SCIENTIFIC ABSTRACT ISAYEVA, R. - ISAYEVA, Z.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000618820012-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

5/12o/62/000/001/053/o6i
0 E032/E314
0 9S-0
AUTHOR: Isaveya. R-V.
TITLE: Devi:ce for measuring the position of a liquid-helium
surface
PERIODICAL: Pribory i*tekhnika eksperimenta,,\no. 1962,
198
TEXT: The device is in the form of a Ta spiral ,;,round on a
constantan wire which is used as a heater. The power supplied
to the heater is chosen so that it is sufficient to heat the
part of the Ta spiral above the liquid to a temperature above
the critical point but is insufficient to reduce the super-
conductivity of the part lying in the liquid helium. The TD.
wire employed was 0.2 mm in diameter and was wound with a pitch
of 0.4 mm on a lacquered constantan wire, 0.5,imn in diameter.
Current and voltage leads are taken out separately* The
required power is less than 0.02 W, the working heater
current is 50 mA and the working current in the spiral is about
50 - 100 mA. The position of the surface can be determined
Card 1/2

Device for
to within 1
assIstance.
ASSOCIATION:
SUBMITTED;
s/12o/62/000/001/053/06i
E032/r',314
2 mm. A.I. Shallnikov is thank for advice and'
Fizicheskiy fakulltet MGU (Physics'Division
of MGU)
May 23, 1961
Card 2/2

AP60,4i4z4
AUTHOR: I
ORG: Wsccw
Institu-Ne-or
SOURCE
oil
Institute (Moskovskly fiziko-te'khnichookly Institut);
AcadiiF-of Sciences SSSH (Institut fizicheakikh problem
MUMUCML IMUIL Doonj
TITIZ: Character of conduction-electron reflection from the surface of c sker
SOURCE: Zhwiwl eksperimentallnoy i teoreticheskoy fiziki. Pialms v redakt us
Prilozhenlye.. V. 4,, no. 8,, 1966.. 311-315
TOPIC TAGS: copper whisker# fiber crystalL, conduction elect ron, electron refl~tctlon
ABSTRACT: It has been assumed until recentlyp on the basis of experimental data, on
both the conductivity of thin polycrystalline samples (foils,wires, films) arj4 the
anomalous skin effect, that practically all. the electrons that participate in clarge
transport in real samples are scattered diffusely by the surfaces To check on the
relative roles of diffuse and.specular reflection of the electrons from the aw-face
of a thin conductor,, the author studied the character of reflection of conduction elec.
-trons from the faces of single cr7stals of copper having small, diiixmi -me
and a natural* crystallogiaphic faceting.- The single-crystal whiskAaiCweYiF bbtaiped-*
were
produced with three crystallographic orientations ((1001 with square crosis sectica
[1101 with rectangular section, mid [13.11 with hexagonal section). A microscope ms

L
Nki
4L
used to select for the investigations straights, elastic whiskers of uniform thicknessf
having different diameters and optically smooth surfaces with cross sections tbat,were
either hexagonal or differed little from square. Each Investigated sample was placed
between four single-crystal whiskers which acted like springs and served as cuzTent
and voltage leads. The electric contacts were produced by dielectric breakdowri. The
sample resistance was measured at room and helium tempmaratures with a potentiometer
circuit. Plate of the ratio of the resistance at room temperature and at 4-a against
the reciprocal of the whisker diameter are presented and are interpreted on the basis
of the siviplent theory of conductivity of thin samples of metals having a spherical
Fermi surface. Unear extrapolation of the obtained data to Infinite thickness (bulk
sample) shows that the investigated samples bad dimensions (d a 3-85 - 20 p) omialler
than or of the order of the mean free path of the conduction electrons, from'witich it
is deduced*tbat 60% of the conduction electrons are reflected from the,surface ppecu-
larly. 7he presence of partial specular reflection can be demonstrated with A; &s-
suming uniform pwity of the investigated whiskers. It is possible that when 1;bis ex-
perimentalifonditions are improved the specular reflection of the:e1ectrons f t(= the
surface of Isiumle-crystal whiskers can be made complete. In particuliars, It Would be
advantageous to eliminate the possibility of oxidation of the sample surface In air.
The author thanks Academician P. 16 lavites, for the oyportunity of working at iU In-
stitute of Dwsics Problems, AN SSSR,, to Yu. V. SbarvI for guidance,, and Yu. A. Oslpl-
yan for interest In the work. OrIg. art. has: ~ 1 figure and 2 faroxIas.
MM CODE: aq/ RM Mn: 104UL661 Ono MW; 0021 OM MW: 010
viab

UBSR Pharmacology ana Toxicology. Aidioinal- P 6 V-i&
Abe Jour Ref . Zhur Biologi~a'_ 19~&
I lip 0
Author Gumeyw-vi P -f-'Y&.;; Damirorp_ 1. A.; 8.~i A,
Inst Not
"a igatiobs ~ot the
Title
oil
fth!dn ocara,, G in Atoib&Azbiin't
Orig Pub IzV. AN LwrWMs 1957o No 3, LU-120
Abstract Daring a test on mice of.an aqueous extract (I), and a
tincture (32) fran the 12~!~ Z2Sera:;hsrbp: it vas estab..
lisbed that I ftesnot possess a tomloi.effect abut TJ In it
do3e of 1 ml causes the death of the mejority:oUthe mdoso
In experiments an isolated heart of frogs, &,,l% solution .
of II decreases the amplitude of heart. contractions,, VUL)
a 3% solution causes stoppage of the heart..:: An analogous
result was obtained during the use of I In Significant]$
greater concentrations Ta isolated vessels of warmblooded:
Card 1/2

ISAYEVA 5 A
Is= sksin -dyeing vith vat dyes in the Q=er,appacratus. 'Tokst.pvjm. no.2:
64 F I.63. (MERA 16
1* Nachallnik krasillno-4ppreturnogo tookba fabriki imeni F.I.Dwjr%W,--.
skogo Iv=avokogo soveta nwodnogo khosyaystvas
(Dyes and dyeing-Textile fibers)

ACCESSION NR: AT4010226 S/3056/63/000/000/0076/00&
AUTHOR: Borovenko, E* V.; Valkovitskly, 0. Ao;:Zolotarev,' Le &;:Is&yevaj S A~
TITLE: Effect of the construction of a 300-metor meteorological tower on
measurements of wind velocity
f
SOURCE: Is3ledovanlye nlzhnego 300-metrovogo, sIoya.,&t"sfery*,.;,~*scGw, 1963
76-84
TOPIC TAGS: meteorology, wind, wind velocity measurement, meteorological:: to-w6r,
meteorological tower construction. anemograph, anemometerf rhu "-raph
ABSTRACT: Since the main.disturbances- In,wInd velocity:recording are caused by
the cylindrical body of the tower, all the calculations in tUs,paper atuaimin
f1mr d*Ax=1axl1M of an I des I f I u I d around a stationary cylinder' ma, ca
themat! i forou-1
lations are given for flow around a cylinder, the rate of flow, ~the relation-
ship of the rate of flow to the rate at Infinity, 4ind their dependence oh-txmr~
monitor) In September and October of,1961 a s Oi-es'
radius and angle of the a :of I
special measurements was carried out using a remoto phat6impact anemograph and
unidimensional rhdmbographs. The examples, tablespand cAxicluiions are based on
the results of these observations. It was found that the effect'of the tow on
No significant efftat on
readings of wind velocity was In the range of + 3%.
Card 1/2

ACCESSION NRO- AT4010228
wind velocity readings were produced by other types o( t es
(,I
balcony, railing. etc.). in an arrangement,. where the a cod at
a distance r > 12 meters, the effect of the tower on. their' readings was expre4sod
by a deviation of approximately 1%. which is not significant in ~peactlce. The
n ere
smallest effect on wind velocity readings was observied when the a emometers:b
turned into the wind at an angle of + 45% and for m=Itorstzw&ifthftv1hd, Us
effect of the tower (r = 7-5 meters) did not exceed 1.5*0 OrIg. art. has:
figures, I tableand 9 formulas.
ASSOCIATION: non*
SUBMITTED: 00 DATE ACQ: 20Feb64 ENCL: 00
002 000
SUB CODE: AS NO REF SOV: OTHER:
.r
.1" 2/2

ISAYEVA, B.G. Asst Professor (Bela~w Tserkovt)
"On the Now Surgical Approach of Ovariectomy In Cover
Report given at 13th Inter-VUZ(Higher Educational Insts.) Scientific-Irdustrial
Conference, hold Februarys, 1956 at Kiev Vet Inst.

yf. L F.- M,
Deberraining sm%ll qtja-ntJ I.in- of aluirrInlim :Ln n cor ~airilrg
m and vanadilm c.,' met. I obog. AN
aluminw r,st.
Kazakh. SSR 12!D.0-124 (MIRA 19Z.10)

SENDBEKOVA, O.G.; ISEYEVA, Sh.A.; ALMAMEDOV, G.G.; DAN4SHEV, 8.A.
Allql urethanes and the synthesis of methylene-bis-alkyl urethane.
Azerb. khim.zhur. no*4:89-92 164. (MIRA 18:3)

Al
USSR/Ruman and Animal Physiology - Lipoid MetaboLLsm. R-3
Abs Jour Reftrat Zhur - Biologii, No 16, 1-957, 70483D
Author Isayeva, T.M.
Inst ----------
Title Dynamics of Several Representatives of.Upoid Metabolism
in Botkin's Disease
Orig Pub Aytoref. Diss. Kand. med. n. Khabarov, mea. in-t
Blagoveshchensk, 1957,
Abstract No abstract.

I-- ISAYEVAJI T.M.; LEVOSHIN, V.V.
Dynamics of lipid metabolism indices in experimental arteriosclerosis.
Vop. pit. 23 no*5:55-58 S-0 164. (MIRA 18.15)
1. Kafedra farmakologii (zav. dotsent V.V.Levoshin) ChitinAo,go
meditsinskogo instituta.

K
ISOM, T.3- ----
in the scientific societies, Zitrav,%Azh. 7 n0.449 J&AP 160.
(NM 13 W
(UJIKISTAN--OPRMALMOLOGICAL SMINng)

i-vh
ISAYSTA,V.; NERMOTA.R.
Using whole flesh in the somV Industry. Klas.lud.Ml 26 no.4:18 155.
(au 8:10)
1. Malininaadekly iWasokoubinat
(Kaliftlawad-Sameaces) (WM149)

AVEROYAMOV, A.; ISAYEVA, V.
Pilot plant of tke All-Union Scientific Research Institute of
Synthetic Fibers for the sminufacturing of polyolefin fibers,
Ibis. volok. no.108 165. (MIFLA 18t2)
1. Viesoyusnyy nauchno-iseledovatel'skiy institut sinteticheakogo
volokna, g, Kalinin.

1SATEVA V.P., inzh.
Experience in balancing cablep. Avtom., telem.i oviez' 7
no.3s42-43 Mr 163. WRA 16:2)
1. Mookovsko-YaroolavAxp,-distantoiya sIgnalj*tsjj~i ovyasi
Mookovskoy dorogi. (Electric cables)

ZHVIRBLYANSKAYA, A.M.1 ISAYEVA V.S.
Efteci'of biomygin and terraVoin on Achromobactergenus bacteria.
Tryd7.TSentr..nauch.-isal.inst.piv., bozalk. i viri.prom. no.11:3-16
163. (MIRA 17:9)

SHAPOSHNIKOVAp V.N.; NOVIKOVAt G.A.j ISAYEVA,,-V.1
Develop-ment of Proteus vulgaris on synthetic media. 'Vent. Mosk.
un. Ser. 61 Biol.9 pochv. 20 no.6:29-32 N-D 165.
(MM 19a)
1, Kafedrs, mikrobiologii Moskovskogo gosudarstvannogo universitsta,
Submitted December 17# 1964.

KCTLYAR, Mikhail Davydovich; ALEKSANDROT, Kark Ale ksandrovich;_jYBYA&
T.T., vedushchly red.; NUKKINA, A.-A., takhn.red.
[Drilling practices of the progressive Allmetlyevsk Oil Well :
Drilling Trust] Opyt raboty peredovogo tresta AVINtlevbuFneftil, .
Moskva, Gos.nauchno-tekhn,Izd-vo neft. I gorno-toplivnoi lit-ry.
1959. 52 p. (KIRA 13:11)
(Allmetlyevsk region--Oil well drilling)

TIMOFEYEV, Nikolay Stepanovich; BELORUSSOV, Vladimir Olegovich;
ISAYEVAI V.V.,, ved. red.. BASMAKOV, G.M... tekhn. red.
[Drilling vertical wells under geological conditions
facilitating weU cur vature]Burenie vertikallrqkh skv'azhin
v geologicheakikh usloviiakh., spooobstvuiushchikb iskrivIe-
niiu. skvazhin. Hosk7ap Gostoptekhizdat, 1962. 124 P
(MM 1;:10)
(Oil well drilling)

KAGHLISHVILI, Nikolay Zakharovi4; BASKAKOV, Hikolay, Prokhorovich;
OZERMO, Anatoliy.Fadorovick; ISAYEVA V.V.~ ved. red.;
POU)SINA, A.S., tekkn. red.
(Drilling deep vells; practice of oil-field workero of the
Chechen-Ingush A.S.S.R.] Burenie glubokikh sk~axhln; opyt'
neftianikov Checheno-Inguohokoi ASSR. MoBkva, Gootoptekk~
isdat, 1963. log P. (MIRA 16:7)
(Cheebeh-Inguah A.S.S.R.-Oil vell drilling)

KRAMIDULMI, Nazin Khayrullovich; KHABIEMR-I~ Raskdd AkImadullovich;
GORKIN, S.F., red.; ISAYEVA V V ved. red.; STAROST.INAJ,
L.D., tekhn. red.
[Ifork organization in the construction of oil wells.
practices of petroleum workers in the Tatar A.S.S.R.] Orga-
.nizatsiia proizvodstva pri gooruzhenii neftian-ykh skvazhin;
opyt neftianikov Tatarskoi ASSR. Moskva, Gostoptekhizdat,
1963. 75 p. (MIRA 27 -. 1)
(Tatar A.S.S.R.-Oil we34 drilling-Management)

STESUNKO, Nikolay Nikitich; TARASOV, D.A.; red.; IS&
J"J..,Xt; -"
vede pW.; VORONOVA, V.V,, tekhn. red.
[Manual an the installation and repair, 4st,111eetrical
systems on premises subject.to ex:ploaion hazardslin the
petroleum and gas induttyl Spravoohnik po montazhu, i
remontu elektrodstanovok vo vzryvoopaexWkb soorushetiiiakh
neftianoi i gazovoi pronyshlonnosti. Moskvap Izd-vo
'Nedra," 1964. 1+19 p. (MIPA 17:3)

BERKOVICH, Mikhail Yakovlevich; SINOPLIS, Leonid Aleksandrovich;
KHILBNlKOV, Nikolay Vasillyevich; ROSHCHIN, P.F., red.;
__Y.V,,, Yed. red.
[Preventing and eliminating accidents in striactural dril-
ling] Preduprezhdenie i likvidatslia avaril v strukturno-
poiskovom bureriii. Moskva, Izd-vo "Nedra, " 1964. 178 p.
(MIRA 17:7)

OVIIATAJ101.1, Gin-gen Tomasovich; PREMA, Yu....), red.;
J, 0-
ved. red.
fDril-ling in and treating strata; theoreLical and eqwri-
L
mental investigations of the drilling in and treatment of
the bottom zone of a stratum which is ar. oil and gas
reservoir of the fractured type] Vskrytie i obrabotka pla-
sta; tecreticheskie i eksperimental'iWe issleduvaniia vJqcu-
tiia i obrabotki prizaboinoi zony plasta, predstavAennogo
kollektortuf.i nefti i gaza tre:3hchinricgo Upti. MoAva,
vo Nedra, 1964. 265 P.

FILATOV, Boris Semenovich; MAKUR111, Nikollay Stepanovich;
ABRAMSON, Mikhail Grigorlyevich; KIRSANOV, Arkadiy
Ivanovich;
._Y,.,,yed. red.
(Air drilling of exploratory,holes) Burenie je,olo.go.razve-
dochrykh skvazhin s.produvkoi vozdukhom. [By S.F'ilatov
i dr. Moskva, Nedra, 1164. 247 p. NIA. -17:9)

SMALDIR, Ivan Yegorovich; ISAYtWA, V.V.9 ved. red.
[Natural drilling muds for well drilling
.1 EatestvenrVe
pron7vochuye zhidkosti dlia bureniia skvuzhin. Moskva,
Nedra, 1964. VO p. (141RA 184.1)

BA01421OV, Anato--,iy Samsonovich; VASJL'YEV, Yuriy Sergeyevlch;
SMLER, Georgi-y Arvidovich; GRIGORIYEV, V.I.; red.;
~EaA~~_ V.V.,, ved. red.
I'S
(Turbodrilling of inclined wellsl trbimus burenie naklon-
nykh skvazhin. 2. dop. i perer. izd. Moskvap Nedra# 1965.
24? P. (MIM 1834)

YERDIENKO, Terentiy Yefimovich,- BUIATOV, A.I., red.; IPAEYA,
V.V.-p ved. red.
[Bracing oil and gas vells] Kreplenis neftiazWkh i gazo-
vykh skvazhin. Moskva, Nedra, 1965. 213 P.
(MIM 18:51)

ISAYEVA, V.V.
i
Reaction of Amoeba proteus (Pall.) of different age to some
injurious actions. Vauch.dokl. vys. shkoly; biol. nauki no. 2:
11-14 164. (MIRA 17.5)
1. Rekomendovana kafedroy embriologii Leningradskogo gosudarstven-I
nogo universiteta Im. A.A.Zhaanova.

1. ISAYEVA, Ya
2. USSR (600)

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musme b7drdy%is. 14owevu, it W bm not thit III
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,ictivity with gres%'filliculty. and ormkInally shtm noJIV e sA S., R
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thetic activity. This is dut to the large t%r"s of w4irt, see
so that the e"il. conditions favor the hyn"ytic ecurm
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functions. Oparim (C.A. $1. NW) sugg"tited that i* the
living cell conditiotu may be created for the nuvate Po N~
WIVerbed on That lipide-protrin structure of tworivianm
.3 which is low in water. In thb investiption a study;uai --O0
am,teoftbesrntheticactimofinw"ase(air.' 1.1got-
lee
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im-mlio-O. by
the k4Vft of AOMW#00 0 Ob*fV*d. 1`1114 it Att:040- WOO
ponied by a lively systliftio of mucrost. In darknem. the
enzym detaches Itotif from the leaves. and fbe Pecrow 6-
bydrolyzed. T%cme pmtkm 0l the ront of the m4W beet
6 have the hitilta ad" Power we tht rich"I Ill
mwow, The sAwMin mwitr of plant duue4 mi~ be
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into
S/186/62/004/003/015/0204.,
E071/E433-
AUTHORS: Isayeva Ya.A. Makashova, I.Ye. Maslov,.1 .1,A,
ObukhoT.
TITLE: Chemical identification of phosphorus and thallium. in
the quantitativq neutron activation analysis
PtRIODICAL: Radiokhimiya, v.4, no-3, 1962, 345-1350
TEXT: The, determination of admixtures by:the'activation analysis
is usually associated-with their radiometric identification fo:r
which.the separation and purification to "radiometric purity1f, is
necessary. The authors-a.ttempted to improve the method of:,
chemical separation of phosphorus and tIhallium.I (the';knowledge of
the content of which in somelmaterials such as::"semiconductor,
silicon and germanium, luLninophors, etc is necessary) so as to VIX
exclude thenecessity for rad ometrke identification. Themethod
of separation of1p32 and T12A in the form 6f T12Cr,204 and ,
M
ammonium phosphormolybdate was developed.and checked on arhi ici.al
mixtures containing Fe59, Zn65, AgI10m, nll4M, Sb124, Tal 2'. and
Bi2lo and by imitating the separation of phosphorus And thallIum
from irradiated specimens in'which the amount of individual
Card 1/2

ACCESSIM IM: AP3M4945 516310
ADMOR: Isayeva, Yee,Aoj -MakashevaL 1.~;Yeq C~ukhov, A. P*.
171
arb &L'by neutron activatim
Tr=: Anal~rsls of J~!;e silicon:c i
k6
SOURCE: Zhurnal an,alitiches Y: 1P vo 180 no. 8'. 190$ 979-03
~_4
TOPIC TAGS: silicon. carbide, trace analysis,,neutrom activatiba'i aetivitibii~
analysis., neutron activation aaal~rsis, zinci,copper, arsenic' v
4"on, , 3*os-
yhorus,.impurity', a r 64f zinc 6qn,.arsenic.j6,.pztimony 122 phospho'7 3~
oppe J,
then=1 neutron,, Gemm activity,, Beta-activity, nacleear reactor,,, Gamma -spectrom-
eter, end-window Beta- counter, radiew-hemIcal separation, chlorination, neutron
cross-section, Gemma-4adiaticti energy
ce amounts of impurities #66'. e2jor ejM~nic qntiiwx&,~ 4-imd'
J,
us~
os orus have been determined in 9111con.carbide c als'by measuring r the
Y-activity of Znb9v~ Cu6k.. As76 and Sb'22 isotopes with a multichannel y4
p32 jBot
trometer ancl the P-activity of the ope with an end-wiAdcw P-emter*
The*isoto s were produced by irradiating encapsulated SIC saiples for 1-~3 days
2-sec in a nuclear reactor. T6 the irradiate&
with n-10 3 thermal neutrcus/CM
sample were added 5-10 mg of MI. Cu, As, Sb, and P, as carri6rs for the
Card

50)
AUTHORgi Berlin, A. A., Popova, G. L., 90-7/20-123-2-20/50
Isayeva, Ye. F.
TITLE: Condensation Telomerization and a New Type of Unsaturated
Polyesters (Polyester Acrylates) (0 kondensatsionnoy
telomerizatsii i novom tipe nepredellnykh poliefirov
(poliefirakrilaty-))
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol 123, Nr 2, pp 282 -
284 (USSR)
ABSTRACT: The di- and polyfunctional acrylatea differ from the cor-
responding simple di-esters of allyl and vinyl alcohol by
the fact that the velocity of their polymerization increases
with the increase of the distances between the double bonds
(Refs 1, 2). The possibility of producing highly active
di- and polyfunctional monomers with:a considerable length
of the cross connections is theoretically as well as
practically of interest. It is possible: 1.-That the
elasticity of the cross connection is varied. 2.-The
contraction j. .,he transition from the monomer to the polymer
is controlled. 3.-Heat-resistant polymers with a wide range
Card 1/3 of physical and mechanical properties are produced. For the

Condensation Telomerization and a New Type of SOV/20-123-2-20/50
Unsaturated Polyesters (Polyester Acrylates.)
synthesis of such substances the authors used the principle
of the control of the growth of the chain in the polyesterifi-
cation of dibasic acids by glycols and glycerin by means of
the addition of methacrylic- (or acrylic) acid. This method
of producing relatively low-molecular compounds with a pre-
determined type of functional end groups can be regarded as
an example of telomerization taking place aacording,to a,
condensation mechanism ('tcondensation telomerization"). The
mechanism of this type of reaction is still unknown. There
is reason to believe that aoidolysis processes take Place
in the polyesterification. A probable formation scheme of
the polyesters in question (the authors call it "Polyester.
acrylates"(poliefirakrilaty)) ~'.s given. The mentioned
telomerization was carried out in the medium of inert sol-
vents (benzene, toluenel with an azeotropic distilling off
of the reaction water. Phosphorio, sulfuric, ethyl-sulfUrio
and p-toluene-sulfonic acids were useId as oatalysts.1tho'
highest velocity (8 - 12 hours) and the best yields.(85
95%) were obtained when using a 2 - 3% sulfuric or p-toluene-.
Card 2/3 sulfonic acid in the presence of 0-5 - 0-8% hydroquinone.

Condensation Telomerization and a New Type of SOV/20-123-2-20/50
Unsaturated Polyesters (Polyester Acrylates)
The degree of polymerization mainly depends on the doting
of the methacrylic (or acrylic) acid. The fractional .
distillation of the polyester acrylates failed due to their
low volatility and their great tendency to polymerize. The
substances mentioned above are more and more used for the
production of various polymeric materials. There are*2
tables and 5 references, 4 of which are Soviet.
PRESENTED: June 25, 1958 by A. V. Topchiyev, Academician
SUBMITTEDs June 23, 1958
Card 3/3

BERLIN, A.A.; POPOVA, G.L.; ISAYNVA, Ye.F.
Pblymerization and properties of polymers of mixed polysters of the
acrylic series. Tysoko.voed. 1 n00'7 JI 159- (KIRA 12:11)
1. Tsenoy=W nauchoo-looledovatellskiylinstitut aviatelounykh
materialov.
(Acrylic acid)

BERLIN, A.A.; POPOVA, G.L.- ISAIYEVA, Ye.F.
Condensation telemerization and synthesis of a new type of unsaturated
polyesters. Vysokom.sood. I no.7:951-956 JI '59., (HIRA 12:11)
1. Vsesoyu2nyy nauohno-lealedavatellskiy institut aviatsionufth materia-
lov.
(Istere) (Polymerization)

5 (3
AUTHORS% Berlin, A. A., Popovap G. Log Isayeys., le., F. WT/20-126-1-22/62
TITLEt Investigation of the Polymerization and'Properties'bf Kix4,d"
Polyethers of the karyl Series (Isaledovaniyq polimerizatsii i
evoystv smeshawVkh polieftrov akril0voV:Frda)
PZRMDIMTt DoUady,Akademij nauk SWR9 1959, Val 126,:Kr 1, pp 031065. (MR)
0STRACTt Tke authors reported in a previous paper (Hof 1) o6 t6 'AM ai
OYU, A
of a now &cup of derivatives, of Ahel'acryl'series'-~ tho-pblybster
acrylaies. rn the present paper the'relati~n- between the structure
.of those aubstances, their capacity of 6. irildiihenni=,al
polymerization, and tho physical-meckanicil propertles4f Ike'
polymers were investigated. The' foll6wing. oompo=ds'ie'i*v6d~'- for
this purposet lY!dizetkaary1&te-(bis eikylene-glycol)-oftala-ke
2Y dimetiuwrylate-(bia-diethylene-glyool)4j~kthilais,
3) dimetbacrylate-(bis~--briethylone-gl~6ol.~.pki&lite""I
4) dimatkaorylate-(bia-triethylene-glycol)-:siba'oinate''
5Y tetrametkaorylate-(bia-glyearin).~*~kaliA6,'snd
6~ tatramethaorylate-(bia-glyearin)-sebacinste.
Tke substances enumerated differed from one another by'ihel'
dinienvious and flexibility of the groups wkich fo= the 0XV89
Card 1/4 connections of Us spatial structure of the polymer w~well as by

Investigation of the Polymerization and Properties of Mixed SM/W-126-1-22/62
Folyethers of the Jkcryl Series
the number.of:reactive double bonds,, The polymerization was
carried out at 65* and 2D-250 in the,presenae of benzoyl peroxide.
The investigation of the polymerization kinetics show0d tkat t1we
polymerization of the istra- and ooto'-funational polyester;
acrylates is in all oases preceded byan induction period. During
this period neither the viscosity idor the refractive index~ohange.
In the subsequent period the whole mass of.the monomer,is
instantaneously gelatinized. Tke fluidity viudished completely and.
insoluble tridimensional polymers werle produced. Tke rtta3~of
polymerization of an acto-funational sub9*&nae-(&boVOE4e=ticmed
Nr 59Figs 1:1) and of a totra-fanctional (Nr 2, Figs 1~ZY were
compared in order to clarify the effect of,the molecular Nnotional
capacity otthe polyester acrylates am their capacity,oif a-
tridimensional polymerization. This skows that the r&U.of
polymerization rises rapidly with the,inoreas.e of the~nwaber of-
double bosda. The ooto-funotional Nr 5 and 6 are in con-kra-st to
the tetka-funotional ones able to produce glesslilm polynein.
(Pig 2). The comparison of the curvas,11 and 2 (Fig 2- curoive)
Card. 2/4 shows
that the rate of polymerization of different .,bstdira of Us

Investigation of the Polymerization and Properties of Mixed SOV/W-126-1-22/62
Polyetbers of the Acryl Series
same functional capacitj dep6nds on the distance of the readlift
groups from one snwUer*'-AtAosFheric*oxygsn inhilAts the
polymerization reaction. The introduction of: a siocati4s'
eliminates the last mentioned phenomenon. Table'l showi the
tm*ness and the strength of Ahe non- Aeltable glasslike'. jol~wre
with the reduction, -of the density. of y ~Wdin . of the. owdaii-44i3ked
(sahityy~ chain macromolecules (ExperiAlidta Er 1-4Y.And-p 0ift, Us
inorbass of the -flexibility- of the a ss-014~40 (siwv` 1: -h! hi
r0 y
groups (fteriments 4 and'5)" Thus the::.'polyssur ~aaryla'*A's O,P+e,n
production possibilities of polywra with a:ibinimm.~_
volume as well is with a conbination of ' a highs thermal stabi Altyl
a*rsngth,-and-tdugbnes9. They can find,& wide range bf .application,
There are 2 figures, 1 tablNand.Z Soviet references.
13SOCUTICK t Vsesoyuznyy nau6bno-issledovatel Wdy . institut ~ aviatsiopitykh
materiAlov (All-Onion Scientific Resear~b Institute of arplane
Material)
PRIMMt March 2,' 1959 by 1. V. Topobiyev, Academician
Card 5/4

1) ~E Vf)) N,
PHASE I BOOK EXPL40ITATION 360
Moscow.. Toontrallnyy-.-Inoti,tut,,prognozov
Vqprosy~sInqptIchenkoy meteorologil (Problems In Sinoptic Meteo"logy)
Leningrad,, oldrometeolzdat,, 1957. 129 p (Series: Its Trudy.0
' 52) 1,100 copies printed.
v
ype
Sponsoring Agency: "OlavnoYe - upravienlye j1dromitioirologicheskoy
-sluzhby pri Sovete Ministrov SSSR.
.Ed& _(T.itle~ page): Nd. tinsi06. book):
Plearevskaya, Tooh, Zd.;:_ Solovoych1k,'' A,"IA
'art oleo- in intended~- 6r jj~loyeee of
PURrOSE:. The colledtion,.of I di
the,Lmeteorological. service-. ab:,well-'as for these Interested in
the activities of.the.Contral Institu" of F6reeasting.
COVE11AGE: Mie collection of-articles analyzes the oavlpes:of Incorrect
short--term weather predictions and-explains the hature of the
errors.
Card 1/13

Problems in Unoptic Meteorology 36o
The forecast for this particular date was rain at night and
cool during the day. The prediction was based on the observed
cyclogenesis by night (and early in the morning) on May 30.
The enclosed maps show: 1) weather conditions at 3 o'clock a.m.
on May 30 2) thermal and baric conditions at 6 o'clock a.m. on
May 30 3) forecast for 3 o'clock a.m..for May 31 4) actual
weather situation at 3 o'clock a.m. on may 31. The prediction
failed: there was no rain by night and the temperature on may 31
was 22* C. The error was due to incorrect forecasting of baric
pressure; this is illustrated by two additional maps. There are
5 maps and no references,
Mertsalov, A. N. Two Cases of Convective Rain 15
The article discusses two cases of erroneous weather preduction
in Moskovskaya oblast' for July 29 and 30, 1954 due to convective
rain. On July 28 in the evening, the prediction for the follow-
ing day was no rain. This prediction was repeated the next
morning. Nevertheless, it rained heavily with precipitation
Card 3/8

Problems in Sinoptic Meteorology 360
mounting to 35.9 mm. The prognostics for July 30 read: scattered
showers. In fact, it rained throughout the entire Moskovskaya
oblast' with precipitation ranging from 8 to 18.9 mm. As a
cyclone was moving westward covering the whole oblast, the rainfall
was caused by convective Instability. Because of an Incorrect
diagnosis of the baric field on the eve of the rainfall, the move-
ment of the cyclone was not predicted in the forecast. There.ars. 12
synoptic maps illustrating the above two cases and 3 Soviet references.
Isayeva, Ye. N. Analysis of the Erroneous Weather Forecast for
July 28, 1954 31
The forecast for Moskovskaya oblast, for this date was rain.
The error was caused by incorrect prediction of the movement
of a cyclone approaching Moscow from the Baltic area. Two maps
show the baric pressure near the surface and the thermal and
barie situations on the morning of July 2T. The author expleAns
the mistake made in the analysis of this situation and shows how
and why the expected cyclone by-passed Moscow. There are two
synoptic maps, I table and no references.
Card 4/8

Problems in Sinoptic Meteorology 360
Tomashevich, L. V. Analysis of the Erroneous Weather
Forecast for May 2, 1954 35
The Moscow forecast for this date, confirmed on the morning
of May 2nd read: partially cloudy, no rain, with daily
temperature of 20 to 220C. The error was caused by an unexpected
retardation in the movement of two warm fronts from the South,
which produced rain and with it a drop in temperature to 10*C.
There are 3 synoptic maps and 2 Soviet references.
Bachurina ', A. A. Analysis of the Incorrect Weather Forecast
for June 26, 1954 40
The Moscow forecast for this date read: some cloudiness, no
rain, daily temperature from 22 to 27*C. This was confirmed
on the morning of June 26th. The error was due to incorrect
evaluation of the factors causing precipitation. The capital
was,hit by torrential rains and the rain was persistent.
Evolution of the zone of rain progressed from the direction of
Card 5./8

Problems In Sinoptic Meteorology 360
Smolensk but this had not been foreseen by the foreeast service.
There are 6 figures, 2 tables and no references.
Gorodova, M. I. Storm on July 4, 1954 47
The storm was not predicted in the morning forecast for Mosoov.
The synoptic map for this day was made at 3 o'clock In the
morning. Although a slowly moving antioyclone was expected to
reach the area of Moscow some time in the afternoon, no immediate
rain was predicted. Nevertheless, the storm came at 5:30 a.m.
and lasted until 11 a.m. The storm resulted from instability
produced by the adveotIon of saturated air.. while the adiabatic
gradient created conditions for convective rain. There are 7
drawings, 2 tables and 3 Soviet references.
Card 6/8

Problems In Sinoptic Meteorology 360
Cherkasskaya, V. M. Torrential Rains in the Ridge of High
Pressure on August 12 and 13, 1954 57
For August 23th the Moscow forecast read: no precipitation.
However, the whole oblast was hit In the evening.by torrential
rains amounting to 30 mm In the capital. The prediction was
based on the position of inallohypeal lines and on the calcu-
lation of the movement of a depression, the W a of which
expected to be east of Moscow towards evening. The convective
instability was created by adiabatic decrease in temperature
at 500 millibar level and by the advection of colder air at
a 700-850 millibar level. There are 8 figurea and I Soviet
reference.
Neronova, L. M. Distribution of Summer Precipitation in
Moakovskaya Oblast' 67
Since the majority of incorrect weather predictions in 1954
in Noskovskays. oblast' concerned precipitation, the author
Card 7/8

Problems in Sinoptic Meteorology 360
analyzes the total distribution of rainfall throughout the
entire Oblast from the point of view of both intensity and
occurrence. The author refers to previous attempts by
I.I. Kasatkin to sum up the distribution of rainfall in the
area of Moscow. The article includes a map of all meteorolog-
ical stations in the oblast and drawn general conclusions as
to the amount of rainfall from both frontal zones and air.
masses. In the appendix there are tables showinj4max IMA Of
precipitation under various synoptic situations dge, cold
front, antioyolone, depression,, etc.) and a listing of average
monthly rainfall observed at each station. There are _q maps,
16 tables, and 6 Soviet references in the text and 5 tables
in the appendix.
-AVAILABIR: Library of Congress (WO51-WAV-52)
Card 8/8 NN/M
June 26, 1958

KORKETOY, H.I.; ATROSHBNKO, YA;-ISAYLCY~A~Ye MIRONOV, T.T., red.;
LUKINA, L.Ye., takhn.red.
EThe Tatar Soviet Repablic) Sovetsksla Tatariia. Moskva.
Izd-vo *Sovetakala Rossla." 1958. 74 P* (MIRA 13:8)
1. Moscow. Vsesoyusnaya sellskokhosyayst"nnays vystavka. 1958.
Z. Babotniki pavillone Tatarskoy A&M na Vassoyuznoy sellsko-
khozyayatvannoy vyetavke (for Kornetov, Atroshenko, Isayava).
(Tatar A.B.S.R.-Agriculturs)

T 1,
SOURCE, CODE: UR/003V65/()f,~3/00'1/0051~/()058
AUTHOR: Zhumatov. Kh. Zh. - Sayatov. IL4. Kh. ; ~sawva Ye - S,
ORG: none
TITLE: Investigations of the Infectious activity of 11NA-of.10111WUg,.a A v-irus in
susceptible animals
SOURCE: JV4 KazSSR. Vestnik, no. 20965, 54-58..
TOPIC TAGS: 'virology, virus disease, RNA, mouse, antigen
ABSTRACT: Intranasal injection of RNA of influenza A virus,(Pr-8.s:train) dil uted
1:8 in 0.15 M NaC1 in 0.007 M phosphate buffer causes influenza which kills white
mice in the first passage. Undiluted RNA generally does not have this effect. When
RNA solution is injected into white mice and chick embryos,',virus is reproduced with
the antigenic properties characteristic of the original virus, Mouse strains of
influenza virus resynthesized from RNA had a lower hemagglutination and infection
titer than did a strain obtained from RNA after inoculation of chick embryos. Orig.
art. has: 3 tables. [JPRSJ
SUB CODE: 06 / SUBM DATE: 'none ORTG REF-. 010 OTR REF: 007
Card 1/1 vab

ZHUMATDV, KboMe; ISAYEVA, Ye.s.
---. :- 1144~~ :
Infective ribanucleic acids of virusee.from animals and mimo
Test. AN Kaza.A. SSR 20 to.6:39-46 Ze 164 (IMU 1811)
1e Chlen-korreapmdent AN KaRSSR,and AM SMIfor Zhumator).

SAVKOVSKIY, P.F., naucki. sotr.; ~~bAYEYA.,
naucIm. sotr.;
OLIFERY A.It.p nauchn. sotr.; SHChMBAKOV, V.V., nauchn.
satr.; POVZTRI, I.D., nanchn. sotr.; I-USLO, Ye.M., nauchn.
aotr.i KRYLOVA, A.S., nauchn. sotr.; MATVIYEVSKIY, A.S.,
nauchn. sotr.; VASILIKOVA, A.Kop nauchne sotr.; VOVCFENKO.
D.P., nauchn. sotr.; BOGDAN, L.I., nauchn. sotr.; GROTTE
Vi*G.,, nauchne sotr.; CHEFL'Rj
(Posts and diseases of fruit and berry plants; a manual]
Vrediteli i bolezni plodovo-iagodnykh kulltur; spravoch-
nik. Kiev, Naukova dumka, 1965. 287 p. (MIRA 18:9)

ISAYEVA, Ye.V., kand. biolog. nauk
Crown gall as a dangerous disease in miroeries. Zashch. rest..
ot vredi i bol. 6 no.11:12 N '61. (MMA 16:4)
(Ukraine-Crown-pll disease)
(Ukraine-Nureer7 stock-Diaeases and posts)

SAWOVSKlYt P.P., nauchn. sotr.; jqff~~~, qauchn. sotr.; OLIFER,
A.V., nauchn. sotr.; SHCHERBAKOV, V.V.,.mauchn,( sotr.; POVZUX,
I.D.., nauchn. sotr.; MASLO, YeA, nauchn. mott.; KRYLOVA,
A.S.,.nauchn. sotr.; 14ATVIYEVSKIY, A.S.,'nau6~d..,notr.;
VASILIKOVA, A.K., nauchn. aotr.; VOVCHENKO,;D.P., nauchn. sotr.;,
BOGDAN, L.I., nauchn..sotr.; GROTTE, G.M.,.nauehn. sotr.;
SKUTSKAYI, N.P., red.; DAKHNO, Yu.B., takha.-red.
(Posts and diseases of fruit and berry crop.a) Vroditeli ibo~-
lesni plodovo-iagodnykh kulltur; spravochnik. Kiev, Izd-vo
AN *r.SSR, 1962. 275 P. (MRA 16:7)
(Fruit-Diseases-and pests)

ISAYEVA Z.A.
Pbngal flora in patients with mqcoooo in Trawbajkalia, T-est,,
derm.i ven. 34 no*8844-45 160. (KIU -13 911)
1. Iv kafedry kosbm7kh J venerichookikh bolezney (zav. - doteezi
L.A. Abramovich) Chitimakogo moditainakogo inatituta (dir.
dotsent Yu.D., Ryd&ov),
(TRAMAIRALIA-MICAL HICOU)GY)

CA
ACOM ft &momotmt as .4d4m of Met&'
Awn of AWN" on 0, a"
R. A. Arbutov. ?Amr. jk *4 Cbm.)
I SWO20949).-Addri. of McOlf or atou to G~qitstmv
=
In the Presence of 11*90~ is acempanied by Isommed-
sation of the oz~k, yielding Et or Me Aerials of 4-cam.
pboknaldehydc as The main Products. The lawwrim-
tion process is believed to peomed through the formation I
of olonjum type muplexes of the oxide with tilt I
.-Pinene oxide (Imen the ax4lition of the hydrocarbon
AcOilf) bit ()1-2*. xV 1.4tW7 d" 0 9dW. W.W.
1% S.) was added to W S. dry W6111 *
,. - - -M!!- .. -1
iWontanCOUS bm 46%
NO . "Un
with mto, and 4 J.. giviq a nixt, V
be resolved compkidy. Ow entire: mist. bad the his
90-140'. from wbkh was obtained about 13 S.
bu WIOI* (b% I(P-2* after dism. ever NO, RES,
coalti 3 douW bond and which.oit heating adtis 81
11cl 6A hr. at 6", save tbt jewitarbammop in. 137-8
(twen StOAc), of mr-"mw - A. toTrmtmmt of
the hion4muing frAdioirtib "11, rtnxm OH -
"VS. Pier An UtUtAted amt. of the comphokwiddlyde
di-Me "OW. bi. 1014% AV. IAW. ill.* O.M.I. In
64dn. the lkbwr fractions save about 17 a. Product. thi-s
13"1 *. sV 1.4M. dj* 1.~. Ci,UjLd%. cmtg. 10% off A
(ZaVWWWN) And I double boad, wbkb wa
visionally given the stfuelute of a Nowme dh,"Zel
unsaid. glycol, probabif robr", At the tertiary C ato'"'
SobrrM 6 bdkvtd to onn by 110 ion adilo. to the w-
bonium I= formed after "onic cleavage of the oxide
rLw. A simellar reaction al 12 g. pinent oxide: witb 13 g.
StOll ctmil;. (12 1. HaSOi Saw 11;4 p. of 4 m6t.. Ift 90-
114*t "bich an froctionation jwt 4.1 11, CiJ[*Oo (1). 144
W'9' ow 1.4m, if 1 U.=34, runtS. I ilimble km*41, and d
giving COMP&Ok"rIA on beatins with 879 IICI, I thwit
11.
Al-Carmas, =d -nobs". VQ.
bw 1117-11", nit 1.47W. d'O OJMT with Ac%Il saw lht-
CormstKiewling oxktc, 4 9".. nVV 1-4M. dl* 0-93'03.
101V 14-10% .11 s.;LdtlM to W 0. MCOII wing.- 0.3 6.
INSC)i uluki 40" Ulo"Cd by licutrAlilAtiou by X40NII
Vive Ct,IW)i. h'4.4 1 IV. Jl, 1AW1, Al* LOW. Wentif"
at the careme z64 #I mane- Ife elker 11. R UO. It toulil
31C
1
113C C11011
"C.Alrt.
I.C
If
be obtaiaW in the pum stAtr only aft healing WiLb
14801. followed by OCICUvage of the tooriteewlith but w4ttri
And was oblAinal In but 8.6-g; y-6W. SirniLwly StOlf
e IMM 3119. oxide. 16,3 a. Pi Am (1, It - MY. b..&
MV, AV IXAS 1*0 1) WN it hile ROII gam 116 g.
P, siba. 1,4i*~i.dj' 0.10A And UnORtrivt
,c)

mmmmmqlfxp 4NMRNWM
12. WM Mat (it zvno~vl odfink- arid. "1 10 "flain it'll.
14man, p-ArNlIC411,"ll (19,9 s.) in ;siu x.
lilt) was Invied with IDA g. ju 160 cc.
wwm Ito In po"ions. mi a" 21 inns., roLAed tit kt, So$

.12 5 HOW

filtered, w&AW wkb H&O (hot, tWn cold). wW dried at
41. 11prod awl
wh to
! I.
0
h

11W. giving 29 S. MIS,) 24
=~Mzli-
v
h
W
l
I
d
1
V
) (f :-(P-Aisijy4~ amniq0-
00
10 6
ci
, Uk
'
O
t
ecottip".
roas a
a"twom (
). M.
y 1,61biams (M OR% yield)o m. 3W
i
1 (26.7 it') was rellturtl I hr. in 117 cc. of 17% HCI dw-
coaled
%Mj) 411&-
cooled in kv
and the JILI %all (to
O
. wa-M.), Wall prqW. In the sanic.inAllAn SO VU ff"i
.
.
,
solved in 13D cv. but Ito() plus to cc. too ?Vol
(1) was peerml. in the smai4 0"0-
in kv, and finsted with sdki N%XO* (phMolplitimikits) to
VT 12.3 a. (110%) of Aot amino fowpj~ (n). in. 178-411".

r 11110111
as M.
W" pwpd *Ilk Akriv4 lato 17.99. PAc.N1IC;1AC;;G I.
oUg.) in 70cc. cd 6 N NsOtl dild. with lWccl H&O was iio. tb* m. Stered. issiftil wkb bal 140.
treated with 48 C. McOMO. tit% 2 partioug) Wkh a
w&nowd after ~fkatfiau.
the adat
5 win
(or 15 min
at 8D (qmw
drkd at W. AM the ptodwt (MM) (22 9-- 1111170 cX14-
.
.
.
fmath). cooled. filtered. uW the prodwi washed with
1
iving' X
5
(61M
11
0 and dil
NoOff with &) tv. woll mid l
(nwticauss c"n... rk&&d ike" but-~ The *Adm. after,
I,V a. SM iIP-wAn
"
"
-
-
.
.
g.
,
. g
So
0,
A). in. 214.1
(1
"
130
'WkMk
fte
h
d
7J -3
br bw
. Th.,
1111, as. 2
ota
u"Wom"S cr
I if

Mkob. all (3.4 4.) lit h 4v. cowl. IICIQlkl 11W.
fIrtn" .
r
c
. a
y
Itrate y
I .
.

4011 was orlimurd I lic, to-drd. 41w 1ICI "it (Ilk)
I
l
O
l lit
l
d d
d4f
u
mu
tv.
Altem
insuk
id in M cv, Wit Ih
.
i8f,- Wffr FCONUd I br-~ the cfYPb& Meted
:
Itch MW We nAiWA with Unoco h R. (U411mig)
a Sk" 2M
lob%) of The ==d I A &V
ad dher tustitig. wattw4l iwkv with 1 .011571, IICI-
4
to give As :6d 1
ividi
MM the fitirm. -WWA
IKSUH

S . IV (2. N S. g. ftl~rw
lim
111 cc
ju cc
ew IN saw ,
2.3 1 .
1. f
m
4
0.11c1. in M14 . if. of
.
.
.
n
.
af the UMI disttd. oil, and the tatal. art a" for 8 bn
'
'
M #'
i
l
h
i
h 150 cc. HA) o- WjW cumcd. IICI)~
with NJ ve 1.3 on 41

v
4
!%
rw
is
If Me-ot"
p
Wwe (V) 'I
AV-b-"L -
a
ld")O
Ki )o
w~ her
s (ftowlill
r) 18
:
16.60)
with 10 WON
11 'I dild
1111
W
l
a., 104* (
in J6 cc. bad ban 1111M). P-HANIles)
itiff 911%:11loOll was fre"Al OF 1 fJk a.)
Malt g. ji- 4
.
.
ittfuss.
4
247-A!
(Ikvowpm,) hV on;
tow I
toram"Watt" is locc. bw 1100 with st
"", a"
with "
dW 16 win. in a thin Iptiream im;
13MM". ,
. tow 11160. givius 1.0 fl. (91%) 1-
Mlainsw (V I. why
U dl gntadilied to 4.8 q. frealilly 4111111. UN in
d
10 M11, viddad 40 ma.. smst; of the adw
evapd., "Alue ut asiste. and The aystals Owed filw
with
21 -18*
AW J. analysed as VU la
b = a
tramw he 4. N1019% W 4 cv, 1W. I ma
am bmb So vain., 111tavd. nood. to a Simp to a 4%=
Wated kh lim. .1
hrdifuly& Of am I ~64 i9b 3uV:
dil. Q: 1) itOtl
oat. teratet! with 16.4 5.~ thymquimp" to so cc. bot
Owl Rioll with Atinlad'. ~ diltratw. ater c" 611d
kb &I. NOW xave 3D 9, (W,
Pone 2 3 14-

VI, lk)iW a (CW hM. With III(). Cave IV In quarts. ykl(i;
ferrysin. [mal Is,() d1jonled the ie1pakyd?W* 13 CChII
atilt I 14cttmir xrlxlp~ which mouln filled to IV, T6 ct)ltw- -#IIt.a.\C,. foo"t
Its- dwohyd,idd (Vill). m. Wk-0 (derintim. britals at'Jlb*)
*0
cow, coup
Coolle
CO
0
me
(Vill)
(from Ph NO~1, was prepd. by refusing 2 g. IV a few sairs.
in ArO and walibing the filteml Immlact whb 810. air by
beating IV neur it- in.p. As%). 2 Is. VII, strictly bolint with
~111 tilt. 1ICWI, gwvr Cl st. VW (no ONe , ), All
mamp1m of VW were Wentlenal (nditol m.p.) mW tha from
IV gavv bmk IV on hydrtily4s. Treating 0.11 S. VU is 110
ins. meolli with ell0-$ in Kt?O. com-s;. the "n. 10 Stall..
Athl wrysill. the potalurt Owkv fruns MrOll pvt IX. on.
1709-9* (distills umI*cvmI%I- at 14 41-3 s. W which.
INAW a few 111111. 111 1 fill. 1114% Ill, t)III, proullims 1, M.
Wts-2* (from McOll). in-tioully imbi. In &q. alkali. Tritat.
Ing 3 st. IV in W tilt. 214110, M with Clg*Nv gavv 2.6 g.
(cmie wt.) 11. which shuills (14 tntu.) umk.Lvmpd.
VI (2) C.). twiltrill 4 lim. in 340 fill. Meal mail 40 nil.
mult wt.) XI. With CH.N9. I &Wt
lislith, gave ;.41.5 It. 0
Now NO
Coome
41"OLIC Coomm
now up
OU)
rAve 3111. The 3 stAtuples'of imystIL (from MCOII) it
act Identical. its. and misfit mp~ 2P4-1111, V1 1,1 d.1
firm slowly disavivrd in UP mi. Nflund 5 N IICJ; Cunrij.
I Itimiuml piresimtre) to 31 utL pvc 1.4 a. ng The tr4xs-ktlt
orW (31111) (4 Coill strimps), n4miqu timiles, in. *111 2*
after rrysts. ("Nu 11.0.41141 VACUUM411114111 Al
I(#)*, Ow trint. Mt estet prrjNI 'With ('11 N ItifigHO
VC4410" CFY0A1q.*sn, IN ~h* Iltimi) Mi-Olli. "RI 1,7,4-)
and IV (S gj. reflumml 12 hn. in 60 aml 50 mt., remit X
ties. each gave (as flits Vill 11111, CA ,
sUjr kos which were
ins
itkatkal (filized Iti.p.), tam IV) Save no
Lww tkvrrmkm #if the in.p. of cry"ol. utichmnited

0
0

0
with
with Nils Vo
Waldo *0
.
00 .
luttlat lot
pvc IL7 some- 00
wiO Im SOM andcr n4an, S.
P-Omm"W".
o
5 g 00
.
.
0 (fOM NW
Ift. 5
7
W a
6
IM
00

0 -
. -
IMC0.
CR
j, pbCII.ClICONItAc b, lW2M*-
e6d'br Ads, 'Nsolf. 00

-
00
00
00 #0

66'
00
00

io
'

10
so
0

Do

We 4*411.0 Soo 0-'s 00010 6.40040-000 0~6'0 *,oo CoVID110
410~411 0 0 0 0 0 0 10,0:0.:o 0 O'w 0- O'.0's- O;W 0 0 O'We W 0.10 0 o '14JO 4 0::o 4 44, 0 to

:

ISAYEVA, Z.G.
I'

Chemical Abet.
Vol- 48 No- 5 o inat it. A, Arbtjrqv',jr,(j Z. G. j$jjeAi
(K.-InIll Slate U.S.S.R. ZZ, 629-l'
Mar. 10# 1954 --See C.A. 47, 21mf.
Organic Chemistry it. L.

- ~m
ARBUZOV, B.A.; ISAYEVA, Z.G.
% 4 " vu w W- Kv ~ -19 t,
Some reactions of products of cyanoshtylation of dihydric phenols by
acrylonitrile. Zhur. Obshchey Khim. 22. 1645-7 152. -(MLRA 5:9)
(CA 47 no.17:8681 '53)
1. V.I. Ullyanov-Lenin State Univ., Kagan.

I ho-VO
MW Chemicitry ffy4rocarbon isomerizationi
1/2.4 Pub.. 40 10/U

Authors. :
Arbuzov G'.
'B. A. and

Taw'. on-of t hydrocarbons with s4Aic4~ kql in qon. ~..~o,rjs of.
jsomerizati errane
-6dsorption.anal s
y 3.3

Peftofteal N Otd.,khim."mauk:5; -94?, -S4~ct~; 9~3:
Izv,. M SSSR
Abstract The effect.of silica gel.. in - conditions or adi drpti.owana ysi~o~ Ae.,',
'
'
;
isomerlz~ation. of terpenehydrocarbons w4s~Any!;
- 4~t
ep~ti~
b
d, It.was~; pun
'
e'
i

Ahat, alphabinene isom6kz~s eaiiij i to ~cain
n t~
'
ne an ar-:
a t
e
6h , di~efite
3 - carene. isomerizi~s into dip Itelie ari4~ terpinolehi; mdipen-
-pinol6ne;A- _er
'
-
'
~ co
te'ne isomerizes intoterpinolene Which in tur widd-re,'oes f urt~a'r
nver
-,
sions. The isomerization of above comnPunds, idth silica I W-S found..
go
- ,to be analogous to the. isomerizatianof the Ve"ry SS6~.hydr8c~*~bons "with:

ARBUZOV, B.A. (lazan); ISAYEVA. Z.G. (Kazan')
Isomeric conversions in the series of terpene oxides. Uch.zap.Kat.
un. 115 no-10:32-33 '55. 10:5)
(Isomerism)
(Terpsites)

SOV/20-121-1-28/55
AUTHORS3 Arbuzov, B.'A., Member, Academy of Sciences, USSR,
Isayeva, Z. G.
TITLE: On the Reduction of the 63-Carene Oxide (0 vosstanovlenii
okisij&3_karena)
PERIODICALs Doklady kkademii nauk BSSR, 1958, Vol. 121, 11r 1, pp, 105-lo6
(USSR)
IBSTRACT: It is known that the oxide mentioned in the title may be red-aced
to an alcohol (C 10H18 0). When the authors i nvestigated the
hydration of this oxide they found that two further products
with the same formula are produced from it. The first alcohol
is apparently identical with the 1-caranol of Kuozyuski and
Chabudzinski (Kuchinskiy and Khabudzinskiy) (Ref 2). kn -.1cohol
which was obtained by the authors from reduction of the 1-car-
anone-3 (purified twice with p-nitrobenzoate and the acid,
phthalic ether) has constants which are very close to the al-
cohol produced by the authors (purified by 3,5-dinitrobonzoate).
The two alcohols differ only by the melting point of the s.aid
Card 1/3 phthalic ether. In consequence of the oxidation of the

On the Reduction of theL3-Carene Oxide SOV/20-121-1-28/55
L3-oxide-hydration product by chrome anhydride in acetic acid
a ketone C10H16 0 was obtained which yields semicarbazide
(melting point 201 - 2020) in a quantitative yield. This ketone
is according to its constants and its melting temperature
identical with the 1-caranone-3 (Ref 2) which is an isomeriza-
tion product of theA3-carene-oxide by sodium in benzene. The
same ketone was obtained by the authors (in a low yield) from
the dehydration reaction of the F-carene-glycol by p-toluene-
aulfochloride in pyridine. In order to be able to give a final
identification of the initially mentioned prodrt, the authors
produced it by the action of sodium upon theA -carene-oxide in
benzene. From the alcohol reactions 3,5-dinitrobenzoate of the
1-caranol-3 (from alcohol) and an acid phthalic ether were ob-
tained.'Since these two compounds did not show a temperature
depression of mixed samples with corresponding derivatives* of
the&3-carene-oxide hydration product one of the products of the
catalytic hydration of the last mentioned oxide is bound to be
1-caranol-3. A further alcohol existed in the reaction products;
it turned out ot be caranol-4, could, however, not be isolated.
Card 2/3 It might be one of the 4 possible stereoiaomers of carano 1-3-

On the Reduction of the A,-Carene Oxide SOV/20-121-1-281/55
The reduction of 'he A3
-carenc-oxide with LiAlH, yielded
'i
caranol-4 (Ref 2). There are 8 references, 1 of which is Soviet.
SUBMITTED: April 17, 1958
1. Terpenes--Chemical properties 2. Organic oxides--Reduction-
3. Alcohols--Synthesis
Card 3/3

I SOV/2o-122-1-19/44
AUTHORS: Arbuzov, B.A., Member, AS USSR, isayeva, Z.G.
TITLE: Reaction Products of a-Pinene _6x-I-ff-e-a_n_d_4a 3Carene Oxide
With
Acetic Anhydride (0 produktakh reaktsii okisey a-pinena
3
i Z~, -karena s uUusnym angidridom)
PERIODICAL: Doklady Adademii nauk SSSR, 1958, Tol.122, Nr 1, pp. 73-76
(USSR)
ABSTRACT: The authors continued their research on this subject as well
as on the same reaction of the camphene oxide. It could be
proved that the reaction of these bicyclic terpene oxides pro-
ceeds on a complicated way. Mixtures of products are formed,
and an isoimiizetion of the oxides takes place. The present paper
is intended to clear the structure of the acetates which have
been produced from the above oxides. As previously reported
H
with
a-pinene oxide
(Ref 3), the yield of the acetate C
0
8
2
3
L2
does not surpass 30 whereas in t e 'case ofzN carene oxide
it remains below 22 The authors have performed the first
reaction in the presence of Na11CO , in order to conduct the
formation of the acetates C H 03 mainly in.the direct ion of
'
1
ll 2
?
t
the suggested scheme. The la er salt-bindsthe acetate ions
Card 1/4 ane.reducesthe formation of acetate-diols to a minimum.

Rention Products of a-Pinene Oxide and SOV112o-122-1-19144
Carene Oxide With Acetic Anhydride
By this, it was proved that the a-pinene oxide could ' bg
recovered unchanged to 40196; the isomerization of thg oxide(
to a 11campholene" aldehyde occurredto a much:lower extent.
Instead of the expected acetate, however, an alcohol C E 160
(yield 28 %) was isolated which is identical with the IT-' rans-
carveol (Ref 4). By oxidation of this alcohol by means 61'
chromium anhydride in acetic acid, carvone was. obtained~.. Accord-
ing to the statements of-reference 3 the boiling,point. .of the
acetate from a-pinene oxide is found in a broad temperature
range. By repeated fractionation, apart from~'"Campholenel' I
aldehyde and sobrerol acetate furtheisubstances wit'h*the
same empirical formula 0 12H180 with a total,yield of1l %
.boiling poi
were isolated: 1) A product wiih lower' nt ( 79
800/3mm) and with a double-bond in the, Imolecule. By its aa~oni-
fication with 7 % 1TaOH solution in alcohol-water 'an a1-0.01161
with a ring consisting of 4 links was produced,,which iath6r
might be identical with a pinocarveol(II) or still more with
the tran 8-pinocarveol (Ref 7). 2.) A somewhat higher boiling
(67-87,5 /3MM) product C H 0 2 with two double-bonda,ly
saponification with lo %13ad solution in aicohol-water an
card 2A alcohol similar to the trans-carveol resulted.

Reaction Products of a-Pinene Oxide and SO-V/20-122-1-19/44
Carene Oxide With Acetic Anhydride
3) The boiling point of the third productIC 12H1802 was still
higher (89-89?50/3 mm). The investigation of the latter is~
continued. The reaction of the 4,3 carene with acetic anhydride
does not proceed smoothly. The products of'.reaction,consi6t ofi
1) The hydrocarbon fractions (3,5q,) and 2) the products con-
taining carbonyl (V) They will further be,inv.6stigated. There
are 11 references, 4 of which are Soviet.
ASSOCIATION: Khimicheskiy institut im. A. M. Butlerova pri Kazanskom
gosudarstvennom universitete im. V. 1. Ullyanov66-Lenina
(Chemistry Institute imeni A. M. Butlerov of the'Kazan'
State university imeni V. 1. Ul'yanov-Leni'x
nj

Q5 (3)
AUTHORS:
-59-6-16136
,_x,j_,jG,,,j_,Arbuzov, B. A. SO T/6 2
TITLE: On th? Reduction of the Oxides of a-Pinene and of the Oxides
of 40 -Carene (0 vosstanovlenii okisi a-pinena i okisi 113-
karena)
PERIODICAL: Izvestiya Akademii nauk SSSR. Otdeleniye khimicheskikh'nauk,
1959P Nr 69 pp 1049 - 1057 (USSR)
ABSTRACT: The reduction of the oxides mentioned in the title by lithium
and aluminum hydride was not possible,.What is proved:by pub-
lications (Refs 1-17). In the present investigation the oxides
could be reduced by hydrogen in the presence of Renay,-zilckel
under sharp conditions. a-pinene was reduced at 135-175 C' and
a pressure of from 60-100 atmospheres,:, id3-carene at 1757,2000
and a pressure of from 50-80 atmospheres. The:reduction of a-
pinene leads to the formation of 2 alcohols of the composition
C10H16 0. The hydration reaction was accompanied by an iEiomeri-,
zation of the a-pinene under formation of a ketone of the.same
composition, which is similar to the thermal isomerization and
the oxidation productBof the alcohol C 10R18 0. The ketone ob-
Card 113 tained by the thermal isomerization of a-pinene oxide may,be

On the Reduction of the Oxides of a-Pinene and of the SOYt2-59-6-16136
Oxides OfA&3-Carene
reduced by lithiumaluminum. hydride to C 1011180 in 2 isomer*al-
cohols which# however, are not identical with the alcohols ob-
tained by reduction of a-pinene oxide on Renay-nickel. Reduc-
tion of a-pinene oxide:
)SOHM
"0q
_%. OR(II)
Pinokampheol (II) and pinanol (I) are produced. The reduction
of pinokamphon produced from hyseop oil on lithiusaluminum h.V-
dride also leads to an alcohol of the composition 0 which
10"180,
differs from the aforementioned one. The _carene oxide :Ls:re-
duced on Renay-nickel to an alcohol of the composition
which isomerizes into a ketone C IA60 when being heated. The
different reductions are described in detail in the experiment-
Card 2/3 &1 part. A table gives the results of the thermal isomerization

On the Reduction of the Oxides of a-Pinene and of the sov/62-59-6-16/36
3_Carene
Oxides of
of a-pinene. There are I table and 12 references, I of whichlis
Soviet.
ASSOCIATION: Nauchno-iseledovatelfskiy institut im. A M. IhAlerova Kazan-
mkogo gosudarstvennogo universiteta im. ;. I. Ullyarxova4enina
(Scientific Research Institute imeni A.. 9. Butleror of the
Kazanf State University imeni V. IQ Ullyanov-Lenin)
SUBMITTED: August 159 1957

ARBUZOV. B.A., akademik: ISAYINA, Z.G.; RATNM, V.T.
Products of the autoxidation of A~-oareue. Dokl. AN SSSR 134 no.3;
563-586 S 1600 (MIFA 13:9)
1. lbuchno-iseledovatellekly khimichemkiy Institut Im. A*N, Butl*rrm'
pri Kasanskom gosudaretvannom univernitate im. Y.J. Mlyanova-lenlimik.:
(Caroni)

ARBUZOVt B.A.v aliademik,--4&M~k Z.G.; SAMITQVO Yu.Yu.
Proton magentic, resonWwe study of bicyclio toMnes WW tlieir-
oxides. ..Doki. -.AA SWR 117. no.3!589-592 W,f6i.- '(KWA 14:2)
1. Nikuchno-isoledomthl~skiy khimicheskiy inatit" JRhmefttaerma
pri Kasanskola gosudars~venn= universitete~ im. V,I-Ul!*ovi-l4nlM.
(T erpenes) (Rucloar magnetic resonance and relazation)

ARBUZOV, B.A.;LISAYEVA, Z.G.; RATNER, V.V.
Action of lead tetraacetate on 4Lcarene. Izv.All SSSR Otd.-
khim.nauk no.4s644-649 Ap 162. (MIRA 15W
1. Khimicbeskiy institut im. A.M.Butlerova Kazanskogo universitets
im. V.I.Ullyanova-Lenina.
(Lead acetates) (Carene)

ARBUZOV, B.A.; ISAYEVA, Z.G.; IBRAGIMOVA, N.D.
Oxidation of 4 !~ carene by oxygen in the presence of chronic
anhydride. Izv.AN SSSR Otd.khim.nauk no,4:649-657 Ap 62.
NIRA 15:4)
1. -rhimicheakiy institut im. A.M.Butlerio*a Kazaaskogo uniVersiteti
im. M.Ullyanova-Imenina.
(Cm-ene) (Chromium oxides)

ARBUZOV, B.A., akademik; SAMITOV, Tu.1u.; ISAYEVA, Z.G.
Nuclear magnetic resonance spectra of protons and conformation of
i-earene oxide.. Dokl. AN SSSR 150 no.5:1036-1038 A 163.
(MIRA 160)
1. Nauchno-~esledovatellskiy khimich*&Ly institut im. A.B.
Betlerova pri Kazanskow gosudarstvannon universitete in. V.I.
U11yanova-Lenina.
(Carene--Spectra) (Protons)

ISAYEVA, Z.G.; ANDREYEVA, I.S.
Isomerization of -6arene oxide in the reaction with alcohols
in the presende of acids. DokI. AR SSSR 152 no.1:106-109 S
163. (MIRA 16-.9)
1. Nauchno-issledovatellskiy khimichaskiy institut im. A.M.Butlerova
Kazanskogo gosudarstvennogo universiteta. im. U11yamova-Lemina,
Predstayleno akademikom B.A.Arbuzovym.
(Carene) (Alcohols) (Isomerization)

ISAYEVA, Z.Go; ANDREYEVAt I*S*
Int eractiom-of 4 3 .-caren .-wdde-with-methyl. ale'oholln the
presence.,of-sodium methylate.-..-Dokl..AN SSSR.152-no.201+2-
345. S 163.- (KURA, 16til)
.1. Nauchno-isoledov&tellskiy.khimichaskiv institut im,,A.M.Butlero-ira.
pri Kazanskom gosudarotvennon universitete.im. VJ. Ullyanova-
Lenina. Predstavleno akademikom B.A. Arbuzovym,

ARBUZOV, B.A., akademi~q ISAYEVA, Z.G.; POVOLYREVA, 1.11.
Structure of unsaturat-sd alcohol- acetalues from -the realition of
63- carsne culide with aoetic anhy-cLride. Dokl. All SSSR 159
no./.s827-830 D 164 (MMI -28:1)
1. Nauchno-issledcwatellskiy khimicheskiy instit tat im. A. M.
Butlerova pri Kazanskom gosudarstvannom wdversiteta iz.
V.1. Ullyanova-tenina.

I

ARBUZOV, B.A., almdemilk; ISAYEVA, Z.G.; RAITIER, V.V.
,f 3,a,
Structil-re of ~be oxidal obtained in Oe oxfdatioi- O-nfl
selsn'um dicxide. Dokl. Ml 3SSR ~16.. no.6:1289-L~92 S5.
(Mili4 '18110)
1. Nauehno-4.~-sledovatel.te;ki-y kbindcht-skLy in s t'L tu t, im. A.M.
pri- Kazanskom gosudarstwerffictm urdvenr,' e A
Butlerova V.I.