SCIENTIFIC ABSTRACT MAREY, A.N. - MARETINA, I.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001032320013-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Collection of Ra&-r-Claem-Ical and D-.)gimetric Methods STI/3589
3. Sanitary dosimetric ingmection of underg-rcrand water
surTMi-es (A.A.. ~*mxv) 25
4. Sanitary inspection of vater conduits (A 27
,N -Marey)-.-
5. Sanitej~y inslecti-,n of a region (A.N,-MAre.Y)- 29
6. Organization of aanitary dzek-zetric inapection of
foodEt-Iffs (A.B,bWw)- 32
7. Organization and met-b-ods of determining contamination of
the air by rad-booactive -mibstances (A.S. Zykam) 36
Recomended liteistnzre 43
Ch. II.T. Radic-ChBmical :~ethrods of Determining Radioactive Substances
I.n 'Wa-ter L
,. S-oil, B'dIogical Materials and Air 45
Intro,jbiction (Ye.11. BelMneva) 45
1. Pt-e-paretion of aamples olf material for radioacti-m
mamnvments (Ye.N. Belyaye-va) 47
2. Preparation of samples of radioactive contaminated air
for measurewnts of activity (G.P. Yefremova) 51
3. Preparation of samples of water, biolo-ical material., soil
and benthIc delioeits k: f-adic-chemical dnalysis (Ye.N. Belyayeve.) 53
Card 3A-

Collectirln of R%dio-Chemical and Dosimetric Methods SOV/3589
of meaguzring exterTial streams of x- and ga -radiation, and methods of in-
dividual doEimetric renitoring; (3) Absolute and relative methods of measuring
the acti-vtty of eolid and liqaid radioactive sources. There are four appendixes
dealing with methods of calcralating the total dosage from sources of ionizing
radiation, units of w2tivity, and doses from natural (backgrc=d) radioactivity
in the calcium of feodstuffa. Sanitary regalations observed during transportation.,
storage., and hand1ing of radioe. c tive substances are discussed.. as Vell as the
permissible level of ionizing radiation. The editcrs thank Yu.V. Sivintsev and
D.P. Sh-irshov. Referencet; &pTje&r at the end of each chapter.
TAME OF COVIEM-
Preface
Ch. 1. Prr~blem_- in Sanltaxjr Doaine-tric Control of the Envlironment
(A.N. Marey and N.Yu. Tarasenko)
Ch. 11. Organizatim and Methods of Sanitary Inspection of
Enviponmental Elements Contwninated by Radioactive Substances 12
1. Sanitation inspection of drainage systems used for disposal of
livid r~iXoact!jve wAstes (A.-N. Ma_xey) 12
rAirs (A.N. Marey) 16
2. Sanitation inspection of op in;ise~
0 ard 20
'2

PZAM I BOOK EXPWITATION SOV/3589
V Sb-3rnik radlokbdmicheskikh i c1pzimetricheskikh metodik (collection of Radio-
Chemical and Dosimetric Methods) Moscow, Medgiz, 1959. 459 P. Errata
allp inserted. 9,000 copies printed.
Eds. (Title page): N.G. Gusev, U.Ya. MarguliB, A.H. Marey, N.Yu. Tarasenko.,
Yu.M. Shtakkenberg; Ed. (Inside book): V.I. Labaznov; Tech. Ed.: A.I.
Zakha,rovE~.
PURPCSE: Thia col-bectton of articles is intended for physicists, sanitation and
p1blic health dc-et:irs, chemists and other special-iota working in radioactive
dosimetry.
CO'IERA-Qg* Th--,3 v*r~k 51scusses the folloving subJects: (1) prillciples of
organizing eanitation and dosimetric control in institutions where work is
carried -= with radioactive substances; (2)radio-chemical and chemical methods
for determining certain radioactive substances in samples of air., -+erj, soil
and fc~~baffs; (3) physical wthods of measuring contamination of tne air by
radioactive gases and aerosols., and methods for determining the level of
contamination of vorking Epirfaces,, clothes and leather coverings; (k) Methods
Card 111-t-t

m
. vl[~~,y , ;i .ti .
"The Froblem of Radioactive -,aste 1-:;_~Aezriall. 11
report submitted at the 13th All-Union ConvreS3 of Hygienists, Epidemologists
0 -
and Infectionists, 1959.

SHAVDALA, M.G.; KAM. A.R.
Discussion on G.D. Lebedeva's article t'Plankton as an index of
fresh water supply pollution by radioactive substances." Ned.
red. 3 no.4:91-92 Jl-Ag 158. (MIRA 120)
1. Kafedra obahchey g1glyeny Dnepropetrovskogo meditsinakogo institute
(Shandala).
(WATZR POLWTIOR,
by radioisotopes, plankton as index (Rua))
(ISOTOPM 9
water pollution. plankton as index (Rua)

KARZY, A.N.: SAUROV. M.M.; LEBEDEVA, G.D.
Passage of radiostrontium through the food chain from ODen wnter
into human body [with summary in English]. Hed.rAd. 3 no.1:69-76
Jn-F '58. (MIRA 11:4)
(STRONTIUM, radioactive,
water & food contamination (Rue)
(WATER POLLUTION,
by rRdiostrontium (Rue)
(FOOD,
contamination by rndiostrontium (Rus)

10
-r,;v
A'ITHr-)R 7.arey , A . N. , .and id P. te o f :i'ed i or, I "r *, cnc,? sco
TITLF: Rad ioq c t ive ',.,a s te Produc ts ( 1'a d ioalk t i vny:ie c, tk-ody
FERIr.~DICAL: Priroda, 10", 1 pn I, - --C
AB'T!?A"T: The nuthor ~utlinen ,he ,rf,nernL (Itinger involvi~d ir, !,~i- 1-,L-
posal of radiopctive -tips ij-- pro,lucts into Lhe ground -r
of water. 'Phe role of microorfranisms and R-3.9im; i I,- T;i on o'
radionctive substanres ly plants is considered Tor. excnan..-
filters are thoupht t3 be tr.e ~qFt Drotective menris Prainst.
ill radioactivo effects, 'he i,3ea -f burvin,,T r--idiopctive
Taste in thpdepths of the ocerins, as sug~Tested h-
Find Britis- institution3, is rejected.
'T'here are ~ --oviet references-
r'qrd 1/1

KAR23UV. A.N., prof.. Primali uchastiye: AGUTSKIT, S.S., prof.;
VATOSHKIN. 8.I., prof.; ZHA OTINSK~Y, V.M.. prof.;
MOLTANSKIT, Z.B., prof.; MAREY. A.M., kand.med.nauk;
SILIVANIK, K.Te.. GORBOV. SMCHIW, K.K..
telchn.red.; ZAKMOVA, A.L. tek-hn.red.
[Commmal hyglenel KomaranalInaia gigiena. Pri uchastii
S.S.Aglitakogo i dr. lzd.2., dop. i ispr. Moskva, Gos.
izd-vo md.lit-ry, 1958. 554 D. (HIRA 13:1)
1. Deystvitellnyy chlen Akademii maditainakikh nauk SSSR (for
Marzeyev).
(PUBLIC IMALTH)

K&MY, Alakeandr Mikolayevich; TRAMHO, N.M., red.; SMHIIoO. K.K., takhn.
0- re - .~-- i: o.
(Sanitary protection of open waters from a mtamination by radio-
active substanaes] Sanitarnaia okhrana otkrytykh vo'daemav ot
sagriameniia radloaktivnymi vashchostvami. Kookva, Goa. lzd-va
mad. lit-ry, 1958. 89 p. (MIR& 1110)
(ROIOMTIVMY-SAMY KDMJRW) (WAME-POLLUTION)

Hygienic evaluation of radioactive strontium as a factor in the
pollution of the environment (with summary in English]. Ked.rad. 2
no-5:89-95 S-0 157. (MIRA 11:2)
(ATOMIC WARFARE.
fallout, radiostrontium In pollution of external
environment, review (Rua))
(STRONTIUH, radioactive,
pollution of external environsent in nuclear explosions,
review (Rue))

,ydr-b loj~.F-y.
.!C)jjj* Ref -fllur P'i.-:
Author lVarey,
T i tle of
P
'-Y A i:)ac Ell".
('r-:r G ~-n s!.-~ n 1 ua ri 5- 7
ur-c bri-rf -'ety f;
ciect-rostat.-L.
,order Lo nrevent fa CeC'~)Tll~ary -,.-OL; I-.
des -)I-rtions -~,..,id tr~msfer 3~'
flod
C-rul i/1
RYZH,)V, A.T.
-,Ae,,L.oae zur zar-iug a Speclcj. sar,,Lar~ inspection c1 U-PeL
6 L-l F. -o. 40.
.br,ciles o1 'Water Contamiribted D.Y ibdl()kjcrlve SUO tce
Truay V6cGuyuzrvy t6umerexiLaii pu 1AeQlTOl'lBr-QY "GIO-LIJ911
kVoproey uig:lyeny 1 Do2imetril) Meagiz, iy~i(, I-loacow 'Rugulbil, uj!L.
F-MeC(111~68 UL 4,.e- All-U111--Li UuLaortaice uL& Pwaickik llaul~ji(,gy
kh,ygiewx anQ Dusiwcuric eruuiews).

KARZY. A. ff.
RadicactIve wastes and public health problems. Med.rad. 1 no.4:3-7
il-Ag 156. (MIRA 9:12)
(RADIATION PRONGTION
radioactive wastes as problem in pub. health)
(PUBLIC ff-PAINH
protection from radioactive wastes)

/"A
AID P - 2624
Subject USSR/Medicine
Card 1/1 Pub. 37 - 1/22
AuthDr Marey, A. N., Kand. Med. Scl.
Title Water organisms as sanitary indices Of the -pollution
of reservoirs by radioactive substances
Periodical Gig, i san., 8, 3-9, Ag 1955
Abstract In connection with the wide use of radioactive isotopes
in all fields of the national economy and the ensuing
contamination of reservoirs, a method is presented for
the control of the purity of water. Along with radio-
metric investigations, the author recommends tests to
be performed on weeds, overgrowth, plankton, fishas
etc. for determining the concentration of radioactive
substances in reservoirs. The tests are described
with tables. 8 refs., 1922 - 1954.
Institution Institute of Industrial Hygiene and Occupational
Diaeasea
M-4. S'~z
Submitted Ap 25, 11955

PA 59/49T90
USSR/Kedicine Water Purification Dee 48
Medicine Public Health
"Water Supply Lines, Their lwtallation and
Operation Uhder Sanitary Control," A. 1,4. marey, 4 pp
"FaIldsher i Akusher" No,12
In 1937 the WK SSSR passes a law, "On the Sani -
tation and Protection of Water Reservoirs,"
to safeguard water sources. Systbm"consist of a
central.iiateraupply, filtering and purifying-
plants. 'Uhder sanitary.control,,the quality of the.
water is analyzed for residual-chlorine, turbidity,
color and taste, intestinal bacilli and total
bacterial count.
59/49T90

l'!AITY, A. 11.
Water, Supply oat 48
Medfolne Hygiene and Sanitation
'Sanitation E7aluatIon of the Quality of Drinking
Water," A. N. Marey, 6 3/4 pp
'Velldsher i Akusherkaft No 10
Discloses two basic characteristics ior solring
problen of quality of di-inking water: determination
of sanitation conditions of cheadcal and bacteric-
logical compositions of water through laboratory
tests, and on-the-spot exAmination of water
sources.
28/49M
PA 20/1:9T75

MAREY, A.I.; SIDOW"VIGH, Y(,.A.
Effect of cis-trans an,-,
the dynamic properties of t*-e syn-.hetic (SFI,)
rubber. Kauch. i rez. 24 no.'7:1-4 il "S5.
y nauchno-i~isledovatellskiy inst~"-,L s
1. Vseso~-uzny-
kauchuka im. S.V.Lebedeva.

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YS _411*ZiLtUni nic chemistry, Orle ber,
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~L- 14166-66-~ FWPW/SWT(m)/(T) '~RMM
~,Acc NR" A06003943, - SOURCE CODE.: - UR/0374/65/600/005/006;5/OOW97
'AUTHOR:._,.Harey, 'A* 1.,_(Lenihsrad);.Sidorovich, Ye. At (Leningrad)
ORG: -none
TTTLE., Dyn'amic and medhanical prop ~of heterogeneous polymer
_ertie
systems
SO'URCE:' Mekhanika polimerov, no.* 5, 1965, -85-89
TOPIC TAGS: copolymer bd=mk empolymerr, rubber, butadiene, isoprene,
11 ry !P =CF J-
AgSTRACT.--~Thedynamic and. mechanical, p-roperties of copolyme block
polyme.rs . and ruti6er:blends based.- on:butadiene. and I~opreneMhve been
em erature' range.. The I f -T';-ental principles
investigated~over a wide t PI un a
of dynamic behavior of heterogene .ous polymer systems have been eluci-
dated permitting the.use of the above procedurefor the determination
of polymer-1compattbUity.-their content in blends, and of.the composi-
tioa.of-,copolymer. ButadLede-isopr e:-5~qpolvmers were.prepared'by
T-.~ S. Breal and-block copc I 'Orig. art has:
a-to I G. N. Petrov.
4 figures. (Based on author"s 4batractj.
0TH REF:
SUB CODE II/ SUBH DATE:. IlHar65/ ORTG REF: 0081 o0z
--T rd _111-"

ON:
E.-: T

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4z,-, F
Card.

GORELIK,
~~ ; BUKHINA, M.F.; NOVIKOVA, G.Ye.; POIMIRCHAYA, B.A.
Effect of filling with carbon black on the cM .tallatiozzi of
rubber. Kauch.i rez. 23 ao.11zl3-19 N 064. -%~
(MIRA 18-141
1. Nauchno-issledovaieltskiy institut rezinovoy pronqshlennosti -
.Vaeaoyuznyy nauchno-issledovatallskiy institut sinteticheskogo
kauchuka im. S.V.Lebedeva.

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-:ASSOCIATION
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ff a tanii ti t
thq_ca~ of SKD;-ffllm'-g,a ec s crys a on gialo usly. Orig. ar
90
b ari~:l
(ScienUflc'
~in6-isslddovatelfsldy-instit(it rezinov6y_--pror~y*shleun0sd
-Y) ses ova
_66 Rubber IndU64 nambno4spW

-od -art.AfaA*.r'--.l
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~g=ep "j-- toule R:,Alla

83661
S/138/60/000/002/001/009
A051/A029
The Effect of Functional Groups on the Vitrification Temperature of Rubber-
Like Polymers
Thus, a conclusion is drawn that Formula 5 would be applicable to polymers,
where the molecular links are arranged "head to tail", which corresponds to
the lowest vitrification temperature of the polymer for a given composition.
A satisfactory co=elation was achieved between the experimental and theoret-
ical computations of To in saturated and unsaturated polymers, which proves
that the double bonds in the main chain of the macromolecule's primary va-
len.cies has apparently no effect on the T. of the polymer. This conclusion
has been confirmed by results obtained by ther authors (Ref.8), who found
that Tc of natural rubber and gu ta-percha?does not change after deep hy-
dration (the residual unsaturation being less than 0). There are 2 tables
and 8 references: 2 Soviet, 3 English, 2 German and 1 Italian.
ASSOCIATION: Vsesoyuznyy nauchno-issledovatel9skiy institut sintett-
cheskogo kauchuka im. S.V. Lebedeva (All-Union Scientific Re-
search Institute of Synthetic Rubber imeni S,V. Lebedev)
Card 3/3

83661
S/138/60/000/002/001/009
A051/AO29
The Effect of Functional Groups on the Vitrification Temperature of Rubber-
Like Polymers
the given polymer; K is the concentration of the functional groups. relat-
ed to the four carbon atoms of the polymer chaino Each term in the Formu-
la (4) is analyzed as to its probable significance. At the present time
there is no information available on the magnitude of the interaction be-
tween the different atomic groups in polymers. Only certain data for or-
ganic liquids have been published (Refs. 2 and 3). These correspond only
approximately to the energy values of the atomic group interactions in pol-
ymers (Table). Applying these figures to Formulae (1) and (2), the general
Formula M) can be expressed in the following form; Tc = 0.02 EK - 105 (5)~
wheret E and K are the cohesion energy of the functional groups and the con-
centration in the polymer chain, respectively. The validity of Formula 5
was confirmed by the satisfactory correlation between the computed and ex-
perimental values obtained on a series of polymers., A table, showing both
experimental and computed values of T., is given, from which it is seen
that a slight discrepancy exists between the computed values and the exper-
imental ones of the ethylene and the propylene copolymer, probably due to
the presence of symmetrically and adjacently located functional groups
Card 2/3

83661
(5,5101
AUTHOR:
S/138/60/000/002/001/009
A051/AO29
TITLE: The Effect of Functional Groups on the Vitrification Tem-
perature of Rubber-Like PolnersA
Iq I
PERIODICALs Kauchuk i Rezina, 1960,(,Ilo. 2, pp. I - 3 AY
TEXTs The author refers to a previous article (Ref. 1), where he
proved that a linear relationship exists between T the vitrification tem-
perature of butadienelpolymers, and X1, the concentration of the vinyl
groups in the polymer chains, as expressed in Formula 1. The present ar-
ticle deals with the results of the investigations, pointing out the linear
relationship which also exists between the butadiene copolymers with sty-
rene, and butadiene with nitrilelof acrylic acid, as to vitrification tem-
perature versus concentration. Formulae 2 and 3 show the respective rela-
tionships for the two copolymers, and Formula 4: Tc = AK - 105, combines
the two expressions into one mathematical equation uhere: T. is the vitri-
fication temperature of the polymer in 0 C; A is the numerical coefficient,
the value of which is determined by the nature of the functional group of
~Iard 113

SOV/2o-124-3-29/67
The Production of Crystalline 1-4-Transpolybutadiene and -Polyisoprene
and the Investigation of Their Properties
prior to the photographing, of its infrared spectrum. The
spectrum confirms the 1-4 trans-configuration. A curve of the
deformation on repeated intensive heating was plotted. A
table gives the density changes brought about by heating.
The infrared spectrum of polyisoprene was photographed by
K. V. Nellson, and that of polybutadiene- by Ye. I. Pokrovskiy,
and the x-ray photographs were made by L. A.Volkova. .
There are 2 figures, 1 table, and 3 references, I of which
is Soviet.
ASSOCIATION, Institut vysokomolekulyarnykh soyedineniy Akademii nauk SSSR
(Institute of High Molecular Compounds of the Academy of
Sciences, USSR)
Vsesoy-uznyy nauchno-isoledovatellskiy institiit sinteticheskogo
kauchuka im. S. V. Lebedeva
(All-Union Research Institute for Synthetic Caoutchouc
imeni S. V. Lebedev)
Card 213

50) SOV/2o-124-3-29/67
AUTHORS: Tinyakova, Ye. I., Dolgoplosk, B. A., Corresponding L!ember,
Academy of Sciences, USSR, Marey, A. I., AlItshuler, M. Z.
TITLE: The Production of Crystalline 1-4-Transpolybutadiene and
-Polyisoprene and the Investigation of Their Properties
(Polucheniye kristallicheskikh 1-4-trans-poliblitadiyena i
poliizoprena i izucherifye ikh svayst;v)
PERIODICAL: Doklady Akademii nauk SSSR, 195/0, Vol 124, Nr 31 PP 5~1~-557
(USSR)
ABSTRACT: .1 description is given of the production of the symmetrir
1-4-transpolymers of butadiene and isoprene by the aid of
oxide catalysts, in p&rticular of chromium oxides on alu-
minium silicate. - Polyisoprene is stable, its infrared spec-
tr-am shows that qq~" of the polymer chain possesses the
1-4 trans-configuration. The iodine number corresponds with
the theory. Due to the uniform structure, the poly-mer crys-
tallizes, which could be confirmed by the x-ray photo,-raph.
This x-ray photograph is analogous to that of natural P-,-utta
percha. - Polybutadiene is a crystalline-fibrous substance.
Card 1/3 As it is difficultly soluble it was pressed into a film

SOV/138-59-2-3/24
Influence of the Polymerization Temperature of Butadiene with
Alkali Metals on the Structure and Frost Resistance of Polymers
the glass temperature of the butadiene polymers is only
defined by the content of vinyl groups and does not
depend on their branched structure.
There are 2 figures, 2 tables and 12 references, 8 of
which are Soviet and 4 English.
ASSOCIATION: Vsesoyuznyy nauchno-issledovatellskiy institut
sinteticheskogo kauchuka im. S. V. Lebedeva (All-Union Scien-
tific Researea Institute for Synthetic Rubber imeni S.V.Lebedev)
Card 4/4

suv/138-59-2-3/?4
Influence of the Polymerization Temperature of Butadiene wi
Alkali bletals on the Structure and Frost Resistance of Pol-
U ~ ors
butadiene polyrers c3ntaining a varyin~~ number of vinyl
groups are G-iven ija '2able 2. Formulae for calculat-inE
the concentration of b~;.t-adiene chains in the polymer
are given, and it was found that the maximum
Concentra~ion SM equals 12, when 3v equals 1, which
corresponds to polymers La which all the monomer
molecules are added in the 1.2 position. The linear
dependence between the plass temperature of the polyme,
TS and the concentration of the vinyl groups (S M) in tl-ie
polymer chain is shown in a graph (Fig 2) and it is
suggested that the content of vinyl groups can be
defined according to the glass temperature. This was
confirmed by B. A. Dolgoplosk e~ al. (Ref 12). Polymers
obtained at a temperature of 80 C and above are not
completely sol-.ible which confirms a spatial or brauched
structure at sufficiently high plasticity. The
separated pure insoluble par'. of the polymez had the
Gard 3/4 same glass temperature as the soluble fraction. Therefore,

SOV/138-59-2-3/24
Influence of the Polymerization Temperature of Butadiene with
Alkali Metals on the Structure and Frost Resistance of Polymers
groups in the polymer was defined according to the
quantity of formic acid and formaldehyde in tie
ozonolysis products. Data in Table 1 indicate that an
increase in the polymerization temperature in the given
limits causes a substantial linear decrease in the
content of vinyl groups in the polymers. This is
particularly marked when butadiene is polymerized in
the presence of lithium, and is observed to a much
lesser degree when potassium is used, The difference
in the reaction rates of the addition of butadiene
molecules in the 1.2 and 1.4 position at a given
temperature is defined by the various values of
activation energies of these processes, and formulae
are given for calculatinG the reaction rates and the
activation energies. Fig 1: the dependence of the
logarithm of the ratio of concentration of the 1.4 and
1.2 bonds on the polymerization temperature, It waB
found that the glass temperature of the butadiene
polymer is a linear function of the concentration of
Card 2/4 vinyl groups. Glass temperatures for a number of

QCIV/138-59-2-3/
Rokityanskiy V.
AUTHORS: Marey. A. I. I~ V. and Samole-tova,
TITLE: Influence of the Polymerization Temperature of Butdiene
with Alkali Metals on the Structure and Frost Resistance
of Polymers (Vliyaniye 'Gemparatury polimerizatsii
butadiyena shchelochnym-i metallami na stroyeniye i
morozostoykost' polimerov)
PERIODICAL: Kauchuk i rezina, 1919, lir 2, pp 9-12 (USSR)
ABSTRACT: Butadiene polymers have an irregular micro- and macro-
structure. This is also characteristic for polybuta-
diene and polymers obtai-ned during polymerization in the
presence of alkali metals and their organic compounds.
The authors carried -)-it experiments on the relation
between conditions of alkali volymerization, the
structure and the properties of the polymers, and
investigated the dependence of the glass temperature of
butadiene polymers on the content of vinyl groups whi ~st
changing the polymerization teraperature from 0 to 1-20 C
in the presence of alkali metals (lithium, sodium and
potassium). Data on the structural analysis of polymers
by ozonization were published by A. I. Yakabchik et al.
Card 1/4 (Ref 6). The content of b,--l-jediene chains with vinyl

A Method of "EXPress" Control for Rubber Mixes SOV/13B-58-9-10/11-
plattens. A stop vratch 14 is started simultaneously
with release of the load. The criticl time is usually
less than one minute. Loads and temperature are ad-
justed to o1ve final gapo as indicated by virtual ces-
sation, of movement of the dial inclicator, of 3 to 5 m~i,,,
within a time of 40 to 70 seconds. Load can be increased
to 4 kr: for harder specimens. Specimens of material
which vulcanises rapidly are tested at lower temperature.
The whole test procedure can be completed within 2 - 2.1
2
minutes of preparation of the rubber mix. Rej)roducab ility
of test results is said to be within 5%. Six months
experience at the Red Triangle rubber footwear factory
cop-firms the reliability and usefulness of this method
of mix control. Th;re are 3 Figures.
ASSOCIATION:Vsesoyuznyy nauchno-issledovatelvslci~- institut sinteti-
ches'cofo 1caiic;hW-- im. S. V. Lebedeva L
'(All-Union Scientific
Research Institute for Synthetic Rubbex, im. S.V. Lebedev)
Card 4/4

A Method of "SxPress" Control for Rubber Mixes SOV/138_58_0_10/11
The relationship betWeen the gap and t1he correspondinE
time of vuloanisation, however, remains constant. Pro-
vided that the terminal conditions ive a point on, or
near, the line, the conLent of vulcanising grc~uj,:i is
constant. Limits -for departure from the characteristi,_t
line ~-an be-set, so that mixes within the limits will
have satisfacto properties. An apparatus termed a
condition meter has been constructed to determine tlie
fa,-;tors of critical time and gap rapidly. It is illu~i-
trated in Fir.3. Samples are taken from the mixinr~
rolls as thin sheets of the mix. These are formed in
hand press into specimens 16 min diameter and 10 mm thic.11c,
and are dusted with tale. The specimens are put- betweer
the electrically heated copper plattens, 16 mm diameter
(13 in the fiE.). Temperature Is controlled thermostati-
call7 to Plus or minus 10. Standard test temperature
is 18000, and standard load 1 kL-1. The load is applied
to the specimens as qujolcly as possible to prevent pr,.-
vulcanisation. The load is released by turninE, the kno',,~
7. The movement of the load is measured by the dial
Card 3/4 indicator, 12, whic-hactually measures the gap between

A-Method of "Express Control'? for Rubber MiXes SU,11,13 9 __-e _E?-loAl
the platten as it is heated under pressure ', but the
pressure on the sample will remain constant. The
heated sample flows and the plattens mo-,)-e towards each
other., vulcanisation takes place simultaneously, and
as the two vulcanised lfronts~ of the sample r.-ome to-
gether, flow is diminished sharply. This is the limit
of the critical time of vulcanisation. Measurement of
time for flow to cease, and of the thickness of the
specimen at this time, under fixed conditions of load
and temperature, enables the properties of a rubber mix
to be determined. Rate of flow depends primarily on
the effectiveness of the vulcanisinL~ Eroups and the ther-
mal conductivity of the rubber. FiE.1 shows ap between
plattens versus time of vulcanisation for a mix with and
without vulcanising groups. The critical time in the
first case is 37 seconds, and the gap at that time, 3.8 mw,.
FIA.g.2 shows that a linear relationship exists between
critical time and gap at that time. The different I;oints
Le
were produced by applyingg diff rent loads tc similar
specimens from the same mix. Rubber mixes of a given
composition, but with different der,rees of plasticity,
L'
Card 2/4 give different values for the gap at the end of the test.

AUT]HOR: Marey, A. I. sov/138-58-9-10/11
TITLE: Control" For Rubber Mixes
(Metod ekspress-kontrolya rezinovykh smesey)
PERIODICAL: Kauchuk I Rezinap 1958t Nr 9, pp 34 - 36 (USSR)
ABSTRACT: For continuous production processes, rapid and reliable
methods of controlling rubber mixes are required.
Current methods of determining the plasticity of vul-
canised samples require 1 to 2 hours to complete. The
properties of rubber on vulcanisation can be determiTlt~'~:'
not only from Its modulus after a given curing time, t),_
also from the time reauired to reach a certain stage
vulcanisation at which the mix ceases to flow. This is
termed the critical time of vulcanisation. The critical
time ean be determined by heating a sample between two
plattens under a constant load. The amount of flow un-
der such conditions depends on two processes acting In
opposition to each other: softening of the rubber under
the action of elevated temperature, and hzrdenirw' of"
the rubber through vulcanisation. If the diameter of

C
/ an initial cylindrical sample is the same as the dia-
ard 1
4 meter of the plattens, the sample will spread beyori

USSR/Chemical Technology. Chemical Products and Their Application -- Crude rubber,
natural and synthetic. Vulcanized rubber, 1-21
Abst Journal: Referat Zbur - Khimiya, No 2, 1957, 6032
Abstract: stability to ozone is retained if the film is converted to a fused
state due to heat generation durinp use of the article. To achieve
stability against the development of surface cracks during dynamic
deformations, under ordinary temperature conditions, it is neces-
sary to treat the surface layer with substances having an amorphous
structure. In addition, these substances must be plasticizers for
rubber and have a high viscosity which prevents their diffusion
into the body of the vulcanizate. Good results are obtained by a
treatment of the surface (by immersion into melts, at 140-1500)
with aldol-alpha-aphthylamine, rosin, bitumen, rubrax and also with
their various combinations.
Card 2/2

USSR/Chemical Technology. Chemical Products and Their Application -- Crude rubber,
natural and synthetic. Vulcanized rubber, 1-21
Abst Journal: Referat Zlir - Khimiya, No 2, 1957, 6032
Author: Marey, A. I., Divova, M. P.
Institution: None
Title: Preventioy of Cracking of Rubber Articles by Swelling of Their
Surface ir Certain Media
Original
Publicaticm:
Sb. Stareniye i utomleniye kauchukov i rezin i povysheniye ikh
stoykosti. L., Goskhimizdat, 1955, 185-195
Abstract: There are considered various chemical and physical factors which en-
hance the resistance of vulcanizates to ozone cracking. A study was
made of physical methods of preservation of vulcanizates, based on
provision of a thin surface film of a substance that is inert in re-
lation to ozone, of resin or wax type. Articles coated with the
latter show good stability to ozone under static conditions, while
integrity of the inert film is maintained. On dynamic deformations
Card 1/2

li tl

r-um
j- f
'
.not mider dyl
but
Wt1ofie.
-6-t& -
Gir, itd- al~pwt,6

4kli 17
40 '141a ioioo6l ot. st'IrfaO
-bflbkfh~~AuOtd- t if
ca
,
1,
:AMW
t 1~ 0 otid to give ldja: agam
,
~ ili~~
it rout oxidative
like

;
t
v
-z
;g

AI

Z!7~,

A. I.
lifech talcal method for the determInntlon of (he yprifica-
ften temperature of rubbeflike
lKhira. i Fi.~.-Khhrt. Vy.yokornallk"slins, lbl 1. '01 1
7-ol Konf. Vysakdwolckul. Sardincitiyans 1952, 27-11-9.-
Mech. niethod for the ob-;crvation of the vitrification tentp.
for rubberlike polyinns ;"., dr-scribcd. It in hased ott the
ITIcasurellicitt of tile (IcInrillatiols of 11 Isolyllier oil Cnillpres-
sionmideracomt.presmirc. I*Iievitrificittintiteiiii).fottii(I
in this maniter is for natural nibbcr -71", kol-saglivi. -00,
Rutta-Perclih -71* (supercooled from SU* toavnicl
Buna-6.5 -65*, Butia-321 -AV, SK-13 CIR-8 -(;I.
Bulta W-10 -7.5% fluna S-1 -CO" Bulla SS 1-3W, llcr-
hunan 23 -.13'. Perbunan 35 -32*, 113,cor OR-*_'.v
Ilycor OR-15 -23'. Neoprcne-M -I-1', 13tityi vublwr
_69'. Oppatiol -70% Vktanex '1 1114 "1111
a obtilitled fly offier 111CO1014, y

MAREVSKAYA.-A.P.. , I z
Phyaiological characteristics of the musculzs levator palperbrae.
Fiziol. zhur. 51 no.6:741-748 Je 165. OqR~ 18:6)
1. Kafedra normallnoy fiziologii, Pediatricheskogo meditsinskogo
Inst) tuta, Leningrad.

KV ~'-.SO
a, t r, n a r,. E:
do

14AREVSKAYAp A.P.
Participation of nasal muscles in the activity of the olfactory
analyzer. Fiziol. zhur. 47 no.6:697-703 Je 161. (MIRA 15:1)
1. From the Department of Physiology, Paediatric Medical Institute,
Leningrad. (SMU) (NOSE)

14AMSKAYA$ A.P.
Participation of nas4l muscles in the activity of the olfactory
analyzer. Fiziol. zhur. 47 no.6t69*7-703 Je 961. (MIRA 15:1)
1. From the Department of Physiology,, Faediatric Mledical Institute,
LeniWad. (Swu) (NOSE)

KVASOV, D.G.; IWOVSKAYA. A.P.
Stationary electrical potential of nasal and oral micosae
and its ontogenetic development. Fiziol.zhur. 45 no.8:
959-968 Ag '59. (141RA 12: 11)
1. From the Department of Physiolo&y, Paediatric Medical
Inutitute, Leningrad.
(NOU, physiolo&y)
(MOUTH, physiology)

KMVSKAYA. A.P.
Effect of afferent impulses from the masticatory muscles on the
activity of the salivation center. Fiziol. zbur. 44 no.3:212-218
Mr 158. (KIELA 11:4)
1. lpfedra normallnoy fiziologii Pedintricheakogo meditainskogo
instituta, Leningrad.
(MUSCLES, MASTICATORY. physiology
afferent impulses, eff. on activity of salivntion center (Rug)
(SALIVATION, physiology
salivation center, eff. of afferent impulses from
masticatory muse. (Rua)

WTAREVSKAYA, A.P., Cand iizd Sci -- (diss) "Data for
the physiology of the masticating, museleg." Len ,
1958, 16 pp (Len Pediatric# Med Inst) (KL, 2b-58) 110)
- 89 -

HAM- SFAYA, A.P.
Proprioceptive reflexes of the casseter wiscles in ontogenesis
(with summary in Raglishl o Biul.eksp.biol. i med. 44 no.12:16-
20 D 157- (MIRA 11:4)
1. Ic kcafedr7 noratallnoy ficiologii (zav. - prof. D.G.Kvasov
Laningradskogo pediatrichookogo meditsinakogo instituta (dir.
profo II.T.Sbutova). Predstavlona deystvitellnym chlenom AKN SSSR
H.S'Vb8loV.VM.
(MUSCLES. MASTICATORY. physiology,
proprioceptive reflexes, develop* in cate (Rua))

USSR / Human and Animal Physiology (Normal and Pathological). T
Nervous System.
Abs Jour Ref Zhur - -Bioloaiyt, flo 13, 1958. iio- 6o696
also h crossed eekiek of stretching, indicated the capacity
for radiatiot A the proprioceptive impulses. Super-
st:~ong stimulation (800 K. for cats and 500 h. for rabbits)
produced a b1phasic reaction, In which exaltation waB
changed to the decrease in amplitude and frequency of the
electrical fluctuations, which is regarded as a pessimal
inhibition of the centers. -- T. G. Retoleva
Card 2/2

USSR / Human and Animal Physiology (Normal and Pathological). T
Nervous System.
A14s Jour Ref Zhur - Biologiya, No 13, 19='8, No. 60696
Author
inst Not given
Title The Stretch Reflexes of the Yostication muscles in
Adult Animals
Grig ;'ub Fiziol. zh. SSSR, 1957, 43, No 9, 887-893
Abstract In intact arA decorticatod cats and rabbits. under ether
anesthesia, the stretching of the mastication muscles led
to the increase in the fluctuation amplitude on EvG.
The emergence of electrial activity In the chewing muscles
and strengthening of breathirvg In a moderate stretching
of one partly separated from the jaw chewing muscle,
mutually reinforcing the activity of the simultaneously
occurring particular reflexes of different muscle8, and
Card 1/2
128

M.; ROMANOV, A.V.
Preliminary resalts of observing rock pressure on supportal-m-ade of
monolithic reinforced concrete in the shield system of mining with
filling. Vop. gor. davl. no.7tl9-26 161. (MIRA 18:7)
1. Institut gornogo dela Sibirskogo otdeleniya AN SSSR.

- MAREVICHILY--
Question of using the shield system of mining with filling.
Trudy Inst. gor. dela Sib. otd. AN SSSR no.3:339-356 160.
(Coal mines and mining) (MMA 14 4
(Mine filling)
(Mine timbering)

mRNIGII. II.V.
Spontaneous ignition of Tom'-Usa deposit coal in the Kuznetsk
Basin. Trudy Inst.gor.dela Sib.otd.AU SSSR no.2:141-166
'59. (MIRA 13:5)
(Kuznetsk Basin--Coal mines and mining_-Fires and fire prevention)
(Combustion, Spontaneous) (Tom' Talley--Coal-Testing)

MoSVICH, N.V.
14-,thods of erecting concrete pillars In minor.. Trudy.Inst.gar.
dela Sib.otd. AN SSSR no.2:21-36 '59, (RIX6. 1):5)
(Mining engineering) (Concrete conatructiori)

Irand.tekbn.nauk
N.A. Chl-,.~akal, corresponding member of the AcadeW of Sciences of the
U.S.S.R.1; on his 70th birthday. Ugoll 33 no.11:44 H '58.
(14IRA 11:11)
(ChInakal, Nikolai Andreevich, 1888-

I-WIEVICH, N. V. and DZYUBEIEO, V. T. (1-Uning Inst. of the Siberian Branch of AS USSR)
"E-Perience in the use of Shield Ccnveying Systeos."
report presented at a Sci.-Tech- Conf. on Improving the Exploitatioll SYstem
in coal Beds, called by Mining Inst, AS USSR, at Frokop'yevsk 20-22 Jan 1958.
(Vest. Ak Hauk SSSR, lr,;8, No.4, 105-7, author Lyakhov, G. M.)

~
Spontaneous ignition of coal.9 ia the ldyka7ev and 11,3-zurr)-7L f~r-
mations in the Balakhonk-a uerieq of Kuznetsk Basin. 2rudy Inst.
gar.dela.Sib.otd.All SSSR no.1:63-75 '58- (14IRA 12:11)
(Kuznetsl,- Basin-Coebustion, Sporitaneoue)

Preparation and use of materiale frou birni% miate pilce in
the Kuznetsk Basin. Trudy, Inst.gor.dela.Slb.otd.AN SSSR .,).I:
49-53 158. (1111BA 12:11)
(Kuznotsl.- B4sin-Waste products)

A Iyy jotr, Anil,
KkRWIGH N,V. k takhn.nauk, sturshAy ulluclI7
u-
N.A.Chinakal. correspording member of the Academy of Scie=es
T-
of the U.S.S.R.; on his 70th birthday. 7rudy A.v;t.gor.dela.Sib.
otd.Ml SSSR no.1:7-10 158. OIRA 12:11)
1. Inntitut irnrnogn delEt Slbirskog-o ot'ifil., 1,;,,! , ~ )j')'R.
Whinakal, Nikolal Andreovich. 1"'io-)

Relationship between the duration of the effect of atmospheric oxygen
on spontaneous combustibIlity of Prokoplyevok coals In the XUzastsk
Basin..Trudy Gor.-geol. inst..Zap.-Sibe fIl..Aff SSSR no.18:81-89 156*
(MIRA 13:11)
(r,usnotak Basin--Coal) (Combustion, Spontaneous)

HAREVICH, Madethda Viktorovna; SOBOLEV,G.G., redaktor; GRISELAYERKO.K.I.,
...... _ ~ 1,
_". 3~64filktdrq tekhnicheakly redaktor
[Spontaneous combustion of thick coal seems in the Prokoplev
deposit. Kuznetsk Basin] Samovotgoranie uglia noshchnykh plastoy
prokoplevskogo mestorochdentia kuzbassa. Koskya. Ugletakhtsdat.
1955. 135 P. (HLRA 9:2)
(Kuznetsk Basin--Coal mines and mining) (Combustion, Spontaneous)

1,10-6010H, N. V.
29043 Analiz samovozgora iya ugglya pri shchitovoy sisteme razkabotki. Trudy ~orno-geol
IN-Tit (Akad. nauk SSSR, Za-D. -- Sib. filial), vyp. 4, 1949, E. 19-37 --
BiblioLr: 10 nazv.
SO: Letopis' Zhurnal'nykh Statey, Vol. 39, ,Ioskva. 1949

KMVICH, A.M.-(Koscov); FILIPPOVA, L.F. (Moscow)
-- ---'76rmation of hydrogen peroxide in the oxidation of formaldehyde.
Zhur. fiz. khim. 31 no.12:2649-2655 D 157. (MIRA 11:4)
1.Akademi7a. nauk SSSR, Institut khimichaskoy, fiziki, Moskva.
(Formaldehyde) (Oxidation) (Hydrogen peroxide)

-XC-,C* _N__ ____ I
AP7000703
separating rhenium from molybdenum in a sulfuric acid medium, to the choice of
a proper tributyl-phosphate solvent and to the explanation of the reaction of hydro-
chloric acid and of chlorides upon the extraction. It was established experimentally!
that if extraction is repeated twice in a medium with 2 N sulfuric acid and 0. 5 N
chlorine ion concentrations, an almost complete separation of rhenium from
molybdenum oct-irs. Cyclohexane was found to be the best solvent. A six-minute
Lreatment uf the extract with 40 ml of water and 30 ml of chloroform for re-extrac-
tion of rhenium proved most effective. The 0. 5 N chlorine ion solution was acidifi-
ed with sulfuric acid within 2 N limits and extracted twice during a three-miriut~
period in 10 ml each of tributyl phosphate and cyclohexane. After washing out the
extracting agent, rhenium can be reextracted from the organic phase in six
minutes by using 40 ml of water and 30 ml of chloroform. The paper was present-
ed by the corresponding member of the Academie, N. Pentschev, on 20 June 1966.
Orig. art. has: 2 figures and 1 table. [DR]
SUB CODE: 07 /SUBM DATE: none/SOV REF: 003 /OTH REF: 007!
2/2

ACC NR' AP7000703 SOURCE CODE: -BU/0011/66/019/010/0913/0916
AUTHOR: Jordanov, N.; Mareva, St.
ORG: Institute of General and Inorganic Chemistry, Bulgarian Academy of
Sciences (Institut fur allgemeine und anorganische Chemie, Bulgarische
Akademie der Wissenschaften)
TITLE: Separation of rhenium from molybdenum by extraction with tributyl
phosphate
SOURCE: Bulgarska akademiya na naukite. Doklady, v. 19, no. 10, 1966, 913-916
TOPIC TAGS: rhenium, molybdenum, cyclohexane, tributyl phosphate, rhenium
separation from molybdenum
j-i.oo A. ntit-;T: Research has been done on the development of a method for extract-
ing rhenium from molybdenum; this method could be combined with the distillation
method described in 1963 by N. Jordanov and M. Pavlova (N. Jordanov, M. Pav-
lova. Mikrochim. acta. 3, 1963# 477). . Tributyl phosphate proved especially
suitable as the extracting agent. Special attention was paid to the problem of
card 1/2

_MAREVFA St.; KHRISTOVA,, R.
j
Determining the silicon dioxide in iron ore containing barium
sulfate. Doklady BAN 2.4 no.7: 161.
1. Predstavleno chl. korr. N. Penchevyme
(iron ores) (Silicon) (Barium)

MOKKOVI L.A.; MAREVA, N.S.
Rapid method of determining the concentration of hydrogen peroxide
vapors. Zhur.prikh.khim. 35 no..11:2573-2574 N 162. (MIRA 15:12)
(Hydrogen peroxide) (Air-Analysis)

- -L, ~ 2-1-A
~~O-jtljj- !rifle:- 04' a~3' r"-.:3 nns
urop a n c

XAREMIT, Ser y Konstantinoviph; POLTAKOV, B.F., red.; BMOUSOVA.
--9e ._ ~
tekhn.red.
(Tiraspoll; historical-geographic study] Tiraspoll; iatoriko-
geograficheakii ochark. Kishinev, Gos.uchebno-pedagog.izd-vo
Holdavskoi USH. OShkoals Sovatike." 1958. 102 p. (HIRA 13:2)
(Tiraspol'--Economlo conditions) (Tiraspoll--History)

14-57-6-120/92
Translation from: Referativny zhurnal, Geografiya, 1957, Nr 6,
p 166 (USSRT
K.
AUTHOR: Maretskiy, b
TITLE: Settlement of the City of Tirasopoll and its Environs
at the End of the 18th and First Half' of the 19th
Centuries (K voprosu o zaseienii g. Tiraspolya i yego
okrestnostey v kontse XVIII i pervoy I-olovine XIX vv.)
PERIODICAL: Uch. zap. Tirasopollsk. Fed. in-ta, 1950', Nr 1, pp j3-
39
ABSTRACT: Bibliographic entry
Card 1/1

MARCTSUr, S., inzheuer
Aircraft engine Instruments. Kryl.rod. 3 no.8:15-19 Ag 152. (MMA 8:8)
(Aeronautical instruments)

liAAETSKIY) Anatoliy Vikt,,)rovi(A.- NAJ0',A.(.,Ij.Ay rol.
.-.
[I~echaniLation c~f h,-,7 stra-d
practices of coldective alli~ state farms in krchangeL
and Vologda I ro-Ances] Vlekhanizatsli.a atx)rki sena i sc-
lomy; iz opyta kolkhczo-; -1, sovkh-3,zcov i
Vo'ogodskc)i oblastel. Ar~hangellsk.. Severc--'Zapadrwe~
knizhr-,oe izd-vc), i905. "O'P,

MIARETSKAYA, YE.
Machine-Shop Practice
Pourinc- babbit metal in makin- 3onwiectin'-- rod bushings by the liquid stamping
method., INES., 121, no. 1, 1~52.
9. Monthly List of Russian Accessions, Library of Congress, - Apri 1 1953. Unclassified.
e

KkUT dots. (Moskva)
Features of the course of benign lyrmhoreticulosie (cat
scratch disease). Klin.mede 36 no.12:104-109 D '58.
(MIRA 12:6)
(CAT SCILOCH DISFAR, manifest.
(Rua))

MAIMSFUM, N.Y. .. -
Congenital hemolytic anemia with granulopenia. Pediatriia 36 no.11:
74 N '58. (KIRA 12:8)
1. Iz Ketskoy obOyedinennoy bollnitsy No.18 Sovetskogo Rayona 14osL-vy.
(ANMIA)

KAWSUTA. M. If. doteent.
Infectious disease caused by cat bite or scratch. Say. med. 19 no.11:
45-48 H '55. (MIRA 9:1)
1. In gorodskoydetakoy infektaloanoy bollnitay Uo 8 Mcokwy
QlavnMrach P. F. Xmsnova. konsulltant - doteent K. r. Karetakaya)
(GAT 30MCH DISNA .
case,reports)

MMTMrM., K.F., dotsent
Metabolic bona disease and rickets; ettolog7 and pathogenesis of
matabilic bone disease. Pediatriia no.3:57-65 It-Je 154.
(HLRA 8-1)
1. 1z kafedry datskM boleznay (direktor - chlen-korrespondent
Akademit meditainskikh nauk SSSR professor Tu.F.Dombrovskaya)
I Hoskovskogo ordena, Lenina ateditainskogo instituta.
(RICKETS) (BONES-DISEASEES)

. !w ~-- - ~$- -;BAYADINA, S.A.;GARELIK, O.S.;G07SHM, R.V.;3OHD&flMO, T.V.;
SHISHOVA, Ye. M.
Pneumonia in infants. Sovet. med. 17 no.7:30-32 July 1953. (CLKL 25:1)
1, Of the Clinic for Children's Diseases (Director -- Prof. Tu. r.
Dombrovskaya, Corresponding Member ANS UMR) of rirat Moscow Ordar of
Lenin Medical Institute, Trunsenskly Rayon Children's Hospital (Head
Physician -- 1, 1, Tefer)f and the 0hildren's Division (EEsad -- R. T.
Geyehim) of Polyclinic go. 56.

KAMSKAU, H.F.; ISAYEVA. L.A.
, -
Fibrous dysplasta. Pediatrila, Moskva Iro.6:51-56 96v-Dec 51. (CLIG 21:4)
1. Docent Maretskaya. 2. Of the Glinic for Ghildren's Diseases (Director
Honored Worker in Science Prof. V.I. Molchanov, Active Member of-the
Academy of Medical Sciences USSR), First Moscov Order of Lenin Medical
Institute.

VAFMTSUTA, M.F.; ZVONITSUTA, T.H.
L; . ,
Hypertonia in scarlet fever in children. Sovet.med. no.3:9-10
Mr '50. (CUM 19:2)
1. Of the Department of Children's Diseases, First Moscow Order
of Lenin Medical Institute (Director of Department -- Prof.
T.I.Molchanov).

i~. ~ ~t ~ ~5* - - 'I "
tt 1",-j
s 1, ava F anri ur'cafG'-",
f ,e vraf- ;ns
5,3 s 017', 7, . f, I ya z da
1948, -). 232-35
-324~4, 10 1953, 'Iv-,to-is "--hural 'nvk'
30
for
S ta

MARETINA., S. A.
"Obshchina u i-aalykh narodov Assamn."
report submitted for 7th Intl Cong, Anthropological & EtILriological Sciences,
1,10scow, 3-10 Aug 64.

I.A.; MINGALEVA, K.S.
si - ~ con V
~-, --containing ace- lcnic enamdne3. Zhur. ob. kh-':r,. --7
no.lCjl720-.l'f23 0 165. OMIRA lq~licj)'
11. Iristitut imcrl, Lon-q",.Vr-'r!.

ACCESSION NR: AP4037061 S/0079164/034/005/1685/1685!
AUTHOR: Haretina, I* A*; Petrov, A. A.
TITLE: Dialkyl(vinylacetylonyl)phosphines
SOURCE: Zhurnal obahchey khimii, v. 34, no, 3, 1964, 1685 1
TOPIC TAGS: dialkyl(vinylacetvlenyl)phosphins, dibutyl(3-buten-l-
ynyl)phosphina
A
BSTRACT: Previously unknown enyne-substituted phosphines have
been prepared '- at the Leningr-ad Tech.nological Inst.itute i.meni--
Lensovet. The new phosphines are readily obtatnpA.by treating_j~q
e6ynylmagnesiurn bromide with a dialkylbromophosphine in et*hyl
ether under nitrogen. Dibutyl(3-buten-1-yi~yl)phosphine thus
prepared had the following constants: b 92C; d20, 0.8602;
31
n2O 1.5110, Tito presence In thin phosphine of the conjugated
V?n;lethynyl group was confirmed by IR spectroscopy.
ASSOCIATION: Laningradskiy tekhnologicheakiy inatitut LueaL
Lensoveta(LonLngrad Technological Institute)

MARTMNAI 1. A,: PMOVI A. A.
Synthesis and properties of crystalline dodecans-2#2,7#1-
tetrametbylactane. Zhur. ob. Whim. 32 no.12-'3899 D 162.
(MIRA .16:1)
1. Lenin-oradskiy tekhnologicheskiy institut, imeni Lensoveta.
(Octane) (Dodemne)

PETROV) A.A.; LEBEDEV, V.B.; HAUTINA, I.A.; YELSAKOV, N.V.
Nuclear magnetic resonance spectra of enywo ard the -effect.
Zhur.ob.khim. 32 no.5:1711-1712 Ify 162. (~GRA 150)
1. Leningradskiy tekhnologicheskiy institut imeni Lensoveta.
(Hydrocarbons-Spectra)