SCIENTIFIC ABSTRACT SADYKOV, A.S. - SAFAROV, R.T.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202730003-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

-USSR 542-91:547.11113_1~_'
UMABOV, A. A., ZUFAITZO VA.,K 11. GODO KO N. KABACITINTIK,;
A BDU .1, T. VI Nrq N.
.0
M. 1. , ASLA~JT V, Kh. A, Iand 5,t1DYKOVt_ A. S -,. Institute
mental Compounds, Academy of Sciences USSP, and TasWcent State
University imeni V. I. Lenin, Tashkent
t'The Synthesis of Some O-Ethyl-S-allcyl Alkylthiophosphonates"
Moscow, Izvestiya Alcademii Nault SSSR, Seriya Khiinieheskaya, No 7,
Jul 73, Pp 1659-1661
Abstract: It was cstablished in earlier v.,oric by the authors that
the anticho lineste rase activity of, O-alkyl-S-allllyl mctlil"Ithiophas-
phonates increases v.-ith an increasiriff. lenegth and degree of bz-anch-
ing of the alkyls at 0 and S. However, the effect of the alkyl
at P on the physio-lo.-ical activityeof compowicL-~- of t1iis type had
not been stitdied. To carry OUt thir, SWJICII-~ VIC
allcylthiophosphonatcs EtO(1',)P(O)SDzj_ (1; P, = Et, n-Pr, n-BLi), 0-
ethyl-S- (bet a-ethyl-ricrc a pto ethyl) 111~yltliiopl-,osi-)Iio;-ia-Les Eto(!Z)P
(O)SCII14SEt (II; R = Et, n-Pr, n-Bu),.and meth..'r1sulforicthylates of
11 1) were synthesized. O.,O-Dietirl allkylphosphonates (Eto)
P(O(I 9
)R, which were prepared startin- with diethyl phosphitc a
s
1/2

7`3"7=
USSR
-,ABDUVAICIIA13OV, A. A., et al, Izvestiya Alcademii, Naulk SSSR, Seriya
Miimicheskaya, 1110 7, Jul 73, pp 1659-1661.
described in earlier work, formed the acid chlorides EtO(R)P(O)CI
(1V'on bein- reacted with PCI, . IV, on being reacted with butyl-
.5
-mereaptodiethyl sulfide', yi6lded I and II,
mercaptan and beta
respectively. Compounds. III were obtained by reacting II with
arties of the compounds syn-
dimethyl sulfate. The physical propL
-thesized are listed in tables#,
2/2

USSR UDC 547.972/73
RAKHMSM&NOV, Z. B., S. .YKO-V.-.-A. ISMAILOV, A. I., and KARIMMANOV, A. K. ,
Scientific Research Inst-EE-UE-e- emistry and Technology of Cotton Cellulose,
Tashkent
"Anthocyans of Hibiscus Cannabinus"
Tashkent, Khimiya Prirodnykh Soyedineniy, No 6, 1971, pp 723-727
Abstract: A study was made of the anthocyans of Hibiscus cannabinus var. sim-
plex (kenaf). Two anthocyan glycosides were isolated from the flowers of this
plant, One of them was the new glycoside called cannabinin and tho other,
myrtilin, which was isolated from kenaf flowers for the first time. The ratio
of cannabinin to myrtilin in the kenaf anthocyana was about 4:1. Experimental
procedures, yields and some physical and chemical characteristics of the prod-
ucts are presented for isolation of the anthocyans, obtaining cannabinin, acid
hydrolysis of cannabinin, fermentative hydrolysis of cannabinin, oxidation of
cannabinin with hydrogen peroxide, acid hydrolysis of bioside, isolation of
myrtilin, acid hydrolysis of myrtilin, fermentative hydrolysis of myrtilin,.
oxidation of myrtilin with hydrogen peroxide and basic splitting of delphinidin
The new substance has X,ax = 531 nm. It is characterized as delphinidin-3-B-D-
glucoside-B-D-xyloside (cannabinin):
1/2
I I IT
J"!; W; 914.19 "MM
Q HER

UFSR
RAKHIMKHANOV, Z. B. , et al., Khimiya Prirodnykh Scryedintniy, No 6, 1971,
pp 723-727
H
ci
HO
OIL
-C~H
"-OR
OR
R
R glucosyl-xyloside
2/2

USM UDC 591-105:577-15:598.126
IUKEWSOM, L. Ya., AKHUNOV, A., SADYKOV, E., and SGROKE1, V. M.
IvSome Pro erties of the ATF-Pyrophosphatase and 51-Nualeotidase of the Venoms
P
of Vipera lebetina turanica and Naja oxiana E#11
Tashkent. Uzbekskiy Biologicheskiy Zhurnal, No 6, 19709 PP 8-11
Abstract: Venoms of Central Asian snakes contain various enzymes, including
the highly active ATP-pyrophosphatase and 51-nucleotidase. The object of
this study was to determine the effects of the pH, ten-perature, and duration
of incubation on the activity of these two enzymes in the venoms of Vinera
lebetina. turanica and iaja oxiana E. Desiccated venom samples were obtained
from the Rerpetolog:r Laboraxory of the Uzbek 3S.1 Acadeny of Sciences. The
activity of the enzymes was daterrdned according, to tho amount of dissociaTed
inorganic phosphates. 2ho incubation sapples contained 0.1 ml of a 0.1~
venom solution, 0.1 ml of a 1.2~ ATF solution or of a 1.5,6 UP solution, ar4
0.8 ml of a buffer solution* Results indicate that the, ATP- pyropbosphatasus
of both venoms have an optimmum pff of 8.4-9.0 and an op-;,-~-,ua temperature of
H
37-380C. The corresponding values for the 51-nucleotidases -are p 8.4--8.5
and 37-390C. The best incubation period is 1 hour. Both ATP-pyrophospha-
tases are thermolabile, The 51-nualeotidases are more resistant to high
temoeratures.

1/2 Oil UNCLASSIFIED PROCESSING DATE--23OCT70
~'TITLE--QUANTITATIVE DETERM11-44TION OF ISOPROPYL ALCOHOL AND WATER IN A
PETROLEUM PRODUCT BY MEASURING THE DIELIECTRIC CONSTANT,AND ELECTRICAL
I.D.t MAKS11MOVt S..I.r ZEYNALOV, A.YA.
";COUNTRY OF INFO--USSR
---SOURCE--NEFTEPERERAB. NEFTEKHIM. (MOSCOW) 1970, (2), 43
DATE PUBLISHED ------- 70
SUBJECT AREAS--,kIATERIALS, CHEMISTRY.
.,-TOPIC TAG.S--ELECTRICAL CONDUCTIVITY, PROPANOL, ISOMEk, DIELECTPIC
CONSTANT, UREAt PETROLEUM UEWAXING
--CONTROL MARKING--N0 RESTRICTIONS
DOCUMENT CLASS--UNCLASSfFIED
PROXY REEL/FRAME--1996/1,512 STEP NO--UR/0318/7'~)/.000/002/004310043
CIRC ACCESSION NO--AP0118499
1J_;'-1C L-A S S 1 FIF 0

2/2 Oil UNCLASSIFIED PROCESSI,',IG DATE--23OCT70
CIRC ACCESSION NO--AP0118499
ABSTRACTIEXTRACT--(U) GP-0- ABSTRACT. THE RAPrD OETN.P SUITABLE FOR LAB,
AND CONTINUOUS ATOMATIC ANALYZERS, USED A T R I C 0 M P 0 INIE NT OIAGRA.M BASED ON
THE DIFFERENT DIELCC. coNsT. ANO COND,,~OF EACH (IF THE STRFAM COMPONEMrs,
AND WAS APPLIED TU UREA UEWAXING OF PETROLEUM PRODUCTS.
L-AS-S "FLELY

.1/2 025 UNCLASSIFIED PROCESSING OATE--040EC70
..TITLE-7OIL ADDITIVES -U-
~~AUTHOR-105)-KULIYEVI A.M.r Z6YNALOVAj K.Ai SADYKHOV, K.1-t SULEYMANOVAj
F*G*j DRUOZ"EVA, I.M.
'!-COUNTRY OF INFO--USSR
.~~'SOURCE-BAKINSKIY RABOCHlYr SEPTEMBER l8w 1970p P 39 COL 3
:':-,_DATE PUBLISHED--18SEP70
SUBJECT AREAS--MATERIALS, BEHAVIORAL AND SOCIAL SCIENCES
TOPIC TAGS--LUBRICATING OILP LUBRICANT ADDITIVE, CHEMICAL SYNTHESISt
PETROLEUM REFININGr HONORA'kY TITLE AWARD, CHEMICAL PERSONNEL/WWK
LUBRICATING OIL ADDITIVEv (U)SB3 LUBRICATING OIL ADDITIVEY (U)SK3
LUBRICATING OIL ADDITIVE, (U)ALN118U,LUBRICATING OIL ADDITIVEt
(U)INKHP21 LUBRICATING OIL ADDITIVE
MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY FICHE NO ---- FD70/60501i/B09 STEP NO--UR/9000/70/0001000/0003/OoO3
---~:CJRC ACCESS-1ON---Nr)--AN0140180
11"Iff I "T lqllm_ IBM Rifillm'. "142911

inn uf Miw=vwNmffLmm= mmmum
2/2 025 UNCLASSIFIED PROCESSINC DATE--040Ec70
CIRC ACCESSION NO-ANGL40180
ABSTRACT/EXTRACT-W) GP-0- ABSTRACT "THE DE.VELOPMENT OF THE SYNT14ESIS
TECHNOLOGY FDR THE EFFICIENT ADDITIVES TO 140TOR GILS r%FFINED FROM THE
BAKU PETROLEUIMSt BFK, SG 3, S-X, 3, A-71411 6U, AND INK11P Zip AND REDUCING
IT TO 1,14OUSTRIAL APPLICATIONS", THE WORK DONE BY A. M., KULIYEVI K. A.
ZEYNALOVA, K. 1. SADYKHOVo F. G. SULEYMANOVAj 1. 11-1. DAUDZHEVAI 1. 1.
NAMAZOV, AND V. YE. BASHAYEV HAS BEEN NOMINATED BY TH8 INSTITUTE OF
CHEMISTRY OF ADDITIVES OF THE AZERBAYONAN ACADEMY OF SCIENCES FOR THE
STATE PRIZE OF THE AZERBAYDZHAN S.S.Ri

-:`71/2 022 UNCLASSIFIED, PROCESSING DATE--230CT70
TITLE--PREPARATION OF SYNTHETIC OILS. NAPHTHENIC ACI') ESTERS -U-
!~UTHOR-(03)-KULIEV, R.SH., SADYKHOVAt B.A.9 ABDULLAYEVAP L.A.
COUNTRY OF INFO--U5SR
SOURCE--NEFTEPERERAB. NEFTEKH[Mo MOSCOW1 1970, (2), 42
,DATE PUBLISHED ------- 70
-SUBJECT AREAS
CHEMISTRY
TAGS--LUBRICATING OILl FREEZING, FLUID VISCOSITYr FUEL FLASH POINT,
ETHYLENE GLYCOL# ESTERP NAPHTHENIC.ACI-D
V4TR0L.MARKING--N0 RESTRICTIONS
_WCUMENT -CLASS__;--UNCL-ASSIF [ED
PROXY REEL/FkAME--199'1/0645 STEP NO--UR/03111/70/00(J/002/004?100,'t2
CIRC ACCESSION NO--AI;0119557
W14C LA S S I- F I E 0

2/2 022 UINCLASSI FIED PROCESSING DATE-230CT70
C I R-C ACCESSION NO-AP0119551
ABSTRACT/EXTRACT-W) rP-0- ABSTRACT. NAPHTHENIC ACIDS, ESTERIFIED WITH
MONC AF-40 01HYDRIC ALCS-, YIELDED ESTERS WITH FLASH POINT 156-94DEGREES
AND VISCOSITY INDEX 110-20. GLYCOL ESTERS WITH MOL,- WT*~ItGO-500 HAD
,:,!-VISCOSITY AT 100DEGREES 7.8-8.1 CST. VISCOSITY INDEX 76-90, AND FREEZING
~~.TEMP. MINUS 32 TO MINUS 38DEGREES. TRIETHYLENEE GLYCOL ESTERS HAD THE
HIGHER LUBRICATING INDEXES. FACILITY: INKHPp BAKUP USSR.
UNCLASSIFLEO

112 016 UNCLASSIf I ED PAOCE-SSING DATE--IlDEC70
Tl`[Lt~--USE. LF ULTRASUt,41C ~4AVES TJ STUDY, THE C01AWLEXIING OF NUCLEIC ACIUS
-U
,tIT14 PULYAII.ICNS
I.YE.i 6RAGINSKAYA, F ..I
QYSH .,VA IS.KH.
~_CCUNTRY L)F INFC--LSSR
*F~S0URCE--8ICFIZIKA 1970, 15(2), 274-7 (RUSS)
DATE PUBLISHED ----- -70
.a SU3JECT AREAS-81OLLGICAL AND MEDICAL SCIENCES
i, z-
'~,TCPIC. TAGS--YEAST, RNA, SODIUM COMPOUND, PHOSPHORUS COMPOUNO, CHEMICAL
4ON9 ULTRASCNIC IRRAOIATION
-REACT
~CCNTRCL MARKING--NO RESTRICTIGiNs
PROXY REEL/VRAt4E--3007/0Z84 STEP N&- -UR/0217/70/015/002/0274/0277
A C C E S S I U~l N 6 ___ Alp 01 13 5780--

-2/2 016 UNCLASSIFIED PROCESSING DATE-11DEC70
,2
2
CIRC ACCESSIUN NG--AP0135780
C I
C
AC
- SARA
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. INTERACTIONS BETIWEEN YEAST RNA AND
T
THE. FOLYPHOSPHATES (NAPO SU03) SU_~315 AND (NAPO SU63) SUB3 WERE STUDIED
SHE
BY- MEASURING OUENCHING OF ULTRASONIC WAVES. QUENCHING 'WAS MEASURED ON
GY f.1
f. AN lMFULSFZEVLCE 114 THE FkEQUEUCY RANGE L2-68 KHZ~ METHACHRUMASIA
A.41
4IThTOLUIVINE BLUE WAS ALSO EMPLOYED. THE ABSORPTION MAX. OF TOLUIDINE
1T
6LUE IS OISPLACED TOWARD LOWER WAVELENGTHS (600 AND 540 M MU) IN THE
t3LUC
PRESE
PRESENCE OF RNA OND POLYPHOSPHATFt RESP. THE LINEAR INJPO SU33) SU675
IS APPAREriTLY BCUND BY NONHELICAL POkTICiNS OF THE KNA M10L.s WHICH THEN
IS AF
AQUIRES CCUBLE STRANDEU PROPERTIES. (NOPO S683) SUB3,~ON THE OTHER
HANC, DGES NOT CHANGE ITS METACH9;Ot4ATIt REACTAON WJTH THE DYE UPON ADON.
TO RNA. FETACHROINATIC CATA APE.-..Xf4.-,GCO0 OGGREEMENT 141TH RESULTS OF
STUDIES CN ACOUSTIC PARAMETERS OF PCLYPqOSPHATES DURIXG INTERACTIOPi WITH
RINA. SCMCAT16N OF R-NA UNDER CERTAIN CONDITIUNS, (IN F, 2 HR, FREQUENCY
75,0 KhZi lNfENSITY IC-12 W-Cil PKIMLZ) RE'SUILTS, IN xUPTURE Of RNA MULS.
1) fiNA LOSES S - OF
ALONG NWIEUCAL REGIONS, AS A RESULT, THE SUNICATI umu
FALiLITY: INST.
JTS AbILITY TO INTERACT ilITH (NAPO SU133) SUB75.
CHEM.. PHYS. , HOSCOWt USSR.
V ii-, fj

1/2 0113 UNCLASSMED PROCESSING DATE--230CT70
N AQUEOUS SOLUTIONS OF NUCLEIC ACIDS
TITLE--QUENCHING OF ULTRASONIC WAVES I,
_U_
AUTHOR-(03)-ELPINER* I.E., SADYKHOVA. S.KH., BRAGINSKAYAF F..I.
--USSR
COUNTRY OF INFO
-.SOURC,E--BIOFIZTKA 1970, 1511),t 26-30
DATE PUBLISHED ------- 70
SUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
TOPIC TAGS--NUCLEIC ACID, AQUEOUS SOLUTION, ULTRASOUND ABSORPTION
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRA.4E--1997/0710 STEP NO--UR/02L7/70/015/001/002610030
CIRC ACCESSION NO--AP0119617

2/2 013 UNCLASSIFIED PROCESSING DATE--230CT70
CIRC ACCESSION NO--AP0119617
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE ABSOkPTEON OF ULTRASO.NIC
ENERGY BY NATIVE AND DENATURED NUCLEIC ACIDS (1) vlAS STUDIED BY MEANS OF
A 12-68 MHZ GENERATOR. THE DF14ATURATTON CAUSED BY T14E ACTION OF HCHO OR
NH SUB2 OH ON It AND LIMITED TO CH4NGES OF THE SECONDARY STRUCTURE OF it
RESULTED IN AN INCREASE OF THE ABSORPTION OF ULTRASUNIC WAVES. RUPTURE
OF THE POLYMER CHAINS IN I CAUSED BY THE ACTION OF HIGH INTENSITY
ULTRASONIC WAVES, UREAt OR HYDROLYZING AGENTS RESULTED IN A DECREA-SE OF
THE ABSORPTION OF ULTRASONIC ENERGY INJHE FREQUENCY RANGE EXAMD,
FACILITY: INST. CHEM* PHYS*t MOSCOWP USSRw-
L.

Instrumen-m an& -p-j-pment
IEq
USSR UDC 615.478.7:628.8
ISHUYEV, S. Mi. and SADYKOV,. q.. S~..,. MaAf_izpriboi~ Special Tech--
nological Design an&* Physiological Equip--
ment, Kazan'
.Z "Hicroclimate Chamber MK-111
Moscow, MeditSin5kay-a TeMini-ka,, V-61' No 2, MaT/Apr 71, pp-, 36 -
Abstract: The ability of' air onv:Lrornnent to add or. withdraw heat
is determined by the temperavure,. hurij,dity, and rate. of movenant
of the air and by the surface. t7empar-at.ure of solid and liquid
bodies. To study the effects- of the-se- factors on the licat bal-
ance in man, a chamber, called RK-J"P, was built in which these
factors can be controlled. Tha walls.,. floor, and ceiling of the
chamber are made of special.ly insul.ated panels. Conditioned
air is pumped in and ou.t by a. movo-r-, lacated outside the citai-aber.
Inside, numerous heat cotls are. di-stributed in various locations.
The environmenta.1 paramate-rs, are.-,,alo.atad on a control -desk
located outside the chamber an& arm ma-Intained by appropriate
1/2

USSR
ISHUYEV, S. Kh. and SADYKOV,. R... MeAiftsinstaya Tekhnika,
Vol 5, No 2, Mar/Apr 71,. pp 36-18
automatic mechanisms.. The e:xperi'mental'subject walks on an
electrically driven trcadmill' above %qhich fans generating a
breeze are located. A second cont7ro.L desk, located inside the
chamber, enables the operat.or t,o make-additional adjustments
and to communicate with the aursLde.. The operational range of
the chamber is : temperature, -- ZZ-40. +2-'C; relative humidity
20-90 +10'u; and air breeze onto Vne C.Xperimental subject --
OwIO +T.5 m/sec. The operatIonal: space Is 8.5 cubic meters,
the e7ternal size of the chamber. " 6..S x 4.6ix 3 meters,-and
its total weight is abaut 10.: tons..,
212
fl"~.'r 'I ""III Hot! 1;~*.U 1+1
i h ji'Na' h1:11 -1-11411:41 EIHOR
tnz V r '~ 1 M mv 10 -" i -.9r -imv!7'.'i ;iii-qo - OWN '11-1:
Md

USSR UDc 678-742-3-01:53
M/BDOj) R. 1. SADyEH_ZAD~;?,, S. 1. SULTANOV, R. A., ALIYEV, G. D.
ALI-ZAFE, E. M.,-HVC_FkA~_-Z~G.
- "Modification of Polypropylene With Organsphosphoras Compounds Daring the
_2 Reprocessinglo
Moscow, Plasticheskiye Massy, No 6., 1973, pp 61-62
Abstract: Results of the investigation of thermal and optical. ageing of a
polypropylene sample modified by a di-phosphite are described. It was estab-
lished that addition of the diphosphite to the polypropylene retards the oxida-
tion processes, this material exhibiting better indexes than polypropylene
samples modified with synergistic mixtures of 0.3% of topanol KA + 0-5% of
dilauryl thiodipropionate and the light stabilizer benzone OA. Addition of the
diphosphite to the polypropylene increases considerably its elasticity preserv-
ing its starting strength and increasing its frost stability down to -300C-

Rubber'- an d Eiistomers
USSR
uDc 661.185.1
ASHMOV.7 M. A.J. KWALOVA, M. A., and AKENEMOV, G. G.,
Sumgait Branch INKhT, Acad. Sc., AzerbSSR,
"Study of the Utilization of Biodegradable ALkylarylsulfonate INKhP-q as an
Emulsifier DuringProduction of Butadiene-nitrile Rubber"
Baku, Azerbaydzhanskiy Khimicheskiy Zhurnal, No 1 (73), 1971, pp 64-66
Abstract: The copolymerization of butadiene and acrylonitrile was studied as
a function of the amunt of a new biodegradable enulsifier 11OW-9 used and
of the reaction time. IMP-9 is the sodium salt of a mixture of 75-78% of
mono-J. 15-18% of the di- and 4-10% of the~trialkylaranesulfonic acids obtained
by alkylation of benzene with nonral- CX-olefines containing 6-14 carbon atoms
in presence of AlC13 or H,-,:SO4. Increasing the amount of' MrChl'-9 from 2.2 parts
by weight,hr to 3.8 and 4.2 results in &2i 77, ond 65% copolymerization in 8 hrs
respectively. However, the latex obtained with the lowest level of DOT-9 is
not stable. The higher concentrations of INKhP-9 give a sufficiently rapid
process and a stable latex product which compares favorably vith the cozrper-
cially produced rubber Sm-26,
1/1

"4C L C E S SING
2 020 U SSIFIEO PRI DATE--13NOV70
TITLE-ALKYLATION OF TOLUENCE BY EPICHLGROHYNIN IN THE PRESENCE OF
ALUMINU-'i CHLORIDE -U-
A.UTriUR-(03)-SA0YKHZADE, S. I., KURP,,AN'J,V, S.B., MUSTAFAYEV, R.,.
,~COUNTRY OF INFO-USSIR
~SOURCE--ZH. ORG. KHIM. 1970, 5(5) 9.;-zcj- 91
~~OATE PUBLISPED ------- 70
3JEcr AiREAS-CHEMISTRY
JOPIC. TAGS-ALKYLATI.QN, TOLUEMEt EPICHLOkOHYUkIN, ALUMIINU14 CHLORIDE,
ISOMER, IR SPECTRUM, DICARBOXYLIC ALCID
CONTROL MARKING-140 RESTRICTIONS
00rUMENT CLASS-UNCLASSIFIED
REEL/FRAME-30-06/1341 STEP 140--IjR/036t,/70!Otlt,/r.05/0989/0991
t
CARG-ACCESS,

~~-2/2 020 UNCL ASS IF I ED: PROCESSING -DATE-- 11'110V 0
,CIRC ACCESSIG',N NO--AP0135OL5
-At3STRA(;T/EXTRACT--(U) GP-0- ABSTkACT THE TITLE REACTEON GIVES
-6'-5:20-5. 15 0-14EC SUB6 tt SU,34 CH SU62 ' H(W ) 2"H SU32 OH I)
11 -20 MEXT. OF C, 'i - I
M-I ISOMER, AND P-I I S01MER THE DISTRIBUTION OF 'rHE IS0.N(-_rS WAS
ESTABLISHED BY THE 0XION. CIF THE iSC_'iUR,MIXT. TO THE CORRE-SPONUING
. AiND 10,ENTIFIEO
DICARBOXYLIC ACIDS, iHICH WERE.SEP0 4 T14E RESULTS WERE
CIINFIRMED BY IR SPECTROSCOPY. FACILITY,.: SM-16A I TFIZ. INST.
-NEFTEKH01. PROTSESSOV, SUMGAIT, US-SR.
I A Cf- 1, 11
L;k
ilk. i Mi 11"Wxf il till

USSR
CASANOV, G. T., SADYKHOV, B. 0., and MMTIYEV, A. K., Azerbaijan
Polytechnical
"A Problem in the Nonstationary Motion of a Viscous Liquid"
Baku, Izvestiya Ak-ademii Nauk Azerbaydzhanskoy SSSR, Seriya Fiziko-
tekhnicheskikh i Hatematicheskikh Nauk, No 3, 1972, pp 93-98
Abstract: In connection with the problem of the motion of a Vis-
cous liquid through a tube with permeable walls, the authors the-
oretically consider a nonstationary,rectilinear,parallel motion of
two viscous fluids between two coaxial cylindrical tubes, under
the assumption that the tube of lesser radius is concentrically im-
mersed, with a opecified velocityin the cylindrical tube of larger
radius. They begin their solution by finding the ch.~_-nge in pres-
sure on the end face of the immersed cylinder, in the presence of
the layer adj acent, to the wall of the larger cylinder, for a lmoim im-
mersion velocity. *The solution is 4, en found by solving a system.
th
of two partial differential equations, both of which are Given.

USSR UDC 628.58:549.74

ABDULLAYEV, G. B., GASANOV, G. G., MEKHTIYEV, M. A., PjZ UMAROtra A. T.,

MAZANOV, D.
BABAYEV, R. A., SADYYJIOV, S. T., TEPLYAKO.YA, G. V., and
RAGIMV, R. N.
"Radioprotective Effect of Selenium",
Baku, Doklady Ak-ademii Nauk Azerbaydzhanskay SSR, No 3, 1973, pp 12-17
Abstract: Sodium selenite administered to Wistar rats 20 minutes after
.7 'X-irrddiation-at 490 rad had little protective effect, the survival rate
and average life-span being insignificantly higher than in the controls
(50Z-'-survival rate by day 30). However, the same dose of the compound ad-
ministered 30 minutes prior to irradiation (intraperitoneally, subcutaneous-
ly, or perorally) had a markedly protective effect; the survival rate was
90% and the average life-span 28+3.6 days. Mien sodium selenite was combined
with vitamins E (as an antioxida;~t) and A (to promote the retention of
vitamin E in the body), the protective- effect was even more pronounced,
the survival rate and average life-span being significantly higher than
in the controls (given selenium but not the vitamins).

tSSR LTC 6)2.95
ZIYAYFI, A. A., OTROSHMENKO, 0. 8-t SADYKOVs A. 3-o TOLKACHUM, G. A.,
T. A-.-----
AKB"OV, KH. A., and IMCDUAYEVA,
"A Ifethod of Making 1~1-143 #-Di-fpiper1dy1-2- (or 1-1,11ethylpiperidyl-2) _7
I-Dihydrodipyridyl Carbamate"
Disodium-
WSR Author's Certificate No -143975, filed 13 Jul 70, published 14 Aug
72 (from RZb-Dimiyap No 10, May 73, Abstract No 101;6141F by 11. Y. Lebedeva)
Translationt /-;'-Di-(pipp-ridyl-2)-d~sodiua--Y', ~" '-dihydrodipyridyl
carbanate (I) and 1:5 t /3 '-di- (I -methylpiperidyl-Z) -di sodium-
dihydrodipyridyl carbamate (11) are synthesized by reacting anabasine UW
or N-methylana"basine (IV) respectively with dispersed metallic sodium In an
organic solvent in a molecular nitrogen atmosphere at 50-600C. Examplet
50 9 of III or IV are added to a aMpension of 10 g of 14M. In PhMe, the reaction
raw is agitated In a streaxi of 1) at 50-600C until the ncKUum dissolves,
and treated with CO The result6t mass is evaporated, the residue is washed
with n-hexane and fEtered giviBg compound.1 or 11 with a yield of 90%, the
melting point o9 I is above 4.00 Ct molecular weight 458; the melting point of
11 is above 400 0, molecular weight 486. The values of ~f are given for I
and 11 as well as IR-spectral data, I and II can be used as herbicides, and
1/2
WN MHE P

USSR
ZIYAYPEV, A. A., et al., USSR Author's Certificate No 343075, filed 13 Jul 70v
published 14 Aug 72
I ~11110- I M.1.11,11.1 11.1-

Alkaloias
USSR UDC 547.94A.6
nyrenu
TURDIKULOV, Kh-, YUSUPOV, M. 1".. and Mali] S Order of
the Red Banner of Labor Tashkent State n vers ty Me is
Lenin
"Desacetyleolchincin and Des acety1colchicaln the New Alka-
loids Isolated from Merendera Robusta"
Tashkent, Khlmiya Prirodnykh Soyedinenly, No4 2, 1972, 247-
248
Abstractj Three new alkaloids were discovered in Merandera
robusta B g e., collected In 1958. On the banis of UV and
NMR spectroscopy the compoLmda were Identified as dc.-sacetyi-
colchicin, desacety1colchicein and N-r.
-athyloolchamine. The
structures were verified by preparation of 11-nethyl and
N-acetyl derivatives.

US3R UDC 54?. 94-4 945
OV, !. , A S L,140V, ICi -4. , and, -der of
PFDrUM.*= Tashkent Or
aell,
-bor Red BarLner State University Imeni Tashkent Pharma-
.the L. On
ceutical Institute
"Alkaloids From the Roots of Saphora Griffithii"
Tashkent, Khimiya Prirodnykh Soyedineniy, No 3, 197?, 398-399
Abstract: After extraction with benzene and chromatography on alumina co:L=, i,
roots of Sophora Graffithii yielded citizine, N-niethylcitizinc, and matrine.
All products were identified by comparative D~ spectroscopy.

USSR UDC 547-94 + 543. 4 3
ISHDAYEV, A. I., ASLZOV, M. A., -4-. S_ , and RAI-Yt',',.~NOVA, M. A., Order
of the Labor Red Banner Tashkent State Univer-s-Ry Imen! V. I. Lenin
"Study of the Qui-nolizidine Alkaloids by 'the Method of Optical Rotatory Dis-
persion (ORD). I. ORD of Lupinin, Citizin, Sparteim Group of Alkaloids, and
Aphylinic Acid"
Tash-kent, Khimya Prirodny'Kh Soyodineniy, "'To 3, 1972, pp 328-333
Abstract: 0?D1 curves of Spartein, Luplnin, Citizin group of all-aloids nni so;!~e
derivatives of aphylirdc acid were studied. Amon.- the group of A -pyridone
ring containing compoxids a higher molecular amplitide was exhibitol by the
epimers i-.-ith a trans-quirolizidine jimction of the nuclei than wiLh the cis-
isomers. It has been sho-,,n that ;illkaloirls i-i-Ith a lact.-_,n group im t'he external
rim, have a hi-her ir;oilocular amplitude than corre-spondim, co.T:-jotLrjd.,; ,;ith nn
term- I ring, A relationship has. been; shoin bf-Livicen t ho
group at the in' ionship
form, sign ary.1 nolecular amplitude of the curvus and the type of a build-up
of quinolizidine rLqgs, as well as ol' the molecular rot-ntion and the location
of a double bond in ring A or D. The derivatives c~" Lupinin ari aphylinic
acid have a rmo(~th curve wit!h rrinor anornalies :3hiftej lonCer waveie_-,~tfl
in easo o" ncid derivativas.

USSR UDC 54-.944/661.2
V .'C)
ASIANOV, Is:!- 'LY,'V, A- I., il-113YIM7.4, F., SH, A v 1~
w,
and ZAKHARMIT, V. F., Order of the Labor Red Banner Tashh-c.1t. state University
Imcni V. I. Lcni.~i
DNew llcthui for 1,-.ol-ition of tho Anabasis l,phy.U-- Alkalaids"
Tashkent, Khindpn soo-c~iirwniY, NO 3, 1972, pp
Abstract: A ne,,. r,.-Ahod has bcr;ii developad for -isulat-Jion of iii-liviiual
Anabasis np'ulla- all.'~~aloi_-'r, frz,-i axiabasin sulfnte. Dircc'_ extrac-
tion Of c"Jorv,or;'] yivid- 'lphyllillo, nPhyll-Adinc"
f
by convc-rti-
followcd by w til 1l',,:
.. lo 1 10V'C. Also , ;o(3 .1 G, -
bydroc" --ic ac-Jili at 00- a v -,Jfication rluvclcpc~ for pr
ducti.,,n cf Tht.. C~Jm-only usc~_-! _sralr~~tiuii r,-,-
quircl 40," "Ju 1(;adJ*.,.-, to consilcrable hyJ.-rulyAs of Zhc
1,05t of tha zLl' t'-

USSR tmc 547.944.6
TURDIXULOV, KH.t YUSUPOVp M. K., and Order of Red Banner of
Labor Tashkent State University Imeni V..1; Lenin
IiAlkaloids of the Bulbs of Colchicum Kesselringii"
Tashkent, Xbizdya Pr1rodnfkb Soyedineniyo No 4p 19710 p 541
Abstracti This study is a continuation of earlier research conducted by the
authors on the alkaloid content of Colchium Kesselringii (Kesselring's meadow
saffron).
The phenol portion of the fraction of alkaloids of neutral-phenol character
was studied with use of thin-layer chromatography (alumiaua oxide). The
presence of four substances was establisheds 3-demethyl-,,O -luaicoichicine,
2-chenethylcolchicinev and two other alkaloids# one with the composition
C21H2306 H, which appears to belong to the ,d-luaiderivative tropolon series.
This particular allraloidf on the basis of the physico-chellical data obtained, may
be the same as the alkaloid S;!, separated by Canonica, et al. from Gloriosa
superba, L. The authors, study repments the first attenpt of any sozt to
"pants alkaloids from Colchicum Kesselrinju.
17

USSR UDC 947.94
J
TOMWRATOV, K., ABDUVAKMWV, A. A., ASLANOV, Kh. A., and
,,,,~KOV, A. S.,
Tashkent State Univeristy imeni V. 1. Lenin
"New Phosphorus-Containing Esters of N(O-etho-cy)-anabasine and Lupinine"
Tashkent, Khimiya Prirodnykh Soyedineniy, No 6, 1970, pp 772-773
Abstract: Phosphorus estczs of N(O-ethoxy)-anabasine and 1up inine are synthe-
sized in a search for cholinolytics: (N(a-ethyl-0-diphenylphosphonyl)-
anabasine, methylsulfomethylate of N(O-ethyl-0-diphenylphosplionyl)-anabasine,
N(S-ethyl-O,O-isoamylmethylthiophosphonate)-anabasine, 0-diphenylphosphonyl
lupinine, and iodomethylate of 0-diphenylphosphonyl lupine. Some of the
physicochemical constants of these estemare tabulated.
50

USOM UDC 1 947
ABDUVANKIMOV, A. A. , ASLAINOV, Kn. A. , S', , and INOYATOVA, K. ,
Tashkent State University imeni V. 1. Lenin
"Lupinine Esters of O-Alkylmethylphosphonic~and O,O-Diethylthiophosphoric
Acids"
Tashkent, Khimiya Prirodnykh Soyedinenly, No 6, 1970, pp 771-772
Abstract: To determ-ine anticholinesterase activity, the authors synthesized
lupinine clsters of phosphoric acids: O-elhyl-0-lupinanmethy'Lphosphonate,
0-n-butyl-0-lupinanmctliylplioi,plionate, 0,0-dietliyl-S-lupini)nthiopliosphate,
and iodomethylates of 0,0-diethyl-S-lupinan,tliiapilospilate and O-n-,.)UtYl-0-
lupinarithiophosphonate.

USSR
SADYKOV, A. S., Professor, Tashkent Medical Institute
"Secretory Functions of the Main Digestive Glands in Ontogenesis During
High External Temperature and Sunstroke"
Tashkent, Meditsinskiy Zhurnal Uzbekistana, No 10, Oct 70, pp 56-60
Abstract: The specific shifts in the activity of the gastrointestinal
tract which generally arise on exposure to high tepperature and insolation
were studied in puppies 1, 2, 3, and 4 months old. It was found that
gastric secretion was most sharply reduced by high temperature in the
2-month-old puppies. Enzyme, sodium, and total protein concentrations,
in the gastrointestinal tract increase with age; in 2-month-old puppies,.
trjpsin and lipase concentrations are considerable; in 3-month old pup-
pies, these enzymes reach the concentrations found in adult dogs. On
exposure to high temperature and insolation, the total amount of gastric
juice is decreased. Nevertheless, the amylase concentration is reduced
only slightly and in some cases it is even increased. L The concentrations
of all other constitutents are reduced. Dehydration of the organism,
particularly in young animals, has a significant effect on gastric
1/2

77, 7.77
USSR
SADYKOV,,.A,,,S.,,,Meditsinskiy Zhurnal Uzbekistana, No 10, Oct 70, pp 56-60
secretion. The tonus of the vagus nerve was also found to have a decisive
effect on the depression of gastrointestinal secretion4 The frequency and
voltage of efferent impulses are reduced under the action of high external
temperatures. The thermoregulatory center is excitedileading to a redis-
tribution of blood in the organism.

1/2 009 UNCLASSIFIED PROCESSING DATE--27NOV70
TITLE--ALKALOIDS OF COLCHICUM KESSEL411tiGli COP~MS -u-
M.K. SADYKOV, A.S.
Z~COUNTRY OF INFO--USSR
-".SOURCE-RAST. RESUR. 1970, 6fl), 104-7
Q,AT EPUBL IS.HED ------- 70
_SUBJECT AREAS-8TOLOGICAL AND MEDICAL SCIENCES
;~JOPIC TAGS--PROCESSEO PLANT PRODUCTj ALKALOID, CHEMICAL [DENTIF!CArION,
SUCROSE
C, ONT ROL RESTRICTIONS
DOCUMENT CLAS S--Ui',jCLA SS I F I ED
PROXY REEL/FRAP111-3000/0459 STEP f4t')---UR,/0503/70/()06/('~01/010't/OtO7

2/2 009 UNC L ASS IF I EG PRC'GESSING 0ATE-27NOV70
CIP.C. ACCESSION NIO-AP0 134227
ABSTRACT/EXTRACT-M) GP-0- ABSTRACT. THE CORMS CONTM-MEO
0.13-0.1-3PERCENT TOT~",L ALKALOIDS, fiEPENDIING ON THE CrIP0141-H PERIOD.
COLCHIC INE, 2, DEMFT HM-COLCH Ir [NE-, KESSE.LRINGINE, ANO 7 01'HER ALKALOIDS
E IDENTIFIED. TH": MAX. CONTENT OF IMONO At"AD 0IS4CCHARIDES WAC FOUND
IN FLO~iERS, THAr OF STAPCH It'll THE FRUIT, SUCROSE WAS THE MAIN
DISACCHARIDE. FACILITY., TASHKENT. GOS. UNIV., TASHKENT, USSR.
-U,ICLAS-SIFIED

1 ~t 007.7- UNCLASSir-rED PROCESSING DATE--04DEC70
,.TlTLE--ISOASTROGALIN# A FLAVONDID GLUCOSIOE: FROM GaSSY.P,Ium HiRSUTUM,
!.,~.'COTTON, FLOWERS -U-
z-AUTHOR-(02)-PAKUDINAl I.P., SADYKQVo A.Sa
~__C GUNTRY OF INFO--USSR
.,SCUR(;E--KHIM. PRIR* SOEDIN. 19701 611), 2T-�
~DATE PUBLISHED ------- 70
SUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
JOPIC TAGS--PROCESSED PLANT PRODUCT, GLUCOSIDE, KETONE, FLANONOID
COMPOUNDt CHEMICAL IDENTIFICATION
CONTROL MARKING--NO RESTRICTIONS
:DOCUMENT CLASS--UNCLASSIFIED
'PROXY FICHE NO ---- F070/605002/CI2 STEP t*40--UR10393/70/G-C)6/0',)1/0027/002')
CIRC ACCESSION P.10-00139443

2/2 007
UNICLASSIFIE0 PROCESSIN'; DATE--.0,4(')K7Q
ZIRC ACCESSION NQ--AP0139443
-ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE TITLE GLYWSIDEr 14.
245-6DEGREES (PENTAACETATE M* 180-IDEGREES)s, WAS 100JIFIED AS Cl).',IrPH~IROL
3iALPHAtDGLUMFURAN0SlDE& FACILITY: NAUCHf,-ISSLED. MST. K141M.
TEKHNOL. KHLOP. TSELLYUL-, TASHKENT7 USSR.
U;";C L AJ F I E fl.

021 UNCLAssi FiEo PROCESSING DATE--04DEC70
,:T-1 TLE--STRUCTURE OF THE ALKALOID L5FRON COLCHICUM LUTEUH -U-
,AIUTHOR-(03)-CHOMMADOV, B., YUSUPDVI,M.Kot, SADYKOVp~AtSo
.:--COUNTRY OF tNFO--USSR
SOURCE--KHIM. PRIR. SOEDIN. 1970t 6(1)v 82-8
-QATE.PUBLISHGD ------- 70
3JECT AREAS--,91OLOGICAL AND MEDICAL SCIENCES
Wr
-TRUCTURE, UV
'TOPIC TAGS--PROCESSED PLANT P(muc,ri ALKALOID, MOLECUt,AR S
.-SPECTRUMt IR SPECTRUMt NUCLEAR MAGNETIC RESONANCE
.,C ONTROL MARKING--?40 RESTRICTIONS
fOOCUMENT CLASS-UNCLASSIFIED
-PRO XY REEL/FRAME--3005/0463 STEP NO--UR/0393/70/006/C)0'1/00,32/0088
CIRC ACCESSION NO--AP0132678
UNC LASSIF_[Ff)

021 UNCLASS IF I ED PROCEESSING DATE--04DEC70
CIRC,ACCESSION NO--AP0132678
~ABSTRACT/EXTRACT--(U) GP-G- ABSTRACT, TWO NEW ALKALO[DS L-5 (1) ANO L-6
-11) WERE ISOLATED FROM C. LUTEUM TOGETHER WITH COLCHAMINE
3,DEMETHYLCOLCHAMINE, 3tDEMETHYL,BETAtLUMICOLCHICIIIE,, COLCHICINE, 2,
DEMETHYLCOLCHICINEt BETAPLUMICOLCHINIIJEt r4tDEACETYLtIJiFORM*fLCOLCHICIP,'EI
.AND LUTEIDINE. 11, C SUB21 H SUB23 0 SU86 N, N. 291-3DGGRCPS (ME SUS2
:~.C_0) (ALPHA),SUBD MINUS 41DEGREE-5 (CO.88t;MEOH), WAS ISOLATED FROM A
'--:PHENOLIC FRACTION AND ITS STRUCTURE WAS NOT DETD*; Ip M. 179-83DEGREESY
-,-.,:HAS PROVED TO BE 2#0EMETHYLCOLCHICINE. ;UVr [Ro AN0JJMR DATA OF I ARE
GIVEN AND TRANSFORMATIONS OF I INTO COLCHICfNE, ISOCtILCKCINEt
-.2'10EMETHYLCOLCHICINE, AND 2yDEMETHYLISOCOLCHICINE ARE DESCRIBED.
~i:4, ~FAC I L ITY: TASHKENT.-GOSUNIV. IM. LENINA#.TASHKENT# OSSR.

1/2. 012 UNCLASSI FIED PROC'ESSING DATE--040EC70
T-ITLE--THE ALKALOID L-6t C SUB3 HYDROXYLATED%DERIVATIVEOF.
~'GAAMArLUMICOLCHICINE,-U-
'AUTHOR-(03)-CHOMMADOVY Bet YUSUPUVP,.R*K*t SADYKDVp A..S's
CWNTRY OF INFO--USSR
.SOURCE-KHIM. PRIR. SOEDIN. 1970, 6(2)p 2M
blATE PUBLISHED - ----- 70
SUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
[-TOPIC. TAGS--PROCESSED PLANT PRODUCTt ALKALOIDt MOLECULAR STRUCTURE, MASS
'~.7-.S~PECTRUHr NMR
ZONTROL MARKING--NO RESTRICTIONS
DOCUMENT '_'LASS--UNCLASSIFIE0
PROXY REEL/FRAME--3005/0467 STEP NO--UR/0393/701006/002/0275/0275
CIRC ACCESSION NC--AP0132682
UNCLASSIFIE0.

~,:2/2 012 UNCLASSIFIED PROCESSING DATE--O,~DEC70
CIRC ACCESSION ND--AP0132682
,ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE ALKALOID L-6 (M. 29L-30EGREES,
CALPHA) PRIME20 SUBD MINUS 410DEGREES) FROM COLCHICUM LUTEUm is,
",~:'ACCORDJNG TO NMR AND MASS SPECTRA; THE AS YET UNKNOWN
-3,DEMETHYL,GAMMA,LUMICOLCHICINE 11) THE CORRESPON01W3 ME ETHER, m.
2.75--6DEGREES,.v JS ~IDENTICAL WITH GAMMA v LUtIICOLCH IC I NEI* FACILITY:
-,~-.~TASHKENT~ GOSUNIV. IM. LENINA,~TASKKENTV,
USSR,
UNCLA-SSIFIED

009 UNCLASSIFIEO' PROCESSING DATE--04DEC70
LE--PRODUCT OF T71E CONDENSATION OF LUPININIC ACID WITH PIPERI0INE-_j5_.
AUTHOR-(04)-ASLANOV, KH.A.i KASYMOV, T.K., SADYKOVi AsSol ISHBAYEV, A.[.
CCUNTRY OF INFO--USSR
SOURCE--KHIM- GETEROTSIKL* SOEDIN. 1970'f~ (4), 492-4
DATE PUBLISHEO------70
SUBJECT AREAS--CHEMISTRYt BIOLOGICAL AND'. MEDICAL SCIENCES
TOPIC TAGS--ORGANIC ACID, ALKALOID, HETEROCYCLIC NITROGEN COMPOUND
-CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
-PP
..OXY REEL/FRAME--3006/0947 STEP NO--IJR/0409/7OiOQO/OO4/0492/0494
CIRC ACCESSION NO--AP0jL34668
UNC LASS I F IET)

2/3 009 UNCILAS SIFIED PPOCESSING DATE--040EC70
CIRC ACCESSION NO--AP0134668
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT* TO A SOLN. OF 11 G LUPINIC ACID
IN 120 ML PIPERIDINE WAS ADDED PORTIONWISE 46 G P SUB2 0 SUB5 AND THE
MIXT. REFLUXED 3 HR TO YIELD 75.5PERCENT D I (X El*iJUALS 01 R EQUALS
PIPERIDINO) (D 11), b SU35 228-30DEGREES, (ALPHA) SUBD 54.2DEGREES
(ETCH); PERCHLORATE M. 199-200DEGREESAH SUB2 01; HCL 3ALT M.
114-15DEGREES (ME SU62 CO). 11 WAS HYDROLYZED BY 16 HR REFLUX IN
20PERCENT H SUB2 SO SUB4. It 13 G) IN 50 ML ET SU02 0 WAS ADDED TO A
WARM SOLN. OF I G LIALH SUB4 IN 150 ML ET SUB2 0 AND THE MIXT. HEATED 3
HR TO YIELD D I (X EQUALS H SUB2v R EQUALS PIPERIDINO) (D 111), B SUB10
158-60DEGREESt (ALPHA) SUBD 196.5DEGREES (ETOP-); PICRAIE M. 205-60EGREES
(ETCH). III WAS ALSO OBTAINED BY HEATING 3.9 G BiZOMOEPILUVINANE (0 IV)
AND 20 ML PIPERIDINE IN A SEALED TUBE AT 15-60DEGREES FOR 6 HR. A SOLN.
OF 10 G D I IX EQUALS 0, R EQUALS OH) IN 200 ML WAS SATD, WITH HCL FOR 8
HR, THEN KEPT 24 HR AND REFLUXED 4 HR TO YIELD 55PE-RCENT D I (X EQUALS
Do R EQUALS OET) (D V), B SUB4 139-40DEGREES* (ALPHA) SU8D 43DEGREES
(ETOH). A SOLN. OR 4.7 G V 1111 70 ML ET SUB2 0 WAS -ADDED TO A WARM SOLN.
OF 2 G LIALH SUB4 IN 300 ML ET SU82 0 AND THE MIXT. REFLUXED 4 HR TO
YIELD 98.4PERCENT D I IX EQUALS H SU82t~P EQUALS OH ID VI)s No
79-80DEGREES# (ALPHA) SUBD 36.8DEGREES (ETOH). TO A SOLN. OF 3.5 G 0 VI
IN 60 ML C SUB6 H SUB6 WAS ADDED PORTIONWISE 15 G PBR SU85 AND THE MIXT.
REFLUXED 2 HR TO YIELD 98.5PERCENT 0 IVv 8 SU82 126--300FGREES (ALPHA)
SUBO 61DEGREES (ETCH). LUPININE (11 G) WAS BROM14s~TED UNDER SIMILAR
CONDITIONS TO YIELD 99PERCENT L Ivp 6 SUBZ 126-30DECYREES* (ALPHA) SUBD
MINUS ZT.20EGREES (ETOH); PICRATE M, 134-50EGREES (11 SU62 0).
UNCLASSIFIED

3/3 009 UNCLASSIFIE6~ PROCESSING DATE--04DEC70
GIRC ACCESSION NQ--%P0134668
ABSTRACT/EXTRACT--L III WAS OBTAINED SIMILARLY TO D III IN 97PERCENT
YIELD, 8 SUB10 159-60DEGREESt (ALPHA) SUBD MINUS 37DEGREES (ETOti);
pfrRATE 113-14DEGIEES (ETOH). FACILITY: TASHKENT. GOS. UNIV.
IM, LENINAv TASHKENTI USSR..
U 1- 1 C L AF I 1~ Q
TV
4 Im IMMU 95HIMIKIT 'famllaw

USSR UDC: 5h7.944 -954
ASWOV, KH. A., ZAYIIUTD121OV, U. N., KUSHKUMOV, YU, K. and ~,gYKOV,_-A.. S.,
imeni V. I. Lenin, Tashkent, Ministry of Higher and
Tashkent State Uaivers~
Secondar7 Specialized Education UzSSR
'New Didehydro-Derivatives of I-Tatrine Cisolupanirie7 Alkaloids"
Tashkent, Khimiya Pri--,odnykh Soyedirb--niy, No 3, 1970, P 381
Abstract: From matrine via 5-hydrox.~T-6,7-dehydromatr-Ln, a matrine series didehydro-
compound where double bonds e-Ticorapass three or four opticall centers was synthesized.
Dehydration of 5-IVxIroxy-6,7-dPhydromatrine with P Oe by the Bollman method led to
a complex mixture of compounds, while dehydration 3~lan n-rylol. aolution led to the
matrine didehydroderivative with a 40% yield. This study suffests that in selecting
conditions for hydrogenation of the didehydro, product several new stereoisomers of
matrine can be obtained.
IMP

us SR UDC: 547.944.6
CH(PROMV B., YUSUPOV, M.K.,, SADYKOV _AS. Tashkent State University imeni V.I.
HiRe-r__a~~ Sec"
-1enin, Tashkent, Ministry of ondary Specialized Education. Uzbek SSR
~"The Structure of Alkaloid L-5 from Colchium Luteum~l
Tashkent, Khimiya Prirodnykh Soyedineriiy, No 1,, 1~70, pp 82-88
Abstract: AJkaloids were extracted from the plant body of the Colchiuni luteum
Baker (meadow saffron) which grows in the Sazan-Ata Canyon of tiis- Chiraltentskaya
Oblast. The alkaloids extracted in the flowering stage waounted to 1.58%, and in
the fruiting stage -- to 0.29~v. Absorptioa chromatography on aliLmini= oxide re-
vealed that the alkaloid mixture from the flowering stage is ccmposed of' colchamine,
3-demethylcochamine, colchicine) 2-demethy.1colchicine and 3-(Iemf,,thyl-,d-limicolchicine.
j had never
The first two bases with the topolone ring and "-deme
been extracted from rjaffron before, Analysis of the alkaloid af.xture extracted
from the fruting stage showed colchicine, 6-lumicolchicine, N -de sacetyl-lf -foray-
lcolchicine, 2-demethylcolchicine, 3-dameethyl-~6 luteidine
(alkaloid L-2) and new compounds with Rf Of 0.21 and 0-76 (sYs-tem 1) 11=ed 1-5
and L-6 respectively. Alkaloid L-5, with an empirical formula Of C20112106" is a
yellow amorphous substance which melts at 179-1830c- It makes up the principal
part of the phenol-acid fraction of the alkaloids. Spectroscopic analysis shavo
that this compound contains the tropolone ring. Spectroscopic and i*unctional
1/2

USSR
CHOMMAIX P.P
')V, B., et al, Tashkent, Khimiya Prirodnykh Soye(lineniy, No 1, 1970, 82-88
data suggest the following formula:
C
15H9(OCH3)2(()H)(CO, OH) (NHCOCH3)'
It was established that the structure corresponds to 2-demethyleolchicine, which
is present in all colchicine-bearing plants of Central Asia, and may be an
intermediate product in the biosynthe6is of colchicine. Faper chromotography showed
that the alkaloid mixture also contains three ne.v alkaloids wikh
t Rf Of 0.38, 0.40
and o.86.

USSR UDC 547.944.6
TURDIKULOV, KH., YUSUNOV, M. K., SADYKOV, A. S. , Tashkent Oxicter of the Rem
Banner or labor State University! meni V lenin
"Structure or the K-13 Alkaloid from Colchicum KesselringiV
Tashkentp Xhimiya Prirodnykh Soyed ineniy, No 4, 1972P Pp 302-505
report was Dublished on the separation of alkaloids
Abstracts A previous
from the bulbo-tubers Colchicum kesselringii Rgl. (Kh, Turdikulov, et al.,
KhPSP 541j 1971). A study has been made of the unknown phenol substance
with Rf 0.31 called X-13 alkaloid. It belongs to the series of photochemical
isomers of tropolonic alkaloids. The X-13 composition U C21112306N' It has
a melting point of 287-2860, fd~~-4200, The ultraviolet, infraredp
nuclear magnetic resonance and- m-azs spectral data indicate the presence and
the location of the corresponding functional g=ups, Beginnine: with the
negative specific rotation; it is concluded that the X-13 alkaloid 1xilongs
to sis-trans - isomers which is conflrxed by methylation In 7--lumicolchicine.
The poaition of tho hydroxyl group on the C~ of the X-13 alkalod was deter-
mined on the basis of the nuclear magnetic resonance spectrum a,-.d by com-
parison with known compounds of similar structurs,

UDC 547 - 944. 945
Tashkent
ZUPAROVA,, K. M., CHOMMADOV, B., YUSUPOVj 14. K*j WYXQV
-Order of the Red Banner of labor State University imeni V. L.Lenirt
"Alkaloids of Merendera Jolantae"
Tashkent$ KhWya Prirodnykh Soyedineniy, No 4j 1971# pp 487-493
which
Abstracti A study was made of the alkaloids of Merendem Jolantae in
it was discovered 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 merenaera, O..39A or the tota.L aixa.Lolas were Isolatea, inciuairg
,0.28% of the bases. The compounds 0 -lumicolchicine, colchicine, 2-dimethyl-
colchiceine and the unknown lumi-derivative -- J?J-3 alkaloid Ocelting point
268-2700) and also colchiceine were obtained by chrozatography on adsorbent
fractions of neutral and phenol cozpounds. Colchamine, colchaneine and the
new bases KJ-1, MV-2 and KJ-4 isolated from the bases and phenon-basic frac-
tions. The presence of 3-demethylcholchamine and four more unknown, mon-
tropolonic compounds with 'If 0.4,0s o.4q,, 0.53 and 0.54 was determined by
chromatographic methods. The formula C 16H 16(OH)(OCH3)(CC)(NCH3) was proposed
for Jolantamine (the base YJ-1) by spectral methods,

USSR TDC 547.944/91+5
ABDUSAIAMOV, B. A., ASIANOV, XH. A.,_. A. S., and MBOMOU, 0. A.,
Tashkent Order of the Labor Red Banner Sta to UIniver.sity imeni V. 1. Lenin
"Investigation of the Alkaloid Content of Sophora Japonice
Tashkent, Kh1miya Prirodnykh Soyedineniy, bo 5, 1972, p 658
Abstracti The alkaloids were extracted from dried, ground seeds of Sophora
Japonica. L. After deoiling with petroleum ether, the seeds were treated
with a methanol solution of potassium hydroxide, dried and extracted with
chloroform. After reextraction with sulfuric acid and alkalinization with
10% KOH, the material was again extract;.-d:with chloroform to yield a group
of eight alkaloids, from which it was possible to identify citizine,
N-methylcitizinot sophocarpine, and matrine,
1A

U14CLASSIFIED, PROCESSING DATE--,13NOV70
TlTL.;:--PEQl0:_)lC SHOCK ltiAVES IN A GAS -U-
AUTHOR-(03)-GALIYEV, SH.U.t SADYK',)Vj A.V.i LGA!vO')t' M.A.
COUNTRY OF I!iFO--USSR
SOURCE--AKA0EMIIA NAUK SSSR, IZVESTIlAr MEKHANIKA ZHIDKGSTI I GAZA,
MAR*-APR. 1970, P. 57-66
DATE PUBLISHED ------- 70
SUBJECT AREAS--PHYSICS
TOPIC TAGS--.SHOCK iiAVIE At"ALYSISt SHOCK WAVE FORMATION, SHOtK TUBE,
HARMONIC 0SCILLATIONt SUCCESSIVE APPRO XIMATION
cawkOL MARKING-NO RFSTRICTIONS
DOCUMENT CLASS--U'NCLASSIFIFD
MOXY REEL/FkANE--2000/1198 STEP /Off 21 70h) 400/ I)CjJ 100 5 7/ t."066
ClkC ACUSSION NO--iAP0124852
IE

-645 (Jillif-, L A S S I F I F D Pri,0CESSING DATF-13NOV70
CIRC 41CCESSION N',!--A-.)OL?4852
A8STkACTP::XTKACr--(LJ) GP-0- S A T E A P E I 1"I EN TA k. I N V F S T I G A T If7i F
L Cj I i G 1 T U 0 1 N A LtkWiL I NF-Arc. fjSCI LLAT IONS OF AGAS EXC 1 1:1 A C LOS'-'!) TUBE
THE A'MPL I Ttj,-)c: to`~D P;"-i-j ~ I L E S OF THE SHOCK WAVES OBTAP'~[-.,D AME
WI-M THE[rl~ THEORETICAL VALUES FGK EXCITATIGN f-k[-,utJENCji-:S CLO"SE i'G JHE
FIFST NATURAL FRF;VMEP~CY OF THE GAS COLUMIl. THE EXPERIMENI'S REVEALED THE
EXISTENCE OF SHOCK 'A"WES AT 4N EXCITATION FREQUENCY HALF THE FIRST
NATURAL Fl-'. - _u
4" 1 C. YA T119"kY 15 DEVELOPED FOR THI S CASE, A I fli T."~- AID OF
L
SUCCESSIVE APPRUXIMAT MIMS.
UNC LASS I F IE D

USSR
GALIM, Sh. U., IL-GAMOV, M. A.,, SADYKOV A* V- Kazan'
"Periodic Shock Waves in a Gas"
Moscow, Izvestiya Akademii Nauk SSSR, Mekhanika Zhidkosti I Gaza I-To 2, March-
APril 1970, PP 57-66
Abstract: This article contains the results of expeerinrental irrrestigations of
tud
longit inal non-linear oscillations of a gas excited in a closed tube. rhe
amplitudes and profiles of the shock waves are compared with their calculated
values at excitation frequencies t4-)close to the first natural frequency of the
gas column q ='71a./L where ao is the speed of sound in the unpe~rturbed gas, and
L is the length of the tube. The exintence,of shock waves has been discovered
at an excitation frequency half the first natural frequency. 7he theory based on
the method of successive approximations in developed for the latter case. A gen-
eralization is presented for excitation frequencies in the vicinity of w = N
(2N - 1,3)5,---)-
The experimental 6etup and procedure are described, an! the readings of a
pressure-sensitive sensor at the closed end of tubes 340 and 170 cm long are
presented in graphical form for a broad range of excitation frequencies. The
experiment shows the low effect of viscosity on the amplitude of the shock vaves.
1/2

USSR
GALIYEEV. SH. U., Izvestiya Akademii Hauk SSSR, 14ekhanika Zhi&kosti I Gaza, ITO 21
bIarch-April 1970, PP 57-66
It is pointed out that whereas oscillations near CJ = 7_11rao/L (N
have been investigated quite thoroughly previously, by repeating the calculations
performed in this paper for this case, within the framework of the theory of an
ideal liquid it is possible to construct amore exact solution than was found
earlier since some new second order variables are considered here., and the bound-
ary condition in the plunger is satisfied for x L + cas Wt (and not for
x

USSR UDC 598.196:577.15
SAKRIBOV, D. N., LKHUNOV, A., and t Institute of Biochemistry
Academy of Sciences, Uzbek SSR
"Isolation of A-TP-Pyrophosphatase and 5-Nucleotidase From Viper Venom!'
Tashkent, Uzbekskiy Biologicheskiy Zhurnal, No 4, 1971, pp 67-68
Abstract: Gel filtration of a 10% solution of viDer venom vielded four frac-
tions. ATP-pyrophosphatase and 5-nucleotidase activity were detected in the
first fraction (and in Dart in the second fraction). The specific activity
of the ATP-pyrophosphatase in the first fraction was 10.8 times higher than
that of the whole venom, while 5-nucleotidase activity was 10.2 times higher.
Further purification of this fraction by ion-exchange chromatography resulted
in four fractions, but enzyme activity was detected in only the first. The
specific activity of ATP-pyrophosphatase and 5-nucleotidane was 13.5 and 16.6
times higher, respectively, than that of the whole venom,

Aeronautical and Space
USSR uDa 629-78-017.2
SADYKOV, F. R, and FROLOV,, P. A.
"Search for Correctin. Device Parameters in Cowplex Linear Systems"
0 72
Tr. Mosk. Aviats. In-ta (Works of the Moscow Aviation Listititte), No 2kO, 19
PP 46-52 (from Referati,,-nyy Zhuynal--Paketostroyeniye, No 5, MaY 73, Abstract
No 5.41.141 by the authors)
Abstract: One of the basic problems in the theory of automatic control is
develoment of -ethods for synthesis of control systems which se.ti.,;f.-y specifieJ1
combinations of technicnl requiremei)tq- 2he problem of uynth~,sir, of' linear S115-
tems of control can be divided into two steps. In the first step it rationa~l
structural ciiagram is prepared in which solution of the Coniulated T,.roblcll: is
principally possible; type and point of iiieluslon of the norrevtiz-jr, Oovicas
deteii-rdned. In ,-ho second step those nwwrical valmufi am, lfuiind C~r the rarai,!~_-
U!ra of the correctinf devices which uIll satisfy the t-ech-nical requirements
set forth for the sys~er;i- In t-he vresent article the use of matfiodt: of rathe-
=tical progm-rilint- is examined for the second step of liiiear frfstei-,i synthesis.
5 bibliographic references.

USSR
UDC 629.78.076.6
AGLIUIIII,'.,,- 1. N. and
"A Problem in Statistical Optimization of Flight Cra-ft 'otion"
Tr. Kazan. nviats. in-ta (Transactions of the Kazan' -ilation Institute),
1970, vypusk 119, pp 92-99 (from R~forativM
No 12, Doe 70, ilbstr-act No -12-41.51, by,E. It.
Translatinn: In a hanogenecus gravity field a solution is given 'or the
problem of the destruction by a twro-stage rocket (R) of" target located at
a finite number n of intervals adjoining one another --nd whose Sam does
not exceed the radius of action of R. The entry of the R at arrj interval
is.zandom and is determined by an assigned probability,density. Rocket
control and arrangement of the interval bounds minimizing fuel consump-
tion are dotenained. In spite of the cut,,jardly stochas~tlc frol-nulation,
the problem is essentially determinate, since the probabilities of entrj
Into each of n intervals appear only as multipliers in the minimized
functiona-Is and are e%plicl! functio". only of the interval bounds. A
numerical exa=le is solved by the =ethod~ of fastest descent. Tables: 1.
Bibliography: 3 entries.
69

UNCLASSIFIED~ "NU UAFt:-Z()"'4uvf(.j
.irLE -liSt 4F ~ GA*-l.."% V~TIVAT[Qci METfirlL) FOA IHE
IN ;lUDIFIE0 CELLULL;Sl: PRFPARATWN~
lUTHtjk-(05)-YU';A~_lilEljv A.Yij.j, MILLER, R.A., H., ',,U~.~rkhAt U.M.,
A V
c L- N-T 0 li,&G-USSR
CUR CE-VYS6K[ ?LL. SC601N., SER, A4i~,~C'~ I;U4), 957-9.
TE PUIE'L IS.-iED-----7C
SUBJECT AREAS-MATERIALS, CHEM11STRY
TGFIC TAGS-QUANTITATIVE Al..'ALYSISt NITROGEN ISOTOPE, PHOSPHORUS ISOTOPE,
RAOIAT(ONir NEUTRGi'l ACTIVATION ANALYSIS, GAHi A
CELLULOSEt X RAY
RAOIATICilt, RADIOACTIVE ULCAYt PHOTONUCLEAR Rci"ACTIOtj
RESTRICTIONS
DCCUMENT CLASS-UNCLASSIFIED
RRUXY hi_-EL/fKA14E--30106/1380 STEP ;'10--UR/0459/'10/012/rw'04/0')57/C959
:IRC ACCESSICN NO-AP 0 13 5 05 4
V~-f-f ASS If: !ED

ICLASSIFIC-b PR
-2/2 020 UP, OCESSING DATE -20NOV7C
C 1 -1 C'ACCESSIC;~
GI-0- AdSTRACT. THE IRRADN. OF M001FIEd CELLULCISE
'CUNTG* P kili) N 'I"ITH RAfS GF 15,ilt-V E14ER6Y k"'AUSES THE FoLLo'filrqG
PH G T UCLE".r~ PRIME:14 N PLL;S GAAMA YIELDS PRIME13 IN PLUS N
(AtiCVE 13.5 116EV rh4l-SH-1,j) voli) PRIMt:31. P PLUS N (AuOVE L2.05,.AFV
PRIPIC-12 C ANID PRIME16 0 REQUIRE ENERGIES ci~c.irEil THAN 15
TG siLACT 'INCE THE HALF: LIVES OF PR .1 fl, E 13 il.' X, D P RE: 3 0 P A- E 101 0 3
MEV
ANU 2 a 5 INv khSP., MEI~kSUREMEPJ OF ThE RALDIOACTIVITY DECA
AY AFTER IRRADN.
GIVES A MfCANS FGR KAPID E;ETt,,,. OF P AND s% FAC I L I I Y: TASHKENIT
,~-~GGS. LNNIV. ItA. LEitINA, TASHKENT, USSR's
IN C, L A S S t F i i."
m , - mmuzow-MUM villtiffitmvAmmmm - ----I
IN NEW-Romm air -

Polymers and Polymi6.rization
USSR UDC 541.64:51~7.458.81
14IRKAMIL91, 1. M., AZIZOVI U., I and USMANOV., Vi. U., Scientific
Research Institute of Chemistry and Cotton- Cellulose Teclhnoloay
"Radiation Induced Graft Copolymerization of Methyl Methacrylate From the
Vapor Phase Onto Cellulose"
Moscow, Vysokomolekulyarnyye Soyedineniya, Vol 14, No 8, kug 72, pp 17o4_17o8
Abstract: The characteristics of grafting copolymerization of methyl
methacrylate from vapor phase have been investigated, the- main thrust being in
the direction of the development of grafting conditions which would preclude
the formation of homopolymers. The grafting was studied under conditions of
-irradiation of the system ceillilose-monomer as vell as whep the preirradi-
r' bO
ated cellulose i;,ms treated with ethyl me-thacrylate vapor, CO was the
source of radiation. It was established that grafting carried out with coll-
current irradiation was accompanied by intensive hoMopolyvcrization of the
monomer. Grafting onto preirradiated cellulose in presence of water vapor
proceeds at a higher rate without the formation of a homopolymer. The yield
of the grafted copolymr of polyme-thy1mtacrylate depends on the structure of
cellulose preparation, decreasing in the order: cotton > flax > ramie.

USSR UDC 539.3:534.231.1
SADYKOV,_,R~
"Calculation of Unstable ~Jotion of Vapor in an Elastic Nedium by the
I'Method of Particlest'It
Vopr. Vychisl. i Prikl. Mat. Yyp, 11 [Problems of Computational and Applied
Mathematics, No 11 -- Collection of Iforks), Tashkent, 1972,:pp 170-177,
(Translated from Referativnyy Zhurnal, Mekhanika, No 11, 1972, Abstract
No 11 V88 by M. T. Zakhidov).
Translation: A rigid ball begins to move according to the rule V = V(t) in
an unlimited quiescent elastic medium at moment in time t = 0. The continuous
elastic medium is replaced by a system of N material points, for which the
Lagrange function is written. Using Hooke's law and the condition of attach-
ment to the surface of the sphere, as well as the equation of motion of the
points on the sphere, the author produces-.a system of equations for the un-
known displacements. The calculations were performed with vaxious particle
dimensions. A prap~ is presented of the change in the function
RC.T) -F(t)/2rr021 (X + 2p)
1/2

USSR IUDC 539.3:534.231.1
SADYKOV, R., Vopr. Vychisl. i PrikI. Mat. Vyp. 11, Tashkent, 1972,
pp 170-177. -
(To is the radius of the sphere, F(t) is the resistance of the medium) as a
function of dimensionless time -r. The,results are cojunared with a known
analytic solution (Rabichev, A. I., Saidov, T. Kh., KhIdoyatov, K., Dokl.
AM UzSSR, 1967, No 2, pp 8-11, RZhMekh.,, 1967, 10 V17).

1/2 014 UNCLASSIFIED' PROCESSING DATE-30OCT70
rITLE-EFFECTIVENESS AND PERIODS OF COTTON DEFOLIATION UNDER VARIOUS
CLIMATIC CCNOITIONS -U-
AUTH(JR-105)-ZAKIROVv T.Sos KADRALIYEVP S*I.t ALLAMURATOVv A*D.v DOTSFmi(c,
A.S.v S SH.B. -ox
O~A 101 Y
?Y~
COUNTRY 0 INFO-USSR
SOURCE-AGROKHIMIYA 1970, (23t 139-43
DATE PUBLISHED 70
AREAS-AGRICULTUREY BIOLOGICAL AND MEDICAL SCIENCES
-TOPIC TAGS-DEFOLIANT AGENTP FIBER PLANTw CYANAMIDEv RAGNESIUM COMPGUNDv
CHLORATE
CC.NTROL MARKING-NO RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
PRUXY REEL/FRAME-2000/0187 STEP NO--UR/0485.170/000/002/0139/0143
ACCESSION NO--AP0123956
UNCLASSIFIEO

M.-M 11 IT IN 1 1, 1 1
Z/z 014 -UNCLASSIFIED~ PROCESSING DATE-30OC470
CIRC ACCESSION NO--AP0123956
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. RESULTS OF DEFOLIATION WITH
~
BUTIPHOS, CYANAMIDE, AND WITH MG(CLO SU83) SUa2 UNDER VARIOUS CLIIMATIC
CONDITIONS AND DEVELOPMENT OF COTTON PLANTS ARE DISCUSSED. THE MOS791
-ECTIVE WAS BUTIPHOS, ESP. WHEN SPRAYED AT 3 KG-H FACLL'TY:
EFf A
VSES. NAUCH. ISSLED. INST. XHLOPKOVOD.,-~AKKHAVAK, USSR.
UNCLASSIFIED

UDC: 5I.-_155-001.57:66i-3-M
G., MAKVETSOV, Ye. 11.
"A Universal Algorithm for Recognizing Handwritten and Printed Symbols"
V sb. Vopr. kibernet. i vychisl. matem. (Problems of Cybernetics end Com-
put6r Mathematics-collection of worksy, VYP- 36, Tashkent, 1970, pp 35-h3
(from RZh-Kibemetika, No 1, Jan 71, Abstract No IV654)
Translation: An algorithm is proposed for operation of' a re-ading machire
-which, in the authors' opinion, permits perception of informmtion on a
symbol regardless of the specific characteristics of its graphic represen-
tation. Pn alphabet of 33 letters and 10 digits is examined. The directions
of the outline of the symbol were taken as the characteristics for recog-
nition. It is proposed that ruled blanks be used for writing the symbols.
This standardizes writing of the symbols to some extent, and -what is impor-
tent, ensures separate writing of letters. The algorithm provideG for
transferring an image of the symbol to an operational memory,the symbol
being recorded on a ferrite matrix analogously to its recording on paper.
Redundant information is then eliminated during the operation of refinement
of the symbol. After refinement of the outline is completed, the operation
of "reading" of the symbol begins, i. e. the image of the symbol is replaced
by an enumeration of the directions of its outline. The recognition process

7USSR uDc 621.396.6i.o2q.614
KOV
S11MILVE CH, 11. S. SADYK V. N., IL'ICHEEV, Yu. I .
"On the Design of SHP Power Stabilizing Systems"
Tr. Novosib. elektrotekhn. in-ta (WorOks of the Novosibirsk Electrical Engin
cering
Institute), 1970, vyp. 2, kn. 1, pp 119-127 (from M-Radiotekhnika, 110 7, JWI 70,
Abstract No 7D383)
Trans3ation: The basic -Droblen in designing closed static systems for au-to-latic
'power control of SHF devices is providing the required precislon in satisf~ring the
condition of dynamic stability. A method of designing automatic power control
systems ifs described which assures a static error within gi-'ren 1-i-rdts. H07,!ever,
in addition to the static error, the total error of the system c(;ntains components
which owe their existenne to nonuniformity of the frequency response of t"he trans-
mission factor of the directional coupler laid the SHP detector, ~.nd the i n s t abi 1i ty
'of the traisrassion factor of all elemants in the feeTback circult. Dq)rovement of
out-out powe., i;tability requircs not only a reduction in the Gtatf.c error of the
uniformity of Uie frequenoy reinon!~e In the
aystex., but also an irT;rovement in the
trim-nd5sion factor for
frequency rarge, as well as in the stability a' the
the given circuit elewnts. Bibliography of' four titles. G. B.

Albaoid#'
USSR UDO 947-943
(DE-12-ASLD)L S KMYDAROV, K. M., VOIISI-KOL'-
POROSHIN, K. T
SHTEYN, A. L., DEGTYAREV, V. A., and BURICUINKOt V. K., Institute of Chcaistry
Academy of Sciences TadzviSSR
"Physiologically Active Papaverine Derivativee
Tashkent, Khimiya Prixvdnykh Soyedineniy, No 1, 19?2, pp 83-84
Abstracti Papaverine reacted with acyl chlorides of sulfonic acids, carboxylic
acids and chloroacatic acid, yie"ding c."lloride,
p. 2000 (dec.); j1-ben--oy1papaverW= chloridel ra.p. 19" K-acetylpapaverinium
chloride, M.P. 2170 (doc.)l and the chloride of h-papliverineacetic acid, M.p.
2100 (dec). The products exhibited hypotensive and spa6molytic properties,

USSR UDC 77
SADYKOVA, A. A., VLASOV, V. F., MEYKLYAR, P.:V.
"Luminescence and Photo-emf of Photographic Layers"
V sb. Mezhdunar. kongress po fotogr. nauke, Moskva, 1970, Priroda fo-tog-r.
chuvstvitellnosti (International Congress on Photographic Science, Moscow,
1970, Nature of Photographic Sensitivity -- Collection of Works), no place of
publication given, Vneshtorgizdat, no year given, pp 87-90 (from RZh-Fizika,
No 12(1), Dec 70, Abstract No 12D1318)
Translation The behavior of the orange photoluminescence band of AgBr(I) which
is caused by the recombination of electrons at impurity centers with free holes
is studied. The orange photoluminescence band arises in the emulsion and inten-
sifies during aging, especially In Gmall-grained emulsions; it is only for emul-
sions with cubic crystals obtained by a double-let method that there is an in-
tense orange photoluminescence band before aging. The band -was observed for
powders but it weakens or generally disappears with the growth of the iodine
concentration. For large single crystals the band is clew, only in the presence
of Ag2_q impurities. IR-quenching of the band, identical in spectral characteris-
1/2

'SADYKOVA, A. A., et al, Mezhdunar. kongress -po'fotogr. nau-ke, Mosl