SCIENTIFIC ABSTRACT ZAKHAROV, YE. P. - ZAKHAROV, YU. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963610005-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

50)
AUTHORS: Petrov, A. D., Zaltharov, Ye. P. SOV/153-2-3-14/29
TITLE: Synthesis of Alky]. Benzenes by the Grignard-Wurtz Reaction With
Hydrocarbons as Solvents Instead of Ether
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Khimiya i khimicheekaya
tekhnologiya, 19551, Vol 2, Nr 3, PP 384-389 (USSR)
ABSTRACT: The authors investigated the effect of the solvent on the hydro-
carbon yield in organomagnesium syntheses. In the reaction of
tertiary chlorides with RMgX the ether, as nueleophiliC solvent,
inhibits the formation of a transition complex by blocking the
acces'a to magnesium atom. Moreover, a nucleophilic solvent
renders the separation of hydrochloride from the tertiary
chloride much easier since in the formation of the activated
complex an oxonium compound of ether forms with the P-hydrogen
atom of the tertiary chloride. As a result always a considerable
portion of the corresponding olefin may be found in the reaction
products. The use of more strongly basic solvents instead of
ether is bound in this case to lead to higher yields in the
desix6d products. Thus the use of n-heptane as solvent in the
reaction of benzyl magnesium chloride with some tertiary
Card 1/4 chlorides leads to the formation of alkyl benzenes (C14 *420)

N
Synthesis of Alkyl Benzenes by the Grignard-Wurta SOV/153-2-3-14/29
R~aCtidn With Hydrocarbons as Solvents Instead of Ether
with high yieldes
H CH
3 3
C H CH U01 + Cl-c-CH -CH-CH C H -CH _~_CH -CH-CH
6 5- 2 ii 2 1 3 6 5 2 1 2 1 3
Un 3 R CH3
The,yields were in the case of R - CH 3 74 %, R - C2H5 45 59
R M n-C 37 63 5, R - n-C 4H9 34 %p R - n-C5Hil 48 *9 R a n-C 6H13
41 ~, and R - n-C 7E15 46 %. In this connection other was not
completely substituted since the equimolar amount of other re-
mained bound in a complex way to bensyl magnesium chloride and
was released only in the course af the reaction with tertiary
chloride. The authors explain the increase in the yields by
the occurrence of an ind4otive effect in the tertiary chloride
which leads to a conjugate system in the molecule:
Card 2/4

Synthesis of Alkyl Benzenes by the Grignard-Wurtz SOV/153-2-3-14/29
Rdaction With Hydrocarbons as Solvents Instead of Ether
H
I
CH2
C H
~H
12
H
Freydlin, Noginp and Neemeyanov pointed to a similar inter-
action in the chlarocarbonic acid molecule (Ref 6). In an
experimental part the course of the seven syntheses is exactly
described. One of the syntheses was made by T. L. Krasnova.
The physical constants of the products obtained are given.
They were computed. according to the method by Tatevskiy (Ref 12).
Table 1 shows the properties of the synthesized alkyl benzenes.
The alkyl benzenes obtained were hydrogenated to the corresppnd-
ing alkyl cyclohexanes and their properties W6re investigated.
Table 2 gives the properties of these alkyl cyclohexanes. The
solidification temperatures were determined according to
GOST 1533-42. The determination of the heats of combustion
Card 3/4 were made in the NII imeni Baranov by combustion in the

Synthesis of Alkyl Benzenes by the Grignard-Wurtz SOY/153-2-3-14/29
Rtiaction With Hydrocarbons as Solvents Instead of Ether
calorimetric bomb according to GOdT 5080-55. There are I figure,
2 tables, and 12 references, 6 of which are Soviet.
ASSOCIATION: Moskovskiy khimiko-tekhnologioheskiy institut imeni D. I.
Mendeleyeva - Kafedra tekhnologii gaza i zhidkogo topliva
(Moscow Institute of Chemical Technology imeni D. I. Mende-
leyev - Chair for the Technology of Gas and Liquid Fuels)
SUBMITTED: May 12, 1958
Card 4/4

7AKHAROVF yo, P.: Water Chem Sal (dion) -- "Matn1lorgnnic uyntheal.s of aIkvI
------
benzenes frm C1.4 to C22"- Moscow, IT
.)8. 11 pp (Min Higher Educ USSR, Monom
Order of Lenin Chemicotechnologloal Inat Im D. 1, Mendeleyev), 150 copien
(EL, No 3, 1959, 108)

:PSTROV, A.D.: ZAKffM-V.,-Ts..P.; KRASNOVA, T.L..
Synth*sis of alkybons6nes Of 014 - Cpo composition by the Grignard
-yurts reaction in an etherleas medium. Zhur.ob.khts. 29 no.1:49-55
Ja 159. (NMRA 12-.4)
1. Moskovskly kbiniko-takhnologichookiy institut Iment D.I. Mendeleyeva.
(Benzene)
(Cbemistr7. Organic--8ynthesis)

SOY/79-29-1-11/74
1UTHORS: Petrov, 'A. D. , Zakharov, le. P., Krasnuva, T. L.
TITLE: -C
Synthesis of Alkyl Benzenes of the Composition C
in the
20
14
Grigliard- Wdeitz &,action in Etber-Free Mediun (Sintez
alkilbenzolov sostava C, -C po reaktsii Grinlyara-Vyurtsa v
2
0
bezefirnoy srede) 14
PERIODICAL: Zhurnal obshchey khimii, 1959, Vol 29, Nr 1, PP 49-55 (USSR)
ABSTRACT: In the previous paper (Ref 1) the authors had found that re-
actions of some magnesium aryl halides with tertiary alkyl
chloride in n-heptane ir- the Grigaard-Mjeitz reaction
at 30-33 0 permits a considprable increase of the yield in alkyl
benzenes as compared to the same reaction in ether. This -'s the
way they chose for several reactions of magne3ium benzyl chlo-
ride with ramified tertiary chlorides and for the synthesis of
eight new alkyl benzenes (formulae I-VIII). The relatively high
yields give evidence of the fact that the side reaction, the de-
hydrochlorination of the ramified tertiary chloride whi(th
usually takes place in connection with the Grignard-71tiertz re-
action and which decreases the yield in the normal condensation
Card 1/3 product, is supprei3sed in this case. In the case of condensation

SOV/79-429-1-11/74
Synthesis of Llkyl Beazenes of the Composition C.,_C -, in the
Grigaard44erti-ReacVLon in Etbar-Fln-a ?-b"AJ= 14 20
with magnesium benzyl chloride among 8 chlorides 7 were used,
according to'the structure formula
CH.
CH3- H-CH 2- 01 (IX), where R = CH 39 C2H5$ 'so-C3H7' n.-C3H 7'
E3
iso-C 4H9, n.-C4H91 CH2C6H5* The results obtained lead to a fe-x
conclusions concerring the dependence of the yields on th's
structtLke of the initial products. The hydrocarbor yield in this
reaction depends to a consiaerable extent upon the presence or
absence of 'he cr,I-conjugation of the C-Cl and C-H bindings in
the molecule of the initial alkyl halide, in rhich connection
the structuze of the radical is of dooiaivo importance. Thus,
the substitution of i3ther in the above reaction by a hydro-
carbon solvent is of importance in the second stage of reaction.
The constants of the synthesized alkyl benzenes are given by
table 1. There are 2 tables and 18 references, 5 of which are
Soviet.
Card 2/3

SOV/79-29-1-111/74
Synthesis of Al~yl Benzenes of the Composition C I -C in the Grignard-
Wuertz Reaction in Ether-Free Yledium, 14 20
ASSOCIATION: Moskovskiy khimiko-tekhnologicheskiy institut imeni D. I.
Mendeleyeva (Moscow Chemotechnological Institute imeni
D. I. Mendeleyev)
SUBMITTED: De~:Lmber 26, 1957
Card 3/3

r1l, X/7
79-2-42/58
,AUTHORS: Petrov, A. D.; Sushchinskiy, V. L.; Zakharov, Ye. P.; Rogozhnikova, T. 1.
TITLE: Synthesis of Branched Aliphatic Hydrocarbons of the C-10 - C-15 Composition
by the Grignard and Grignard-Wuertz Reactions (Sintez razvetvlennykh
alifaticheskikh uglevodorodov sostava CIO - C15 po reaktsiyam Grinlyara
i Grinlyara4yurtsa)
MIODICALs Zhurnal Obahchey Khimiip 1957, vol 27, No 2, pp. 467-475 (U.S.S.R.)
ABISTRACTs It was established experimentally that allyl halides even with highly
branched ketones react normally. This fact makes this reaction suitable
for the derivation of branched hydrocarbons having one or two quaternary
carbon atoms. It in shown that Mg-halide isobutenyl reacts even with
highly branched ketones reaulting in the formation of homologous tertiary
alcohols. The condensation of saturated tertiary alkyl fluorides was real-
ized and by the Yavorskiy method using allyl halides. The fluorides
compared with chlorides of analogous structure gave 300% more hydrocarbon
yields. It is shown that the hydrocarbon yields (hydrocarbons synthesized
Card 1/2 by the Grignard-Wuertz method) increase by the introduction into the alkyl

79-2-42/58
Snythesis of Branched Aliphatic Hydrocarbons of the C10 - C15 Composition
by the Grignard and Grignard-Wuertz Reactions
halides a multiple bond In beta-position relative to the halide-carbon bond
(in the case of sigma,pi - conjugation) as well as in the case of sigma,
signa-conjugation.
The higher yields in the case of fluorides are explained mainly by their
greater activity because the energy of the C-F bond is 102 cal whereas
the energy of the C-Cl bond is only 78 cal.
There are 19 references, of which 9 are Slavic
ASSOCIPTI(Wi Moscow Chemical-Tecbnological Institute imeni D. I. Mendeleyev
MENTED BYt
SU34rTMi MaYch 9, 1956
AVAILABLE: Library of Congress
Card 2/2

L
7 5 -
AU2!10113 t Petrov, A. D. , Zakharov, Ye. P.
T IT LL i The Synthesis of Sone Alkylbenzenea and Alkyleyelchexaneo of the
Pormula C -C (Sintez nekotorykh ulkilbci;-olov i alkiltLtiklo-c-
1
'
5C
1:san0V 30
siava WC1
)
5
PERIODICAL: Zhurnal Ob3hchey Khimii, 1957, Vol. 27, ITr 11, pp.2990-2993 (USSR)
ABSTRACT: In the synthesis hiLherto mde of alkylbenzenes aith a branched
paraffin-chain in the presence of ulumintim-chloride chiefly ter-
tiary alcohols or haloid alkyls were used for alkylation, but, onlJ
lovi-molecular alcohols -,ave good yields. When , e.,r,.,_Jn the alkyla-
tion of benzene with tertiary butyl alcohol the yield amounted to
70 % , on tran!3ition to di,,aethylisobutylcarbinol anc! dimethyl-tert.
-butylcarbinQl it sank to 38 and 7 ~4. Besides there exists the
absolute danger that upon increase in the molecular weight of the
tertiary alcohols the piirity of the lydrocurbon-o as final products
becomes problematic in view of the high isomerizing quality of
I
aluminum-chloride. The first Ierformed 4inthosia of the alkylben-
zenes b.), condenoation of bromoberizenc aith t-uitLury dilor~.lkyls
accordin.- to "Airtz-Vitti- only led to diphenyl- and olefinic hydro
.-cn3. Yhen the ucthod. b.1 Wdrtz-Gri~,,nard wilis u:3,-,d for iL synthesis
Card 1/2 of the alkylbenmenea. Thus Duu-11ois and P. CaZ;ninnt in this manner

79-11-16/56
-L'ht: Synthesis of Some Alkylbenzenes and Alkyleyclohcx-.,,,-Iu3 o~ t 14--15
Le Foraula C
performed the condon3aLion of tertiary chlorobutyl with Grignard's
rea0ent and obtained 1,3-dimethyl-4-bromobenzen~~ with a 17 ~. yield.
According to the same scheme the authors in ethyl atier and heptane
(see table I) obtained five hitherto unknomi alkylben-unes which 0
by 'the hydro--enation in the autoclave at a te:-i-perature of 100-200 C
over nickel were conv,~rtud to th-,2 correspondin1l, alkyl cyclohexanes
Otherviiso the condensation of the tertiary haloid alkyls with bro-
mobanzene and its homolo,-uc3 accordin- to W-Urtz-Grignard. -ives a
better yield of alkyl benzenes. YhL u
r -re are 2 t;i* les, and 10 refe-
rences, 5 of which are Slavic.
ASSOCIATION: Moscow Chemico-7behnological lustitute
(,.Ioskovskiy khimiko - tukhnoloj_;icheskiy institut)
SU- BUITTED: Novembar 1, 1957
AVAILABLE: Library of Congres~i
1. Alkylbenzenes-Synthesis 2. AllWlcyclohex&nes-Synthesis
Card 2/2

PETROV , A. D. ; ZAMAROV Ye P.
M~~~
Reactivity of some tertiary chlorides and their derivatives in
the Grignard reaction. Izv. vys.ucheb. zav.; khim.i khim.tekh.3
no.2:301-304 160. (MMU 14:6)
1. Moskovskiy khlmiko-tekhnologicheskly institut imeni D, 1.
Mendeleyeva., kafedra tekhnolgoii neftekhiihicheskogo sinteza.
(Grignard rea ents)
(ChlorldZ

PETROV, A.D.; ZAKHAROV, Ye P - ZADOROZHNYY. N.A.; PONOMARENKO, V.A.
Synthesis of organosilicon monomers with nitrile groups Zhur.
prikl.khim. 35 no.2:385-389 F :62. bmm 15:2)
(Silicon organic compounds) (Nitriles)

FALIKOVSKIY., S.V. . inzh.;-Z4KHARaV-~.-,-Inzh.; VIGAK, V.M. , inz)2.;
YASKMOV N.B., insh,; BULYGIN, Yu,G,t inzh.; PASICHNIK, I.I., inzh.
Using strain gauges for a fun scale inveWgation of the ateam
pipes of the 200 Mw unite Teploenergetika 9 no.1:32-36 Ja 162.
(MM 14:12)
1. Yuzhnoye otdeleniye Goaudalotwennogo tresta po organizatsii i
ratsionalizatsii elektrostantsiy.
(Steam pipes-Testing)
(Boilers)

s/096/63/OOO/0Ol/0o6/Oo6
E19VE155,
-'V.M.
AUTHORS$ Aakh_4rqvj__jots_., Engineer; ViSak,
t Engineer;
Baryshnikov, A-Pot Engineeri and Zamoraj T.P.*
Engineer.
TITLEt The measurement of stress at high temperature by means
of self-compensating wire strain gauges
PERIODICAL: Teploenergetika, no.1, 1963, 68-7o
TEXT; In making strain gauge measurements at high and
possibly varying temperatures, the main gauge is.usually glued to
the part and a compensating gauge, which allows for changes in
gauge wire resistance with temperature, is usually fixed to an.
unstrained lamina of the same material as.-the part under stress.
This is not entirely satisfactory because, amongst other things,
the two gauges do not receive the same heat treatment. In one
particular came of measurements at 300 *C there were.errors of up
to 8 kg/mm2. A new procedure uses four strain gauges set at angles
of 450 to one another, alternate gauges being connected back-to-
back for temperature compensation. Two further gauges are at right
angles to one another on a. lamlina of the mat4rial under test which
*,Card 1/3

The' measurement of stress at high S/0q6/63/OoO/ool/oO6/oo6
E194/E155
is fixed to the. test part -at-its two ends so that strain in it is
unidirect-ional. Formulae can then be derived for the principal
stresses in the part under test. If it is known that the position
investigated is only in tension, or if the part is flat, three
pairs of strain gauges each'mounted on a lamina fixed to the part
at the two . ends may be used to determine the principal stresses.
This-has the advantage that all the gauges can be fi *xed to the
lamina under laboratory conditions so that-correct heat treatment
is ensured. The procedure was checked by making bending atests on
a steel beam at various temperatures between 20 and 300 C. and
gave fair agreement between the known stress-and the indications of
the gauges. The error is attributed to increased stiffness of the
metal where the strain gauge laminae were attiched, and would not
arise in large components.. The tests showed that the strain-gauge
lamina operated satisfactorily both in tension and compression on
a flat part. Accordingly, there in no need to fix gauges directly.
to parts which.are either flat or convex.in'tonsion. in other
cases four strain gauges are fixed to the part.at 450 to one
another, together with a lamina with two gauges, in order to
CarW 2/3 ~d V V

The -ne^eure~ment qf streiss at high IS/09 3/000/001/006/006
determine the principal stresses. Application of the method to
stream determination in the flanges of a steam turbine is
described.
There are 3 figures.
ASSOCIATION: Yuzhnoye otdeleniye ORGRES
(Southern Division of ORGRES)
Card 3/3

ZI KIIIHJ Ir."-" - VIGANK, V.M.; RATNER, A.V.,
na-.-,k, red.
[Experletica in the Installatio-a and adjustment of stearr-
pipes in bloctks ielth 150 ard 200 Mw. ratings] Iz opyta.
rontazha i na-ladki paropri,voinv blokov moshchnostliu 150
i 200 MN4.- Voskva, Biur3 tekim. informateii, 196',. 36 P.
WHU 18: 5)

WMAROV, U.S., inzh.; VIGAK, V.M., inzh.; BARYSHNIKOV, A.P., inzh.;
ZAWRA, T.P., inah.
Nbasurement of stresses at high temperatures using self-compensating
vire-type resistance gauges. Teploenergetika 10 no.1:68-70 Ja
163, (MIRA 16:1)
1. Yuzhnoye otdeleniye Gosudarstvennogo tresta po organizataii i
ratsionalizataii rayonnykh elektrostantaiy i setay.
(Strain gauges)
(Strains and stresses--Measurement)

-3/66/000/005/0187/0196''
ACC NRs AT6035244 SOURCE CODE: 01064
AUTHOR: Dmitriyev, V. I.; Zakharov, Ye. V.
tORG: none
I
TITLTI: Diffraction of a plane electromagnetic field on an ideally conducting'half-
plane immersed in a uniform half-spaca
SOURCE: Moscow. Universitet. Vychislitel'nyy tsentr. Sbornik rabot, no. 5, 1966.
Vychislitel'nyye metody i programmirovaniye (Computing methods and programming),
187-196 1
TOPIC TAGS; electromagnetic field conductor, mathematic analysis
ABSTRACT: A rigorous solution of the problem on an ideally conducting half-plane lo-'
cated vertically in a uniformly conducting half space has been given. It has also
been shown that the solution of the problem reduces to solving a certain integral
equation a half-line with a nucleus depending on the difference of the arguments and I
the-ir sum. A method of finding the analytical form of solving this equation has beulli
proposed. The present article examines the general statement of the problem of diff-I
raction of a plane electromagnetic field in an ideally conducting half-plane situatedl
at an angle to the vertical in a homogeneous conducting half-space. The problem also!
reduces to solving an integral equation on the half-line, but with a nucleus of more !
complex aspect. Known methods are used to solve this integral equation and the paper!
_computes the accuracy oi the solution in relation to the angle of incline of the

ACC NR. AT6035244
half-plane and its depth. A two-layered medium is prescribed. When z > 0 the air
has wave number ko; when z < 0 there is a uniform space (conducting) with a wave
number of k. In the conducting medium, disregarding the displacement currents, there
is the wave number k - (1 + i)k; time dependence is e-iwt. At depth h in the con-
ducting half-space is located an ideally conducting half-plane at angle a to the
vertical. The primary field does not depend on coordinate x, hence the whole field
is likewise independent of x, and consists of the sum of fields of two types, the
electric and the magnetic. The problem involves boundary conditions which are solved
by functions of components of these two fields; it is simplified by selecting a rec-
tangular system of coordinates and solved in the form of poteatialslof the simple and
dual layers. Orig. art. has: 14 formulas and 1 figure.
SUB CODE: 12, 20/ SUBK.DATE:, none/ ORIG REF: 002
Card

KOLBASOV, V.I.; BARDENSETEYN,, S.B.; DZUMATSPAUM, R.V.; ZAXMiOV,*Ye.V.
Quantitative analysis of technical m-chloronitrobenzene by
infrared absorption spectra. Zav.lab. 28 no-11:1326-1327 162.
(MIRA 15:11)
(Nitrobanzone--Spectra) .

HELINIKOV, N.N.; ZETKIN, V.I.; LIBMAN, B.Ya.; SOKOLOVA, Ye.M.;_~kLff ~-ROV,
Is V - PARFENGVt A.Lj TIWNOVI F.P.; GOLISHINj NA
Organic fungicideo as substitutes for cOPPer-cOntainin preparations.
Khim. prom. no.10:.28-30 0 161. U11RA 15:2)
(Fungicides)

ZAIGIAROV , Ye.V. j MASIIKCV I LV.
Aqourate calculation of the holding capacity of gas trape and
pools. Geol. nefti i gaza 5 no.4:34-38 Ap 161. (MM 14:4)
1. Voesoyuznyy nau-chno-issledavatel'skiy geologt).-razvedochnyy
nefty~Lnoy institut. (Gas., Natural-Geology)

BUR'MCAR. Mikhail Samuilovich; Pr*nIwII uchastiye: . ZAKHAROV, Te.V.,
geolog; KAXWTZIT, A.Te., geolog. EUIN.
doktor goologo-aineral.nauk, red.; DOLHATOT. P.S., vedushchiy
red.; FRUMM, P.S.. takhn.red.
[Geology. and oil and go@ potentials of platform provincas in
Ciscaucasia and the Crimaj Geologiis i neftegazonoanost'
platformannykh oblastal Prodkeftas'le i Iryma. Pod red. T.3.
Khains. Leningrad. Gos.nsuobW~_tekhn,Izd-vo neft. I gorno-
toplivnoi lit-ry. Loningr.ptd-nis. 1960. 214 p.
(KIRA 13:11)
(Crimea--Petroieum geology) (Crima--Ges, Natural--Geoldgy)
(Caucasus, Northern--fttrolaus geology)
(Caucasus. Northern--gas, Natural--Geology)

ZETKIN, V.I.; DZHAGATSPANYAN, R.V.; ZAKHAROV. Ye.V.
-
Clilorination of nitrobenzeina. Zhur. prikl. Mix. 38 no. 10:
2379-23V 0 165. (MIRA 18:12)
1. Subtitted July 19, 1963.

ACC Nqa AP6036360 SOURcE__CODF'._ '-UR/0387/66/000/011/0083/0099!
AUTHOR: Zakharo.v, Ye. V.; V. 1.
ORG: Mechanics and Mathemgti(zg-l~~~aiLtaptits-YiQs-c-o-q--S-tat~a-Unl3Lqr~slly--Wekhaniko-
matematicheskiy fakul'tet,Moskovskiy gosudarstvennyy universitet)
TITLE: Diffraction of electromagnetic waves on an ideally conducting half plane
in a lcyered mediurn
SOURCE: M SSSR. Izvestiya. Fizika Zemli, no. 11, 1966, 83-99
TOPIC TAGS: electromagnetic wave diffraction, wavo-d-i-f-f-ract-iO",CO'Idtic-t;-i"87
ABSTRACT: The "diffraction of an electromagnetic field from an arbitrary point source
on an ideally conducting half plane located in a layered medium Is solved by the
method proposed by V. 1. DmiLriyev (Sb. rabot Vychislitcl'nogo tsientra, no. 5, 1.9661
In the general case of the problem is reduced to the system of two Fredholm integral
equations of the 2nd kind. It is shown that in the quasi-stationary case the method
of successive approximations is applicable to this system. Thus, the approximate
solution of the problem, which is limited by the first approximation of the solu-
tion of the integral equation system, can be written in a fairly simple analytical
form. Orig. art. has: 29 formulas and 4 figures.
SUB CODE: OB/ SUBM DATE: -12May66/ ORIG RFF: 007/ OTH REF: 005/ ATD PRESS-5106
Card 1/1 UDC: 534.26.550-834

L .3644446 EWPOVDIT(m) RK/JW
NX: -D6018073 Al SOURCE: CODE: UR/0"' 16/66/040/005/1121/1125
AUTHOR: Zetkin. V. I..z Panchenkov, G. M.i Kolesnik I.
_~griyanov )~hprQv, Ye. V
ORG: Moscow Institute of the Petrochemical and Gaa InduglXX im. I. M.
(iMoskovskiy institut neftekhimicheskoy i gazovoy promyshlennosti)
TITLE: Reactivity of nitrobenzon9land its chlorine derivatives. 1. Investigation
of high temperature destructive chlorination
SOURCE: Zhurnal fizicheskoy khimii, v. 40, no. 5, 1966, 1121-1125
TOPIC TAGS: nitrobenzene, nitrogen compound, chlorinated aromatic compound, chlorin-
ated organic compound
A13STRACT: Destructive chlorinationlof nitrobenzene, and ortho-, para-, and metha-
cbloronitrobenzenes was studied in the 11030-6730K range in the presence and absence
of activated carbon. Glass ampoules containing nitrocompounds with chlorine and
carbon were charged at liquid nitrogen temperature, evacuated, and sealed. Subse-
quently, the ampoules were heated in thermostats for 30 minutes at reaction
Card 1/2 ADC: 541.128

L 36h44-66
ACC NR: AP6018073
temperature and cooled to room temperature whereupon the contents were analyzed. In,
the presence of activated carbon, the rate of destructive chlorination was found to
be greater than in the absence of activated carbon. The lower the nitrobenzene to.
chlorine ratio, the greater was th rate o destructive chlorination. The reactivi-
ty of v~arious chloronitmbenzenesrwas found to decrease in order ortho>para>metha.
Orig. art. has: 7 figures.
SUB CODE: 07/ SUBM DATE: 13May65/ ORIG REF: 006/ OTH FZF: 007
Card 2/2.

ZAKHAROVY Ye.V.
---
Establishing a basis for determining optimal depths for extimating
hypothetical reserves. Neftegaz. geol. i geofiz. no. 12s47-51 '63.
(MIRA 17:5)
1. Vsesoyuznyy nauchno-isaledovatellskiy goologorazvedochnyy
neftyanoy institut, Moskva.

T-
--------'-'77777717777!7777777777~~~~~
L 53028-6 Vam, (d) 1,Tp(q)-.-
~ICCESSIOX 1IRt AT5010213 UP/30ks/651000/m/0317/00
I AUTRORr - Dmitrim
MLLEt Solu,-'.ion of a certain class of Intefral equations on a aemi-infinite
straight line
,y
SqU=t lbscaw. Undixgraitet. I chislitel'ny-. tsentz-. Sbornik rabot, no. 3, 1965.
-~roavlimirwiniye~ (GcpwjbJxg -methods- .--aul -programaing)s
3i7-32&
_A1 eQuatioa, Winer Hopf equation, electromagnetic wave promae-
int CU
-6trat -- --, --- I
tiont ai artic (ff xed---.

ZAKHAROV, Ye.V.; HORDVIN, N.I.
Geological and economic evaluation of the basic results of
prospecting operations for oil in the countries of the Middle
East. Neftegaz. geol. o geofiz. no.8-.58-64 163. (MIRA 170)
1. VsesoyuzrVy nauchno-issledovatellskiy goologorazvedochnyy
neftyanoy institut, Moskva,

BUYALOVV N.LLIA V, Ye.V.
Basle characteristics of the relief of the present-day
surtace of the basement of the U.S.S.R. in relation to an
evaluation of the prospects for finding oil and gas
Sov. geol. 7 no.4:24-39 Ap'64. iKMA 17:5)
1. Vaesoyuznyy nauchno-isBledovatellskiy geologorazvedochnyy
neftyanoy institut.

PUYALOV, IiI.I.;-Z"fjjAj-,C;V, ye.V.
Using the volurmttric =othod tO eaLi---Ite the e~-..ecte` ~;` rez~:nres.
.L w - c-
Gool. r.,sfti i gaza 8 rio.7: Ll'~-14 J1 164.
0'41RA 17:12)
1. Vse-3oyuznyy natielirio-iss'li-,dovvtc,.Illiil,.Ly r,-eolojomvvjdor--hnyj neftya-
11
noy inotItuL, Hosk-ia.

ZFTKIN, M.; ZAKHAROV, Ye.V.; KOLPSNIKOV, I.M.; PANCHENKOV, G.M.
D,~stlructive high-temperature chlorination of n1troborjnzeie arA
some of the Its derivatives. Zhur. fiz. kh1m. 39 no.5:1240-
1242 Itr 165. (VJVA 148:8)
1. Moskovskly institut ne.Ctekhimicheskoy i gazovoy pronr,~shlennosti
Imeni I.M. Gubkina.

BUYALOV) N.I.; ZAK"ROV, 'fe.V.
Structure of the pmaent-dav surface of the bamment, of the U.S,S~R.
in connection wlU the is-olatlon and hypothetical evaltation cf c1l.-
and gas-bearing b%stns* rokl. AN SSSR 9 no.l.-42-43 Ja 165. (MTRA _i.8~10)
1. Vaesoyuznyy nauchnc-Jsslpdo7at~a.1lsklv neftyanoy
. geologc~razwd3chr7y
institut.

ZETKIR, VJ.j FAUCHENKOV, G.M.; ZAKHAROV, Yo.V.1 KOLESNIKOV, I.M.;
DZILAGATSPABYAN,. Me -,-, -
Chlorination and-sulfochlorination of organic oompounda in
apparatus with periodical and continuous actiono Khim. prom.
41 no.10033-734 0 165* (MIM 18111)

BUYALOV, N.I.; ZAKHARCV, Ye.W.
More exact representation of the method recormended for evaluating
possible oil and gas reiserves of the subgroup Dl. Neftegaz. geol.
i geofiz. no.11:25-28 165. (MIRA 18:12)
1. Veenoyuznyy nauchno-Lasledovatellskiy geologorazvedochnyy
nef tyanoy iwtituto

ZAKMG7ViF--IE. jt. au.
KUZEETSOV, X. A. Petrographical description of the valley of goinonovsk, the
mountain Xswabseh Moskva, Isdanle laucbno - tekhn. up. T. S.K.Kh., 1927. 65 P.
(Union of Social Sociallet Republics. Vysshii sovet narodnogo khoziaistva.
Nauchno-tokhrLichaskoe upravlenle. Trudy. no. 184) Petrografichaskis ... 1927.

0 is A
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Of ON png nimMis qu&M CgWbufttm thWte. ru-ccivitt njul a mdr~,ssj
ON the abowdile wrks. A wrks CA the minerwis uwthemle. CTruSjtr. plawhit'.
'
'
0
ansirltor, gYpwm oW Pb widor hou also btm d6covend. Z.W)qrs: brecciffis~,m,
1 :
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t
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8100
istwimted NW bsu&d 111ructufrill, a thkk netwurk lil ore-braring vrinlos, a thick
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Ovdim eit dw goadww4wy of dw Urak, v. v,
=arir and A. A. Vahko. Teams, AM-Ifni#* %,o.
A /big. Fees. miumal. (U. 8, S. k') No. IS,
'4 V110 Hagfish 4:1 Q4 We Pulat" wi form.14.
activity in the Urals itave evilin to Ixid" 4 (1) NA1,111",
thouite anti plagaiiKtanite with simovd. joytite and Cwlis
dplusism. and 42) K grunheq wlih high-u-nip. Au deptish4
00 AIIAI Ift-Sh-Au drjx*i%%, Thr alul.-( .00
Te, Cd makillackwd.wh vwkomx tylwm,4
.00
dn%mits *ad WneralUAtion and thrit mical disitibutWo
arr -ummul". Ge wA Its were detected o1krtrinwispi.
%,Wly in Zu goes, mw 4 whicJ3 rivild. Inith. --00
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00
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il-~ gJ
ZMKHAROV, yr-v,oen v-gen levich
The Karpushinskil copper and zinc deposits in the Central Urals. .%lookyo, Izd--Io
Akademli nauk SSSR, ig,36. 110 p. (49-h~264)
-rN446.Rgz3

Che problem of cbssification of "sits Of mineral
t: tiLITI.
-Fall" 51. Xmik S.S-S.R..
i
Ser. i:omIff(rltijtl of A HO"
ltv,iiticmi~~n 'if tile Smoic da."',iriLition or of
flu:Iallic 41111 livilmejallic wincral re~4,iirrt~~.
rwqiml k emwTumil by c"llibill It loll of Ole prt lomillmil

ZAKHAROV,Ye.Ye.
Department of mineral resources prospecting. Trudy GR o.26:
25-31 154. (MLRA 8:12)
(Mines and mineral resouces--Study and teaching))

WMAROV'Ye.ye.
Contribution to the classification of silver, lead. and size
ore deposits. Trudy MORI no.28:70-91 '55. MRA 8:6)
(Ore deposits)

Z,-A k u A go e- . Ye- -
3 (5) ~ r3 PHASS I BOOK BULOITATION SOV/1923
Akadsmiya nauk SSSR. Otdelenlye goologo-geografichookikh nauk.
X021981ya p0 trobleme "Monomernosti raxneshchonlya poleznykh
inkopayssykh,
Zakonoxernosti razaeshcheniya poloxnykh Iskopayesykh (Regularities In
the Distribution of Nineral Deposits Vol 1. Noscow,, Izd-vo AN 333R#
1958* 532 p, Zrrata slip inserted. 2,,500 copies printed.
Reap. Ed.t N.S. Shatekly, Academician; Sditorial Boardt N.S. Shatskiyo
Academician.. D.1. Wherbakovj, Acadesiciani, N.A. BelYayovskly,,
N*N* Dolgopolov, O,D. Levitskiy, YU.N. Pushcharovskiyp O.A. Sokolov;
Rd. of Publishing House; 0.1. Nosov; Tech. Rd.: I.N. Guseva
PURPOSE: This book In intended for geologists and petrographorep
particularly those interested In the worldwide distribution of
minerals and the reasons underlying their occurrence.
Card 1/6

Mineral Deposits (Cont.)
SOV/1923
COVWtA0B: On the basis of particular regional studies this book
attempts to establish the rules governing the distribution of
metallic and non-metallic ore deposits. The work includes articles
on the metallogany of Individual mineralop on broad methodological
problems, and on the possibility of predicting the occurrence of
a mineral in the USSR on the basis of Its occurrence throughout
the world, Six maps depicting the d1stribution of a particular
mineral throughout the world are included with the work.
References accompany jach article.
TABLE OF CONTENTS
Foreword
3
Guiding Principles in the Study of the Regularities in the
Distribution of Major Ore Deposits In the Barth's Crust as
Bases forPredicting Their Occurrence In the USSR 5
Kheraskov., N.P. Tectonics as a Factor in Studying the Regularities
in the Distribution of Ore Deposits In the Barth's Crust 14
Card 2/6

Mineral Deposits (Cont.)
SOV/1923
Zakharov, Ye.Ye. Certain patterns In the Regional-geologic
Rit-ribution--of Ferrous and Non-terrous Ore Deposits 92
Pavlovskiy, Ye.V., and V.G. Belichenko. Sedimentary Formations
of the Upper Paleoz~~ic of the Sayano-Baykallskioye Plateau
and Related Ore Deposits 123
Nuznetsov, Yu.A. Kagnatic Formations 142
Smirnov, V.I. Conditions of the Deposition of Regenerated
Deposits 16o
Mat eyenko, V.T., and Ye.T. Shatalov. Disjunctive Dislocations,
lafpatization,and Mineralization In Northeastern USSR 169
Radkevich, Ye.A. Efforts in the Study of the Metallogeny of
Ore Regions as,lxemplified by Primorl7e 241
Card 3/6

Mineral Deposits (0ont-) sOV/1923
Staritskiyp YusGe Certain Magmatic an4 Metallogenetic
Characteristics of Platform Areas Ln the Geologic
Pinusp G-V.~ and V.A. Kuznetsov. RigUlarities !
structure and the metallogeny of the AltaY-SaYan Hyperbasic
252

T5
Formation
Smirnov., Voj., and L.M. Ryzhen)co. Some Features in the
Formation and Distribution of Mercury Deposits
Kuznetsov, V.A. Regularities in the Formation and Spatial
Distribution .of Mercury Deposits in the Altay-Sayan

89

302
Fold,ed Area
Bogatskiy, V.V. Regularities in the Distribution of Titanium
Concentrations and its Hetallogenetic Characteristics as
Observed in the Krasnoyarskiy Kr&Y
Loginov, V.P. Regularities in the 145calization of Pyritic
Deposits In the Central Urals and,Certain Problems of
Their Genesis

15

39
card 4/6
In the
an In the Caledonia", of ftstrI MV/1-923
8906%. "t1on or
A*A* 7he ra C*ntr&,Cobalt Klneral.,
Depoetts In t7*1"s or jlg~ 81belela
con
a
and ftrm
Val JAXakhgt,,
wambatwwYan, 2
ore 89~081ts .and In The,, W&DIrestatt. -unganess,
if A* 'Ul'o ON" In the alstributIon Of rron
otly&r,# V'X- Xltallo....
In t1w or the "a In the Arunjan S&W
SaUlts..ro, 4W In Kalyy Kayk&S
%I
Radjavl,,, '44tftbutjon of 1jjj;;ng QW41tlons &W the Ord
Appft;;hyo.A. The It* ore *posits erl1ness
In netalIxetallogenp, or or*
The Pao 086netic StUdleg Districts as a New
cam and X4dIt;sVV4n#an 30.1. Zones
363
38.9
407
416
426
462
470

ZANHAMY, TO.Te.-
Distribution of fe m us and nonferrous metal d its to revealed
,?Poe
by areal geology, UUnamo rasme polesup iskops, 1:92-122 158.
(NIPA U; 3)
l.Mookovskly goologe-razvedochn institut in, Ordshouldidso.
(Or@ dayesitle

_T r
ZA17LAROV, le. Ye.
AUTHOR: Pushcharovskiy, Yu.M. 11-58-7-12/12
TITLE: The Activity of the Interdepartmental Commission on the Problem
of "Regularities of Occurrence of Mineral Deposits" in 1957
(Deyatel-nost, me,,:hduvedomstvennoy Komissii po probleme "Za-
konomernost' razmeshcheniya poleznykh iskopayemykh" v 1957 g-)
PERIODICAL: Izvestiya AkademiJ. nauk SSSR, Seriya geologicheskaya, 1958,
Nr 7, pp 117-120 (USSR)
ABSTRACT: The organization of an interdepartmental commission for the
study of the regularitiej of occurrence of mineral deposits
was suggested by Academician N.S. Shatskiy in 1953, and was
created in 1955 by the Presidium of the Academy of Sciences
of the USSR. For example, general metallogenic problems, as
well as questions of occurrence of important minerals were
studied by the commission in the eastern part of the USSR.
General metallogenic Droblems were reported by ~e.Ye. Zakharov
of the Moscow Geologic Research Institute). He Aem-o-nhstrhti~d-
metallogenic maps of the world on which were shown occurrences
of ore formations of iron, mangnnese, chromium, silver, lend,
zinc, tin and copper on the background of the Inrgest tectonic
elements of the earth, isolated in function of the age of the
Card 1/6 folding. Those maps helped to Indicate some peneral ropulnri-

ZAKHAROV, Ye.Ye~
Practice of metallogenic zonation of Europe. Zakonom. razm. poleznp
iskop. 2i5-24 '59. (MIRA 15:4)
1. Moskovskiy geologo-razvedochnyy institut imeni Ordzhonikidze.
(Europe.-Oro deposits)

ZAKHAROV, Ye.Ye.
Iletallogeny of the Kara-Tau, Zakon.razm.po2.ezn.lskop# 3.38:,--
417 160, (141FA -U,:1.1)
1. Moslcovskiy goologo.-razvedochnyy institut imeni S.Ordzhonikidne.
(Kara-Tau---Ore deposits)

pOiz;RJ
125 p-

--.ZAKHAR(JV, Ye.Ye.
M.V.Lomonosov's C;.;eat contribution to the study of ore deposits.
Izv.vys.ucheb.wT,.,- g4)ol.i razv. 5 no,2:3-8 F 062.
(14MA 15;3)
1. Moskovskiy geologorazvedochnyy inatitut imeni B.Ordzhonikidze.
(Lomonosov, MWiail Vasillevich, 1711-1765)
(Ore deposits)

VAKHROMELEV t Sergey Andreyevich; Z&LWY
4Y,vaAe-.,,-r-*d.; VOLIFWW, F.I. p red.
BEREZOVSKATApL.I., red. izd-va; HAKEYEV) V.I.# red. Izd-va; IVANOVA,
A.G.9 tekbn. red.
[Mineral resources# their classification and formationj Mestoroweniia
polezvW"' iskopaemykhp ikh klassifikatsiia-i usloviia dbrazovaniia. Pod
red. E.E.Zakharova, i F.I.Vollvsona. Moskyap Gos.naucbno-tekhn. izd-vo
lit-z.7 po gal. i okhrane nedro 1961. 462 p. (MIRA 24:7)
(Mines and mineral resources)

,SMIRNOV, V.I.p glav. red.; _ZAKWOV-,-YeL.-ys-.-,-red.,- MAGAKIYAN, I.G.,
red.; SOKOLOVp G.A.p red.; YAKOVIEV, G.F., red.
(Problems of ore genesis] Problemy genezisa rud. Moskva,,
Nedra, 1964. 384 P. (Its Daklady sovetskikh geologov,
Problema 5) (MIRA 17:8)
1. International Goological Congrev., 2.1d, 1964.
-7t jj k) -'A'

MEDVEDEVA, I.Ye.j PETROV~ V.P.1 KABANOVA, Ye.S.; MARFUNIN, A.S.j
TSVETKOV, A.I.; PILOYAN, G.O.; MARFUNIN, A.S., daktor
geol.-miner.rauk, otv. red.- ZAKTLA-POV Ye Ye prof.,
glav. red. 2_~~ ~__* ~
[Achievements of science: Geochemistry, mineralogy, petro-
graphy, 1963-19641 Itogi nauki: geokbimiia, mineralogiia,
petrografiia, 1963-1964. Moskva, Akad. nauk SMR. In-t
nauchnoi Infomataft, 1965. 235 p. (MIRA 19W

ACC 14RAN7005950
AUTHOR: Zaldiarov, Yus
ORG: none
~
TITLE: New fishing ship
OW4/-0004
SOURCIII 6=13z ow6mou/452/
SOURCE: Pravdap no. 52s 21 Feb 670 P, W Cole, 5-7
TOPIC TAGS: fishing ships ship
ABSTRACT The fisking sh* '%stok" is being built by ...Chief. Des.iSm.e~r A._ And.Feyuk. W.
will-6 225 meters*io~j, 29 meters wfae, and 28 meters high. Its cruising
speed will be 18.5 knots 'and it will lv-qve 14 seiners. it will be able to
stay at sea 125 days and will carry about 600 people.. It will have a
26.000 hP twin prop'eller stean turbine installation. INC)
SUB CODE: /3 SMM4 DATE: none/ ATD PR3SS: 5115
I Card 1/1 - UDCs Aone

SAKHAROV, To.; ZAKHAROV, Tu.
The training of personnel ensures success. Fin.SSSR 20 no.2:
46J~8 P '5 9. (mim 12:4)
2: Zamestit~11 ministra finansov Ukrainakoy SSR (for Sakbarov).
1
Starshiy inapektor upravlontya kadrov I ucbebzWkh savedenly
Ministeretva finansov SSSR (for Zakharov).
(Ukraine-Finance)

VAWBURD, D.: IMWQY, Yu
Conference on the problem "Changes in the properties of materials
caused by irradiation." Atom. snerg. 13 no.5:1+97-498
N 162 0' (MIRA 15:11)
(Materials# Effect of radiation on)

ZAKH&MY, YU.
Yormless winding of coils. Radio no.7:6_1 JTl 136. (Mmu 9: 9)
(Electric coils)

.ZAIHARO ~,tAb-A-M mayor mods slazhby
IMUM ~Aj
Uportance of certain neurological syntome in diagnosis' Toen.-med
shur, nool2:52-55 D '53 (K;; 12:1)
(URVOUS SYSTEM-DISRASRS)

S10891621013100510121012
B100104
AUTHORS: Vaysburd, D., Zakharov, Yu.
TITLE: Conference on the problem "Izueneniye evoysty materialoy pad
deystviyem izlucheniy" (Radiation-induced changes in materiil
properties")
PERIODICAL: Atomnaya energiya, v. 13, no- 5., 19621 497-496
TEXT: The conference was held in November 1961 at the Tomskiy
politekhnicheskiy institut (Tomsk Polytechnic Institute) (TPI). Studies
at this institute, at the Sibirakiy fiziko-tekhnicheekiy institut
(Siberian Physicotechnical Instltute)(SF?I), and at the Tomskiy
gosudarstvennyy universitet (Tomsk State University) (TGU) were reported
and discussed. Scientists attended from Moscow, Irkutsk, Novosibirsk,
Tashkent and Tbilisi. The main fields covered were: Determination of
..radiation resistance in dependence on the chemical composition of the
material; physics of radiation defects and microprooeseea;chomical
radiation effectal apparatus for Investigating radiation effects. The
following scientists gave reports: A. A. Voroblyev (TPI), radiation effects
Card 1/3

3/089/62/013/005/012/012
Conference on the problem ... B102/B104
in ion crystals; A. V. KuzImina (TPI), calorimetric determination of energy.
stored in gamma-irradiated NaCl. (1-47 cal/g); P. A. Savintsev, I. T.
Berzina, A. A. Botaki, A. F. Naumov (TPI), irradiation-induced changes in
physical proportion of ion crystals; A. A. Voroblyev, Ye. K.
Zavadovskaya (TPI), radiation rouietance of ion crystals as dependent on
structure and composition; S. K. Salo (TPI), F-center concentration in
X-ray-irradiated alkali halogenides; I. Ya. Melik-Gaykazyan, L. V. Grigoruk,
M. 1. Ignatfyeva (Tk), X-ray induced F-center formation of alkali
halogenides as dependent on the bivalent-metal impurity content; B. V.
Budylin and A. A. Voroblyev (TPI), spontaneous F-center formation in
neutron-irradiated and annealed ion crystalal A. K. Berzin, S. L. Kanhohuk
(TPI), P-radiation attenuation as reduced by small doses of neutron
irradiation; M. A. Krivovo S. V. Idolyanov, A. F. Vyatkin, Vo I. Domnint
S. V. Malltsev, B. V. Mashkova (3-FTI), effect of X- and i-rays on
semiconductor properties; V. M. Nesterov, Ye. S. Neemelova, T. Kh.
Mikhaylova, N. I. 01'shanskaya. (SFTI), radiation effects on crystalline
polymers, rubbers, resin, and PVC plastics; V. V. Voroblyev (TPI)II
radiation effects in ion crystals (review); V. V. Boldyrev, A. N.
Oblivantsev, effect of previoun X-ray irradiation on the thermal
Card 2/3

510891621013100510121012
Conference on the problem ... B102/BI04
disintegration of permanganatesi V# V, Boldyreyp Yu. A. Zakharovj
V. 1. Yeroshkin, effect of impurities on th*rmo-, photo-9 and radiation
resistance of ionic salts; L. S. Sokolov (TPI), output and measurement
of a cyclotron beam for material irradiation;*B. A. Kononov and V. I.
Rudenko (TPI), new design of apparatus for measuring the betatron-
electron absorption coefficient in crystals; B.'A. Kononovq S*,A.
Kuznetsov, Yu. P. Teurukin (TPI), measurements of electric-conductivity
of irradiated samples~in vacuo (10-5 mm U,.-15O-+150 00.
Card 3/3

ZAYCHAROVp 7ust kwido tokhn. nauk
... .... --- -, ship. R~oh* tranapo 24 rloo5t3l-32 165*
,k now river refrigerstrT (MI11A 18:9)

YTSOTSKIT, B.F.; EMYBIN, A.Te.;_zAxHmv, Tu.G., kend.tekhu.nauk,
red.; KUZMSOTA, A.G.. Isdat.red.; ORRSHMA, V.I., takhn.red,,
[Rader Installations) Radiolokstsionup ustroistva. Kooky&,
Gos.isd-va obor.prom7ohl. ?t.1. EBssic'tmettiono of desighl
Ossovnyo 'v6proay-t&oektIf*vanIIe. 1960. 1"-pe (*ZRA'13-4)

ZAKHAROV, Yu.r., inzhener.
*. -1 -
Galculator for measuring cable length in the laying process.
Inergetlir 5 no-8:31-32 Ag '57. (MIRA 10:10)
(Blectric coles)

ZAKHAROV, Yu,A., tekhnik
Regulation of district heating systemo, Energetik 10
no.10:16-47. 0 162. (MIRA 15:12)
(Heating frm central stations)

ZAKHAROV q Yu.A.
State of the blood vessels of the lower extrecLI-ties impat:umts
with a 1ximbosacral radimlities syndrome. Sov. med. 24 no. 5:118-
121 My 160. (MIRA 13:10)
(LMIBOW,RAL REGION-DISEASES) (NERVESO SPINAL-DISEASES)
(LEG-BLOOD SUPPLY)

Zurwov, Yu.A.
Clinical testing of the now preparation paranyon In diseases of the
nervous system. Zhur.nevr.poikh. 55 no.4:291-295 155- (MMA 8:7)
1. Voyeaao-morskVa meaitsinskaya akademiya.
(MVOUS 9YSM.MK,' diseases,
ther.# muse. ralaxant parazVon)
(MUSCI-2 FALUANTS, therapeutic us
parazyon in nervous system d,:,.)

- IK- 7 Yu . A .
":x.l 3
The significance of Certain Neurological Symptoms ~'or Purposes.
(IULITARY ~IZDICAI JOUldiil), A 12, 1955. p. 52.

5(2) SOV/63-4-2-39/39
AUTHORS: Boldyrev, V.V., Zakharoy, Yu.A.
TITLE: On the Effect of Admixtures on the Rate of Thermal Decomposition of
Silver Oxide
PERIODICAL: Xhimicheskaya nauka i promyshlennost', 1959, Vol 4, Nr 2,
pp 287-288 (USSR)
ABSTRACT: The kinetics of thermal decomposition was investigated by means of a
quartz balance. It has been shown that the decomposition rate of pure
silver oxide is increased in the beginning, and takes a gradual course
later. The introduction of a cadmium addition first accelerates the
decomposition and then reduces it. On the whole, the decomposition is
slower than in the pure substance. The introduction of mercury ac-
celerates the decomposition. The additions affect either the lattice
or the ionic and electron processes of decomposition. The accelerating
influence of mercury is explained by its transition from the bivalent
to the monovalent state.
Card 1/2 There is 1 graph and 3 Soviet references.

SOV/63-4-2-39/39
On the Effect of Admixtures on the Rate of Thermal Decomposition of Silver Oxide
ASSOCIATION: Tomskiy gosudarstvennyy universitet imeni V.V. Kuybysheva (Tomsk State
University Imani V.V. Kuybyshev)
SUBMITTED: December 29, 1958
Card 2/2
vjsww-Dc-61.409

BOLDYREV, V.V.; ZAKHAROV, YU.A.
Anisotropy if the rate of decomposition of solids. Part 1:
Anisotropy of the rate of dehydration of potash alums. Zhur.
fiz. khim- 34 no.2:446-451 F '60. (MIRA 14-7)
1. Tomskiy gosudarstvennyy universitet.
(Alum) (Dehydration (Chemistry))

Ll
30920
S/l95-/c;-/0v~-/O03/0O5/OO9
9030/E452
AUTHORS, Zakharov, Yu,A., Boldyre-v, V,V, and Alekseyenko, A,A.
TITLED Influence of the addition of cadmium on the veloz.!ty
of thermal and radiochemical decomposition of silver
carbonate
PERIODICAL: Kinetika i kataliz- V.2, no.3, ig6i, 365-367
TEXT. The thermal decomposition of silver carbonate., both pur6
and with addition of 2.5 MOle % cisdinium enrbonate, has been studied
at 1510 gravimetrically, unirradiated, and also with X-3irradtation
from apparatus PYM-2 (RUP-2) using 200 kV and I. of' 20 mA.
The salts were formed by doubla decomposition. In the thermal
decomposition, the specimens were *9 usgended from a quartz spring
balance with a sensitivity of 4 x 10- g in a chamber thermcsta-!~ted
to + 0.20C~ In the radio ~hemiica 1 decomposition, the kinetirt, wsr&
mea7ured photometrically by the Change in colour of the spG'cimcrna,
The object of the work was to study an example of decomposition of
a solid solution where bonds in the anionic or r;ationi:. latti,-a
components were broken; most examples hJthertc have ~oncerned'only
rupture of like bonds. The results are shown in the figure,
where a is the fraction of specimen reatted'. It is se6n that
Card 1 91~z_

10920
S/195/61/OU2/003/005/009
Influence of the addition ... E03O/E452
the addition of defects in any way always increases the-
decomposition rate,, this, soupled with the X-ray finding that th~.
addition of Cd+* deformB the cation bonds shows that defe:+-
formation is responsible for the in,:reased decomposition., This _~3
in contrast to the data on silver oxalatG- whare da~omp~,s:.tion -s
slowed up by addition of cadmium. whi-:~h hindsrs only th6
electronic and i6ni,-_ transfers leading to de_-omp~asltion, Thera
ar6 1 figure, 2 tables and 15 referanc6s . 11. Soviet and 4 n~~n-
So7iet~ The referen-s&s to English languag6 publication.5 reed As
follows.- Ref,5; L. Suzhow, S.Hersh, J,Phys.. Chem., 438~
1953, Ref,7,- P, Gray, F.Waddington, Pros, Roy., So:_.. A241"
110, 195?,, Ref,.144 J,Mit-~hall, PhU, Magazine, -T.40., -448.1 19~9
Ref.154 J.Thomas, F.C.Tompkina., Proc, Roy, So:.,.. v,209, 550.. 1951,
ASSOCIATION4 Tomskiy- politekhr.Icheskly institut im, S,M.K1rc-va
(Tomsk Polyte:hni~,al In.4~tituts imeni S,M,Ktro;r)
SUBMITTED~ October 17, 1960
Card 2/x

BOILDYREV9 V.V.; YEROSHKIN, V.I.; ZAKHAROV, YU.A.
Affect of caAmium and mercUP7 admixtures on the rate of thermal
decomposition of silver oxalate. Izv.vys.ucheb.zav.; k-hin.i khim
tekh. 3 no.1:33-35 '60. (MIRA 13:6)
1. Kafedra neorpnichieskoy khimil Tomekogo gosudea~stvennogo
utdveraitetg imeni V.V. Kuybysheva.
(SlIver oxalate)
(Cadmium)
(mercury)

6/844/62/000/000/120/129
D207./D307
AUTHORS: Boldyrev, V. V., Za4arov, Yu. A., Yeroahkin, V. I. and'
Tronov, A. B.
TITY": Effect of preliminary irradiation on the rate of thermal
decompooition of silver oxalate and carbonate containing
admixtureu
SOURCE: Trudy 11 Vsesoyuznogo soveshchAniya po radiatsionnoy khi-:
mii. Ed. by L. S. Polak. Moscow, Izd-vo AN SSSR, 1962,
693-698
- pure A92C204 and the solid solutions 97-55P/
TEXT: Pure A92CO3,
A92C204 + 2.5r,IJ CdC204' 97.51,,.' A92CO3 + CdCO 3' 95% A92C204,+
% CdC 204were subjected to r, rays, x rays and uv radiations. A
-study was made of the effect of the cadmium impurity on (1) thermal
decomposition aft 'er irradiation of the carbonate and oxalateand
(2) radiolysis of the8e two compounds. Preliminary irradiation with
Card 1/2

j/844/62/000/000/120/129
Effect of preliminary ... D207ID307
C060 r rays (50 c source) or uv radiation from a qP;,I- *01 (PRK-7) 1amD
accelerated subsequent -,Jhermal decomposition of pure oxalate at
1580C but this radiation effect was reduced on addition of Cd. X
rays from a I MI-2100) tube accelerated subsequent thermal
decomposition of pure carbonate at 1510C and this acceleration was
intensified by adding Cd. Cadmium reduced the photolytic action of
e rays and Liv in the case of the oxalate but it intensif ied the x
ray photolysis of the carbonate. The opposite eff,;cts of cadmium
in these two compounds' are due to the differe.,.ce in the mechanism
of decomposition: in the oxalate the anion-cation bonds are bro-
ken and metallic siiver is produced; in the carbonate the internal
j 13 41
bonds are severed in the CO 3 ion and A920 Lormed. Cadmium acts
by producing deformations and lattice defects as well as by taking
part in electronic and ionic processes of decomposition. There are
3 figures and 5 tables.
ASSOCIATION: Tomskiy politekhnicheskiy institut im. S. IN. Kirova
(Tomsk Polytechnic Institute im. S. M. Kirov)
Card 2/2

BOLDYREVY V.V.; PINAYEVSKAYA, E.N.; BOLDYIU-NA, A.V.;
KOIIYSUEV Y V. P.
Effect of preliminary 11TIdation and chemical treatment on the
thermal decomposition rate of silver permanganate. Kin. i kat.2
no.2:184-187 Mr-Ap 161. (MIRA 14t6)
1. Tomakiy politekhnicheskiy institut imeni S. It. Kirava.
(Silver permanganate)
0

BOLDBEV, V.V.; PINAYEVSKAYA p E.N.; BOLDMWI, A.V.; ZAKWOV,?_I~u.A.;
KONYSHW, V.P.
Effect of preliminary irradiGtion and chemical treatment an the
thermal,~ecomposltion.rate of silver permanganate. Kin. i kat. 2
o.2,.184,187 K-r-Ap 161. (MIRA 14-.6)
1. Tomskiy politekhnicheBkiy institut imeni S. M. Kirova.
%~ (silver perwwganate)

ZAKMOV, Iru.A.j BOLDnEV, V.V.; LYKM, V.M.; VOrINOVA, L.A.;
6AVKLIUVII G.G.; BREGER, A.Kh.
Study of the effect of preliminary irradiation on the thenwal
degradation of silver oxalate containing cadmium admixture*
Dokl.AN SSSR 145 no.IsI22-124 .11 162. (RTRA 1517)
1. Wauabno-iss2eftivatellskiy inBtitut yadernoy firdki., elektroniki
i avtomatiki pri Tomskom pclitekhnicheskom institute iment S.M.Kirova
i Fiziko-khimicheskiy institut imeni L.Ya.Kaprova, Predstavleno,
akademikom M.M.Nbiniwm.
(Silver oxalate) (Cadmium) (Radiatiou)

BOLDYREV, V.V.; WHAROV, Yu.A.; LYKHIN, V.M.; VOTINOVA, L.A.
Effect of the addition of cadmium ions on the thermal stability of
silver oxalate. Kin.i kat. 4 no.5:672-682 S-0 63. (MIRA 16:12)
1. Nauchno-issledovatellskiy institut yadernoy fiziki, elektroniki
i avtomatiki pri Tomskam politekhinicheskom institute imeni Kirova.

777
r~ I It ~th L65 Err, (I /E Px (s 2/EEC 6; )AM. 6. Miwz -P tr_io i-R (a q q
CESSION-Nlt* P5002575-
_7~ -A 8/0076/64/038/012/2892/2888
-AUTHOR- Zakharay, -,Yu. A.,.Kab DV 'A.
an,
TITLE:t The-effect of admix-w3res-of-plainbous and carbollate-lons on the conductNity
permittivi4, and dielectric loss angle of ailver azide
no. 12, L964, 2982-2888
Zhurnal fizicheskey
TOPIC -TAGS: . 6ilver uside, plumbotiz lion carbonate Ion,'- electrical- conductivity, -permit
I tric 'to.�s angle h
tivity, die ec photacherald-al stability,:~photograp y -
ABSTRACT: The effect of adilitions QfP6~ and CO lons.on'theconduativity, permit-
tivity and dielectric loss angle. of silver azide was Idled experimentally in order to prowt
the theory propo~;ed by Zakharov et al. for the change in photochemical stability observed
on cocrystaffization of silver azit Nefth Ag CO (Kineti~a L ka4aliz v. 5, 6, 1964). Speci-
4
mep containing 0. 2-6 mol. % Pb + or G. li-i m301. % C03 were prepired. The addition of
(TI),z lons increased the cond~tctivftir by up to 30%, with saturation of the effect ruachel at
a c6ncentration of about I mo~. %; Atth' increasing canzentratft;ns of T-`b2.4- the corid-acti-ity
deryeased . and the conductivilti isotherms %vent through a minimum at a.~;out 1. 5 moi.),
4
+
UB tx
Pb The dielectric coastart and loss mg1e, measured with an ill ated apparatus de
Card

SAWMIYEV, G.G.,- ZAKHAROV, Yu.A.
Changes in the physiocochemical properties of solids produced
by additives. Part 2! Effect of semiconducting ccntacts on the
thermal stability cof silver oxalate. Izve v7se uchebo zave;
khim. i k1him. tekh. 7 no.5:768-773 164 (MIRL 18t1)
1. Kafedra radiats~onnoy khimii Tanskogo politekhnicheskago
instituta imeni S.M. Kirova.

ZAKMOV, Yu.A.; SAVELIDIN, G.G.; EOLDYEEV, V.V.; VOTINOVA, L.A.
--,- -,
Changes in the physicochemical properties of solids tmder the
effect of add4 ~J; ns Part 3: Some properties of silver azide
containing Fb ~nd CO3 %- additions. Kin. i kat. 5 no.51
807-814 S--O '64. (MIRA 17i12)
1. Tomskly politekhnicheakty institut imeni Kirova.

ZAKRAROV Yu A -0 SAVELIYEVJI G.G.
X~~-O
Thermal deccmposition of silver sulfite containing Pb4-~- and
VOj- admixtures. Kin. I kat. 5 no.2:345-347 Mr-Ap 164.
(MIRA 17:8)
1. TomskiZr politekhatcheakiy institut imeni Korova.

KABANOII, A.A. (Tomik)
Change in the cond ctivity,,dielectri,3 corst-ant and losles in
silver azide b 3
y Pb and C03- admixtures, Zhur. fiz. khJz. 38
no.12:2882-2888 D 164. (1411RA 18:2)
1. Tomskiy politekhnicheskty institut uriani S.M. Kirova.

SAVELIYEV, G.G.; ZAKHAROV, YU.A.; SPITSA, V.B.
Effect of the electric field on the rate of thermal de::omposition
of silver oxalate and azide. Zhur.fiz.khim. 39 no.110808-2810
N 165. (MIRL 18:12)
1. TomBkiy politekhnicheskiy inatitut imeni S.M.Kirova.

.ZAKH-,kR-OV,-!U-A-,' KABANOV, A.A.1 TRUBITSYN, A.M.
Effe-at of a fixed electric field on the tbarmal decozpoBition
of silver oxalate. Iz7.vye.uchmb.zav.; khim.1. kbim.tekb. 8
no.4&529-532 165. (MIRA 18:11)
1. Tomskiy politekhnichaskiy Institut imani Kirova) kafedra
radiatsionnoy khimil.

Y,AKILMOV, YII.A.; SAVEJ.'M,
'-- I --- I- --------- I I-
'-';'ffect of admlyture!: wi cert-jAn phy:31coche;_4 C&l
I prr;pOrIjC-j of
cxalate. Part 4. "hoto.~-jzfi, radiolpi3, and thermal decomcceitici!
.1 r - A ,
of silver oxalate. Kin. i kat. 6 no.4:611-618 JI-Ag f65. 1 M 1 RA 18 -.--4 )
1. Tomskiy politekhnicheskiy institut imeni S.M.Kirova.

~ LKHAROV Ic.1,7SLIYEV, O.G.; '71WIVI-P-7, V.K~; ll'~V,
Lx-~,.
'~'- - -,- - ! 5- p.- - 0-- a Jr, the
, i: ~n the physi.cochemical, pn~- rtles ~,Il s 71d j
:~f admixtures. Fart 4~ lhermal d,--,,-,Tpcsltlcn SP
caalsto.. Lin.L imt. 6 no.3.,415--423 l~,'-IT-I '65-
-~ Ir (m r 1~~, 2 8: --, 0)
-1. 1~74BSA~'-y ifistitut, -~m~mf

T. ), I - 213 - 6A C z ) LE-MN M
XM W47 AR6025369 SOURCi CODE,' UR/0285/66/000/004/0022/0022
AUTHOR.---Averkiyev, S. M.; DSrofgev, V. M.; Zakharon Yu. A.
ORG: none
-TITLE: A brake f6r, testing axial mtcrotuirbines
SOURCE: Ref. zh. 4urbostroyentye, Abe. 4.49.137
tREFSOURCE: Tr. Kpybyshevsk. aviats. in-t. vyp. 22, 1965, 15-21
TOPIC TAGS: w1crotgrbine, axial microturbine, brake,- test brake/UIMT-6 brake
ABSTRACT: A study has been made of the design, characteristics, and operational
fqatures of th47tZLM1L-� brakellmanufactured by the Thermodynamic Laboratory of
the Kuybyshev Aviation InSs te for Research on Microturbines and tke-t-r-Co-mon-
p
[Translation) JFMJ
B CODE: 13
Cd

B 30996-66, F.-1T(m)/E7v[P(J)/T MW11,11,11,M)IRM
:ACC NR: AP6007774 SOURCE CODE: UR/0195/66/007/001/0055/0061
~AUTHOR: Zakharov, Yu. A.; Sqvellyev, G. G. 'Y
ORG: Tomsk Polytechnic Institute im. S. H. Kirov (Tomskiy politekhnicheskiy insti-
tut) -
TITLE: Changing the physicochemical properties of solids by means of admixtures.
Part 6. Role of contact phenomena in the catalysis of th 1 dec2MositionUof
solids by semiconductor admixtures 1 04
,SOURCE: Kinettka i kataliz, v. 7, no. 1, 1966, 55-61
TOPIC TAGS: semiconducting admixture, electron work function, solid state reaction,
'silV aztde, thermal decomposition, lead azide, potassium perchlorate, ammonium
~percgfora e
.ABSTRACT: The effect of heterophase semiconductor impurities having donor-acceptor
,praperties WO, Cu2O, ZnO, CdO, Bi2S3, C020?, Fe203, Ag2S) on the rate of thermal
i M I
decomposition of ionic salts 0"j, KC304, Nn6jW A92C204 and AgH3) was studied. The
:heterophase catalysis of solfa-s-fate reactions is treated in relation to the con-
itact phenomena at the boundary between the catalyst and the reacting solid. The ef-
UDC: 541.17
Card 1/2 ...... .