SCIENTIFIC ABSTRACT GLAZOVA, V. - GLAZUNOV, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000500020007-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2002
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L.. 7925-66
''ACC NR.- AP5027939
It was found that the electrical conductivity of Zr6O and Zr.O at h4~b tompozatures is
described by the equation
exp
where A E Is the forbidden gap width; A, the preo.,q)onential coeffictimt; h, MItzmann's
constant; 6, the electrical conductivify-, and T, the absolute temperatare. 61 E waz calcu-
#ted to be 0. 18 and 0. 20 for Zr60 and ZrO, respectively. These vulues are Yot definitive
because deviations from stoichlometry axe possible in the samples, but they are of fundat-
mental significance in that they demonstrate the presence of a forbWen gal), and hence, the
semiconductor nature of Zr60 and Zr3O. Differences in the bonding types of Mrconlum and
Aitanium oxides are discussed. Orig, art. has, 3 figures.
SUB CODE: IC, GC SUBM DATE: 25Mar65 ORIG REF: 010 (Yrif RE
Fi 002
Card-3/3--

KORNUOV, I.I.; GLAZWVA, V.V.1 PrinfiralA lirlinlidytt? RENINA, f,
Na ture of fj I ie m I r a 1bonds of' t,i lim arld (:)III W; F".1 :1: ; -; .
Izv.AN SSSR.1,4org.mat. 1 0 165.
~i m I ,11, 1 ~ ! ,
1. Irin ti tti L irio Lilltirgl i I meni A, A. EKjk ( ~vrt, Moil k va a" t', -:
July % 196").

L 26033-66 Elerl (mVr/EWPW UP(c) JDIiJH~
ACC NR: AP5024215 SOURCE CODE: UR/0020/651116il.tOO3/05i!,7/0570
AUTHOR: Glazova, V. V.
ORG: Metailurgical Institute im. A. A. Baykov (In:3tLtLlt met.aLlurgif)
TITLE: Investigation of ELig!~e equilibrium in tho ternavy system titanlum-alumi- I
Rum-2ayZen,__
ady, v. 1.64, no. 3, 1165, 567-570
SOURCE: AN SSSR. Dokli
TOPIC TAGS: ternary alloy, phase equilibrium, titanium allOY,, aluninum, oxygen,
aluminum oxide, aluminum alloy
ABSTRACT: Phase equilibrium of the system Ti-Aj-dj was :1nv1:-stiga1:0'.1 by intro-
ducing these elements in various forms such as pure aluminum, Purv oxyj'ten'
aluminum oxides and titanLuin alloys. The TL-A1-0-,! sysLem 10-lis
ILI 01 cross section at a concentration range of Al. G( fr(;m 1:1.5 to 3011 by weight
2
I Tj
(IKA mole%). The temperature of soiidu!, of the sys - at the beginning
cf melting of tiLaniitm. increases from 16751-'r. to 18800C when it ?s alloyed with
4% by weight of Alj03. A further increatie,of A] doe:; ri,)I: lend t-,,) a t~-mpera-
rC - ZOOG- Adding 14T, by weight
ture'Increase and t remains constant at 1. 80.) 42
Al compound to disappear. Thus the effect
Of 92 to the Ti-Al alloy will cause T16
bard 1/2

L 26033-66
ACC NR: AP5024215
of the third element (02) does not help Lho %tabilAzatLaii of this compound;
on the contrary, It causes it~; df.r-ipp~~arance from tli~! viitem, has tile
sum effect on T1 Al aL it Lemperature of 800% whe" 6 conteim is 3-4"'. by
3 1, '
weight. This fict is important fit 2xplafning tho clia?'.-ictf!0tiLles of phime
equilibrium In the systLrn Ti-Al In va~Lous works. The p4ilic-i- wn-s preacnted by
Acacemicinn 1. 1. Chernyayev, 15 Mar 65. Orig. al-L. 11.1s: 3~ fig.
SUB CODE, 1-1,(p/SUBM DjVr1": 25Feb65/ ORIG REV: 007/ OT11 RWF: C14
Card 2i

L 2750-66 EwTW/Ewp(j) JD/WW/GS/RM/JH
ACC NRs AT6o12362 SOURCE CODE3 UR/OWO/65/(N)0/000/0003/0010
AUTHORSt ~ornilov, I. I. (Doctor of chemical sciences, Professor); Glazovat V. V.
ORG: none
TITLE: The phyaicochomical nature of alloys of the system Ti--,1;l--0
SOURCE: Sovechchaniye po metall6khimii, metallovedeniyu i primqjneniy
splavoy, 6th. Novyye issledovaniya titanovykh splavov (Neir resemrch on -titanium
alloys); trudy soveshchaniya. Moscow, Izd-vo Nauka, 1965, 3-10
TOPIC TAGS: titanium, aluminum, oxygen, alloy phase diagram, mit!tal plLpBical property
ABSTRACT: The phase relationohips and some phycical properties of the phases) e#g*q
microhardness, thermal eaf, microstruoture, electrical rouiotanem and 9%11 constants,
were determined for the quasi-binary system Ti - Al 0 belong.ni-g, to -the ternary system
2 3
Ti--Al--O. The investigation supplements earlier reBulto of 1. 1. Kormilov and V. V.
Glazova (Iasledovaniye diagrammy aostoyaniya i nekotorykh avoystv splavov sistevT
titan-kielorod - Sb Metallovedeniye titans. Izd-vo Hauka, 196,1). The experimental
results axe presented graphically (see Fig. 1). Alloying titanium with'*5 at. % orygon
considerably increases the stability of titanium towai-d oxic4tion, which is associatod
with a chuige in the electrical conduction mechanism from hole to eleab-onic conduc-
tion. Tho introduction of aluminum into the alloy considerably increaeris the therm I
Card 1

L 27504-66
ACC NR, AT6012362
t le
240
2100
Fig. 1. Phase diagram of Iwo
the system T1 - Al 20 3 (a); jaco
miorohardnese of alloys
annealing at different
/too
temperatures (b); and thermal ,
emf (o) as a function of Al
0 a
tjoe
2
3
content. 1000
Thermml eml', YAeg
0.1
00 b
100
00
2M
400
v M 4v Ij X 1111-3-6
Content of Al 0" Wt %
2
emf of the latter. The influence of oxygen and aluminum on the physicochemical,
properties of the alloys was found to be different, but both elemontii enhance the
strength of the chemical bond. It is concluded that aluminum w1de A12 0 3 forms
molecular complexes~lin (X-titanium. Orig. art. hasi 5 figures.
SP&CODE2:1911/ARI; DATE: 02Dec65/ ORIG RM 016/ OTH REF: 004

I- 342~16-66 Ar, v(t ) A, I I , f 1, C.i
ACC-9F. -IF5T27845 SOUiidN W's' OW002t)/651165/Ool/0136/0131~,-,,
AUTHOR: Glazova, V. V.; Kornilov, I. L; Ybdestova, V. N.; Toma4ihov, N*
ORG: Institute of Metall~~~r im. A. A, Daykov (Institut metallurgii); Institute of
AN SSSR (I ns tl tut fizichookoy khimii AN SS111R)
TITLEt Corrosion bohavior In sulfuric acid solution of alloya of tho titanium-oVgen
system
SOURCEi AN SSSR. Doklady, v. 165, no. 1, 1965, 136-139
T()P1C TAGS: titanium compound, titanium bnae aIJA)y, corrosion ronl,,ittuico, olectri)do
potential, sulfuric acid
ABSTRACT: Titanium has a large affinity to OXYgErn and the presence of a Ti compound
with oxygen decelerates corrosion conriderably. It was of intere3t, theroforo, to
study the behavior of Ti alloys with oxygen. The Ti--O alloys were prepared in an are
furnace with a noncombustible W electrode In an Ar atmosphere. The initial matetials
wero: Ti iodide (99.9% Ti) and Ti oxide (99*93% T102)' The oxygen was added in the
L
Vorm of an alloy containing 15.8% oxygen and prepar6d by molting in tho arc furnace
tablets compressed from Ti and TiO . The Ti-O alloys, containing 1, 5, 9, 10, U, 12,
13, 15, 16, 17, 20, 25, and 36 ati2oxygen, were thus prepared. The stucly of corrosion
resistance and stationary electrode potential of the TI-0 alloys was mado in',40% and
70% H2S041 I.e. under conditions of the etrongest possible WrVOSiOn of Ti. 1ho curves
Card 1/2 UDC t 620.197.3

L - -------
AP5027845
were plotted on the changes of the corronion rate and the electrode potential an a
function of the oxygen content In the alloy. All alloys In it 70%, H2SO4 solution had a
higher corrosion resistance than Ti. Two minimums at 5 and 15 at% oxygen and 2 maxi-
mums at 9 - 13 and - 20 at% oxygen were observed on the corrosion rate curve, The
corrosion rate steadily decreased in alloys containing > 20 at% oxygen. The alloys wid
minimal corrosion (5 and 15 at% oxygen) corresponded to the L4 -i3olid solution of
oxygen in Ti and T160, respectively. In 40% H SO solutions, the corrosion rate curve
was lower than that in 70% H2S04, but It had &04 same character and maximums and
minimumi with about the sgmo concentrationn of oxygen. The solld solution of Ti with
5 at% oxygen, the compounds T16O and TI 0 (alloy with 25at% o;tyjOn)j and the alloy
with 36 at% oxygen were strongly resis?ant to corrosion both in 40% and 70% H 90
solutionn, The curves showing the dependenco of the stationary potential on th'o content
of oxygen in the Ti-O alloys were to a certain degree similar to the corrosion rate
curves, althouda they were not exactly the same, because tho stationary potential
depended both on anodic d cathodic processes* The most intareiiting taot was that an
addition of ~~ ,
- .5%-oiggenIncreased the resistance of T1 to corryision. by several times,
The paper was presented by Academician A. A. Bochrar 26 mar 1965. orig. art, has: 4
fig*
So COM 131 SUBM DATX3 16M&r65/ ORIG REFt 017/ OTH REIN 002,
Card 2/2

ACC NRt A-P6016535 SOURC~; GODZ: Ui/0,1,19//65,/OOO/w6/0-i-14/0119
AUTHOR: Glazova.2 V. V.
ORG: Institute of LletallurW im. A. A. Baylkov (Inotitut metal'lurffii)
TITLE: Classification of alloying elemento used ir. the fornuLtJ~on of titani'11R alloys
SOURCE: IVUZ. T3vetnaya rnetallurgiya, no. 6, 1965, 1 1,1-1 i9
TOPIC TAGS: titanium alloy, alloy composition ', OIlFmIC'I'i~ 13 0 A) 4) 1 A)
ABSTRACT: A classification of alloying elements used in the preparation of c(
titanium alloys JA3 presented. The proposed system clas3ffiet3 the elements in terms of
the strength of the chemical bond between the alloyin,- atora and titanium. The classi-
fication in based on the expression of the mean oquare displacement 'V" of atoms
, 293
from the equilibrium position in the cryotal lattice derived b, W. K86t0r Z .
Metallkunde, 39, No. 5, 145, 1948)
zr - 4 3. 10--"
293
where 9 is a characteristic temperatiLre
1'f)~jj.g 103 1;
in the mean atomin, weiij-1t of
E is the modulus of elasticity, d is the density, smd
r-i 1/2 UDC: 669.295

L 3??39-66
ACC NRi AP6016335
the alloy. The mean square displacements for a number of titari-Jum alloys containin,,~
different elements were calculated, based on literature data fer tho vill'iouB paraMO-
tere. The results of the calculations are presented 1-raphically (nee Fig. 1).
U_
NJ,
0,(45
Fig. 1. Dependence of the mean :3quare
di!3pl'acement from the cquilibrium
position in the crystal lattice of
solid solutions of different elements in
CC-titanium.
D,115 L L
2 3 j at. CP
It is suggested that the proposed classification should facilit.--ite the correct choice
of alloying elements for the synthesis of a -titanium alloys Naving the desired
physical properties. Orig. art. has. 2 grapho.
SUB CODE: 11/ SUBM DATE: Oljul64/ ORIG REF-. 022/ OTH RICP, CO~)

ACC NR! Am6c)52821
Monograph
1966.
Glazova, Valerlya Vc.sillyevna
Titanium alloying (Legirovani-ye titwui) (Moqcowl. Izd-vo "MeLallurgiya",
191 p. illus., 'biblio. Errata slip inserted. 2500 copies printed.
TOPIC TAM: titanium, titanium alloy, titaniumi base alloy, tit.F.Lnium Compound,
titaniam containing compound
PURME AND COVERAGF: This book will be of interest to npeclallatn in metallurgy
and the science cf metals who are concerned with the alloying of titanium and
the study of allcys based on it, to technologists of enterpri5es of the metallur-
gical and aviation industries, and to workers in scientific-resea-rch institutes.
The book can be of use to students taking advanced courses and to fellows of
higher technical schools and nonferrous-metn'LlurFy departments. Tht., book clia-
cusses the mechanisms for the reaction of titanium with other elements of t~e
periodic system and the general principles for the formation of continuous and
limited solid solutions based on titanium, an well an the Vundamerita.1 factors
Influencing the behavior of solid nolutions under streaG at elevated temperaturefl.
Examples are presented for plotting structural diagrams based on refractory re-
active metals, using the moat modern methods of fusing and atudyirA their
physical and chemical properties. The problems of simple and, complex alloying
of titanium, the interrelationship of the structural diagrmis (creep with a phaae-
conversion temperature in the solid state), and other problema relating to the
Card 1/2 UDC: 546.821:66

ACC NR: Am6032821-
production of titaniwn alloys are examined on the examples of b1nai-y and tertIM7
systems. The author expresses gratitude to Professor 71. 11, KwrUWKo'v' (deceased),
Professor I. I. Kornilov, and Candidate of Technical Sciencee L. I. Prya)[hina,
T. F. Zhuchkova, land to Doctor of Technical Sciences, Professor 1. 1. Novikov for
their assistance. 1112ere are 386 references, 227 of which arle So"riet.
TABLE OF COM1=S (Abridged)
Foreword -- 3
Ch. I. Mechanisms for the combination of titanium with other elements of
Mendeleyev's periodic system -- 10
Ch. II. Basic factors affecting the behavior of solid solutions under stress
at elevated temperatures -- 18
Ch. III. Effect of secondary phases and the character of their distril;ution based
on the heat-resictance of alloys -- 45
Ch. IV. Phase equilibria, strength characteriattes of a chemica.1 borid, and the
heat-resistance of alloys of binary systems with titanium --- 55
Ch. V. Complex alloying of titanium based on several three-couiponeat ayetema -- 151
SUB CODE, ll/ SUM'DATE: 2Lran66/ ORIG REF: 214/ OM REF: 172/

L ()566L-0'7 7 r'( C 'I
1 UR/0021)/66/i,'j~9/002/031~3/0346
IACC NR, Ap6o24395 SOURCE COM:
AUTHOR: Kornilovt..I. I.; Glazova, V. V.; Kenina, Yo. m.
gy im. A. A. Ba,7kov (Institut rcotallurgii)
ORG I Institute of motailu~
TITIZ Formation of the compounds Zr60 and Zr3O In the slrconi%ni-oxyVen aystem
SOURCES MI SSSR. Doklady, v. 169, no. 2, 1966, 343-3146
TOPIC TAGS1 zirconium ., alloy phase diagram (I
ABSTRACTt ZircorLtum-oxygon alloys containing from 1 to 211 at. ~( oxygen woro studiod
by phyalcochemical aw-Jvula, microncoplo anO.ysin, and monBurovion"s of microlh ardnon-;,
Toc'-rical rosistanco anci thormal ovir. Jklloy~; cluonched after qnnoallng for 400 hr at
Ikon and containing up -to 8'pj 02 corres'pond to hoviogonootis a solid solixtions. Abw;o
8% C-2, glide linor, typical Of docomposltion,~ If solid solutions *,ppear. M-loys con--
taining 15-16% 02 consist of a sinslo pha3ei and those with 2 '5-26% 0,, show a fino-
grained single-phase structure ch&racterlstic of a ccmpourid. jklloys~wlth 28,'b' 0', h4wo
a two-phaso structure. 1)3istivlty-compo3ition cur-,ros for alloys quorwhod from 600
and 8000 show two singular resistivity maxi;-na at 14-5
and 25% ~, corrsispond1zig to -the
stoichiometric nomnosition of the compounds Zr60 and Zr-O rosp,)ctively, ., study of
'endenco of the electrical
kho temperature dep conductirliy of thij:;(I Catapuwids (whioL
inorea5os with temperature) confirmod their somicorichicting naturl), Th,~~ bond-Ing J11
NO Is primarily covalent (vith a certain fraction of Ionic charwtor), -1ho pap!)r
Card 1/2 uDc: c4.6.8

L 0566~-67
ACC NR,- --AP6624395
was preaonted by Acaderdeian Sazh:Ln, 11. P., 27 Oct 65. Orig. art. lia-cis It figuren tuyl
1 table.
SUB CODEt Ii/ SUBM DATEi 06Jul65/ 01UG M?t 0051 WE Fd'yt OC43
Card

GLAZOVA, Ye. F.
I'Measur merit of Evaror;v)ility by an i~vaT,or-vor 4ith ~onstan-, 1~:)ijtilrell.
Trudy Gl. 7eof iz. observ. , ~;o lo, rp 58--2, 1954.
vit) iristrument -onjists oC Lwo .ol-miurlic it ; ,I ve5:iels:L;-e -'irst Is filled
in the uper aith sand held by a ,net:,.l .-rid sub-nom~,A 0.5 clri ki aater Nllinf~ the lower
part of O~e vessel, which encures const'int moisture of' the Pnti 're I-1voir of Srind;
in the second vessel, joined :I;th thl~ I'irst b-, a hose, -,. flr~at- connects -.4th t~,e
indicator of Lhe automaLic recorder tii-It ret-~ords eva rorat-Lon to Lhe
position of the level of water. Observatiorm on fallow in a ste-ve and in
interzonal squares (Kaiiiennaya Step;, 1951) shoa tl,at. in drought re~71'.(Irs
evaTorability exceeds by -any times the evaroration. H,`vaiorm~(?n fr-m 93il in
the snutres is rre-iter than in the stappe, but evaporability I.s le-mi. Fall
of i-reci-,itation sharply decreases the ratio of eva,oraliility Lo e,raporation.
(-izhGeol, No 8, 1955)
30: ~5um -. o 864, 9 AT-r 1956

77 7- 6 "//q Y E.
U11P./Geophysics - Turl'alence Yl~
Card 1/1 Pub 45-13/18
Autht-r Glazova, Ye. F., an(i Lny~ht.man, D. L.
T L tle Flemntary theory ~,:" the wet evnperi.-Oo r 1'.r the f
Pericd Ical Izv- AN 511SR, ')er. geofiz. 2'/V 1-281, May-Jun
Abstract, 'I"he devel(,pment uf a sLmpIc and de.pendable
cc.efficient Gf turbulence is st,11.1. an importaro. ta;tik- .f
The determination of this cc,efficient or, the basis '--f
the pulsations of meteoroll-)gical elements requires tery coiimlex apparatus
and c,-,nsiderable exDenditure of' tire fc)--. ci)eratiun. Tr, the oresent, '.; th
the authors prcpose a meth--d fcr determining tLe coefficl-en~ cf tu.-bu-
lence (.,n the basis of measurements of evaporation froi.l a wet, evaporat-'r,
prcDosed in 1951 by Ye. F. Glazova ("Measurerent LD:',' evaporability 'L,'-
evaporator with constant moisture," Trudy GGO, No (lc!:;) I
Institution: Main Geophysical Observatury im. A. .1. Voyeyj:(),~r
Submitted : Ma-I 20, l',51.

AUTHOR: Glazctva~ Y~-. 1'.
TITLE: Roaso n j f 01, o 0 -1 :1 f D
1~." vc-!
arid the, ~i
noveriliya r T. -;k I';
PERIODICAL: Mk-teorcictt~:Lya iG..druloi:1- 'L,
ABSTRACT: Every yerr Ilic 1c,,:a! UGI~.',:j vtr,
defective
immediately 3o thdt. t i: it :i av,- r~.J_-~i
unaccurate o
(GGO = Glavnaya 0 k, L-7 ori I:. I
out that tide main ro !)r
are break-iriE D' s r i n -ri., -'o.' h r':
colurin, and
production tL ......6
fGilowing
b re ELK, -_ ng ') fe
E.1d.2
s p a r 4_1 ri t r eu t me, n
Thc, of t,",n -a;-I t e
Card 1/ 2 olie.; w1 1) r- in 71"!

Heasons for tl~r, Gri~;in of
the Possibilit ies of T-eiv
wl:; (:-',i
,.i toward:-;
dc ,,.0t allo~v a f-
a
1 OW r ' e.,:i i~ f a1?
may used, ~-i 1
instriaction o r e,,:. ov
is
carbon dioxidl ani W~r_-,eu
to room 1
contp-mination of i "Y
p1l r 1 ty of
f ac t ory Al:"o p
c e;o
arc, dae o i~.,,.uri "o an
air into the cai :.1 c r t 1, t r E~ t,:I.
and 3tora.-ltl of ("f
shall be set up
collaboral.on,
AVAILABLE: Library of Corq r c.
Card 2/2 1. Thtrw.,:,met~!-nq
3. Thermcmettro

'! 1:1,*~,/f'l/()!~(,/~,2)~/01'j'/(jl~,
- - ,
V
A,'~ 0 4 /A 10 1
AUTHOR: Glazova, Ye. F.
TITIS. Measuring the atmospher1c mol.-3taire wLth reslstan,-- t,wrmometers
PERIODICAL: Referativnyy zhurnRl. Mashfno:~troyeniye, n(~. P4, 26, absti-kc-
211EI57 ("Tr. 01 . geof tz, observ. 11, P_Y~.O, no, 10'1, 90
TEXT: The author presents thl~ results of testing resi.,itance thermompaters
for electric psychrometers and draws the conclusion th,,,t the roll(.wing conditions
have to be observed to avold overrated reading5 of the wetted resistiince thermo-
meter; 1) Tha thermometers should be provided wi-th a protective ,il:~Ylplastlc
cover not exceeding 5 rrm in diameter and with a wall thickne::s of no-.. more than
0 - 15 mm. 2) The length of the thermometer placed In the proteetive --cver -should
not exceed half of the latter's length. 3) it Is not. expedient to put a layer
of thermal Insulation between the thermometer wire and the w~--Iils of tne protec-
tive cover, 4) The thermometer is wound by a loop withc,ut frau~e, T?Iere are 3
references,
F. G . M.
FAbstracter's note: Complete translat.lanll
Card 1/1

DASHKEVICH, L.L.; "tJaAZl1,',KIY, D.Yn.; V.Y(-.-~;
S.N.;
GLAZOU, Ye.F.; YA.-HSIHA, "'.Ye.;
Yi~-J'-.;-Icaul"CV, V.D.; I:EC11AYF~l, I.N.; iWFALU ).F,
IIJA 'UONCIVY V.I.; GLE30V, r.k.; 911i(AA, Ajall:t' 11.1-.;
GOC"YOSITI, V.I.; GAVhILOV, ~'.A.; %il'W'EYE%* Z' F
YEFEE..*YCHEV, V.I., retserizent; il"ASOVSKE' -etsmnzert;
vyUlally., A.P., retsenzent; otv. -~(!d.;
-Av. red.; YASl:UCkhODSFA'11.,
1;.V., tekhn. red.
,i::.,11 stationz-, itrid posix -astavl
[Instructions to hydromoteorolog
nie U.1drometeorologicheskim slaritsiiair, i ilostari. Lcnil-'!,rr11d,
Gidroir,eteoroizdat. No.3. Ft.3. (Yeteorologicill Jristrwrnents and
observation methods used on a lrjrdrumeteoroloC~ims-l network] Ye-
teorologicheskie pribory i metedy nalnliuderii, priTmenia-raye na
gidrometc-~oroloi,,icl-io.,;Icoi oeti. 1962. 295 1.. 0,I]lA 15-'
(Coiitinuc-d on next card)

DASHKIEVICH, L.L.- (continued) Card 2.
1. Hussia (1923- Glavnoye up,-a-71en:l-,14,,
louicheskoy sluzhb~-. 2. 1',Ia-rna-.-a geofiziches-kaya ob~;e.--.-,tcri:7a
I'Tauclinc-issledovatellskago instituta
priborov i Gosudarstvr-nnogo gidrologicheskogo ins%it~.ta (for
Dash-kevic'-, Surazhsk-J-Y, 'Osollts-ev, Azbell, -ii~_Zhev:ikov,
Vorzhenevskiy, '.,'armylov, GlazkDw., Kar:)usha, Sir-adrina,
Igrunov, Fecha.-ei, Bespalov, Illavionov, Glelyw, Kaulin,
Goi-
.~snin, Gavrilov). 3. KoiA.!i.9iyn Ctl.avnol,,o
toorolm,ichesk.oy sluzzhb~ pri :Iovote ll,'iniotruv SS:-~i- (f'or I:echa-,ev,
Usolltsev, 'l.'Lmofe:.-ev, Yefrer.-chev, Krastlv-ki-
y, V':,-unn-k)
(I.eteoroloE,y)

I J S F- PI jS K P", r
. iz -uiat, nauk, prof. ; LIFIOUSOV, S, L, Aand.
fiz.-mat. nauk; PYATv-G7:'A, K.Ii.;
A.F.; FEEII~ICIENKC, !.A.; !-~".ISKCIF, I.I.;
SA:-'MLOV, A.!.; Oit.L.6VA, El KC ,
GLA7,04y,~
K,"
4,94,.ATYAI~E~A -~E'LISKA'.'A,
L.S.; A.I.; A.' '-A.;
~ELOV, ZVlihFuV.,,A,5.,.retsanzent; SID121,760, G V.., jrqd
r e d . ; D ~-: i3 PT 0 V, I' '-.., ".",'112:, ll'.'UC" ':Il.
SAGATOVSKIY, L,V., red.; BUGAYEV, V.A.,
pro:'., rc-d.; Ye.G., -'d.
L:.a!,ual on sho-',:~anl~e po
lzlc sroc"InT.. i-:-o 7 1~ C' i ZLi a t
in,!titut ,~r-,

USSR/Geophynics - Obituary Jul/Au& 52
"B. B. Polynov (Deceased 16 March 1952)," M. Ii. Glt,,---
ovskaya
11Iz Ak Nauk SSSR, Ser Geograf" No 4, -pp 83-8B
Outstanding Soviet academician, scientist, geo6;raphzr,
and pedologist. Works on biosphere, evolut-LoLi, pedal-
ogy, geochemistry, mineralogy, irrigation, bc-rany,
etc., which have appeared mainly In the perlxdf.cal
"Pochvovedeniye" (soil science).
21-29 T I 12

I . GIZ~~7%-)Vl~~'KAYA, ':. A.
2. "', ( (, 0 ~) )
4 . M, ;- -- r .-) o r ~-. n -,
'I . Bi olo-ic"I 1 Ql-, ') *, 1!',d --%: -! i 0!.. 11 ': i 1,!; .'? i rl~i: ... ; 1 Tio . 1:~ , I 1~5,, .
t~ I
9. Monthl-y Ids t of Rus- i---.n Acc~!.,-imr, -.I it, r- ry ~-," Con,~ve~7~ , M'i rc~ 1) -~ -~, ~ 'I L~! J fi ~-d.
--4 , ,

1. -1-' A .
2. US,IR (600)
4. Geo~ra-)hy & Geolci-
7. Soil-graograohic outline of Austraslia. ~'iearraf---Jz, '19',
.. - -1 ~ P~ .- .
9. Monthly List of Russian Accessions, Library of Congress, :al-xil 1953. Unclassified.

GUZOV3K~fi,,, :.'.
USSR/Geophynies - Geography Jmn 5~3
"Rpvlev of 5h,.- Late-/ B B. Ylolynov-n Boo~ 'Crenpiraph.-
ical Works," M. A, 6ia~"OVSKayu, Carld of Geoloj.-,I(i -
Mineralogic Sri.
"Priroda" No i, pp l19-122
Review of "Geografichesklye Raboty," published by
State Publishing House of Geographical lAtera-,.uri:!,
Moscow, 1952, 400 pages. Folynov died it- Mar 1~2.
Favorabie review-
243T72

GLAZOVSKAYA, M.n. ; HAITHIKOV, ii.N.
G,9o(,rriF,hIc Invost toll of tilf) CaBTAin Vert.Mrg~c.,.in.
F, ri,.12:1)9-1111 D 15J. (MLRA 7:2)
(Gas-pian Depression-Physical geograpky) (Physical g,iography-
C,jr:-)Jf~ll Deim3czion)

GILhZOVSKtiIii,
Biolo,gical absorption of mimnI ;.31emnnts qnd tho pOrBI'Alitieg
of using plants for improving Eicile. Vop,gaog.
'53. OALRA 7-3)
(Soils) (Pl,tntn--AerimIIRtIon)

4 6---v 0 4/C&,Oq
MW miners, s - Vol can a
Card i/l pub. 86 - 1.5/36
Authors j Clazovskaya, M. A., Dr. of Gcogr..Sc.
Title I Volcanic ash deposits in the Tan' -Shan glociors
FlOriOdiC4 I Priroda 2. 90-92, Feb 1954
Abstraot I The discovery of ash deposits in the Tan' -Shen of the
Altau country is announced. Thm chemical, meehamioal 4ond mineraloj;tcetl
compositions and the origin of the ashes are dietweae(i.
Institution t Aced. of So., USSR, Institute of Geography
Submitted 3 ...........

GIAZOVSKPLYA. M.A.; MOOR, N.G.
. .......
Brown mountain-steppe soils of the Issrk-Kul plain in grassland
crop rotation. Trudy Inst.geog. no.60:139-156 '54. OCIRA 8:5)
(Issyk-Kul rngion--Soila) (Soils- Is syk-Kul region)

GVOZDETSKIY, N.A., professor; MIL'KOV, F.H., professor; Hll--qAYLOV, X.I.
dotsent; GLAZOVSKAYA, M.A., professor, redaktord
LProgram for "Physical reo4.-rnjlkv of U.S.S.a." h vElographip
departments of state universitinsJ Programm po fizicheskol
geor-,rafii SSSR dlia reotrr.-~ficheskilch fal-ulltetov et:osudar -
stvennv~h universitetov. LMosk-ial. 1-.d--vo Mosk.univ.,1956,,
19 P. (MLKA. .10:6)
1. Russia (1923- U.S.S.R.) Miniotcrstvo iysiihoogo obt-azovaniya.
(PhyoiCRI gooorni)hy)

15 -5 7-5 -
-r a ns I at' n fr- ):~i ;ief'or~( Iya I ~.~b7,
AU ~07, I-a !,(a
Pu a ,"I 11 cu FD~-r(; h o"JI'llye %vy
I Ip R 1 C 0 j:7 c r!i 1' -5 c s', oy c
C
p TT 71
,TODI~-"L: V V r) D r e. o 535R,
p p
APS-R.."iCT ~,Le nutiior raises question of' tne appiication. of
t~.e entire comple:,~ c4' modern meti-.ods in soil investi-
~-ation ~auritir, study of 'huried soils. Fie z)resents data
~1-.u Sta-;Les 0, ~ u'ric-d 30-, 1s in tile v ai 1 e y u' ong- t ae
course aC him'. OKa and on the snares of the Sea
n1' Azov. T`iesu ~i i -; I e, s e p 'i .a s c t ~ i c n !~- c c :3 .9 1 tv0
"urnin- U, h c ),q I, ! o pj
c 111 :rIe tA I od of' ul I ni- all
Uhe soll scIcince.
"ord 1/1 YLI. A.

USSR / Soil Scloncri. Phy9icAl and Chemical Proptirtios j
of Soll.
Abs Jour : Ref Zhur - Blologive, No 11, 1958, No. 48634
P uthor : Glnzovskayn, 1-1. A.
Inst NC~E
- given
Title Metal Content in Soils of 'Various T-ypes
Orig Pub V sb.: Materialy soveshchanlya geol. Vest.
Sibiri I Dal7n. Vostoka po metodike eol.-
slyemochn. I poisk. rabot. Chita, 146, 59-64
Abstract The higher plants biologicaliy absorb a number
of metals and tire depundent; on thoir stornge in
the upper horizons of the soil. The Mn utorc
in the ash of the Tien Shan spruco needles re-
quires the storage of this element In the upper
horizons of brown forest soils of the sprucc
woods of central Tien Shan Range. Peat moss
Card 1/2

USSR / Soil ~icionco. PhysicnI cind Ch1jm1cnl Proportios j
of Soil.
Abs Jour Ref Zhur - Riologlirn, No 1.1, 1958, NO. 38634
low in needle content Is poor in Cu. Tho great-
ost motnl contont in tho soil profIlE, is ob-
served nt the surfacc~ 8nd In the illuvial hori-
zon. Fe ' Cr: Co, Ni and Zn are stored in
illuvial horizons, in podzolic soil.a, In solonetz
soils, in soloth soils and at times in gray
forest soils. The uneven storogo oft' metals in
genetic horizons makes It nocessary to use a
metallomoter for taking soil samples and does
not depend on depth, or mechaniosl state, but
on the genetic horizon. -- F. 1. Shcherbak
Card 212
25

'_0 VJ-1761YL,(
USSR/Cosmochemistry. Geochemistry. Hydrochemistry. D
Abs Jour : Bef Zhur - Khimiya, rJo. 81 1957, 26570
Author : -Glazovskaya
Inst Academy
Title Part of
Shallow
Soils.
M. A.
of Aciences of USSR
Vegetable Ashes in Form.,:tion of
Earth Products oC Weathering and
Orig Pub In symnosium Kora vyvetrivanlya. Vvp.
M. 7 AN SS,9R 1 1956 1 61 - 76.
Abstract It was established that a levellinR of the
chemical composition of rocks and an accumu-
lation of microelcments in ~ecclndary products
took nlace on the Northern slope of th,t, Reskey-
Alatau ridge in th,~ course of the oroc,~!-,s of
soil formation. SiOo and K20 ar,~ carried off
and MgO, Fe2ol~ %Orz-, CaO and SO, are accumu-
lated at the ~-ieat e~ingl of granite; ':!()2 and
Card 1/4~

USSR/Cosmochemistry. Ge och,,~-iJ stry. 7: tyd r h, (7 -:11 r, y,,
.Abs Jour Rof Zhur - Hhimilya , 1,10.
Al 0 are carried off and Fe20-1, P,)D5, SO-
C 00 Ld MgO are acci):iulated at'
a na t h ~ r fng
of ~~neissic granItL-; CaO an(I a pzrt t:)f kl:)O-)
and MnO are carried off and P-)0c,' ,ril a i-,f
MgO and SO ar,~ accumulated
diorite; M, MFO and MnO ar- carvi-~., *ff and
PL)O~, Si02 and K20 arf! accurulattndl -A -ii;~
wea. herino', of limestone. Ash~!s of ti,,c sp~-cies
of lichens collected on E;ranitke and ont-
show an essential diffevencc betueen th(-ir
che,mical compositions indicatin the
capacity of organisms to absorb certain
'7he Primary nountain meadow soils on qneis~-dc
luranite acclimulate P, ISI Fe 7 C a . L i 10, n e.
plants vegetating on thnse soils cht,~fii. aecu-
mulate Ca an,] Mg Lr) th,- prejudicp of Mr, A! and
S The croFs-!,,,~ction Al on, :-'randt-P, ',S
Card 2/4

USSR/Cosmochemistry. Geochemistry. Hydroc';Wmlistry. D
Abs Jour Ref Zhur - Khimiya, ITO. 8~ 1957, 26570,
and returns into th~.- biological cycle, an,-I
the other part is washed out ~,,.n- brought into
lower levels where it 15 ;),~rtlj absorbr'l by
fir roots ani partly carrit~d complete1y (-)'f'
from the shallow soil.
Card 4/4

G.JAZOOVSK&YA, M.A.
Problems and methods of research in the geochemintry of topographic
units. Veot.Mosk.un. 11 no.3:19-29 Hr 156. (KI.RA 9:8)
1. Kafedra geografil pochv geografichaskogo fakul'tota.
(Geochemistry) (Physical geography)

Y
USSR/Sol]. Sclenc,--- I t-ml-
Abs Jour: Ref 7~h -P, 1 (j 1. No r), 2"~
ir
Author Glazovska~!-a, M.A.
Title The Fonriation of Fine Soil Accumiilat,inri~: on :',:IA Alluvial
Fans in Won&-,d Mounlain Zones of
Orig Pub: Tr. In-ta goLogr. AN SSSR, IWA1, 76, 37-53
Abstract: Alluvial fans with highly variegated atages of gyowth oall kbe
seen in the zone of fire forests, of Vrskei-Ala-'Pau. ~'hf~ a 11. k,, -
-ial fans are fon.-ied by frnj7,~[Pnts, oC different. naci,~- lic a., - nag-2
size of separate fragments -(-),PposinG the upper p: r-, I on of th-2
alluvial fan is 7,000 tirn,~,q as 5rall as 11he evernE;e size -if ~Iie
lower portion. The strips of gro-,rth on alluvial fan7 are i~:-Atllly
located at the alluvial fan ed,;e, because new lorv-lo 1N-ItA'er from
time to time falls into the central portion With the
of higher growth corRs a con.-~iderable accumulatiDn i'T fire ~oil-
The trunks of fallen firs Parnish an especially Larg.- amc-Arit (,f
Card

USSR/Soil Science. General ProblerLs -
Abs Jour: Ref Zh-Biol , 11o 6, 25 Marc~. 195'(, 224-L4
i-i
organic and mineral depos-t~;- As th,~y fall on por-,---fons ~rhlch
are bare of grow-t1h. they rurnish reserves of nineral and org"1111c,
nutrient!: necessary for vegetative t-:~xlstence, which brinj-,-- about
an enlargement of areaz occupied by vegetation. Thee;e nettling
cones present a formation of IongIttidinal. lcj;j i;).oping mutinell,
n hol'Cht
and hollows div[,Ung rhein wtth a rel.itt.ivc 1,
of 1.5-21 0 m. Ovor the ent.ii-e length of t,ho alluvhhl fan, tt,~Y
are represented by a~sorttd gi-avel -.sandy allu-vlal
nLixed with large brokren fragmenf,E- Considerable se(.-Jons t.)-.ally
lacking growth may be encountered ht-~re. The oldf!r mirface; of
loe~-7 ero5ion are covered by young f I r forev-f~~ - The ivechanical
composition of eroding flood water depo5itc is gi,mln. Phe author
suggests that the loaming of the crude fraplentary
curs in two developmental ~-'Iages. In the flr-~t the thinly
dispersed natter which forms- during decomposi,~,.Lcn of verz~~-ating
Ca rd 2/3

USSR/Soil Sci,:rice.
Abs Jour.: Ref M.-Not., No
frapnents penetrates ~ritc crejic~--, lar-g", r 111u, 1.
fragwnts and f i I ls tht~m in. In the second nf-i, ciltling
of the underlyl ng matlter, a f I ne t!az-,,h of dLIB',~- LIE-,-
layer void of gravel and crushed stonf- fonn--, on itit
the formation of which a !;i~,Wflcwit ;,,,, th,- a~h
(content f:,f rrac~y and woody if-getwO !()n. j;1f.q r.--rj,
ja
Card

GLAZOVSKAYA, M.A.
Wonthering and initial soil fornation in the Antarctic. Ilauch.dold.
vys.shkoly; geol.-geog.nauki no.1:63-76 '58. (HIRA 1~):2)
1. Moskovskiy univpraitat, GnogrAficheGkiy fiikul'tat, kafedra geo-
graf ii pochv.
(Antarctic rogionti-Soil forinntion)
(Wonthoring)

GLAZOVSKATA, M.A.
Datermintrug agricultural characteristics of lantl from large-
acale physicognographleal inventigations. Vop, oog. no.43:
14~-151 158. ~141WL 1p.: 5)
(Antrnkhan Province--Soil aurvRyii)

GVOZbBT5Kll, N.A. , prof.. red.;.~"MKAYA M A rot'*, md.; ASTROV,
g - " 'am"'
.A.V., red.; YETMAKOV, M.S., fek~~.ruhJ6."41
[Phyaical geography of the U.S.S.R.] Voprony fizichi-skol
geografti SSSR. Moskvn, Izd-vo Monk.univ., 1959. 183 P.
OGRA 12:12)
(Phyninal googrophy)

GLAZOVSKAYA, II.A.
Geochemical prospecting for c~uilcop7rite do~-1962)

GLAZOVSKAYA, M.A.
Princlules of 1,indform a;vJ i~eochemical regioraliza-lor, for the
purpose of searchingfor mineral resources. Veiit. Hosk. un.
Ser. 5: Geog. 17 no.6:3-10 N-D 162. (HIRA 16:1)
1. Kafedra geografii pochv i geokhimij laridshtlftxv Mc.skovakogc
universite-ta.
(Ural Mountain region-Lardfrwinti)
(Ural Mountain rc-.gion--G(3oclieiii.,gti,~,,)

I
GLAZOVSKAYA, M.A,, prof., red.; LOi,ATINA, L.1., rd.
[Geo,graphical soil and geachc-micai r~;,,warct.
for agricultural purposes and in prospecting Cor mir.era-I
resources] Fochvenno-geograficheskie laiidjhaf-,no---geokhI.--
micheskie iosledovaniia dlia tselei sellsk)go kb:,ziai-,t;va.
i polskov polezriykh iskopaemykh. Modcv;., L.,A-vo Mook.
univ., 1964. 233 P. ! i,A I`,' - 12)

LA Zl',, "'S": X! ;:a,-]-.a L. 1-(,d.
~ --, I." -~ ~ ",- 1. i:~ " "
tJ rati (-,n C natur a.-. - no fo r- ID,,ok:

,.. I . . . .- .,. .-, 1 ~; . k .
I . i , _,;~ - ~ i, : , ", i-, - *. " I . ;,: I
I .I. .. , . . I I I . .1 1 1:- ~,- -:Al-,
~ 'I . ., t . . J, .. I

A. F.:
D S AT ~:j rl m I
o' r! op -
wori:

G 1211"( V11K.".J ,, ,
I m-lokorit'; 4 1,4 i'o"''.!! ;' -~' ~-; L:.s lb:
~ ; - ". I ~ I I . ~/ Y .
,(! Tin '' ~-, I
1., 1 '1. , ~ ,, . '5 : . - . (~ : ~, , ,, :, - P I ,
7,~ . o:;K. 11, ; . I
( : ! 1 :4 '1(.1 : 1 1

DO I V 1 A, A, f:
I . V. red
I
L A i 1 .1
ie i:. o n t,:-~ k A,
It 1
(.rm~:u~:m,:~!.,; ... :n:;-y .i-.

GLAZCWSKI, !,o~,,dmi, '7, ~r., ii Z.
Tho pro* lem of locating the stowinf~ plant in an orbitrnry
minir- area. Frze,c~l ~-orr 17 no.5:277-M Vy

I . - . - - - ., I I.. . I
- - . - I I I . . - I . I I

GLAZUN, Aleksandr Romanovich
[Spe;~ialization and the combination of units on collactive farms
in suburban areas; based oz the exampla of colLective farms in tho
suburbs of Voronezh] spetsi--li.i.-atalla I ~zochol;,siale otmislei v
kolkhozakh I)ri,,Iorodnoi zony; na priwre kolkhote-v prigorodnol
zony g.Voronezhn. Hoskva, Gog.izd-vo saVkho.,,.lliA--r,), 1959. 24", p.
(Collective farms) (MIIIA 1):A

GIAZUN, B.A.
flarliomf%tric measui,ement unclor conditions c)ll f;tninf,~j varip-ble
backE;round. -ed.rad. 5 no.4:72.-76 Ap '60. NAM 13~12)
(iLkDIATIOII--.MEASU-.-J-]-',Et-!T)

ACC NR, AP7006025 --SOURCEI-GO-Pl,": UIZ/00,~2A6/()o)/00-,,/ii~~/113-5
AUTHOR: Fadorov, V. Id.; Glazun, B. A.; Dubinin, 14. If.; Zhilfinkew, 1. V.
OaG: Voronezh Agricultural Institutn (Voronozli,,ikiy L;ol'31cokho-,,;-ayutvemVy instit4t),-
Tnatituto of Physical Chomistry, AN SSSR (In3titut fizichookoy ldiiriii All SSSR)
TJTIE: Investigation of the dielectric properties of water ads,.irbed by zeolites.
Cc-,;-,-,iunicati oil 3. Diplectric losses in the system NaA zeolite cryatal .-- water at
avei-aFe degrees of filling
SOU:,CE: All lzvoutiya. 5ariyri khhiiichookaya, no. 7, .11)615, 1129-11.35
TOPill TAG3: zr--oliL(,,, adsorption, diel.~~Oxic profx~rty, di~!leclxlx permciffillity
I ABSTRACT: New results of an Lives tifya tion of ~;aA 7eolite irith a water
content of-40',Q' of the radrwi adsorbablo aviount are discussed. C,,)nstruction
of the dielectric i~sothcrin (de.midence of the static dielectric peiTivability
on the value of the adsorption it 'Diistalit taimperature) wid a st.Udy of t1lo
4
varlation of the parzu-,ieter 1 - al-aha, characterizing the distril~ution of
energics of t!-,e active centers, yi~rnitted conQlusions on the fLior sub-
di.vision of the active centers detemining the relaxation of ad.,;orbed i.-ater
molecules. Dielectric losses at 18w frequencies were found to occur in the
uemperaturu region fror, -40 to +20 in NaA zoolito containing uator. lbe
dielectric adsorption isotherm had a break at a water content iii the zeolite
,Card UDC: 541-183 1- 5!16.6'1 + 621-31'1-~3

ACC NR: AP7006025
-P
corre onding to approximately fIve to seven molecules per uniL coll.
evidently due to the structuration of water with increasing adnox-ption
and to 'the different aorbability on sodium ions bonded to eight-mombered
.and sl`-,~--membored oxygen rings. A distribution of rola:(ation 1.115
observed in the region of loc-ses considered, probably due W the energetia
Ileterogeneity of U10 active centers. 'Mo rogion of distritution becano
narrollor Irith 111('re"ISAIII, wator content, uhich indicates devoloppwnt of tile
structure. Ilao actuivattion energy and entropy of activation for polariz~ltion
in an electric field L-icreased with increasing imter content of over
,-.eansuroments of the free enerMr of formation, together with the broak on tile
dielectric adsor-ption isotherm indicated that'Ll there is a sharp chAnge in
the dielectric properties of the adsorbed water at a degree of f.Ming of
20" '. The zeoliltes NaA-I and NaA-II possessed different values of tile
dielectric permeability eta at identical temperatures and degrees; of filling,
which is evidently due to differences in the mode of their mmufacturo. In
'spite of these differences, the aame pattems were observed in both awtples.
The authors thank Ya. V. Mirskiy and B. A. Upkind for providing zeol-ite samples
for analysis. Orig. art. has: 3 figures, 3 formulas and 1 table. IJPRS: 38,9671
SUB CODE: 07, 20 / SUBM DATE: 26Feb64 / ORIG RZF: 008 / OTH REF: 008
1L-Ca-r-d- 2/2

F-EDOT-.07, 'i
da
DI

T 2655 ~-66, E ?.T (m ) /T
SGURGE CODE-:
AUTHOR: Glazun, B. A.; Fedorov, V. M.; Dubinin, 14. H.; Zhilemkov, 1. V.
ORG: ~'oronezh A stitute (Voronozhekiy sell oko1cho:?;yayatuennyy inatitut
Zricultural In
--T
Institute of Physical Chemistry, N-36SSR-(Institut fizicheakay 1(hiaLUL JUI SSSR)
11
TITLE: Investigation of the dielectric properties of waLer ab,-iorbed by zeolites.
Report 2. Low-ternperature relaxation in the crystalline srstem, NaA zeoil~-e-waEer
with low fillings
SOURCE: AN SSSR. Izvestiya. Seriya khimicheakaya, no- 3,'19-56, 393-398
TOPIC TAGS: zeolite, dielectric property
ABSTRACT: The dielectric behavior of liaA zeolite ci7stals with low iater
Jillings was studied at frequencies of 105-107 aps it the rnr-igo-
1wo relmtion processes are observable. One of them correspatida to rolaxers
.which are presorit in the dehydrated zeolitep and is suppresseA with to Increasa'
in the content of adsorbed water. The other process is apparently associated
;with the relaxation of the adsorted water molecules themselvem. An at-tempt
.was made, based on dielectric measurements, to estimate the number of the most.'
active Dites in the zeolite.- The authors thank'Ya. V. Mirv * Sor
the zeo"Lite specimen for study. Orig. art, has: 5 figgurmea. I'JTRS]
SUB CODE : 20, 07 / SUBM DATE - O5Nov63 ORIG REF: 006 / OT11 REF: 004
UDdl
Card 1/1 k, 0 - 511i-1834541.6

GLAMOT, Aleksandr Aleksandrovich Cdeceauedj;
AlqksRp~rqvjcb; TEZHKOY, T.T., red.; LAMM, G.T`e., takhn.red.
nw" I .:
[Electric networks and systems] Nlek-trichopkie oati i sistemy.
Izd.4., parer. i dop. Koslcva, Goo.energ.izd-vo, 1960. 367 p.
(MIRA 14:3)
(Electric networkn)

GLAZUNCN, A.A., (Joktor telchn.nauk, prof. [decE!Fi3r!dj
Deginning of Russialu, electrification pro~,rm. Tr!ll~- ~El
nc.33:165-182 '60. (., ~-,, R A 15 : 13 )
(ElectrificRtion)

5 V

VENIKOV, V.A.; T7LiZ;'9V, B.L.; A.".;
GLAZUNOV, A.A. ; FEDOSI-~:IKO, H,Ya.; FIGINLit, L.M. ; LE.-MAN,
D.N.; I,UILINIKOV, N.A.
I.S.Bossine.-myi; on his ()Oth birt.liciny. ~-IlokLricflostvo n:).10;
93 u 163. (miFj, 16: 11)

K(ZLOV VIA-- :LZ.*.,----`,J7.
y 1 .1, a"';
FE b K C Y,
11 Llic
net,
a -.-:3 tv,
cs 1 nzhproye
(for Z11 i 1', snchno -
]m 0 -x t~~' Istw.~. % :.rjs1-.vy (:cir
r

tia u k
A L. NYA, A
I D t "i. 1Q.1:; 'Ahn.
I 'k f i
! nzi i i "i VAt V A A
F'
!,bikini, ;-A Z E, A
III s T; IT'- A, 1,
Lz, A` A i i, rill .
:-,AZE
r 12 1 -Ti
V V A A, ica. nd .
K r
;.'L'; A'

ALEKSEYEVA,
V

VRIIROV, V.A.; GLAZUNOVY A.A.; MLIK, N,A.j LITVAK, 'U.;
SYROI-ffATNIKOV, I.A.
Concerning the traini!,g of in the
field of "electric power s-upply of industrIal ent,orprivets
and cities." E1ektrJche-,sLjc, F
(TMIRj, 17:3)

-12968-& EEWT (d) /EWP (k) /~41P (1)
ACCESSION NR: AP5026355 URIO:LD5161~/ooo,/009/0091/0091,
AUTHOR: Belikind, L. D.; Venikov, V. A.; qj~pipov,,A-...A-; Grudinsiny, P. G.;
Zhadin, K. P.; Zhebrovskiy, S. P.; Lapitskiy, V. I.; ffeklyudov, B ~ K. -, Pavlonkf-,' V.A
Razevig, D. V.; Rosiiyovskiy, G. I.; Safonov, A. P.; SQko.lov, N.. I'.; Soldatkina, L.A
Tayts, A. A.; U11yanov, S. A,; Fedoseyov, A. ff.; 1(hoyster, V. A..
TITLE: Professor B. A. Toleshov on this 7fth hirthday on:1 the 45th anniversarj
of his engineering, scientific, and teaching activity
SOURCE: Elektrichostvo, no. 9, 1964, 91
TOPIC TAGS: electric engineering personnel
ABSTRACT: Boris Arkadlyevich Telochev was seventy years old 12 Varch 1964.
He graduate from a oleo tromoobanical department of tho Petrograd Poly'
technic Instituta In 1917 and gained the title Elootrioal EnGlneer in 1920.
In the Union of Elootria Power 'Stations of the Ido6lkovokAy rayon, Telochov
was one of the founders of the first dispatcher service eif the lloscow
Power 3yatom$ the ohlef dispatcher of thIs syBtem, the mitnagrer of the ME;h-
voltage networks of the Mosoovi Union, the ohiat onj;ineor In eonstruotion of
the -Mosoow high-voltage uotwork'and of the high-voltago ite tworks of the
Card 113

L 2968-66
ACCESSION NR: AP5026355
Moskovskiy rkyon and the chief engineer in construction i:~f the Bobrikovek
(now Novomookovsk) hydroelectric station. In connection with th* reorgan.,
ization of construction in 1931, Telechov was tranoferrecl to Energos troy,
first as ohiof enoneer of the 110soow division and then as deputy chief of
the design adrainistration of Energostroy (now TeploeloItt:roproyokL). In
1934, Teleaheir took the pout of assistant director of th,tj Scientifio Section,
of the Power EnCineering Institute lir4ni Krzhizbanoveltly of the Aaadomy of
Sciences USSR anti worked as the immediate ar:sIstant to A(iademlolon G. M.
KrzbizhanovskJ.y In directin!3 the Inrtitute until 1946. OtartIng In 1923,
he did scienWic research work first at the flosoow bintitlite of Yochanioe
Im. Lomonosoy and then at the Institute of Vational Eaouo,-7Ly Im. Plokhanov.,
,After the fourding of the Mosoort Power Engineoring, Instl*tute In :1930,
Teleshov transferred to that Institute and workad there until 1.9410. Here
he was Lecturer of the Department of "Central Electric Stations" and a
professor in the department. Ye reoeived his professorobip in 1933.
He was Dean of' the S'leotrle Power Department of the Inut3tuts IV= 193Z-
1935. In 1940, Teleshey was made direotor of the Department of Oleotrical
Engineering of the Moscow Institute of Fine Chemical Toolmolon, where he
remained until 1966. In 19" he took part In organizing the Pover Engineer-
Card 2/3,
.. .........

L 2968-&
-ACCESSION NRt AP5026355
jing Doparttwnt of the Mosoovr Inatitilte
~Ordzbonlkldze. From 19-16 to the present, TOLOthov has boon direator of
Ithe Department of 118jectrio Stations apd SL-atationall aryl thoro have boon
two printings of hlb textbook on a course in "General Elootrioal ;~nglnoar-
ing.11 Tolesheip has acted in a consultative ospnolty in I)lans for a Croat
number of electrical stations and nelivorka. He partiolpmtod In 1;ba Coyeril';
ment ConsulltatlLOn on the Dnepor hydroelectric station im, V. 1, Lonin. No
,has been an aotive member of the Scientific and Toohnloa:[ BO()I.(It.y Of the
for mors, tban 20 yours. Ho waa chairmun of t
wor Y )10 ionoowbo th
~!of tho Soolety from 1944 to 1961. For-hit service to t1to Soolety, be has
'be
on made a po:rmanent Yliembera In 1950 be was eleoto' dLopttty in the Idosear
!Oounoil of Degatios of the lorkers, He bas boon deoo ,lratmd w1th the Order.,
__12of Lenln,,.~ho Order of the Red Banner of Labor and with modalao
prig& art* hass 1 figure*
ASSGCIATIONt none
SUBMITTED: 00 ENCL, 00 SUB CODEt ES
NR REF SOVt COO OTHER 1 000

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36

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GI.A7,IjNGVY A.A.p kand* tokhn, nauk; FOKIN, Yu.A., in'th.
Calculation of complexly couplod rjunic-'pal 1--,-,wor~-q wit,il rating
I
u- to !(')0G voltz, Elek. ota. 36 nc,..11.-63-67 N 161-;.

SOURCE COM
AUTHOR: Bandas, A. M.; Bollsham, Ya. Mo; Borchaninov, Go So; Q:
14 ww%qV,.. As.4;
Zalesskiy, A. M.; Konstantinov, B. As; Livshits, Do Sol 4chkovildyj V, Lo; id!Ur,
Go Rol Petrov, I, lol Pleskov, V. I*; Swwver, Ms Lo; Syrovialmucov, lo. A01
Chilikin, M. Go _:~p
ORO: none 4?
TITIZ t Professor Tue L. Mukoseyov (ort the occasion of his 60,th. birtbdaly)
SOURCE: Elaktriabostvo, no* 6, 1965, 91
TOPIC TAGS: scientific personnel, electric pomer production
ABSTRACT: Professor Yuriy Leoniclovich Mukoseyev, 60, chairman or the depart-
ment "Ele*ktroonabzhentye promyshlennykh predpriyatiy I gorodov (Electrical
Supply of Industrial Enterprises and Cities)" of the Gor1kovskly polittekhni-
cheskly Institut (Gorlkiy Polytechnic Institute) began his studies at the
Corkly (Nlzhegorod) University. After several years at the "M-asnoye
Sormovoll plant he joined in 1935 the Glavelektromontazh system where ILI 27
years he advanced to the position of chief engineer of the Garkly section of
the designing Institute Elektroproyekt. In 1951 he published his book
"Voprosy elektrosnabzheniya promyshlennykh predprlyatly (Problwms of Electri-
cal Supply of, Industrial Enterprises)"-, In 1956 at the Moskovskly.enerjretl-
Card 1/2 uDc: 62i.ill

L 22593-66
ACC NR: AP6013000
cheskly Inatitut (Moscow Power Institute) he defended his thesii; "Distri-
button of Alternating Currents In Current Conductors". He became professor
In 1960. From 1939 he has been continously the vice-president of the Gorklyl
board of the Scientific-Engineering Society of Power Engineerm 01M energe-
tikov). Recently, Yu. L.Mukoseyev participated In the vork of the Ucbebno-1
metodi,dheakaya komisitya 14V (Pedagoglcal-Mothod-o,-I-o-g-i*-c,mI Cotm --- IP ... S,30n Of tile
Ministry of Armament) and of ly of,
the SSO C 7), USSR~ for the Elq~Ptrlc 81 SuVP
-Indust.rial Enterprises and of Citiess" Orige &A_,'h&s:' 1 figa-ee JJ-M&
SUB CCDEi 10 SUEM DATEi none

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Aurfioi~s Glazuriov, A~A'- Torlina H.
E I SFr7T- a-j-,T-2~
0 M
TIFLE Utilization or the Pyrol)'Slslj'ar-l~ash Prodtic f. From
Synthetic All-ohol Plants
PERIODICAL. Koks i 1,himiya , 1960 N o I It 7
TEXT In utilizing petroleum and natura.l ga in tile product on of
gases are cra.,.kcd in order Lo increast, the.tr
,~Ynthe,~i~ alcohol the
ethylelleAconterit The tar formed tur ing the proc.,:!:9s under tile name
Of py-rodysi-3 tar was treated as a waste prodii.: t , The authors
carri-ed out an irivestigation of t'he chemical coirpos.Ltion Of this
product in or(k-r to Jetermine -Lts poss-ible appl.Lcation I * the
production of aromatic hydroca-bons.,j A sample of the tax from the
Siratov Works was taken for tl7e inirestigat;.an Oqp,.gr~ Oo873
IBB 691 100 ' 54olle 125" 6 8% , i5o' -, 5 a, ~ .iW 861/~) -
Rectif.icaticn on a column equivalent to 214 theoret:L:~aj. p.lates
(Table 1) indicated that the tar contained about 90% cf benzole,
'~--Auole xylcle and solvent naphtha, unsaturated compounds were
distributed non-uniformly Concentrating mainly in ~Ihe head and
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L'U/00()/C) c. 1, /CiO." /006
Lo'Ti/r,-433
Ut I. I i za t i on o f t fie Pyr o I y s i s Ta r - Wa s h r o (11.1 C I, F r om 5 vri t I
Air-chol Plants
bo t t olli f ra _ t 1 oil -q Lwiboratoty of' Lh(- Wilshed
'
-
illi be LISed
d that It
d
t
18
bl
f
2)
~
l.Cll
C
Lrl
e
ra-
C iTa
tion bo).1ing to
0
for the px-o(luct-von of pure benzole Ogynthetit g, I- i 1 d,!i )III View of
high wash losses (35,9%) the bOl-ling range of' the fraction most
suitable for further treatment was determined cis '7