl 01: A
STUDY OF: THE STRUCTURE OF ISILK FlaPLOIN ~THC~PENTAPEOTIDE
Z-GLY-ALA-GLY-GLU(OME)-GLY-QC SUB6 H SUB2 CL SUB3.11) WAS PREPD. USING
THE MIXED CARBOXYLIC CARBONIC ANHYDRIDE METHOD WAS,PREEPI)o L-ALA-GLY-OME,
M..96DEGREE5. REMOVAL OF THE Z GROUP IN TURN YIELDED 1-1-ALA--GLY-UME.Ht3R
141), 4. 160DEGREES. L-GLY-ALA-GLY-OME (111h. 14. 1.14-15DEGREES, WAS
PREPD. BY THE ADON. OF Z-GLY-OH TO U..1111 WAS CONVERTED INTO THE
CORRESPONDING HYDRAZIDE (IV), M.~182DEGREES. THE'X-.GROUP WAS REMOVED
FROM Z-GLY-OC SUB6 H SUBZ CL SUB3 (M. 213DEGREES) AND THE DEPROTECTED
--ESTER COMBINED WITH Z-GLU(UME)-OH TO YIELD THE FULLY PROTECTED DIPEPTIOE
SUB6 H SUB2 CL SUB3 (V.)q..M. Ill-qDEGREE,S. THE Z GROUP
~-..WAS REMOVED FROM V AND THE DIPEPTIDE ESTER:ISOLATED AS THE HBR SALT (VI)
.114 THE FORM.OF
-AN OIL& IV AND,VLWERE'COMBINED BY.THE AZIDE METHOD TO
YIELD I, (ALPHA) PRIME21 SUBD MINUS-17.6DEGREES (DMFJ. FACILITY:
GOS. UNIV. IM. LENINA, DUSHANBE, USSR*

112m lop
U
LM
112 019 uNc L*As S I F IED P,ROCES,SING DATE--230CT70
'T:,ITLE--REVERSIBLE PHOTOTRANSFORMAT.I.ONIS,0F CHLOROPHYLL IN A SYN"'HETIC
:PIGMENT PVOTEIN COMPLEX -U-
;~!,._AUTHOR-102)-GILLER, YU.YE., YUSUPPVA, Gl.A.
't-UNTRY OF INFO--USSR
0
AKAO. NAUK SSSR 1�70, 190(6), 1.40-3
-D'ATE PUBLISHED -- ---- 70
.:I,~SUBJECT AREAS----BIOLOGICAL AND ME D I,CAL SCIENCES
~-TOPIC TAGS--CHLOROPHYLLi, AMINO-ACIDt,COMPLE~ COMPOUNOt FLUORESCENCEr
V
-ABSORPTION -SP.EC.TRUMr 1310LOGIC PIGMENT
_ONTROL MARKING--NO RESTRICTIONS
~_-DOCUMENT CLASS--UNCLASS(FIED
PROXY F%EEL/FRAME--I998/L016 STEP N 0- - UR 00 2 07 0190 00 614 7 01 it 13
CIRC ACCESSION NO--AT0121612
L

2-12 OL9 UNCLASSIFIED PROCESSING DATE-2301"I'70
.(~IRC ACCESSION.ND--AT0121612
GP-0- ABSTRACT. ABsbRPTI0N,SPFC1-RA AND
FLUOPESC-ENCE STUDIES ON A SYNTHETIC CHLOROPHYLLCASEINIC AC!0 H SUB2 0
SOL, COMPF EX IN THE PRESENCE OF LIGHTI ANO ELECTRON DONORS AND THE
'HLOROPHYLL AND
ABSENCE OF 0 SHOWED REVERSIBLE PHOTORE0%. OF THE I,
ACCUMULATION OF A PRODUCT W I TH 04 ABSORPT ION MAX. ~. AT 530 X, MU. THIS
PEAK WAS ABSEUT 1,14 THE, DARK IN THE PRESENCE. OF AIR,. rREATMENT OF THE
:SYNTHETIC PIGMENT PROTEIN COMPLEX WITH PETROLEUM ETHER INCREASED THE
-PHOTOCHEM. ACTIVITY OF THE PI-GMENT I-N.ALL CASES# 1::SP. 114 COMPLEXES WITH
'4 HIGH (GRFATER -THAN IPERCENTI CHLOROPHYLL CONTENT. wHt-N THE COMPLEXES
WERE NOT TREATED WITH PETROLEUM ETHERo DURING ILLUMINATION FOR THE FIRSr
FEW MIN (LARGER THAN OR EQUAL TO 20-25 :MIN) THE R4TE OF REACTION, TENDED
TO DECREASE.- MAX. ACTIVITY OCCURRED IN THE STRONGLY BOUND PIGMENT
FRACTION (THE HIGHER THE CHLUROPHYLL C.GNCN. 114-RELoATION TO PROTEINw JHE
THE RELATIVE COINTENT OF THI.S*FRAICTICN).~. FACILITY; I N S
BIOFIZ:o RAST* DUSHANBE*:USSR*
-0NCLASSlFIE0-----.---
IMIRri am WHIPIRri gnu 1411
Ulm,- I
-ff~ FAA

s
USSR UDC 547426'118+543.2)2u'
ROMANOV, G. V., YAGFAROV, M. Sh., KONOVALOV, A. I., )EUDOVU A.L
KONOVALOVA, I. V., and YUSUPOVA. T. V., Institute.of Organic and Physical
:Chemistry- imeni A. Ye. Arbuzov, Academy of $ciences USSR,iand Kazan' State
University imeni V. 1. Ullyanov-Lenin, Kazan'
"The Thermodynamic and Kinetic Characteristics of the Phosphonate-Phosphate
Rearrangement"
Leningrad, Zhurnal Cbshchey Khimii, Vol 43, No 11, pp 2378-2386
R Rig
Abstract:, The thermal effects in the~rearrangement P(=X)-C(OH)
\ Rill
nil
P(=X) -0-C11 (II) were studied) where R lk0,Fh; Rl =Alk
\Rl I I
Rl
AM, Ph, OR; R I 1 11, 14~, Ph, COOAlk; Hit' CCOAlk, GOY;eo P(O) (011) 11
2'
X = 0$ S. The heat capacitic.- at -50 ;,. +1200 And the chan,,*,,es in (-..nV%n1py
during the rearrangement I Il a-'L-, the temperature of the, reaction were deter-
mined for a number of ccmpoi=nd_~z I. It. 6-as s#6vn that an approAnately liner
relation exists between the tenneratures at which the reaction bevins and the
-Un
logaritfLms of the velocity constants of the isomerization of co=,c- . ds I detei
MIned at a single temperature.

Acc. Nr; Abstracting Service: Ref. Code:
AfiDOW:u- ciiEMI C Al ABST. 70
ellOp Effect of background catflons on the rate of aclivation
c0 mm J'.mxxp'y'_
of iridium(IU) hexachlGride mple
TsveltamVi, E~ G.; si3,un, G. P Lenin-
7-Le ZIL eam: 1. Vic
grad. klos. C my. nil
Ott), Ifl-3 ~Xus5i- MILT-2 -con~-t-JkYif I, kV n4allitioll:'wris
detd. in 0.1, 1, and 3.ilsolns..of MCI and NaCl
i~.concn- k
at 2 -60' and at PH 3.' At const- alk li chlorid
decreased with cations in the order Li~>i Na > K.; it-deer sed
ea
-also with incrcasing UCI or NaCl cohen, App4reqtly, alkali
cations affert the orientitim (if; water mok. aroti,46il IrCW7.
For O.Ijlf LiCl, Na.Cl, and KCI, the act .iva tioit euer6-'Of Irell?-
aquation iq 25.3, 26-5..atid 26A k~al/mole, 'resp.' Tlie aciiva-
tion energy deemiscd with increasing alt-ali chloride cpnell.
REEL/FRAME
1-971 -0-8-G4

L12 012 W1CL AS SIF LED PROCESSjNG OATE-13NOV70
T-ITLE--SULFUR VULCANIZATION OF RUBBERS -u-
..AUTHJA-(051-8LGi(Hr G.N., UTLENK0, YE.V., ;YUTILOV, YU N. N AZ VEY E V ,A.A.,
'A t_L. i .
...C CUNTRY OF I,`4FO--U5SR
S-OURC E--U. 55R .263PI33
R EF E R E NC C- 41 TK R Y T I Y A ,110 Bli~ F T1) R Gli 08R.AZ I -SY, J o v Ay cV1 A K I 1') 7 0
DATEE PU6L ISHFU-04FE670
SUBJECT AREAS--MATERIALS
TOPIC TAGS--SULF:i_1R,, -V0LCAl'4IzA'rIoN, RUBBER4 SENZIMIDAV~LEI CHEMICAL ?ATENT
Cf3NTi`,0L i4AAKillG--,'4G RESTRICTIGINS
DOC UM E i'l TCLASS--I)INCLASS [F IED
2/1477
~PROX%Y RPLGL/FRAME--300x_ STEP NO--L)R/O-~3~2/70/1')00/~OOL)J(,'000/' 000
:~.C 1,PC A CC E 5 5 1 f,)N 1- 41 0 - - A A 0 123 6 7 ff)

USSR Ubc 53T.192/1.194+535.33/.34.01
KRUI-ISHTEYN, Z. V. , PETRUr'_-.'iIN, V. 1. SMMiOVA, L. 14. SUVOROV, V. M. YWLAND3V,
I. A.
"Investi.crat-ion, of the Character of,tbe H-0 B d in Certain Oxygen-Containing Acids
on
With the Aid of -Meson Capture by Fydrogeri"
lssledovan-ve. khral tera H-0 v nek-otcrykil k;slo`akh
S pvmqs_hcIi'1,,u_ 71--~~,ezcnov 1rodarodom (cf. English Eh ove- OeDIrt Irstitute cl`
Nuclc
-ax% fZesearch, iaboratcry o_-F Nuclear Problems, No. P12~_522L~', Freppint, Dubna,
1970, 10 pp, ill. (from FZh-Yizikq, No 5, May 71, Abs-t-act No 5D98)
r
anslaticn_: 'he degree of ionicity of- the H-0 bond in s'W.-Furic acid, nitric acid,
T
phosphoric- acid, boric acid, and oxalic acid was evaluated vith the aid of -v -meson
apture by hy rogen, Oxalic acid should beleng to a group of stronger acids on the
L
basis of the deggree (if the ionicity of the H-0 bond,

RM
IISSR
MITOVANOV V. ?. POKROVSKIY, V. N. , CHERENKOV, P.. A. , and YINLANDOV 1. A.
pal"IMI
Physics institute imeni P. 11. Lebedev of the'Academy of.:Scien,ces
"Angular Dependence of Multicharged Particles ForiAed Ftom A127 Nuclei by
660-Mev Protons"
Hos
cow, Yadernaya Fizika, Vol. 1-2, No. 2, Aug 70, pp 31
Abstract: The angular distriNitions of multicharged particles CII, jj13,and FIB
f nuclei vith 660-Mev nuclei weve measured. The mea-
formed by bcmbarding A127
surements were conducted on the synchrocyclotron of the'Nuclear Physics Labora-
tory of The Joint instuitute.of Nuclear Research. The ft-agment yield was mea-
I beam. The target
sixed at three angles relative to the direction of the
tM.6-ness of t
was aluminum foil 0.27 and 2.43 mg/cm2 ii) thickness. M -1h e
first foil was considerably less than the mean free pativ of the fragments,
which is approximately 14 mg/CM2 7 while the thickness of-the second foil was in
order of magnitude equal to the mean free path of the fTagments, so -this target
could not:be considered as thin. Results showed that:the thin.and thick targets
used gave practically the same angii1ar-distributions. Mhe angular distributions
1/2

USSR
MTLOIVANOV, P. et, al, Yadernava fizika, Vol. 12, No, 2, Aug 70, pp 234-238
of the rmalt--icharEed P-articles decreased smoothly in abs.-olutp va-lue an In-
crease Ln the angle of observation. The average iumier of plart-icles I -formed
as the result of the reaction and the type;of particles acco-ipanyirg the escape
of ------F~aggment Is iniknown. Curves are given sbowing the angular dependence
associated with the phase space celtiin values of. I.- A tendenct., was 6,,-
f or
served toward &ri increase in the average number of par-ricles 7, with a decrease
in the -mass of the 5-ragment from 18 to 8 in the d--s-Inte-gration of A127 nuclei
by 660-Me-,, protor~s. Tt t,_-,ns OUt on the average that in the formation of one
of these multicharged particles in the final state there appears a total of
about 7 particles. This niriher of particles.is approxi-mately one third less
than the average number oil particles formed in the disintegration of Ag and
4. The angu-
Er nuclei by 660-Mev protons together with a fragment with Z
lar distrIbutions of multicharged particles formed.frmi A127 ;uclei by 660-
MeV Dr-OtCDS is thus in gorA agreement with a, dependenae caused only by the
nhase s=awce. F,,rrther experiments plan to show to~ what.: thXte-ift the estimated
'C-alues ofLC,--I C--'F~C)nd to the real. valued
U4

~'UCE I.,
-SSING DATI-----13NOV70
TITLE--'AEL~ A*TIVE YIELD OF XEsNON [StITUPES DURINGJHIE~ lk.;~AUIATION OF 6ARIUA
B Y 6.3 0 ME V PROMNS -U-
A UTH.UR- N 3) L EVSK I Y L.K. MWIN, A -N. Y(ITLANCIO41 I A.
C OUNT RY OF- --USS'%
INFO
jURCE--RADIGKHIMIYA 409-10:
'Sr 1970, 12112),
DATE PUBLISHED ------- 70
Ec r AREAS-NUCLEAR SC I ENC E ANG JECHN'OL06Y 0H Y S It s
TOPIC TAo'S--XEPJ0rl ISOTOPE, 13 A R I U M IIRRADIATIONt. SYNC:HROCYCLOTRON
-ITROL- A!A;~.,K U'lG--N0 RES TR. ICT I ONS,
CLASS-U,"4CLASSIFIED
PROXY STEP
C I fk CAf"CiESSICN4 A,"j--AP0133374
IN L
A,~" N~A F.J)-

PROCESSING DATE--11SEP70
2V', 034, UNCLASSIFIED
IT 'i~_ ANTENNA -U-
[4
A'UToOR--T'ERESHINr O.N., YEROKHIN, G.A., 'LU 0 A.N.
QUNTRY OF INFO--USSR N~j
0URCE--PATENT N 0263693
0EFEREINCE--MOSCOW, DKTRIYAt IZOBRET.I-PROMi~ OBRAZTSY,. TOVARNYE ZNAKI N'l 9,
#ATE PUBL ISHED ------- 70
SUBJFCT AREAS--ELECTRONICS AND ELECTRICAL ENGR., PHYSICS
XOPM TAGS--HORN ANTEMNAt ANTENNA ENGINEERING, ANTENN RAo.lAT n\ PATTERN,
-PATENT
()!~J ROL MARK 1 8 j--5 Tp, I CT I INIS
CLASS--UNCLASSIFIED
-PROXY REEL/FRA'!E--1992/1094 STEP
C I ~Z f:- A C C F _'; S I rV14 M, 0 - - A A (I 112 2 16
1 z -1, i I Z z z z U %1 C 1. A Sf F I E Q

034 UNCLASSIFIED PplbCESSING DATE--IISEP70
.-Zll RIC ACCESSION Ml0--AA0lIZ216
-_A'13STRACT/E:XTR ACT-- (U) GP-0- ABSTRACT. TH I SAUTHOR
S CERTIFICATE
INTRCDOCES AN ANTENNA 4ADE IN THE FORM OF A RECTANGOLAR. HOR.4. THE '4ALLS
~.OF~ THE HORIN WHICH DIV--RGE FRO!4 TW: WIDF) WALLS OF THE FEEDFc~ WAVEGUIOE
-HAVE -4 RIBBED.SLIRFACE FORMED BY TRANSVERSE GROOVES. rr_~ pRi)D.1jCE A "".-pSA
COSECANT SHAPED RADIATION PATTERN IN THE. E PLANE., TH~ 9FPTH (IF THE
GROOVES 1S VARIED OVER THE LENGTH OF THE'ANTENNA, TliE LAW OF THE RIB
lE'NV ELD RE BEING CLOSE TO PARKBOLIC.
1 -1 -1 -A
71

Acc. Nr. Irl Ret, Code:
o 0
TP R 9 14- R
USSR UDC 621.396.677.73
~TMMHIN, 0. N., TEKOKHI]R,_AA. and YUVK6 At:
"Synt esi$ of Wo-Djmen*ion*IL Imped'ahce, Horn Aft.tennas According
to a kpeci~ic Distribution in.'the AOerture!'.
Moscow, Radiotekhnika, Vol 25, No I Jan 70, pp 63-69
Abstract: A method is outlifted for the synthesis of impedance
horn antennas according to the field distribution in the aperature.
The relationship between the field distribution 'in the aperture and
the required radiation pattern may be.determined on the basis of
relations known from the classical theory of radiation system
sunthesis. Possible ways for~sp.ecifying the field structure sat-
isfying the wave equations and ensuring the possibility of select-
ing any given field distribution in the~aperture,are.analyzed. The
method is illustrated by the synthes.1s.of a horn, antanna having a
sector-shaped radiation,pattern.. ..The results ar(-- presented in graphs
Reel/Frame
xa

OTOO 40399
in the form of relief and impedance functions, as well as radiaEion
patterns (theoretical and experimenta)... It is concLuded that,this
method makes it possible to,synthesize the horn,antennias with im-
pedance walls, whose experimental.radiation.patterns,coincide well
with theoretical ones. Orig. art-has Tfigqres,~and 17 formulas.

USSR UDC 621.396.677.73
-ERESHIN, 0. N., YEROKFIIN, G..A. and YUVKO, A.~:AN.
rn Antenn a
IlSynt esi6 QA. TWo-Dimen�ional. impedance , s According
ibut3-on.in the Aperturelf
to a kpecific Distr
Moscow, Radiotqkhnika, Vol 25, No 1, Jan 70, pp 63-69
Abstract: A method is outlined for them synthesis of impedance
horn antennas according to the field distribution in the aperature.
The relationship between the fielddistribution in the aperture and
the required radiation pattern may be determine~d on the basis of
relations known from the classical theory of rLadiation system
sunthesis. Possible ways for specifying the field ttructure sat-
isfying the wave equations and ensuring the posSibility of select-
ing any given field distribution.in 'the aperture are analyzed. The
method is illustrated by the synthesis.:of a hora antenna having a
~sector-shaped radiation pattern. The results are presented in graphs
in the fom, of relief and impedance,-functions, as well as radiation
A*
(the retical and experimental it is concluded that this
patterns 0
method makes it possible to synthesize the horn~antennas with im -
pedance walls, whose experimental radiation pat.terns coincide well
with theoretical ones. Orig. art. has 7 figures:and 17 formulas.

/Z UNCLASSLFIED PROCESSING DATE--27NOV70
14 LE-~.A'IALYS I S E-31F TH --: CC"TRRELAT TONS BETWEEN GEOLO~;ICA( AND~ GEOPHYSICAL
OF T!iE CRUST IN SOUTHERWTURKMENISTAW-U-
UfHOR-105)-GIDEKOV, O.A., ZAKHAROVA, L.T., KESIELMAN,.S.J., MURADO'Vp CH.,,
AUVSHANOVi A.
06VRM~0' FO--USSR
RCE--ASHK.HA13A0v IZVESTIYA AKADEM11 NAUK,TVRKMENSKOY SSR SERIYA
',FtZ-lK0--TEKHNlC42SKlKH, KH11RICHESKIK,ifEGlEOLOGICKESK.IKH NAUK, NO 3, 1970,
~TE--:PUBL ISHED ------- 70
2
UBJ~ECT AREAS--EARTH SCIENCES AND. OCEANOGRAPHY..
'IC TAGS-EARTH CRUSTt MOHDROVICIC DIS.CONTINUITY, GRAVITATION FIELD,
IMAGNET IC~ FIELD
bom.OL MARKING-NO RESTRICTIONS
ICUMENT CLASS-UNCLASSIFTED
WXY-REEL/FRAME-3008/0396 STEP ND--UR/0202/70/0.00/003/0083/0090
mc-ACCESSION NO--AP0137488
UNCLASS
111-hpHlo-N
En

!!2 022 UNCL ASS I FIED PROCESS*TNG DATE--27NOV70
'R'E~AKESSION NO--AP0137488
~STRAG'r/EXTP ACT---( u) rP-O- ABSTRACT. IN SOUTHERN TURKMENISTAN THE DEPTH
.To: THE 1110HOR.13VICIC DISCOiNTINUITY CORRELATES. WELL WITH THE GRAVITY FIELD
AND AGREES POORLY WITH THE l%AGNF_TIC FIELD; IT AGREES SATISFACTORILY JITH
RELIEF OF THE EARTH-S SURFACE, THE BEST CORRELATION W(TH DEPTH TO THE
-.MOIiO IS 'WITH THE GRAVITY AND MAGNETIC FIELDS TOGETHER; RELIEF OF THE
EARTH'S SURFACE IN C0,7-13INATION WITH THE GRAVITY FIELD ALSO IMPR9VES THE
CURRELATIONt BUT TO A LESSER DEGREE THAN IN THE PRECED114G CASE, BUT IN
COMB11144TION WITH THE MAG-1,11ETIC' FIELD. THE STANDARD DEVIAT113N IS BETTER
TljAN WHEN OINLY THE MAGNETIC FIELD IS TAKEN INTO ACCOUNTol IN A
~,GEPSYNCLINAL REGION THE CLOSEST CORRELATION BETWMN *;DEPTli TO THE MOHO is
PPSERVED WITH THE RELIEF OF THE EARTH'S tURF ACE*' AFTER COIPARING THE
M~AN SQUARE ERRORS AND VARIATIONS OF DEPTH TO THE MO 1HOROVICIC.
DISCONTINUITY ONE CAN NOTE THAT IN 7THE GEOSYNCLI 'NAL.I.tEGION THE DEPTH TO
THE MOHO CAN BE PREDICTED FROM RELIEF OF THE~EARTHIS'SURFACE; IN
PLATFORM REGIONS AND IN A ZONE OF DOWNWARPING IT CAN BE PREDICTED FROM
THE_ GRAVITY FIELD. WITH RESPECT TO,OPERATORS OBTAINED BY COMBINING
GEO PHYSICAL PARAMETERS, IN ALL GEOTECTONIC REGIONS A''SATISFACTORY
,P.REDICTION CAN BE MADE WHEN THE GRAVITY AND MAGNETIC *,FIELDS ARE TAKEN
'TOGETHER.- FACILITY: INSTITUTE OF~.PHYSICS OFITHE EARTH AND
:ATMOSPHERE.
UNCLASSIFIED

USSR UDC 539.376+532.135
YUZBEKOV R. A.
"'Bending of a Physical1v Nonlinear Viscoelastic Circular Plate Under the Action
of -;a Transverselv Distributed Load"
V sb. Rekh. defornir. tverdykh tel (Mechanics of theDeformation of Solids
Collec-tion of Warks), Baku, "Elm", 1970, pp 113-w-126: (from PZh-Mekhanika,
No 9, Sep 71, Abstract No 9V536)
Translation: The problem of the deformation of a circular plate of visecelastic
material in cansidexed where the material it subject:-,:o nonlinear relatiorships
between the stresses and deformations
S,
=1r V (r.)I- R Y-O [1 -0 (6011, (T) A
2G.
a~W
137

USSR
YWBEKOV, R. A., Mekh. deformir. tverdxkh tel Baku, "Elm", 1970, pp 113-126
where w(e is a certain function of the intensity of -the defom, ation E G
U 0
is the instantaneous shift modulds, k is the modulus of volumetric deformation;
a is the average etress and the universal function RM given
from experiments on relaxation
S, S t7
Two cases of reinf orcing the exterrial co~toixr of the I:)Iate ave considoi,od:
rigid and hingcd. The zolution of the prohlen i~; bastid on the sequential ap-
proximation method. The solution for w = 0. (the linear case) is taken as the
first approximmation. The solutior. for the linear visco-iastic cane was al)-
tained ap roximately from the corresponding- elastic solution on the basis of
p
the correspondence prinCf.Dle and by using the Illyusbi~n~ method of appra:.tima-
tions. Formulas for deflections for the second approkirmation were obtained
in- both methods of reinforcing. it is shown that, one~;Pan also find sub-sequent
Iapproximations by an ana-logous- method. Kh.,Paperniki
2
M
_5~HNT ED

Baku., Izvestiya Akademii Nauk Azerbaydzhan SSE., No 3, 1972, pp 99-102
Abstract: The effects of an alternating nagnetic field (AICR ) on the permea-
bility of human skin to Evans blue dye were studied with 2 E;roups of people.
One group (18 women, 7 -men, 18-44 yearsoold) received 0-5 n-1. of 0-5% Evans
blue intracutaneously into the lover third of the shank on one leg. The leg
vas positioned betifeen electroragnetic te7niinals, with. the injected area in
contact with terminal surface. That 1e was exposed,to ANY for 5 minutes under
the following conditions: 450 oersted field,73 iffa gap,i and:current potential
of 220 V and 50 cps. The otber leg served as a control; it was similarly
located but the current was not applied.. Another group of 25 subjects was
injected with Evans blue that had.proviously been subjected -to MF undcr th'~~
conditions described. The diameters of the dye spots were neasured inurediatel~y
after injection and 24 h following AW treatment. Analysis of the results
showed that AY-F increased tissue. permeability to Evans, blue in both groups;
1/2

LIKEIACIOV, A. I., et all., Izvesttiya Akademi-i Naulk Azerbaydzhan SSR, No 3, 1972,
'PP 99-1021
in the second group, the A-W pretreateddye was resolved mre --rapidly. The
latter effects were T)--esurmblz due to delocalization of the Pi electrons on
the dye mlecule. The nore rapid spread of~dye tdmugh the cutaneous tissues
vas presurebly due to the direct effects of on capillaries and on the
reflex nasodillatation mechanism.
2/.2-
78

1/2 017 UNCLASSIFIED PROCESSING DATE--30OCT70
~TITLE-HEAT TREATMENT Of- DIES AND-MOULIDS MADE OF CHROMW14 MANGANESE STEEL
7KHGSVM -u-
~-_4uTHOR-(G-3)-YU7EFP0LSKY, 7-.SH*t RALKOr 'V.S., S,
AVINOVSKY, G.K.
--,:;,COUNTRY OF INFO~USSR
OBRABOT..METALLOV, A-970, (2), 70-71
,,-,SCURCE--METALLOVEDENIE I TERM.
PUBLISHED-70
SUBJECT AREAS-MATERIALS, MECH., I NO. CIVIL AND MARINE ENGR
TOPIC TAGs-CHROMIUM MANGANESE STEEL, STEEL HEAT TaCATMENT, STEEL,
.14 11 .1
ANUFACTURE PROCESS, STEEL QUENCHING, 'MOLDING: MAtERIALi~ DIE
CHRCMIUM MANGANESE STEEL'
_tdN TROL 'MARK I NG-NO RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
I[ -IPROXY REEL/FRAME-Z000/0138 STEP NG--UR/0129/70/000/00~/0070/0071
I
ACCESSIGN NO-AP0123910
UNCLASSIFIED -
z Pi k: "MM-0
IN--- ip, 1 m,
, _", - R,

2/2 017
NG DATE-30QCT7O
UNCLASSIFIE0 PROCESSIt
,(;-IRC ACCESSION NO--AP0123910
--ABSTRACT/EXTRACT--IU) GP-0- ABSTRACT. THE ADVANTA GES OF CR MN STEEL
7KHG2VM STEEL FOR THE MANUFACTURE OF DIES AND MOULDSo:PARTICULARLY
COMPLICIATED PATTERNS USED IN THE-PRODUCTION OF POLYMER PARTS, ARE
DESCRIBED AND DISCUSSED. IT ORDER TO ENSURE GOOD.,QUALIYY MATERIAL IT IS
ESSENTIAL TO PAY SPECIAL ATTENTION TO.THE:-CONDITIUMS OF HEAT TREATMENT.
THUS, FOR EXAMPLE, AFTER ORDINARY QUENCHING AND TEPIPEtIING AN ADDITIONAL
PERIOD OF I-iEAT TREATMENT AT 300 DEGREESC"FOR 3 H IS REQUIRED IN ORDER To
:ALLEVIATE MARTENISITE ENGENDERE-L)'INTERNAL:STERSSESI NO~RAPID COOLING
SHOULD BE ALLOWED.

lizz-
A.';SL'WL.Y WOPX RFSaVES DESCRIBED
J~ I- * . . i, -
Grow0l of 1".c Ln4 vzriz";
pp
of 14hor preductiviLy ac ~_h.
ef f,,r 0~~ i i t-
of ~11 r ... r- iLh~n th,- 4~*.,.~ economy. lni:kkAinz Zhv~~
a major sector such a9
In 1969 the share of the ontire, a,nd =t~l
outpuc waa 28 pvrcent,. Lhe Tiu;iber of w"Lerb wa& 35 pereenz and the vel-
%M.a Or, tapit.1 ~~SvtLu, 19.7 P.Tcol~t of Ot
It may ba,A~zu~~d that by virtue ot 0- pr~~,rkty
ratas of d.velopzet,t 0l machinabuilding, Its rolL In the ;%atv~,vll ecor-
Omy of the colintry wL" lncriia6e evLn fuiche-in subsc;,,ilt Y~4rs.
Du~ to tha fact that -the pace of scientif-l-, 4r.,J pr'r-'~N
In ~ClOnvbjlldLng ie, hlglver Lh4iv fln~ a O.Umher ef arn~.- hert
6Ymtazn%k.c4Uj 'particularly extenstva pj~sibLlltlcii Apr pro-
docLlr,-.i 4rloc. For ~xatp;
wi h t1he an.,,~L ,~st.ry ~f
the diff~remt types =.h.l";.
I
~imtru;avntsi, t- nt,ed r,~r ~-~W,.rAbly re,luclnx laScr and
;yzl irisru CQULIA~-!Y, 3. -1 tlxc ,erlul ~Vn~:-Lwri;;g ,i
now PQ.J~.
i the lCV-1 'r li- .4-
n4 Ll,e ITO~IpCCLS 10- t~ha th..
for th,r nex. ducade Indicate C;4t upgrading the
mb;y line W.rk .. tho ba.iN oC Gpvcialt--tlon, nd
1~1101C"hllcloa. mazhantzat4on und tuLcmjti= repre6ent m;jor i~r
the Z-owth of tlie eflectlvenci;s oi machinelauxislin; u..d of 41-e
induztry.
32
x,
fl.

!I,,, 'It. t I "n ,I tt" I,-, L j nat, 1,
to upgrade social pruducLion, efivetiv-- h al-,
~ u,, jo_-_,,_j
pro"cziwity und ioproved %,tj lit,ij loll -, jssvt*. anc: tle
of output In =chinebuilding 9ectors.
All-Union Correspondence Finance-EconomICS losti-tv, hvve~-v.
5003
C50t 1820-5

USSR UDc 661.325-65
DUkTSKrY, L. A., SHVETSKIY, B. I., YUZEvicif Yu. V.
.........
"Ways to Provide a Wide Dynamic Range in a Higb-Speed Analog-Digital Con-
verter"
Taganrog, Region. nauch.-tekha. seminar po.stat. analizu modelir. i avto-
matiz. kontrolya ob"yektov s konstrukt. slozhn. strukturoy--sbornik (Regi-
onal Scientific and Technical Seminar on Statistical Analysis, Modeling and
Automated Monitoring of Object's Witha Siructurally Complex Design--collec-
tion of works), vyp, 6, 1972, pp 86-go (from RZh-Avtomatika, Telemekhanika
i Vychislitellnaya Tekhnika, No 11, Nov 72, abstract No. IlB310)
Translation: 4e paper deals with problems of constructing an analog-d-igital
converter providing signal conversion in the 0-100 kHz range, which corre-
7
sponds to a rate of variation of up to 10: V/s in the dynamic range of 80 dB
(frGm 1 mil to 10 V of either polarity) with a conversion time of 5 us and an
error of about 1%. The device consists of an input unit containing a n=ber
of scaling amplifiers, a coding converter which includes comparison cir-
cuits, a channel-selection. logic unit, an analog signal commutator, a high-
-speed analog-code converter in the pulse-'tim.e mode with'a narrow dynamic
1/2