SCIENTIFIC ABSTRACT MANKINA, N.S. - MANKO, Z.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001032130001-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MANKINA.0,N.Sq KHOROVER, R.N.
Inte3tinal abatruction in incomplete reverse development of the
vitelline duct. Vest. khir. 93 no.804-87 Ag 164. (KMA l8t7)
1. 1* kafedry khirurgii detakogo Yozrasta. (zav. --prof. G.A.Bairov)
Leningradakogo pediatricheakogo meditsinakogo inatituta (rektor -
dotsent Ye.P.Semenova).

I y

KIIRMSHTIS, I.A. [Kairiukatis, I.]; RUSIYESHVILI, N.I.;
OLISHANEISKIY G.M.; ORISHCHENKO, A.; ZAKHAROV, AP ftCRUNC&Rixl P.G.;
LAPSHIN,"@,'I.I.I Of
In the Soviet Union. Veterinariia 38 no.6.-91-96 Je. 161.
(MIRA l6s6)
(Veterinary medicine)

MANIAQ,.@; MUKHIN, M.A., spats. red.; SM140VA, N.L., red.; KISINA, Ye.I.,
takhn. red.
(Financial work
predpriiatiiakh
1957. 195 P.
in dairy industry enterprises] Finansavaia rabota na
molocbnoi promyshleimosti. Moskva, Pishcheprordzdat,
(MIRA 14:12)
(Dairy industry-Finance)

MAN I KO 7-I .
7- @ , .
Table of rates of natural loss of mixed feeds during storage.
Yuk.-elev.prom. 29 no.12:18 D 163. - (MIRA 17:3)
1. Starshiy inspektor Luganskogo oblastnogo upravleniya
Gosudarstvennoy khlebnoy inspektsii.

MA141KOI I.A. (Kadiyevka, UkrSSR)
Class held at a blast furnace. Kh-i-m. v shkole 18 no.3:67-69
Yq-Je 163. (KRA 16:9)
(Chemistry-Study and teaching)

MANIKC, I. V.
"Chemical Investigation of Matricaria chamomilla and Cyboglossum officinale
of the Borage Fazily." Cand Fharm Sci, Tartu State U, Khar1kov-Tartu, 1954.
(RZhBiolKhim, No 2, Jan 55)
Survey of Scientific and Technical Dissertations Defended at USSR Higher
Educational Institutions (12)
SO: Sum. No. 556, 24 Jun 55

AUTHOR: Man1ko, I.-Yj_ and Borisjukq Yu. G. 73-3-14/24
TITLE: Chemical Investigation of Cynoglosmim L. of the Borage
Family. (Khimicheskoye Issledovaniye Chernokornya
x5emeystva Burachnikovykh)
PERIODICAL: Ukrainskiy Khimicheskiy Zhurnal, 1957, Vol. 23, No.3,
Pp. 362-366 (USSR).
ABSTRACT: A new alkaloid, cynoglossophine, was separated from
cynoglossum officinale L. Its empirical formula was
established to be C 2OH35 N08- It is an unsaturated com-
pound giving a crystalline picrate (with a melting point
of 105%). The cynoglossophine is an ester which is
obtained durinkS the saponification of cis-2-methyl-2-
butenoic acid and acetone. Dry surface parts of the
plant are used for obtaining this alkaloid. They are
treated with qmmonia and extracted with dichloroethane.
This extract was shaken up with 1&7,, H2S04. The latter
extract is purified by shaking it up with ether. The
acidic liquid was made alkaline with ammonia and the
alkaloids extracted first with ether and then with
chloroform. These extracts were dried with anhydrous
card 1/3 Na-sulphate. The alkaloid residues were dried in a

73-3-14/24
Che mi ca 1Investigation of Cynoglossum L. of the Borage Family.
vacuum-dessicator over calcium chloride. Results of
investigations showed that the largest quantity of
alkaloids (1.6 - 1.7%) is contained in the surface parts
of the plant, during the second year of cultivation.
Alkaloid fractions were prepared at various PH values.
The first acid fraction (pH 3) gave no alkaloids which
could give rise to crystalline picrates. The second
fraction (PH 5) gave only traces of these alkaloids.
The third (PH 4.2) gave the highest yield of picrates.
The 4th (PH 6) and 5th fraction (PH 8.2) contained apart
from the crystalline residue also black I resinous sub-
stances. The molecular weight of the picrate (M) was
found by titrating the picrate with a 0.1N solution of
barium hydrate with phenolphthalein. M = 646. The
molecular weight of the alkaloid C 20H35 N08 was therefore
417. The dried alkaloid cynoglossophine is a hard,
colourless, glassy mass. It is completely soluble in
dilute acids, alcohol, chloroform and acetone and spar-
ingly soluble in benzene, ethyl ether, petroleum ether
and water. Tests showed that the alkaloid does not con-
tain free phenol groups. The alkaloid was saponified
with a LN-NaOH solution to determine the ester structure
Gard 2/3

73-3-14/24
Chemical Investigation of Cynoglossum L. of the Borage Family.
of cynoglossophine. The solution was heated in a refluc
condenser for 2 hours, The presence o-E acetone in the
distilleS liquid was verified by preparing the 0oxime
(m.p. 60 C) and of the semicarbazone (m.p. 191 C).
According to Professor McnIshikov's (Ref. 7) nomenclature
for the decomposition products of alkaloids the prepared
aminoalcohol was named cynoglossophidine. The
cynoglossophidine chlorohydxate forms small colourless
crystals which am very hygroscQPic. It forms a crys-
talline picrate (m.p. 99 - @9-5`0-). There are 8 refer-
ences, 6 of which are Slavic.
SUMUTTED: December, 25, 1956.
AVAILABLE: Library of Congress.
Card 313

PUKRALISKAYA, A.Gh.; PETROVA, M.P.; KAN!KO,--I,.V,-
Studies on the effect of 6 alkaloids related to 1-mothylpyrroll-
sidine on the growth of hepatom and of certain other transplanted
tumors in animals. Blul.eksp.biol.i mod. 47 no.8r9l-93 Ag 159.
(MIRA 12:11)
1. 1z laboratorii eksperimentalluoy khimioterapii (zav. - chlen-
korrespondent AMU SSEM L.F. Iarlonov) i laboratorii khimii priroduykh
veshchestv (zav. - prof. G.P. Men'shikov) Instituta eksperimentallnoy
patologil i terapli raka (dir. - chlen-korrespondent AMN SSSR N.N.
Blokbin) AMN SSSH I iz kafedry tekhuologii lekarstv i galeuovykh
preparatov (zav. - Yu.K. Sander) Leningradskogo khimiko-farcatsev-
ticheskogo instituta. Predstavlena deystvitel'nym chlenom AMN SSSR
V.V. Zakusovym.
(EMPATOMA exper.)
(NEOPIASMS exper.)
(ALKALOIDS pharmacol.)
(FMOLES pharmacol.)

SAIMM, Yu.K.; MANIKO, I.V.
Method of eliminating sedimentation in aloe extracto Zrady Len.
khim.- fam. inst. no.14s%-98 962 (MM 17 92)

,U a"-J,*;:GWIYXM. H.S., nd. sel'sko 037 tve
I!, ka kh ays nnykh
MN9KO,..j,s04d_
red.; D01GOPTATOV, Yu.A., red.; KOZLOT, S.V., tekhu. red.
[What corn gave us] Chto dala nam kukaruza. Pod red. I.S. Gordienko.
Alma,Ata, Fazakhokoe gos. izd-vo, 1956. 14 p. (MM 1137)
1. Pi-adaedatell kolkhoza imeni Kichurins, Alma-Atinakogo rayons,
Alm-Atinakoy oblasti (for Man'ko).
(Kazakhstan-Corn (Kaize))

M" f XO, M. A. ?A 34T2-5
WOO 44T
Geology
"Boundary of the Ttmdra Zoae In the Lover Regicas et
the Mezen River," M. A. ManIkop 9 pp
"IzY VseSoyuz Geog Obehoh" Vol LXMy No
Author makes brief reference to the material already
available on the regions around the city of Mezen.
Re divides this region 1:uto four major sectors and
describes each one separately: 1) the Mazen region
from the latitude of the city of Mazen to the lower
reaches of the Wzen River, 2) the Pyl regioup 3) the;
Semzhi, and 4) the Ngia-Nes' region.

MLN'KO,M.A.-
Fluctuations of lake levels in the West Siberian Plain.
Geog. v shkole 18 no-3:59-61 My-je '55. (MMA 8:9)
(Siberia, Western--Iakes)

MNIKO, M, A. and A. V. AGUPOV
Reported cn the subsurface supply cf lakes.
. al "r 'Y - 1 7
X@ , to- -@ A - - - , "r. I --; r. IV.1 Y) i -@ g , "! a I ("'? Lgr@&6 E, Coct IQ51!,
1 -- u . , *,-r %I
' -Ii
. -w Ak Nat-J,, LZ@ . i:,t T gtr-#_;j-af - 'I; ;jp'A- , -4.1-

AUTHOR: M.A. Maniko iO_C@8_7_S/2Q
TITLEs Does the Permafrost of Soil in the Mezenskiy Rayon Recede?
(Degradiruyet li4vechnaya#merzlota pochv v rayone g.Mezeni?)
@LhIODIICALt izvestiya Akademii Nauk SSSR-Seriya Geograficheskaya, 1958,
Nr 3, pp 60-64 '.USSR)
ABb,'RACTi The Mezenskiy Rayon is assumed to be a classic example of
permafrost movement northwards, with a speed of 0.5 km per
year due to a temperature increase in Northern Europe. This
opinion was expressed by Shrenk (1855), N.G. Datskiy (1957),
B.N. Gorodkov (1932) and Sumgin (1932). The author, who in 1940
studied the permafrost problem in the Mezenakiy Rayon, has
come to the conclusion that the hypothesis of temperature in-
crease in Northern Europe is wrong. He illustrates his as-
sertion by presenting a graph showing the average annual tem-
perature fluctuations from 1814 to 1959. The main reason for
the reduction of permafrost is the exploitation of peat-bogs,
which are the main preserves of permafrost, accordin,@@ to
V.G. Goryachkin (1928), S.N. Tyremnov @1926), V.B. Shostako-
vich, B.N. Gorodkov (1932) and others. There is 1 graph,
@;ard 112 and 17 Soviet references.

10-58-3-8/29
Does the Permafrost a." Soil in the Mezenskiy Rayon Recede?
AbSOCIATIONt Rostovskiy-na-Donu gas. universitet (State University in Rostov-
on-Dan)
AVAILABLEi Library of -origress
Uard 212 1. Permafrost - USSR

MANIKO, M.A.
Eroded forests and ground waters in the trans-Ural foreat-and-steppe
region. Uch. zap. RGU 44:185-194 159- (KLRA 14: 1)
(Ural Mountain region-Forests and forestry)
(31rosion)

OriZin of !Anldioles in tl;e Chelyabinsk-Chunlyak reCion o-f
Izv. Vses. geogr. ob-va 93 nc-1:
urans-Ural for-sted steppe.
65-69 ja-F 161.
(ChelalAnsic. Province--Zinh-lioles)

com .W/005b 66/030-012hi-iii2i --I
f4l i5
.ACC NRi AP7001323 SOURCE
,.-AUTHOR: Yeliseyevs P. c.; Issailov, I.; Krasil'nikov, A. I.; tfaa'koj,.4-@ A.;
Strakhav, V. P.
ORG: Physics institute im. P. N. Lebedev, AN SSSR, Moo'cow (Fixicheakiy institut
AN SSSR)
TITLE: Temperature dependence of the threshold current of injection-type lagers and
*their continuous emission under liquid nitrogen cooling
SOURCE: Zhurnal tekhnicheskoy fiziki,.v. 36. no. 12, 1966, 2213-2215
TOPIC TAGS: *laser, injection laser, laser threshold current, laser emission point,
laser emission thre shold, laser'diode
ABSTRACT: The temperature dependence of the threshold current in the 71-200K range
was investigated an diodes prepared by vapor-phase and liquid-state epitaxy methods.
The vapor-phase specimens were prepared in the conventional way; the.epitaxial diodes
wAre prepared by the liquid-phase epitaxy method (as described by Nelson in RCA
Review,.24, 1963, 603) from a solution of gallim, arsenide in gallium at 920C. The
substrates were gallium arsenide p-type plates doped with zinc at a concentration of
about 7 x 1019 cm--3. Graphs of threshold current vs. temperature for two epitaxial
diodes show a linear dependence (gradients of 1.6 and 1.3. per degree). For vapor-
phase specimens, the grakent is 3.9% at 77K; at higher temperatures the gradient
declines slowly. The threshold current densities at 77K for vapor phase diodes lie
Card 1/2

AP7001323
within the 800-2000 amp/cm2 range, and for epitaxial specimens, between 1600-8000
amp/CM2. A formula is given for the conditions of generation as a function of
threshold current, voltage on the junction, thermal resistance of the diode, and diodi
cross section. The formula shows that, at the nitrogen temperature, the threshold
current density should not exceed 5700-5800 amp/cm2 for epitaxial diodes and 1900
amp/cm2-for vapor-phase diodes. Continuous emission was obtained at 1200-1600
amp/cM2 in a number of diodeo. but in acme the threshold was not reached because of
overheating. This result suggests that the actual thermal resistance is 3 to 4 times
higher than the calculated value. The difference is attributed to insufficient con-
tact between the diode and the cooling agent. Orig. art. has: 1 figure and 2
formulas.
IFPI
SUA COM 20/ SUBM DATE: lOJul66/ ORIG REP: 002/ OTH REFt 012/ ATD PRESSt 3110
Card 2

ACC NR. AP7001ii_@'_ SO.UR CE __ CO.DE UR/0057/66/036/012/2215/2216
AUTHOR:-'Ye1isi!yev, 'P.' G..2@n
ORG: Physics Institute im. P.'N. Lebedev, AN SSSR, Moscow (Fizicheskiy institut
IAN SSSR) j
ITITLE: Using a semiconductor mirror for the Q-switching of a laser
- ----- E: Zhurnal tekhnicheskoy fiziki, v. 36, no. 12, 1966, 2215-2216
ITOPIC TAGS: laser, ruby laser, laser Q@switching, laser Qlmodulation, laser -z-*-,-)
ilaser semicorlductor mirror
ABSTRACT: The article reports on experiments with germanium and indium antimonide
mirrors in a ruby laser to enhance 'its Q-switching efficiency. The laser was 120 mm
long and 9 mm in diameter; its resonator was formed by one end of the rod and a
mirror made from a semiconductor material. A telescope was used between the rod end
and the mirror to widen the beam incident on the mirror and thereby reduce beam den-
sity and its destructive effect on the mirror material. The effect of the arrange-
ment was to change the output from the usual spiking regime to that of giant pulses.
Lasers Q-switched by a semiconductor mirror displayed a considerably higher output
per unit*pumping energy and a much steeper output pulse in comparison with lasers
using interference, metal, or polished-end mirrors under free'emission near the
self-excitation threshold or under conditions of Q-switching by a saturation filter

ACC NR. AP1001324
and an interference mirror. The multistep character of Q-switched curves, explained
by the occurrencc of one, two, or more giant pulses in close succession, is less pro-I
nounced in the case of semiconductor mirrors because the giant pulses are a ccompanied
by the usual spiking as under conditions of free emi ssion. Orig. art. has: 1 figure.
IFPI
SUB CODE: 20/ SUBM DATE: 18Ju1661 OTH REF: 004/ ATD PRESS: 5109

MANtKO,V N., iuzhener-DOdpDlkcm-Lk
RadjoactiviLy and the characteriatics of radioactive radiation.
Voen.vest. 43 ao.7:1.121-1-15 il 163. Oai@A 16.1-1)

Y-AM'KO, '6T. --.
"oi-Y to control orchard and vewetable varden oests.
MAnsk, AkqdeT!ii nauk T@elo-usskol SSR, 1951. 106 r.
DA

Y_' 0 T
ffew t-derlya0wes of
_LTW@.11111VIW land NA, litats'ki 46*1111,
xhim,'23, PTP.TIfrO53) 'WIFfe'C"41 M,*P @i fj lif;ifed to
IfA*. with Iflumfoatkni fly a quaril 1111111PIr"Ifid freated with
17 9. Cf (added wt., is temp. rke to JAV was observed)
gave 86% O-ChCC.11.CN, in. D4-0* (froits MOM, bt 151-
2*. @ This (20 S.) and 20 9- Slill, heatcd until a hoinogencotts
Saln, formed, distd., the dlitillate treated with HtjO and
(IN IM, and the washLd cxt@ distd. Vielded 11.9 g. a-
F'rcar'C'V. b. 204-6*, tit. IS* (cf, Ihoghg, C.A. 22
21,19) TI 1 (13 ) reActed v1proti-slY with 50 mi. 115u,;
Etoli. 33""1. 30 11201, and S* nit. (IN NnOlf C0011111111
to 40-60* wns used@@:' niter standing overnight the mixi. was
I'Mrmed 3 hri. to 50", cooled to 0% and filtered, giving I I C.
ii-FICCW4=91, m. IW-I*, with ad addnl. LS g. ob-
tained on diln. of the filtrate (,cf. Prottwer. CA. M 5294).
This (9!g.) treated with,a cold soln. of 10 g. NaOH in 80
mi. H-0 and 2.5 mi. 13r, stirred and heated on a steam bnth
46 min., cooled, and extd. with JR20, gave 4.9 g. o4s CCHc
Nffs,bls65~-7";Acderiv..m.94--5*. The above benzandde
(14.4 C.) In 72 mi. HtO reacted vigorimsly ivith 36 mi. coned.
H%SO4 and the soln. treated dowly'with stirring with 12 C.
WaN% iti HO at 98-100% cooled, extd. with EW, the
ether soln. extd. with 1140H, and the aq. solo. addified
-gave 91% p-FsCCsff4COsH, m. 107--S*.' The acyl chloride
refluxed with MOH-gave the Ef citer, lt@# 00-1 *. which. re-
Ouxed 3 firs. with WJL-11.0 gave the Wrosidd, m. 134'
(from dil. EtOH). 0. M. KaWapoff
57 '@C' je-
eyz

:3.--
R':
C
I
MEE@@

YAGUPOLISKIY, L.M.; GRUZ, Me.; MAXIM, R.I.; KIFRIANOV, A.I.
Synthesis of bi2-itrast-,t4-(4-hydroY-3,5-diiodoDtienyl)--.