SCIENTIFIC ABSTRACT MUSHINSKIY, V. P. - MUSHKETIK, L. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135720005-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

85160
S/139/60/000/005/007/031
B073/9135
Electric Conductivity and Optical Absorption of Thin Layers of
the System Al-Te
concentrations of the initial materials is near to 2:3. In
other sections the concentration of one or the other of the
components predominates. At higher bass temperatures the
possibility of formation Of A12TG3 molecules exists also on
adjacent sections and therefore the resistance will increase.
It was found that structural changes will occur for a long time
after the evaporation is terminated, and for that reason it is
difficult to get reproducible results. The optical absorption
of Al-Te layers of variable compositlan.maxsWied by photoelectric
methods, by means of a.monochromator, on the same specimens as
the electric properties. For determining stoichiometric
composition of the Al2Te3 compound deposited on a glass base,
the authors investigated the transparency T and the reflection R
of the light from the layer. Both the transparency and the
reflection were measured at 6000, 7600 and 9000 1. It was found
that the boundary of the main absorption for Al2Te3 compounds is
at about 9000 1, which corresponds to the width of the barred zone,
Card 3/)+

8516o
S/139/60/000/005/007/031
B073/3135
Electric Conductivity and Optical Absorption of Thin Layers of
the System Al-Te
equalling 1.25-1-35 eV, and corresponds satisfactorily with the
value OR determined on the basis of the temperature dependence
of the specific electric conductivity.
There are 9 figures and 11 references: 9 Soviet, 1 German and
1 English.
ASSOCIATION: Kishinevskiy gosudarstvennyy universitet
(Kishinev State University) 'JK
SUBMITTED: September 29, 1959
Card 1+/)+

1143, //-5,T)
Mush insk I V
88053
s/lIw60/000/006/020/032
E032/@,414
TITLE Some Electrical and Optical Propertie!LA of In-Se
Alloys of Variable Composition
PERIoDICAL Izvestiya vysshikh uchebnykh zavedeniy, Fizika.
1960, No,6@ pp 130-114
TEXT The aim of the present work was to develop techniques of
preparation of thin films af alloys having a variable
t.omposition along their length and to study their electrical
Lonductivity and refLecting power, The In--Se alloys were
obta.-ncd by evaporation onto a glass base, using the method
descr-.-bed by Vekshinskly (Ref,6) The evaporation was carried
out in a glass envelope at a residual pressure of not more than
10:5 mm Hg Tungsten evaporators were sef up at a distance of
@ :m from each other and 5 cm from the glass base on which the
vapour was condensed. The temperature of the evaporators was
determj-npd from the melting points of various metals placed in
.ontai, with them. The glass targets were 90 x 18 x 1 5 mm
in 911.1f, They were washed in chromic acid, concentrated nitrtc
Card 1/6

880-13
s/i3g/6o/000/006/020/032
E032/E414
@,)me Electrical and Optical Properties of In-Se Alloys of
Variab't- Compo@tition
acid and then Ln alcohol and, ftnally, in distilled water
EAch glass target wa.; outgaAsed in a vacuum at a temperature of
@OO'C for I to 2 hours It was then subjected to Lon
b4.mba-dmo@nt in a high-voltage discharge The temperature of ?h@
g!ass target was controlled by a copper constantan thermocoupl-
.nd 'tic- :ondensation of the vapour was carri-d out at variou@.
the range 20 *rj 350"C Pure indium and treblv
--mp@raturt_-, in
distilled @Plenium wf-re used _s the initial materials ImpurtLy
.@.on(_ent rat Lon --; were less than 0 011/6- To begin with, indium and
ielen;i?m d.,:poSits were producd separately in order to determin,
@he 1A,.tributzoa cf the condc-n-,atc over the target F rom i
iLnowli-Ige tit' this d-Astribution, it wai possible to determine rt.-
ct)n(ltl)on.z@ tindr-r which the 4imultaneou:i es,aporation of indium -nd
@-?ler-um should be carried out These w(-re fhosen so that th.
required In Se alloy@i were formed roughly in thc7 middle of thr
targt.- The vapour was ccndensed on the glass targe@ formirz at,
-illay whi,@h, owing to the cliozien geometrical conditions. had
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88o53
9/139/60/000/006/020/032
9032/9414
Some Electrical and Optical Proportion of In-So Alloys of
0 Variable Composition
In not less than 300*C, Below this temperature only a single
compound is obtained. Acknowledgment* are made to M.L.Kattsov,
student of Kishinev State University, for his assistance. There
are 6 figures and 12 references: 8 Soviet and 4 non-Soviet.
ASSOCIATION: Kishinevskiy gosudarstvennyy universitet
(Kishinev State University)
SUBMITTED: June 29, 1959
Card 5/6

8805,3
S/139/6o/oco/oo6/020/032
LP032/z4jL4
Some 19loctrical and Optical Properties of In-So Alloys of
Variable Composition
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Fig.6.

MUSHINSKIY, V.P.
optical properties of thin film Of Im2S830' IST- V73-
ucheb. zav.; fis. no.5:29-33 162. (KERA 15:12)
1. Kishinevoidy gosudarstvennyy universitet.
(Indim selenide-Optical @ropertiea)

; socic properties of films of the system gallium-tellurium. V. 1.
Gram.tskiy, K.-Pr
-N*h _A J10 minutes).
I
Report presented at the 3rd National Conference on Semiconductor Compounds$
Kishinev, 16-21 Sept 1963

C rd 2/2

MLTSHINS,K,I.Y,,, V.P.; GUMTSKIY, V.I.; MANUSHEVICH, G.N.
Optical and photoelectric properties of thin Ga2Te3 films-
Izv.vys.ucheb.zav.; fiz. no.3sl72-178 163. (MIRA 16:12)
1. Kishenevskiy gosudaretvennyy universitet.

GRX-IAT!:Mv V.I,g =-IllllSMp VwPo
t'
San o2actric propertlas of thin 2aym of tho Gr. - To
myotera. Uclizap.KUh.un. C9x38-40 2(4. (MIJU l8tl2)

41.1-IRIMAR, V.P.; MUSHINSKAYA, K.M.; GRA61TS.KlY, V.I.
2r" -
Optim). absorption in thin film of the qys-tam Ga le Ga 3, e,
Uah, zap, "1h. un. 75,35-38 164, (AIRA 114 t L,)

GR,94ATSKIY, V.I.; MUSIllil",Kly, V.11".
Soma elect-r"o ard prupertle8 -f @r7stals
of the systam @li -- Te. Jzv. AN I-"S,--.R. Ser. flz@ 28 no,0.10r-
1079 Je '64. (MIRA 170)

P,l - ACC- Ngz;,, kl
W-d
none

1 4"
AC -
I
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IV-7
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L 37c,7-66 EWT(m)/EWP(t)/ET! IJP(c) RDd/JD/JG
ACC NR. AR6o!6179 SOURCE CODEt iW668W65/OMM/02 B&@/@
AUTHOR: Mushinskiy, V. P.; Mushinskaya, K. M.; Gramatskiyo V. I.
TITLE: Optical absorption in thin layers of the Ga2T83-Ga2SG3 system
SOURCEj Ref. zh. Khimiya, Abe. 23B532
Rff SOURCEt Uch. zap. Kishinevsk. un-t v. 75, 1964, 35-38
TOPIC TAGSi germanium, germanium based alloy, tellurium containing alloy, selenium
containing alloy, absorption spectrum
ABSTRACT: Absorption spectra of thin alloy layers of the Ga Ta -Ga2""3 systera
2 -@'3
obtained by evaporation in vacuum of large fused crystals were studied. Condensed
layers of over 3K thick were c&lcinated in vacuum. The energy of Ec photons corre-
sponding to the boundary of absorption were calculated. A E. changes lineary, with the
composition change from 0 to 75 mol% of Ga So . The relationship obtained between
the activation energy and the composition ?;@?catas that the layera are eD@id
tions. L. Trofimova.
SUB CODE: 11, 20/ SUBM DATES none
Card

ACC NRi AR7000874 SOURCE CODE: UR/0058/66/000/009/EO77/EO78
AUTHOR: Mushinskiy, V. P. ; Gramatskiy, V. I.
TITLE: Summary of the investigation of optical and photoelectric properties of
some AIII - -BVI type systems
SOURCE: Ref. zh. Fizika, Abs. 9E630
REF SOURCE: Uch. zap. Kiehinevsk. un-t, v. 80, 1965, 90-102
TOPIC TAGS: optic property, photoelectric property, crystal lattice parameter,
aluminum selenide, indium selenide, gallium telluride
ABSTRACT: A brief description is presented of the main results of an investiga-
tion of AIII--BVI systems usually producing A2 111133VI compounds most of which
crystallize with the formation of zinc blende type lattice. Tn analysis was made of:
the electrical, galvanomagnetie, 1hermoelec1ric and particularly optical and
photoelectric properties of such systems as Al-Se, In-Se, Ga-Te and the
corresponding A12Se3, In2Se3, Ga2Te3 and GaTe compounds. The main parameters
of these compounds were determined. Considerable emphasis was placed on the
Card 1 / 2

ACC NR, AR7000874
III vi
study of solid solutions based on binary compounds A2 B3 :such as
Ga 2Te3-Ga 2Se3 , Ga.Te3 -1n2TeV Ga2Te 3-Ga2S3 and others. F. Nad'.
(Translation of abstract]
SUB CODE: 20/
(AM]
Lcara 2/2

ACCESSION MR: AP4041381 B/lDO48/64/028/006/iO77/1079
AMOR: Gramatskiy, V.I.; *uixhinskly.#@V.P-
TITLE: Some electric and photoelectric properties of Ga-Te system single crystals
ffeport, Th i rd Cmf erence an Semiconductor Compounds hold In Kishinev 16-21 Sep 1961
SOME: AN SGS3. Isvestlya. S*rIys flzlcheskaya@, v.26, no-6, 1964, 1077-1079
TOPIC TAGS: semiconductor, electric conductivity. Hall effect, photoconductivity,
thermal emfo callium.compound, tellurium compounde
ABSTRACTiDespite Its titles this paper Is concerned only with the two compounds,
GaTe and Ga2TO3, single crystals of which were Investigated. Ga2Te3 was found to
have the Zn-S type structure and GaTe to have a amoclinic lattice. The conductivity
and thermal eaf were measured over the temperature range from -183 to 3500c. Highor@,
itemperatures could not be employed because the specimens began to decompose. The
Hall coefficient was measured from L-183 to 200C. The ph;toconductivlty spectral
distribution was determined at room temperature. The results are pro*onted graphl-
cilly. The temperature depsudence of the measured quantities was very similar for
the two materials but the conductivities and Hall coefficients dIffered consider-

@ACCESSIOK NR: AP4041381
!ably in magnitude. GaTe had the larger conductivity and the smaller Hall coeffici-
ent by factors 106 and 103, respectively. Conductivity measurements were performed
'both in evacuated glass tubes and in air. The results differed greatly-in the impu-,
rity conduction region but came into agreement when intrinsic conduction set in at
@;OOOC. The therval eaf was almost independent of temperature below 2000C (approxi-
mately one millivolt per degree for both materials), and decreased rapidly with in-:
creasing temperature at higher temperatures. The Hall coefficient and the carrier
imobility decreased and the carrier concentration increased with increasing tempera-i
;ture over the range Investigated*, which lay entirely within the impurity conduction';
ion. The energy gap w" 1.66 OV for GaTe and 1.56 eV for G&2Te3- The. maximum
r
eg
photoconductivity of GaTW and Ga2TG3 occurred at 710 and 760 millImicrons, respec-
itively; these figures arp In agreement with those found for polycrys"lline nateri-I
!'als by K.A.Goryunava ot"al (Zh.T*khn.f1s.25,l0.l065).' Orig.art.bas: 6 figures. I
F"
'IMOCIAVOK.- now
i SIMITM 00 RPM: 00 i
;sun C=1 88,10 NR RXF SOVs 002 UMR1, OW
CArd - 2/2

MUSHII I ITT.Ya.Yst., professor
I
Black fungus of birch. Priroda 44 no.8:110-111 Ag '55. (NIB^ 8:10)
1. Meditsinskayn skademiya T Lodzi
(Birch-Dimenses and posts) (Fungi, Pnthogenic)

Xj 5 /1 i /1/ 5 @ /'Y X11 //@
USSR/Cultivated Plants Medicinal and Essential-Oil L-8
Bearing, Poisonous.
Abs Jour : Ref Zhur - Biologiya, No 16, 25 Aug 195-1, 691437
Author : Mushinskiy, Ya.Ya.
Inst
Title Clubmoss Alkaloids.
Orig Pub Aptech. delo, 1956, 5, No 4, 22-25
Abst The presence of silkaloids (A) has been established for
all European and most North American species of EE22-11-
Lium plant. A are found only in vegetative plant organs;
the spores do not contain them. Clubmass A are highly
variable, but none of their structural forms have been
established. From Lycopodium selago and L. innudatum a
flavone quercetin glucoside was isolated. The pharmaco-
logical studies proved the high toxicity of selagin. Se-
lagin depresses the intraocular pressure and causes a
narrowing of the pupil; it therefore may serve as a
Card 1/2

HESHMAY, H.D.; MUSHINSKIY, Ye.D.; TIKHUIIROVA. N.I.
Treatment of trichocephalissis by diathermy. Ned.paraz. I parsz.
bol. 27 no.1:111 Ja-Y 158. (MIRA 11:4)
1. Iz parazitologicheskogo otdola Simferopollskoy gorodskoy sanitarno-
epidentologichaskoy stantaii.
(NWATODA) (DIATEQW)

YUSHITSO N. P.
Dissertations "Real Primitive Lie GroupBo" Cand Piwa-Math Sci Kazan' State U,
Kazan'j, 1954. (Referativirwy Zhurnal-Matmatilca, MoBcow, Aug it)
SO, SUM 3939 28 Fab 1955

.-,. 1A.
PANUM, A.T.: KUSHIT. R.Y
- - !Is,,
Yffect of the acidity of the Initial solution on the photostability
of load chromate. Zhur.prIkl.khIm. 30 noo4:636-639 Ap '57.
(NM 10: 7)
1. Laboratorlya fisichookoy Wall Chernovitakogo univeratteta.
(Lead chromate)

L 3 -3305-65
r
,M-ION @_NR -0500$10

ed -o argon of the@vame
lie
Ilum as com
-par
-heat pupacity,e
r sults in higher flegmatiza_'@
tion. Ori@* axtA
UTION t - none
SMUTM:
__ENGM -
-Oj._-
GODE t
'NO RU --SOV
OTM
000

-,-Card 2/9

WSHIT, R.Ta.; PAWILOV. A.V.
Photoreduction nf methylene blue on titanium dioxide. Ukr. kbim.
zhur. ?4 no.4:462-466 158. (KRA 11:10)
1. Chernovitskiy universitet. laboratorlya fizicheskoy khimii.
(Photochemistr7) (Methylene blu")

PAIMIOV, A.V.; IVSHIT, R.Ta.; MAZURK9VICH, Ta.S.
Phntocatalytic activity of zinc oxide. UL-r.khim.zhur. 24 no-5:599-601
1 58. (MIRA 12:1)
1. Chernovitskiy universitet. laboratoriya fisicheskoy khtmii.
(Zinc oxide) (Catalysts)

MUSHrf, R. Ya. Cand Chem Sci -- (diss) " Study of the photosensiti zing capacity
of Zino oxide and titanium dioxide." Chernovtsy, 1969. 17 pp (Min of Higher
a.nd Secondary Specialized Education UkSSR, Chernov-tsy State Univ),
150 copies (KL, 45-59, 143)
-14-

5/07 62/028/005/003/005
1003YI203
AUMORS: ramfilov, A.V., Mushiy, R.Ya., and Mazurkovich U.S.
TITIZ i Mho photocatalytic activity of anatase and of rutile
FZRIODICAL: Ukrainskiy khirricheskiy zhurnal,v.)&,noSl962, 589-594
WT: There are indications in the literature that the crystal atructure
of titanium dioxide is the factor which determines its activity as an accolerator
in the process of decomposition of orgaric coatings. It was found that the
photoelectric activity of rutile prepared by the hydrolysis of titanium tetra-
chloride is considerably higher than that of rutile obtained by heating anataoe
at high temperatures. The activity of rutile ob-ta@ned by the hydrolysis of
TiC14 is almost the same as that of anatase obtained by precipitation with
a onia from a solution of TiC14' Very small admixtures of heavy metals intreaso
the activity of T102 but large amounts (above 0.1@.) decrease it. Thero in a
,strict relationship between the photocatalytic activity of TiO and ZnO and their
electric and photoelectric proper-ties. There are 2 figures ani 4 tables.
Card 1/2

or
S
A 62/028/005/003/005
1007Y 2
The photocatalytic ... 3 1 03
ASSOGIATIONt Chornovitakiy gosudaruievennyy universitot (Ciernowitz Stato
Univeraity)
SUMITTED. February 21, 1961
Card 2/2

0
._M�HIY, R.Ya,; MOSHKOVICH, F.B.; PECHENEZESKAYA, V.N.; P POVA, V.P.;
MOGILEVSKAYA, L.N.
Explosive decomposition of diacetylene and its mixtures. Hkim.
prom. no.2:109-111 F 163. (K= 16:7)
(Batad iyne) (Explosions)

BONDARI, A.M.; KUSHIY, R. Ya.; KOSTYUK, V.N.; MOSHKOVICH, F.F.
Studying the conditions of the orplosive decomposition of allene.
Khim. prom. 41 no* 12:923-924 D 165. NTRA 191l)

KIPRIANOV,p A. I.; NUSHKAIO I. L.
Polybonsothin olyls. Zhur. ob. khim. 32 no-1224"O-4047
D 162, (MDA 16 @ 1)
1. Institut organichaskay khimii AN Ukratnakoy S-SR.
(Benzothianole) (Polywrization)

Pill,
.yholne .1yea wl tti tiw .-cnjij ate O@r mcphon-,
r g, ir., n o 7 4,'.-.. 50 Ap 165,
@.y.4r; i ne @.-s wi @h u, -At v
b.@ al
a.- kII

NUSMEALO, L.1
Condensation of o-mlnothlophanols with unsaturated ketones and
@ -halokstones. Ukr.khlm.shur. 19 no.2:193-200 153. MRA 7:4)
1. Klyevskly gasudaretvannyy univervitst in. T.G.Shevcbsnkc. kafedra
organichmakoy khlmll.
(Thlophenol) (lotones) (Condeneation products (Chealstry))

KIPRIANOV. A.I.; BABICHMV. F.S.; MUSHKALO, L.K.; KCHIMOK, v.Ya.; pxL1KjS,p.S.
[Outline history of organic chemistry at Kiev Universit7j Ocherki po
istoril organichookoi khinii v Kievskom universitate. Pod red. A.I.
Kiprianova. LKIev] Izd-vo Kievskogo gos. univ. im. T.G.Shevchanko.
1954. 130 P. (NLRA 9:8)
(Chemistry, Organic) (Kiev University)

KUSNAM, L.K.; FXDOROVA, I.P.
Synthesis of tetrahydrobanzhepta-1.5-thiazine. Ukr.khtm.zhur.
20 no-3:305-307 154. (MLRA 7-8)
1. Kiyevskiy goaudarstvenny7 univeraitat im. T.G.Shavchenks.
(Thiazins)

EMALO. L.X.; L&NOVATA, Z.1.
Condensation of unsaturated carbonyl compounds wAg-halo ketones
with P-amInoethyluercaptans. Ukr.khts.zhur. 21 no.5:6jl-635 '55.
(NLBA 90)
T.G. Sh6chanko.
1. Klyevskiy gosudarstvennyy univereltet insIni
lafedra organichookoy khimii.
(Carbonyl compounds) (Ketones) (Thiols)

,1-'L@FXALO. i . E.
MUSHKkLO, L.K.: "The conddnsation of unsatureted carboxylic compounds
with 1,2-amihomereaptans, 1,2-diamines, and thiosmides of car-
boxylic acids." Min Higher Education Ukrainian SSF. Kiev Stqte
U imeni T. G. Shevchenko. Kiev, 1956 (DISSERTAITON For the Degree of
ootor in Chemical 'dencen)
So: Knizhnaya letoDis', No 24, 1956

Name: MUSHKALO, Luka Korneyevich
Dissertation: Condensation of unaltered carbonyl
compounds with 1.2-animo-mercaptens,
1.2-diajhines and triamines of car-
bonaceous acids
Degree: Doc Chem Sci
Affiliation: Z-not Indicateg
Defense Date, Place: 15 Oct 56, Council of Kiev State U
imeni Shevchenko
Certification Date: 6 Jul 57-
Source: T3Mvo 18/57
10

Letter to the editor. Zhur.ob.khim. 26 no.6:1"-1809 Je 156.
(MIRk 11: 1)
l.Kiyevskiy gosudaretvann77 universitat.
(Thiazole)

KUSHKAW. L.
Condensation of aromatic o-diamines with unsaturated ketones.
laukesapo4tvanno 16 no.15:133-145 157. (MIRA 11: 11)
(Anines) (Xetones) (Condensation products (Chemistry))

WSHKAW, L.K.
Condensation of o-aminophenylmercaptans with allyl bromide. Ulcr.
khim. zhur. 23 no.5:642-645 157. (MLRA 10:11)
1. Kiyevskiy gosudaretvennyy universitet im. T.G. Shevchenko, kafedra
organicheekoy khimii.
(Condensation products (Chemistry)l (Thiols) (Propens)

AUTHOR: Mushkalo, L. 79-11-56/56
TITLE: Letter to the Editor (Pis1mo v redaktsiyu),
PERIODICkL: Zhurnal Obshchey Khimii, 1957, Vol. 27, Nr 11,
PP. '/176-3176 (USSR)
ABSTRACT: In their answer to the author's letter in this periodical
B. M. Mikhaylov and I. K. Platov admit that they did not
know the paper on the synthesis of aminothiazoles. They,
however, doubted the existence of 4-methyl-2-dimethyl-
aminoethylthiazole synthesized by him by pointing out the
deviations of the melting points of the picrates and
iodomethylates of this base as well as the absence of an
analysis. The author answered that he synthesized the amines
of thiazole, benzthiazole and a-naphthothiazole according to
h1annich. Mikhaylov's remark that Mannich's reaction with
2,4-dimethylazole only takes place in the presence of
hydrochloric acid aad that they only under these conditions
succeeded in obtaining the corresponding azoles seems
peculiar to the author. The picrate of 4-methyl-2-
dimethylaminoethylazole of the melting point 157-1680C
:)roduced by him proved to be a dipicrate of the formula
Card 1/2 C2oH2oNa Si* The author gives the data of analysis of this

V S /-/ K,t 1-
AUTHOR: Mushkalo, L. K. 79-2.,1@o/DL
TITLE: Condensation of o - Ami-nothiophenols With Unsaturated Ketones and
P - Ketone Halides. Il. (Kondensatsiya a - aminotiofenolov s nenasysh=
chennymi ketonami i p - galoidketonami. II.).
PERIODICAL; Zhurnal Obshchey Khimii, 1958, Vol. 28, Nr 2, pp. 507-512 (USSR).
ABSTRACT: As has been communicated already derivatives of the dihydr3benzoheptaa
1,5 - thiazine are formed on the occasion of the condensation of o -
aminothiophenols with mesityl oxide and also with methyl-p-bromoiso=
butylketone. New heptathiazine syntheses are described and some ob=
servations are mentioned., e. g.: The condensation of asnLnothi-is ta-
kes place easiest with nesityl oxide; the nitro group In posirion 5
of the aminothiophenol renders difficult the condensation reaction;
the yield of the heptathiazines increases if P - ketone halides In=
stead of unsaturated ketonee are used for condensati-on vritb amino=
thiols (riitroaminothiophenol condensations); in the case of 11--gubsti=
tuted o - aminothiophenols condensation also occurs easiesu with me=
'tyl oxide; the nature of the radical at the nitrogen atom of the
s
t 0
aminothiol. considerably influences the yield of condersition products.
Quarternary, glassy salts melting in the air are obtained which are
Card 1/2 favourable for the production of cyanine dyes. The new lld.-Lvatives

Con&-nsation of o - Aminothiopheriols With Unsaturated Yetones
and Ketone Halides. II.
of dihydrobenzohepta-1,5-thiazine obtained are: 2@4-d@ffiethyl-2,2,
4-trimethyl-8-nitro-, 2,4-dimethyl-9-r 4 2,4,5-trimethyl-, 2,4-
dime thyl-5-ethyl-, 4,5-dimethyl-, 4-methyl-5-ethyl- and 4-,---thyl-@,-
phen,yl-kii,liydrobenzohepta-1,5-tliiazi.,ie as well as one ari,ine, the 2,2,
h-trimethyl-9-aininohydroben7,ohept,a-.1,5-thiii-,ine. The qiiarternary
salts of dihydrc-benzohepta-3.,5-thiazi-ne arer. methyl pe-ret.1-irate 2,L-
dimethyl., ethylpoerchlorate 2,4-dLnethyl-, methylperchlorate 4--methyls
ethylperch-icrate L-ziethyl-, and phenylperchlorate of the It-riethyldi=
hydro-ber.7,ohepta-15-thiazine. The specific data as well as the method
of preparation are given.
There is 1 Slavin reference.
ASSOCIATION: Kiyev Stats Univers-ity (Kiye,-iskiy gusudarstuvennyy universAet,).
SUBMITTED.- January 28, 1957.
AVAILABLE: Library of Gongre-9.9.
Card 2/2

AUTHOR- Mughkalo, L. K.
TITLE% The Condensation of :.,-,4A-jotni,,pheno1e 11"7i-h Ha In
k e t o nee (K o nd P ns a t s , ya o - am i n o-. o f en o"i -, @,r -1 @- a -1 o 4 d k
tonami) III The Synthesis of the @,uaternary Sai,@6
Within the Series of Dihyd-obenzo -11ppta ' 1@ Th--az--ne
(Sintez soltey -.- ryadu d1,--.dr(:benz,ger,-a
1,9-t-.'az3-na III
PERIODICAL- Zhurnal Obshchey Kh--mil- 1958 Vz)-, 29 Nr
pp. '(42-7145 (USSR)
ABSTRACTx The quaternary salts within the series o,-F' the dihydro=
benzohep'ta-' thiazine are in general obtained by alky=
lation of the corresprnding bases as well as by the ac-,icn
of mineral acids on the derivatives of the 5-alky--- and
5-phenyldihyc1rcbenzohept1'a-' c5-thizine (Ref L). the yields
computed on the basis of amino-hiolea being not greater
than 5o%. A new synthesis of the quaternary salts of four-
membered hetero.-yol'-c comp-)unds by waas of the condensa-
Card 1/2 tion of the N-alkyl- and N T)he-,iyl-r,,-amin~)thioDheno'-e witb

The Condensation of o-AmInothiophenole With @_ 79-:28 5-41/61
Haloidketones,, Ill. The Syntheois of the @@uaterrary Sa_-3 t@;e
Series of Dihydrobenzo HePta-,5-.Thiaz:.ne
P-haloidketones is suggested her.-@ whi-h :.a ju@,, a specia.
case of thp synthesiq of quatprnary salts @-If fete:oycl:@,
compounds As was shown already (Ref -') tn th- c:ondenss.,-
tion of N alkyl and N phenyl o am:.no,,h,.ophenal@- a.-;
as of N siibstituteJ o -am Inciphe no lee w -,I-n h@i I @7, I unhydr-_
of fatty acifts quaternary salts of the benz*hiaz,)!_ ar'?
formed (corresp,,,ndingly of Wn,? n h - w i,-v E- r
consequently th,? haloid @_s remc-.,7d from Lh@- [e-mail]
, I grCUP
in the halcldcarbc@nyll oDmponent tqa qualeraary salts of t@ie
six and se,;en memhe@@.d Pnuipuunds ar- _@btainei
(see reactior schem,@ The 4ua----?rna--y sal @s @,b-ained
with goz:,,l 'o @Lls mt;-n-1 so tna@. -iL ,ar, be
generally suggested fir th@- synt@,es.,,s ,f salT@z- Ascot=
ding to tKiz method 4 new no; yet described quat,rnary
salts within the serie8 6f the iihydrDbenzchepta ' 5 -th-_'a=
zine werr-@ syntht_zed,
There ar@ 1, referenc.es al-1 rf a,-e
ASSOCIATION% Kiyevsk--'y gos,,@darst-rinyy univerq:Ltet @K2.yr- State Un-.@=
vers2ty
SUBMITTED% JanuarY 3t '9'-
Card 2/2

Ar)U43L, Mushkalo, L. K. SOV /79-29 - 3-'- 9/61
TITLE: Cyanine Dyes From 7-Membered Heterocyclic Systems (Ts4an-n@---Y-
ye krasiteli iz semizvennykh geterotsiklicheskikh sistem)
I. Styry13 in the Series of the Dihydrcbenzohei)ta-!,'~-triaz4-ne
(I. Stirily v ryadu digidrobenzogepta-1,5-tiaz-4na)
PERIODICAL: Zhurnal obshchey khimii, 1959, Vol 29, Nr 3, pP '050-1034 (USSR)
ABSTRACT: Following previous papers (Refs 1,2) the author describes
the present paper the syntheses of the n-dimethyi-amino-styryls
from 7-membered heterocyclic systems of the general formula (I)
and some of their optical properties. The styryls are prod-a-ei
from the quaternary salts of the derivatives of the dihydro-
benzohepta-1,5-thiazine very easily. For this purpose already
the heating of the-equimolecular quantities of quaternary
salts with n-dimethyl-amiro-benzaldehyde in the medium of +he
acetic acid anhydride on the water bath during several minutes
is sufficient (Scheme 1). The properties of the styryls (I)
are given in a table. They show that the substitution of the
hydrogen atoms in the position 2 by the methylene radicals
does not influence the color of the styryls. The substitut,@on
of the alkyl groups in the position 5 by pheny@ shifts the ab-
Card 112 sorption maximum in the long wave band to 20-125 The s,;-,-

SOV/79-2 5_7 9
Cyanine Dyes From 7-Membered Heterocyclic Systems. I. Styryls in the Ser-Les
of the Dihydrobenzohepta-1,5-thiazine
stitution of the sulphur atom in the 7-membered ring by the
NH-group does not influence the color of the styryls (Ref 3).
Alkali solution decolorizes the alcoholic solution of the
styryls. The bases thus produced have apparently the structure
(II). In the case of an acidification with mineral aoids the
initial dyes are produced (Scheme 2). The absorption maxima of
the alcoholic solutions of the free bases 6-8, of the genera',
formula (II) are given in the last column of the table. In the
case of the condensation of the bromophenylate of the 2,2,4---ri-
methyl-dihydrobenzohepta-.1,5-thiazine with n--oxybenzaldehyde
the oxystyryl (III) (Scheme 3) is obtained which is transformed
by ammonia into the anhydrobase of styryl (IV). There are
1 table and 3 Soviet references.
ASSOCIATION: Kiyevskiy gosudarstvennyy universitet @Kiyev State University)
SUBMITTED: January 20, 1958
Card 2/2

5 (3)
AUTHOR- Mushkalo, L. K. SOV/79 -29-3-60/61
TITLE: Cyanine Dyes From 7-membered Heterc3ycli@ Systems S`an-n %-j-
ye krasiteli iz semizvennykh geterotsiklicheskikh sistem".
II. Synthesis of the Styryl Bases and Their Ana7-gmueb @n -je
Series of the Dihydrobenzohepta-1,5@thiazine (II. Sintez oci-
novaniy stirilov i ikh anaIGgov v ryadu digidrcbenzoge@ta-
1, 5-tiazina)
PERIODICAL: Zhurnal obshchey khimii, 1959, Vol 29, Nr 3, PP 1034-1042 iUSSR)
ABSTRACT: The styryl dyes synthesized in the previous paper (Ref 1' can
be obtained immediately from the corresponding oxygen bali.te
salts of the 7-membered heterocyclic bases and n-dimethyl-
amino-benzaldehyde in the medium of the acetic acid anhydride.
This second method has the advantage that salts may be easily
precipitated from the reaction mass (Scheme 2). The chara@@-
teristic cyanine dyes thus obtained have hydrogen atoms at the
nitrogen ring atoms of the 7-membered cyclp instead of hydro-
carbon atoms and are therefore easily transform,:;rl irLto tr.,--
!3tyryl baoeo by ammonia. Tho lattor yield with acloo tho
In the case of the condens.,Ltiot-,- of the u-aminoth@ophon-,A
Card 1/3 2 chloro-2-methylbutene-,-cn-,5 the compound (III)

3CV,/-7Q. - Q _ 7
Cvanine Dyes From 7-membered Heterocyclic Systems. II. Synt-heslS -n@
Styryl Bases and Their Analogues in the Series of the Di'-YdrobenzoheF-.a-
1, 5-t hiazine
which forms the dye (IV) with n-dimethyl-amino-ben7aldel-iyde
(Scheme 3). Its oDlor and absorption maximum are for a
comparison in table 1. The data concerning the influence of
some substituents on the color of the n-dimethyl-aminc-styry-s
as well as melting points and yields are given in table 1 as
well. The substitution of the alkyls by hydrogen atoms at tne
nitrogen atoms of the 7-membered cycles does not change the
colors as is shown by table 1 and by previously publis"-.ed
data (Ref 2). The introducticn of the nJtrDgro@;F ant-D the
position 8 deepens the colcr and shifts the abSorL@i--r. maxlmum
of the base as well. as of the sal" (35-38 mq). The ,---ndensation
of the 2,2,4-trimethyl~--dihydrobenzohepta-1,~-1-th4~az~-rir.- and -@s
salt with benzaldehyde, its nitro- and oxy derivat-res as w,--'@
as with furfurcle and a-pyrrole al-dehyde (Tabl-- 2,
equally. Thus the data given in the two table6 'hl,-., "-.e
deepening of the color I's ol@-served In the case -@f the
formation as well as in the case of the non-substitued st@-ryls,
and in the case of the nitro---xy- and dimethyl-am-"no dc-ri,;a--
Card 2/3 tives as well. The shift of the absorption maximum ir, '-cn6

SOV/7a@ -29-- - 60/61
Cyanine Dyes From 7-membered Heterocyclic Systems. 11. S-..nlhe-=:.-= --f
Styryi Bases and 'Their Analogues in the Series of the
1,5-thiazine
ASSOCIATION:
SUBMITTED:
wave band of the spectrum differs in the case cf .3a-t
There are 2 tables and 3 Soviet references.
Kiyevskiy gosudarstvennyy universitet (K-4yev Sta-e jni-ve-rs:ty@
JanuarY 31, 1958
Card 3/3

5-3610 7 8 3 03
s,ov/79-30- 3-57/69
AUTHORSt Mushkalo, L. K., Shokol, Z. I.
TITLEt C densation of Unsaturated Carbonyl Compounds and
Haloketones With /?_ Aminoethylmercaptan and
Athylenediamine Derivatives. II
PERIODICAL: Zhurnal obahchey khImli, 1960, Val 30, Nr 3, pp 102-Ij-
1028 (USSR)
ABSTRACT: New seven-membered heterocyclic bases were synthesized
by the condensation of 1,2-aminothlo'ls and 1,2-diaminE!S
OL -
with @J_unsaturated 11@etones.
11-CII-Yll R_Cll_Y_ (a,_H"
I +
Cli,--NI12
S Nit
Card 1/4

Conden-,at-i,Dn 6f Uci@-3aturated carbonyl
C 1P ds and 1-3- Haloketones With
XArinoethy1mercaptan and Ethylenediami!,.,
berivatives. II
If
GII,-N + 11
I clif
@ : " -. 0 -'*)
"QW/79 -30- 3 -57/69
'- @lj + 11'0
CIIS
C112-N-C-
The following new compounds were obta@ned: 2,5 7j-tetra-
methyltetrahydrohepta-1,4-thiazine, obtained (41%) by
condensation of 2-mercaptopropylamine with mesityl oxide
on heating the reaction mixture on a water bath for 10-12
hr, d20 0.9837, n 20 1.4970; 7-metfiyl-5,7-diethyltetrahy-
4 D
drohepta-1,4-thiazine, obtained (83%) by condensation of
aminoethy1mercaptan with 3-methylhepten-3-one-5, on
i2eating the reaction mixture In a sealed tube on a boiling
Card 2/4 water bath, bp 89-900 (3 mm), d18 0.9870, n18 1.5oo8;
4 D

Compound,3 and
11 -captin ;-rid Ethy I et@r@d 1;im tile
@-Aminoethylrrler
D@'rlvatlves. II
5,'(, 7 -t r, I me t hy I - 4 -phe ny I t e t vahpi rohe p ta.- 1 , 4 - th I a:-. Ine,
obtained by condensation of P-phenylc-uninoethy-'
1
merpapt,in with nie@11A,yl oxide, d),1.0720, nD-;
it Is unitable and rief-omposes on dlstillini7, under
vacuum. It viaf,@ purified by conversion into the per-
chlorate: C11,
C 112
C"2-N=C-CJ13
00-
The base was obtained by treatment with aqueous KOH.
7-Methyl-5,7-diethyltetrahydrohepta-l,)I-diazine via-,
obtained (60%) by condensation of ethylenediamine
r
Card 3/4 with 5-methylhepten-3-one-5, bp 93-950

Condensation of Unsaturated Carbonyl 78303
ComDounds and P-Haloketones With SOV/79 -50 - 5- 571( 9
'-Aminoethylmer-awcan and Ethylenc-diamine
r
ivatives. II
-7, () 20
d 0.9298, n 1 .4H1,0. There are 3 @-@@erence:;,
11 D
German, 1 Soviet.
ASSOCIATION: Kiev State University (Kiyevskly gosuc.arstvennyy
universitet)
SUBMITTED: January 19, l,)59
1
'lard 4/4

MUSHUMt L.K.; SHOKOL, Z.I.
Cyanine dyes from seven-link heterocyclic systems. Part 3t
Neroepmines and thiocyanines in the series of tatrahydrohapta-
I..4-thiaHme and tetrahyfrohepta-1,4-diazine. Ukr.khim.zhur.
27 no.31372-379 161. (MMA 14:11)
1. Kiyevskiy gosudarstwennyy universitet imeni T.G.Shevchecko,
kafedra organicheskoy Iffilynii.
(Herocyanines)
(Cyanines)

PIUSHKALO, L.K.; SROKO., 2.1.
Hydrogen bond and solvatochromism of some cyanine dyes. Zhur.ob.khim.
31 no.9:3069-3076 S 161. (Mllk 14: 9)
1. Kiyevskiy gosudarstvennyy universitet.
(Dyes and dyeing) (Cyanines)

MUSHKAT-0, L.K.; KOZLOVA, N.Ya.
Condensation of unsaturated carbcmylic acids vith N-alkyl-
and N-phenyl-o-aainophenylthiols. Ukr.khim.shur. IS
no.8:90-962 162. (MIRA 15:11)
1. Kiyevskiy gosudaretvennyy universitet im. T.G. Shevchenko.
(Acids, Organic)
(Unsaturated compounds)
(Thiols)

MUSHKALO, L. K.; SHETKO, D. I.
Con"neation of o-aminoselanophenol with unsaturated ketones.
Part 1. Zhur. ob. khim. 33 no.1:157-160 163.
(MMA 16: 1)
1. Kiyevskiy gosudarstvennyy universitet.
(Phenol) (Selenium organic compounds)
(Ketones)

MUSHKALO, L.K.; MIKHAYLYUCHENKO, N.K.
.%-.,;.
Cyanine dyes from seven-link heterocyclic systems. Part /0
Dyes in the naphthothiaaepine series. Ukr.khim.zhur. 30 no.2s
202-206 164, (MIRA l7s4)
1. Kiyevskiy gosudarstvennyy universitet imni T.G.Shevehenko.

MUL11KALOY L.K.; I,.!.; VAYAP
Condensa*.' , cf' nuih,,m,l .4@ Lh .
Report 3c 2. 30 no.@-1:5 12-503 1 , z, .
@I!,'l:,,A 18: -/ )
1. Kiyevskiy gosij,i,-l-s.',,vernyy urdver-:,@tet.

MUSHMC,
.N,:@,-?yan:nes in
v t:e nk 0

MUSHKAID,. L.K.; SHEYKO, D.I.
Condensation of o-aminoselenophenol with unsaturated carboxyllc
acids. Ukr. khim. zhur. 30 no.4:384-387 164.
(MMA 17:6)
1. Kiyevskiy gosudarstvennyy universitet imeni Shevchenko.

MUSHKAIWEN, E.H.; SUNI'MOV, G.A.
Dev$ce for meazuring the complex magnetic parmeabiiity
of ferrates in a radio frequency range. Trudy inst. Kom.stand.
mer @ ism. prib no.64:223-227 162. (114IRA 16:5)
1 (Ferrates-14agnetic properties)
(Magnetic mewurements-Equipment and supplies)

NARODITSKIY, A.D.; GARIFULLIN, A.G.; GHERNOMORGIfENKO, S.G.; MUSHKAREV.,- V.G.;
KHASHBAKTIYEVA, D.A.
Thermal conditions of the first grid of a receiving amplifier tube
of medium power. Nauch. trudy TashGu no.221,Fiz. nauki no.21:
149-154 163. (MIRA 17:4)

GORCHAROVA, V@,.. BELOVA, Z.N., BUDNITSKAYA, P.Z.. KUSHKATBLAT. S.K..
PTATTIRINA. D.P.
Production of vitamin B12 from propionibacteria [with summary
in English]. Mikrobiologiia 27 no.2:226-228 Mr-Ap 158 (KIRA 11:5)
1. Institut epidemiologii i mikrobiologii im. GAmnleya AMR nSSR.
(VITAMIN B 12
optimum medium for production from propionibActeria (Rue))
(PROPIONIBACTERnW. culture
optlaw medium for cultivntion in production of vitmnin
B 12 (Rua))

,TIN B
MOCHILIN, A. and MUSIAKRTIN. E.!
ZA- sotslalisticheskuiu rekDnstruksiiu Moskovskogo zheleznoroftozh;logo uzla.
Z Fpr soci- I ';@:'u reocnstrljctl@)n of Mogcow rail .--y Jun-tim-7. (Rekon5triktsiia
tr,--4ns )rta, 193"", no.23--@4, P.11-6).
--JLC: 'LE7.F4
SO: Soviet Transiortation bn-I r!om-unications, A Bibliograuhy, Library of Congress
Re @erence Depar-tr-7-nt, !:shington, 1952, Unclassified.

MUSHKATIN$ 13. 1 -
Htwhkatiftp * F.- NBroader conditions of an "riment vith milroad aleeping canto
- Woort, 1948, No. 12, pp. 72-74
SO: U-3264, 10 April 53 (Letopis 'Zhurnal lrqich Statey, Ho. 4, 1949).

musurATIM, B..@.@@Amxdjdat takhnichookikh mauk.
- "
.- -
Track laid on a reinforced concrete roadbed. Put' i put. khoz. so.2:
10-12 7 157. (Railroad--Track) (KLRA 10-4)

K r) T
PHASE I BOOK EXPLOITATION SOV/5473
Gornoye delo; entaiklopedicheakiy spravochnik. t. 8: Statsionarnoye
elek1romekhan1cheskoye oborudovanlye, Elektroenbheniye ohakhl
(Mining Industry; an Encyclopedic Handbook. v. 8: Stationary Electro-
mechanical Equipment. Electric Power Supply to Mines) Moscow,
Gosgortekhizdat, 1960. 784 p. Errata slip inserted. 18, 500 copies
printed.
Chief Ed.: A. M. Terpigorev (Deceased); Members of the Editorial Board:
A. 1. Baranov, F. A. Barabanov (Deceased), A. A. Boyko, V. K. Buchnev,
A. N. Zaytoev; Deputy Chief Edel:l. K. Kit- and N. V. Mellnikov; 1. N.
Plaksin, N. M. Pokrovskiy, A. A. Skochinskiy (Deceased). A. 0. Spiva-
kovskly. L K. Stanchenko. A. P. Sudoplatov, A. V. Topchiyev, S. V.
Troyanskly. A. K. Kharchenko. L. D. Shevyakov and M. A. Shchedrin;
Editorial Board for this volume: Reap. Ed. - F. A. Barabanov; Deputy
Reap. Ed.: Z. M. Melamed; N.A. Arzarnasov, G. M. Yelanchik. V. K.
Yefremov. B. L Zasadych, 1. M. Zhumakhov, N. A. Letov, P. P. Nesterov,
L A. Rabinpvich. K. 1. Skorldn. and V. A. Sumchenko; Authors: G. A.
Card l/ 18

Mining Industry (Cont.) SOV/5473
Babak, Candidate of Technical Sciences. V. D. Belyy, Professor,
Doctor of Technical Sciences, K. S. Borisenko, Candidate of Technical
Sciences. A. G. Borumenskiy, Candidate of Technical Sciences. L V.
Brusilovskiy, Candidate of Technical Sciences. A. P, Bushell, Candi-
date of Technical Sciences, V. P. Bukhgollts, Engineer, M. N. Vasilevskiy.
Candidate of Technical Sciences, A. N. Vaslkovskiy, Engineer, B. N.
Vlasenko, Engineer, 1. Ya. Gershikov. Engineer. V. G. Ceyer, Professor,
Doctor of Technical Sciences, A. D. Dimashko, Engineer, V. S. Dulin,
Candidate of Technical Sciences, 1. L. Lokshin, Engineer, B. M. Melamed,
Engineer, Yu. A. Mikheyev, Engineer, V. P. Morozov. Engineer,,A,@_
.a.tin Engineer, V. S. Pak, Academician. L M. Perskaya, Engineer,
-N.M. Rusanov. Candidate of Technical Sciences, 0. P. Savel 'yev. Candi -
date of Technical Sciences. Ya. M. Smorodinskiy. Candidate of Technical
Sciences, IC. A. Ushakov. Honored Scientist and Technologist. Professor.
Doctor of Technical Sciences. B. M. Furmanov. Engineer, and N. N. Cher-
navkin, Engineer. Eda. : Ya. M. Drozdov, Engineer, B. L ZaAadych,
Card 2/16

Mining Industry (Cent.) SOV15473
Candidate of Technical Sciences, N. S. Karpyshev. Candidate of Technical
Sciences, N. A. Letov, Candidate of Technical Sciences, Z. M. Melamed,
Candidate of Technical Sciences, Yu. A. Nlikheyev, Engineer, V. P.
Morozov. Engineer. V. 1. PoUkovskiy, Professor. Doctor of Technical
Sciences. L A- Rabinovich. Engineer. M. S. Rabinovich. Candidate of
Technical Sciences, 1. A. Raskin, Engineer, V. S. Tulin, Engineer. S. Ye.
Unigovskiy. Engineer, K. A. Ushakov, Honored Scientist and Technologist.
Professor, Doctor of Technical Sciences, M. M. Shemakhanov, Candidate
of Technical Sciences, P. F. Shishkov, Candidate of Technical Sciences,
and V. B. Yablonovskiy, Engineer; Edo. of Publishing House: N. A.
Arzamasov and T. 1. Rybal'nik; Tech. Ed.: V. L. Prozorovskaya and
M. A. Kondratlyeva..
PURPOSE: 7his handbook is intended for mining and mechanical engineers as
well as for other skilled personnel of the mining industry concerned with
the handling and operation of various installations and equipment used in mines.
Card 3/16

1-4
Mining Industry (Cont.)
SOV/5473
COVERAGE: Volume VIII of the mining handbook contains detailed informa-
tion on mine hoisting installations, machines and equipment, mine venti-
lation units, duct systems, dewatering facilities, various types of pumps.
put? meters, privipirZ stations, and the automatic remote control of these
units. The handbooiL also describes and explains the operation of the air
compression units and compressors. Heat-generating and heat-supply
equipment of mines is describedas are the electric power supply systems
and other electrical equipment such as transformers. power distribution
systems, and grounding devices. Telephone communication and signaling
systems used In mines are also treated. No personalities are mentioned.
Each part of the handbook to accompanied by references. mostly Soviet.
TABLE OF CONTENTS I Abridged 1:
PART 1. MINE HOISTING UNITS
Card 4/16

Mining Industry (Cont. )
SOV/5473
Ch. XI. Grounding Devices and Protectives Systems (Bukhgol'ts,
V. P. ) 715
Ch. XII. Electric Energy Consumption in Coal Industry Installations
(Melamed, B. M.) 724
Ch. XIII. Saving on Electric Power and the Increase of the Power
Factor (Melamed, B. M.) 735
Ch. 3UV. Local Electric Power Stations at Coal Industry Installations
(Mushkatin. M.L Engineer) 746
PART VII. TELEPHONE COMMUNICATION AND
INDUSTRIAL SIGNALING IN MINES
(B. M. Furynanov, Engineer)
Ch. 1. Types of Communication and Signaling in Mines 755
Card 15/16

KUSHEATIN, V.S.
Delivery of a giant fetus. Akush.1 gin. 35 no.5:105 S-0 159.
(MIRA 13-2)
1. Is J13askoy rayonnoy bollnitey Takutelcoy ASSR (glavnvy vrach
R.A. Xavaleva).
(LABOR, OOKPLICATED)

Idl-i-lbEV, Sergey Pavlov.1rh, a aktor te;:@.n,uiuk, prof.; IT !,,A I
Bella Borisovrka, inzh.; van Nkollay--vfr,@, .'rzti.;
CHRUTATTOV, Brjr@s Yerpmciy@-,vl, n, irizh.
rol h ofj r l ra j i:w; 1 ,4 v 1 or, ss yo, Lem o rLboi
Mode ing I
tractor. Izv. elektrowekt@ 7 no
164. Mi 1 R-A 17
1. Vaveduyushchly kafedroy K:.T-olekhr.!k,, k,,hellyalj7r.,!@.C@o
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JWSHMV. leanjA Pnvir-lij-hi-GORYACEMY, P.P.. doktor biolog.nauk,
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(Aquatic plants)

MSHKETIK, L. It.
MUSHKETIK, L. M. --",deproductive Capacity of the Common Pine at the Plantjn@;-s of
Boyarsk Teaching and Experimental Forestry Farm as a 2ase for
the Establishment of Tree-Seed Production.1110issertations For
Degrees In Science and Engineering Defended at U53h Higher
Educational. Institutions)(2@) Ukrainian Older of Labor
lied Banner Agricultural Academy, Chair of 0orestry, Kiev, 1955
SO: Knizhn@ya Letopis, No 29, 16 july 1955
* For the Degree of Candidate in Agricultural Sciences

MUSH33TIK. L.K.
Sexual dimorphism to the common pine. Riul.Glav.bot.sada no.37:
112-115 16o. (MMk 13:11)
1. Ukrainsimya Aiademiya sallskokhozyaystvennykh nauk. Kiyev.
(Pine) (Dimorphism (Plants))