SCIENTIFIC ABSTRACT KULAKOVA, M. N. - KULAKOVSKAYA, M. YU.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOV/79-29-2-45/71
Oxidoreduction Systems as Stimulants in "he Radical Processes, IXc Mechanism and
Actual Efficiency of Polyamine Systems in the Polymerization Process
the mechanism of the main and side reactions. It was shown that it
is possible to employ the polyamine systems for producling a highl'!
active polymerization process in emulsions at 50-- There are
9 figurss, 5 tables, and 25 referennes, 9 of which are Soviet,
ASSOCIATION: Vaesoyuznyy nauchno--issledovatellsk-iy institut sinteticheskogo
kauchuka (All-Union. Scientific Research Institute for Synthetic.
Rubber)
SUBMITTED: December 19, 1957
Card 3/3

50)
AUTHORS: Kutsenok, B Ye., Kulakovag 11. N., SOV/20-125-5-33/61
Tinyakova, ~e. I., D-31g-o-pT~--s-1F-,-B. A., corresponding
Member, AS USSR
TITLE: Initiation of the Polymerization Process in Emulsions
Under the Influence of Isopropyl-benzene-hydroperoxide andSO 2
~Initsiirovaniye protsessa polimerizatsi-i v emullsiyakh pad
vliyaniyem'gidroperekisi izopropilbenzola i 30 2)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 125, Nr 5;
PP 1073-10't6 (1JSSR)
ABSTRACT: It was proved already earlier kRef 1) that the reaction
between the substances mentioned last in the title proceeds
rapidly in hydrocarbon media. It leads to the formation of
uneaturated polymers or to the formation of polysulfone if
it proceeds in a styrene solution at 60 2 excess (Ref 2).
Therefrom it may be assumed that the reaction of hydroperoxide
and SU2 proceeds through an j-ntermadiate stage of,tne free
radicals. in analogy to many other known redox reactions. The
Card 1/4 present 'paper deals with the investigation of the effective

Ini-tiation of the Polymerization Process in Emulsions SOV/20-125-5-33/61
Under the Influence of Isopropyl-benzeni-hydroperoxide and SO 2
mechanism of this reaction system as well as with the
clarification of its possibility of use for initiating
the polymerization of monomers in aqueou7, emulsions and
acid media at low temperature. I n v e s t i g a t i o n
0 f t 11 e 0 0 m p 0 8 i t i 0 n o f t h e
i n t' e r a c t i o n p r o d u a t s 0 f
i a o p r o p y 1 - b e n z a n e - h y d r o p e r o x i d e
w i t h 302. The process mentioned proceeds instantaneously
in an octane-water emulsion between 0 - 700. S02 and
hydroperoxide are consumed in equimolar quantities (Table 1).
If the reaction proceeds in the presence of cZpentene or -
of, -methyl-styrene, which are known to affiliate easily free
radicals (Refs 3, 4), sulfo acids are detected in the
interactian. p-raduats. (Table-2). Therefore the radical SO3H
forms one'of the intermediate products of the reaction. The
formation of sulfuric acid as a final product of the
oxidation may be due to the reaction of the disproportionation
of the radicals. If the acceptors of free radicals lack, the
Card 2/4 reaction proceeds roadily in the dire..-tion of the'formation

Initiation of the Polymerization Process in Emulsions SOV/20-125--5-33/61
Under the Influence of Isopropyl-berizene-hydroperoxide and SO 2
of sulfuric acid and carbinol, I n i t i a t i o n 0 f
t h e p o 1 y m e r i z a t i o n u n d e r t h e
i n f 1 u e n c e o f h y d r o p e r o x i d e a a d
so 2- Since the interaction of the components in aqueous
emulsions and in a homogeneous medium proceeds rapidly, the
first experiments of the aforesaid initiation do not yield
positive rgaults. The high concentration of active centers
at the beginning of the process caused short reaction chains
and the end of polymerization. It is known that such systems
may be used for initiating the polymerization only by
regulating the rate of interaction of the components by
different methods. This is achieved especially at 00 with
a gradual dosage of the components. Figure I shows the
yields of the polymer in the presence of 0.6 ~ of the
hydroperoxide mentioned (computed with respect to the
styrene weight) and at an equivalent quantity of
M N 50 2- solution according to the sequence of the addition
of the components. This shows that with the addition of
Card 3/4 hydroperoxide and 00 the polymerization ceases instantaneously
2

Initiation of the Polymerization Process in Emulsions SOV/20-125-5-33/61
Under the lnflilence of Isopropyl-benzene-hydroperoxide and SO 2
(at the beginning of the reaction) (Curve 1). The process is
quickest at a gradual dosage of the two components. The
yield amounts here to 87 % at 00 within 4 hours (Curve 2).
Figure 2 shows the kinetic polymerization curves of styrene
in the presence of various quantities of hydroperoxide.
Above 0.3 % and more of the concentration of the latter the
polymerization ceases practically. A complete consumption of
hydroperoxide and SO 2 corresponds to this moment. The
polywerization begins again at a temperature rise UP to 300
(Fig 3). Therefore an inturmediate compound is produced
under certain conditions which is able to initiate
the polymerization at higher temperatures. There are 3
figures, 2 tables, and 8 references, 4 of which are Soviet,
ASSOCIATION: Ilauchno-issledovatellskiy institut sinteticheskogo kauchuka
im'. S. V. Lebedeva (Scientific Research Institute of
Syn-thetic Rubber imeni S. V. Lebedev)
SUBMITTEDs January 5, 1959
Card 4/4

FCfiLOVA, N.A.;,.KULAKOVA, M.N.
Effectiveness of seroprophylaxis for elAdemi,. h,-,patiti~; in
Leningrad in 1958-1959. Trudy LFMI 30:250-258 163.
(MIRA 18:3)
1. Leningradskiy institut e idemiologil i mikrobiologii imed
Pastera (dir. M.Ya.NikitiZ i-Leningrad!3kaya goradskaya sanitqrno-
epidemiologicheakaya stantsiya (glavnyy vrach V,Ye.Kovshilo).

RAFALISONY D.I.;_R~k~OVAI-,M-N.; KRUTOGONVA, F.M.; TETERINA, Z.K.;
LAZAREVA, M.S.;,-bRLOVA, N.N.; BAWIOVA, L.P.; NAZAREVSKAYA, O.V.;
SHIBA, Ye.P.; MELICRFNKO, K.M.; ZELEIIKGVSY,,ATA, A.H.
Significance of blood transfusion in the transmission of
epidemic hepatitis. Zhur.mikrobiol.. epid. i immun. 42
no.9:81-85 S 165. (MIRA 18:12)
1. Leningradskiy institut perelivaniya krovi, 1-ya, 2-ya i
3-ya gorodskiye stantsii perelivaniya krovi i Leningradskaya
gorodskay& sanit w o-epidemiologichaskaya stantsiya. Submitted
February 29,-1964.

A G E S 1 i R AP501032Z U R. Q) (1630 4 8 1) 0 02 0, ZL 2 0
ITi T Akhmanavp q. A. ; Kovrigin, A. I.; Rulal-ova 11 R o m, a r y U
h h I
F i Tl-le tl~ireshold and lind ini:ensicy of C, 'i.m.-aL ate-,' F.'sman scatte~-
J, ni n I Lquids
~OVIICE- Zhurnal eksperimental'noy i teoretichestroy fiztki, v, 48~
4, 1965, 1202-1204
Ir �r P I C T A G SPtimulated Raman scattft_r~~g, Raman seatterLng threahold,
Raman s c. at te rVn_S_'_ i I ne -fn_te___n__s i -ty---*
I APESIRACT, Stimulated Raman scatterinz,'(SRS), at which coherent
0 S c i I 10 t II c, n a f - ~O~e -Elie- 'i-m- -ij t L e r L n g. medium I e g- eni reated, &~s a. tbi-esbol_
6 C i E C. ~ dcj, v-here E. is the fiald intensity of the incident t~ave, I
(frequency u. 13ci is a value dete.~mined by Ihc, pelarizall-Lan of the
tn-)'I~ecule of the scattering medium, ~,t frequency 4, Q - wcj (P 1-~ the,
natural frequency of molecular oscillation), arld 6 is the absorr6ttoa
coefficient of the medium ;_-L wci f-requency. 'xperLrcrits an the
excitition of SRS were performed wIth organic liquids
Cord 1 /3

fffi
cyclobaxane)
rt'et t1tah t
va uo -f the t reshold and line intensity in ranges sho
a 3e r 0 6 9 The second harmtonic rf n neodymiurr Oass
ru Y
4ave6c.1gacions showed
laser (Ag 0.53 V) was used to excite SRS. It
in comparison to carreepondLn
ls~ halU-, that-at~.-'
ivalue's a- AO_ - j-'_S_Rq_ VA-s'- approximate
X0 0.7p under the same'L stigation conditiono. This coul e
nve
the r4se of operational frequency'-
rq,j 1 tof the fact that 1) with
e increaseg or 2) th-a diameter r)~ t1-- c o,- !?Pot- of
r of -:,~tical harno-ij,,:s r,-, 1~ie c-~ ler 7-, a
ruby laser, due to a smaller
The intensfty ol SRS grows with che distance 1~c- -.,Teent eor-
ward edge of the va~~ael and. tne -focus, Gene [n
addl-tion to their use- Alor ob~ae~_rvation of SPS in the vicinity of I e C. -
trori ,L:sorption bands, can al3o be used for the inieqtigatiou of SIRS
I n 6 11 0 Ei 1 1 1, e~ a r a b s o r u t L o n e f f e c t: s 1, n i r. t eiQ 1, L h a r-mo n 4 r_ f t e 1 d,:
lu,~' i tj,-, bc, th Raman scattering of the hariqon Ic f ie Ld bv cohereat
orcillations, excited by i wive -of frequency ar(I
multiphoLon aboorption). Drt~. nrt~ hp-2: 2 Formt.'Ia4
Curd 2'

AP5010522
004
f 11 F. Tz. 0 01
324:3
Ccrd 3/3

ENT(I P! -4 1 JP(c iilGyql~~ 711,
+
~be ar--~ on nonlinear processes in an 1:
TITTLEP: Effect of the finite aperture of a 1!E~ j
ariisc-tropic medium
SOURCE: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v. 48, no. 6, 1965,
1545-1553
TOPIC TAGS: nonlinear optics,.harmonic generafion, second harmonic, anisotropy,
beam divergence, Raman scattering, KDP crystal, urave interaction, laser beam
"PA"T Data are presented on an investigation of' the aperture effect o f dii
beam on f.he generration of thf7 secr,n,~ liarmi~n~. ~n ~:r,f r~~i
-ts to show the spatfal struc~are
i 1-h it f rom c! ruby riser w ~ 1.11
KDP ci-fstal in which tft;-- J~-cond harmonic was generated. The --~xperilu,~,nto -were
performed with focused and unfocused laser beazs at variable crystal and focal
lengths, The anisotrorpy of the 1.6-c-m-thick KDP erjotals vas varier., by an ertt(trnql
c-!-~c!.rosi.atic field. The experimental rlnta indlr;itz? tho, 1) V.-ariati--in
Card 1/2 ----- --

-----------
-'rAWI'k 5f~fi. -ILIz:
-~0-1- cr -aM&s-qtr6j6E can be modulation:of harmonic -emission; 9)
ystal a-pert, re
-,gene a ion neat
qf n Peoc-eus of~ s
_~e~~s---play-'.'6 'decisive, role.--i 7,t econd-harmonie- ---r
of -dirk: an s in,
40ni-dfract- '-3 -Ahe.nwbg~;~- '--.-.--and-lig , -- -
transverse cross section or- -the harwinic - depends--to-- a--great- at~j,-If
divergcnce of the laser beam; and 4) the effect of crossed be-wmns on the ner
second harmonic is small. The experimental results obtained with the
deieloped by 11). Kleinman (Pnys
ocused beam differ essentially from the theor
-d ha -Ffraction-
128, 19062, 176D of generation of the serpr rmonic in a a-111
f, -K
i~;.J focus. OrIg. art. has., 6 figures and"'IL, -muls-P. [I
-'r-7ATION: Moskovskiy gosudarstvennyy univetsitet (Moscow State Univer'
71L
)ec64 EN'CL: 0.0 '~5
1
NO M-F SOV: 00) CrIIJER. 006 ATD ppEss: 4034
COM-

KULLKOVA, N. S.
FULAYOVA, 11. S. -- "Methods of Work on the Composition of the '4ord in
the Fifth Class of Intermediate School (Ch the Material Contained
in 'The Composition of the Word' and 'The Noun')." Moscow State
Pedagogical Inst imeni V. I. Lenin. Moscowy 1955. (Dissertation
for the Degree of Candidate in Pedagogical Sciences).
So.; Knizimaya Letopis'. No. 2., 1956.

E~ A
Kulaic.- 4.
S-R. 25, 2=-

KUL KOV A N

Ovy~l

A
2nd
."
ffiv'to~3~ T)rpp 1.3 g.
,
d. by.vp , N.IINVO, Witt, llacl') With L"'031 1. c Ix,iling
'
c
p
1
~,,h, w1. 114110, (97.01,,,) to the smptniiao, boil Uw
.
4
,
,

rring for I hr., and
add 27 ml. of cooed, fl.,90j,boil with stiz
filter off the BaSO,. Evop. the filtrate to dlyneia in vacua.-
X

5(2)
AUTHORS: Nikitina, Ye. A., Kulakova, N. Ye. SOV/78-4-3-13/34
r----_ - -
TITLE; On the Preparation of Mono-, Di-, and Tribarium Phosphotungs-
tates (0 poluchenii odno-, dviikli-, i trekh-,,ameshchonnykh
fosfornovollframatov bariya)
PERIODICAL: Zhurnal neorganicheskoy khimii, 1959, Vol 4, Nr 3, pp 564-570
(USSR)
ABSTRACT: The conditions of producing mono-, di-, and tribarium phospho-
tungstates from free phosphotungstic acid and various barium
salts, such as the carbonate, acetate and chloride, have beet
determinea. The monobarium salt can be synthesized only with
the aid of sodium chloride by isothermal crystallization in
a solution having a certain PH -value. I.-Tore highly substituted
salts are formed when barium carbonate and barium acetate
are used. Monosubstituted salts do not form in solutions
--containing carbonic acid and acetic acid. The dibarium salt
of phosphotun.gptic acid can be synthesized only with the aid
of free acids and barium chloride solution. The microphoto-
graph of the disubstituted salt shows that a transformation
takes place in this salt at 410- The tribariun salt of
Card 1/2 phosphotungstic acid in synthesized by the reaction

Oft the Preparation of jMono-, Di-, and Tribarium 30'1/78-4-3-13/34
Phosphotungetates
2H 7 1P (V[207)6] 2+ 3BaCO 3 ~Ba3Ha 1P ("V207)1]2 + 3H 20 + 3C02
,7ith various barium salts and phosphotunf.,-stic acid. The
temperature and the manner in which the barium salts are added
are insignificant for the crystallization. The trisubstituted
salt has the highest stability and is slightly soluble in
water. There are 1 figure, 3 tables, and 11 refe:Tences, 4 of
which are Soviet.
ASSOCIATION- 2-oy Moskovskiy meditsinskiy institut im. 11. 1. Pirogova
(Moscow Second medical Institute imeni fl. I. Pirogov)
SUBMITTED: October 30, 1957
Card 2/2

5(2)
AUTHORS: Ye. A-2
T'TLE: On the Preparation of Higher-substituted Barium Phospho-
tungstates (0 poluchenii vysokozameshchennykh fosfornovoll-
framatov bariya)
:!!_Z7.3DICAL: Zhurnal neorganicheskoy khimii, 1959, Vol 4, Nr 3, PP 571-577
(USSR)
The syntheses of higher-substituted bariiim phosphotungstates
have been found. Pree phosphotungstic acid and various barium
salts, such as the carbonate, acetate, and chloride were used.
Tetrabarium phosphotun-state was produced from barium carbon-
ate or acetate. Exact instructions for preparing
Ba 4H6 [P(IV207)61 2 are given. The salt is purified by a slow
isothermal crystallization of the solution. The yield is about
50-6%. The pentasubstituted salt Ba 5H 4[p(""207)61 2 xH 20 was
produced bY the action o" free phosphotungstic acid on barium
acetate or carbonate. The salt first forms a honeylike mass,
which changes to the crystalline form when stored at room
'Cr1rd 1/2 temperature. The hexasubstituted salt B a6"21P(Y'2O7)612' XH20

!,.n the Prr)-onration of Higher-substitutei 9arium 13C. V/7 9 - A - 3 - 14/3 4
.I!, ospho tun,!-, a t ate a
ASSOCIATIC-71:
S U 13: *ITT E'D
Card 2/2
was detected in the solution but has not been isolated in
solid condition. To prep-tre the salt in cryStalline condition
a freezing-out of the solution or low-temper~,tura crystalliza-
tion is necessary. The crystal formation of the hexasubstituted
salt was microphotographe _'~ The heptasubstituted salt
Ba 7[P(W207)61 2* XH2 0 Was isolated by the action of 5 equival-
ants BaCO 3 on free phosp~iotungstic acid. The action of 7 equi-
valents barium acetate or carbonate on phosphotungstic acid
results in the formation of' the bertholyt compound. The bertho-
lyt compound of the heptr.substituted salt is difficultly
soluble in cold water and unstable when storeO. The aqueous
solutions of tetra-, penta-, hexa-, and heptasubstituted salts
have an acid reaction. V,~)re are 1 figure, 2 tql)l(,s, and 11
references, 8 of which arc Soviet.
2-oy Moskovskiy meditsi~nskiy institut Lm. 11. 1. Pirogova
(,',Toocow Second Medical I'W~titute imeni 11. 1, Pirogov)
December 22, 1957

5(2 SOV/78-4-10-10/40
-AUTHbRS- Nikitina,- Ye. A.,Aulakdva,-11. Ye.-
TITLE~. Thermographic Investigati~n of Barium-i-phosphotungstatea
PERIODICAL: Zhurnal neorganicheakoy khimii, 1959, Vol 4, Nr 10,
pp 2237-224,1 (USSR)
ABSTRACT: In an earlier paper (Ref 1) the method of synthesizing the
phosphotungstates (PT).of barium was described. Now, the com-
positions of the individualsalts, thei- thermal stability
and the formation of various hydrates wefe investigated* The
thermograms '(Fi4gs-1-7) were plotted by means of the Xurnakov-
pyrpmeter. The following mono- up to hepta-subc-tituted salts
-xere investigated-,.-BaH ~s,10153 H20 ; BYi 0 1P (W20 7) 6j 2'
12 [P*(W2'07) 61
.22q-6 1i O'l Ba W 0 -.2 Ba4H .27-.86 H 0;
2 21'8 P( 2 7)6]2 0 -20 6[P(W2O7)612'1 2
Ba5H4 [P (W207) 612~ 36- 39 1120.; B a7 [PN07412*34.24 R2 0 and its
bertholl-ide compound. The thermogram3 of the mono- up to tri-
-substituted salts exhibit 1-2 endothermic effectq due to loss
of water of ~ydration.'-The* t)~-e~rmograms 'of the higher (tetra-,
pentaL and hepta--) subst'ituted"balts show endothermic effects
Card 1/2 of dehydration and exothermic offe'~,ts which can be explained

SO'1/78-11-10-10/40
Thermograph4C Investigation of Barium-phoaphotungslCates
by decompositioz* of (PT) under salt formalion between the de-
composition productq. This assumption is based on the fact that
the thermograms of the frGe phosphotungstic acid show no exo-
thermic effects. All (PT) of barium are less affected by tem-
perature changes than is the fr~~e phosphotungstic acid and the
bi-substituted sodium-(PT). The least stable is t6 berthollide
of the hept-a-substituted salt. Four',new hydrates werd-found:
the bi-substituted barium-(PT) with 9.95 and 2.10 molecul-as H2 0
the penta substit-uted Be.-(PT) with 7.02 molecules H 0 and the
2
hepta-substituted Ba-(PT) with 4.28 molecules 1120. There are
7 figures and 10 references, 4 of which are Soviet.
ASSOCIATIONt Vtoroy Moskovskiy mieditl~,inskiy institut im. N. 1. Firogova
(Second Moscow Medice.1 Instit*ute imeni N, I. Pirogov)
SUBMITTED: May 16, 1958
Card 2/2

NIKITINA, Ye.A. , -PLAX0YA~,,__A!,Te
Equilibria in the systems barium phosphotungatates vater. Zhur-
neorg. khim. 5 no..4:969-977 AP 160. (MIRA
1. Vtoroy Mookovskiy meditainakiy Institut im. S.I. Pirogova.
(Barium ~hosphotungstate)
f
X'j ~J~t~g
A-~

DANILOV, S.N.; SIDOROVA-TMOMIROVA, N.S.; KULAKOVA, O.M.
Emulsion xanthogenation. Zhur. prikl. khim. v. 31 no.5:765-771
143r 158.
,(M TRA
(Emulsions) (lanthic acid)

50) 3011:1 80-3
AUTHORS: Klenkova, N..I., Kulakova, O.M.
TITLE: Esterification of 7.1eakly Cxye-;.-h.,,rla'ted Colluloz;e (7,terifik~~tsiya
slabooknietilirovannoy tsellyulozyj
PERIODICAL: i;hurnal prikladnoy khimii, 10S0, Vol XXXII, ,Ir ~5, pp 660-666
(USSR)
ABSTRACT: The introduction of a amall quantitj of hydro-phobic groupr, into
t!ie cellulose structure leads to --ri incrotille `,-Tiroohl'o.
lic properties f Ref. j-, 7. Thi_3 is explained ';Y the fac' thai
the introduced radical substitutes the hydrox-yl Groups of the
cellulo3c and breaks the hydro&en bonds of the adjacent hyd~roxyls
The treatment of alkalicellulose with ethylene oxide vapors has
an eApecially.strong activatinS effect. Esters of the activated
cellulose may be-obtained by its interaction with haloid-alkyls
of low activity. Butyleellulose may be produced in the same way.
Its reqistince to tear is two timeo higher than in the commQn type
of cellulose. The acid resistance is also hi,gh, the hy.:--roscopici
Card 1/2 ty is low.

0"0V/160- 520.- Y37%
Esterification of -..Veakly Oxyethylated Cellulose
There are 6 table3 and 12 reference.--3, 9 of -ahich are Soviet,
I English, I French and I German.
SL'B,-'ITT2D: February 15, 1956
Card 2/2

KLENKOVAp N.I.;_~UL40VA,_P~~Mj~s-,.TSIMARAI N,D.; XHLEBOSOLOVA, Ye.11.
Effect of vnrious alkaline treatments on the reactivity of'callulose
during acetylation and reaction with caustic soda solutions. Zhur.-
prikl.khim. 35 no.12:2778-2786 D 162. (MIRA 1615)
1. Institut vysokomole'kulyarnykh soyedineniy AN SSSR.
(Cellulose) (Alkalies) (Acetylatign)

KLENKOVA, N.I.; KULAKOVA, O.M.; VOLKOVA, L.A.
Determination of the density and other\properties of cellulose fibers
characteristic of their structure in relation to reactivity. Zhu~.-
prikl.khim. 36 no.1:166-~176 Ja 163. (MIRA 16:5)
1. Institut vy8okomolekulyarnykh s*edineniy AN SSSR.
(Celiulose)

fiber-= a3 re-l-ated a c V

PCU,-11 Of OW c~I.jjl! atit~ on tho ~;Ln CLI-,~ Lrid
-eu'(1~1vit."r 01" CNLLX;TI 'ibers. Zhur. prikl. 1.1din. 38
nc,,,/~-919-925 ".-L; '65. (1-11PA 18-.6)
1. lnstl.tut Uoyodfiloidy AN SSSII.

VENOM. N. I.; MATVETFVA, N.A.;
Chang-as in the sL-ucture and properties of mathylamine-activated
cellulose fibers during their storage. Zhur.prikl.khim. 38 no.6036o-
1367 Je '65. (MIRA 18ilO)
1. Institut v-.ysokomf,"IeIKuJyamykh Boyedinenly AN SSSR.
777777777-7--~-

IUZNKOVA, N.I.; KULAKGVA,.,,-M~; MATVEYEVA, N.A.; VOLKOVA, L.A.;
TSWRA,
Effect of methylanine in various media on the structure and
reactivity of cotton fibers. Zhur. prikl. khim. 38 no.5:1077-
1084 My 165, (MIRA 18:11)
1. Institut, vysokomolekulyarnykh Boyedineniy AN SSSR.

hULAKOVA, 0.
Woodworking equipment in the European countries and in the
U.'S.A. Bum. i der. prom. no.4:52-55 O-D 165.
Rirniture in the Rtumniail People's Republic. Ibid.:55-56
Cha-racteris ties of the development of the DELnish
t'urniture industi-
y. Ibid.:56
(1,4,IPA -18:12-)

KULAKOVA, O.M.
Storage of chips in open yards. Bum. i der. prom. no.4:56-57
O-D 163. (MIRA 17:3)

- '. F , Y A N , i. . y 1, . ; ill U, L f~v (11 VA C, . 111%
New sy3t,,--m cf Irying Lark-r sheotS. Butan- i der. prv-~ r-~i,52
ja-Mr '64. 1-7t.6)

SAPYAN, A,Yu.; KULAKOVA, O.M.
b1trasonic waves in pulp processing. Bum. i der. prom. no-3:60~
62 Jl-S 163. (MIRA 17:2)

GDOERM, F. 1. ; KULAIKOVA, R. I -
Lactic acid and hemoglycolysis. Izv. AN Kir. SSR Ser. biol. nauk
2 -no. 5: 99-101 16M (MIRA .14:6)
(LACTIC ACID) (BLOOD-ANALYSIS AND CBMISTRY)
~ Lsl~

-- KULAKOVA.-R. I. -GDMRIKII , F. I. j AYTKULOVA, A. U.
Mechaniom of glucose therapy. Sov. zdrav. Kir. no-3:26-29 My-Jo 162.
(MIRA 15; 4
1. Iz kafedry propedevticheakoy terapii (zav. - dotsent M.I.I.IHIrrakIiimov)
Kirginkogo gosudarstvennogo moditsinnko,-,,o instituttx* i laboratorii biokhlixti
Institute. krayevoy moditsiny AN Kirgizakoy SSR (zav. - dotsent F.I.
Gimmerikh).
(GLUCOSE)

MEYN, S.M.; KULAROVA, R.V. - IJJZHETSKIY, A.A.; KOPKIII, M.G.; ALBKSANDROV, A.N. t~npvv-
, WIPn -,,I , "
, -" a " W
Chemical and electric stabilit7 of oils. rhim.i tokh.topl.ne.2:60-68 7
156. (Oil analyvis) (MMA 9:9)

KULAKOVA, R.Y., Icandidat takhnichookikh nauk; MYN, S.R., doktor
nauk.
Polar and neutral hydrocarbons of mineral oils. Vest.elektroprom,27
no-12:52-54 D *56' (MLRA 10:1)
0
1. Nauchno-looledovatellskiy Inatitut labellnoy promyshlannosti,
Hinisteratvo alaktropromyshlennosti'
(Hydrocarbon.)

4 a - R-V -kant~idat tekh~-Alclienkfkh nauk; VOYDEKoVA, Y.I.. Inz1h.,me1r.
Innulating paper for high-voltage cables. Yest.electropror_ 27
no.7:42-146 J1 '56. (~',LqA 10:8)
l.Ilauchno-isalef:-io,;atel's],i7 instit-at kabellno;r pro,,Iqzhlonnosti,,
(Blectric innulators and insulation)

A t Y.-L' i 101 ZKulakova~ 1,1..V.7 A.G.
L -Leelulic~
Engineor, M- - 9
Engineer, Diudyakova, V.A., EliCineer,
and Makaroval L.I., Engineer.
TITLN: The electric strength of oorfutiunicationo cable with
spiralctyroflex insulatio,i.. (Blelctricheskaya prochnost magi-
stralnykh kabeley svyazi s kordelno-stirofleksnoy izolyatsiey.)
PERIODICAL: "Vestnik Elektro-prom7fshlennostill (Journal-of the Electrical
IncLustry) 195?, Vol. 28, Yo. 4, -DD-. 31 - 35 (U.S.S.R.)
ABSTRACT: Spiralled styroflex insulation consists of styroflex tape
wound in an open spiral on the core over which are wound
.Lurther close spirals of styroflex tape. Cable of this kind
has good high 'requency characteristics which is very important
in cutting down the number of repeater stations on communi-
cations cables. The article gives data of the electric strength
of insulation of this kind with various kinds of -applied volt-
age, na-inely, d.c., impulse, short and long term 56-c/s a.c. and
information about -the nature of breakdown in the insulation.
The article also gives the rosults of dt~,4ormlnabiozi of broak-
down voltage of shoit lunrLhs of cable with spiral styroflox
insulation used in the frequency range up to-252 kc/s with
shoit and long term application of d.c. and 50 cls a.c. and
gives a statistical treatment of the experimental data to apply
to production lengths of cable. It also gives the results of
investigations of over voltage on switching and during fault
conditions on an experimental line in application to the remote
m J_

390,
The electric strength of maix-- comm),Laicaticins ctable WjXh
spiral styroflex insulation. (CozJ.;.)
feeding system which has been developed. The electric.,,.
strengths of the different brands of cable are conzidered in
turn.
It is concluded that the short term electric strength of
styroflex film 0.02 -- 0.05 mm thick witih 50 c/s a.c. is of
the order of 240 kV/mm. The long teiu. electrio. strenZ~th to
a.c. is ?0 kV per millimetre. The short term electric strength
of cable models with spiral styroflex insulation increaffes with
increase in the t' iolmess of the spiralled -0.1111 W-rd, outer
covering. Breakdown of one film ixL a cable pair redu(,,qd the
electric sLrent~,tuh by about and when two films b2_-01101 down
the reduction in electric strength ~.,Paz 60 - 801,-:;, depending on
the nature of the applied voltage. The electric. streni-,:th of
spiralled styrofle;: insulation to impulse and d.c. was 201;.~
greater than to a.c. The minimum breakdo-~,m volta?e determined
on short lengths of cable with long term application of (Le.
was 3 ?00 V and Ath a.c. 2 100 V. -Undex., opezatar-C conditioia_-----_
with direct current sixfold overvoltaCe may occur uaAer swci~
conditions and throe or fourfold under sVT'LtchinL, condi~t~'Ions.
On -the basis of tho investiGat-ions that have boen carried
out it is recommended to try out the cables under operating
conditions with a maximum supply volta-e -to repeater stations
L)
of 700 volts d.c. or 400 volts A,c. 3 fiGui-eas.

AUTHOR: Kulakova- R.V Candidate of
"~ec
~Lical Sciences
Doctor ,and
I 1-n-12-4/1
Technical Sciinces'--kreyn, 2.E.
Zhuravleva, R~M., Engineer.
TITLE: An Investigation into the Decomposition of Oils, Individu'al
Groups of Hydrocarbons and their -Mixtures in an--giectric
Field. (Issledovaniye razlozheniya, mas6l, otddi~fflnykh grupp
uglevodorodov i ikh smesey v elektricheskom pole)
PERIODICAL: Vestnik Blektropromyshlennosti, 1957, Vol.28 Ao.12,
pp. 11 - 15 ~USSR).
ABSTRACT: The reliable operation of oil-impregnated and oil-filled
cables is affected by the evolution of gas in the oil th.-Vi-d-gh
ionisation. The article describes work with a "gassing" cell
very similar to the old Pirelli cell; the inner electrode is
a tungsten rod 2 mm diameter; and the outer electrode is tin
foil on glass. Tests were made with atmospheres of air, hydrogen
and nitrogen; the results are given in Fig.2. Nitrogen gave
considerable gas evolution and air considerable'absorption,
whilst hydrogen was more stable. Accordingly, a hydrogen atmos-
phere was used in the subsequent work. After ass -espying the
influence of experimental variables, a study vl,-:,-A -p_au`~ of the
gassing properties of low and high viscosit. ~-;Ils from both
J..
naphthenic and paraffinic crudest. the.-pib'perties of the oils
Cardl/2 are given in Table 1. The more viscous oils did not evolve gas

110-12-4/19
An Investigation. into the Decomposition of Oils, Individual Groups
of Hydrocarbons and their Kixtiires in'an Electric 'Field.-
but the low-viscosity Oils were much more active. Th. ves
given in Fig. 9 show how the degree of refineme.. trans -- er
,oil influences the gas evolution. The results of gassi, ,'"tests
on naphthenic paraffinic fractions completely de-asphalted an(f
freed of aromatics are given in Fig. 10; all were gas-evolving,
but again the heavier oils were more stable. The effect of
adding aromatic hydro-carbons in reducing the gas evolution of
the fraction is shown by the data in Fig. 7. The oils were also
analysed after exposure to ionisation, which was found to cause
somewhat greater complication of the molecules. Because frmqe:~~.ton'~s-
from which the aromatics have been removed are more gas-e-v6lving,
it is concluded that the aromatics prevent gas evoluttion;
further, that their addition reduces the tendency to gas-evolution.
On exposure to ionisation, the dielectric properties of almost
fil the oils berm? wprsg. The are 10 figuren, 2 tables and
2 references o whic are Ravic.
ASSOCIATION: NII
SUBMITTED: December 20, 1956
1
AVAILABLE: Library of Congress
Card 2/2

15(5) PHASE I BOOK EXPLOITATION SOV/2866
Kreyn, Solomon Efraimovich, and Revekka Viktorovna Kulakova
Neftyanyye izolyatsionnyye masla (Petroleum Insulating Oils) Moscow,
Gosenergoizdat, 1959. 143 p. 6,ooo oopies printed.
r1d.: B. V. Losikov; Tech. Ed.: N.'I. Borunov.
PURPOSE: This booklet is intended for engineers and technicians
engaged in the production and utilization of insulating oil.
COVERAGE: The booklet reviews the technology of insulating oil
production and presents a comprehensive analysis of different
types of insulating oil. Several methods of manufacturing
insulating oils with dielectric and antioxidative properties
are examined and discussed. Considerable attention is devoted
to insulating oils with a low solidification point, and.to oils
used for Impregnating and filling high-voltage cables. The ef-
fect of such additives as depressants and antioxidants, as well
as additives to prevent the oil from emitting gas, Is discussed.
The chemical composition of insulating oils i-s analyzed and
equipment used for production of insulating oil is shown. The
Card 1/,-
k

Petroleum Insulating Qils SOV/2866
authors thank Professor B. V. Losikov. There are 63 references:
47 Soviet, 13 English, and 3 German.
TABLE OF CONTENTS:
Ch. I. Designation of Insulating Oils-and Required Characteristics 7
1. Transformer oil
2. Oil for impregnating and filling high-voltage cables provided
with paper insulation 10
3. Capacitor oil .14
4. Oil for disconnecting switches of high-voltage lines 14
Ch. II. Chemical Composition of Mineral Insulating Oils 16
1. Naphthenic hydrocarbons 17
2. Aromatic hydrocarbons 20
3. Paraffin wax and other solid hydrocarbons .24
4. Unsaturated hydrocarbons 24;_1
5. Components of oil which are not hydrocarbons 25
Card 2//

Petroleum Insulating Oils
Ch. III. Production of Insulating Oils
30
1. Transformer oil .30
2. Capacitor oil 33
3. Oil MN-2 for cables 34
4. Oil P-28 (bright stock) wit h properties specified by
GOST 6480-53 35
5. Oil S-110 and oil S-220 for cables 36
6. Methods applied to produce insulating oils with a low
solidification point 40
a) Deparaffinization of oil 41
b) Depressants for oils and the mechanism of their action 48
c) Pumpability of oil at low temperatures 51
Ch. IV. Stability of Insulating Oils Against Oxidation 54
1. Oxidation of insulating oil and various factors affecting
this process
2. Natural antioxidants for oils and the concept of the highest
degree of insulating oil purification
Card 3/6
SOV/2866
54
62

Petroleum Insulating Oils SOV12866
Ch. V. The Effect of Chemical Composition on the Dielectric and
Antioxidative Properties of Oil 65
1. Basic criterion for appraising dielectric properties of
insulating oil 77
2. Polar and neutral components of mineral oil 86
3. Dielectric properties of oiis and of hydrocarbon structural
group fractions as well as of their mixtures in their initial
state 88
4. Dielectric properties of oils and of structural group
fractions as well as of their miXtures during the oxidation
(aging) process 93
-5. E-ffect of metals on the oxidation resistance of oil and on
the stability of its dielectric properties 97
6. Dependance of the stability of dielectric properties of
aging oil upon its -~riscosity and molecular weight 104
7. Effect of insulation paper of certain structural materials
on the stability of the dielectric properties of mineral
oils 108
8, Water solubility in insulating oil and its effect on the
dielectric properties of the latter 113
Card 4/6

Petroleum Insulating Oils
SOV/2866
Ch. VI. Decomposition of Mineral Oils and Structural Group
Fractions Under the Influence of an Ionized Gas Medium 119
1. Influence of the chemical composition of oil upon its
tendency to emit gas 125
2. Effect of additives on the capacity of oil to emit gas 131
Appendix
Some 14athods of Investigating and Analyzing Certain New Types of
Insulating Oil 138
1. Specific dispersion 138
2. Nastyukov's formaldehyde reaction 138
Reaction against activated sulfur 139
Oil transparency N9
Dielectric loss tangent (tgs) of oil 1 0
Electrical strength of oil 141
Card 5/6

Petroleum Insulating Oila SOV/2866
Bibliography
AVAILABLEt Library of Congroas
Card 6/6
FAM
142
1 13-60
T;/eo

KULALKOVA, R.V., kand.t.ekhn.nauk
Studying the mechanical and physical properties of insulating
papers. Vest.elektroprom. 33 no.1:10-13 Ja 162. (MIRA 14:12)
(Electric insulators and insulation-Testing)

KULkK(JVA R V. k;aj4.tekhn.nauk
Types and sizes of a new series of electric power cables. Vest.
elektroprom. 33 no.6:4-3-1 Je 162. OMIRA 15:7)
(Electric cables)

KUIAYLOVA, R.V... lumd.tekhnonmik; MI:RZOYEV, A.G.,, inzh.
Underground 500 volt cable networks for rural electric power
distribution. Tqst. elektroprom. 33 no.9:7-10 S 162,
(MIRA 15,10)
(Electric lines.-Undergro*) (Electric cables)
(R=Ll electrification)

KULAKOVAy R*V., kand.tekim.nauk; KOPKIN, M.G., inzh.
low-viscosity inEralating oils for electric cables and equipment
carrying voltages in excess of 220 kv. Yest.elektroprom 33
no.12s22-25 D 162. NIRA 15s12)
(InBUating oils)

U reti3,3n.? on t,;
FF,Fjfr.I;FYLi,'VA_, Yu.G md.; JARIONOV, G.Yo., tokhn. red,
[Electric-power cables with plastic insulation] Silovye
kalv3li s pl.-stmassovoi izoliRtsiot. Moskva, Gorienergo-
izdat, 1963. 94 P. (I.TIRA 16:7)
(Electric cables)
(Electric insulators and insulation)

BREYTVEYT, Konstantin Vasillyevich; KORITSKIY, Yuriy Vladimirovich;
KULAKOVA, Hevekka Viktorovna,- SOKOLOVA, Serafima
Leofiid6vhe'~-HYZHIKHINA, Ye.G., red.; BULIDYAYEV, N.A.,
tekhn. red:
[Manufacture, properties, and application of cellulose
electric insulating papers and cardboards] Proizvoclstvo,
svoistva i primenenie elektroizoliatsionnykh tselliuloz-
rWkh bumag i kartonov. [By] K.V.Breitveit I dr. Moskva,
Gosenergoizdat, 1963. 319 p. (Polimery v elektroizoliatsion-
noi tekhnike, no.7) (MIRA 17:2)

KULAKOVA.. R.V., kand. tekhn. nauk
Principal means for improving 6-35 kv. power cables.
Elek. sta. 35 no.2:45-47 F 164. (MIRA 17:6)

KULAZOVA, R.Ye., kand.takchn.nauk; 14MOM, A.G., inzh.; SKOROSPELOVA, Ye.V.,
-
Power cables with plyethvlene insulation for 10 kv. voltage. Vest.
elek-troprom. 31 no.3:41-45 Mr 160. (KRA 13:6)
(Electric insulators and insulation)
(Electric cables)

~~ , ~' - '~A '\~' '-~- \; v-s ,-1 -6 -
KUIAKOYA. S.A., pomoahchnik epidemiologa (MoBkva)
ork of the assistant epidemiologist with active public health
workers. Ifelld. i. akuBhe 22 no.12:29-31 1) '57. (KMA 11-2)
(PUBLIC HEALTH)

KLEBANGV, M.A., prof. (Kiyev),, Prinimali xWhastiye: BFdUZITSKIYt A.V,' (Kiyev);
PFWI, P.P.; SAVMIKOV, D.I,; TAMIENKO, M.I~-,-
BORSHCHEVSKIYq M.L.e(Odessa ; VILINYANSKIY, i.i. (Kharlkov);
SOKOLOVAq Yu.1. (Khartkov) ABERMAN, A.:Aj; KULAKOVA,-S-A. (Simoferopol');
FW, R.A. (bnepropetrovslcj~- BEZNOSOVA, ZhJ-,(V&3itsa); 4UKLIn,
N.F.'(Zhitomir)j SIDORMO, G.P. (Ghernovjts~).; DIYACHENKO, N.S.
(Stanislav).
Reduction Iff the periods of therapeutic*pneumothorax foUowing its
uBe-in combination i4th antibacterial theppy. Irrach. delo no.12:
36-40 D 160., (KIU 14: 1)'
L Ukrainskiy institut tuberkuleza imeni F*r.,Y ovskP o (for Klebanov).
2. Dispanser Yugo-zapa-dnykh zheleznykh dor4 (boor A~ergman). J'
(PNLrUMOTHORAX) (TUBERCULOS

-ACCESSION NRt AR4032174 S/0058/64/000/002/DOSS/DOSS
SOURCE: Ref. zh..Fiz., Abs. 2D434
AUTHORS: Kulakova, S. N.1 Yaskolko, V. Y,a,
TITLE: Thermoluminescence of CaSO Mn, CaSO sm, and CaSO .14n,Sm
4' 4* 4
CITED SOURCE: Nauchn. tr. Tashkentsk. un-t, vy*p. 221, 1963, 82-83
TOPIC TAGS: thermoluminescence, calcium sulfate' manganese pho,.sphor,
calcium sulfate samarium phosphor,,'light sum, temperature maximums
-activator concentration
TRANSLATION: The authors investigated the concentration dependence 1
of the positions of the temperature maxima of'.the light sums 6nd
thermoluminescence spectra of the crystal phosphors CaSO Mn,
4'
CaSO 4" Sn,- and CaSO4Mn,Sn excited by particles-from Sr and by
Card 1/2
4. z4

ACCESSION NR: AR4032174
x-rays. The concentration-of the activators varied from 0.0001 to
1 mol. %. T. Razumova.
DATE ACQ: 3lMar64 ZUB CODE3 PH ENCP: 00

MIKHAYLOV, V.Ya.; Prinimali uchastiye: DMITRIYEV, V.K.; BELYAYEVA, N.M.;
-KULAKOVA,.,T..A.; SHAROVA, T,V.
Study of deformations of aerial films. Trudy TSNIIGAIK no.142:
97-122 161. (MA 15:8)
(Photography-Films)

AVAETSOVA, A.G., dotsent; KIWOVA,_T.V., ordinator; KOZLOW, N.M.,
ordinator
Side-effects of antibiotic action during treatment of dysentery
in children. Pediatriia no.2:69-73 162. (MIRA 15:3)
1. 1z kafedry detskikh infektsionnykh zabolevaniy (zav. - prof.
D.D. Lebedev) 11 Moskovskogo meditsinskogo instituta imeni U.I.
Pirogova WIT. - dotsent M.G. Sirotkina).
(ANTIBIOTICS--TOXICOLOGY) (D.'021TERY)

KUUKOVA, T.V.
Seminar on the exchange of work experience In children's provin-
cial hospitals in Lipetsk. Zdrav.Ros.Feder. 6 no.12:34-35 D 162.
(MIRA 16:1)
(LIPETSK-CHILDREN-HOSPITAIS)

KURAKOVA, V.A.; KULAKOVA, T.V..__
Board oi the Ministry of Public Health Service in the R.S.F.S.R.---'-.
Zdrav. Ros. Feder. '.7 mo '* 8:45-46 Ag 163. (WRA- 10)
(KUYBYSHEV PROVINGF,-PEDIATRICS)

h-ULAIKOVA,
So4ie pro*ems of improving medical care of children in a
I
village. Nd.sestra 22 no.235-9 F 163. (MIRA 1635)
1. Iz Ministerstva zdr-avookhraneniya RSFSR., Moskva,
(CHnMOI.-CARE AND HYGIM)
114k.

Lk
. . i I I
; I 1 -1 T u I ; - - - I
- - - I - ... . - -
i: 7~

467
AUTHORS: Zinavlyev, Yu. M.; Kulakova, V. N.; Soborovskiy, L. Z.
TITLE: Reaction of Phosphorus Pentachloride with Certain Halogeno
Clefines (Vzaimodeystviyu Dvatikhloristogo fosfora s
,-
nekotorymi galoidolefinami)
PERIODICAL- Zhurnal Obshchey Khimii, 1957, Vol, 27, No. 1, pp. 151-156 (U.S.S.R.)
ABSTRACT: The possibility of adding phosphorus pentachloride to certain
chlorine-substituted olefins - vinyl chloride, vinylidene and
allyl chlorides - was investigated. The reaction carried out
under soft conditions (200) showed that the PC1 has Dractically
i
not reacted with the chloro-olefins listed but
n a more rigid
reaction (heated to 1.100under pressure and without a solvent)
the PC15 reacted in 100%, but the reaction mixture showed no traces
of organo-phosphorus compounds. The reaction of vinyl chloride
with PC15 yielded, in addition to the non-reacted olefins, PC1 3)
1,1,2-trichloroethane and a chlorinated hydrocarbon with doubli
number of carbon atoms which was identified as the hitherto unknown
1,1,4,4-tetrachloro butane. From allyl chloride with 1,2,3-
trichlopropane, by an analogous method, 2,5,6-tetrachlorohexane
was obtained. The formation of olefine chlorination products
Card 1/2

Reaction of Phosphorus Pentachloride with Certain
Halogeno Olefines
467
with double bond is easily explained by the chlorinating effect
of PC15. The possibility of the formation of such polychloro-
alkanes with double the number of carbon atoms from phosphorus
chloralkyltetra chlorides was proven by thernal decomposition
of P-2-chlorpropyltetrachloride obtained from propylene PC15 '
Upon heating this tetrachloride to 100-1100, the reaction products
showed PC'31 1,2-dichloropropane and hydrogen chloride plus a
small amount of tetrachlorohexane. The latter could have been
formed as a result of chlorination of the alkyl radical at the
phosphorus, separation of the C - P bond and combination of the
newly originated radicals into a molecule with dmbled carbon
chain. By dehydrochloriration of 1,1,4,4-tetrachlorobutane, the
authors obtained new 1,4-dichlorobutadiene-1,3 and 1,1,4-trichloro-
butene-3.
One graph. There are 1.3 references, of wkich 5 are Slavic.
ASSOLUATION:
FR=NTED BY:
SUBMITTED January 28, 1956
AVAIIAFM
Card 2/2

I S

AUTHORS: Zinov'yev, Yu. M., Kulaho-iLa, 7. 11. , 7 9-2 8-6- 2 5/63
Soborovskiy, L.
TITLE: The Synthesis of OrC;anophosphorus Compounds of Hydrocarbons and
Their Derivatives (Sintez fosfororganicheskikh soyedineniy iz
uglerodorodoy i ikh proizvodnykh) VII. Oxidizing Chlorophosphi-
nation With Alkoxy- and Dialkylanidodichlorophosphines (VII.
Okislitellnoye khlorfosfinirovaniye alkoksi-i dialkilamidodi-
khlorfosfinami)
PERIODICAL: Zhurnal obahchey khimii, 1958, Vol. 28, Ur 6,
PP. 1551 - 1554 (USSR)
ABSTRACT: Contrary to the method (Ref 1) employed in an earlier paper by
the authors they now prove that alkoxydichlorophosphines and
dialkylamidodichlorophosphines can be used as phosphination
agents, i.e. compounds in which the hydrocarbon radical is com-
bined with the phosphorus by means of a third element:
RH+2R'XPC12+02 RP(O)(XRI)Cl+Rlxp(o)cl2 +Hr,'l, where R nrid R'
are hydrocarbon radicals and where X is equal to 0 or to N. By
means of the mentioned reagents the oxidizing chlorophosphination
Card 1/3 of cyclohexane with othoxydichlorophosphine and vinylchloride

The Synthesis of Organophosphorus Compounds of jOV/79-28-6-25/63
Hydrocarbons and Their Derivatives. VII. Oxidizing Chlorophosphination With
Alkoxy- and Dialkylamidodichlorophosphines
with nethoxydichlorophosphine and dimethylamidodichlorophosphine
was carried out. The corresponding chlorine anhydrides containing
a phosphorushydrocarbon bond were separated as final products.
The chlorophosphination of cyclohexane with ethoxydichlorophosphine
lead to a mixture of compounds the separation of which by
fractionation was difficult. In order to prove that this reaction
actually takes place according to the above mentioned scheme the
mass obtained was hydrolized and the cyclohexanephosphinic acid
was separated from- the products of hydrolysis, Also w#Yk tho
oponoundo (it' Uif~ #U~ylo!le gotiL-8 chlotophosphination
with alkoxy(lichlorophosphiries takes place in a manner similar to
the reaction carried out with phosphorus tricb1cride; the Tinyl
chloride was used for this purpose. The chlorine anhydride and
the ethyl ester of dimethylamidodichloroethanephosphinic acid,
the dimethyl enter of dichloroethanephosphinic acid and the methyl
ester of dichloroethanechlorophosphinio acid were synthetized.
There are 3 references, which are Soviet.
SUBMITTED: May 12, 1957
Card 0,

The Synthetjio of Organophoaphorus Compounds of SOV/79-28-6-25/63
Hydrocarbons and Their Derivatives. ViI. Oxidizin,, Chlorophosphination With
Alkoxy- and Dialkylamidodichloropho5phinez
1. Phosphorus compounds (orlaanic,Synthesis
10. ltydroearbons-ChezLical reactions
Card 3/3

L 413ix~_66
ACC NRt AP
INVENTOR:
Go 1.
ORG: none
)021421 SOURCE CODE: UR/04r-3-1-166:1'000/011/0021/0021 ;5~f
-1yin, S. Z.; Zinov'yev, Yu. M.; Kulakova, V. N ; Drozd,
TITLE: Preparation of alkoxyalkyldifluorophosphoranes.1 Class 12,
No. 182158
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki,
no. 11, 1966, 21
TOPIC TAGS: organic synthetic process, organic phosphorus compound,
fluorinated organic compound
ABSTRACT: The subject of this invention is a method for the prepara-
tion of alkoxyalkyldifluorophosphoranee by reaction of alkylphosphonaus
difluorides with alcohols at -35 to -50C and in the presence of
tertiary amines, e.g., dimethylaniline. (JK1
SUB CODE: 07/ SUBM DATE: 26Feb65
11b
VDCt 54T.41g.i.oT 7:7~:-:,

SUHRO, K.Ya.; KULAKOVA, V.V.
Hypochlorite treatment of lean molybdenum intermediate product3.
TSvet. met. 36 no.9t88-89 S' 163. (MIRA 16t10)
-,, MP
`Ih-f

SHAPIRO, K.Ya.; GLEBOV, Yu.N.; TARAKANOV, B.M.; KULAKOVA, V.V.; KAPKAYEVA, Kh.
Production of ammonium paratungstate from autoclave solutions by
an acid-free method. TSvet. met. 36 no.104-57 Ja 163.
(MA 16:5)
(Ammonium tungstate) (Hydrometallurgy)

SHAPIRO, K.Y..; YURKJ~:VICH, Yu.1l.;-KULA.KC)V A., 1. . V.
Z,73t,f-m 1'1&~WO4 - r.114 rj .. lirl .. if ~o at 250C and pH 7,0. Zhur.neorg,
khAn. 10 nc.4-~961-4;~ Ap 165. (MIRA 18,6)

VIV.
SHAPIRO, K.Ya.-, YURKVICHY YU.N.; KULLKOVA9
Solubility in the system ammonium paratungstate a=nium chlor
water at, i.50C. Zbur...ueoxj..kh1m. 10 no.2055-557 F 165c Me-
(MIRA 18i11)
1. Submitted Nov. 18, 1963.

~.f:T V. ~Ci -- ", i!j.,~ , III, :~tv,-:k ut;;;oS~'s 01,
tJ 1-1 ~.: . J , k - -- ) 1~ I L
... P-dici.-ial raucnal -;;atuers In tli-.e Unals," Per- 19 pp (Perm 31--ate
113 1
i A. ' . Gorl?iy) (--1 33-60 1,.4)
- I - I- ~, -Ii 3

1011AKOVAY V.ya.
Radon waters of the Urals as a hydromineral baz'-s fr,--r health risort
construction. T-rudy lnst~ gaol, I'FAN SSSR r~c.69. rjidrn;,-DoI. sbor.
no.3:87-98 16-1. (MLRA 17:111)

m - - -- -
KUIAKOVA, V. Ya.
Gen"is of radon waters as exemplified by the Lipovka deposit.
Razved. i okh. nedr 26 ro.7:38-41 JI 160. (MIRA 15:7)
1. Sverdlovskiy nauchno-lasledovatellskiy iristitut kurortologii
i fizioterapii.
(Lipovka region (Sverdlovsk Province)-Minoral waters)
(Radon)

KUIAKOVA, V.Ya.
The radon-bearing madioLnal, waters of Lipovskoye in the Urals.
Trudy Gor. geol. inst. UFAN SWR no.1+8:3-1+6 '60. (MIRA, 3J,:2)
TLipovskeye-Mineral waters) (Radon)

KIJLAKOVA, V.Ya.
Mineral water resources of the Upovskoye springo c,
radon waters in the Urale. Vop. kur-,, fizicter. i 1,,ich. fi,,,.
kul't. no.6:556-557 163. (MIRA 17-8)
1. Iz Sverdlovskogo Instituta kurortologii i fiziotampii
(dir. N.V. Orlov).

KTJLAKOVA, Ye.
Soviet regime did this for ua. Rab.i sial. 34 no.11:20 N '58.
(MIRA 11:12)
(Women--Employment)
Mam POMMMI~w

KULAKOVA, %I'LLOI; DO!"ODOOVA, F.S.
i',Yp.erience in the treatment of cervical erosion and endocervicitis
with diatermocoagulation. Sbor. nauch. rab. Sur. gos. med. inot.
;',4;344-348 164. (MMI 18:7)
Ginekolo.aicheslcoye otdeleniye dorozshno.y k-l-inicheskoy bollnitsy
Pri-volzliskoy zhele7moy dorogi, Saratov. 2. G-'a,,rn)ry
dorozlinoy klinichaskoy bo-11nitsy Privolzhskoy zheleznoy dorogi,.

L 3776-66 EWT (WE71A (m)-2 1 IJP GS
ACCESSION NR: AT5007947 s/oooo/64/ooo/ooo/ofiq3/[161'7
AUTITOR- ZJiW1y9UJA~_T_,t_; ISS4,015AIXA a, Kul $.At -Ye.
~ Piv_ J." --ovaj. _M'; -t
Pavlov, N. I.;.Hy%n1kovj K, P.
TITLE: The utilization of parametric resonance in the 10-DeV synchrophasotron for.
particle output
13OURCE: International Conference an Itiph Eqf.~.qj Accei Dubna, 1963.
Trudy. Moscow, Atomizdat, 1964, 693-697
ToPIC TAGS: high energy accelerator, electron paramagnetic resonance, focusing
accelerator
ABSTRACT: Accelerated particles With pulse length of less than 100 lisec are of
great Importance in current physical experiments. Great Interest Is shown In the
possibility of applyIng the parametric (half-integral) resonance. Such a possibi-
lity ha!3 been,-31scussed In the literature especially In application to conditions
of weak-focusing and stropg-focusing accelerators. Utilization of the resonance
NIX = 1/7. for the rapid hurling of the accoleratpd beam against the traget In a
small 70-Hev synchrotron permitted one to obtaln good results. The present rerloft
disciisses, the results of Investigations conducted on the synchrophasotron at the
Card 1/3

L 3776-56
ACCESSION NR: AT"079117
Joint Tnstitute of Fuclear Research to clarify the expediency of artificially ex-
citinp the resonanCr. V 1/2 for hurling the accelerated particles against the
Pt and for extracting the proton beam from the acceleratov's chimber. rhe re
sonance conditionn were created by way or varlatlon in an ldenti~al manner Of the
field index n in two neighboring quadrants such that the mean value of n in the
accelerator corresponded to the condItion of resonance. The resonance force here
Is determined by the mapnitude of the first harmonic of the excitation (A. A. Kolo-i
menskiy, A. N. Lebedev, Teoriye taikllcheskikh unkoritaley (Theory of Cyclical Ac- i
celerators), Moscow, Fizmatgiz, 1962). Under real conditions the exciting Field
was created with the help of windings arranged inside the. acrelerat.~ Is vacuum
,s irranged to abo"t 3 mega-henries, wh1c
chamber, The Inductance of the w1nd1np 11
limited the rate of growth of the excitation. Numerical calculations carried out
Oil an electronic computer on the exact equationg of motion of the particles in
the magnetic field showed that, for obtaining the resonance conditionn, it in neces.-
sary to create the configuration of the mapnetic field such that the Index H in
the excited quAdrants reach values close to 0.9 for A duration of 300 mlcrosi~con-dl
(about 400 revolutions). Thd following topics are discussed: the dependert6e of
the field Index n Upon the radius for currents of 3110 amperes and none in the ex-
Card 2/3

1~ 3776-66
ACCESSMU NR: AT5007947
citer winding; radial hurling of'particles on the target 10 cm and 20 cm from the
target; deDendence of the duration of beam collision with the target upon the ra-
dial position of the target relative to the orbit for various excitations, depen-
dence (if the depth of hurling upon excitation and radial position of the-target;
the angle of flight of the particles Into the gap of the deflector 88 8 function
of the moment of flight. "The authors thank Academician V,-L,-Xekqler for his
helpful discussions; L. A. Smirnova and N. H. Govorun for their help in the numeri-
cal computations; VR.-~ ~vskfi~..~ A. I K-ryu-ko'v--q--Yu. F. Kusagin, V. S. Hironovo,
M.- T- Mikitaypv. Pt al., for their partld~-ail~on 1-n'dev"-e-i-o-p-l-n-g-an-&-adjUs-trtFpF Me
emulsion experiments." Orig. art. has., 0 figures.
ASSOCIATION: Ob"yedinennyy linniftut yadernykh Inaledovanlyj Dubna (Joint Ins-
t4t,itp. of -ear ResearSAL
SUBMITTFI): 26May64 t?1CL! 00 StJO CODE: NP,
NO REP SOV! 004 OTIMR4. 003
Card 3/3

0 0 3 30 0 3 9
A'U'THOB-1. Zlnov'yev, L. P., Isainskly, J. B.; Kotov, V.-I., Kula-kova, 1, e. M. i
Myznikov, K. P. i Favlov, N, L
TITLE, FaBt extraction Qf thle~ protoa-av-nchrotron'baain to the target
,SOURCE: Pribory i tekhnika ckaperimer-ta. no. 11, !965, 33-38
TOPIC. TAGS: particle beam, proton synchrotron, beam extraction
car
Fast extraction of the beam and acriding it to a target located a
:..r--.-def1ecnun aLiMuth %vas ac~ievei bv -ea-.rq7 parametric - re,.ionance
-Gev Inc
in the xeak-focusing 10
E,; ~vere ensured by windingH pla,-?d Ir'Q va1:.x'___.__ c~_amber A bank
discharged at 10 kv -'rito the 1)v tn-i of the acce'-,ra-
:2, the fthyratron-switcaed) winding r~_~se s'.,~e--.Artse to a ina--43murri
7"he cygtem enrjured a
aluo thyratron- switched) fell-off e~tpoiient'a
Ca. dI /Z

L 47-'-,A-tjlj
NR; AP5007020
A great help in calculations; and )r,. N. Buldakovski A. 1. Kryukov, Yu. F,
R
Kusagin, V. S. Mironov, M. 1. Nikitayev, and others who took part in the
deve-lopi-nent, and aUgnment of the equipment. Orig. art. hai5: 6 figures and
I form- ula.
ASSOCIATION: 0 lyedlnexinyy iniltitut yadernykh Lwemledovanfy (Joint Nucle--
Research Lnatitute)
7--:7
2PJa-n64 EIN C L: G cl S~:B COD.K. INLP

KULAKOVA, Ye.P.
Exocrine and endocrine function of the pancreas in chronic
diseases of the liver and bile ducts. Terap.arkh- 35 no.l:
43-49 Ja'63. (MIRA 16:9)
1. Iz kafe4ry fakulftetakoy terapii (zav. - prof. M.Ye.
Kurmayeva) Yaroalpskogo meditsinsko 0 instituta.
(BILE DUCTS-DISEASES) MVER-DISEASES)

KULAKOVA, Z.G.
Method of determining the age of fleas of the genus
Xenopsylla. Trudy Nauch.-issl. protivochum. inst. Kav. i
Zakav. no.5:76-89 161. (MIRA 17:1)
1. Mookovskiy-gosudarstvannyy universitet i Institut epi-
demiologii i mikrobiologii AMN SSSR.

KULAKOVA, Z*Go
Feeding habits of Zenopaylla gabrilli caspica loff anti 13orm other
fleas. Mat. k pozns fauny i flory SSSR, Otdo zool. no,39:205-220
164. (14-IJU 17.- 6)

KULAKOVAY Z.G.
-------
Role of fleas iri the circulation of the tick-borne encephalitis
virus; experimental data. BiulJUIP.Otd.biol. 67 no.4-.144-145
Jl-Ag 162. (MIRA 15tlO)
(ENCEPITALITIS) (FLEAS AS CARRIERS OF DISEASE)

DARSKAYA, N.F.; GROKHOVSKAYA, I.M.; KOSHKIN, S.M.;-KULAKOVA, Z.G.;
SLONOVI M.N.
Geographical distribution of some species of fIras originally
C ~,--r
.0-~g
described as being from North Korea. Truod"p-11auch.-issl. Pro-
tivochum. inst. Kav. i Zakav. no-5_1,?-~~1183 161.
(MIRA 17:1)
1. NauchnO-iBsledovatel'Bkiy protivochumnyy institut Kavkaza
i Zakavkazlya, Institut epidemiologii i mikrobiologii AMN
SSM, Protivochumnoye otdoleniye ports. Vanino i Institut
meditsinskoy parazitologii i tropicheskoy meditsiny.

--A4AXUVjL - Z. TU.
I --: ~ I--; I
Problem of improving the training of seniprofessional medical
personnel. Med.sestra 18 no.1:13-17 Ja 159. (MIR& 12:10)
1. Ministerstvo zdravookhraneniya RbF:M, Hookya.
(MEDICM--STUDY AND TEACHING)

MYZNIKOVA, S.L.; KULAKOVA-AT,FKqFYFVA. XY--j ZLOBINA, M., red.;
SAVKINJA, B., tekhn. red.
[Wine making and wines of Turkmenistan) Vinodelle i vina
Turkmenii. Ashkhabad, Turkmengosizdat, 1962. 93 p.
(MIRA 16:5)
(Turkmenistan--Wine and wine making)

KULPKOVSKAYA, M.Yu.
Quan'AtatIve ir2mxas of the davalinaiint ard ztationi-4 of arou.3
nf pressure over t6ho Ukraine. Tr-,,dy Uk-AML-11 n0.52: -1-~,-? 3
! "r
Oj 0 (mlm 18.10)

KULAMVSK&YA, M.Yu.
Synoptic conditions associated with anticyclone movement to the
southeast of the An-opean part of the U.S.S.R. followed by the forma-
tion of extensions over the Ukraine (cold half of the year). Trudy
UkrNYGMI no.21:50-63 160* (MIRL 13:10)
(Ukraine--Cyclones)