SCIENTIFIC ABSTRACT KAZARNOVSKIY, D.S. - KAZARNOVSKIY, L.SH.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721330003-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KAZARNOVSKIY, D.S.; DYUBIN, N.P.; GEMHGORN, M.A.;
h"RAVTSOVA, I.P.;
RUDOLISKIY, N.L.; FRADIN, M.D.; SVIRIDENKO, F.F.;
FRADINA, M.G.; ZANNES, A.H.; CHERNOVAp A.V.
Experimental railroad rails made of chromium-nickal native
alloy steel. Stall 22 no.6:548-550 Je 162. (MIRA 16:7)
1. Ukrainakiy nauchno-issladovateliskiy inatitut metallov i
zavod "Azovatall".
Chromium-nickel steel)
ilroads-Rails)
M

ZANNES, A.N., inzh.; RUDOLISKIY, N.L., inzh -
FRADIN, M.D., inzh.;
SAPELKINA, O.R., insh.; BIKHUNOV, L:~a., J.nzh.;
GLOZMAH, M.I.,
inzh.; Prinimall, uchastiyei DFNICHEV, A.D.;
SUCHKOUSOV, V.P.;
BLAGOVES)ICHENSKIY, G.V.; GOLOVIN, G.F.;
KAZARIIOVSKIY, D.S.;
RAVITSKAYA, T.M.
Surface induction hardening of rails along their
whole
length at the Azovstalt Plant. Stalt 24 no.8:731-734
Ag 164. (MIRA 17:9)
1. Nauchno-issledovateliskiy institut tokov vysokoy
chastoty
(for Demichev, Suchkousov, Blagoveshchenskiy,
Golovin).
2. Ukrainskiy nauclino-issledovatellskiy institut
metallov
(for Kazarnovskiy, Ravitskaya).

VEKSIM, N.A.; KAZAMOVSKIYj D.S.t kand. toklm. nauk
Investigating the causes of the formqtion of
defo-,ts cm thF
rolling surface of all-rolled rallroad wheels wid
way,:i of
Improving their quality. ',Ix)r. trud. UNTIM
no.9038-348 164
(MIR-1 il-,:k)

4r4
KAZARNU.'~11Y, D.S.p dolAcy tekhn.nwak tKharlkov)
r, p -swing the qual!.i,,y of ra I Is. Put' i put.khoz. 9
no,4:25-3,7
165. (~GRk 18s5)

SA
~Itli~r'~Ajfng ME-d]tJ,% for
hard6ning rtii's along their entire 1.;Jr9#.h wlth bF-ating ;,:,
by high frequency current6. Sbc.r,trud, UNIIM no-'111354--' `4
(MJRA

GERSHGORN, M.A.; KRAVTSOVA, I.P.- KAZkRNCIVSKIY, D.S.,
kand. tekhn. nauk:
RYABININ, B.G.
Manganese Bessemer steel for raila. Met. I gornerud. prom.
no-5t
23-26 S-0 164.- (MIRA 18:7)
-~r E-

RAV171-SKAYA, T.M.j KA-ZARNOVSHY D.S..? Prinimall
uchaitipe! ,-j,
FADEYEVA, -- I - 11---I~ ~ I L - -rr',
Mechanism of the formation of defects of canta,~t
origin
In rail heads. Sbor. trud. urnim no.11:324-333 '65.
"M[Rq le-,11)

EWA(d)/r4PM/EWP(z)/BWP(b) XJP(c) JD
WCMK--- f.P5027912 SOURCE CODE,
AUTHOR: Kazarnovskiy, D. S. (Doctor of technical sciences);
1~!Zaplk, Ye. P. (Engi-
neer); L~9_nda, W. F. (Engineer); Zakharov, A Ye. (Lnglneer);
Balon, V. 1. (Enpineer";_
Vollter, Yet Ve (Engineer); HROWSOV.-y. S. ul;~Ze_er);
Konstantinava. T. A. I-Engineer);
Sukhomlina=A. P. (Engineer)
OM : Ukrainski- n.-It Institute of M etals (Ukrainakly n.-I.
institut metallov);
Kommunarsk iy_ Net allurgical. Plant (Kommunarskly
metallurgicheskiy zavod)
TITLX: Strengthening of low carbon semikilled St 3 steel by heat
treatment
wv, 5
SOURCE: Stall, no. 11, 1965, 1036-1039
TOPIC TAGS: carbon steel, low car-bon steel, heat treating furnace
ABSTRACT: A heat treatment was developed for St. 3ps steel plates
of 12 and 25 mm
thickness by heating in a furnace to the temperature range
890-9200C and water cooling
on a quench press. This treatment resulted in an average
strengthening of 20% and a
satisfactory plasticity level. 7bree separate heats of steel were
heat treated. The
coupositions ranged as follows., C-4.16-0.19%; Mn--0.46-0.52%;
SI-4.08-0.)2I., S--
0.0$6-0.042%; Ps--0.012-0.034% and Cu--0.050-0.058%. The details
of the process wera
described. The steel plates were heated in a roller type furnace
to temperature for
a holding time of 1.5 min/mm. Cooling was done in a (pench press
with a water flow
Card 1/2
UDC-. 621.78

APS027912
ratio of 1700 m3/hr. After quenching, sm warpage could bo
noted, particularly in
thit*nessea up to 20 mm. Mechanical properties of the heat
treated plate in flat and
rowtil specimens were determined. Yield strength, ultimate
strength, % elongation, %
reduction in area and Impact resistance were 'tabulated for
heat 1 (12 mm thick), heat
11 (12 and 25 mm thick) and heat III OS am thick). rrequency
curves were plotted for
thev,ochanical properties of the heat treated plate (frequency
of occurrence ai~ a
function of strength, ductility and impact renistance) and
average values were given
for -these properties. The effect of tempering after quenching
was also noted. In
genet~al, the strength decreased slightly and the ductility
increased. Tempering had
little effect on impact resistance. Kicrostructlires showed
that the structures after
quenrhing were predominantly pearlitic-ferritic, with
needle-like ferrite distributed
along grain boundaries for the 12 = thick plates while in the
25 mm thick plates
there was smaller grained, needle-like ferrite. The highest
strengths and lowest duc-
tility were obtained in the 12 mm plate. However, the
mechanical properties obtained
never fell below the following levels for the heat treated
condition: yield stress--
3D kg/mm29 ultimate strength--44 kg/mm2, % elongation--16, and
impact strength (at
-400C)--3 kgm/cm2. It was recommended that lov carbon
steel,plate, strengthened by
the dl)ove treatment, be used in place of low a31-py-Ustee To
be effective the opti-
mum etwbon content for heat treatment should be 0.12-0.18
",.Orig. art. has: 3 figures
2 tables.
SUB CCIDE! l1/ SUBM DATE: 00/ ORIG REF: 004/ OTH REF: 000
FZ

,,KAZARNOVSKIY, D.S., doktor tekhn. nauk; GERSHGORN,
M.A. , Inzh.; SVIRIVENKO,
F.F., Inzh.; KRAVTSOVA, I.P., inzh.; SHKAPERHAN,
L.Ta., inzh.
Development,adoption, and introduction of a low-alloy
steel
for heavy type railroad rails. Stall 25 no.4:355-357
Ap 165.
(MIPA 18%11)
1. Ukrainakiy nauchno-issledovatellskiy Inatitut
metallov I
zavod "Azovatall".

PRIDANTSEVY M.V.;_KAZ.ARNOVSKIY, D.S.; DANILOV, V.N.;
VFXSER, N,A.;
NIKONOV, A.G.; BYKOV, N.F,.
Isothermal treatment of rails. Stall 25 no.4058-361
Ap 165.
(MIF,A 18;11)

GERSHGOIT, M.A.; SVIRIDENKO, F.F.; KRAILITSOVA, I.P.;
POPOVA, A.N.; FWiDINA, M.G.; Prinimali uchnst.1ye:
RWDOLISKIY, N.L.; S1F-,PViT,1FV, N.Y.;
PLISVNOV,13"~TY, S.T.;
U.S.; BULISYUY, M.T. (deceasedl; A)1hHAWF1,lL`7KJY,
Yu.'~., --WROV,
B.A.; VISTOROVSKIY, N.T.; RAKHANSKIY, B.I.; SAPXTKOV,
V.Ye.;
RYABININ, N.G.; ViRAOLINAs R.R.; FADFYEVA, A.1,11.;
7V1-T--J-:V, P.A.
Improving the production of hirh-strength rails by
alloyinr
them with granulated ferrochromium in the ladle. Stall
25
no.5:408-411 VV 165. (!4 1111', 18. 6)
1. Ukrainskiy naxichno-issledovatellskiy institut
m.,tailov I zrivod
"Azovetall".

ACC NRz AP6035654 SOURCE CODE: UR/0133/66/000/011/102811029
!AUTHOR: (Professor, Doctor of technical sciences);
IGunin, I* Ve (Candidate of technical sciences); Krivono ov, Yu. 1.
(Candidate of technical sciences); Kravtsova 14 P, (Can6idate of
tech-
nical sciences); Saprygin, Kh. H. '.Candidate of tochnicvl
sciences);
Arshavakiyp V. Z. (Candidate of technical sciences); Chatverikov,
A. V&
(Engineer); Hogilevskiy, 1, 1o (Engineer)j Orinichav, 17 1,
(Engineer)
~
)RG: none
=LE; Production technology for high-strength rails
SOURCEi Stal', no. 11, 1966, 1028-1029
high strength steels
TOPIC TAGS: A metai cladding, railway track, binetals hot
rolling/H75X steel,
G13 steel, Rk5 steel, St.5 srer"r-
ABSTRACT: An investigation had been made to develop a Irocess for
pro-
ducing bimetallic rails, i*.e. rails with a high-Btrengt' steel
head.
St.5 steel billets clad with M75X, G13, or RkS alloy at els were
hot-
rolled into 100 x 150 mm bare which, after reheating, % re rolled
into
R-18 type rails. Rails with are-deposited cladding haL the highest
bond
strength and the most satisfactory surface quality. W-h M75X or
Rk5-
steel cladding, satisfactory results were obtained with cast
composite
Cord 1/2 UDCt _621.771.26
2/2

7?17-nlf.~`%'~,i Ai
BLOXHIN~ V.p konstruktor; XAA"OVSKVr-f---t--kOns truktor
The SK-4 combine, Sellemekh, u0,31"-45 162. 15:3)
1* KombaynOvYY zavods gore Taganrog.
(Harvesting machinery)

DANILOV, V.I. LDarqlov, V.I.); CHMIN, M.I.; GAVRIWV,
V.P.; KAZARNOVS=,,__
(P.-A. L.Ka.zarnovelkyl, 1F.A.]
Special prolblems of operating the electric equipment of
SK-3 combine*.
Mekh. eil?.hosp. 11 no.8:10-14 Ag 160. (MIRA 13:9)
1. Rabotniki Spetsiallnogo konstruktorskogo byurO 2avoda
RRostsell-
mash" (for Danilov, Charsin). 2. Rabotniki DSKB pri
Taganrogskom
kombaynovom zavode (for Gavrilov, Kazarnovskiy).
(Combines (Agricultural machinery,)-- Mectric equipment)

SHCHERBAKOV, D.I., akademik; FRUMKIN, A.N., akademik;
KHACHATUROV, T.S.;
VINOGRADOV, A.P., akademik,- SOBOLEV, S.L., akademi-k;
KOSTP-NKO.,M,P,,
akadmLk; TOLSTOV, S.P.; SAMIN, N.P.; KAZARNOVSKIY, I.A.;
B.M.;
TROFI MUK 0 A.A., akademik
Discussion of the annual report. Veot. AN SSSR 33
no.3t25-34
Mr 163. (min 16:3)
1. Chleny-korrespondenty AN SSSR (for Khachaturov,
Tolstov, Sazhin,
Kazarnovskiy, Vul). (Academy of iences of the U.S.S.R.)

Kaza D
A-"E"110"ki . .
and P
.Lr_Or;~~urni
,,r,ov Inst for Chem Mir
-OW) CA:
Z. Pnyrik. -~3, 512-5 (1927) the Rlknli kydrides.
The electron affinitY of hydrofirsn and the? density
of

KazarnoypIld
.v,
Proskurnin, 114. vnd Kazurnovskly, I. CA., 22-7-85118
(Knruov Inst, q~cm,,_Moocc )
Z. anorg. allgem. Chem. 170, 301-10 (1929)
Salt-like hydriden. 111.

6azaL.rnovakijv . IMMEW 3-Y4316
- I CA: 22-
Q~a-r -h,,. Mo
~sw)
2;.,L,Iorc. Cher, M. 111-9 (1928)
Stalt-like hydridet. iv.

is a so** 0 119go 0 0 see: I- - Al III ii*** 4 Is a 'a 4 0 0 9
0 0 a is

111& 12 to Its xv VU WE a r
I

A
4
I r. 4 1[ k. P"P,Q Of CL CID U

CA 2

STRUCTM-t. OF IN01UNIC
P~'.ROXIDSS. I. A. Tasarnovskil. Ira.

MS.S.R.) 1, 93-8(1933).-A
review of thet rssibl~ existence or as,..

mols. of WP in qh1oh
the bond of the 9-cond 0 atoin with the '11:110 mol.

00
is r
-alized by purely polarization forcem. ~;alcn. reve-als timt
the

stability of the bond cannot exased approx. 0.1;8 kg. -cal.
but exptr.

A

the stability proved to be about a IM times as
larRs- If the P0211hilitY

T ~G 0
00

f the polar boni ok theO with t -to tvi. 'D neglect94 the asym,
forn-

-00

ula for 11202 to Imposgible.

00
F. 4. I'attL-Ainn

r6

A 0
"
a

0
e

511ALLURGICAL 1,1110001 CLAWK01001

;00
-

j
U S AV to
It It 19 it Pt Utt it 01
_~A_ SO
A 0 0

a a

A I to
40 0 0 0 0 0 0 0 6 0 0 0 a 4 0 0 0

-

6 a 0 41 4 4 0 0 6 6 0 0 6 G
a
0

Kn7arnoynki , I. A.
(KaKRov Ins ., Xoscow)
Trans. Karpov Inat. Chem. (Moscow) 2, 93-99 (1910);
Clipm, Zentr, -1111,11U,
1675-76.
Stricture of Inari-nnic peroxides.
- ~- _,:i! -. ~ -:1, -~,-
.- ~V~~ I 0~~ ~-~
I - -

ANNE UP
Kazarnovskiy, I. CA: 24-410W4
(K.tirT)ov Inst., Moncow)
Z. Physik. 61, 236-8 (1930)
Lattlce energy and compressibility of n1kall
hy,irldei.

W W V W 'r I,-.
0 4 0 9 0 9 4

0 9 0 ~ ~

MOR

11 4 It 4 If If 11 of a of Ill IF
A
Ail

11 17 It a Ste

stil"IffoollIF Of INOtP&k Pffftid#L H. A 1
RAI,

all Cf.
' "U" 1
"Illotmted with 11
(4
l

00

,
6oxl
y
,() Imll, Ill 411 IN mitill
1
mili in to finkmicor (11W with Il
)"
-
svr 11
0l
i h o
t 1
V

p
4
, ti
t
K
; purity. d!
5 4:01 ~ () '12,
'.
. for 11*0 floc Talton on. d1l 6 -,1. a Im. Fr,,,, ill, d.1,
,
kt

-00

,
,
l1w
chooftor" of nxd dials. and of WRT,y in the C4Dnvcjflm of 11&0
10 lath H&A N lisp
0. am i. of th~
Neel t

0g

"W.

0

see

ago

60

too

logo
.90
so
too*
9 toga
A CLUSIVOCAVIC" if* a
&$,,I) CM 9. Ally
lot
It 0-T all
F - p a v i1A &A I for so -74
To a I a 00 a
U IF K a it Now in
goo 0 00 00 0 0 0 0 0 so 0 0 0 00
: of
100

*-Si 4
0
f 4i IJ 0 U A i.- it 4 h it D- Jo h- As a ir u 0 a a 17 A so W
v 17 a BE*
I I T W I_.T I U a PP a i
I Tmd" wasts products obtsbod jo cracking with
&IumbvmcW*d&. I.A.Kataroov%kii.O.F.Kosm)vwkii.
N'. P. Kotov and Russ.
so all, Nlucb .11, Im. Waste prod,,~t% obtained in crackint
0 orith AICIs are TvPmtrdlY rltd- with dil. IICI to divoultv -00
F,CI, and AICI.. The ronord. "An- is Ir-A tJ Fe bV
0 ekv,,,,ArA,, with C anod,11 and Fe or Cu cathodes. the -00
0 anodic spsce being "rPd. I"xn the cat bodic by diaphmg-. 600
The Wkwinx operation tonditions ate Wftified: (1)
0: a,'- The temp. muo~t not cxtvrd 441". (2) The best c. d. at
zoo
9004. the cathode is About 70 OMP./sq- fn-; a higher c. d. In-
clefts the current Mmmplion. while lower c. ds. do coo
mot produer the required devee of refininx. (3) A thor- =00
ciculation.ol.tIsr elvartAxte is emential.
00 0 0
*0
ALJ9 coo
see
00
A t I L &ETALLOGICAL UtINATIAE CLA&SIFICATION I a tie*
"Oe
u a I.- to
'0 n, to it at K K 11 R a K a ft it X KO n 1 14
0 0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0 0 * 0 0 a 0 * 0 0 0 0 0 0 0 0
0 0 we 0 0 0 0 oil, 0
4 16 0 0 0 0 0 0 0 a 0 0 0 0 0 0 0 0 0 0 0 0 *410 0 0 0 0 0 0 0
0 0 0 91
a
j

Ai
A
00 a
madst
00 j
09
00
00
to
on

0 0 0 0 a 0 9 0
0 )~-W-4" a

t
, I,
fi
11
"
F if ir Al V, a a] I. a

.
a S
p
A AI w V-
t
G
1
A a cc uis k A

'
.
~

11"Ilminary conullutlIcAllo"s And d1licussion Ifithel'a
-99

S11.1 1.
IKAIM
is

tlmmr.--. ,,, -
..00

Uri.$ it. .11,1 th.1 A it. I.-1 .......

~disinlvtffilifm UP to Wt,. 11 WA% found that Irvin tht wm

l1leallIMMMIS of the thiqlItAl tit%iffirpalUm Linrlk% Al

:Uwl-
and 0.1 mm. pt".11ft IN-intrit to lite fact that LA i, I-

Ago
Uot
all Individual CINIIId bill Is a 11,111 4 Kp. Willi h .4 1,
The -ulvt If, an.moll aIUj fur I"IM I. fi~snd as Ilf, I-itt

roe
flill"I.M141111S Kill. It. fill

"ISO
1;* 0
If If I s
a of a a 'a a It a n It of a I "a
000-0, 09 0 0 0000 0 0 900 0 0 0 are 0 0 0
0 * 0 00 00 0000 0 0 000 00 10 '111 0 0 o0
;&so
00
'goo
*a
Woo
a cw 0 1 w N
0 0 0 at go a go 0 0 0
0 0 0 0 0 00 00 0 0 & 0 0:

00 A
fop
*0
008
009
001
004
oos
004
004
Orlis- r-
11
(U. Uzi- 14
k$Wmddwb* bp
-00
cow kG tem.0
-00
B. C. P. A. -00
Soo
.00
see
Soo
too
too
C 6As, m tow e
wee
sow SIVIONAVO goo- WOM&AV
1*
fl peso "At rvv -Nva a&*
b u AT a u1;
469999999* 0000000A

~

INORGANIQXAjQM= 11. THr tommUrigrg n r

PO ASSIU14. 1. A.
Kazarnowsku and S. I. Ralkhohtein,
--- re-TE- -
Translatud by Dunn rCushman from Zhur. Fit. Whim
t

11, 111-11(1147) 10p. (WRL-Tr.n.-691 AEC.t,-1039)

The
oxides K01, RbOj,and C" and the molecular Ion

Us' were
examined. Tensimetric Investigations and der6sity

and
refractive measurements showed that only throe oxides

of K
existi K10, X101, and I(Og. The KjO, reported by some

Investiplors Is a mixture of K10, and X01. The crystal

structures of KO,. Rb(h. and Cs% were determined The
:

heat of formation of Kjo, win found to be 117.0 kcal

KAZA1C;OVJKIY, 1. A.
Chendstri - Apparatus Elasticity Moasure-manto
,Iar 1947
"An Apparatus for DeterT.,iinktion of Dlssoci.iticm
I 1~ Kazarnovskiy, 4 PP
11a,urn Fiz ~,Iiii,tll Voll XXI, No 3
X-i -ra: s ---l opur,:Lin~-~ dat.-, of subject equipnowt for
ela5ticit,, measure:, unt.,; in dissociiLtion
of hara substances

KA7
AR 1. A. and liavkhslitcyll., S. i.
"lli"'her oyides of kot'Issi=11, 111AIL ev
pri7e
Ves"dk As Us-'z 31"'
-12748

0 is it U u m is v of I
s
TO a 12 a b

4 a v
a it J., m U A M V X
11-!

Q~ I - J--
-P
9
L-
00
9- 1 1 -~l -it -

X. is A
A

.
1
ors-1w."

i'vocism ..D oactial-11.
.04!.

c

-

,

"101
oe .1
is ir
0
,
IUOC*vm aMWty at the *a" moJogule. 1. A. k4mAt-
'

.
00

n"A (Karpriv. Ilhirt. t
lictil. in.#., pok.

-0

J"Y Alk". Altak S.S.S.R. 59. 67-7 mmq). -
in order it)

it". the electrou affinity E of Cir by the
thwit-Ilaber eyrie

-0 0

Applied to K0,p. MAN, antl 42~0~. the
lAttive otters" V

d

W"T 1.'VTPPUtVJ it- the 111111- Li 11W
Vlklltl~Ulk' tnrttV.

go

van ekv energy, tpoAdrul,i4ir rtictifir iii the (11,
'

-00

lost, and the emay of Jimic r%ulsilon, I
he Aladelutil

vviu,u. art found - 1.076. )JU j. and JAW), rrop.;
the

clectrIAlatic energ" - 10.1, IM.A. unit M-9 kcal./-

-00

nulle.
rrsp.; the van lice Wasti eneirgir- - 13.7. 14.1%. And

;9 0

IIIA.t"p. The cluadrulmle Imirnii.d. vivir At it, inj I he -

4i'mil"ll-tion of an elongstell tuttiti,en ellill".61 .1141W
(or Vw

(h Jimn willb a point charge In the cruirr. mills it
qtlAtl-

rulmho nkxtwnt of 3 X IWO, the, quadrulmili, energy i%

a

found - 11.8, 5.3, anti 4.4 kcal.;tnole. np. The rnrtgk~

%A
telitibi,m are -43.j. - 4a.9. and - U.2 k% Al.. Hilkli-,

mp.
Ifirsice. V - INA.11. 161.11. and Vw~ it kcal, itwk.

mp., and.
with the literature 4f,JA I'M the 111, is".. 411 har -

0*

Instiono %uhlinhatimm), antl 60"imlim, A. - ~Jkl is. J83A.
411.1

zl.~i l1val., "Xile, Frap., nwan value Ji - - I's, The
posAlle term, mainly on the energy of relw6im. is estil.

at 1,01
mw 10 kcal mlolr. N. Thoii

He 0

.
i
g

a.

LIT(fifult CLAISIFKAMN

:;00

11j. .7-01

-4

a I v

1 Joe

U 11 AT 00

U n it or

An As
U0 (I I

0 0 0 0

0 0 0 0

0 0 Ole 0 0 0 0 0 o 0 0 0 0 0 0 0 0 0 0

K * ~;JUTCVIF T 1
_Ty
U'SSR/Chei--istry -Potassium Oxkes Jan 49
Chez:Istry - Potassiurr Hydroxide
"Inorganic Peroxides, XI, The hif,her Oxides of Potassium,"
I. A. Eazarnovskly and
S. I. Rail~hshtein, 9 PP.
Zhurn. Fiz. Khim., Vol. XXI, Nc,. 3
Theoretical discussion and experimental data with graphs
and tatles.
2T47

USSR/Chemistry - Potassium Oxides Jan 49
Chemistry - Potassium Hydroxide
"Vew Potassium Oxides," I. A. Kazarnovskly, Corr
Mem, Acad Sci USSR, G. P. Nikoliskly, T. A.
Ableteova, La'a Inorg Chem, Physicotooh Inst ImenI
L. Ya. Karpov, 4 pp
"Dok Ak Nauk SSSR" Vol IXIVI NO 1 .11.
Investigated reaction of ozone on potassium
hydroxide., ard established characteristics of the
orange substance forming during this reaction
after finiing it soluble in liquid ammonia. Sub-
mitted 15 Nov 48.

A and
"Apparatus fOr i)ctennin~n,- VIC --tesistame of' This v
'iectnik. AS US Z 315,0
lf.~ - 12 7 ~), (5

A. It.
A-
=)a Zk ."4 1407' %): cf. C.A.
43. IWC--Tbg "mPetie IuWeptibUiti" at 2 yellow mkTo
tt. W,~0179 NmOv were measured he the
=(-Iaw to 11,1310 oteloteds) betwomin IN a ... I
Ives (enw 7U mu"Olodity lonynoto a
d' Value of Pa. dcvrftm Imm 2
mapetons at -W to 0.9 at -1969, nis is typift lot
ontifem*nW~IWM. but In this came it wimild I* dli!, Ili
th- anloyms which mv shoot IN g"llorl With ftch 'diter I,
The rock-loall atfucturs 44 Nach (-I'voloplobw, sold lJOU101,
C.A. 441 71176?. Purtlow i0~14stillum are elmolemplet;;1
(manceptiloWty. ballot C&PmdtY. to-oray Anxtum at low temp.).
Uk-bd Boudart

USSR/Chemistry Hydrogen Peroxide I Oct 50
rjL) ~,
Magnetic Susceptibility and Structure of
Hydrogen
Peroxide," A. B. Neyd-ing, Corr Mem, Acad
Sdi USSR,
1. A. Kazarnovskiy, Physicochem Inst imeni
L. Ya.
K&--,pov
"Dek Ak Nauk SSSR" Vol LXXIV, No 4, PP
735-738
Detd magnetic susceptibility at conen.
6;wqo% -at rcxm
temp arA of 98% pure solid substance in
temp range.
5-1830~ At higb concn, straight-line
relationship
exists between concn, and magnetic
susceptibility.
Magnetic data do not confirm existence of
special
by(~zrogen peroxide modification
below-1100. That
SuVstance is diamagnetic excludes formula
H 2 0.....0
f
USSR/Chemistry - Hydrogen
Peroxide'(COnt(l) 1 Oct 50
and .'tb-tLt based on oxygen mol. Present
results in-
dicate similarity of electronic structure
of 0-0 in
hydrogen peroxide and metal peroxides.
Correlation
of magnetic and x-ray data shows
equivalence of both
0 atoms in hydrogen peroxide.
2"i
172

USO/Chemistry Oxidants Mar 51
"Heat of Formation of Potassium Superoxide KO
L. 1. Kazarnovskaya, I. A. Kazarnovskiy, Physiclo.
chem Inst imeni L. Ya. Karpov, Moscow
"Zhur Fiz Khim" Vol XXV, No 3) PP 293-295
Measured heat of soln of K02 in dil H2S04. From
results of measurements, cal.cd std heat of for-
mation of KO from elements by reaction K (solid)
k to be 67.9 + 0~1
+ 02(gaii) - 02(solid)
kcal.

A.
Author:
p n
-A-0 A
Titl ~: 2,-
,o
_L" of sodiu,:1 rubidiw~, c
JOu"nal: Doklady Akaderaii Nauk 1951, Vol. 77, No. 1, 1).
Subjoct: 2h2-r,.JstjZ
Fror.,~: D.S.I.R. Oct 51
Nt,

USSR/Chemistr9 - Oxidants 1 Jun 51
"Ot the Nature of 'the Higher Silver
Oxide," A. B.
Neyding, 1, A, Kazarnovskiy, Cor,4
144fiij Aced Sci,
tM, La~b. inorg, Chem Physicochem, Inst.
ImifflLi
L., Ya, Karpov.
"Dok Ak N~iuk SSW' Vol Da-VIII.. No 4, PP
713-716
L' ~ r. ;4 V, 7 ?a~ I ~"5 I,
Cbane-- Ag to higher valeficy (AgO)
involves
transition 4d105s ---), 4d95s5p. - AgO i~
diamagnetic
in solid state, because Ag is trivalent
in crys-
tal. lattice as result of formation of
Ag-Ag bonds.
Brcwn soln of AgO in concd nitric acid
contains
divalent silver, though, which is
paramagnetic
184Tli
USSR/Chemistry - Oxidants (Contd) I Jun 51
d;ze to preeen-ce W-10 uiapaired
electrons corr to 3d
bond in the solid. AgO is not peroxide:
It does
not form hydrogen peroxide on
acidification. As
distinguished from peroxides, AgO exerts
ox1da-
tive effect due to change'in valency of
silver.
.184T11

I . NEITTL'~^.J, A. B.; 'KAZ ATINO V ~~> X T I YIA
2. USSR (600)
4. Peroxides
7. Magnetic susceptibility and structure of peroxides.
Zhur.fiz.khim. 26 no.8,
1952.
9. Monthly List of Russian Accessions, Library of Congress, January
-1953. Unclassified.

KAZARNM"AlY. 1. A. Oc t 52
USSR/Chemistry - Hydrogen Peroxide
"Investigating the Decomposition Mechanism of Hydrogen Peroxide in
Some Solid
Perbydrates," I.A. Kazarnovskiy, Gorr Mem, Acad Sci USSR, and A.B.
Neyding
Physicochem Inst im L. Ya. Karpov
DAN USSR, Vol 86, No 4j pp 717-720
The mechanism of the decomp Of X202.2H202 was studied and found to
follow the eq
K202.2H20 = 2K02 + 2H20.
Source #264T16

KASARNOVSXIY,-T. A.t BAODASARYAR, Z. A. and LIMRIN, N. P.
"A Now Source of Free Hydroxyl Radicals in Solutions," report presented at
the
All-Uhion Conference on Chemical Kinetics, 23 June 1955.
Nature (British publication), Vol. 178, No.,4524, 14 July 1956, p. 101
R
vff
Z
&

- - H :t~:j UPAIIINt N. and MHOMIROVi H.
KASA iNOVSM
"Isotopic Exchange of Oxygen Between Pros Hydroxyl Radicals
and Vater,ft
Nature (British publication), Vol. 178, No.452.4, 14 July
1956.
English article.
Laboratory for Inorganic Chemistry, Karpov InBt. of Physical
Chemistry, Macow

q

A~ A R,,jo v -v A,
AUTHOR: None Given 30-2-33/49
TITLE: Awar& of the Gold Medal and of No:7iral Prizes
(Prisuzhdeniye
zolotoy medali i imennykh premiy)
PERIODICAL: Vestnik Akademii Nauk SSSR, 195L",-, Nr 2, j-p 95-95
(USSR)
ABSTRACTt By resolution of the Precidency of tho AN USSR the
Gold Medal
ireni V. V. Dokuchayev was awarded to A. A. Rode, Doctor of
Agricultural Sciences for his publication "The Soil Moisture".
Nominal Prizes of 20000 roubles each were distributed as
followst
1) The award imeni D. I. Mendeleyev to the Corresponding
Member of the AS USSH I. A. Kazarno ki - and to the Caadidate
of Chemical Sciences G. P. Hikollskly iposthumously) for their
publication "The Discovery and Inve~Aigation of the Ozonides
of Alkaline Notalstli
2) The award imeni 14. V. Lomonosov for 1957 to a group of
authors consistina of Te. M. Lifshits, Doctor of Pkx3ical-
Mathematical Sciences, B. V. Deryagin, CorrespondinC: Member of
the AN USSR, and 1. 1. Abrikosova, Candidate of Phjsical-
Card 1/3 -Mathematical Sciences, for all their publications o-,
the

Awarcb. of the Gold Medal and of Nominal Prizes 30-2-33/49
theorptical and experimental investigation of the molecular
attraction between solid bodies;
3) The award imeni P. L. Chebyshev for 1957 to 11. M. Korobov,
Doctor of Physical-Mathematical Sciences for his publicationst
"Numbers With Limited Relations and Their Use in Problems of
Diophantine Approximations", "On Perfectly ReCular
Dist.L-4.but-
ion and Common Normal Numbers", "Approximate Calculation of
Di-
visible Integrals by Means of the Numeral Theory Method";
4) The award imeni A. N. Bakha for 1957 to V. L. Kretovich,
Doctor of Biological Scienoea for his publication "The Found-
ations of Vegetable Biochemistry";
5) The award ineni I. I. Machnikov for 1957 to M. A. Peshkov,
Doctor of Biological Scienoes for his publication "Cytology
of Bacteria";
6) The award imeni V. L. Komarov for 1957 to a group of
authors consisting of A. A. Fedorov, Doctor of Biological
Sciences, M. E. Kirpichnikov, Candidate of Bioloeical
Sciences,
and Z. T. Artyushenko, Candidate of BialoCical Sciences for
their publication "Atlas of the Descriptive Llor,,h-olocy of
Higher Veretable3. The Leaf.";
7) The award imeni I. P. Pavlov for 1957 to A. I. Karamyan,
Card 2/3 Doctor of Medical Sciences for his publication
"Evolution of

Awardsof the Gold Medal and of Noninal Prizes 30-2-33/49
the Functions of the Cerebrum of the Cerebellum";
8) The award imeni P. P. Anosov for 1957 to A. I. Skakov,
Doctor of Technical Sciences (posthumously) for his publi-
cation "The Quality of Railroad Rails".
AVAILABLEs Library of Congress
I* Scientific personnel.-Awards-USSR 2. Awards-USSR
3. Scientific research-Awards-USSR
,Card 3/3
-Ag

r~
AUTHOR:
None Gi-i-en SOV/62-58-8-2 2/2 2
TITLE:
The General Meetliig
of I-hf? Department cf Chemizra Sc!ex-joes

of the AS USSR From
April 24 to 25, 1958 (Ob6hcheye scbraniyp

otdeleniya
kh.'miohesk1kh nauk AN SSSR ot 24-25 aprelya 1,958 g~)
PERIODICAL:
Izvestlys Akademii nauk SSSR, Otde,er khImicheskiich nauk.

1958,
Nr S, pp- 10'17 -- 10)C4 (USSR)
ABSTRACT:
At this General Mpe,~ing
the following soier,",~~ts de!-'.Vered

le,~tares: The
Corresponding Members, Academy of Sc'-ences,

USSR; A. A. Grinberg,
1. A. Kazarnc-~vakiy, A. D. Petzrov,,, and

R. Kh. Freyd1ina,
Doctor of Chemical Sollences. A. A. Grinberg

repcxted on the new
knov:edge on the kinetics and the mechanism

of *he reaction& of
the ex~hangp and the substitution in com.-

plex compoulids cf
platinum. Based an experimenta'-~ data. the

conc:luded that in
t-he PrUCI~38 Cf thS 's'Qt0p-C
exchange

the df--r-I zal~ves of biva:'en! pal'adium the
dl.asociation and

a5501.'latiGh mechaniax p7~ay an -.'mportant
ro'le. These explara.ions

raised a -iiv-1d iiscussi---,n In which
mainly 1. I.Mexr,,3"t-levyMember,

A:~ademy t;f Sciences, USSR and
the Corresponding Member5~ Academy

~,f Scien---es, USSR V. 1.
Spitsin, Ya,. K. Syrkin; 1. V. Tanana7ev,
C -r d 1 /3
and A. D.
Gelma7a.~ Doctor of St-iercss, .-o(k part. 1. A.

8 22/22
The Gc-neral Merj."-'x)g ~f th& DepEkrtm4FTnt c-f '~p AS IUSSR
From April 24 *.-, 2r.; ',9f)9
Kaza:-.0~rSK'. held a th-, invt~stigat:.cr.-., of th.?
!nez~jis a~nd i' he of t'nip arl r a ~,y d -:~ z -- :r, p o
sC.
i
cf pczzaiLium kpxplcy.:.rg tliA magrie'~;., ,ar---ed
c-j-~ by hiais*--lf ard hli ~S. --. Rk-.ykhsh--.eyn and
L. N. Ryk~;-ra, Candidate-,i .,f Chemica~ Scipnce5). A. D.
Petrov,
on behalf of the oillaboraturs of the ~rstltt--'e :;f Orgazlc
Chenilstry IV. F. Mir~nc.-i, V. A. Poncmarenk,:, S. 1.
Sadykh--Zade
and Ye.l. Chernyahev) repcr:ed ~,z: "The Synthesis of New
Forms
of Silizt--n Ccnta-;.r,4.ng Mcnc,mar.9". He anneanied new
resu .s of
in,vpstigations of the -~ataly-,,4r bind.ng of 'hydride
s.,.IaT~ps
wlth unsaturated and uompuunds riot published up to
no,v. In the discussion f~;llowirng this V. V. K,-,-sh.:ikp
Cz,rreapond-lng Member *-,, Academy cf S-c-len,.e1j,,
USSRsaid that ~he
-esulta -.~btalr,~d Ity the team of A. D. Petrov were of great
lmportan,~e. The corresponding ccrclusiors had to be drawn
from
the inf~iienc-e exerted by sl',icon in the va:.-ious groi~ps
on tht
rea,~tivllty of these compounds. The report de'"4,;ered by R.
Kh.
Freydlina on "The HomolytIL4, lscmer~.-:,at4-c~n :.r
Sol'-~t2ic-,15" ralsed
Card 2/3 grea*t interest. This lleotu.;-p was fc-11---wed Ily
a -,r'v-id exchangt

SOV/ 62--r~,8-8-22/ 22
The General Meeting of the Department of Chemical Solencon of
tho AS USSR
Frc.m Apri'A 24 to 25,, 1958
of opirlons in which mainly the foilcwing Lembers.. Acadpmy
of Scien~,es, USSR took part: 1. L, Knunyants- A, N.
Nesm---Yallcv,
and N. N. Semenov, as welt, as the Correspond,-ng Members,
Academy
of Sciences, USSR V. V. Nekrasov, Ya.K. Syrkin and A. D.
Petrov,
I. L. Knunyants said that the work carried cut by R. Kh.
F.reyd2ina on the hamalytic iscmerization in solutions
represented
an important event in ~rganl'.c chemistry.
Card 3/3

I I.,
.3 0 Vii'Z co
AUTHORS: Corres pond i ii~:
Ul"30.7t, Llpikhln, N. P., Tj)J,-om!rcvj 1J.
T.TITIFY. lcotuplc Exchange o.' nx~,gen Pont-~r,r ~~e
LIr.d mi,--hdu
radiknlom I vodoy)
?FRT ODICAT, Doklady Akudemii nunk 1956, Vol. I ~Q, Nr rr
k -0 -~ S..R )
ABFT.9ArT: The free hydroxyl plays an irrort~o,ll ~n
chemiptry and in the ttcory o' t),r- oxidFition
it 1st en intermediate. Only few ard centradictirip d!-,ta
on its reaotivitv (Rafe I - 4) , The -_~uthorn
reaction mentioned in the t1ti, 016H 4 1100
Potassium ozonide war, uned ar. a now scurc,~ of fr,-~t-
dical (Refs 5, 6). The potavuiiw o.!oride is
decompored by water tit -room temp-rntiure ard nt III; I ~-r
vlolpnt oxyt 11,
.can separntion. The renction veloc' t v c,* t - ~
amountz to the 4-5fold of its dlmk-rivition Tho
experiments jhow4!_td thi-it the ox gen pro,luced in thi c f~n
Card is cnricht~d rith the i,4oltopp 0 _. rr ht- reaction -7t-,z7
~-V-J-'.

1.7")tollie fj1* Oxvgf,r, the ~,rtyo If,, Oil r ox:" i zil-,
J I ','I. 1-3 it I "I
out. i n tti,) appa-rh tus (:-ii, I T!Lble I contains t!.e
?--~: L
~iE, te-MIrinl-io I I of 7he :I 170tv ),,I L' -,Iri I) C-4
1-0 ri v4 t P:P ON.7
ren vhieh eqcape- durirg the deomposition of
oznn~t)v by heAv.v tis m:11 %s the ~Jc~-r-o cf -.,y
h,ty, 01v P. I k,~ 1
11
arld VUtL.r at 1` 0, P-ni at 0 z.:n(n,ntz: to i~
ia i!m~onlflent of th" P I 1 0 f, t I U t. 10! 1
ul',d not that bvtv:een tht- v11:1 t2i I C,
tiore tYce ivoi. opic conqofiit Ion ol,' ti& c- ~, ,,n
Inr: peroxide df~ll It was found that the earicbmer-t
Of H2 02 with Isotope 10. was aevei*1 times '. greater thah
that: of
oxygen liberated Alrectly during the decc~.pOsiti()n Of K03
~-*Y
A-,Z:.V 71,11tvC.
of oxygen in the tin. zxri
this oxygen is v !viulied wiih A,,oto"oe by i
-fold (3 t~vltlv oil
lirsurintioti timt during th-~ de;~omoosiLion i'L01 l.
free nottially- 1*orm t: X
authora disvirove . iinton
~:ard 2.1, diffusee uccordiii,; to a -tvi
."ard
w

5(2)
AUT110RS% I. A., Corresponding SOV/20-123-3-26/54
Member, Academy of Scienceep USSR, Raykhahteyn, S. I.,
Dykova, L. N.
TITLE: Investigation of the Reaction Mechanism of Spontaneous
Decomposition of Potassium Ozonide by the Magnetic Method
(Issledovaniye mekhanizma reaktaii samoproizvolinogo raspada
ozonida kaliya s primeneniyem magnitnogo metoda)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol 1239 Nr 3, PP
475-478
(USSR)
ABSTRACTt It is seen from the kinetics of the reaction under
review (Ref 1)
that this reaction takes place according to the equation
2 KO3 - 2 KO 2 + 02 + 11.6 kcal. It is autocatalytic and its
induction period amounts at 18, 0, -9, -180, respectively, to
1.67i 20, 54, 205 days (24 hours each), respectively. In the
subsequent active period the decomposition rate of potassium
ozonide increases rapidly; the activation energy is 22-23
kcal/mol.
The magnetic measurements were carried out at the same time as
the kinetic ones at 18-200 and 00. As is known, the initial and
Card 1/4 final product are of paramagnetic nature. Both
products had

Investigation of the Reaction Mechanism of SOV/20-123-3-26/54
Spontaneous Decomposition of Potassium Ozonide by the
Magnetic Method
~ g.-Values which were largely in accordance with previous
data
(Refs 2-4). Table I and figure I present the results of some
measurements (in which V. I. Smirnova assisted). The
deviations
from the additivity indicate the formation of a highly
paramagnetic intermediate product. This might be most probably
the atomic oxygen the magnetic susceptibility of which exceeds
several times that of KO 3and KO,.* An intermediate formation
of oxygen atome was confirmed by the separation of ozone
traces
which had oxiaized the surface of the mercury In the manometer
tube. The quantity of atomI3 oxygen in various stages of the
process may be determined according to the data concerning
magnetism and according to the weight of the solid reaction
products. For this purpose equations are suggested. The values
computed according to them (for one of the experiments) are
presented in table 2. It may be seen from them that the
content
of atomic oxygen in the solid phase increases at the beginning
of the decompositiont ourpaases a maximum at a KO 3
decomposition
of 60% approximately, and afterwards drops to zero at a 100%
Card 2/4 decomposition.

Investigation of the Reaction Mechanism of SOY/20-123-3-26/54
Spontaneous Decomposition of'Potaosium Ozonide by the
Magnetic Method
When the maximum is exceeded, the solid phase contains about
15% of the total amount of atomic oxygen; it attains its
maximum
quantity (up to 25,t) towards the end of the induction period
and at the beginning of the active period. This result
confirms
the hypothesis (Ref 1) regarding the nature of the induction
period which is based on the theory of defective cr stalline
structures. Further experiments have proved thatz a~ the
formation of molecular oxygen forms a first order reaction
with
respect to atomic oxygen (Fig 2). Therefore, a recombination
mechanism is improbable, and a reaction of the oxygen atoms
with
the ozonide ions is more probablei 0 + 0 3- 0 2 + 02. The
further
kinetic analysis displays the same regularity for the
formation
rate of atomic oxygen as that valid for the separation rate of
molecular oxygen: a curve with a distinctly marked
topochemical
maximum (Fig 3). Thus, both of the elementary decomposition
proce sses of KO3into KO2 and oxygen take place mainly at the
phase-separation boundary. There are 3 figures, 2 tables, and
Card 3/4

Investigation of the Reaction Mechanism of SOV/20- 123- 3-
26/54
Spontaneous Decomposition of Potassium Ozonide by the
Magnetic Yethod
5 references, 3 of which are Soviet.
ASSOCIATION: Fauchno-issledovatbliskiy
L. Ya. Karpova (Scientific
imeni L, Ya. Karpov)
fiziko-khimicheakiy inatitut im.
Physico-Chemical Research Institute
SUBMITTEDs August 14, 1958
Card 4/4

KAZARNOVSKIYf I.A.; LIPIKHIN, N.P.; KOZLOV, S.V.
Reaction of free hydroxyl radicals and oxygen with
acetic acid
vapors. Izv.AN SSSR Otd.khim.nauk no.5s956 Yq 163. (MM
16:8)
1. Fisiko-khimicheskiy institut im. L.Ya.Karpova.
(No subjeet headings)

F-AZARNOVD-M, I.- A.
"Recent experiments concerning the reactivity of the free nydroxyl
radical."
report submitted for 10th Anniversary Festivities, Leuna-Merseburg
Tech Inst
for Chemistry, Leuna-Merseburg, E. Germany, 2-7 Nov 64.

FEDORENKO, N.Pl, akademik; SUKACHEV, V.N.,, akademik;
KARAKEYEV, K.K.; FRANK,
G.M.; XONSTANTINOVy B.P., akademik; ASTAUROV, B.L.;
YEFIMOV, A.N.;
SHUMILOVSKIY, N.N.; ISHLINSKIY, A.Yu., akademik;
GERASIMOV, I.P.)
akademik; NA~A 01~Sgyj I.A.j BYKJIOVSKIY, ~.Yo.,
akademik; ZHEBRAK,
A.R., akademik
Discussion of the annual report. Vest.AN SSSR 35
no.3:95-112
14r 165. (MI RA 18 2. 4)
1, Prezident AN Kirgizakoy SSR (for Karakeyev). 2.
Chleny-korres-
pondenty AN SSSR (for Frank, Astaurov, Yefimov,
Kazarnovskiy).
3. AN Kirgizskoy SSR (for Shumilovskiy). 4. AN BSSR
(for Zhebrak).
$

j7

I T. M. Cand. Med. Sci.
Dissertation: "Differential Diagnosis Between Acute
Appendicitis and Renal Colic."
Central Inst. for Advanced Training of Physiciana. 8 Apr 47.
SO: Vechernyaya Moskva, Apr, 1947 (Project #17836)

25930 Kazarnovskiy, I. M. Vnutrivennaya urograftys kak metod
differen-
talall, nay diagnoatiki mezhdy ostrym appenditatom i pochechnoy
kolikoy. Sbornik nauch. rabot lecheb. uchrezhdeniy Moak. voyen.
okr. Gorlkiyp 1948, a. 130-39.
SO: Letopial Zhurnal Statey, No. 30, Moscow, 1948.
77777777q

tel
L~"-heb.
0 1, to "i
:1~17jal ";Ulf,ay No.
FoLcow)

. -1.
25957 Kaza rnovskiy, I. Me Raneniye poloy veny pri nefrektomii.
Sbornik
nauch. rabot lacheb. uohrezhdanly Moak. Voyen. okro Gorlkiy,
1948, a. 153-56.
SO: Letopial Zhurnal Statey, No, 30, Moscow, 1948

KLZARNOVSKIY. I.M.
Renal-appendicular syndrome. Khirurgiia, Moskva
no-5:62-67 Ma7 51.
(CUIL 2 0: 9)
1. Lt Col., Medical Corps and Candidate Medical
Scioncea.

KAZARIOVSKIT, I.M., kwAidat neditsinskikh rAnk
(Koakwa)
Combined diseases of the kidneys In
nophrolithiasis. Urologita
no.1:62-66 Ja-Wr 155. (MLRA 8!10)
(XlDgff 6, calculi,
compi.)
(CALOUL18
kidneys. compl.)

USSR / Pharmacology. Toxicology. Vitamins.
Abs Jour Ref. Zhur - Biologlya, 11o. 3; 19599 13974
Author jAzaraQyzXIy.,_ L. S_.
Inst Kharkov Pharmaccutioal Institute
Title A druG fron, the Wild Rose "Kholokaz".
Orig Pub Tr. Kharikovok. forwtoovt. In-ta, 1957; vYP-
1,
277-282
Abstract No abstract
Card 1/1
V

IRABOVSKIY, N.P. [deceased];
BORISYUK, YU.G.; AAMMIFI.;
SJIMINIXO' V:A-. -- -&APA
Xharkov Phmrmeaeutiqal Inatitate on the 40th anniversary
of the
Great October Socialist Revolution, Aptedelo 6 no.6:10-13
N-D '57.
(KHARKOV-PHARKAGY-STUDY AND TZAGHING) (HIPA lOtIZ)

4
3
GUR17ICH. Y.G.; KAZARNOVSKIT. L.S.; KARAVAY. N.Ya.
Preventing scale formation in distillation appnratus during the
production of distilled water in pharmnciea. Apt.delo 7
no.2:41-44
Mr-Ap 158. (MIRA 11:4)
1. Is Khar'kovskogo fRrmntsevtichuskogo inatitutn.
(DISTIIJATION APPARATUS)

JEME2LUM.-X&J.; WXHVITSKAYA, K.F.; LTSEM. L.V.; PIVMKO,
G.P.;
SMMM, T.A.; SIU, V.I.; SOT1119)VA. 0.K.; CHUEO, O.Y.
Comparison of methods for preparing and ann3,vslmg
infusions [with
summary in lnglishl. Apt.delo 8 no.1:64-71 Ja-F '59-
(MIRA 12:2)
-1. Is lbartkovskogo famatseyticheakogo Instituta (dir.
dots.
Tu.G. Borlayuk) Ministerstva sdravookhraneniya USSR.
(XXTRACTS)

UZARKOVSKIT, L.S.; SHINTANGKIT, L.A.
Influence of ultrasound on liquid aqueous extracts.
Hed,prom,
14 no.3t38-41 Nr 160. (MIRA 13:6)
1. Kharlkovskiy farmateevtichaskiy institut.
(UMUSONIC WAVIS--PHTSIOIOGICAL 1FnGT)
(MUGS-PRESIMUTION)

ZIKOVA, N.Ya. [Zykova, N.IA.]; KAZARNOVSKIYI Lose [Kazarnovslkyi, Los.);
SOLONIKO. V.N.; SHIMYANSKIY, L.A. [hynianalkyi, L.A .1
Preparing extracts with the use of ultrasonic waves. Farmatsev.
zhur. 16 no.4:15-16 161. (MMA 17:6)
1. ~Iarlkovskiy farmatsevticheskiy institute

PIVENKO, G.P.; SUKHOTILINCIVS A.K.; KAZAPIICYISKIY,
L.S.
Planned urriculum for pharmaceutical inStitut-if
(faculties).
Apt. de2o. 11 noo5t48--51 S-0 162, C-1,11k 17-.5)
1. Fhir'kvvvkiy fat,mtjtsevUchoskIy Institut,
v

Card 112
zgl
WON'
A, 115

IAT,nN vtAr'kov ski y ~ar-atnevtir!hoskiv innot ~tu-t
'Khnr~,f-
7-7
F F- F.T. 6~
:.< 1-11
Card 2/2

SFJZGIYF*.'Ko, T.A.; KAZAWIGV.SKIY, L.S.
1-hytochemical study of Acinall thymoldea
m-OP".01, 14
no.201-33 Mr-AP 165. 1g,-1)
1. WirikovsMy farmatsevtAcheskly ~nnt.ilait.
Siibvlt.t.p~
Febriiary 14, 1964.

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Quism1cm A.S.YaNsuovakiv.1 -Sk~ 'Uklk
If and A. A. Rabskor. (Kawfimiennayst 8tal. 1937. No. 7. pp.
taw 19 'e S% of "tall
4E~i 41-46). (in Russian). TWO steels Oon
' of aluminium were u tht
itanew and 3-5-6-5!0 =. &;I( - properties
wro (ximpaml with thow of ailimn ateel containing 3.4-4-10~ of
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vieciriVal Isitilit'dirwe coo
00 Is of the inn tWiser-o-slumininni Pieria 4-lumols,
rtwitible4l tinw, or ow
lase
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more camily
0011 mid-rollett. Thew, stools may therafore bm restariltmi " a
Im"ible
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lasnitintions for 40 0
high-frequency pnerstors.
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go vesintsys, Stal. 193k, No. 3, pp. 37-42). lin Russian)'
1run-nit-kel
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uem jorrpaml "go
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inveptigaleti. *90
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vartium IS*
imml atull tho allovs were ma4le by melthw itt a MiAg.
00 A II.F. indtirlitin latitymtory fut;riave. The ingiitA were
ftirgctl into
00 dr Ivilleta 20o x doo x ZI min., %hich wen- hot-ndlr4l down to
Ilwet
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thiA. see
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11iftunplit. 0
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00 50,'50 Mcked-iron 000-3.000 83,Mxl GO,(")
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law*
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maxiIIIIIIII zoo
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of tilt
%ork them was an much aii &)% of scrap, cuml t1ifis matle thr
oist of
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DO too
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AiLhii.iv

I-Alept k0j" 1"C' No. '1. 41-5.. n, 'Its At"I HIAX.

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L -
UY)40VSKIY. A.S., professor, doktor takhnichookikh nauk;
KAZ&UOVSKIY, A.Sh.,
inshener; KIM. 1. 1. . inahener. -A~
Pressed magneto.. Test.olektroprom. 18 no.5:19-22 147.
MRA 6:12)
1. Nnuohno-isolodovatellskiy Institut MV.
(magneto)

KAZARNOVSFIY. Tj Shs
"Pressed Magnets." Thesis for degree of Cand. Technical Sci. Sub
28 Jun 49, Scientific
Councail of Sci Res Inst. Vinistry of Electrical Industry USSR
Sirmary 82, 18 Dee 52, Dissertations Presented for Degrees in
Science and Engineering
in Moscow in 1949. From Vechernyaya Moskva, Jan-Dee 1949.

KAZAREOIISNTY, L. Sh.
"Development of MaCnetic Matedals," Elektrichestvo, No.6, 1949
W
P

00 'r 'T.
00
06 a
00 21
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ate Its
too.
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IT,0,69,00966iO900009000
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in xmsim-uw iv~tsoa walk cunmw with
the F*-Ni-A) SHUY PwwwrAst OWWO PrwlWd hY
powder mt&uwv. Symom of this kind. wrtsisfins
n-Wat6usIty h-d MW a Wa4mvictic rhaw.
oft PMA. (3) two ddkml mrj
in=. Ramnem a" dowly x
lod force H, we I mam-d as A-410113 Of
com(madom Nosittily rado of AM). It
'T
/was= " t1W imcmm O(OW Coamtralkm of
t pewto"Ingik. r4ase. wWk mdaing the mmone"t
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to itse hard-" tweed Kyown the Im'"at Of the
soft phase mim" both 4 mW He A difixt Pr-
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v4;:

USSRII'Fhysics - Magnetic Materials Max 52
"Calcuiation of the Magnetic Properties of
Macrohet-
erogeneous Magnetically-Hard Systems," L.
Sh. Kazar-
novsk-4y
"Shur Tekh r1z" Vol 22, No 3, PP 5-3717-542
Oives a method for calculating the coef of
self-de-
wgne,t.izatton of me roheterogeneous
magnetically-
hard systems Zra-Uthor's term for pressed
or metal-
plastic magnets made by pressing a powder
consisting
ef a crushed high-coercive alloy and a
non-magnetic
binding material7. Also obtains dependency
of this
coefficient upon content of ferromagnetic
phase
244TIO4
gives a method. for constructing the
hysteresis loop
of such magnets. Submitted 10 Sep 51.
244TIO4

T
XMIT-711, Isaak losifovich; PLIT+USHTII. Vasiliy
Sergeyevich: KAZ,,IWOVSKIT,
L. Sh, redaktor; FRIDKIN, A.M. takhnichookiy
redtdctoz:"-~-
[Testing ferromagnetic metarials; magnetic measurements)
IOP7ta-
niia forromagnitrqkh materialov; magnitzWo izmeroniia.
flo5kva,
Goo. energ.izd-vo, 1955. 240 p. (MLRA 8:8)
(Ferromagnatiam)

AID P - 3450
Subject
USSR/Electricity
Card 1/1
Pub. 27 - 17/32
Author
Kazarnovskiy, L. Sh.0 Kand. of Tech. Sci.
Title
The new standard for
electrical sheet steel
Periodical
Elektrichestvo, 10, 63-66, 0 1955
Abstract
The author compares the old GOST 802-41 with the new

GOST 802-54. The new
standard includes ordinary

hot-rolled steel and cold-rolled
magneto-anisotropic

steel. The marking of steel types is numerical

instead
of by letter. The assortment of sheets is

greatly enlarged, but some little
used size3 are

dropped.
Institution
Scientific Research Institute of the
Ministry of

Electrical Industry
Submitted
Mr 14, 1955
.7. 7.

pi

KAZMOVSKIY, L4Sh,$ kand, tekh:u, nauko, LBONT'TXVI Ts.T.s
inzh.
7-
------Aat&-t-ic el~ectrM7mmic coercive force motor, That*
slaktroprom.
27 no,.8t-?7-31 Ag 156, (KLRA 10:9)
1. Nauchno-issledomtellskiy imptitut Kinisterstva.
slaktrotakhai-
chookoy promyshlonnosti. I -
(XWstlc instruments)

USOV, Vladimir Vasillyevich; ZITHOVSKIY,.Aleksandr
Semenovich-,
--MARNOVSKIY, L.Sh., red.; VORONIN, K.P., takhn.red.
[conductor, rheostat and contact materials]
Provodnikovye
reostatnys i kontaktnys materialy. Moskva,
Goe.energ.isd-vo,
1957. 184 p. (Metally i splavy v elaktrotakhnike
vol.2)
(MIRA 11:1)
(Ilectric engineering-Materials)

Call Nr: None given
AUTHORS; Zaymovakiy, A. S., Chudnovskaya, L. A.
TITLE: Magnetic Materials (Magnitnyye materialy). V01. 1.
PUB. DATA: Gosudarstvennoye energeticheskoye izdatellstvo,
Moscow-Leningrad, 1957, 224 pp-2 8,000 copies.
ORIG. AGENCY: None given
EDITORS: Ed.-In-Chief: Kazarnovskiy, L. Sh.; Tech. Ed.:
Voronin, K. P.
PURPOSE: This monograph is intended for engineers and workers
in the electrical and instrtment producing industries,
az well as for metallurgists, metallo-physici-sta and
met'allographers.
Card 1/ 10
Magnetic Materia.18 (Cont.) i1nij gl.Ver,,
dOVERAGE: The book is devoted to problems of IV-he properties of
metals, alloys and compositiona and to their behavlor
under operational conditions, zi-nd to the effeat on
their properties'due to componition and prooessing In
the consumer plazts. Vol. I datieribes, the ganerall laws
which connect composition aid st-ructure with magnetic
properties of ferromagnetic matorls.!B e-nd the more
important industrial magnetic alloys: techunically pure
iron, electrical sheet steels, and special alloya,
such as Permalloy, Permendur, A11.11fer, ferritea.,
magneto-dielectrics and alloys Fuid c=positions for
permanent magnets. Structural material u,-3ed in electric
machinei-j and apparatun is briefly discui,3ed including
carbon and alloy steels as well as nonmagnetic ateels
and cast iron. Vol. II will deal With materiale for
conductors; rheostats and contacta. Soviet and foreign
contributions are noted. The following Soviet scientists
are mentioned in the foreword in connection with their
valuable contributions to the field of riagnetisn:
Akulov, N. S.; VonaoVakiy, S. V.; Kondorskiy, Ye,I,;
Landau. L. D.; Lifshits, Ye. M. References are given
at the end of every chapter except Ch. 2. There are
235 references, 135 of which are USSR.
C ard 2/10

AUTHOR: Kazarnovskiy, L-Sh. , Candidate o f Tc:c',i--*c--1
TITLE: Laterials for the Rotors of liiysterosis 11-Aon
(EZ:-Lerialy
dlya rotorov bisterezis!qkh c lektrodvii,at e ley)
PERIODICAL: Vestiiik Ele'.:tropromyshlennosti, 1~53, Vol." 10-1,
48 - 5G'~USSR')-
LBSTRACT: Uiitil recently only low-po%,.,cr hysteresi-s
.,.otor~; %?.-ere
nianufactured in-the USSR. Extensive dove lo pme nt!~ in
uutoll.ctics
aiid telemechanics make it necessnry to compleLe thc
dcveloj~lxntu
of a series of synchronous I-,ystcresis motor-c of out.-puts up
to
100 IM at 1 500 r.p.n. and to cotVence their 2a-- ro duct io n.
The conditions of operation of r-3-r,-ret-Jca1lY-h--.rd
:.-.oterials in
the rotor of a hysteresis motor are ouitr, dill.ft-rent fro.-Ii
those
of permanent ma[,nets used -iii synclxonous i'.L)t,)rs- '11eref
ore,
the usual criteria of desirable properties do --ot apr'ly. The
first attempt to forp-,ulate the reruirc-,.entus for aterials for
hysteresis inotors rere i:~ade by Ja,~chke; Roters and
Kolkie%~:isz
did not czarry the question i:,Iucl-- further. 11-c
re(,uire:--,c.'1ts are
formulai-ed in the most detailed by Gorzhev~;kiy (VeStni'V-1
Ble',:tropronnyshlennosti, 191-//, No.8). The --presont article
1--ake-s
a coLlparative evaliiation of aaCnetically-hard material ar
ap-plied to the i-orc. coZzli on desiFn of riotor in v-hich the
rotor
(;ardl/5 is ;;-.ainly subjected to cjclic
re-.ma!--netib--t.-'Lon il-. -a sy--. etrical

Materials for the Rotors of Hysteresis L..otors 110-1-11/1C)
hysteresis cycle.
The first criterion of the naterial io the shape of the
hysteresis curve. Ideally, the cycle should be elli-tical;
the nearest practical approach is a paralloloCram the
steepest possible vertical sides and LnEles near 90 Three
other criteria are given, the last of which is the B/H curve.
The four criteria taken toLether are called the hysteresis chara
cteristics of the material.
As there is very little published data about the hysteresis
characteristics of uaLnetically-hard materials, the authors
investigated a number of materials and also reviewed available
published data. New methods of heat-treatinG knovin naterials
were developed and new hiGh-coercivity alloys tere developed
in the iron-nickel-aluminium-cobalt-copper series for use in
the rotors of hysteresis motors. The ireasurenents and heat
treatments Yere done by A.A. ACafz)nov and A.I. StroLanuva.
The first Elaterials considered are -artensitic steels, the
characteristics and properties of %%-hich are ~,ivc'-) in Teble
1
and in FiE;s. 1, 2 and 3. The bect Leat-trOLtLe:-tts for
chro.,ie
steels were doterjidned. The best field intei-,sity for c.'xoi.c
steels is in the range 70 100 Oe. Tun,r-sten steel E7B6 is in
Card2/5

Materials for the Rotors of Hysteresis Motors 110-1-11/19
all respects superior to ch:-ome steel. Cobalt' steels are as
Good as tungsten steels, but the best field values ure hiCher
and in the range 100 - 550 Oe, de-.,endint: on tLe cobalt
content.
The hysteresis characteristics of hi(,.-.h-coercivity alloys of
the system iron-nickel-aluiiiinium-cobalt-cop-.~er are given in
Table 2 and in Figs. 4 and 5. The data shows tLat the usual
high-coorcivity alloys have very hiCh hysteresis losses. Brief
mention is made of the influence of cowposition on the loss.
Investigations were made on cold-worked ma -netically-hard
alloys,
CODDer-nickel-iron alloy has lor4~ been usea fm,permanent
maCnets. The author's tests on alloy LIX H gave similar results
(see Table 3 and FiEs. 6 and 7) to those obtained by Jaschke
on similar alloys.
Alloys of iron-cobalt-rolybdenum w-ere -,~,tudied in detail by
W. Kdster and others. The best results were obtaiiied vitl-
alioYs Of 15 and 17.5% molybdenui;.. The h3~steresis character-
istics are given in Table 3 and Figs. 7 and 8. Alloys of
iron-nickel-manf-.,ane2e reouire cold workin- and, thercfore,
can
oa"Ly be used in the form of cold-rolled SI.eet. A study was
r.ade. of t1le influeiice of anne[ilin(l'Hysteresis
chLroctcris'Zics
.re given in Table 3 and in IriCs. 6 and
Uard3/5

Materials for the Rotors of Hysteresis Votore 110-1-11/19
An alloy of iron-cobalt-vanadiun is one of the mo.,,t easily
work,ed raterials for the manuf~-cture of peri,anent
-niat';:nets.
140,%,--ever, the first attempts to use this alloy for rotors
of
I..,ysteresis motors were unsuccessful. Astudy was, tLerefore,
i..ade of the possibility of modifying._, the h,7steresis
character-
~z;tics of the alloy and an appropriate heat treatment was
devised. Datanbout the hysteresis charactc-ristics of the
alloy are given in Table 3 and Fi-s. 9 and 10.
A com-~,,arison is then made between the merits of the
dil'ferent
alloys. Magnetically isotropic alloys Etre of benefit only
i
, t
r, wo pole motors; in other cases, the anisotropy is of no
advantage. The comparative evaluation of the materials uhich
JLs Siven in this aAicle is based on criteria v-hich have not
been fully proved in practical experience. Moreover, the data
of different authors sometimes differ because of different
reasuring procedures and the small nu,-,,iber of results.
There-
fore, the investigation of -romisin- raterials should be con-
sidered in more detail. An account is civen of the ease of
manufacture of the different materials considered. Finally,
an analysis is made of cost and supply position. The choapest
and most readily available materials are chrome steels.
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Materials for the Rotors of Hysteresis Lotors 110-1-11/10"
Tungsten steel is about fifteen tircs tl,-.e ~-TJLCC of
cLrD:,c
steel. Cobalt steals are still vore expensive ond m.rce.
The other materialo are similarly analysed in turn, -,--Jith
the
conclusion that the j" 'ost ex-,ensive and ,-,c,--.rce
alloys- ---,-e th:)se
of iron-cobalt-vanadiur con'-aininE.- 52'L of cobalt.
There are 10 fiCures, 3 tables and 7 refc.-ol-ces, 1 of
-.-..-hich s
Russian, 1 EnL;lish and 5 Gr~rcrm.
ASSOCIATIOv- IIII Mil
SUBMITTED: May 6, 1957
AVAILABLE: Library of ConL~res,j
Card 5/5