SCIENTIFIC ABSTRACT UTKIN, L.M. - UTKIN, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858310004-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

7/0 -20--4 -53/60
AUTHORS: Koretskaya, T?. I.
TITLE: The Alkuloids in Per,-anum harmala L, (Alkaloidy Pegazium
harnala L.) 11. On the Structure of Two New Alkaloids (11. 0
stroyenii dvukh novykh alkaloidov)
PERIODICALz Zhurnal Obshchey Khimii.1558,Vo'_,28,jTTr 4~ PP-1067-1089(1,!SSR)
ABSTRACT: In a former article (Ref 1) the authors reported on the isola-
tion of peganine (formula 1), harmine and 2 new bases which
were named alkaloid Nr 1 (C 11 _q 100N2) and alkaloid Nr 2
(C11 H1002112) from the overground parts of the African rue
(Peganum harmala L. ). In the present article the investiga-
tion of the structure of the newly isolatecl compounds is
continued. The authors found that in the reduction of z6lkal.-
oid Nr 1 with lithium-aluminum-hydride dihydro-desoxy pega-
nine (C 11 11 .) is formed (Refs 2, 3). The presence oc a band
11
1 2
.1
th. which is the
at -16 cm In 2 ultra.,red absorption s ectrum
bund of the sa~bcnyl ~,,roup in acid amid&s~ indicates that
with this compound an oxo compound of desoxy peganin is con-
u
cerned (Refs 2, 4). According to its properties and comn-osi-
Card 1/4 tion alkaloid I.Tr 1 aGreed with 2,3--trimethylene quinazolone

1.9-28-4 -53'/60
The Alkaloids in Peganum harmala L. !I, Or the Structure of Two New
Alkaloids
(4) formitia 11) in to- `~~Ilnical publirations (Ref 4).
Their identity was proved by direct comparison of the two
sub3tancec. The Ljt-_---rcdL absr~rptinn spectru-in of alkaloid
!Tr 2 i~-,dicates that this compound contains a hydroxyl group
besides an acid amide--like bound carbonyl group. This made
os~-i' the con(Ausion that akaloid Ur 2 is an oxo--deri--
ible
p
vati,le of na,,ic'y tiip 1 2,3,(j_-,hydroxy trimethyl-
(4~ (forrn"Ia !II). The racemal~e of t:iis
compound which fDrms dur,;n,,7 oxidation of d,1--paganine with
hydroger peroxide is describe! in technical publications.
(Ref s 4 ~ 5) - -1 ~ 2 .,3 .(r,(_ hydr,~xy trimethylene) -quinazolone (4)
synthesized by the authors a~,;cording to an analogous rule
fr:)m 1--peganine pr~:;ved to be identical with alkaloid IIr 2.
By me-ans of these it was demonstrated that
besides peganine the over.-,round parts of the African rue
contain compounds which are either decomposition products
of peganine, -;r preliminary stages in the formation of
this alkaloiA in the plant. The part played by the men-,
tioned compounds in the conversion processes :,f peganine
may probably be explained by the investi,-,ation of the
Card 2/4 interactions of all three derivatives of 2.3--trimethylene

79-28-4-53/60
The i'llkaloids in Peganum. harmala L. II. On the Structure of Two New
AlkaloidB
quinazoline in various stages of the growing of the plant.
%(q-K H.I.
'CRY,
0
N CH2-
CHZ
U
6 H.Z
C, ti,
N Hoh
Card 3/4
It is interesting that in the reduction of 2,3-~hydroxy tri-
petliylene)-quinazolone (4) with zinc in diluted hydrochloric
acid 2,3-trimethylene-ouinazolone (4) and desoxy peganine
was obtained.
The reactiom metnioned in this work are described in detail
in an experimental part. There are 6 references, 1 of which
is Soviet.

1 79-28-4-53/60
The Alkaloids in Peganum harmala L. II. On the :,tructure of Two New
Alkaloids
ASSOCIATION: Vsesoyuznyy nauchno-issledovatellskiy khimiko-farmateevti-
che3kiy insttut imeni S. Ordzhonikidze
(All-Union Chemical Pharmaceutical Scientific Research Insti-
tute imeni S. Ordzhonikidze)
SUBMITTED: April 13, 1957
Card 4/4

307' ~7?-;''-' ',"55
t - t
AUTHORS: Labenskiy, A. S., Gerasimenko, 1. 1., Utkin,
TITLE: On the Glucoalkaloid of the Plant Solanum Megacarpum Koidz,
a Big-Fruit Tfitghtshade (0 glyukoalkaloide rasteni-ya Solanum-
megacarpum Koidz(paslen krupnoplodnyy))
PERIODICAL: Zhurnal obahchey khimii, 1950, Val 28, N'r 11, PP 3120-3122
(USSR)
ABSTRACT: One of the modern natural sources of steroid compounds are
the various types of nightshades that contain glucoalkaloids
of steroid nature. The oeparetion of the glucoalkaloids
from the leaves and the upper shoots of this plant during
the ripening of the fruit was carried out according to Kuhn
(Xun, Ref 1) with the glucoalkaloirl C H 0 11 (nelting point
49 B1 2o
259-2600) being isolated. Its properties differ from those
already known so that it waa given the new term "iriegacarpine".
It forms a slilfate that is difficult to Jissolve in water. In
the hydrolytic cleavage with hydrochloric acid in methanol
a chloro hydrate of the a,lucone C 2711450211-11cl-51-12 0 (melting
Card 0 point 298-2990) was obtained. Its empirical formula and its

C
SOV/79-28-11 -4~`Y/5"
On the Glucoalkaloid of the Plant Solanum Yei;acarpum Koidz, a 7_::J~
Nightshade
melting point correspond to those of"tonatirline" (Ref 2). TIie
obvious decrease of the melting point of the mixiure of
these two cumpounds and the deviation of the specific optical
rotation of the obtained aglucone from that of lltomatirl~'nell
is in contrast to the identity especially as in the former
there is no double bond (Refs 3, 4), The nature of tile su,"'.11- *
compounds formed in the hydrolysis of me,gacarpine wac deternin-
ed by PaT)er chromatography. On this occagion -.1ncose, -alac--
tose, and Vlose were found, which corresnondq to the compo-
sition of "tomatine" and I'demissine" ( '11cfe 2, 5). The meaa-
carpine thus consists of 4 molecules of uiinrle stigrar hypes.
The optical rotation of the suri of all s.igar compounds ob-
tained in 'the hydrolysis amounted to +43.060, which approximate-
ly corresponds to that obtained with the mixture of 2 maleeLles
xylose, 1 molecule galactose and 1 molecule glucose. ".'here are
8 references.
ASSOCIATION: Vsesoyuznyy nauclino-isaledovatellskiy khimiko-farmatsevti-
cliesViy inctitut imeni S. Ordzhonikidze (,'..1l Pnion Scientific
Card 2/1,- Chemo-Pharmaceutical Research Institute imeni S. Ordzhonikidze)

SHGHUUNA, M.N., prof.; KASHKOVSKIY, M.D.. prof.; PERSHIN. G.N.. prof..
laureat Stalinskoy premii, otv.red.; SER"YIYEVSKAYA, S.I.,
prof.$ red.; NAGIDSCU, O~Tu,g prof*$ laureat Stalinakoy prenii,
red.; UTKIN, L.M., prof., red.; GRODEVA, Ye.l., red.;
- ..I
i --A1:Y` tekhn.red.
I a of
(Chemistry and madicinel Khimiia i moditsina. Otv.red. G.N.
Pershin. Moskva, Nedgiz. No.9. [Amitazinal Aminazin. 1959.
241 p. (NMI 12:6)
1. Moscow. Yeasoyuznyy nauchno-iseledovatellskly khimiko-ferma-
tseytichaskly institut. 2. Zaveduyushchaya laboratoriyey
protivotubarkulezn,7kh soyedinaniy Vuesoyuznogo nauchno-issledo-
'vatellskogo khimlko-farmatsevticheukogo instituta imeni S.Ordzho-
niki~.se (for Shchukina). 3. Zaveduyushchly laboratoriyey otdels
farmakologii Vsesoyuznogo nauchno-issledovatellskogo khimiko-
farmatnevticheskogo instituta imeni S.Ordzhonikidze (for Mash-
kovskly).
(CHLORPROKAZINE)

CHEVERIKOVA', L.S.; KICHENKO, VjPJ'.-UTKIN- q-- L.M.
Investigation of plants native to the, U.S.S.R. for their saponin
oostente Trudy VILAR no, 1l1202-228 F). (KUU 1.4 t 2)
(SAPONIJIS) (BOTANY9 MEDICAL)

AUTHORS: Serova, N. A., Utkin, L. M. SOV/79-29-1-71/74
TITLE: On Sapogenin 1n the Hoots of the Patrinia Plant (0 sapogenine
korney patrinii)
PERIODICAL: Zhurnal obahchey khimii, 1959, Vol 29, lir 1, PP 336-338 (USSR)
ABSTRACT: On the search for plants with steroid compounds the authors
were interested in the plant Patrinia intermedia Roem. et
Schult. A. M. Sokollskaya (Ref 1) found that its saponin cun-
tent is rather high. The sapogenin obtained from the latter was
therefore regarded to be steroid and a little substantiated
structure formula was suggested. Since several data in the pa-
per mentioned were doubtful this plant waa once more inveuti-
gated. Two root samples of the plant collected in different
regions of the USSR delivered exactly the same results of in-
vestigation. Saponin was obtained by treatment of the roots
with methanol and by precipitation from the methanol extract
with ether. The yield corresponded to that found by
Sokollel-aya. In the case of hydrolysis of saponin in heating
with diluted *sulfuric acid the result was sapogenin which form-
ed a difficultly soluble sodium salt which refers to its acid
Card 1/2 character. Sapogenin which is separated from the sodium salt

On Sapogenin in the Roots of the Patrinia Plant SOV/79-29-1-71/74
has the composition C 30H4803' Its properties as well as those
of its derivatives correspond to those of oleanolic acid and
its derivatives. The infrared absorption spectra of the
crystalline sapogenin acetate and of the acetate of oleanolic
acid are in complete agreement. The method applied ',)y the au-
thors to the plants was the same method as employed by
Sokol'skaya. Also the yields in sapogenin agreed quite well
although the purification was carried out by means of sodium
salt. This is why the authors tend to assume that sapogenin
as obtained Sokol'skaya was no sapogenin but oleariolic acid.
This is also confirmed by the analyses data of the paper men-
tioned (Ref 1) which do better correspond to formula C 30H 4803
than to the formula given by the author: C 21H3202 . There are 4
references, 1 of which is Soviet.
ASSOCIATION: Vaesoyuznyy nauchno-isaledovatellskiy khimiko-farmatsevti-
cheskiy institut imeni S. Ordzhonikidze (All-Union Scientific
Chemo-Pharmaceutical Research Institute imeni F. Ordzhoni~idze)
SUBMITTED; Noyember 25, 1957
Card 2/2

5 (3)
AUTHORS: Yakovleva, A. P., Proskurnina, N. F., Utkin, L. Y.
TITLE: On the Alkaloids of Ammothamnus Songoricus (Ob alkalc'-dakh
Ammothamnus songoricus)
PERIODICAL: PP 1042-'044 (USSR)
Zhurnal obshchey khimii, 1959, Vol 29, Nr 3
,
ABSTRACT: The plant Ammothamnus songori,-,us which grows in Central Asia
was discovered by blassagetov as an alkalo.-d carrier. The whcle
part of the plant growing above the ground was sub,,e3ted -,c
the extraction. All alkaloids in it (!%) were extracted with
ether and chloroform. The ether fract' n zaidsted almosc
pletely of Sofokarp-4n. An alkaloid of the melting p~in~ 198--
2000 which crystallizes -.vi-.h one molecule -,-,a'6er presipitatad
from the chloroform fract~4on. The ultimate analysJL6 :orresponds
to the empirical formula C 15H940 211 2-H20. One methylimidp grD,.;p
does not contain the alkaloid* Only the perchicrate --,f the
melting point 219-2201)) and tht~ pi-,rati of the ne7.11ing p~-..,n.
215' (under decomposition) as well as ~he isel'af. wethylal-le
could be obtained in crystalline state of the salt.5. Th~-
Card 1/3 authors' assumption that the separated alkaloid represen-~c an

On the Alkaloids of A=otha=nus Sc-gorJ---,;o
SOV/79-29--l-6.1'61
N-oxide of matrine was confirmed by the reduction of the base
to matrine, by zinc dust in an acid medium. This oxide ex2.sts
according to H. Kondo (Ref 1) and E. Ochiai (Ref 2) in
hydrate forms. On subje:,ting the chloroform fral-tion
chromatography over A] 20., several fractions with dlff-~~ren~
melting points, 153-207"j, were separated. The base of -,he
melting point 2070 corresponds according to its proper'~ie3 to
the N-oxide of the matrine described by Ochiai (Ref 2). Af,er
storage its melting point is reduced to 198-2001. The other
fractions, with lower melting points, have all -.he same spec--f-z-
rotary power, coritaln a crystallization water and a.-E trans-
formed in-to matrine with a gcod yii~ld during the red~.sti-on Icy
zinc dust in an acid medium. The matrine was oxidized by the
authors with hydrogen peroxide in order to compare 'Jhe alkal:)--"d
obtained by them immediately with the N-oxide of mat,,Inc'. T.rie
produced N-oxide of matrine was like the base separated from
the plant obtained in various forms with melting points frc',-
153 to 1880. The results obtained Ly the authori ~:cnfirm thus
the identity of the alkaloid separated by then with the N-rixide
Card 2/3 of matrine. There are 1 table and 3 references, 11 (f whizh is

On the Alkaloids of Ammothamnus Songoricus
Soviet.
SOV/79-29-3-61/61
ASSOCIATION: Vsesoyuznyy nauchno-issledovatellskiy khimiko-farmatsevtiches-
kiy institut imerli S. Ordzhonikidze (All-Union Scientific
Chemicopharmaceutical Research Institute imeni S. Ordzhonikiddze)
SUBMITTED: lebruary 6, 1958
Card 3/13 uscoi-m-TIC-60,887

5 (3)
AUTHORS: Danilova, A. V., Utkin, L. LI., ~07/79-23-7-72/621
Kozyreva, G. V., Syrneva, Yu. 1.
TITLE: A New Alkaloid Which Is an Isomer of rlatyphyllin (Novyy
alkaloid, izomerayy platifillinu)
PERIODICAL: Zhurnal obahchey khimiit 1959, Vol 29, Tir 7, pp 2432-2436 (USS-",'~)
ABSTRACT: Platyphyllin bitartrate is prepared from the broadleaved Senecio
platyphyllus. As to its chemical structure the platypbyllin is a
diezter of platynecin and the seneciLlic acid (Ref 1). In the
processing of the industrially manufactured alcoholic nother
.liquids a now base which had been called neoplatyphyllin was
obtained on separation and recrystallization of platyphyllin
bitartrate. As to composition and functional &Toups, this new
bas.i is identical with latyphyllin. Their basiciiy and infrared
absorption spectra (Fig. show little difference, but as far as
the physical properties are concerned, the neoplatyphyllin arid
its salts differ from platyphyllin and its salts. The bitartr.---te
of neoplatyphyllin shows viell pronounced cbolinolyxic and
spasmolytic properties. As to activity and mode of action it is
closely related with platyphyllin, but it is twice as toxic.
Card 1/3 Alkaline and acid hydrolysis of both compounds yield the c--e-

N New klkaloid Which Is an Isomer of Platyphyllin SOV/79-29-7-72/83
products. The authors assume that the differonco bet-neen both
bases is due to the storic confiKuration of the ucid coml)oziont
of their molecules because, as is known, the "nocinic- acids with
double bonds show in addition to the optical 13onxi1nmnlao the
geometrical one (Ref 2). 'rho structure of the senecinic acid
corresponds with the formula (I) (Ref 3). In order to investigate
further the properties of both compounds the alkaloids were
reduced with LiAlH . The resultant trivalent alcohols had to
possess.structure &I), according to the structure of the
senecinic acid. The chemical and spectroscopic results obtained
confirm the assumption of the authors that the different spatial
configuration of the esterifying acids is the cause of the
difference between neoplatyphyllin and platyphyllin. The formation
of a trivalent alcohol from the eenecinic acid, by treating it
with alkali liquor, which is qualitatively different from the
alcohols obtained by direct reduction of the alkaloids, confirms
the observation that the "necinic" acids senarated by alkaline
hydrolysis of the alkaloids of the species Senecio possess a
configuration which differs from that in which they enter into
Card 2/3 the composition of the alkaloid molecules. There are I figure

A Now Alkaloid Which Is an Isomer of Platyphyllin :';DV/79-29-7-72/83
and 3 references, 2 of which are Soviat.
ASSOCIATION: Vsesoyuznyy nauchno-issledovatel skiy khimiko-famatsevticheskiy
institut imeni S. Ordzhonikidze iAll-Union Scientific
Chemicopharmaceutical Research Institute imeni 5. Ordzhonikidze)
SUBMITTED: May 25, 1958
Card 3/3

RIJBTSOV, M.V., prof.,, otv. red.; PERSH114, G.N., prof., zam. otv. red.;
MAGIDSON, O.Yu.., prof., red.; MASHKOVSKIY, M.D., prof., red.;
UTKIN, L.M., prof., red.; RL'ZHRITSEVA, A.K., prof.,, red.;
prof., red.; BAYCBIKOV, A.G., kand. tekhn. nauk,
red.; MIIGUU.EV, V.A., kand. khim. neuk, red.; RYAZANTSEV, M.D.,
kand. tekhn. nauk., red,,- SUVOROV, N.N.., kand. kh.Lm. nauk, red.;
FIZASHKEVICH, A.M., st. nauchnyy notr., red.
(Basic trends in the work of the S.Ordzhonikidze All-jjnion Chemico-
y of its activity
pharmaceutical Scientific Research Institute; surve-
from 1920 to 19571 Oanovnye napravleniia rabot VNIKhFI; obzor de-
iateltnosti za 1920-1957 gg. Foskva, 1959. 649 p. (MIRA 15: 5)
1. Moscow. Vsesoyuznyy nauchno-issledovatellskiy khimiko-
farmatsevticheskiy institut.
(CHWISTRY) MEDICAL AND PHAII.,ACEUTICAL)

5.3900
AUTHORS: Danilova, A. V., Ua_ln _1__M._,
77il
110
~~ 1 -76/7
TITLE: Structure of the Alkaloid Macrophyllln(:
PERIODICAL: Zhurnal obshchey khimli, 1960, Nr 1, pp 3LI5--J,48
(USSR)
ABSTRACT: The authors have established that macrophyllIne
(makrofillin), C 13 H2 103 N, i,,;olated from Senecio
macrophyllus /-Ranilova, A. V., Ut1c1n, L. M., Ma-sa.,,e-
tov, P. S., Ztur. obshchey Ichim., 25, 831 (1955)7
belon-,s to the allcaloid- of the "d-pseudohellotri-clane"
0
series and has one of tv,,j structures:
Card . 1/,"3

Structure of the Alkaloid Macrophlylline
OK
"I " I,
kill)
77415
SOV179 -,3 C - I - -(b'/78
r- 0'", 1
(IV
Card 2/3
Macronecine iTakronetsyn)(also prepared earlier
L-loc. cit._/), and aminoglycol (C8H 15 O-N) forined
by hydrolysis of macrophylline was found to be a
diastereomer of platynecine and diohydroxyhellotridane,
which ',iave hydroxyl groups in positions I and 6 of
the pyrrolizidine ring. The followin- derivatives
were synthesized: desoxychlorohydromacrophylline

Structure of the Alkaloid Macrophylline T`L15
S, *i/7 9 -3 0 -1 -7 6 /7 8
(-)/ I -
(a colorless liquid, Z_GL7 29 (-2-93)), Rf 0-76
D
ascending system butanol-CH3 COOH-water) and its picrate
(IRP 155-1560) macrophylline picrolonate (mp 180-1820),
macrophylline picrate mp 171-1720), and methiodide
nip 292-29110). There care 9 r0ferenc(.:;, 6 Soviet',
1 German, 1 U.K., 1 U.S. The U.S. arid U.K. references
are: Adams, Hamlin, J. Am. Chem. Soc., 64, 2597
(1942 L. Culvenor, L. W. Smith, Ai-aitral. J. Chem.,
10, IJA (1957).
ASSOCIATIONi S. Ordzhonikidze All-Union Scientlflc-Re3earch Chemical-
Phannaceutical Institute (Vsesoyuznyy nauchno-
issledovatellskiy khimiko-farmatsevticheakiy
Institut imeni S. Ordzhonikidze)
SUBMITTED: December 23, 1958
Card 3/3

DLNIlOVA, A.V.; KORITSKATA, N.I.; SHVITS, Z.I.; UTKIN, L.M.
Now method for obtaining platyphylline from Senecie platyphyllus.
Ned.prom. 14 no.4:28-30 Ap 160. (NM 13:6)
1. To-asoyuzny7 nauahno-imeledovatellakly khtmiko-farmatnevti-
chaskiy institut Iment S. Ordzhonikidze.
(PLATYPHMINS)

PROSKURNIIIA, N.F.; UTKINI L.M.
------
d,t-stachydrine in Lagochilus. Mod. prom. 14 no.9:30-31 S 160.
- (IOU 13:9)
1. Voesoyuznyy nauchno-isoledovatellskiy khimiko-farmtsevtichankiy
institut im. S. OrdzhorLWdze.
(STACHYDRIME) (LAGOCIIILUS)

GRABILINA, G.q.; UTKIN, L.M.
Acetone derivatives of ti-gluconic acid and its f-lactone. Zhur.
ob. khim. 30 no.9:3126-3128 S 160. (MIRA 13:9)
1. Vseso3ruznyy nauchno-iseledavatellskiy khimiko-farmateevticheskiy
Institut imeni S. Ordshonikidze.
(Gluconic, acid)

SEREBRYAKOVA. A.P.; FILITIS, L.N.; UTKIN. L.M.
LignanB from junipers (juniperus co=mmie) of the Soviet Union. Zhur.
ob.khim. 31 no.5.-1731-1734 W 161. (,IffPl 14:5)
le Vseaoyuznyy nauchno-iosledovatel'skiy khimiko-farmatsevticheskiy
institut i4eni S.Ordzhonikidze.
(Lignans' (Juniper)

DANILDVA, A.V.; KORETSKAYA, N.I.; _IJTKIN, L.M.
Structure of wrenardinff alkaloid (from Senecio renardi). Part 2.
Zhur. ob. kbim. 31 no. 11:3815-3818 11 161. (MIRA 14:11)
1. VBesoyuznyy naucbno-iseledovatellskiy khimiko-farmatsev-ticheakiy
institut imeni S. Ordzhonikidze.
(Alkaloids)

BRUTKO, L.I.; UTKIN, L.M.
Now methods t* the separation of alkaloids. Med prom.
15 no.11:53-56 N 161. iMIRA 15:6)
1. Vaesoyuznyy nauchno-issledovatel'skiy Ichimiko-farmatsev-
tichaskiy institut imeni S. Ordzhonikidze.
(ALKALOIDS)

DANILOVA, A.V.; KORETSKAYA, N.I.; UTKIN, L.M.
New alknloid from Senecio othonme M.B. Zhur.ob.khim.
32 no.2:647-648 F 162. 04IRA 15:2)
1. Voesoyuznyy nauchno-isoledovatellskiy khimiko-farmatsev-
ticheskiy institut imeni S.Ordzhonikidze.
(Alkaloids)

KORETSKAYA, N.I.; DANILOVA, A.V.;,UTKIN, L.M.
Structure of jaconecic and jacolinecic acids. rnur.o'--.khim. 32
no.4tl339-1345 Ap 162. (MA 15:4)
1. Vsesoyuznyy nauchno-iseled6vatellskiy khimiko-farmatsevtialieskiy
institut imeni S.Ordzhonikide.
(jaconecic acid)

UTKIN, L.
Learn to operate under smoke conditiona. Pozh.delo 8 no.7:24
JI 162. (KRA 15:8)
(Fire extinction)

TSYRULINIKOVAJ, L.G.; LABENSKIY, A.S.; M~, -L.M.
Alkaloids of the Lindelofia macrostyla plant. Zhur.ob.khim. 32
no.8:2705-2709 Ag 162. (MIRA 15:9)
1. Voesoyuznyy nauchno-'Losledovatellskiy khimiko-farmateevti3heakiy
institut imeni S. Ordzhonikidze*
(Alkaloids)

KCRETSKAYA, N.I.; DANILOVA, A.V.; UTKIN, L.M.
Structure and interralation between sen-acic and
epoxyjaconecic acids. Zhur.ob.khim. 32 no.]-1:3823-3827
11 162. (141RA 15:11)
1. Vsesoyuzny), nauchno-issledavatellskiy khimiko-
farmtse,irticheskiy institut imeni S. Ordzhonikidze.
(Seneci4 acid) (Jaconocic acid)

KORETSKAYA, N.I.; UTKIN,
New alkaloid from the plants Vinca ardeta RDL. at Schaalh. Zhur.-
ob.khim. 33 no.6:2065-2066 Je t63. (MIRA 16-7)
1. Vneso"znyy nauchno-iseledovatellskiy khimiko-farixatsevti-
cheakiy institut imeni StOrdzhonikidze.
(Alkaloids) (Vinca)

-UTKIN,,-L.M.; SEREBRYAKOVA, A.?.
Flavone glycoside from Stizolophuo balsamita (Lam) A. Takht.
Zhur. ob. khim. 34 no.10:3496-3499 0 t64.
(MIRA 17:11)
1. Vsesoyuznyy nauchno-issledovatellskiy khimiko-farmatsevticheskiy
institut imeni S. Ordzhonikidze.

3z
165o
2.8:6)
ccaskiy
ran,"-- 6v t

UTKIN, L.M.; SEREBRYAKOVA, A.P.
... --',
Isoflavone-glycos--'de from Piptanthus nanus M.Fop. nim.prirod.soeed.
1:70-72 165. (IaRA 18:6)
1. Vuesoy-aznyy nauchno-issledovatel'Skiy kh-".miko-farma-~sevticl-.eskiy
Institut im. S.0r,lzhonlkidze.

UTKIM, M.
.Wood**
.,A~ Do not forget custcuers. From. koop. no. 11: 18-19 N 156. (K6U 9:12)
1. Zamestitell zaveduyushchogo sektaiyey khudozhostyennylrh izdo-
Ily univermaga "Patrovskiy passazh."
(Art industrien)

UTXIN M. mayor
Special treatment in the battery. Voen. vest. 43 no.9:69-70
S 163, (MIRA 16slO)
(Decontamination (From gases, Chemicals, etc.)

TJTKIN, N.
*one man outputn index. Prom.koop no.8:14-16 Ag 155. (MLBA 9:1)
I.Nachallalk planovo-skonomicheskogo otdOlA promeoveta Istonsk*y
So. (Labor productivity)

- UTKIINY N. --
Training and consultation center in Rostov.-Pyt.-Don. Zhil.-kom.
khoz. 11 no.2j23-24 F 161. (141RA 1,4-- 5)
1. Zaveduyushchiy Rostovskim uchebno-konsulltatsionnym punktom,
g. Rostov-na-Donu.
(Correspondence schools and courses
(Rostov-on-Don-Technical educationi

TILISIM. Anisin Vasillyevich; PITERKAN, X.L., redaktorl UTKIN, N.A..
relaktor; TUY&WVA, Te.A., tekhnicheskiy redaktor. `~~
[Tools for sharpening wood cutting instruments; guide for work
with the tools] Stanki dlia satochki lesoruboahnogo instruments,;
rukoyodetvo dlia raboty na stankakh. Moskva, Goslesbumizdat,1954.
39 P; (MI2A 80)
(Saw filing)

ANDRIYEVSKIY, Aledeandr Illarionovich; UTKIN, N.A., redaktor,- AGAPOV.
F.F., tekhnicheakiy redaktor M&M&L
[Sawing in lumbering3 Pilopravnoe delo na lesozagotovkakh. Moskva.
Goalesbumizdat, 1954, 142 p. (MM 8:7)
(saws)

U"11111P if. -, 0
PAIUMM, Aleksanclr Vallterovich; SOBOLEV, Mikolay Grigor'yevich;.~U,..-
.Jj*&xv,, reds ktor; NIKOIAYRVA, I.I., redaktor isdatelletra; BRATISHKO,
L.A., tekhnicheskiy redaktor
CTL-4 winch apparatus] Agregatnye lebedki Tlr-4. Koskva, Goslesbum-
izdat, 1957. 95 P. (KLRA 10:8)
(Winches)

UTKIII, N. A. (RIGR)
UTKIN, N. A. (Engr') -- "Investigation of Portable Electric Power Stationa An Foreit
Exploitation." Sub 3 Mar 52, Moscow Forestr-j E~gineering Inst. (Dis:3ertation
forthe Degree of Condidate in Technical Sciences.)
SO: VECIMNAYA 140SKVA, Januar7-Becember 1952

UTK,,N~
AID P - 3221
Subject 2 TESE/Slectricity
Card 1/1 Pub. 29 - 6/30
Author Utkiny N. A.# Erg.
Title Alteration of combustion regulators of the hydraulic system of the
plant " Teploartomat"
Periodical Energetik., 8,, 7-9, Ag 1955
Abstract The author describes details of the repairing and adjustment of
automatic combustion control in two KO-3 type boilers in one of
the steam electric puwer stations. One schematic drawing.
Institution : None
Submitted : No date

UTKIN, N.A., iuzhener.
Modification of single-imPulse charging r*_Ralaters designed bjr
the Central Boiler and Turbine Institute for palverizers. Axer-
atik 4 n*.1:20-22 J& 956. (MIRA 9:4)
Autematic control) (Crushing machinery)
f

UTKIN, N.A., inshener.
~'
Automatic control of water heating IV the chemical section of
thermopower plants. Inergetik 4 no.11 24-25 N 156. (MLU 9:12)
(Hot-water supply) (Automatic control)

UTKIN, N.I.., inzhaner.
k__
Adjustment of three-impulse electronic feed-water regulators.2nerge-
tik 4 no.12:15-17 D 156. (KaA 10:1)
(Feed-water regulation) (Electronic control)

A UTHOR: _~t Engineer SOV-91-56-10-8/35
TITLE: The Adjustment of A-,itomatic Electronic Regulators for Mill
Loading (Naladka elektronnykh avtomaticheskikh regulyatorov
zagruzki mellnits)
'~A -6
PERIODICAL: Energetik, 1958,4 Nr 10, pp 11 - 13 (USSR)
ABSTRACT: The author describes in detail the electronic regulators
for mill loading which were installed in a recently assemb-
led boiler unit, and says that despite the apparent perfec-
tion of this regulating system, it was found difficult to
adjust the automatic mill-loader. Tl,!is was due to the com-
plicated dynamic characteristics of the object being regul-
ated, namely the spherical tumbling barrel. The author de-
scribes how this leads to uneven loading of the mill.. and
says that he suggested an alteration in the regulating sy-
stem: the introduction of a rigid feedback based on the po-
sition of the rep-ulating organ. To this purpose, instead
of the KDU-1 rem-ote control column, a KDU-11 column was
installed, w-ich has a pickup of displacement in it. in
such a caseythe isodrome device in the regulator is not
Card 112 used. The author says that automatic regulators which are

SOV-91-58-10-9/55
The Adjustment of Automatic Electronic Regulators for -"ill Loading
adjusted in this manner have been in use for over a year.
fie then gives the following details of the quality of the
work of this automatic device: the regulating organ remained
for a lon time within narrow limits (from 25 to 40;t, &coord-
ing to UP~. The pressure drop in the mill varied between
120-130 mm for a prolonged period. The temperature of the
0
dust-laden air rose from 136.5 to 141 C, and later became
stabilized at 1390C for a lengthy period. There is one di-
agram and one graph.
1. Boilers--Equipment 2. Electronic eqqipment--Applications
Card 2/2

PIMENOV, Aleksandr Nikolayevich. Prinimal uchastiye UUL-L~.-
dots.; GONIK, A.A., kand. tekhn. nauk, retsenzent;
FARM, A.V., inzh., retsenzent; LEBEDEV, red.
(Machines and mechanisms for lumber floating] Mashiny I
mekhanizmy na lesosplave. Izd.2., ispr. i dop. Moskva,
Lesnaia promyshlennost', 1965. 388 p. (MIRA 19:1)

2`~
ACC NRt ARG031862
AUTHOR: Suvorov, A. P.; Utkin, V. A.
TITLE: Passage of fission neutrons through iron plates
SOURCE: Ref. zh. Pizika, Abs. 6V1,159
REP SOURCE: Dyul. Inform. tsentra. po yadern. dannym, vyp. 2. 1965, 334-340
TOPIC TAGS: neutron beam, neutron angular distribution, fast neutron. neutron
energy spectrum, collimated scintillation spectrometer, fission neutron
SOURCE CODE: UR/0058/66/000/006/VO68/VO68
ABSTRACT: The results of calculations by the method of "transmission matrix"
in the 2P7 -approximation are compared with experimental data based on m*easure-
ments of iron layers 5 and 15 cm thick of fast neutron angular energy spectra by
means of a collimated scintillation spectrometer. The plates were irradiated by a
plane monodirected beam of neutrons emerging from the reflector of a uranium-
water reactor. Agreement between experimental and computational data In describ-
ing the angular distribution of neutrons is satisfactory. A certain divergence is
explained by the use in the calculation of group constants adapted for the calculation
of expanded media. Results are given of the calculation of angular diotributions of

ACC NRs AR603.1862
neutrons reflected from the plates and for neutron angular distribution depending on
the depth of penetration into the plate. . (Translation of abstract]
SUB CODE: 20, 09/
Carj 212

UTIE-11', 1,. i.
"On the Que3t,ion of 6he 'Ianufacture of Lead-' "inc Sulfide
Cand Tech Sci, Hosc,~w Ihot of NonferroT_-.5 .','(,tals and Gold inen-i .~,% 1. ~:alllm`:-,,
Min Ifigher Educat,ion USSIZ,ilocow, 125,;. (. L, J'o 11, ~,Iar 55)
So: Sim. No 670, 29 Sept 55 - Survey of Scient"'fic anj '2ec-.n!cn1 Di.-!:crI..3tLons
Dafended at U53H llir~hcr Educational institutions (15)

137-58-4-6575
-Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 4, p 37 (USSR.)
AUTHORS: Vanyukov, A. V.,
TITLE- The Surface Tension of Slag Melts (0 poverkhnostnom natyz. -
zhenii shlakovykh rasplavov) ~ I
PERIODICAL: Sb. nauchn. tr. Mosk. in-t tsvetn. met. i zolotidVNITO
tsvetn. metallurgii, 1957, Nr 26, pp 41-53
ABSTRACT: The surface tension 6 of synthetic melts of FeO-SiO2 at
1200/14000C and of multi-component stags [ SiO2~ FeO. GaO,
MgO, A1203 (9.5%) j (II) at i3500 was determined by the meth-
od of maximum bubble pressure. Iron crucibles and capillar-
- ies were used, and nitrogen was the working gas employed. In
1, with a constant FeO:CaO ratio, a diminishes as ('SiO2) rises
from 460,(27% SiO2) to 380 ergs/cm2 (58% SiO2). As the FeO
CaO ratio rises from 0.5 to 3.2 at constant (SiO2),6_ diminishes
within the 460-410 interval (at 33% SiO2) and 400-385 ergs/'CM2
(at 581/6 SiO2). The dLY/dT of slags differing in SiO2 contents is
positive at a FeO:CaO ratio of 1.5. At constant (S102), a rise
in (FeO) causes the de/dT to move out of the negative and into
Ca rd 1/ 2 the positive values. In II, a rise in (SiO2) from 36 to 44% or of

1370-58-4-6575
The Surface Tension of Slag Melts
A1203 from 7.5 to 10.5% causes O~to decline, while as (CaO) rises from 18
to 24%, (FeO) from 16 to 22%, or MgO from 8 to 14%, (:)-will increase at
a rate rising from CaO to MgO. The results are explained, in their qUali-
tative aspect, by a change in interionic reaction. In particular, the rise in
0 with increase in the basic acid contents and temperature is due to sub-
division of the complex silicon oxide anions resulting in a strengthening of
their bonds with the cations.
S.P.
1. Ores--Melting--Surface tension
Ca rd 212

137-58-4-6576
Translation from: Referativnyy zhurnal, Metallurpiya. 1958, Nr 4 p 377 (.USSR)
AUTHORS- Vanyukov, V.A., Vanyukov. A. V., Ytkin, N.J.
TITLE: Surface Phenomena, and the Losses of Metal in Slags Pover-
khnostnyye yivleniya i poteri nietalla so shlakami)
PERIODICAL; Sb. nauchn. tr. Mosk. in-t tsvetn. met. i zolota i VNITO
tsvetn. metallurgii, IIQ57, Nr 26, pp 54-62
ABSTRACT: Interphase tension (6) at the slag-matte interface and the
wetting (angle of contact *) of slag by matte were measured.
The dimensions of rapidly cooling drops of matte in the slag
(17.95% FeO, 20.35% CaO, 39.776 Si02, 9.255/6 A1203 10-250/o
MgO) were determined, and a graphic method (RzhMet. 1956,
Nr 2, abstract 1006) was used to calculate rT thereon. As tbe
S contents of the matte rose from 8.8 (16.4% NO to 31.7%
(23.0% Ni), (5 dropped from 240 to 99 dynes/cm. and he Ni
content of the slag increased from 0.04 to 0.3%. As temperature
rose from 1200 to 13500C, (!:T- rose from 193 to 234 dynes,,,,Cm.
and the Ni content of the slag dropped simultaneously frorn 0.63
to 0.17%. The rise in C with temperature is explained by the
Card 1/2 subdivision of the silicon oxide complexes. Holding of mt~l-; in

137-58-4-6576
Surface Phenomena, and the I-oases of Metal in Slags
an oxidizing atmosphere (5% 02) was accompanied by a reduction in
while when held in a reducing atmosphere, C5 increased. In a neutral atmos-
phere, the introduction of magnetite induced a decline in 0 . Wetting of the
slag by the matte is impaired as the SiO2 and CaO contents of the latter rise
and also as FeO diminishes. 17 is 27-37% and drops by about 100 as the
following various changes occur in the slag: SiO? from 38 to 44%, GaO from
20.5 to 24%, ~'eO from 22 to 16%. An increase in MgO contents from 10 to
12% caused 'Tto rise from 31 to 500. It is noted that C and 11~-rise with
the concentration in the slag of catioas that do not go into the matte (Ca24-
Mg2+). Simultaneously, a reduction in loss of metal with the slag.i was ob-
served.
1. Slags--Surface tension--Measurement
--Test results 4. Metals-.-Ijosses
S.P.
2. Slags--Test methods J S-1ags
Ca rd 2/2

U1
137-58-5-9348
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 5, p 78 (USSR)
A UTHORS: Vanyukov, V.A., Utkin, N. I., Vanyukov, A. V.
TITLE: A Study of the Kinetics of Distillation of Zinc From Molten Stags
(K voprosu izucheniya kinetiki otgonki tsinka iz shiakovyki.
rasplavov)
PERIODICAL: Sb. nauchn. tr. Mosk. in-t tsvetn. met. i zolota i VNITO
tsvetn. metallurgii, 1957, Nr 26, pp 63-73
ABSTRACT: A study of the kinetics of a process in which, under the action
of solid C, Zn is distilled from molten slags of various composi-
tion. Ten samples of slags containing different amounts of SiO2,
FeO, and GaO, and having a constant ZnO content (10%) were in-
vestigated. Chemically Pure substances were employed in pie-
paring the slags. The rate of distillation of Zrx from liquid sipgs
is determined to a considerable degree by the temperature of
the process and the composition of slag; it. increases as the
temperature and the content of FeO in the slag become greater.
Acidic and ferrous slags react differently to the addition of CaO.
An increase in the CaO content increases the rate of volatiliza-
Card I/?- tion of --n from ferrous slags and decreases it in the case of

137-58-5-9348
A Study of the Kinetics of Distillatioti o( Zint, From Molten Slags
acidic slags. The process of reduction of Zn from liquid 51ags falls into the
category of diffusion processes, this is corroborated by the values of the rate
constants, the magnitude of the apparcnt energy of-activation, and the value
of the temperature- rate coefficient. The ri-sults of the experimental st-nelt-
ings justify the assumption that the distillation of Zn proceC(15 with the aid of
metallic Fe, which is an active intermediate product of the reaction. This
assumption is substantiated by the appearance of Fe beads in selected samples
and in the final slag, by an increase in the r_-ite of Zn distillation when the
FeO concentration in the liquid stags is incr4eased, and by the magnitude of
the apparent energy of activation.
N.P.
1. S2.ags--Pi,eparation 2. Slags--PropertieL 'i, Zirc
oi-es--Processing
Ca rd 212

VANMOT# A.V.; UTKIN. NeL
.'I.r~4,-,~-,,~-I -- -
Affeat of cations on mxrface tension of silicate melts. Izv. T7s~
ucheb, zav,; twet, ast, no,2:39-44 15B. (KMA 11:8)
1. Nookovskly Institut tovetafth motalloy I zolots. Kafedra metal-
lurgii tyashelykh tswetuykh astalloy,
(3aae exchang1W compounds) (Surface teAsion)

AUTHORS: Vanyukov, A. V., Utkin, N. I. SO -1/16, 4/4')
TITLE- Surface Tensicn cf the Me"Its in the Systems FeO-SiC -CaO
~
SiO 2-CaO)
(Poverk.hnostnoye natyazheniye rpsplavov sistemy Feo
PERIOD:CAL: Nazic'nnyye dol-lasly ahkolY. ViA-AIIII-CiYa, 195P,
Nr pp 22 (-USSR)
ABSTRACT: The surface tension ofl.t~ie melts in the system FeC-SiO 2-CaO
was determined.. The exp7eriments werc carried out Vith
synthetically produced melts in hermetically sealed
furnaces at 13500 in gas atmosphere. Pro!n the diagram
of the surface tension of the melt may be seen that
an increase of the SiO,--content in acid melts effects
a decrease of the surface tension, but that a substitution
of FeO by CaO catisetj tho surface tension to increase.
The decrease (,f the s-L,rface tension by increaning the
acidity of the melt is explained by the increase of the
capillary activity of tiie complexes in the melts. The
comDlex anions acCURLUlF-te at the sur-face of the melt and
Card 1/2 reduce the surface tension. The substitution of the

Surface Ten;3ion of the Yelts ir. the SOV/163-58-3-4149
FeO-SiO 2- CaO
cations Fe 21 by Ca 2t leads to a destruction of the
silicon-oxygen complexes, to a decrease of the capillary
activity, and consequently to an increase of the si-.rfface
tension in the silicate melts. There are 1 figure, I
table, and 7 references, 6 of which are Soviet.
ASSOCIATIO-7.,: Moskovskiy institut zsvetnykh metallov i zolota (Moscow
Institute cf Non-Ferrous Metals and Gold)
SUBMITTED: January 16,. 1958
Card 2/2

.L
,AUTHORB: Vanjrukov, A.V. and Utkin N.I. SOV/149-58-6-5/19
TITIZ: The Effect of Temperature on the Surface Tension of
Silicate Melts (Vliyaniye temperatury ni poverkhnostnoye
natyazheniye silikatnykh rasplavov)
PERIODICAL: izvestiya Vysshikh Uchebnykh Zavedeniy, Tsvetnaya
!Aetallurgiya, 1958, Nr 6, pp, 43 - 48 (USSR)
ABSTRACT: The temperature dependence of the surface tension of
binary silicate melts was extensively studied by King
(Ref 5) who used a modified ring method for measuring the
surface tension. King established that the temperature
coefficient of the surface tension of some mixtures was
positive and that it increased with increasing acidity of
the melts and with increasing field strength of the cations,
-.-,the latter effect having been also observed by Boni and Derge
(Ref 3). On the other hand, it had been found by other
4nvestigators (Refs 7,8) that the surface tnsion of the
ieG-Si02 and FeO-Fe2O3 systems was practically unaffected
by the temperature variation. The present authors studied
the surface tension a of yarious synthetic silicate
Cardl/5 melts in the 1 200 - 1 400 C tet~perature range using the

SOV/149-58-6-5/19
The Effect of Tempera.ture on the Surface Tension of Silicate Melts
method of the maximum pressure of a gas (nitrogen) bubble,
the experimental technique having been described elsewhere
(Refs 9, 10). The effect of the temperature on a of the
melts of the FeO-SiO 2-CaO system was studied on seven
mixtures representing typical slags formed in a majority
of processes used in extraction of non-ferrous metals.
The composition of these experimental slags (in mol%) is
given in Table 1, the last column of which.shows the
acidity of the melts as measured by K = O(SiO 2)/OZMeO)
The results of the first series of experiments are given
im Table 2, showing the values of a (in dynes/em) at
various temperaturgs and the temperature coefficient of a
(in dynes/cm. per 'C) for the investigated temperature
range. With the exception of the melt containing the
maximil proportion of CaO, the temperature coefficient of
a was positive and its magnitude increased with the
increasing FeO/CaO ratio and with increa8ing acidity of
the melts. In the second stage of the investigation, the
Card2/5 effect of temperature on a of melts of the

SOV/149-58-6-5/19
The Effect of Temperature on the Surface Tension of Silicate Melts
FOO-Sic 2-Me 20( MeO) systems was studied on mixtures
containing (in mol.%) 34.5 FeO, 43 SiO and 22.5 Me2o (an
alkali metal oxide) or MeO (an alkaline earth metal oxide).
The temperature dependence of a of the melts containing
K2 0, Na-0 and Li20 is 914own in Figure 1 (graphs 1, 2 and
3, re~~gctively). The same relationship for the melts
containing BeO, BaO, Sro, CaO and MgO is shown in Figure 2
(graphs 1-5, respectively). The relationship between the
temperature coefficient of a of silicate melts and the
ionic potential i = Z/r of some cations is illustrated in
Figure 3. The surface tension of the melt containing K 20
decreased with increasing temperature and the temperature
coefficient of a of the melt containing Na 20 was equal
zero. In all the other cases the temperature coefficient
of a was ositive The following conclusions were
reached: is the t;mperature dependence of a of the
investigated silicate melts containing FeO confirmed the
Card3/5 micro-heterogeneity of melts of this type; ii) the high

SOV/149-58-6-5/19
The Effect of Temperature on the Surface Tension of Silicate Melts
degree of micro-heteregeneity exhibited by the melts in
the presence of the Fe 2+ oation is caused by oxygen breaking
away from the complex anions and by the cybotactic groups
consisting of complex anions and weak cations being forced
out to the surface layers of the melt; iii) in the case
of the cations of the alkali and alkaline earth metals
characterised by ionic potential lower than J. the micro-
heterogeneity of the melts containing the Fe ions
increases with the decreasing field strength of the cations
and the temperature coefficient of a correspondingly
decreaee8; iv) the decreaBe of the temperature coefficient
of a observed when CaO is substituted by MgO or BeO is
an indication of the tendency of the
Mg 2+ and Be 2+ cations to form complexes; v) the
increase of the temperature coefficient of a of the
melts of the FeO-SiO 2-CaO system retylting from the increase
ra o
of the acidit7 and of the FeO/CaO/is associated with the
breakdown of the silicate anions and with homogenisation
Card,4/5 of the melt; vi) the magnitude and the sign of the

SOV/149-58-6-5/'19
The Bffect of Temperature on the Surface Tension of Siliaate Itelts
temperature coefficient of a of silicate melts is deter-
mined by: a) a decrease of the strength of the forces
binding the ions; b) breakdown of the complex anions
resulting from weakeang of the bond bet*een the
2+ 2- 1
re and 0 ions and c) homogenisation of the melt at
higher temperatures. The decisive part played by the two
last factors can be inferred from the positive values of the,
temperature coefficient of a of the majority of the
investigated melts. There are 3 figures, 2 tables and
14 references, 12 of which are Soviet and 2 English.
ASSOCIATION, Moskovskiy intitut tsvetnykh metallov i zolota.
Kafedra. metalld.!rgii tyazhelykh tevetnykh metallov
(Moscow Institute of'Non-ferrous Metals and Gold.
Chair of the Metallurgy of Heavy Non-ferrous Metals)
MMMITTED: January 14, -;.958
Card 5/5

18(6)
AUTHORS: Vanyukov, A. V., Utkin. N, Ir SOV/163-59 1-3/50
TITLE: Influence of Chromium Upon the Surface Tension in Ni,ckel-smelt
Slags (Vliyaniye khroma na P07erkhnostnoye natyazheniye shiakov
nikelevoy plavki)
PERIODICAL: Nauchnyye doklady vysshey shkoly. Metallur~;iya, 1959, Nr 1
PP 11-13 (USSR)
ABSTRACT: Reference is made of the fact that by an addition of as little
as 0.001 gram mols of Cr 2 03 the surface tennion of .-lasses is
reduced by 200-225 dynes/cm, which phenomenon has been dis-
covered by Appen et al. (Ref The work reported in this
paper was carried out to check this allegation The 'influence
of chromium upon the surface tension (c) in the slage of smelts
of oxidized nickel ores was investigated. The surface tension
was determined according to the method of the maximum pressure
of a gas bubble (nitrogen) at three temperatures, at 1,300,
1,350, and 1,4000 (Ref 4). Synthetic slags, fused from chemi-
cally pure oxides, were used in the experiments, Ferrous
oxide was added as iron silicate (2FeO.SQ 2) , The Cr 203
Card 1/3 content in the slags varies from 0 to 5 i4-~ It appears from

Influence of Chromium Upon the Surface Tension in SOV/163-59-1-3/50
,Ilickel-smelt Slags
the experimental data that the surface tension decreases if
the chromium oxide content increaBes. The concentration
decreaae of Cr 0 lies at about 1 '4. The surface tension
~03 1
decreases by a ut 5 dynes//cm. It is shown thit the decrease
of the surface tension with increasing concentration is con-
nected with the increase of the capillary activity of the
complex anions. This is also demonstrated by the positive
temperature coefficient -do , of the slags investigated. The
dT
experimental information, however, does not indicate such a
pronounced decrease of a with an increase of the Cr,O 3 content
in the slags, which with glass has been found by I1~ppefi (Ref
It was found in the course of the experiments that the in-
crease of the Cr20 3- content in the slags results in a decrease
of the interface tension (cr 1,2 ) at the boundary between the
slag and the iron crucible. A similar influence of the
chromium upon the variation of the surface tension d should be
Card 2/3 expected to occur at the boundary between the slag and the

Influence of' Chromium Upon the Surface Tension in SOV/163-59-1-3/50
,Nickel-smelt Slags
lining, which forms during the meltinG of oxidizel nicl~el ores
in cupola furnaces. The reduction of the interface tension is
closely connected with the ability of chromium to disperse
among the liquid snelt products. A low interface tension is
an inoonvoniont Phenomenon, an in this cane the appat-ation of
the liquid smelt products booomen more difflault -an,l 010 loolleo
of valuable metals in the slags increase. There are 2 tables
and 8 references, 7 of which are Soviet.
ASSOCIATION: Mosko,-skiy institut tsvetnykh metallo- : zolota (I'oscow Insti-
tute of Non-ferrous Metals and Gold)
SUBMITTED: May 26, 1958
Card 3/3

28(4) SOV/32-25-2-17/78
AUTHORS: Vanyuk~)v, A. V. , U,.tkin NI - Re=ov, Y. A.
TITLE. A High Temperature Laboratory Centrifuge (Vysokotemperatur-
naya laboratornaya tsentrifuga)
PERIODICAL: Zavodskaya Laboratoriya, 1959, Vol 25, Nr 2, p 222 (USSR)
ABSTRACT: A centrifuge has been developed which permits a working
temperature of 14000. As may be seen from the figure (Fig)
the centrifuge head turns in an elcctric stove. It is turned
by a 0.52, kv electric motor. The speed may be adjusted to
500,700 and 900 r,p.m., the speed of the motor being 1400 r-D,m~
At the upper end of the stove there are two openings. The
thermoelements are introduced through one of the openin.-.s,
while nitrogen containing no oxy.-en is supplied throii-h the
other. Molten sla- was centrifuged in the following way: the
slag was molten and then centrifuged. When the ctove -gas
switched off the centrifuge continued operation until the
slag had cooled off and solidified. There is ! fi 'i7ure.
ASSOCIATION: Moskovskiy institut tavetnykh metallov i zolota im. "!, 1, ya-
linina (Moscow Institute of ffon-Ferrous Metals and Cold imeni
M. I. Kalinin)
Card 1/i

S/137/62/000/005/040/150
A006/AlOl
AUTHORS: Vanyukov, A. V., Utkin, N. I.., Malevskly, A. Yu.; Popkov, A. N.
TITLE: Behavior of chromium in processing oxidized nickel ores
PERIODICAL: Roferativnyy zhurnal, Metallurgiya, no. 5, 1962, 22, abstract 50139
("Sb. nauchn. tr. In-t tsvetn. met. im. M. I. Kalinina", 1960,
v9 33, 51 - 66)
TEXT: The authors studied behavior of Cr during melting of oxidized Ni
ores and its effect upon the properties-of slags. There are 24 references.
0. Svodtseva
[Abstracterls notes Complete translation]
Card 1/1

E S
A.S.,
I j T lK I N
ur.
R-7 v, t c!
C. f, I.; !, L

11
2171N, N.T.-, PYZHOV; 8, a.
Recovery oil noble metals from sodium silicate elags. TSvet. wt. 37
no.9136-43 S 164. (MJRA 1817)

U T- K / N "I A-~ j ~I
TAU,'SHKIII, AX.; UTKIII, N.M.; SHIMVICH, N.I., kand.tekhn.nauk, dots.1
GOWBTSOVA, P.. red.; TRUKHAMOVA, A., tekhti.red.
[Handbook of mechanical drawing for engineers and builders] Spravoch-
nik po inzhonerno-stroitellnomu chercheallu. Pod red. II.I.Shinkavicha.
Minsk, GoB. izd-vo BSSR. Red. nauchna-tekhn.lit-r7, 1958. 323 p.
(Mechanical drawing) (HIRA 11:4)

UTKIN, N. N.
Ch, Kostromakays 0b1 Admin of Agr RSFSR
otsialisticheskove Zemledelive, 3 I~br 53)
SO: Summary #665, 31 Oct 55

t/ T /V I N ~ r, 8 t
VASILIYIV, A.V., kandidat tokhnichaskikh nauk; ZAKRAROT, V.P., kandidat
takhalchaskikh nank; UTKIN, O.L., Inzhener.
Nessurament of forces and moments. Yost.mash.35 no.9:16-21 5 '55.
NLRA 9:1)
1.1suelmo-lealedovatellskiy avtotraktorW lustitut.
(Force and anerSy-Measurement) (Xinematics-Measurement)

UTKINJ P. P.
USSR/Hydrology - Instruments, Sep/Oct 48
Hydrological
"Dynamometer for Measuring Water Discharge in
Small Currents (DU-1)," P. F. Utkin
"Meteorol i Gidrol" No 5.t PP 95-99
Describes portable dynamometer Utkin constructed
and tested in the Crimea in 1947. Instrument is
designed to measure water discharge in canals and
small rivers. Decree No 351170 of Bu of Inven-
tionsY State Planning Commission USSR, was issued
30 Apr 47 awarding a Certificate of Authorship.
Submitted 12 Apr 47.
FDD i66r4l
166T41

UTKIN. Nikola -Petrovich. deputat Verkhovnogo Soveta Hordovskoy A=;
MIN, N., red.; CHIZH OV , V., tekhn.red.
[Under now conditions; story of a follower of Valentina
Gaganove] V novykh usloviiakh-, rasakes posledovatelia Valentiny,
Gaganovoi. Sarenek, Mordovskoe knizhnoe izd-vo, 1.960* 42 p.
(minA 14:2)
(for Utkin).
1. Predsedatell kolkhoza 'Pobeda* Ard8tovskogo rayona
(Kordovia--Collective farms)

ZILIGAR, Naus Borisovich; VIM=, Semen IoNifovich; UTM, R.T., redaktor;
quAl DIN&, A.A., takhniobaskiy rodaktor.
Cftd&mntslg of & Wory of taisgrapbj Oswvy tooril tsloaafnvkh
=khaldsmgm. Koskva, Goosenerg.isd-vo. 19559 284 V. [Klcrofl.Q-
(yelograpb) (MM 0:5)

ZYRYANOV, Ye.G.; OSIPOV, Yu.A.; PIYANKOV, A.P.; S.A.
Dust collecting equipwnt for use in rock drilling in the
Kizal Basin. Nauch. trudy Perm NIUI no. 43146-155 162.
(KIRA 17:6)
I ,
I
q. -9- - j, 11
i5l A
.,U*

"-ry I:"
k i n C t T
ex, crlrnci~,, Ilk I 'Y
].o c,%, S3 tnkL
'0
Automobile Y
16Y 3, 19L5
BR-52-)59919

81519
L100o SOV/137-59-5-1087'L
Translation fromi Reforativnyy zhurnal, Metallurglya, 1959, Nr 5, P 204 (Uj.'flij
AUTHOR- Utkin, S.Ye.
---------- ~ ( 3 A
xb % V
TITLE: Surface Alloying of Castings With Tellurium and Other Elements
PERIODICAL. Tekhnol. avtomobilestroyeniya, 1958, Nr 5, pp 39 - 46
ABSTRACT. To improve the working capacity of surface layers in castings it
is necessary that the initial crystallization processes of the
alloy in the mold be satisfactory, in order to obtain a compact
metal without friableness and pores- At the Gor'kly Automobile
Plant studies and practical Investigations an surface alloying
were carried out, The method of surface alloying of castlngz~
consists in the application of a paint layer on the chosen sur-
faces of molds or cores prior to casting; the paint contains
alloying elements saturating the surface of the casting to be
alloyed during crystallization. Tellurium and other paints were
tested. It was established that Te was the strongest carbide
forming element. The effect of Te and S"n the mechanical pro-
Card 1/2 oerties of gray Iron I ere investigated,- It was revealed that a

81539
SOVII 37-59-5 - 10871
Surface Alloying of Castings With Tellurium and Other Elements
0.01% Te content must be considered as a critical amount for strengthening the
cast 1r'on, since a higher Te amount causes formation of cementite. Amounts up
to 0.01% Sb did not affect noticeably the cast iron structure. But already at.
a 0.1% content and more the mechanical properties were sharply Impa red. Te
used in Te-paints is an intensive activator of the crystallizationt-
process,
Experiments[this word was left out in the text] provided positive results so
that it was possible to ch;uige over to large-scale use of anti-pore paint In
block casting. Surface alloying, which can be performed without Investment
for any type of foundr-j practice, provides an Increase in the wear resistance,
hardness and compactness of the castings, There are 20 bibliographical titles.
A,3.
Card 2/2

LIT KIL~;,,! 6- . Ye (;a ~-d Tech ~3ci
surface c..j' c a z~
t r a t i- o n s r. 11 Z~3
Gor'ki,,; Folytechide 7n- anov) 0
price not viven; (K-L', 21-L0, 1.26)

C.7
re ort .r(-:7,orAf-el a' V.c 'Itl, P C~r p
'cl
ar, d U - e Castin,--, s-c-sorl!d ! r, 7 r
r 7

UTKINJ, V. (Riga)
Importance of vounding and angiocardlography in diagnostics of con-
genital heart diseases. Vestis Latv ak no.2:165-170 t61.
(EM 10:9)
1. Akademiya nauk Latviyakoy SSR, Inatitut eksperimental2noy, i
klinicheskoy meditsiny.
(HEART) (CARDIOGRAPHY)

UTXIN, V., inzhoner-polkovnik; SVECHNIKOV, A., inzhener-polkovnik
.......... ':
Maintenance day. Voen. vest. 43 no.6:82-85 Je '63. OURA 16:6)
(Tanks (Military science)--Maintenance and repair)

L o5o47-67 EWT
AC-C--N-Ri----ff6O27923 SOURCE CODE: UR/oooo/66/000/000/0074/0087
iAUTHOR: Germogenova, T. A.; Suvorov, A. P.; Utkin, V. A.
...............I.....
ORG: None
TITLE: Angular energy spectra for fast neutrons behind iron shieldi
SOURCE: Voprosy fiziki zashchity reaktorov (Problems in physics of reac shielding);j
sbornik statey, no. 2. Moscow, Atomizdat, 1966, 74-87 1
C TAGS: fast neutron, radiation shielding, angular distribution, neutron distri
9 neutron spectrum
ABSTRACT: The authors give some results from calculations of the energy and angular
distributions of fast neutrons behi-d flat iron plates of various thickness. In find-
ing the differential intensity of -. stream of neutrons F(x, v, ~q E) of energy E at a
depth x in the direction 9 detemAned by the angles G=cos p (with the x-axis) and
(azimuth), the kinetic equation
M 2JV
2-' + E) F (x, E) d9l'; dEIL (El - E, 91g) F (x. El
ax A
was used together with boundary conditions describing the angular and energy distribu-

ACC NRs
0
tion of a plane-parallel radiation beam incident on the surface X=O of the plate. A
program for calculating one-dimensional shielding wati used for computing the Intensity
of scattered radiation O(x, P, 0, E) in the 2P7-th multigroup approximation. The main
purpose of the calculations was to determine the angular energy distribution of inten-
sity of scattered radiation as a function of spectral and angular characteristics of
plane monochromatic sources for various shielding thicknesses. Basically, the distri-
bution of fast neutrons from two sources was st,~died: T(d,n)He4 and D(d,n)He3. The
first source may be considered nearly monochromatic while it is necessary in the secon
to consider the effect of energy and angle on the intensity of the emitted neutrons.
Errors are analyzed. Orig. art. has: 14 figures,-1 table, 3 formulas.
CODE;11,2*,121 suBm DATE: 12jan66/ ORIG REF: oo5/ oTH REF: oo4

1, 05',)52-6"! uvn (in) j P /a, D
j ACC NRs AT6027918
SOURCE CODE: UR/0000/66/000/000/0022/0039
AUTHOR: Germogenova, T. A.; Suvorov, A. P.; Utkin, V. A.
IORG:
None
onl 1hrough plane-parallel multilayer media
TITLE: Penetration of neutr s
SOURCE: Voprosy fiziki zashchity reaktorov (Problems in physics of reactor shielding);
!sbornik statey, no. 2. Moscow, Atomizdat, 1966, 22-39
!TOPIC TAGS: neutron radiation, finite differenee, computer programming, radiation
1EWD,,197-1,0AJ 11vr,.i54S1r1V
;shielding
iABSTRACT: A finite-difference method is proposed for a numerical solution of a one-
dimensional kinetic equation describing the penetration of radiation through a ma-
terial. in terms of complex functions of energy, angles and spatial coordinates. This
method is based on the multigroup system of analysis and gives high accuracy while
requiring a comparatively small amount of machine time. In solving the finite-differ- 1
ience system, the coefficients of transmission and reflection are calculated for a se-
lquence of layers increasing in thickness and these coefficients are then used for
,finding the approximate values of radiation Intensity. This MeLhOd ia 110t, Its llen5l-
itive as iteration methods to an increase in the dimensions of the system or to steep
1gradients in the coefficients. The method is used for analyzing the passage of radi-

L ID-',052-6'T
ACC NR: AT60279A
ation through a plane-parallel shield consisting of several layers. The prapored
method for solving a multigroup system of equations is used as, the basis for compila-
tion of programs for calculating the characteristics of one-dimensional shielding.
These programs were compiled by L. P. Bass and V. A. Utkin. Graphs are given showing
the results of calculations for angular distribution of transmitted and reflected
radiation, spatial distribution of neutron flux, the fast neutron spectrum for radia-
tion from an isotropic source and the change in angular distribution with distance
in a medium consisting of hydrogen nuclei for radiation from a plane isotropic source.
The authors are deeply grateful to L. P. Bass who was the author of a portion of the
F-bxam for calculating one-aimensional shielding,and gave tremendous assistance in
carrying out the calculations. The authors also thank N. F. Golova and G. E. __
IRishina whP helped with the basic calculations. Orig. art. has: 5 figures, 38 formu-
CODE: 18/ SUBM DATE: 12Jan66/ ORIG REF: o18/ OTH REF: 008

UTKINO V.I.
Concretes made with glass-containing slag as a filler. Iz-r.
Mold. fil. AN SSSR no.6:84-91 161 (MIRA 17:7)

T
11 0505(,-67 9~r~n). -Jvt~
Att_K9'_fi602792O SOURCE CODE: uR/ooOO/66/O00/Q0O/OO57/oo66
AUTHOR: GermoEen,va, T. A.i Suvorov, A. F.- Uzkin, V. A.; Bass, L. P.
ORG: None
TITLE: Neutron transfer in nonmultiplying systems with spherical symmetry
SOURCE: Voprosy fiziki iiashchity reaktorov (Probler s in physics of reactor e_u_
I _ - _WU
i ing); sbornik statey, no. 2. Moscow, Atomizdat, 196!', 57-66
J.TOPIC TAGS: neutron radiation, radiation source, scattering cross section
ABSTRACT: The literature on methods for solution of radiation transfer problems is !
briefly reviewed and the problem of an isotropic point source is considered. Since
the problem of an isotropic point source in an infinite medium has been studied in
more detail in transfer theory than the case of a bounded medium, the solutions for
these problems are compared on the basis of the one-velocity model with isotropic
scattering for spheres with finite and infinite radii. A comparison of formulas de-
scribing the asymptotic behavior of the density of' a finite sphere with a large radiusl
Shows that the results of calculations of the density of scattered radiation from a
point source in an infinite homogeneous medium may be directly Used for deterrainlng
the density only when absorption is less than I everywhere except in the region ad-
jacent to the boundary r=R. Orig. art. has: 6 figures, 9 formulas.
SUB CODE: 20, 18/ SUBM DATE: 12Jan66/ ORIG REF: 007/ OTH REF: 002

GMSKOT, Vladimir Alekseyevich; FUSHUN, P.S.. kandidat takhnichookikh nauk,
retseizent;PWAK, T.P.. kanUdat takhnicheskikh nauk, reteenzent;
,A, retsenvent; PlMffAN93XOV. M.N., redaktor; KgDfB=, L.U.,
UMI, V.A
f9-12fftW79ikty redaktor
[Labor - emout and production norms In the glass industr7l Organize.-
tsita truds, I takhnichaskoe normiroyanie v stakollnom protavodetva.
Kooky&, Go*. nauchno-takha, izd-vo ministerstva prov7shlonnykh toverow
shlrok o potrableniia SSSR, 1954. 354 p. [Kicrofilml (KLU 8:2)
offtass "nufaoturs) (rndustrial management)

KAPITAIJOVSKIYP L.N.; UTKIN, V.G. , atarshiy irlzh.
ER10 electric train. Elekt.i tepl. tiaga 5 no.10:24-26 0 161.
(MIRA 14: 10)
1. Nachallnik eksperimentallno-konstruktorskogo byuro Rizhskogo
vagonontroitellnogo zavoda (for Kapitanovskly). 2. Proyektnyy
otdel Rizhakogo vagonostroitellnogo zavoda (for Utkin).
(Railroad motorcars)

UTKINt V.I. (Hookva)
Compensation of forced motion components in sYstems with vari&Ue
structure. Izv. M SSSR. Tekh. kib. no.4tl69-173 Jl-Ag 165.
(MIRA 1811l)

L V478-66 FdJT(d)/EFF'n)-2/&iP(v)/&IP(k)/YdP(h)/94P(l) IJP(c) 1410C
ACCESSION NR: AP5021860 UR/0280/65/000/004/0169/0173
AUTHOR: Min, V. I. (hoscow)
,TITLE: The compensation of the forced motion component in systems with variable
structure
:SOURCE: AN SSSR. Izvestiya. Tekhnicheskaya kibernetika, no. 4, 1965, 169-173
TOPIC TAGS: automatic control system, linear auto-atic control system, automatic
:control desfgn
~ABSTRACT: An automatic control system with variable structure for the control of
objects whose output coordinate must reproduce a given interaction with an
accuracy up to the damped transient is investigated for the case when the object is:'
.atfected by perturbing forces. It is shown that the problem of the control can be
solved by means of switching circuits located within the channels of the main and
local feedbacks following a specified logical rule. This can be achieved'without
the need for measurJng any of the coordinAtes of the control object or of the
;applied perturbations. Orig. art. has: 25 formulas and 1 figure.
'ASSOCIATION: None
Card 1/2