SCIENTIFIC ABSTRACT KOZLOVSKAYA, V.P. - KOZLOVSKIY, A.L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000825920001-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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Card 3/3

DOBATKIN, V.I.; KOZIDVSKAYA, V.P.; GOLOKHMATOVA, T.N.
Slaty structure of the fracture of extruded D16 aluminum alloy-
products. Metalloved. i term. obr. met. no.12i7-12 D163.
(MIRA 17:2)

ACCESSION NR: AT4037665 S/2981/64/000/003/0237/0250
AUTHOR: Shilova, Ye. L; Nikitayeva, 0. G.; Kozlovskaya, V. P., Vasillyeva, Ye. N.;~
TITLE: Heat resistant alloy D 19
SOURCE: Alyuminiyevy*ye splavy*, no. 3, 1964. Deformiruyemy*ye splavy*
(Malleable alloys), 237-250
TOPIC TAGS: aluminum, aluminum alloy, alloy D 19, heat resistant aluminum alloy,
copper admixture, manganese admixture, magnesium admixture, duraluminum,
duraluminum mechanical property, duraluminum corrosion resistance
ABSTRACT: According to, its composition, the heat-resistant aluminum alloy D 19 of the
Al-Cu-Mg-Mn system is an intermediate alloy between D 16 and D17, and is intended for
sheets, pressed semifinished products, and rivet wire. The alloy contains 3.2-4.3% Cu,
1.8-2.6% Mn, 0.03-0.15% Ti, 0.0005-0.005% Be and no.more than 0.3-0.5% Fe or Si,and.
0. 19o' Zn. In the present paper, the authors report the results of a general investigation of
the mechanical properties of D 19 alloy semifinished products. Initial studies concerned
the influence of natural aging time (0-30 days) on the mechanical properties of quenched
sheet specimens having various compositions, Le.: Cu and Mg at the lower Hinit; Cu and
Mg at the higher limit; Cu at the higher limit and Mg at the lower limit; Cu. at *thd lower
1/3
Card

A CESSION NR: AT4037665
limit and Mg at the higher limit. Before quenching, the speolments were In the annealed
or cold rolled condition. Other tests were made to determine the effect of heating to
200 and 250 C on the mechanical properties at room temperature of sheet specimens with
different histories of heat-treatment and strain hardening. The mechanical properties
of sheet and w1ro speciments were also determined at elevated temperatures (up to 300 C).
1' Furthermore, creep rupture tests were performed on sheet specimens at 175-300 C, and
zero-to-tension fatigue tests on specimens previously subjected to various heat treatments
or strain hardening operations. Rivets of D 19 P and V 95 were tested at repeated zero-
I to-mxdmum shear loads at room temperature and at 175 C. Finally, specimens of D 19 and
D 16 alloys under various conditions were tested for corrosion resistance in.3% NaCl or
On the basis of the results obtained, it was concluded that: th
or 3% NaCl + 0. 1% H20
t8
Guraluminum. type alloy's ~19 is a heat-resistant alloy; at temperatures of 20 - 150 C I
strength is equal to the strength of D 16 alloy, while at 170-250 C its strength Is higher
than that of D 16 alloy by approximately 8- 10%. Under a repeated static load, the strength
of D 19 alloy is similar to that of D 16. Alloy D 19 has a reduced rate of strengthening
..during natural aging; therefore, cold working operations can be performed with this alloy
during a longer period of time (6-8 hours) than with alloy D'16; this property is particularly
desirable for riveting material. Products made:'of alloy D 19, In contrast to D 16, do not I
exhibit a tendenoy.to inte.rgranular corrosion during heating in the temperature range
-.2/3

ACCESSION NR: AT4037665
150-250 C because of a ji-iore favorable phase composition. In this connection, semifinished
products of D 19 alloy can be used in the naturally aged condition in structures working at
20-250 C. "The corrosion resistance was determined by Eng. S. M. Ambartsum~an, the
tests with repeated shear loads were carried out by Mig. B. F. Bogdanov under the direction.j
of Doct. Tech. Sci. N. 1. Marin, and M. P. Akinfiyeva, V. N. Zhuravleva and T. N.
Goloidunatova also took part in the experimental work." Orig. art. has: 5 figures and
8 tables.
ASSOCIATION: none
SUBMITTED: 00 DATEACQ: 04Jun64 ENCL-. 00
SUB CODE: MM NO REV SOV: 004 OTHER: 000
Card 3/3

- - - - - - - - - - -
77,
ACCESS'"ON NR: AT4037666 S/2981/64/000/003/0251/0262
AUTHOR: KOZIOVBkaya, V. P., Vasillyeva, N., I.; Nepomnyashchaya, E. Z.
I TITLE: Methods for eliminating the coarse-grained rim on pressed parts made of
1 aluminum a110YB
!SOURCE: Alyuminiyevy*ye splavy*, no. 3, 1964. Deformiruyemy*ye splavy*
(Malleable alloys), 251-262
TOPIC TAGS: aluminum, alumlanum alloy, pressed aluminum, coar6e grained rim,
manganese admi~xture, aluminum recrystallization, magnesium admixture, copper
admixture, zirconium admixture, titanium admixture, iron admixture, aluminum a-Uoy
strength, aluminum alloy resistivity
ABSTRACT: Recrystallization. occurring during the heating of pressed aluminum alloys
may result in a coarse-grained structure in the peripheral zone leading to a marked.
variation in the mechanical properties across the section. Previous experiments have -":'W
shown that the formatlon of a coarse-grained rim can be combatted by the creation of
uniform deformation during pressing and by slowing down the recrystallization. Further-1
11 more, the depth of the coarse-grained rim depends significantly on the manganese content
j
Iin the alloy'. The present authors have carriedout a systemaUc study on the effect of
6
4

ACCESSION NR: AT4037666
alloying clo-.nents and admixtures tending to increase the recrystallization temperature of:
aluminum mi the degree of formation of a coarse-grained rim In pressed aluminum alloys.
Tests were performed on specimens of the Al-Cu-Mg-Mn type alloys D16, D19, Dl and
VD17 and alloys AK8, AX6, and AD33. In addition to the formation' of a coarse-grained
rim the electrical resistivity and mechanical properties were investigated (see Figures 1
to 3 of the Enclosure). Finally, the effect of Zr, Fe, and Ti on the formation of a coarse-
grained rim was studied in alloys D1, D16, and V95. On the basis of the results obtained,
the authors conclude that the following factors slow down recrystallization and grain
growth in the peripheral zone of pressed aluminum alloys: introduction of Mn, Zr or Cr as
alloying elements-, use of non-homogenized ingots for pressing; increasing the ingot and
container temperatures during pressing; decreasing the quenching temperature and re--
ducing the soaking time. Pressed products can be obtained from alloys D16, Dl, AX8 and
p AK6 with a shal.low-coarse-grained rim or no rim at all by pressing by the straight method
without lubrication of the container; for this purpose, the minimal content of manganese 1
is 0. 6%, non-homogenized ingots should be used, the container temperature is 400-450C,
and the ingot tomperature.is 420-450C. If'the minimal content of manganese is set 'at
0.0, h-owever, then homogenized ing9ts can be used and pressing can be conducted at a
,lower ingot temperature (340-380C), resulting in shorter pressing cycles and, consequently,
in lugher productivity. With alloy ~X 33, pressed parts without a coarse-grained rim
2/6
A

ACCESSION NR: AT4037666
i
or with only a shallow rim can be obtained at an Ingot temperature of 500C and a container
1 temperature of 400-450C. In bars of pressed aluminum alloys with a shallow 1*11m, the
ultimate strength is higher, and the relative elongation is lower. This is caused by the
fact that measured leading to a reduction of the coarse-grained rim (increasing the Ma
content and the pressing temperature) lead to preservation of the preseing effect.
11L. I. Leonova, 1. 1. Molostova and M. X. Rubleva. took part in the experimental work."
Orig. art. has. 6 figures and I table.
ASSOCIATION: None
X
SUBMITTED: 00 DATE ACQ: 04Jun64 ENCL: 03
SUB CODE: ITAM NO REF SOV: 006
OTHER: 000
3/6
~Cord

ACCESSION NR: AP4040685 S/0129/64/000/006/0005/0008
j, TITM The effect of iron on the, formation of a coarse crystalline
ferrule in Al-alloys
-SOURCE: Metallovedeniye.i termicheskaya obrabotka metallovt no. 6s,
1964P 5-8
AUTHOR: Gorelik 9 S. S. ; Kozlovskaya, V. - P. ; Tomilova, L. A.
TOPIC TAGS: ferrulej crIstalline ferrule, saturated solid solutions
~,.grain coarseneass, Fet.A alloyp recrystallizition
ABSTRACT: The authors verify earlier investigations c'oncerned with:,'
the formation of a coarse crystalline ferrule in saturated solid
solutions* They also study the effect of individual alloyink
1 Ments in different, concentrations on the formation of feirrule.
i
is
nath connection, the effect of Fe was observed in hot-pi4ssed-
'~-specimenss The authors account for the coarsening of the structure
under the effect of Fe'additions in excess of 0.4 to Al-Cul Al-Mnj
Al-Sij Al-Gu-Mn and "D16" alloys by the formation of finely dispersed,
and unevenly distributed'particles of the ferrous necond.phase-

ACCESSION NR: AP4040683
during the decomposition of the saturated solid solutioh of Fe in
Al in the process of pressing as well as by the local dissolution
of the excess phases dviing hardening. The structure with a varia-
ble grain size that forms onthe periphery of-pressed 40!diam, 90
MM-long rods as a result of primary recrystallization tends to
coarsen drastically during secondary re6rystallization under the ac..ii'.
tion of hardening. The higher the iron contents, the co'arser the
grains during secondary recrystallization. in theizonei.,arouna the
I core the grain size reaches,a maximum after the addition of 0.16%
Fe and decreases gradually upon further Fe additions., A zone of
1 potentially coarse grained ferrule in hot-pressed Al alloys appears
in the form of a dull ferrule with an etchability that differs, from
that of the core. The orige art.has'. 3 figures and 1 tablee
ASSOCIATIO'N: Moskovskiy institut-stali i splavov,(Moscow Institute
of Steel'and Alloys)
SUBMITTS 00
ENCL: 00.
6B COD3:*M( SOV: 004 OTHER: 001
NR REF
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0:7

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L 36117-66 -ZWT(m)/TZEW~(t)/gT1, 1JP(0 JH/,!D/GD"
ACC NRs AT6016423 0) SOURCE CODE: ~UIRIOCW16510001=10158101()5
AUTHORS: Goroljic, S. S.; Kozlovskaya, V. P.; Tomilova, L. A.
none
T11'LE% The mnchanism of formation of large crystalline grain rims in pressed objects
manufactured from aluminum alloys
SOUF?CE: AN SS5R. InstituAetallurgii. Motallovedeniye logkikh splavov (MetallograpiV
of 1ighr_a=oys)e Moscowp 1zd-vo Nauka, 1965., 156-165
TOPIC TAGS: Metal grain structuref aluminum alloy/ D16 aluminum alloy
14
MSIMACT: The mechanism of formation and the proper'vios of the so-called large
crys;,allina grain rim (which forms in aluminum alloy objocLu as a result of compres-
sion) wRre studied. Thelstudy wqs carriWI outu on the following binary systoms.
vlAl--W, Al--!21j1Al--Fo '' -y systems Al-4u-41n, Al--Gu--Fej
_,'and turnat
arick Al --S* __Fe., as well as the quatornary sysLem Al--Cu-41n-4e., the
iro;i free alloy D16, d the alloy D16 containing 0-3?j~ Fe. The macro- and micro-
structure and lattice parameters of the alloys were invostigated as a function of
ax-.calinr, temperature and composition. The electrical resistance of the centralj,
i.itler.,.iediate., and rim, sections of rod specimens was determined. The effect of
awle-i'Ling tekoeraLure on the alloy Crain size was also determined. The experimental
rcuul.Ls are presented in graphs and tables (see Fig. 1). These results corroborate
Car 2
grd 1Z

Pon
L 36117-66
ACC NRt AT6016423
ohm*~M2/ja
A
CU
a'a
FI, mo-
4-*)
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Fig. i. Dependence of the
-loctrical ro3istance and
lattice paramebor of the
:;olid solution formed by
allo 6 (JU + 1.38~ NO
Y
on Uo annealing tamper-
ature in the central (a)
and peripheral section (b)
i of the rod specimene
the viaw that the large crystallino grain rim forms as a result of formation of
supersaturated.solid soluti rn tho alloy. It was found that both iron and
manganese aid in the formaffi5n r large crystallirie grainse The authors give.thanks
to V- .42~atki f, r JUL$ -'rri t i cal assessment of tho experimental results. Orig. arl
0
006,/. OTHAY s~ 60iw'-

M65-66 EWT(TA)1M(W)/T'1N_W_PMA_-H MEW PJUD
-ACC W AT6016424 SOURCE GODEt M/0000/65/000/000/0166/0172
AUTHORS: - Dobatkinq V, I, I Kozlovskayb_V. P.; BaVLcina, I. M.
ORG: none
TITLE: Influence of structure on the mechanical properties of pressed products
.61
manufactured from alloy D3 jor different types of applied loads
1-0
-SOURCE: AN SSSR. Institut metallurgii. 14atallovedeniye legkikh splavov (Metallog-
Taphy of light alloys3.- Moscow, Iza--vo Nauka, 1965, 166-172
TOPIC TAGS: solid mechanical property, tensile strength, aluminum alloy D16
aluminum alloy 41
ABSTRACT! The effect of recrystallizationtio~n the mechanical properties of parts
manufactured from alloy D16 was in-W-MgMaed. Th6-in"vestigation supplements the
results of V. I. Dobatkin (0 presseffekte v alyuminiyevykh splavakh Sb.
Issledovaniye splavov tsvetnykh metallov, vyp. 3 Izd-vo AN SSSR, 19k). The mechan-
ical properties and microstructure of nonrecrystallized and recrystallized specimens
were determined as a function of the type and magnitude of applied load. The ex-
perimental results are6presented in graphs and tables (see Fig. 1). It was found
that a7rtificial agjM Bf the alloy at elevated temperatures tended to smooth out
any differences in the mechanical properties of non- and recrystallized specimens.
Card 1/2

L 37165-66
ACC NRs AT6016424
Fig. 1. Change in the
tensile strength at
room temperature of 20-!.flq
diameter rods manu-
factured from alloy
D16 having a recrys-
tallized (1) and non-
recrystallized (2)
structure as a func-
tion of annealing
time at temperatures
,of 150C (a), 17.50 (b)
200C 9c),, and 2500 (di*
..fz
410
#4
Orig. art. hams 2 tables and 5 figueso
SUB GOIEt Il/ SUBM DMt l6SeP65/ MM PxFt
2/2 af
112
J8
so tab? lm So 01~
Annealing time'O'hour~ 11b

oo7/ oTH Pjw om
0

KOZLOVSKAYAp V.P.1 BAVYKINA, ;.M.; RADIKOVA, R.N.
Mechanical properties and structure of cold extruded aluminum
alloy tubes and bars. TSvet. met. 38 no*9:67-71 S "5-
0
(MIRA 18112)

F
12 3~5 7' F N T ( m EW
ACC NR: AP6028
590 SOURCE CODE: UR/0129/66/000/008/0062/0064
;AUTHOR: R~ytbarg, L. Kh.; Kozlovskaya, V. F.; Babykina, I. ;.; Petrov, Ye. A.
IORG: none
!TITLE: The dependence of the properties of cold-extruded semifinished products made
i
:fron, aluminum alloys on the billet condition
,$OURCE: Metallovedeniye i termicheskaya obrabotka metallov, no. 8, 1966, 62-64
JOPIC TAGS: aluminum alloy, extrusion, extruded aluminum, mechanical property, heat
Itreatment, cast structure, annealing, homogenization heat treatment, grain structure,
imetallographic examination / AD1 aluminum alloy, AV aluminum alloy, AMg aluminum al-
iloy, Dl-aluminum alloy
ABSTRACT: Optimal heat trea ments weredeve~opej,for alu~.inum alloy billets used in
. I
Imaking cold-extruded Alloys AD11'-
AVI and Dl ,were extruded on a mechanical
1pre6s into tubes having_dfa~eters of-frx 12, 16 x 14, and 16 x 15. The original
Itemperature of 15-200C increased -to 250-3500C after extrusion. Mechanical proper-ties
are given for cast, annealed, and homogenized billets and tubes made from each. Cast
a-ad previously extruded billets of AD1 and AMg alloys performed identically in tube
jextrusion; extruded AV alloy billets had better yield strength and reduction in area;
and annealed Dl billets had the highest plasticity. Microstructures of cast and ex-
Card 1/2 UDC: 620.17.:G69.716:621.78

ACC NR: AP6028590
C)
truded DI billets and the semifinished tubes made from these were shown. The grain
atructure of tubes made from cast billets was smaller and more uniform, while those
made from extruded D1 billets--large grained and elongated. Optimum quenching temper
tures for cold extruded AV tubes were 515-5200C. By heating in a circulating-air pit
lur
-C nace after quenching, the maximum properties were obtained after holding for 10
min; the properties did not improve if the holding time was increased to 30 min. An
increase in quenching temperature from 480 to 5000C for alloy D1 resulted in raising
the yield strength by 2 kg/mm2. Orig. art. has: 1 figure, 2 tables.
SUB CODE: 11,1-~,-40/SUBM DATE: none
Card-212

KOZLOVSKATA, Ta. 1.
Relationship between the principles of didactics dmring the process
of studying foreign languiages. bbor. matod. rab. Eel. politekh.
inatz no. 1:157-161 159. (MIRA 14:1)
(Language and langusges-Study and teaching)

YAMPOLISKIY, Leonid Semenovich; KOZjDMaKAYL,-Xad3dga KazWroyna;
KULICHITSKAYA, O.j. red.; IZUSHCHENNO, N.t tekha. red.
(Civil engineering; an English language textbook] Civil
engineering; uchebnoe posobie po angliiskomu iazyku.
Kiev, Gosetrolizdat, 1962. 338 p. (MIRA 16:7)
(Civil engineering)

KDZLOVSKAYA, Ye.
First attempts to work under now conditions; letter frsm Leningrad.
Okhr. truds, i sets. strakh. no-1:39-41 J1 158. (YaRk 11:12)
1.Deverenny7 vrach Leningradakege oblastnogo professionallnego ooveta
p9 Smollninskoma rayoun.
(INNINGRO PROVIRM-MICAL CARS),

KOZLOVSYAYA, Ye.,doverenn" vrach
Great deeds of a sma3-l group. Okhr.truda i sote.strakh.
no-3:71-72 Mr 159. (MM 12:4)
1. Leningradakiy aovprof.
(IMINGRU-MMDICM, INDUSTRT&T)

KOZLOVSKAYA. Y9. (g.Loningrad)
Out of touch with practical work.. Okhr.truda I sota.strakh.
no.5:54-56 14Y 159. (AIRA 12:9)
1. Doverennyy vrach soveta profsoyuzov.
(Medicinn, Industrial-Research)

Chrondum pitting of Mal articlat without on under.
coal, R. 1. K,,ol tv,kava aml is'. A Will. .11,J.
- N -4. -The utrii- IV t, IN-lished %s ith
lit IV el"er Y. or baffe4l. degirrased o4LItt-hrally is% a sin .1
N4011 111; N'.J'CO~ 25. N4,110. 25; Saisik). :1 K.;I.:1
1-2 miti. at tW-70". 5 allip'. din. (lotiger decreasing
%lujuld be artAdmi), rittscd; tilled %-III we. in 5% IlCI;
rirlu'l; autl pUrvI in a w,ln. of CrO, WO-70, 11,SO, 3-
3.5, trivalcut Cr 2--~t tit 24-41 amp-isil. dul..
:W Jim%. rise er c.-Ating i. it P tbh.k- sto Isrtivro w Ise
le.s jx1rou-1 OUR 1% 15 " Ni dulwAit CHI thc %Ague twists
'urfave. Thc Cr tivix'sit is, milky and c-An be txAmlieti.
N. Th-ni

K b I L 0 V G 1< A Y /I I yell -I J
USSR/Chemical Technology. Chemical Products and. n, eir 1-9
Application Silicates. Glass. Ceramics. Binders*
Abs Jour Referat Zhur Khimiya, No 4, 1957, 12577
Author Keler E.K., Kozlovskaya Ye.I., Nosikov O.V.
Title Determination of Resilient Properties of Glass and Fine
Ceramics by the Ultrasonic Impalse Method
Orig Pub Steklo I keramika, 1956, 110 5, 7-13
Abstract Investigations of the resilient properties of glass and
fine ceramics have been carried out by the ultrasonic
method developed by S.Ya. Sokolov, which Is based on
periodic emission of short ultrasonic impulses and their
subsequent reception after passage over a given distan-
ce within -the specimen. in tile determinations is regis-
tered the time t during which the ultrasound covers the
distance S, and propagation velocity of the ultrasound
is determined. By means of suitable fonnulas a determi-
nation is made of the displacement modulus G,elasticity
Card 1/3 - '15 -
USSR/Chemical Technology. Chemical Producto and Their 1_9
Application Silicates. Glass. Ceramics. Binders.
Abs Jour Referat Zhur Ehimiya, No 4, 1957, 12577
modulus E and Poisson coefficient -AA-, The work was car-
ried out with the use of S. 'La. Sokolov's flaw-detector
UZD-12. The specimens used were bars 30x3Ox2OO = and
30x3Oxl.OO mm and circular rods d z 20-0.0 nm a-lid 1 - 500
rim made from IJ-10 steel (standards), glass (window pane
and optical) and ceraml.co (technical and insulator pcr-
celain, radio ceramics). it was found that the resili-
elice constants of tile investigated rraterials, determined
by the ultrasonic impulce method, have values which are
sufficiently close to those known from literature sour-
ces. Di.screpnney in values of the moduli G and E of -the
same specimen are within 1-2-5% for G and up to 4% for E.
Different specimens made from the same raterial show a
scattering in values of 1.2-13.5% for G and 3.o-14.5 for
E. Study of the effects of temperature on the resilient
properties of ceramics and glass did not reveal any
Card 2/3 - T6 -

USSR/Chemical Technology. Chemical Products and Their 1-9
Application - Silicate3. Glass, CerarUcs. Binders.
Abs Jour : Referat Zhur - Khimiya, iio 4, 1957, 125-17
changes therein up to the temperature of occurence of
plastic deformation.
Card 3/3 - 77 -

A) V/_~ 2
Z
0-2-16/5o
AUTHORS: Keler, E. K. , Kozlowkaya, Ye. I.
TITLE: The Elastic Properties of Glaao (Ob uprul,,ikh e3voystvukh atokla)
PERIODICAL: Doklady A111 SSSR, 1957, Vol. 116, 11r 2., pp. 1221 - 224 (USSR)
ABSTRACTz The present paper contains experiment2l datu concerninL, the modi-
fication of the elastic properties of glass in the case of a tor-
sion in dependence on teinperature. It is kno,.,in that glass, below
the temperature at which softening bu~~in3, is a brittle solid body,
and at room temperature it obeys 'foolzolfi laa tip to the point of
fracture. A diagram shovi3 the Curve deformation tomperature of
glass in the case of constant stress as well as the experimental
curves of momentary elastic, delayed e1etic, and re-nanent deforma-
tion. In the interval between 200 and the temperature T ff of begin-
ning softening there is only a momentaneous. elastic deformation.
In the interval between T and the temperature of the beginning of
the delay of the deformation a delayed-elastic and a remanent de-
formation were observed. As aoon as 720 0 iLi attained, the elastic
deformations vanish nearly entirely, and instead remanent defor-
mation develops. A second diagram illustrates the curve stress de-
formation of glass, i.e. the hystere3is loops for diCferent sta.-es
card 112 of a truly elastic behavior of glass in the interval of temperatures

The Elastic Properties of Glass
20-2-16/50
of between 20 0 and T9 . The third dia,-ram illustrato3 the depen-
dence of deformation on time. '."he domains -of these curves corres-
pond to the following processes: momentflry 0.1,totic deformation at
the moment oil stress, dclaired elastic deformution. plastic flow,
momentary-elastic restoration after remo7al of stresa, delayed-ela-
stic restoration. The experimental data found served as a basis of
the determination of the shearing; modulus of -lasti when heated. The
dependence of the properties of r,iass on temperuture studied here
was observed by several authors in the case of different types of
glass such as window -las.9, variouo types of optical t-lass, and in
sodium-boron silicate glass. Also pure quartz -,lass was investi.-ated.
In conclusion something was said about the physical-chemical =ces-
ses upon which the here discussed phenomena are based. There are
4 figures and I Slavic reference.
PRESENITED: IMay 28, 1957, by A. A. Lebedev. Academician
SUBMITTED: July 6, 1957
AVAILABLE: Librilry of Congress
Card 2/2

AUTHORS: Koreloya, A. I., Candidate of Technical JUV/30-53-6-17/45
Sciences, Shmidt, Yu. A., Candidate of Chemicaj. Sciences,
Kozlovskaya, Ye. 1.
TITLE: Works Carried out by Hungarian Scientists in the Field of
Chemistry and Silicate-Technology (Raboty vengerskikh uchenykh
v oblasti khimii i tekhnologii silikatov)
PERIODICAL: Vestnik Akademii nauk SSSR, 1958, Nr 6,
pp. 92 - 94 (USSR)
ABSTRACT: A group of collaborators of the Institute of Silicate-Chemistry
of the AS USSR, together with the authorsof this articleg was
sent to the Hungarian People's Democracy in December 1957 in
order to become acquainted with the scientific works on the che-
mistry and technology of silicates(mainly glass and ceramics).
These works were collected at the Institute of Chemical Research
of the Hungarian AS, at the Central Research Laboratory for
Building Materials, the Research Institute of the Chemical Heavy
Industry, the professorial chairs of a number of universities,
as well as at the laboratories of industrial plants. In Budapest
Card 1/3 and Venprem they had the opportunity of becoming acquainted with

Works Carried out by Hungarian Scientists in the Field 30%o-58-6-17/45
of Chemistry and Silicate-Technology
the works by leading specialists in the field of the chemistry
and technology of silicates:
I)I.Narai-Sabol Institute of Chemical InvestiCationag investigates
the relations between the structure and the properties of glass.
2)B.Lend'yelt Professorial Chair for General and Inorganic Che-
mistry, investigates the electric conductivity as well as the
dielectric properties of glass in dependence on both durability
and structure.
3)E.Beretskiy, Professorial Chair of the Chemical-Technical
College at Vesprem, investigates the composition and properties
of various kinds of clay and kaolin occurAng in Hungary for the
purpose of replacing imported materials.
4)Ya*Grofohikp Institute of the Investigations of the Chemical
Heavy Industry (Vesprem), investigates the process of the for-
mation of mullite.
5)M.Korakh, Central Institute for the Investigation of Building
Materials, investigates Hungarian minerals for the purpose of
replacing imported raw-materials.
6)R.Moldvai, Technical College, produced and investigated ceramic
Card 2/3 masses in the Li 2O-Al 20 3- Sio 2- system which have a negative thermal

Works Carried out by Hungarian Scientists in the FieldSOY,3o-58-6-17/45
of Chemistry and Silicate-Technology
coefficient of expansion.
7~L.Erdei proposed new methods of chemical analysis.
8 I.Shayo, Institute of Metallurgy, proposed rapid methods of
the analysis of ore, mineralop silicatesp slagat refractory
materials and alloyaq this method is based on the determination
of components without separating the same.
1. Chemistry--Hungary 2. Scientific research--Hungary
Card 3/3

1'.1AZE I VD~1~ 17~~'VITA!710N '94505
c-tay-1y.. 3d, 1-1-zmd, 1959.
Stckl~bra=oyc so-tc,;uniye; trx!y Tret$ye-~:o V-&Oyu'T-T0 r--!~Chaniya t~_nln,;r
16-20 nc~(&bryn 1959 (Utr*~s StAte; Tr-Bactlecic ~t V:~ 17!lrll All-UN-40a Con-
fe-ce On the Vitreous St-4te, Held in Icninj;-Ao.tZmui,t-rIr-20, 195)) M~zcou,
I14-vo kl S5511, 19~0. 534 p. rrrnta slip inserted. 3,%)0 copies printed.
(Car, --: Its: Trudy)
Spon-r1-1; kze"lea: In.titat k:-.1.1i alltimt- Ak.1,mit raut 51-SR. Vcn.oy_Tn Cue
khI.Ich,.!:qyc obahcheatlo i.c.i D.I. Me.dcl-y-L and Coc,46zratvennyy orde.14
TA-1cs, oVU.haskly In.titut I..ni S.I. V.vilova.
Editorial board.- A.I. Av6,ust-im1k, V.P. Barxn)Kovakly, M.A. P~-_borcdov, O.K. Botvlnk_-~,
V.V.Vmrk;iu, &.0. VIft-, K.S. levitmy-yev, A.A. M.A. Mattvr"v, V.S.
Molchc~ov, R.L. Xyaller, Te.h. Poray-Koahlta, Clmimsa, %.A. Tcro;ov, V.A.
rIorl"tr,ys, A.r. rakhktzd; Ed. of rublishing Uou~c, I.V. S,iyorav; Techt. Ed.:
V.T. kecb~*.r.
FURP(ZE: This book Is lateelea for researchers In the Be-ence and technoloa or
glasses.
COVERAGE: TLe book contains t4c mp3rtu and distusslons Of tj~e --rd All-, 'tit On
Coafrrezm on the VItrco,.x0 State, held In 1,Oninarad on gc~-bar 16-19, 199.
Thc7 deal with the methods and results of studying the &t~ture of el"acso ths
relation between the structure and properties Of glaas~.. the r.%~ of the
ctossIcAl t`od and glana stature, aid the crysta-Ilochezletry or eb"s. Faned
#1111c.a. A.&.anItm of vitrificatlon, optlefta FrQTcrtles and 913,-3 Structure, Auld
the electrical properties of glanaca am daze discussed. A nuaber of the m.
port. deal vi th tbo depes-Aence of gla2a prcl4rtlra On toft2ooltiOne the tlnttn& of
Clan"* and raa*tl- effects, and ..chanical, t4chnicl., and ch-Ical pnoper-
ties of &Laaae.. Other Inper. treat gleas senjecoduct- and nods, bOrOAIIIc.t*
classes. The Conference was attended by more tl~cn 3W 4gltzsteft fr= Soviet and
East rnra,an scientific or&astzattons. &soog the pdrttclpc~ntc In the discuzalons
were N.V. Soloolo, Ye. V. rarshin4kly, Yu.A. Cant", Y.r. Tu. Is.
Gotlib, O.P. O.P. Mikhylm, S.M. fttrw, &.11. Lacamv, D.J.
I,evla. A.V. Shatilov, W.T. TlbahChin3kiyo A.U. X~et-, Z.V. Dc6-ty4mm, G.V.
A.A. KLU.ol. H.K. Slcor,%~&kov, P.Im. I.Xllo, EX. r~Ller, Ye.A.
xuxft.-.~, V.P. Potdnev, R.S. Shavelevich, Z.C. Ptn~k*r, and O.S. MOIC4MOV4.
The fin&I session of the C=femnec was LIA"4&.4 by I-r-feazor I.I. r1tanore'lak-.1,
Zonorel Scientist and EoV.=crr, Doctor of Technical 6-~me. Tht foUavin4
Ins,tItutts were cited tor tttlr.ccrtrltuti"~ to t~e davelvincent of el"s 4ciento
"trcf~logy: GGnu4ArAtv~Lryy on..1chTskly Inattt"t (StAte Optical Institute),
I-:tjt~t k."All silikitcv AT, Snr,,.q (I"tltjte of C._..I.try, AS urz.9),
Pi L-e.kly Inititut ki 5,F? (I'lly.tcz Institute &S u3 It),
1.-tlt~t A?t SSSR Wuy&tcv~ecrinicaj Insti-Lutc AS LfSSR). I~AtAtut flzlkl At: J~;njl
XInxk (I-3tit.t, Of Fhy.!~., Acaic~y of fielo~,ag~.Y. SSR, Minsk),
L.to,.Wry Of F.1y'lleal Cl,--,ztry or SIlLectea of t.1c IaAlltut cbsbOhe'y I ceor,;r_-.j_
cLe-k-7 khLaiIAN ISSH. Minsk (I-tItAt. or G.n.ml ac-l J-rganlc Cr.-I.try,
Ac&d1-aY of- ScIrA-- St.9, KI-k). Institut v)aok=oIekalyarnykh
*GyGd_1_.ly " 5!;.:RjInntltjte 'of frigh Molecular Co~p-!A, 1-1 USSR), a"udr.t~".
byy 2t.tit.t stekla, (SLAtt Institute tor Clan.), CocuI.%r&tvcnnyy lwtitut tek-
(State 1--tit-4tt for GI-1 PlIcer.), oos,damt~,nuyy ioatit~t IettrQt.L-,.
nt.f.~,ko,Lo st.kJA (Sw- Inrtltate for EVectrical Gl-), Bibirskly firiko-
t.cf,r,:~L-Lly 'o`_ - is, Icrl&.i F1&yzlcotcc:inic&1 Institute, Tcaak),louImgr%e.
,.niugraA State Univvnity), Nozkovtkly 300*1ko-
lnstlt,t, (H- Institute of Cheatcal T-rnolo3y)~IarlnzraIskIy
tw~)-IQ;lehetkly Instlt,zt In. lAnt-tA (LvnIr.Frc.I T-;r. ololl c al InstituL il.l
Wlt~"nj-ebUy In.tjt,t yt,_-L polyt.chol,
Mien), l1o,C-kn..kIy i-tltat
POYL*clmic Itintitutc). z~d Sverdl-kly politek%ntch"my institut (flvcr1l.,.k
PoIyt4c%r.!c InntituLe). TNe COftf"TCnC" %`nR aron4ored t: t*.* Inctitite. of Billcat.
Cn,.I.%ry X.'I WIVA (Attin, D'tcctor - A.S. Oetlib), the Vsttcyutnoye kIdmichn4koje
It. V.I. x~ .4-1~y-a C~-Jc.j S-lety I-cl D.I. '
-kiy inatit-4t 1-0
Y., 4^)rye.), .14 t.. G~4~.mt,ennyy rden. 1A.1- -,ttr-
5.1. Vavllc.. (lit%tt ~Orler of 1-41n' CVti,,l iment to.l. Vavll~v).
M. 15 Y.sol.tl-c of t.,, C.nrer-cV L.cl%4. to Qrj;-IZ. .
Ctntqr for tho pur--O- Or coordinatl" the roxcach m flana, to publish A new
p.rI.11-1 ..!~r t46 titl.e "Filik. I Ft,1,10 (11,y.1to and. Cnv~l.tr;, or
Class), -.4 W Join the Ut.r~-tlon-l C-ltt~'. ou 01-z,. Th. Conte-n.o thanks
A.A. Lt~.A,v, rrof~%nor, and Cn.ire.n Of t!, Or&-nIt-tlon of Cm. -
sItt.c; Te.A. PIT.Y.Ewbit., Doctor or Phy-sce aci vx4t- Or v..
OrC~lc%tt*nal Cct=Attee; and H.L. ~ty-jller, Doetur of CL-Icnl Sclencvs, P-I,cr
of t4s On3al'tat1-1 C~.I%tte. The editorial board ti.exk. 0.M. P.rLen,v.
E.T. a-kIn%, D.P. Dobychln, M.K. DA-r-., V.A. left.. -1
ccor;I-V 1.4111,11.1. rrr..%u,

vitre- tt,t. (c-t.) Say/50,5
Kotlovat~~i,, Ye.j. Dcj~ndcnce of El-tic I~CWrLics Of Gl~Dt3 cc,
Di.cu-1cci
Color of Glnzsca "I Effect of Ra~!Wicz,Z
ftzei.' V.V. Color of Cl"G aal- Effect of 345
Orloy, N.Y. Role or v-4 Cryataillaty of Netvcrt 11
Qua--ts 01=6 TlmtinZ Uzetr the Acl&ec, Of C--a HAYO 346
D-11ov, V.P., ~nl N.V. Der.-h. Vtxlmtl= 1. the Ab..~,t'cu of
GLmses Of Si=;-X* CMPo31U=. U=ltr the tetloo or Gc~ R.Y. 551
PmXhoyrklUl , Sji. &a the Resix-ance or Ccv~ercima Clures to the rl-fl~-~s
of R".11aacti" Rr4l.tims 555
Xwraptym,~, G.O. Effect of Gl"s Struct~re On the Cj~rct.OZ =4 Ch-2cmi.
Prte rti.3 of C..-i- I=z 56o
card 15/~2
y1trecus state (Comt.) SCY15035
kz4l*v, X-P., V-V. B-lmetlrA. 3-2. Grech-z-, ~142 V.A. Lyutst1-r.k1r.
Str=t-e "I Prc?artled of lrom-Cvatz4nj~L: 565
Vl"~`ao R.I.o T4.1. G01nats -1 A.A. Ktfell. Kbuorptlom Sr*tt~ or t!~w
Ca JOa " the -Core-lmatlca 7=.111~tor Of ad Al-..!r.= 1. -121ch
GL"ges
V&rgin, V.V., and T.I. Ve:pibtrz. Color car olazccs in Cm=ctlm Wl-h
structmre - 37Z
DI.c-slon 377
T.Ctatcl pro>erti.. of GI-s..
berte-, C.M. Structure Methaniml Propert4eA of' 02~ss Lad- Clma
Ylber N90
Kvzlcmml~ya, Ye.l. CIA4tic ProZ~rtl- of GL~s Ln Pt2AUm to Tm,"rat-~~ YY7
C~4 161-12
vitroo,. state (C~t.) swbO35
Axlen-, K.S. Xz-%-,tc~a of Gl- Fit-
V.A., ar.1 V.V. 0., r~,-IXccriz.ticn of 1.ere-~t-
Gl-g3 C.d
Mte.r, th. Detcmimira the D-nsity aaa Visewlty in Tja,e for XOm.%I
J-cA OL"- 16 111 In the P--.40 5"
Ponomarev, I.?. of Ve G1"x-7c=Ang Phe.. in the rzmatioa of
the Waaic I.--* mA C-- 405
Ttmolr4e", Te.Y. rhystcoc-h-1cal SUVy of Ynximm of T1r*-P..:zt&at
Oxides
yTt..", V.A. Structure of Cl"m And the Utwra of Sold.-I~z It WW,
m.t.1j
blmc~mlon
Card 17122

C. 24 (D
AU TH OR Kozlovsk~ya, Xj,~-
J,,016
3/058/61/000/008/025/044
AO;1,8/ATOI
U t Elastia proper-tioa of glass as a of tsmparat-,kre
PERIODNIALg Referativnyy zhurnal, Flzlkft, no. 8, 1961, -'99, abs-'k-.V&3+, BD74 (V ob.
"Stekloobrazn. sostoyanips". M.-T., AS 2156F, !960, 387-391, Diso,
415-417)
TMr4 The -author studled the distinctive feat:jr6s of "the deformation of
T
a
-te glasses and materials.of~a mixed glaaa-crystallint t pe,as & L~bion
12.1aa Cy f=
of temperature, 'the oharaoter of the load and ths time of its aotion. Me&sure-
mants were oarried out by statio'mathods *f Yoraion Wit. !i rr-*J-mIC,,AI MW aptioal
I
indloator systams. -7ne results~ara pzpsented graphion',
-.4 In the form of deforma-
tion,vers-as tempdratuns ourves for-optical eand 4-ndustria-I glas-sesr- fused-qu
and glazes. Incident, to heating of glass abo-ve T9 Ite maoha.-Aaal- prope2rizes
undergo pronounced charges conreated with stjruc'~ural i:0%snZes. The ,Nndothermic
effects detected in the thermograms of the glaszqa in the tsmperature range T 9
Td (Td is the point of beginning of deformation dslk~r) lzdl-nate that the etrua-
tural ohargas are effected with absorption of heat, in the softenbla range
Card 1/2

Elastlo propertles'-ol" glass ...
V/48/61/000/008/025/044
AO 5 8 /A 10 1
together with insta:"rIzanecus-elastlo- deformatton dslayed-eigus-.11n; and plastic
deformation become characteristic. Experiments wit-h mly.~-.-Arvs of wLridow pane and
1W - 20% Eleatrooorundum showed that the ch_k:racter of the dA-fcnmat-Ion of the
investigated materials is dater-mined by the propiArl,tf~s ot thi N-1-trzo.5 phase.
I Y
A. Yakhkind
[Abstracter's note: Complete translation]
Card 2/2

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I UJI

AFFEN, A.A.; KOZLOVSKAYA, Yaj.; GAN' FU-SU (Nan FU-hsi]
Investigation of the elastic 4nd acoustic properties of silica
glasses. Zhur. prikl. khim. 34 no.5:975-981 Vq 161.
(MIRA 16s8)
(Glass)

i;tA964-63 LVP(q)/ErTW/BDS AFFTCIASD Pq-4 WHIJD4jo
ACCESSION NR: AP3006599 S/0020/63/151/006/136811370
AUTHORS: Keler, E. K.; Kozlovskaya, Ye. I.,
i TITLE: Elasticity and crystal formation in glasses.
SOURCE: AN SSSR. Doklady*, 151, no. 6, 1963, 1368-1370.
TOPIC TAGS: glags, heat treatment, glass crystallization
igh temperature microscope, strength of glas's,
endothermic effect) exothermic effect, Al, K,
Li, Si, Mg, Ti.
Li and
ABSTRACT n Mechanical properties o f Al. -:.&7 1
Al:-MR-Tirm6i glasses were investigated. In tim-perature range
fromWC to vitrification temperature (T.), the glass defor-
mation is uniforA. From T, to temperature of effective-
I crystallizationPTk,, a sudden increase of deformation occurs,
An exothermic Affect accompanies this step. After that,
deformation rate declines slightly Then, with a further
increase in temperature,, a second increase of deformation
takes place. After that, the deformation curve is parallel
Card 113

L~ 18964-63
ACCESSION NR: AP3006599

'to the abscissa up to temperature at which the glass
completely liquefies. Decline and rise ih deformation rate
;.coincides with endo- or exothermic effects. Extent and
nature of deformations was investigated by heat treatment
and observation in high temperature microscope. These
observations show that, up to temperature T., no crystal
formation can be observed, but, between temperatures T,-Tkl
the formation of crystalline inclusions can be observed,
which, with increase of temperature, grow in size until all
I glass -is converted inre6 one.fine crystalline structure.
Modulus of elaseicity%Pof this structure at room temperature'
is higher than tha.t of corresponding original. glass. Orig,
art. has: 4 figures.
ASSOCIATION: Institut khimii silikatov im. 1. V.
--

-~~ns~titu
W
--Qrebenshchikova Akademii na te
of sMc-att chgm Stry, ca emv of scences,
SSSR).
Z/3
Card

KOZLOVSKAYA, Z.A.
Hantokite from the zone of oxidation of the Dzhezkazgan deposit.
!zv. AN Kazakh. SSR. Ser. geol. no.1345-50 161. (MIRA 14:6)
(Dzhezkaisgan District-Nantokite)

KOZIDVSKAYA, Z.A.; MITRYAYEVA, N.M.
Rhenium in some copper-porphyritic deposits of central Kazakhstan.
Izv. AN SSR. Ser. geol. no.lt95-99 161. (MIRA 14-6)
(Kazakhstan-Rhenium)

AUBAKIPDVA, R.B.; KqZ1DVSKAYAj Z.A. L
_j POTOK, S.I.; SHISHALOV, V.A.
Antofognstite nnd botallackite from the oxidntion zone of the
Dzhezkazgen deposit. Izv. AN Kazakh. SM. Ser. geol. 21 no.5:
90-95 S-0 164. (MJRA 18:5)
1. Institut geologichoskikh nauk im. K.I.Satpayeve AN Kaz&9R,
Alma-Ata.

ZHELIAZKOV, D.K.; K0ZI,0VSK1*,,Q,~;,AMDIOVA, M*P.; IGHATOVA, I.P.
Experimental and clinical studies on hair growth stimulating effect
of trichlorotriethylamine (TS-160). Suvrem. mad., Sofia 8 no.10:
72-83 1957.
1, Iz Fatedrata po farmakologiia pri VMI--Sofiia (zav. katedrata: prof.
P. Nikolov) i Yatedrata po dermatologiia pri, VMI-Sofiia (cav. katedrata:
prof. L* Popov)q
(NITROGEN KUSTAYM, effects,
trichloroethylamine on hair growth (Bul))
(ITHYTAMINES, effects,
same)
(U&1R, effect of drugs on,
trichloroethylamines on growth (BuM

GEORGIEV, G.; MUSTAKOV, G.; MOZLUVSKII, G.
Pyoderma and miorotrnum in workers of the Georgi Dimitrov railroad chop.
Suvrem. mod., Sofia 9 no.ls6o-68 1958.
1, 12 Katedrata po kDshni i venericheaki boleati pri VHI - Sofiia (sav.
katedrata: prof. L. Popov).
(PYOMM4k, epidemiology,
in railroad workers (13ul))
(ACCIMTS' INDUSTRIAL,
microtrauma in railroad workers (Bul))
(OCCUPATIOMAL DISFASES, epidemiology.
.yoderma in railroad workers (Bul))
p

ORAKHOVATS, D.1 GOTSEV, T.1 KOZLOVSKI, G.
On the effect of adrenalin an blood vessels of the lower extremities
in man. Nauch. tr. vissb. med. inst. Sofia 39 no.2:1-14 16o.
1. Predstavena ot akad. D. Orakhovats, zav. Katedrata po fiziologiia,
i ot prof. d-r L. Popov, zav. Katedrata po kozhno-venericheski bolesti.
(EPINEPHRINE pharmacol) (VASOMOTOR SYSTEM pharmacol)

GOTSEV, T.; KOZLOVSKI, G.
Effect of acetylcholine on blood vessels of the lower extremities in
man. Nauch. tr. vissh. mad. inst, Sofia 39 no.2:15-22 160,
1. Predstavena ot akad. D. Orakhovats, zav. Katedrata po fiziologiia,
i ot prof. d-r L. Popov, zav. Katedrata po kozhno-venerichaski bolesti.
(ACETYLCHOLINE pharmacol) (VASCHOTOR SYSTEM pbarmacol)

KOZLOVSKI, G.
[Academic Degrees)
BULGARIA
(Affiliation) Senior Assistant with the Skin Clinic of the
Higher Medical Insitute -- Sofia (Kozlma klinika
na VO -- Sofia).
(Source) Sofia, Sreden Maditsinaki Rabotnik, No 5, 1962,
pp 40-47.
[Dat&3 "Care for the Skin."

KOZLOVSKI, G.
Gorrelation beUisen the neurovegetative and allergic reactivity
in some dermatoseso Dermato vener ~-,fla 2 no.1:14-16 163.
2. From the Chair of Skin and Venoreal Diseaves at the Higher
Medicel Tnstitute, Sofia (Head of the Chairt Prof. L. Popov).

-,r,Zi :',V'IKT, G.
T r i.-re r. e s 3 o f th(l U I., Cl U I I ',r (-.-L 7rle, 7; t,
.:caf la 3
From the Physiothera eut-i,,- Depirta % enL it th .4ighe. qedical
-.nstitute, Scfia ~Tlsidt Nikolova, L.7",(k&aid. r%- -Ad. ii !IeAl)
all-J f!-,-m ths Chai- of :Ain and Venerea*i L.-. tlr~
Ifea J - 7--,-
Medi,;al lnsf.~~tute

KOZLOVSKIS, V., red.; EGIBIA.p red.; ERE24STEINE,A.,, telhn. red.
[For high corn yield] Par augetu kukurazas razu. Rife, Latvijas
Valets izdevniecibao 1959- 125 pe MIRA 141.12)
(Latvia-Corn (maize))

XOZLOVSM A.A.
Effect of elk on the2egeneration of pine and aspen in the
central part of the European 'U.S.S.R. Soob*Inst.lesa no.11:
97-101 159- (MIRA 13:2)
1. Vaesoyusnyy nauchno-iseledovatel'skiy institut lesovodetva
i mokhanizatoii lesnogo khoVaystva.
(Elk) (Pine) (Aspen)

OZLOVSKIY, A.A.
[Proteotion of forests from damage caused by moose] Okhrana lesa
ot povrezhdenii losiami. Moskva, 1960, 62 p. (MLIA 14:9)
(moose) (Forests and forestry)

KOZLOVSKIY, A. A.
Cand Agr Sci, Diss -- "Control of the elk population in forestry".
Yelgava, 1961. 17 Ppo 20 am (Min of Agr LatvSSR. Latv Agr Aead),
300 copies, Not for sale (KLI No 99 1961, p 186, No 24391). Z61-511327

KOZLOVSKIT. A.A., inzheaer.
Reconstructing the burner unit of OIDEAL-MKO gyps boilers.
Gor.khoz.Mook. 24 no-2:36-37 7 150. (ULRA 7:11)
(Boilers)

KOZLOVSKIT, A.A.; IVANOV, V.A.
Building concrete bunkers In winter.- Biul.stroi.takh. 10 no.16:19 N 153.
WaA 6:11)
(Goncrete construction--Gold weather conditions) (Ooal--Storage)

KOZLOVSKIY,A.A.; KORZHOTSKIY.V.P.. laureat Stalinskoy premii: POLYAKOV,
NOGAY,I.Y.; BAZANOV,A.F., laureat Stalin-
sko;lpremii.
The BTK-30 crane. Rate. i izobr. predl. v stroi. no.110:3-5 '55.
(Cranes, derricks, ate.) (MLRA 8:10)

- EDZWVSKIY rs
"Concrete-press" machine. Makh.stroi.13 no.6:34-36 Je 156.
(Reinforced concrete) (MA 919)

h~ 4 1 0 as 't/ ), /)/~
.5
KOZ10 4jLZTT-AvA-., KOGAN, I.Ya.; SMIRNOV. G.Ya.; POLYALOV, V.G.;
KORZHETSKIT, V.P.; KFMOMOV, P.P.
Equipment for a four-legged tower crane assuring efficient
movement and 0'P'eration within a small working range. Rats. i
izobr. predle v strol. noo2i46-0 157. (MIRA 11a)
(Cranes, derricks, etc.)

KOZLOVSKIT, A., inzb.
'--I--
The MBTK-80 mobile tower crane. Ma stroi,Mosk. 2 no.2:9-11 7 139o
WIRL 1213)
(Cranes# derricks, etc.)

StU.Ji, V.I.; SEYTMURATOVA, E,Yu.; KOZLOVSK70 A.A.
Determining the relative age of nepheline syenites by the method
of thermoluminescence. Trudy Inst. geol. nauk AN Kazakh. SSR 12:
129-132 165. (MIRA 18:9)

KUZLOVSXIY, A.A$,j podpolkovnik mettitainakoy alimhby (L'vov)
Syndrone of Kojevnikoff's epilepsy of psychoganic are. 7iral
etiologr. Vrach.delo no.lPt"1255-V57 D 156. (MIRA 12:10)
(EPILEPSY)

KOZWVSKIT, A.A., podt)olkornik meditsinskoy slu7hbr (L'vov)
' .,:-- -C -'
11-- - - 1 -0 inicAl aspects of universal cysticercosis. Vrnch.dolo no.1:8q,-91
Ja 158. (MIRA 11:3)
1. Knuchnyy rukovoditell-saal. deyAtell nauki, prof. Ye.V.HAGlOV.
(GYSTIC'IRGOSIS)

ROZLOVSXIY, A.A., podpolkov ik med.eluzhby (Llvov)
Somnambulism as a syndrome in certain brain diseases; Tra 'dolo
no*'7t751-753 JI'58 = 11:9)
(SOMNAMMISM)
(BRArm-Disusms)

xozwvsrrr
Diagnostic value of intracutaneous administration of Margulia-Shubladse
specific vaccine in certain neurotropic virus infections Lwith sum-
mary in French]. Zhur.nevr. i paikh. 58 noo6,.681-685 158 (MIRA 112-7)
1. (Konsulttant - prof. Ys.V* Naalov).
(U.CMNAWKYELITIS, dingnocts.
aerol. with Knrgulia-shublad7ce vaccine (Rua))

KOZLOVSKIY, A.A. (Livov)
Viral encephalitis with the clinical aspects of somnam-
buliam. Vrach. delo, no. 8:138-139 Ag'63. (MIRA 16:9)
(MICEPHALIT3S) (SOMMULISM)

KCZLOVSKIYO A.A.; SVETINSKIYx Ye.V.; STBCHKINA, N.A.
Ramming unit on a MRSK-100 erecting crane bass. Oan.p fund.
i mekh, grun, 5 no.4:18-20 t63, (MIRA 16:11)

YAKOVLEV, A. I., kand. tekbn. nauk; SVIRIDWO, 1. S., kand. tekhn.
nauk; KOZLOVSKIY, A. B.
Characteristics of the performance of power transmissions in
case of a joint and separate electric drive. Avt. prom. 29
no.5:31-33 My '63* ~ (MMA 16:4)
I-Gosudaretvennyy soyuzrqy-ordena Trudovogo Krasnogo Znameni
nauchno-isaledovatell'okiy avtomobilinyy i avtomotornyy institut
i Akademiya kommunallnogo khozyaystva.
(Motor vehicles-Power transmissions)
(Electric driving)

KOZLOVSKIY, A.D., inzh.; IBRAGIMOV, P.A., inzh.
Instrument for deternining the tension of wire reinfarcwwnt.
Trudy BashNIIStroi no.L216-227 162. (MIRA 170)

KOZWVSXIY, A.D.
---
Sowing cunflower in latt nutum%. Zemlodelio 5 no.~4:35--`46 6 15?.
''-'r
~--;'A 10:9)
, . D~rektor novk-hooN "Trubetcldnskiy." Lipetskoy ohl-uti.
(Su!iflowers)

DIMICHEV, A.D.; KISRIZVO V.P. ptarobiy dorosbnyy master (stantsiya. Ira-Ioll
Pechorakoy dorogi)$bA*fflftn. ~~KWIN,A.Ai starshiy dorozhnyv meter
(Stantsiya Polotsk Belorusskoy dorogi);KURS, V.G., brigadir puti(stant-
slys, Cheremkhovo Vostochno-Sibirskoy dorogi); PAVWV, Y.N., brigadir
puti.(stantstya. Cheremkhovo Tostoebuo-Sibirskoy dorogi); SWWAUM,
A.M.. dorozbnyy master (stantslys, Zenzeli Ordshonikidzevsko7 dorogi);
TAR&SENM , V.Ye., doroshrqy master (8tantstya Irkutsk II)
Letters to the editor..Put' i.put.kboz. no.11:43-45 N 158.
(KIRA 11:12)
1. Haeballnik normativnoy stantaii tresta "Hekput'.P (for Damicbev).
2. Zamestitell nachallnika dist4htsit, stantelya Kizel Sverdlovskoy
dorogi (for Kozlovskly).
(Railroad engineering)

KOZLOV&KIY, A.D. (stantsiya Kizel, Sverdlovskoy dorogi)
Prerequirdte for an economic spending of allocations. Put' i
put.khozo no*11:19 11 '59. (MM& 13:4)
(Kizel-Railroads-Snow protection and removal)

KOZLOVSKIY.. A.D.
Increase the responsibility of the track forces foremene' Pat' I put.
khoz. 5 no-4j2O AP 161. (MA 14M
le Zamestitell nachallnika distantaii puti, at. Kizel, Sverdlovskoy
dorogi.
(Railroads-Employees) (R&ilroads-Track)

KOZZLOVSKU-1 A. 1.
35390 Meropriyatiya Po Uluchsheniyu Kormovoy -',~azyzhi-trotnovalr,.-Iva V S-111biri. V
SB: llichurinpkuyu Illaullai-V Prakti'!--u Zhivotnovod.,.;tva. Ilovosiloirsk-, -'-'/--'49, S. 147-59
SO: Lo-topis' Zlmrnalln..,I:h Statcy Vol. 34, Ilbolm, 1,)49

XOZLO73-'r'%IY, A. 1.
IfThe ."nsilag-3 ol' Fodders in Siberia, Novosibirsk, 195'J, 80 pp.

KOZLIVSKri, A. I.
"The Snailage of Podders in Siberia" Novosibirsk, 1950
Mikrobiologiya, VolXX, No 5, 1951
4WW-24635

KOZLOVSPY~ A. I.
Agriculture
Forage root crops, Novosibirsk, Novosibgiz, 1951.
Monthly List of Russian Accessions, Library of Congress, December 1952. UNCLASSIFIED.

K.OZWVSKIY, Anton Ignatlyevich.
Siberian Sci-Res Inst of Livestock Breeding, Academic degree
of Doctor of Agricultural Sci-, based on his defense, 2 June
1954, in the Council of the All-Union Sci-Res In 'st of 'orage
imeni Villyams, of his dissertatiqn entitled: "-'he Bio'logi-
cal Foundations of Agrotechnics and Seed Sci of ?or�ge
Tubers in the torest-Steppe Zone of Western tiberia
A cademic degree and/or title: Doctor of Sciences
SO: Decisions of VAK, List no 7, 26 Mar 55, ~yulletenl
14V0 SSSR, No. 14, July 11,bscow pp 4-22, Uncl.
JFX3/NY-429

KOZLOVW
oktor sell skokhosyaystvannykh nauk; KOVAIJIT,
_kT 'A
$w4 Vag
~Gadiat s"ellskokhozysystvennykh nauk; ILVCIYINXO, Y.K., nauchnY7
sotruddic; UYUN. redaktor; PAVLOVA, N.M.. takhalcheakly
redaktor; BALTM, A.I.,' tekhaicheakiy recU(ktor
[Corn in 1955] Kukuruza v 1955 godu. Moskva, Gos. izd-vo sellkhoz.
lit-ry. no.5- [Siberian regions] Raiony Sibiri. 1956. 198 p.
(Siberia--Corn (Haize)) (HLRA 10:2)

KATTRET, A.Ye.,- XAURTSEY. N.V.:KDZWVBKIY. A.L. doktor sell skokhosysystven-
nykh nauk; KRABjxov,, z,Ds, acteent, kandidat Gellskokhozvayotyenufth
nauk,, SCBOIMVBXiYA, K.A.: LYXOV, H.S., redaktor; LISIMA, VA.,
tekhnicheokiy redaktor
[Axperience in cultivating corn; based on papers at a province
conference] yt volsdelyvanita kukuruzy-, po materialam oblastuoi
konferentelIINovosibirok) Novosibirokos )m-vo, 1956, 226 p,
(MLRA 9:12)
1. Novos ibirskiy seliskokhotyaystvannyv institut (for Xrasikov)
(Corn New))

Lo
usm/cultiva-2-0 11auts - F~xl.clcrs.
Abs Jnur Z"Aur - Uf-)).., If-, 44169
Author A., Kr.-)t(.)va, 21~diltsovv., A.
1~71jCr~Tajj SCJO- ..-C j, ~-i4 Ut
It or 1
Inst f a0.
'Oowin,(;s C,)i7-.. L,~Lmiiivlus
OriC, Pub ,3. lrl-.. Siluiri) 1956, fl'- 3; 2-,-29.
Abstract -1955 c- cru-,~n~o L'::,-, Sibcrian Sc-' atific one,..
1954
it,s,-arc.. nobituto )-i" Lu-3ban'ry show.-C tim" wi~".
~i-L;':. 1(~Cmdnous
a cr,,p (c-;rn in piurc pr)~'.~Jcc~
.An,.iro i - 1. -
.31.3 c,! /11a 0~' Ccr), idun v,~i*.C- 3,43 =c
C.)VIII T-duo licas 3W The pmol-.nc-~., )r
p1mits In 'V-'~, cr-~-. increased '11-c: 13r- -~iz c~n-
'~:IIG G,:, 22-49~. L-I C-ry Y'-n----: it is
Card 1/2

j-.os J)ur 4169
~f )r -)~-Vvs ill-to th'-; C,)r:i li'lLI-q-
uts all'
harrowill'; )z F.-I.)
betucc'.1
CO.r,.' 2/2

19,7,
U .S,'~'-R
,/Cultivated Plants - Grains M-4
Abs Jour : Ref Zhux - Biol.., No 1., 1958., No 1502
Author : A.I. Kozlovskiy:, AoGe KaUrIna
Iast N 7-7 -Grv-e n- - - - --- -
Title Siele,---Unn of Varieties of Cam for Seed and Ensilags fo:?
Culti-;mtior- in Siberia.
Orig Pub KukiLnza, 1956., No 6, 28-30
Abstract Results of experiments on corn varieties by the food pr---b.%a-
tIon, department of the Siberian Ifttional Research lus,Ut;,,:~13
for liveatock raising (co-ndwted 1954-1955). in all the
myons of the steppe and forested steppe zone of Siberia) by
c=1id-irating medium early corn varieties (VoronezhskAYa 76,
Pennfamayskaya, Perlovskaya) a good yield of cobs ir. the
stage of ripeness and green stuff for the silo
aqa~ be obtained. For the purpose of dry seed cv2-r-4vation the
lo~ial ea--ly varieties and populations (local whita: whits
mc,s5:1.::) ara useful. Iate varieties yield very low crops of
cd~-ja having laotic and laetic-waV ripeness (54 ceatnirs Per
Card 1/p

4
4krfSSTFC.,-,!t4-va-r,3d Plants - Grains M-I+
I
AVs Jour : It3f Zhur - Biol.; No 1) 1958) No 1502
per hectarze)and are cultivated espe--iauv for the suo a&-
for green feed (the yield of green stuff is 500 cantmers
pa-- hea-bare and more).
Card : 2/p-

CATIR GfNIF T I +
Lea er ot, -I
- .1c-
C, f Z) ;, -j r, ,
W

KOZLOVSKIY, A.K*__;.,
The ease-manufacturing plant *Proletarii" is meeting its 50th
anniversary with labor.achievements. Stek. i ker. 20 no.12%
30-33 D 163. (MIRA 17:1)
1. Direktor stekollnogo zavoda. "Proletariy."

1) IS Is 11 flu wn me NU mosi 41 us) ids
L I x I I
A

rainting under water. A. L. Koitta-kil. hlym,4.
-
-
-
- 4
-m
fl
kA
119
i
1 r
k
19
N
Zh
-
v,14"(0
a
.
.
o, 4
1W
f
;
u,,
,;
K
I 'remit.
,
f
1030, N.. 10, 1 lit. Phentil-alldehyde fritims which can he
-00
so obtained In the liquid state and which posses, lyoph,4,
0.4,wilie, are luidirtic,l without hvetins by the mw of
Cdo at of their nlixts. (tf. C. J. JI, 6441). Thr
avit Im-o6k "Colulsum" ttsilt'i voiltoill 13 I"'t '", "f
ve phenol. Optimum Tievilts wvtr tilitiliurd with er lit,
6
!mving a or of tram 1.25 to 1.30 in a 10
;e mic. lioln. I'mitit. i
armind with ale. splits. of resin fortned a turbidity In wat,.r
400
And were, theftfore, replaced by Paints Prtpd. with
Of ;:fiquid" or "enm6ion" resins. Irtmi oxide. red lead.
'
0
00 v 1,CtO.,Cr*O,,tak-iiiadZitOwcrc
uwdaspignienis n, to
Ctmipletv ItAftlening prtivess takes 'M days. bul after 24 atilo
00 is lim the'.'iitlcoutullAiaitcittibeitpplirit. AvxAprotm.
0 0
00 ti,m fr(lot c,nrc"in was obtained with 21 coats; the tilill 6
Liovol approis. 8 11) ininiths. Paint cmig. CrO, It" 4
00
61 '111CM t lit 16-411 Corit"iml frsio Once, 1121111 ills 1111(le I wjt tr

P
; %V. R. 11. goo
-
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ate-ILA m(1&L&VWGKAL LITISAT1,111 CLASSWKAIICII

to Is If!' 4-0~- Too
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Ali a 4 0 '4 Is 111 5 a a

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0 3 4

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I 0

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is If 0 Is a it
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.
likitultissute of Otis pit value III Phenol tollitaid h it
ci)~dvnssllou A~ I.- Kwl,nkii. tiq ch,"t, YZ .
/ '~-
it I
1 .4, IN, It. 1 6, 1019, -it 110,110-Ftf"ll And N
-Irw studits of The pit vAlurso ul noxis. of I twol.
t:qqo1
l:
Ill t)I Ild 2 Infols.44 Cilro Willi Alk. catalyul.. iN30111 and
00 N11.011 I ond their licoilucts,it tmdrn%a6,mt it
IIIA Illixt.. "I I'll(lif Slid Cll'0 %jilt Ili, "m'.41VNII Gifill
00 ,,Ilfkf Y.1clus. file vowim %4 imAkalv%l. I'littil Allit A.1
0111, allow 11.0 tIlt"t too the lilt %,title 0 lilt klii%t' It,
%,title is chall4cil oilly Willi tilt choillpol III tilt I.Ral all't
to 0 catalyst In the mixt. The pli valur itimsim comt. Ili
Ow prorcsi L4 slid dlying W the mil), a.
I
well cm the Addit. (it Ito to fill- foW. ut PhOll And
as ~J
k

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to lit filaft"ll Ito file OvillfAble Pholl. fill this. tilt it'll
fc-s' [urn 11,111. the vqrl'~.Sly Id lit.
it A~,,, but life me;in mill. jwt~ if tllv lt-~Itp rVillillh I dilt
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611W.41'adryiniguilaild"I W4111ht.'lf powd. pigtitclit ~Cllql
611rf. The Itth I* Allut-4 4411 nalvir, itioliftJ, aild 1111.41.
11a% fillvir 6uhvi kt,aillur t.iklllil, ju the wit,of filivir, twig.
nictit, atut drybig tAl 6 mi'J"I ,It n".U111. "( M. rch or
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KOZLOVSKIY, A. L. Cand. Tech. Sci.
Dissertation: "Investicration of the TechnologIcal Processes of Producinf and Utiliz!rZ
the I~ydrophilic Phenolaldehyde Resins." Yoscow Order of Lenln Chemicotechnological Inst
imeni D. I. Mendeleyev, 26 Sep 47.
SO: VechernMaya Yoskva, Sep, 1947 (Project k17836)

KO=VSldj, A. L.
Koalovskii, A. L. The manufacture and reprocessing of synthetic tam Moskva, Goa.
izd-vo mestnoi promyshl. RSFSR, 1949. 199 p.
(49-28429) TP86.A2K68

Dj BRuyNE, N.A.; HOUVINK, R.; KOZLOVSKIT. A.L. [translator]; ARNOLIDOV,
V.T., redaktor; redaktor
[Adhesion of glue, cqment. and solder. (P61ished In Rnglish as
"Adbmsion and Adhesives.*)j Adgeziia klei, teementy, pripoi. Pers-
vod s angliiskogo A.A.Kazlovskogo. Moskva, Izd-vo inostrannot lit-
ry. L954. 584 p. (mm 8: 5)
(Adhesives) (Adhesion)

1 ~
"! -~ I iLi V ~ k ,, p - I-,
K - .v
KOZLOVSKIY;" A.L.
--
Polyethylene coating of heat insulation materials. TrUdv
VNIIAvtogen no.4:125-136 '57. (MIRA 10:12)
(Insulation (Heat)) (Polyethylene) (Gas torches)

SOV/1 3 7- 59- 3 - 7227
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, Nr 3, p 325 (USSR)
AUTHOR: Kozlovskiy, A. L.
TITLEi MGP- 1-57 Apparatus for Applying Refractory Coatings (Apparat
MGP- 1- 57 dlya naneseniya tugoplavkikh pokrytiy)
PERIODICAL: Byul. tekhn.-ekon. inform. Vses. in-t nauchn. i tekhn. inform.,
1958, Nr 5, pp 5-7
ABSTRACT: A description is given of the design of an MGP- 1- 57 gas injector
apparatus, developed by VNITAVTOGEN (All-Union Scientific Re-
search Institute for Welding), with which coatings with a melting
point of 20000C and higher can be applied not only on refractory
materials but also on Al and Mg alloy and on plastics.
N. L.
Card 1/1

3/137/60/00()/01/05/009
Translation from: Referativnyy zhurnal, Metallurgiya, 1960, No 1, p 184,
J.231
S .-ILtoo
AUTHORs Kozlovskiy, A.L.
TITLEi New Materials for the Application of Coatings by the Method
of Metal Pulverization
PERIODICALs Tr. Vses. n.-i. in-ta avtogen. obrabotki metallov, 1959, No 5,
pp 260 - 262
TM-14 The use of a plastic vein ["zhilka"] is recommended for spraying
hard antifriction 61loys (e.g. ILiC-rB))-Jmet&ls with high melting point (such
as T coatings of multi-component alloys; the sprayed metal or alloy
La) Aand
powder is used as the vein filler. Information is given on the process of the
vein production. The amount of metal powder in the vein is 80 - 85% by weight;
equal amounts of polyehtylene and polyisobutane are used as binders. Spraying
with the vein is performed on a wire device. The difference between spraying
with a wire and a vein is pointed out. Coatings applied from a vein have a
fine-grained structure and are denser than coatings applied in the form of powder
or a wire.
Card 1/1 A.K.

S/788/6o/ooo/oo6/oo2/OO4
E202/E492
AUTHORS: Kozlovskiy, A,L,, Candidate of Technical Sciences,
-ghlia-kova, K.S., Candidate of Technical Sciences
TITLE: Interrelation between the various forms of
aluminium oxide
SOURCE: Moscow. Vaesoyuznyy nauchno-ia3ledovatellskiy
institut avtogennoy obrabotki metallov. Trudy. no.6.
1960. Kislorodnaya rezka, Inetalllzatsiya, payka. 136-139
TEXT:- The authors',found that gas flame deposited alumina passes.
from the alpha intothe gamma form which contradicts the
9.pnerally accepted view about the irreversibility of the alpha
f6rm. Compacted and sintered at 16000C,alumina rod was sprayed
by! passing through the oxyacetylene spray gun. The original
sintered and sprayed alumina was studied by means of X-ray
powder photographs which showed three distinctly different
'fractive indices showed that the
patterns. Calculation of re
untreated material contained both a and y forms while the sprayed
one contained only the y-form. However, the sprayed material
was resistant to water, mineral and organic acids and alkalies
and was considered a new modification of the y form. The authors----
Card 1/2,

S/788/6o/ooo/oo6/002/004
Interrelation between ... E202/E492
suggest that the formation of the now y form at 2000*C is not due
to depolymerization of the a form, but due to the destruction of
trimeric polymers at high temperatures and the coating comprises
the a form debris or the products of interaction of the latter.
The cross-linking between linear molecules of A1203 is
attributed to the hydrogen bridges, derived from OH groups cr to.
the polyfunctional additives,-e.g. titanates., There are 2 figures._)
Card 2/2