SCIENTIFIC ABSTRACT YUKHNOVICH, A. N. - YUKHNOVSKIY, I. R.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963120007-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

~31
Geophysics Magnetic Anomalies marIATr C3
't t.lon in the
I Magnetic-Propertier, of Mineral
-ic.a in a Fracture Zone,"-~G. N. Petrova and N.
ip.hnovets,--Geophys Inst, Acad Sci USSR
;kK Nauk 3SSR7 Ser Geofiz, No 2, pp 115-12-3
~Ap,anatloL of the causes of the formation c," aeo.~
magnetic anomalies which are aaapted to the',~
;-~L-tjre zone. Me"urement of magnotic susceptAil-
slicrwcd that rocks of the fracture zone -,,e
ep t i h] e than anbroken rockv of the same
comonosition, Investigation by models e.4ix
-,it)n tr) aaRtime that e-,-Yen partial disruption Ojt~+~
i-ctar of residu&I magnetizatioll may 1)"
ILI
YI

YUMMOVIC42 A,N,,p v .eter. vracb (Tellnimskly rayon, Smolenskoy oblafrti);
Ta-S., voter. YrAcb; LVMOV, MZ... voter. vrach;
IUXOV~ YuJa.q, kand.
SOBOLEV, A.S.,-dots6A ~ZstcnOaya SSA); DOLI.
voter. nauk; PALWSESTOY., MI.At prof.j 61YOMIKO., II.M., dotsent;
GOM.HAROV2 A,P,p assiatont; BEZRUKCVj, A.A,; FFOLETTKOV9 N.A., vater.
vraeb (Serov, SverdlovDkoy ioblasti)*, ROSHCHEM, P.M,j VOROBIYEV,
M.N.,, kana. vater. nauk; 'YANCHENKO, ?.Kho) veter. vrach;
2=40 I.?.; BYCHKOV., A.1.1, kand. voter. nauk; SHVYREV, G.I.,
voter. vracb (Stavropoliald7 kray); DANIUN, N.F.; TRUSHI-N, A.Z~,
voter. vracb; SIMPNIKOVAI T.K., voter. felsdBher; MIKHEYEV, A.D.;
YAMUNOVA, Ye.M.., kand,, biol, nauk; REMMOV, U.S., mladshiy
nalicbnyy sotrudnik,* ANTIPIN,, D.W., referent
From he3minthological Practice. Veterinarlia 38 no.7:55-58
(MIRA 16:8)
1. ReshotovaldY vaterinaTrqy uchastok., flovoBibirskoy oblasti
(for Rudometkin). 2. Sovkhoz 9~uda-Kasbe3svskiyll Gonallskay
dblaBti (for Eventov). 3. Sibirsld7 naucbno-issledovatellakiy
voterimxnyy institut (for Dolinikov). 4. Kharlkovskiy vateri
narnyy institut (for Pa2impsestov, Simenenko, Goncharov).
5 BlagovesbabenBUiy sel'akbkhozyaystvenT*7 institut (for
B;zrukov). 6. Novo-Nikola7evski7 vaterinarnyy uchastok Yxasno-
darskogo krays (for Locbkars'O. 7. Karpilovski-y veterinarnyy
uchaBtok ChernigovBkoy oblasti (for Pono=renko). S. Ksmalinskiy
veterins.rnyy uchastok KrasncTa-rBkogo kraya (for Koshcheyev).
(,Gmtimuacl- an-next card)

rjxjmcfvlcHj M.V.
Injuries of the hands 4w to Tadiation, Vrach. delo no.9:49-D S -6:1.
OT-PA 14: 12
1. Rentgenodiagnosticheskiy otde2 (zav. - kand.med.rzuk A.I.Po=ogov)
Kiyevskogo nauchno-iseledovatellskogo rentgeno-rad~o!oF,-'-c*-~es-c,--
onkologicheakop inatituta.
(RADIATION.-HY-51OLOGICAL Ur'iMr)
(H&NDS--WOOW AND INJURIM)

YUKI~NIOVTCP, M.V-
J-&~7n- a c e - ro r5 n a
/-2 .11.-'73-74 t-,4.
n&

AP700817-4 SOURCE CODE: UR101038jG7/000ibui~
13 Y
AUT1710 Z: Epshteyn, V. G.; Zal--% 0. A.; Polyalk, M.
S. G.
ORG: Yaro~�lavl Institute of, Technology (Yaroslavskiy tekhnologichos'r-.41y irstitut)
TITLEf Effeat-of addition.5.of SM-1-0 liquid'Polymer on the technological
thA
~,properties- bf compositions made wiL 00 percent of synthetic butzdie-,ie rubber
SOURCE: Kauchuk i rezina no. 1, 19671 13-14
-F- TOPIC T- IS;
jkc 4iithetic-rubber butadien6 rubber polymer, vulcaniized rubber,
technical propertylSIM 10 polymer
ABSTRACTi:Almethodis pr6pbsed f6r improving the technological properLles
-of c,ompositions made with carboxyla ted. but --di ene rubber by introducing, S 7,7_Tj -I o
liquid polymer. ~Thel introduction of liquid'polymer does not cause a
of the physicomechanical characteristics of vulcanized rubber. Orig. art.
2 figures and 2 tables, N -1
SUB CODE: DATE: llJul66/ORIG REF: 003/
Card
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GOLOMBIK, M. S~; PET-IV, N. N.; YUKUOVSKAYA, 0. P.
---
M
I
oscow State Utiversity, Laboratory of Chemical Kinetics, (-1940-).

. . . =.;0u hows
-good of we jjw viwwp
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~"L6g rial kw5 a ln~llc prll"~Ll XIC.- :.,.j 'Acl
JA ~Irrv it Witt,
ma
lbat the adda. of 11 t'. ca~

SAIMOYL(WICH, D.M.; BARINOVA, Ye.S.; VLASOV, A.A.; n.F.
Increase of the sensitivity and develoXnent compens-ation in "7-p,
OR" emulsions in glued condition. Zhur.nauc.,1.11
5 no.21342-143 Mi-Ap 160.

~- -~ ~,* "* "W * , ' -- 7AF,,l . .. . . .!-' t
11 On the chemical ripening of the R erffulsion"
Fourth Intermational Colloquium on Photography (Ccrv-~,sc--a:- - --
Germs-11Y, 3-8 sep 62

SAMMMIGH, D.YL; ARDASM, I-V-; BLMIOVA., le-S.; RYAM-4 R-V-;
-yumvurbKAXA, -0.P.
Investigating the chemical ripening of type R emulzionse Zhur.
nauch. i prj-kl.fot. i kin. 8 nD.5-.359-36-1 B-0 163.
(1-MLA 1t:9)

TAKOVIZEV, Alsksandr Andre-levich, kard. mad. rmA; YU1011OVSKAY-A,
red.; BASr-U-!AfOV, G.M., tekhL:-. red.
(Preventiot of ny-opia; advice to parents] Preduprezhderde
blizorukosti; sovety roditeliam. Moskva, 14edgiz, 1963. 15 p.
(MIRA 17:2)

VLASOV, Viktor Alek-seyevich; YUKM40VSKMA, S.I., red.; PEETROVA,
I -
II.K., tekhn. red.
[GastrointBstinal disaasaB in young children) Zheludochno-
kisbechnye znbolsvaniia u clotei rannego vomsta. Moskva,
Medgiz, 1963. 28 p. (NDU 17:4)

. m

SMK, N.A.; )TEg2T~ ~ Zed.; KOK32.1, tekhr.. red.
(Treatment of the sequelae of polio-rWelitisl Lechianie
posledstvii pOAonie3ita. l,.o,5kva,, Vledgiz, 1963. 45 p.
(MIRA 17: 1)

BULYGINIA, Yelizaveta Aleksandroina;
1414ANNIKOVA, Nad6zhda Vasillye
-,OV,-nvjM, Solf"ya Yul'ye-i-na, SHESTAKOVA, Natailys PetroVM;
SWIM, Soflya Llvo-7na; SHISFITANNIKOVA, Marlya Aba-.1--o7na;
NOVDSFjDVA, Raisa Semenovnia; FOPOVA, G.F., red.; YUKHNOVSKAYA,
red.; KOKD, N.M., tekim. red.
[course of lectures for -gravidas and mothers] Kurs lektaii
dlia beremennykh i materei. 7 lektsii. 5 izd. Moskva, MedFiz,
1963. 238 p. (MIRA 16:7)
(PRENATAL CARE) ('40MEN-HEALTH AND HYGIENE)
(11WANTS--CARE UD HYGIENE)

ROVOSELOVA, Rai.9a Semenovna; YUKEIOVSKAYA, S.I_.p red.
[I fluenza and pu-'=orar-; innam.;atton It yvang children)
In g
Gripp i vospalonle logklkh u detei rannego vozraota. Izo.5.
Moskva, ModPsina, 1964. 16 p. (Kure lektsii dlia beremen-
riykh i materei, no.7) (VIRA 17:6)

,UIJ, Yelena riedorovita; YUYJlf,',OVSKAYA S
ir. it cf preschool aggai] z a i
detei doshl-kollnogo vozrasta. lzd.2. Foskva, Ileditsina,
1964. 23 p. (141PJA 17: 6)

LAPIN Boris Arkadlyevich; L'BIIII; Emam Petrovich; YUKOOVSKMA,
S. I. . red.
[HorAey farm in SuUuml Obezlianil pitomnik v Sukh=i.
VlosWa, Mod-' sina~, 1964. 53 P.
(MIRA 17t6)
V
g4j
MINE
m

STAUOV~ Gonnadiy Loonidovich,- I-MMOMMA, S. I., red.; I-TUDKOVSKAYA,
I!.!., tekhn. red.
[How to preserve and improve the visim; talks by an eye
doktor) Kak sokhranit' i uluchshit' zranie; besedy glaz-
nogo vracha. lzd,3.., perer. Moskva) Meditsina, 196.. 54 p.
(MLU 17: 3)

ZABLUDOVsKAyA, Yelena DavYdovna; red.
[Protect. children frm ricketb] Oberegaite
kh.ita.. ispr. I dop. -M etei ot ra-
oskVai
Yeditsiba, 1964- 55 p.
(MIRA 17:4)

s.l., red*
jffjt,y,uOVITSe,jy, Nikolay Sololuontivicb; YUKBOVSKAYA,
1964.
[TrIa-=n1asiol Trikh=i-onoz. fluskvP-~ 1-!edits'l .
17 p. , (k,,JRA 17 .11)

DOBROVOLISMA, Aids Aleksandrows; YUKBOVSWA~ S.L., red.
[Abortion hazards] Vred abox-ta, I-.oskvag Me-ditsirms;
26 p. (MIRA 28:2)

K..~SHKJI:J, Pavel Nikoaayevich, prof.; YUKITIOVS-KANA, red.
(Prevention of f~jngoua diveases] Pred-aprelzLinrde grib-
kavykb 2at4levanii. HoAva, I-ledittAnaj 19&, 31 P.
OUR 17 . 11)
RM ff
gm,
,-K~ n

ZHUKOVSM , Mikhail Alsksandrovich, doktor med. nauk; YUKHROVSKAYA,
S.I.., red.
[Endocrine diseases in children] EndokriroWe zabolevaniia u
detsi. Moskva,, Meditsina$ 1965. 57 p. (MMA 18:2)

ZA,sl,AVSK !7 Ilaur I zral le-,- cr~, a r.,.Eic:
ne
Z-UL~Qv i polosti rt'a. M~.sinra,

v:4 ri
na a

DI,1117SP', 79'r,cv Abramovich, prof.; RCI:-,ACHEV-'nI.Y,
a--Uk; Y~1'11 I I
c. e aor.r, r. n he a 1 &k c,v

[To women on cancer', Zhpn5'hchlrsm o

Tc %

7 - , 1"r .-,- e -:~: . , i - - . . - , - . I
I , I
, ". -" ~ . . : -- * - --. , 1.

VOVKOVA) L,S,., koOt. rwd,, nauklI rod.
[Life of the infant before birthl Zhizn' ratenka dr, --lj2h,
denila. Hozkva) Meditslna~ 1965. 67 p. (MIRA lg:i;i)

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A.I.., dotsent; BYZEM, ',r,,
PyATIKOP
S
PARFIL09 A.V.; TUWMVDKMA,
Troatmen.t-of fungouo 0)-dn disaaj3eB with grir-eofulrin. Veat. derrio
(miliA 18:4)
i ven. 38 no.4147-40 -AP '64-
kk- nauchno-issledovate venerologicheskiy
1, Ukrains .1 Ili3kiy kozhno-
~Jnstitut (dir. dotoent-API.PyatikOP).
ME, wl I M-,5Fm-Wi

B.V.; IVANOV, Cb.P.; YMNOVSKI, IV-No
StabiIlity and speetroscopic~ -ebaracteristics of tho int~er,-ediste
products formed in the nitration of seme 2,3-disUbstitutOd inknese
Dckl. AN SSSR 3.50 no.ls89-92 W 163. (MM 16:6)
1. Xhimikotekhnologichaskiy institut., Sofiya, Bolgariya.
Predstavleno ekademikom B.A.Kazansking
(Indone) (liftration) (Spectr= analyris)

ALEKSIM, B.V.; IVMOV, ch.p.; YMNOVSXI. IVX
alkylindoms with aitrogen
Interaction of 2.,3-diarYl- and 2-ary3,-4- (MIM 16:7)
Dokl. An SSsp- _;.149 no.6,3.315-1318 Ap #63.
oxides.
1. Xhinikc_tekbnojOgjcheskjy institutg Sofly&P Bolgariyap
(Indone) (Nitrogen o~ddes)
Va.

L L299h-66 MIlPffl/T TjP(0)-
C HR2 SOURCE CODE: BU/0011/65/018/009/0817/082d !
AUTHCR: Yukhnovski 3 1.
.ORG: Ingritute or =nmerm2Mand Inorganic Chemistry, EAN
TITLE: Calculation of binding 6nergies,of-complex oleculedibased on the meth f
coupling.cGefficients od o
SOURCE: Bulgarska akademi~a na naukite. Doklady v* 18, no. 9- 1965, 817-820
TOPIC TAGS:, bond energy),mole,cular structure, electron energy# complex molecule,
.hydrocarbon
ABSIUCT: The method of coupling coeffi Icients (Kh S. 13agdasarlyan, Teoriya radikaltn
polirnerizatsii (The theory or radical.;~q JAN SSSR, H., 1959) is especiall
simple and accessible among the proposed approximate mthods for the calculation of
74--electron energy of c9upled.mole-cules. This method was initia 'lly used for the
cilculation of alternatimg hydrocarbDna.and their radicals. The present article
q.pcusses,, on the basisW Soviet and Western references, the p8asible extension of
tht method to-the nonalternating and heteroatcmic systems. The autor discusses
vajrious pertinent necessar7 empirical energy graphs and establishes a nomogram for
fast evaluation of 7T-electron energies which can be used for the evaluation of
radicals and to find the localization energies. This paper was presented by
Academician D. Ivanav on 18 &Y 1965- Orig. art, has: 3-figurresi, 1JF25-t- 34,5181
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1131a Ivanovich StrelkoT; 1898-1954; obituary. Ukr.khim.ghur. 20
no.3.,335-339 154. (MLRA ?:R)
(Strelkov, Illia Ivanovich, 1989-1954)
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CIV-1

501 SOV/153-58-5-17/26
,kUTRORS: Ithik hn ovsk iy Go- L- 'Prilut'-ska7ap N. V.
'ITLE: On.the Properties of Copolymer Films on the Basis of Cyclo-
pentadiene With Vegetable Oils "0 svoystvakh plenok sopolimera
I __- k
na osnove tsiklop6itadiyena s rastitellnymi maslami)
PERIODICAL, lz,~restiya vyd .shikh uchebnykh zavedeniy. Xhimiya i khimichesrkayr
tokhnologiya 19582 NT 5; PP 100-106 (USSR)
ABSTRACT: I'lost foreign patents concerning the film forming copolymers of
eyelopentadiene with vegetable oils, alkyd resins, colophonium
etc* recommend a temDerature of 200-3000 and the application
of prossure during copolymerization. The products obtained in
this way form rapidly drying films of high hardness and glosz,
'these films are,however$ not sufficiently elastic and resistant
to shocks. In an earlier paper (Ref 1) the authors had proved
that it is possible to obtain a product meeting high require-
ments by the catalytic copolymerization of cyclopentadiene wi+~
e. go linseed oil(and alkyd resins (I : 1) in the presenc,~, :f
stannic chloride 0.8-1 per cent by weight). This catalyst is
dissolved in ben2ene or dichloro ethane. The copolymer produc'~d
in this way is soluble in chlorinated and aromatic hydrocarb-)ns,
Card 1/3 vurpentine~ acetone, sulfuric ether and mineral spirits

.;C) V/ 15 3 -56 5 - 7126
On the Properties of Copolymer Films on zhe Basl.-3 of
Vege-14-able Oils
ratio of I : 1. Excess solvents lead to an opalescence of
bidity. The film is highly glossy, irreversible, is character-
ized by an excellent adhesion, and has a high elasticity of
1 rnm according to the NIILK scale (Nauchno-issiedovatellsk-4v
institut lakokrasochnoy promyshiennosti = Scientific Reseaxch
Institute of Lacquer and Dye-Industry). Its hardness is consid-
erably higher than that.of oil paint coats. The highest -hard-
ness is, however, not obtained immediately (Fig 1, Table 1).
The comparative investigation of cold and hot dried films hae
shown that the better quality of the former (Table 3) is cause-
by a considerably lower content of oxygen (Table 2). Oxygen is
mainly taking part in processes of oxypolymerization only. In
cold dried films a considerable amount of oxygen As added d-,.r..-
longer drying. Thus, besides copolymers low molecular oxygen
containing compounds are forme4 which are not water-tight and
have a 'Low mechanical strength. 2) The :fractionation of the
copolymer hnd the invent1gation of tho icolated fractiona 0"l,
has shown that it really is a copolymer and not ti mixture of
--poly-cyclopentadiene- with vezet-able-oil.--3) It was proved th.Lit
Cana tin tetrachloride which:was-used in the copolymerization as

2 13
t h
r.,clopentadlene
on- the 0~
vilms, in tne
"ties Of copolyr-~ It in the copol-yrer as well as r c)pe rt`~
on h'e T 0 PJIB ~ renains bi ",,htne5s an& other P referz!nc."
VegP-tab e 0 at a3-*.v S v water-, 3 tables, and
0 infl-aencing the figuresj
aTe 2
rith()*a, There
01 the e Soviet, ara tehr .jologii
6 ()f '-which ar institut, Kafe Chal-r ')f

/81-59-8-2,0646
~N~slatlon from: ReferatiyMy zhur mal. Xhimlya, 1959, Nr 8, p 588 (ussR)
-AUTHORS: XWSh~M~G.L~.. llude22Ko.B.M..
T=; Tiie Copolymerization.of-Oxidized Oil With, ne
FMODICAL: Tr.. Khar.lkovsk, pollte3dm. in-ta, 1958, Vol 18, P1) 135 142
ABSTRACT; It has been establishad by oxidation of refined sunflower oil iLnder
laboratory conditions (blowing throlagh of air at temperatures of 80
1600C) that' -the maxim= formation of conjugated dienes wand peroxides ir
it takes place at 8D - 100'0C. The iaopolymarilzation of stymne with oil
oxidized at these teiqperazurres and havimg a high viscosity, even withou'
adding oils with conjugated double bonds (e.g., tung oil) into the r-6-
action medium, produces a homogenecus pro-duct forming a transparent film.
N. Gardenin
Card 1/1

TUKMDVSKIT, G.L.; EIULUTSKAYI,
n of cycl-6pimtudlene
IM. 31
(Polymerization)
N.T.; CHEMBAY0 A.V.
witb vegetable oils.
~no,7:1 6.91,-2100 JI %58. OVRA 11.19)
(Cyclopentadlene) (oils and fate)

~50)
AUTHOR33 Yukhnovalay) G. 1.1 Chernobayo A.V. SOV/153-2-1-18/25
TITL E: Polymerization of Cyclope ttadiene (Polimerizatsi-ya
PERIODICAL: Izvestiya vysehik,h uchebhykh zavedeniy. Xhimiya i
khimicheskaya tpkhnologiya, 1959, Vol 2W Nr 1, pp 96-101
(USSR)
ABSTRAM Cyclopentadiene (CPD) is not'a-very servioeable waste product
of the coke plants of chemical industry. Due to two conjugated
double bonds it bas-a high polynerization activity (Refs 1-5 ')*
Its polymer may be used as an,.underlying aubstance fo-r varnishes.
It can be polymerized bot"In by the thermal and the catalytic
method (see diagrams). In the air the polymer absorbs up to
20 wt7a of oxygen and forms a powder with the total formula
(C5H60) n' Polycyclopentadienel'can be vulcanized in chloroform
by sulphur sesquichloride. A brown, glassy, insoluble mass 1.s
produced by hydrogenation. There are only few data availablE,
of these processes. In this article the authors try to explain
the possibilities of utilizing film-forming substances. In the
Card 1/3 experimental part they dealt with the a c t i o n 0 f t h e

------------
BOY/153-2-1-18/25
'Olymerization of Cyclopentadiene
t. e 0 f ~ c a t a'1 Y 8 t (Fig 1) on the trans.-
..formation of CPD, t b e- q u a n-t i t y o f t h e
C;a ta I Y-s t) its concentrationand that of the monomer
(Fig 2),, t h-e a o t i o n. o f t h e s o 1 v e n t
(Fig- 3) j t h e p r o p e r t i e a o f p 0 1 Y
c :.* C 1 0 4~ e n t a d i e n e f and f inally the s t a
b 'i 'I i z', at i o In o f p o I y c y a I o p e n t a d i e P. e
Is'61 u t i o n s . , Table 2 contains the action of individual
stabilizers on the.viscosity of polycyclopentadiene solutions.
The autbors-arrivecl at the following con3lusions: The most
efficiont catalysts of CPD polymerization are complexes of
boron trifluo-rida with organic substances (alcohols, etharo,
and esters). At inereased.cofi~.bntrations of the catalyst
polycyclopentadiene is densified by the remaining double bonds.
There aria 3 f iguresi- 2 tables, and 9 references, 5 of which are
Soviet*
ASSOCIATIOR., Kharlkovskiy politek~nlcheskiy inatitut; Kafedra tekhnologii
~Iakov i krasok,(4barlko v Polytechnic Institute, Chair of the
Wchnology.of Varnishes and Dyes)
Card 2/3

1-0 J40 a) SIM1601b-00110 ! -1/0 15/016
A0061AD01
1ran--lation f rom,~ ReAlera;tivnYY Zhurnal, Minim 19600 No. 17, P. 612, 72080
-s'kaya, N,V,
-V;Bk
C Y, -11-L- Pr ilut
U=-', Cat-alytlc ct~pojymsirizatien 6f Q'Icloper-tadiene With Alhyd Resins
Mcd1fied by, Oils
I'MILDICAL, Tr. XhaTlkovsk, rolitp-lam. in-ta, 1959, Vol. 26, pp. 123-131
-ali-khors s,~,4died prooesn olf coEolymerizationlof cyclopenta-
d le.- e f _7 ' w, tl~ allkyd rep ins m~d-lf -Ied by o! s .It was established tl-laT w,.,
cf the La-~alyst 1171) t,h,:- ri-ac!.t;!,
=-sn.F-,v= and nea-. libera'~!-,n is greater. At a -f 11--
to 0.9- 1% cff -:~he tc-~al weight cf the mixriire, self - heat ing a-c!,-ains tr~c I -
tempe,~rat-ure of '1~he solvent.- 1.71scosIty of the copclymar solutions cbtaine~~ i!~-
sreb~--ie3 with hi-gher concen-tratien of I-11. Polymerization of I in the presence cr
cz,r,r,.',c-xe-z III w1th acetic acid proceeds m5re rapidly than in the presence of 111,
na:?-I~ulaarly at the In!-,!a! stage. nie effect of the acidity of II on the co-
Pc,1y.m-eriza-,!cn pro-cees was studied -zn the example of 11 with various acidity
Wan-1 1/!.2

MIT
/0 17/0 1 5A) 16
AbO6/AOO
Mojif Jed by oils
With Alkyd Resins
adjene
of C-jolopent
erizatiOn a Sreat effect on
catA'O rt.10 of 1 with tm1wdride contained
at in CCp"l-F--- li~ ' 111~ phthalic
t !a th free Pht'he I .
'h, case when the
tlni~ SMOun" of Ln , ess of
'tea Dy served J f
nu"ZI, e is _3xer- 'b -pect of the fatn
iing rat on ra',' is 0 - e I of lower
b:k::~' __ = t rea7;ti - d th - using resins
T-ne ~~xtl-'Ors wrien is suggestei
j "ate, )rocess
0.5, - zatl - _,logical f ch
on tbe c-,P,1ym_r A t-Cb-, ~Ult of whi
43 a, a res
A nat ood adiesicr,,
uur~ g
arl~ '~L4 ~-qn ra h show
Ile
ni- fast
loped PrO'4--
axe dev,9
FaYman
abstract-o
nal Russian
s +_ne full translation of., 11'e orig
no
7 C--Xrd :2

8/08i/60/000/018/%,6/009
A0061AOOI
Tran-slation from: Referativnyy zhurmal., Khimiya, 1960, No. 18, P. 543, 75438
AUIDHOIRS: Yu-Vmovskix, G. L., Brodskiy., 1. Ye.
TI-ME-! Inhibition of Eundsion Polymerization of Methylmethacrylate
PDIIODICAL: Tr. Rhar'kovsk. politekhn. In-ta,,-1959, Vol. 26, No. 6, pp. 221-223
Tm". -For the purpose of reducing the intGnsity of the process of poly-
met+W Imethacrylate polymerizatio In the presence, of an in�tiator ana emulsifier
at 71-1 - 8DOC) and of preventinSthe branching of the polymer chains with the
format-ion of transverse bonds, a hydroquinone Inhibitor was used as a regulator
in an amount of 0.006% of the monomer weight.. An L-ivestigatiop of the relative
viscosity of polymethylmethacrylate sulutions in dichlorethane, of the specific
impact toughness and yield limit in static bending of polyme-thyl motbacry late bars
with and without admixtures of hydroquinone shueed that its introduction sDM7~what.
reduced the molecular weight and the specific Impaot toughness of the polymer-
However these changes affect only allWtly the physloal properties of th~' firlishea
product. Moreover, the use of hydroquinone has a nost favorable effect on 1.110-
t4chnological process. homogeneity increases (in respect to the screen compa~iLr-r.)
Card 112

SOV/8D-32-5-30/52
AMORS:
Epoxide Reslns, on. the Base of (4,41-Dioxydipher-yi-
metky-'=,ethane) and Phennolacetaldelhyde Resins
P.MODICAL.- Tnurna! prikladnoy 3fra-4=11, 1939, Vol 32, Nlr 55, T)p 1100-1105 (USSR)
ABQ-TRAr-'T- The work is ba-9---d tL-e :,aw mat~r--!~d reso-4i:,:,--* of Korea end int,-Bnds
to ad7on-ate the use of (DPE) instead -~f dip?~enyl:--
propane, in order -,o a-void t-he use ~f ',nF, a---jne, ~---
whi,Yn the substan-ne Is -jnt-h-esizstl, At a i-a!--',` Of
cf epl~~hlorohqdrlne I -)FE
are. ob talnad whi P nv~ t s
the presence of more +L--i -wo ir, :~;77
+~Ilerefora necessary -15-0 use purs DPE, viithu.~-~ I-io6molc~os -)F i-; ~t
synthesized according to Vaneheyd'.Is method ard then dis5olved
banzene, toluene and ,~Wl~ene
- The Inest solve-nt is benzene,
the benzene solutia~n, hcm.,-~:3gs are
sett', Jr DPF -w:,s :~-,7
Ing o-at in th.-! fc--m of
Card 112 pnenoi;aGetaidehyde --atloz,

SOV/80-32-5-30/55-2-
oxide Resins on the Base of Diphereylolethrme (4,41-Dicy-ydiphr--n-yimethylreth-arc-ii
and Phenolacetaldehyde Resins
ratio of 4:1 together with DPE --an equal amount of phenolacetaldehyde
resin Is obta:Lned. The industrial DPE produced in Korea contains
polyfunctional homologs of DPJE. Pure DPE could bo separated frorii
It only in the an, o-mit of 111he prinoipal prcxluct in phenol-
acetaldehyde resin.
There are: 2 tables, and 9 references, 4 of which are Soviet, 2
American, 2 German and English.
13T
JB=b: January 6, !958

-A ME-
"war
77FEM-1-1, :~ I
Rg- --clill"A

BEMIKIY, Ye.7. deceased]; RISK33, I.Y.; T-MMOVSKIY G.L., prof.,
retsenzent; RATRIKOVA, K.I., dotsent, retzenzent;
K.M., k3nd.teldm.nauk, retnenzent; IZMAOY, 7.~`., inzk).
retuen2ant; AYZZNMG, Te.S., red.; FOYXIIU. T.A.,
[Chemistry and technology of pigmsntsl Khimiia i tek-~Lnolo~~il&
pigmentov. Izd.3., is-or. i dop. Ieningr&d,
(HMq
izd-vc khim.lit-ry, 1960. 756 p. 4)
1. Zaveduyushchiy Imfedroy lakov i krasok Kbzrlkovskw~o
takhnicheskogo institute (for Yukhnovskiy). 2.
krasok Khaylkovskogo politeldmicheskogo
(Pigments)

yu
?ITL%f Sa*t'-, toys SammWire tba'ampollium of ptvdxoeb
t7 4106bousts or, oil#
"a"JUS2. I *M. &&MVO'ye SM'
WM% *M 'VTWj**jjAew &t0 ia"- to "aftrao
".-Ante"uteriff Catlia- tLb* "m - Istift: 49 8": Commly for 017mrat Me
tbeo"tioal is"ttal Of mou"Iyearltoo is fte 1212ft" dowl tilDt Q=~Oal
%I the am@ $U9 fte 4Us%)wr"v ftalleat deamaveop lbut fie-4 6o1".
i3-24%. 2S the proavat of Inte"slovIrleatiam ft tbe a4villbriam St"3to Ala
6*02ad ba2aw the Ions% %apyatu" 3wqftj:p*j ta encore tOVIate
Of the, Slyosrol aontalawd In Vwulit.1twel, Mis 2ws*jSa 1:3 a
tion of Abe 96sposit2to and a 4savase *at mmalyarrIft cwtvat. &1*o*,
alet&*1 mot not be wood aw iarA%w% ft'" Sh4eklms, Vo 4"m of

S/19"1/62/000/009/003/012
BIOI/B144
AUTHORS 2 Yukhnovskiy~ -0. ~L.j Popenker, R. R.) Kusnetsovap V. M.
TITLE: 'Cold-setting epoxy-serylate compounds
inassy not 14 16
PimIODICAL: Plasticheskiye.. 9p 1962,
TEXTs Vilth a view to improving the thermostability of cold-setting epoxy
compounds and avoiding the need,to use toxic hardening agents, the redox
copolymerization of epoxy resin %ith polymethyl methacrylate in t~e
''presence of methacrylic aciO-as hardening agent was investiCated. Three
compounds were produced., Cokpound 1i A-solution of dimethyl aniline in
methacrylate is poured into the -4A-6 (a-6~ epoxy resin. Poly-
methyl methacrylate pcwder is then.a.tirred inp a solution of benzoyl
a' id d (ratio methecrylatetmethaerylic
peroxide in methacrylic c .:is adde
-acid - 2:1)t and a filler.is added .to the finished compound if necessary.
0
The setiinj; time amounts tc,20.- 30 vine: thermostability to 88 C according
Ito.Martans, For compound 2) dimethyl aniline is dissolved in a mixture of
t ene.4nd metbyl metha~~ylate. Since this compound too had a short
ae ting timo~ the a:dditibn of polymethyl methacrylate was omitted for
-d' 1/2

for
I
i
t I - -
I

407SKIv., G,L VOLOSIMMp V,,M*
Meet of some factaro on -thu mmposition of tbo products of
M6~9 -Tmti -prl
a alcolibijziz -i Akh -no.4:16-20 162o
O-IR4 16: 11)

7YONOVSKIi. G.L.; VOLOSYIJK, V.M.
,
Syntbesis of alkJ4 :raslnS with the Mat-h-n-d of st=-P f-5st-grificatiOn.
L-akokras. mat. i ildi prim. no.5:18-21 163. (MIRA 16:11)

1 1 F e6 - -n-r LY ALYU SP r.'- 'Ka-,' , ',c n~~
[Practical laboratory work on synthetic polymers 'or In-
~uers) Pr&ktikurr, po sintetichGsk-Ar po: irre -n
!-~Dskva, Vysshttia
1. Zaveduyushchiy kafedroy KharIkovskogo
instituta im. V.I.Lenina (for Yukhnovukiy,`.

cl- 0
to
.6 0 W
C,

CD
cr

j3

4 0

uo
d

7- =
"Statistical Theo"v o'
Strong Electrolyte&, 11," A. Ye, Glaiitein-a
I. R. Yukhnovskiy, Lvov State U
"Zhur Eksper i Teoret Fiz" Vol XXII, DO 5, P-~',
578
On the basis of the previou-3 work Zsee preylous
stract7 and general statistical conceptions,
derives a formula foi the activity coe)"fa
in the case of amaU. concas passes into the fam-1-
iar.- Debye law. Compares theoretical and ex~-,~-'
data. Received 1 Aug 51.
21

IT - v M JFN A I- rN.
0
tbbor7 4Df o3yxtv= of
particles, Dokl*AN SM 93 'no*6ev999L-1DD2 D 153. (MLBA 6.12)

.-~t -- - z - .. - I- -

i 5-10162
;A for a
-iT
figa
A
ckt-kr PQ I
cscj
rc tic It
~'~allry ct
.1th. Lr cs-:-
At

AIUTHOR YukhnovBk iy, 1.R 56-2-16151
TITLE: Thq_ AN11cation of GbUeeUva Variables and the Taking Into
ConsideTation of Short Range Forces in the Theory
Of the systemsIof Charged Particles (Primeneniye kollektiv-
nykh peremen.-ykh i uchet korotkode-stvuyushchikh sil v
teorii sistem zarya,zhenny'kh,chastits)
PERIODICAL: Zhurnal Eksperimentallnoy i Tooratichookoy Fizikio 1~56,
Vol 34, T1r.2,.P.P, 379-389 (USSR)
ABSTRACT: The present work calculates the free enerGy as well as
the- binary-an d the ternary-4istribution functions of the
~systems of char&ed particles, taking into consideration
the short range foxcez. The first chapter of this work
C,
deals with the formation of the problem. Bo~olyubov
suggested theinVestigation of a.compound problem: The
calculation of the- otatiatical inteirral of an ion oyotem
in which the- shorts- xange, forces in tho coordinate .913ace and
the long range forces are described by collective varinbles.
The present work in also dealing with the solution of' thin,:
Card 1/3 problem. The author investigates a system of io.~s of

w
'3
ff M L
zm lu

The AyjxUcatlon
of Col2ective V=1U
-b2eo ana tbe TakLmg Into
Consideration of S.Uort Aange ?orces in the Theory-
.
-of the Systems of.Charg6a Particles
different,lypes in equilibrium and, neutral as a whole,
Na ions of any kind bein,,,, present. The interaction is
described by an "exact" potential. In the calculation of
the free energy of this-system a collective variable and
a Fourier.transform are introduced. Then an e:cpression for
the integral of configuration it; put down. The potential
of the Coulomb interacti'on is replaced by the
energy
--.--- potential energy of a systenof harmonic oscillator.- and
then the author integratesover the amplitudes of these
oscillators. The potentials with sihort range are not

xpanded into a Fourier se ie..
r Jr, the
but are left
coordinate representation. Then a transition function for
the Coulomb potential is deduced. The second chapter desis
with the configuration intej~ral for the case of the
Couloub.-int-craction potential. The complete ex2ression for
-
the principal - -3
tatiOtical inte-ral is ~~n
exponential function. Then a formula is deduced for the
free energy of a Coulomb system and is alL;o opeciali~~ed
for small concentrations. Then it i.- Orazy to raao on to the
Card 2/3 construction of th,,-; distribution functionL3 and of the

The ApjxUcation of Co.2160tive Variablen and tbb Tak1mg Into 56-2-16/51
C sideration
on of Short Ranee Porces in 'he Theory.
of the Systems of Chargod Particles.
~thermodynamie fUnct ion&_ With the taking into account in
the-interadtion.ener&y all centrz.1 forces of loni.- and short
range. Also a system of ions in external fields can be
investiGated. Byneans of the results of the 2 above
mentioned chapters the syst6m of charaed particles rith
eXact interaction.law canL be inveatiacted In two different
ways obtaining the same results each time. The present
work uses the method in which the characteristics of free
energy as deducing potential are mz..de use of. The course
-of calculation --- is--fol-lowed step by stop and the final
formula found for the free ener,y is put down explicitly.
There are Treferences, 5 of which are Slavic.
ASSOCIATION:
var.StRte University (L1vovDkiy !-osudarstvennyY
uni.versitet).

SUBMITTED
-June 15)
1957
AVAILABLE.- ~libraryL of Congress
L-3/3
Card parIticles-Mathematical analysis

(14-
2 4 (8) PHASE I BOOK EXPLOITATION SOV/2-809
Akademiya nauk.SSSR. Otdeleniye khimicheskikh nauk.
Termodinamika i stroyenlye rastvorov-.t
J. rudy soveshohaniya...
AThermodynamics and Structure of Solutions; Transactions of the
Conference Held January 27-30,,:1958) Moscow, Izd-vo AN SSSR,,
1959. 295 p. 3,000 copies printed.
'W**.,H. I. Shakhparonov, Doctor of Chemical Sciences; Ed. of Publishing
House: N.A. Yegorov; Tpch. Ed.: T. V. Polyakova.
PURPOSE: This book is intended for physicists, chemists.. and
chemical engineers,.
COVERAGE: This collection of~papers was originally presented at the
-Conference on Thermodynamics and Structure of Solutions sponsored
by the Section of Chemical Sciences of the Academy of Sciences,
USSR., and the Department of Chemistry of Moscow State University,
and held in Moscow on January 27-30, 1958. Officers of the
confbrence are listed lh'. the Foreword.Alist of other reports
Card 1/10

Thermodynamics and.St.ructure (Cont.) SOV/2809
also read at the conference but not included in this book,
-this work are:
are given Am6ng:the problem-streated in
electrolytic solutions- atrwsonie measurement, dielectric
and thermodynamic properties of various mixtures, spectro-
scopic analysis, etc. References accompany individual articles.
TABLE OF CONTENTS:
Foreword
Glauberman.. A. Ye. Present State and Some Problems of the
Molecular Theory of Electrolytic Solutions 5
Yukhnovskiy I R Statistical Theory.of Charged Particle
ys 17
Falkenhagen, H. and G..Kelbg, Comments on Conductivity in
Solutions of Strong Electrolytes 23
Kelbg., G. Statistic al Mechanics of Electrolytic Solutions.
Condiietivity 23
Card'2/10'

Thermodynamics and Structure (Cont.) SOV/2809
Problems of the Themodynamic
Sha~Mparonovx Mo lo, Present
Theory of Solutions of Nonelec-trolytes 36
Sk,ripov$ V. P. Fluctuation of Energy in Solutions and Their
Relation to Heat Capacity 43
Pisher.. 1. Z., and V. I. Kuzlmich. Molecular Theory of
Solubility 48
Krichevskiyj I. R.,, and W. Ye.Khazanova. Critical Phenomena
in-Binary Liquid Systems 49
Nozdrev., V..F. Study of the Critical.States of Individual
Compounds and of Their Mixturas With-.the Aid of Ult.-Psonic
Methods 56
~,Bartenev., G. M.., and A.A.,Remizova. Phase Transitions in
simple systems and Their Classification 67
Card 3/10

Th ermodynamics and-Structure (Cont soil/2809
Kudrycavtoev, B.- B.I Use o.f Ultrasonic Measurements in the
Study of Solutions:~ 72
-Sventoi_3_Iavskiy;__ -V..* ransformation of-
._,_,:Binary-Heteroazeotropes Into.Homoazeotropes-and Homozeotropes 79
St6ro.nkin, A.V.,, and A. GI. Morachevskiyo Applicability of
Ronovalov's and Vrevskiy's Laws to Ternary Solutions 87
Storonkin, A. V., and M. 1-1. Shullts.,Relatio,n of Themo-
dynamic Properties of Saturated and Nearly Saturated Ternary
Solutions to Their Composition 93
Mishchenklo, K. ThermodynamiaProperties of Water in
Solutions of Electrolytes 97
Izmaylov, N. A. Dissociation of Electrolytes in Nonaqueous
Solutions 105
Alek6androv, V. V.., and Ye. F. Ivanova.-Thernodynamic Proper-
ties of Nonaqueous, Solutions of Electrolytes n8
Card. A/10
77

Thermodynamics and-:Structure_(Coht.) SOV/2809
Izmaylov N. A., V. A. Kremer, L. M. Rutsyna. and Ye. V.Titov.
Study,of the-Effect of Solvents on the Strength of Acids by
Means of Optical Methods 122
Nikollskiy., Bqil P. Dissociation:of Acids:and Complex Compounda
and Methods of Studying It 126
Yataimirsk-ly,,.K. B. Change,in~Thermodynamic Fanctions in
Reactions ofAssociation of lons,in-Solutions 133
Vasillyev V. P.Thermodynamics of "Aquacomplexe-311 140
Lengyel),gandor. Study of Partial Pressure of Solvent in
Aqueous Solutions,:of Electrolytes 144
Mine., Stefan. Interactions of Prot o n With'Molecules (Water,
:and Methyl.,: Ethyl and n-Propyl Alcohols) 152
-Card-5/3.0

(Cont SOV/2809
Thermiodynamics and Structure
? ?4.-A. Study of Solubility Of Low Volatility
Styrikovich 1r;8
.
Compounds In Water Vapor Under High Pressure
Le S. Lilich., and V. I. Timofeyev. Change
.
Shchukarevy S. A.,
Water
d J
167
n
When Salts Are Dissolve
ntial
in the Isobaric Pote
0 A. S..-Effect of Additional Components on the,
Barkan 172
.
Solubility -Of COmPOunds. in Mix Ied.Media
Pylkova. Solubility and Super
,,and Ye. V. I
Ye. I.
.
_s'Iuration in the system Sodium Sulfate - Water at High
at 176
Temperatures
Vatolin, N. A... and 0, A. Yesin. Applidation of the Theoi7 of 179
-Ideal Solutions to~Liquid Iron Melts
A.:Yesino Systems With Positive-
Sryvalino I, T,, and 0
18,2,
Solutions
Negative Deviations. From 'Ideal
Kozheurov, V. A. . Thermodynamics of Ionic Solutions With an
186
Arbitrary Number Of Anions
Card 6/ 10

Thermodynamics and Struclv-ure.(Cont.) SOV/2809
Tsiklis, D. S. Sol,4tionB of IrIonelectrolytes at Superhigh
Pressures 190
Yefremova.,*G. D. Solubility of Gases in Liquids Under Pressure 198
Starobinets, G. L and V. F. Tikavyy. The Relationship
.,Between Dielectri; and Thermodynamic Properties of Binary
M.Ixture5 of'Polar and Nonpolar Compounds 203
Starobinets, G. L..,and N. G. W-ko. Thermodynamic Properties
and.Structures of Solutions of High-Molecular Paraffin Hydro-
carbons,in.Benzene 207
.,Golik_, A. Z. Viscosity and Structure of Solutions of Non-
electrolytes 215
A. Z. Viscosity and Structure of Solutions of
Golik
Electrolytes 219
Card 7AO

Thermodynamice,and Stracture:(Cont.-) SOV/2809
Shakhparonov, M. 1. Polarizat ion and Structures of Solutions 224
Bartenev- G. M. Structure and Crystallization Mechanism of
Liquid Eutectic 228
Hoshchinap Molecular Dispersion of Light in Solutiona
of Honelectrolytes 233
Shler-Akina, V. G.., and M. I. Shakhparonov. Verification of the
Theory of Molecular Dispersion of Light by I-leans of Binary..
Solutions- 239
Vuks., M. F. Anisotropic Dispersion of Light and Its Use in
Studying Liquids and Solutions 2112
Mishohenlco, K. P., and A. 11.,Yonamareva. Partial Molal
.Entropies in Systems Acetic Acid - Water and Formic Acid
Water.and the Structure of These Solutions 211A
Card.. 8
AO