SCIENTIFIC ABSTRACT ASHKINAZI, A. L. - ASHKENAZI, Z.K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102330002-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

Modernization of Die-Forging Equipment SOV/5658
on Problems in the Modernization and Operation of Die-Forging
Equipment, held in November 1958 in Leningrad. The Conference
was called by Leningradskiy Sovet narodnogo khozyaystva,
Sektsiya
obrabbtki. metallov davleniyem Leningradskogo oblastnogo
pravleniya
NTO Mashprom (Leningrad Council of the National Econo:iW,
Sectlon
of Metal Pressworking at the Leningrad Oblast Board o.V the
Sci-
entific and Technical Society of the Machine Industry) and
Len-
ingrad3kiy mekhanicheskiy institut (Leningrad Mechanical Engi-
neering Institute). Actual problems In the modernization,
oper-
ation.. and repair of die-forging equipment are lescribed.
Ana-
lyses are provided for problems involved in the mechanization
and
automa:tion of die-forging and stamping operations. Also in-
eluded are practical data to be used In the modernization of
equip-
ment. No personalities are mentioned. There are 59 references:
56 Soviet, 2 German, and 1 English.
TABLE OF CONTENTS:
Foreword
3
Card 2/8

Modernization of Die-Forging Equipment 30V/5658
Ch. I. General Problems in the Modernization of Die-Forging
Equipment
1. Basic trends in the modernization of die-forging equipment
(V. B. Gordin, Candidate of Technical Sciences) 5
2. The requk~ements for die-forgin~; equipment (A. P. Ivanov,
Candidate of Techninal Sciencesjl 8
Ch. II. Modernization of Forging and Die-Forging Steam Hammers 18
1. Hammers and their role in modern die-forging equipment
(Z. M. Ginaburg, Engineer) 18
2. The modernization of steam-distributing devices of hammers
Candidate of Technical Sciences, and
1. I.-Kozhinskiy, Engineer) 19
3. Modernization of hammer control and drive (A. L.
Ashkinazi, Z. I. Ginzburg, and K. K. Yelcimo~-,--Yngineer) 26
4. Olo-de-rni-i-ation and repair of fowi~dations and anvil blocks
of hammers (Yu. V. Belyayev, Candidate of Technical Sci-
ences, Z. M. Ginzburg, and I. I. Kozhinsiciy) 31
Card 3/8

Modernization of Die-Forging Equipment
5. Modernization and repair. of
Zhivehikov, Engineer, and I.
6. Modernization and repair of
rods (Z. M. Ginzburg, V. A.
A. M. Kaznacheyev, and'M. V.
7. Modernization and repair of
8. Lubrication of hammers (I. A.
and A. I. Kaznacheyev)
Sov/5658
hammer frames and guides (V. A.
I. Kozhinskiy)
hamirter cylinders and piston
Zhivchikov I. I. Koz~inskiy,
Tilinskiy~
ramB ( 1. 1. Kozbinskly)
Gorbunov, I. I. Kozhinskiy,
Ch. III. Modernization of Steam-Hydraulic and Hydraulic
Presses
1. Modern trends and the outlook for modernization of hy
draulic presses (A. L. Ashkinazi and V. B. Gordin)
2. The ways for decreasing the weight and overall dimenoions
of hydraulic presses (Yu. P. Kyzlko, Engineer)
3. Modernization of steam-hydraulic "United" 2,000-ton for -
ing press (B. P. Vasillyev and V. A. Yelezov, Engineersj
4. Automation of steam-hydraulic "United" presses (S. F'.
Molseyev, Engineer)
Card 4/8
38
41
50
53
56
56
58
63
Irl

ModernIzation of Die-Forging Equipment SOV/5658

Ch. IV. Modernization
of Mechanical Crankshaft Presses

78
1.
Basic methods for the complete
modernization of crankshaft

presses (M. A. Goncharenko, Engineer, and
V. D. Lisitsyn.,

Candidate of Technical Science,,s)
78
2.
Modernization
of the drives of mechanical presses (A. P.

Ivanov and V. B. Gordin,
CandIdates of Technical S-Aences)
87
3.
Modernization of engaging and
disengaging mecbanism;3 of

crankshaft presses (V. A. Zhiv(,hikov, A.
M. K&znacheyevj-

and V. D. Lisitsyni
89
4.
Modernization of control
system of mechanical presses

(V. D. Lisitsyn)
100
5.
Modernization and
repair of Individual subassemblies and

parts of mechanical presses (I.
I. Kozbinskiy, and V. D.

Lisitsyn)
108
6.
Modernization of mechanical
presses for the purpose of

protecting them against overloading (Yu. M.
Buzikov, En-

gineer)

.7.
Safety technique in the modernization of
mechanical

presses (V. D. Lisitsyn)
129
Card
~/B

Modernization of Die-Forging Equipment SOV/5658
Ch. V. Modernization of Horizontal-Forging Machines
[Upsetters],
FercusInion Presses, and Shears 133
1. Modernization of horizontal-forging machines (V. A.
ZhIvchikov and I. I. Kozhinskiy) 133
2. Modernization of power-serew percussion presses ( 1. 3%
Kozhinskiy, and A. M. Kaznacheyev) 141
3. Modernization of eccentric shears for blanking o eratlowk
(I. I. Kozhinskiy and V. N. Cberkasov, Engineer3 1411
Ch. VI. Mechanization of Forging and Hot Die-Forging
Operations
in the Modernization of Hammers and Hydraulic Presses 3.49
1. Mechanisms and equipment for forcing and die forging on
hammers (K. K. Yekimov, Engineer) ]_~j a
2. Mechanisms and equipment for press-forging (K. K.
Yekimov.,
and S. P. Moiseyev)
Ch. VII. Mechanization and Automation of Stamping Operations
in
The Modernization of Crankshaft Presses 160
Card 6/8

Modernization of Die-Forging Equipment SOV/5658
1. Trends in application of mechanizing and automatizing
devices
in the modernization of presses (V. D. Lisitsyn and M. A.
Goncharenko) 16o
2. Mechanical devices for feeding band and strip stock (M. A.
Gutnik, Engineer, V. D. Lisitsyn, and Ye. S. Nazarenko,
Eingineer) A3
3. Mecbanical devices for feedin plece-blanks (V. D.
Lisitsyn,and Ye. S. Nazarenkol 177
4. Fully automated (production) lines (E. E. Roytershteyn,
Engineer) 186
Ch. VIII. Experimental Investigation or Die-Forging Equipment
191
1. GDneral sequence for the calculation and design of ma-
c*hines in the modernization of dile-forging equipment
(A. P. Ivanov) 191
2. Basic problems of the drive-system dynamics and of the
automatic feed of stock in the modernization of presses
(A. P. Ivanov and Ye. S. Nazarenko) 193
Card 7/8

'Modernization of Die-Forging Equipment Sov/5658
3. Methods and means for the experimental investigation of
die.-forging equipment (V. I. Zayt;sev and M. P. Pavlov,
Ciuldidates of Technical Sciences) ?Q3
Bibliography 223
AVAILABU',- Library of Congress
VK/wrc./ee.
Card 8/8 11-7-61

-A#H~MAZJ,S~A-Ls
Justification of the seoond lav of the:modynamics.
Insh.-fiz.
zhu-.r. 7 no.122125-126 D 164 (MIRA 180)
1. :rnzhenerno-okonomicheskiy institut, Leningrad.

FRM4KEL', Yakov Isaakovich; ASH
AP!AZ~,_j. - _~ed-
[Ways of saving electric power for the
production of
COUrDressed air it piston compressore] Puti
ekonomii
eleictroenergii dlia proizvodstva szhatogo
vozdukha v
porahnevykh komlressorakh. Leningrad, 1965.
29
(MIRA 18:46

ALEKSANDROV, N.N.; ASHKINAZI, A.S.; KOCHERGINA,
A.V,
The GUTe-6 hydraulic giant unit. Gor. zhur.
no.5t4O-44
My 164.- (MIRA l?v6)
1. TSentrallnyy nauchno-iseledovatel'Bkiy
gornorazvedochnyy
institut, Moskva.

ASTIKINCI, A.S.
Drilling prospecting trenches and ditches with Jet equlpwnt.
lte,zved. i okh. nedr 30 no.12:31-34 1) 164.
(141RA 18W
1. Mentral'My nauchno.-Issledovatellskiy gornorazvedochnyy
institut tsvetriftht redkikh i blagorcdnykh metallov.. Moslcva.

ASHKINAZI -A_je_.__XOVALISKIY, K.V.1 VULIMAIT, G.L.,
red.; KODKIWD, I.I., red.;
LARIONOV, G.T99, tekbn. red.
[Liquid-cooled turbogeneratoral Turbogen-bratory a
zhidko,3tnym
okhla2bdoniem. Moskva, Goo. energ. izd-vO, 1958- 10 P-
04IRA 11:11)
lo GosudaretveaVy treat po organiretaii i
ratsionalizataii
alektrostantsiyi Moskva.
(Turbogenerntors--Coolin,g)

ASHKINAZI
Outlooks for the development of the electrical enginvering
industry
in Armenia during the seven-year plan. Yest.elektroprom. 31
no.6:1-6 Je 160. (HIRA 13: 1
1. GlavW inzhener Upravleniya elektrotekhnicheskoy L priboro-
stroitellnoy promyshlennosti, sovnarkhoza ArmSSR.
(Armenia--XLectric Industries)

LLSTIKOVp M.., insh.;_. A"W7"A" t#-B&p,inzh.-mekhan:,Lk
(Baku); BELENIKAYAp
Lop Jibusho; 9 A,j ZATf8EV, V.; OHERNYATEVICRt K.p takhaik-
eU~-ik.
I catedl created, introduced. Imobr.i rate. no.1 28-30 Ja
IT INIRU411)
la Byaro ratsionalizatorov i isobretateley Pskovskogo
oblastmolgo
upravleniya mentuoy promyshlennosti (for Lastikov). 2.
Nachal"nik
Byuro ratsionalizatorov i isobretateleyo Leningrad (for
Znameaskiy),
3, Starshly inshener Bypro rattvionalizatorov i
isobretateley
Dallnevostochnogo, Wokhodstvap Vladivostok (for ZaAsev).
Dneprodnerabin 14y asotnotukovyy savod (for Chernyatevieb),
(teabnol4kical innovations)

AGH 1,

In". and S. P. Remmov.-Pp
MiMlr

i 17-24.-A theortOW discuuku and crit. W)ab

proth-M 4 Wit amity
h~" Get
i
d
B
C
i

o
#r
Lekrr ma AdurPl
surmhen
lits (
A:
I
idit
h
b
I
&
U
b1
11

m
t
at tzc
s
zw
e
iugt ac
a to ftp
;
y
vi
47
C el 0
f Ch
A
65DN
y (C

.
ews o
erw
.
; -
,
142402a) that exchange ju is respan.1we 101i

Cot2cluslovi Them is no
proof that Al Is the 0~,hlel

b ytic siddity and hence of cxclMnSt
acidity.
d"

7

7

fff 11 111 A WI I T -A 0
Jk~ ~111-LA-A-i --- I I li Wil, v ;
Q L
A
-If- K I
0: , ?~
A
C,
'j"It as a function of the charge com-
a Spedile pickup of
poWdm 0. Wt. AsnKmAzi AND L. G.
Meble i KCMw.,*FTlOj 3:7 (104fil- Ivixfortion dAIA ixf window.
00 plants for a 41jo-year twrkxi avrt -tudint The plant, uv4l
.00
9111
CbArIft0f IMS11114tt, lOtOlI)WkU,
Iola. A nomograph was constructetl shoving tlxiific slickutvt% a
lanct lon of charge catntodt [on and melt Ing t esnix-ra t urr.
Cideu.
lations were lak-41 tun a charge containing Nuespar admhturv and
fed hi hatch piles For a charge withiAll fluncs1w, the pickup
ago
v%lur% are Inultipli"I Ivy 0.9; fix thin It)mtf charging. the
pickull
sell vKhtes, are mull liffird by 1, 12 The nivniqlrAph mArt it
1wh,oldr too
to analyze tank olwations with an Accuracy *uffirient for
practi.
4*41 putpows. It Z K also
AM
Goo
XOSI
weitt
It
[ii-I L too*
411 a. I L A IIIIIAtLUNSICAL L"f#AlvRI CLUSIP"11"
IL
IIe;W6"iii;W - . 7 woo
t Mob"
An i I I 1W 0 4 0 1 V 04 S 0 1 1
U Is At Io ntoft*wxotupt ~M it
0
GA.
01 ~99 0
W,
JIM

19999966 -
91166041141141144 ******1*** 0 i I ,
I 1 4 ' I ' ' 4 15 " .1 4 ." a 41
F - A.-A I - I- CA -1-1 A A-4-1-it 1. J-JL~
&"V-0q'f1*O(0 - .. .
'IKS-M Ki N
0 A
:
oo
too
so I DKWC thood" of i0aft in dke F&W"ait-dwMel. c.
M. AiummAm. H. V. ZHUMOVIdUt. AND WG S1KPA%MNX0,'
00 r
Wrkla'i Keraw., 61313-9 orating was
0* undertaken to combitt stritako and The
rtwfo&s (3-In. steel tubes) were immersed to a depth of,
0 Wem. It was possible to attain complete isotliermy of thin.
0: nwit untlerthedrWitusewithatolsl injempersture
: In ibis itone of 30'~ Tnupersture distribution along the
depth of the melt In the prebestinir chambersian% consider.
ablT ved. Tempentme difference Wivreen the,
sn' !,17 irdepith of M em. was nAtwrd fnmn 11W
d
00 13 (original lemperaturr) to 111M, Equalization of trin-1
00 - peraturt was ranted by a 18* to 20' drop it the upper.
levels and a.10' IqWriwat a depth of3otolhem. Atm.
00 V depth or A% crn~ the temperature row from 911D' to I(OV.
thus eliminating the tly of crystallhation. De
comprIcala.".11minated,
and i4tvaks were
vitrification was
consWerably rieduced. Temperature cur%vt atid a schr-
matic diagram of The clectirkal symem juv given,
ASO-SI'A 0416LtbecicAt L1114OWCCLASSIFOCAtt" c 1-
7 Z,:,
4410911 a# Ong 0.1
"W' ~ 11 -4-11-T.
0 0 0 0 a
io oil, 0 0 o 0 o 0 0 0 0 0 0 0 6 0 41 0 41 0 to 0 6 0 e 0 to 0
9 0 0 0 9 0
19 0-9 0 0 0 0 0 0 0 0 0 * 9 0 0 0 0 0 0 40 0 0 0 0 0 0 0 0 4)
0 0 6 0 & 0 &
f .09 0
*a
I**
"90
loo
400
me 0
400
coo
Moo
P110%
goo
goo
moo
owe
too
boo
100
too

41 a as a 43 a 0
IR
FOOCtlits AND people as DE-
L%cftk lasaft of iftsessel"aill ill the asseatki" C"Al at the
Ptablarill6laisswililLOIL G. M. A111111,111M.A. DAWIMAN. AND
got Stchlia i Kivelar.. 6 191 S-10 (1940).- gatialis distri[but
Ion of the electraidest 1. in preharaling chtintv" ago
son Him-irk beating of the canal Incressives pickup and
improves the. For single phaw itupitly. the tarnillefaturr
gradsent ill a ill lith of
quality all libeirl glc~ The detrernivaing Jac-Ion of gontil
electric 0.13tow-Aim. - tmawAnlp~lan,j 7,If - IwAirs, , -00
beatiux air * littilirt System lat freiling the "Ifflitit
4111111 (WrtiPt the tClIlIVIAlUIV At It 7A III WAS MUT 11 -
1-41 1 '100
a Allilletarr alhl whAdc At Ili,- PtOrtatil UtAtilawlAillat
both 92.%* it - lilt Alh,o. All'ithoul rim-stir am.,Allitic.
Ill" R*t.ll.L,,t .99
it
j~j milliv -ind I Ill vv lit 44w omplillarai West uw ; law the
lAtirr.3 single. twat the mitface itas 25* atill Ills, it
ra.11M, e
phaw stAtitharithii striv jiiint4l. Cutivill driliallY %its
lite-isurval to 9111T, A vi,nipli-Irly im,ohiiinal nich V%.iSl
11-tsini'l As .4 %D0
lay A Specially dr.illull dril.1111virr ritusloing (it a ran[
and twits clelith awl ww its wo tit' I lint Wait hill 44 Clots,
:1 11.11,11t Old voo
00 4 Ill 11111% lival rmi.wll SttV; 1114tr% 114aitil"Iml
linfUjill ItIVACh jervillerawtv almis lite 1,-I-lh %,.it
uhitw-41 Fill Illi- thi-
tillirl al A Ilkl"lliv tit Ili lit 12 111111 01111 tinklitCh-41
lay ilikilbit'll 1111411a mallilly. Ill'till.111hill .410
It-1111" 1.11 gals. Ill .111 tim,
I &lilt inall t ctlitkil kadii I's it NIC44190*1111-111. WVIV
Illiachinvil ovir not Tile Inch it.i. 14- i-ibrinid 16 G;* 0
00 3 InAlle it, A 'tc-litis of 7.3call.. items tile left 111r.
near the rixill Shle, than till thi, ph.- viiti,-w. Imt it 900
00
atalf lit the middle. A lit 14 Ith t-4-talik, -Aa- ,intilatly
insuirriled tile tenill(ldfull' Ailing lilt' "11.11C 'Allith Of
till' VA11,01 111, 1 m.4 I are 0
Single 1,114W tility WAN linlilml it) Illachille N.I. 41;
Ifivar-plause voicirticy, el"llbillml Willi I.I. hi-Alillit M
Ow flatim-. ".11 Wilt -it
00
study int-ludmi sitarlshirs Not. I. Il. land The inont advania.
tit it I K see
see
we*
be 0
%**
too
too
-is.
too., SIT454-
all, It am O.v 1~4
Iff so
U it AV 10 Is
it le, N K It W It R
R a a wee
is N ~..
so 0 * * : b a 66
:0110 1 0 0 0 0 0 : * 0 o o 0 0 0 0 Ills Wo 0 0 4

ti t
A A
L
j
4

wit
t ftert
1 vt fit
1
FT 1

~
-
-J-1
.
4, M- I
,
.
.
CIMS At* 0100161.0% t-1 I
K UJIUd
RUA

00.
-
,

00 A
, ;
I
1
1 C

.

-

Impm6g tU olitka fit sheit glazi It I eloctrk heating at
the

MWIL N1 U. STIMANICKKO. COLAwKINA,41. AS-11 L V CHUNK
-

VATILINK0. UrkJoiKerawJ
1213609,M) F.Irvitktivatingof
'
I
I
k
l i
*

~ fr-atho
A%svoi
n i
the "Sell ItW One am"th at I
ro
CIAtil S
Y

miuctloo of streaks anti drvitrilication, The optinium condi

tiousare b5toM v. at the electratlessotl avorrent xter"Sth of
1411

to 100 omp The electric heating lavvi-tril the Irmprraturv
di
I
l
l
h
h
d d
f
f
h
i
h
h

o
e Ine
e w
an
e ramil
root
ent
n t
t a
ong t
tit
t
gra
ept

004),

3116 to 2-3% aml the temperature in the depth a( the
tacit in the

'
'

00

00 .3

. The m-)%t advantAgeous diori-
working canal rose 35
to 40
-

:
*01

bution of the electrodes is directly Ixfoi
e the I"ISrwall in 1h,,
working chambm. for both direct anti ran-4vulive leviling of
the

tnell. M hrails of the electratles, 1191 non. in dianivirr.
art-

immertied to a olepth of.VX) to 3,50 miti. Poot the mofarv
and '2401

low. from the hiner wall of the canal. The coniumption
of vIrc-

tric energy I% Atinut 10 kw,.hr. per lill sq, in of
qIj,,i Traipera-

tutv curves with and without electric lk-aling
are th-ru Cf

0

Cryaw. .1hapalls. low July. it. 1411h. It K.

0

too

8

SITALLbk(KAL WERAT41011 CLA 11FICATION

-
-

1

a 00
1
it

oba.,
1,jiv.
j
77-

- --W
a
t

too.. v
.
*09

U AV NO At

o
I.Job) .0 4.V
;
41,1111CM
'
& a
bills, aft 0.1 it,
u-;;T
-i 1 0 W 0 w it v a a

10
'M
3 a v

W it

tv
1;
Ka
4

10 : *

0 e
0 * 0 e 0 * 0 0 0

P.
1 :2

to
tO
E-i
A-UMIXedialne - Itygime and Sanltafton,,
May 3.948
Military
MsOofte ~ vmeraea Disease
"Study of the Medical and Sanitation
Consequences of
the War and Their Countemeasuree,w 1. G.
Ashkinazl,
0016 1 San" Vol XIII, so 5
%14"-w
Fourth coof arenoe cc the abov's
'W&F, 2:
by 'WAO Comission of Presidium and the
liwtitate of Public RmIth sad Medical
Histmy, Aead
Sol U9M. Gives brief sumw7 of the apeeoh of
each
d-0,10ga". Amcag disowes mmUmed: typhus,
mal laj
V~weraal d1sease, and tubwoulosis. Reports
vere raW
707W
=a/madicine - Arglane and Sanitation, may
1948
Military (C
cc conditions prevailing In Tarlous
var-scarred re-
Sibna, e.g., Noldovia, Khrella, VlAalngrad,
and
McraInA* SSR.
t4
4 7OT88

ASHKINAZI:, I.M.; GOLEMBO, V.A.; POMPEYEV, V,.M.
Semiconductor voltage stabilizers for measuring networks.
Avtom. kont, i elek. izm. no.2z83:-96 160. (MIRA 15:3)
(Voltage regulators) (Electric measurement3)

ASHKINAZI, I.Ya.
Hypersplenism; a discusaion of the article by M.M.
Tashinskaia,
and M.P. Urinsomp *The influence of the spleen on
hevatopoiesis."
P~robt.gemat.i perel.krovi no.9t23-27 162. (MIU 15112)
1. Iz 2-y terapevtichesIcoy kliniki, (zav, - dotsent
G.A. GDlIdberg)
Novdkusnetekogo gosudarstvannogo institute. dlya
usovershenstvo-
vaniya vradhey.
(HYPERSPLMaSM) (EMPOISTIC SYS7EM) (SPLEM-YESEASES)
(TUSHINSMAp M.H.) (URINSONs M.P.)

ASHKINAZI, I. Ya.
Cand Med Sci - (diss) "Role of the spleen in changes in the
composition of blood in splenomegalic cirrhosis of
tbelliver.
(Clinico-ex-Derimental studies)." Leningrad, 1961. 20 pp;
(Lenin-
grad Pediat:rics Med Inst); 250 copies;price not given; (KL,
6-61sup,236)

ASHK ~AZIjL- Iola. (Leningrad)
Influence of the operation of portacaval anastmosis on some
I howtopoietio indices in patients with liver cirrhosis.
Terap.
w-kb.. 33 no.3-109-45 161. (MIRA 15:5)
lo. 3z kliaiki propedeytiki vnutrennikh bolezney (zav.
-deystvitell-
nyy chlen MIN SSSR prof. M.D. Tushinskiy) I laningradskogo
meditsin-
skoe-o instituta imeni akad, I.P. Pavlova.
(LIVER-CIRRHOSIS) (PORUCAVAL ANASTOMOSIS)
(HEMOPOIETIC SYSTEM)

ASHUNAZI, I.Ya.
Change in hemopoiesis in congestive splenomegaly with and
without
denervation or the spleen. Biul.ekop. biol. i med. 49
no.2;46-50
F 163. (MIRA 1415)
1. Iz klinik.1 propedevtiki vnutrannikh 'bolezney (zav. -
deystvitellnyy
chlem AMN SSSR M.D. Tushinskiy) i kafedry patologiche;skoy
fiziologii
(zav. - prof..M.M.Pavlova) I loeningrads'kogo meditsinskogo
instituta
imen.1 I.P.Pavlova. Predstavlena deystvLtel'nyr4 chlenom AMN
SSSR
m. b.,rushinskim.
(SPLEEN-DISFAASES) (IMOPOIETIC SYST124)

S/041t/63/027/001/036/043
131250102
AUTHORSi GuBeva, A. N., Ashkinadze. L. D.f and Leyfman, I. Ye.
TITLEs Characterization of solid petroleum paraffins on the basis
of the infrared absorption speotrd in the region 700 cm-1
PERIODICAL% Akademiya nauk SSSR.' Izvestiya. Seriya fizichoskaya,
V. 27P
no. 1, 1963, 104 - 107
TEXT: A study is made of the spectra of more than 80 fractions of
petrol
ffi 8 Y
ara n (part of them forming carbamide complexes) in order to charac-
p
terize the solid petroleum paraffins havingidifferent chemical
structures
on the basis of their absorption characteristics between'700 and
750 CM-1.
The fractions of the complex-forming hydroybons were produced by
fractio-
nating paraffins with carbamide and from 50 -distillate fractions of
mineral oils. The residua of the solid hydrocarbons not reacting
with
carbamide, weve fractionated by chromatography on charcoal. The
deviatiom
of the proper.lies of the fractions from th3seof the n-paraffins
are 90
characterized by the sum factor ~ a W 2-00 n~ 1400-0-84te., where n
D
Card 1/2

8/046/63/027/001/036/043
Characterization of solid B125/B102
denotes the'refractive indek'and tSol is the solidification
temperature,
The fractions separated at it- 19.5 to 68.20C are mainly n-paraffins
Sol
with possible admixtures~of iso and cycloparaffins. The hydrocarbons
forming no complexes differ'rhore strongly from the n-paraffins. The
paraffin fractions not forming complexes contain a large number of
methyl
1
groups. In the range from 700 to 750 cm- the chit rac ter aV'thd I
absotptim bdnds
depeWis on tSol* ProbablyWachogain the spectra of the petroleum
varaffine
ar~ connected with the formation of crystal atruoturea. There are,2
figures.,
ASSOCIATIONo Moskovskiy goaudaretvennyy uLversitet im. Me V.
Lomonosova
(Moscow State'University imeni Me V. Lomonosov)
Card 2/2

ASHKINAZI, L.:[,
'.
Cholinergic effect in diseases of the hematopoietic
system. Klin.
med6, Moskva 29 no.3:85-M Mar 51- (CLHL 20:7)
1. Of the Blectro-Biophysice Laboratory (Heiad-Prof.
M.E. Koreanov)
and of the Therapeutic Clinic (Head--Prof. S.I.
Sherman), leningrad
Order of' the Red Banner of labor Institute of Blood
Transfusion,
Leningrad./I., ~,,, -~ " CI,- ;; ,

ASHKIKAZI. L.1., nauch"y sotrudnik; RAFALISON,
D.I.,imnd.med.nauk
Influence of blood giving on the nervous and
cardiovascular systems
of do-more with bypotension. Akt.vop.parel.krovi
no.4:18-21 15-5.
(XIRA 13:1)
1. Doiaorskiy otdol Leningradskogo Instit,2ta
perelivaniya krovi (neuoh-
W rukovoditell raboty - prof. S.I. Sherman).
(BIDOD DONORS) 01YPOTINSION)
(BROMINB--PHTSIOLOGICAL ]IFFBOT)

T
C~^tagory : Human and Animal Physiology, Blood
Abs. JOur. : Ref Zhur Biol,, No. 2, 1S59, No. 7948
r : Rafallson D.; Ashkinazi.L,;*DiakanovIch,S,
Itl Z : The Role of the Central Nervous 3ystem in the
Mechanism of Blood Regeneration in Donors.
Orig Pub. : V 9b,: Aktua3L�n. vopr. pereliv. krovi. Vyp. 5j
Leningrad, 1957, 14--21
Dstr-.xt : The study was performed on :175 donors between
the ages of 21 and 50 who had been donors for
at least 3 years. Normal regeneration of blood
was observed in 100 donors after they had given
blood; In 75. regeneration %ins diminished.
According to type of higher nervous activity,
the donors were designated as strong, weak and
intermediate. Bromine and strychnine were used
to alter the reaction of the organism to giving
blood. When Br was given (30 ml of a 39 solu-
tion 1 hour before blood was,taken), in those
donors with reduced blood regeneration the falli

Calv.try : USSR T
C~_to~ijr,,=: Mman W Animal Physiology, Blood
11)
', cl , -~T Rer Zhur - Blol., No. 2, 109, No. 7948
%ut.-. ~P r
TItI(;
Ab,,itrze t in Hb, eythrocyte and reticulocyte levels
immediately after 280 ml of blood was taken and
five days later was negligible in comparison
with that seen in the donors which did not
receive Bre The same result was observed in
donors with normal and retarded regeneration
a,f ter 400 ml of blood was tAtken. Donors with
retarded blood regeneration which did not
receive Br showed a sudden dxop in red blood
indices after losing 280 ml of blood. Strych-
nine exerted a regulatory effect on donors
Card: 2/4

Country : USSR
Category : Human and Animal Physiology, Blood
Abs. J~,ur. : Ref Zhur - Biol., No. ?,, 1959, No. 794B
Ti.t1c:
I OrtS Pub.
with reduced reg neration CO) in the sense of
a
eqjalizing the red call indices following
the loss of blood. A diminished regenerative
capacity was observed most often in the weak
type of donor. Blood reganoration in donors
after giving blood is accomplished in the
presence of the regulatory Influence of the
central nervous system. Pharmacological agents
can to a certain extent affectthe reaction of
the donor's blood following blood loss, and the
time required for replacement of the blood.
When the regenerative capacity of the blood is
Card: 3/4

C 3u tit ry USSR
0 1, Y
0 Human and Animal Fhysiology, Blood
)s. Jour. Ref Zhur - Biol., No. 1,959, No. 7948
u t "', -) r
Tit1c
Orir:. 2u*b.
poor, It is useful to proscribe Br in combina-
tion vith Fe Preparatiots.--M.I.Yershovich
0,.-. r d 4/4

L
VORCkB'YXV* A.A.; ASBK RODTAXINA, V.Ys.; RAYALISON, D.I.;
BROK, O.B. W.Mwem..-
Change in the blood as an index of the general reaction of the
organism to the administration of precipitated anatoxin. Zhur.
mikrobiol.opid. i imam. 28 no.1:84-89 Ja 157. (KLPA 10:3)
1. It Laningradekoy g6iodskoy stanteii perelivantys krovi i
Voyanno-
morskoy meditainakoy akademiio,
(CLOSTRIDOM TETAKI,
toxin. eff, on blood (Rue))
(BWOD.
eff. 6f Clostridium tetani toxin (Rue))

VTNAZT
Al-111KINAZI, 1-.. T. - "Tachnical-S'oon-mte
lnve~:tlgutiin if Vertical lt7,)n-
'~Ievatad Steal Garv)1ino Tanks at tl.p, P#3tr-.)1ewm
B~ises nf the
Urban Eoinnpv." Min HiCher Sducatinri U-"O'll. Irdor
--if
inbor Red 13 annor C-m.,itructi,)n Imt Iment V. V.
huybyl,,ev. Mo,:oow, 1955. (Djs:~titi,)n for fle
Doqreo of
Candidate In Technical 3ciencen)
No 1
SO: Knizl,naya Letopis', 1956, pp 102-122, 124

LISSIG. Ye.I.i kandidat.tekhnicheskikh nauk
(Dnepropetrovsk);
ASHKINAZI, N.J., kandidat tekhnicheskikh nauk
(Dnepropetrovsk)
Vertical cylindrical tanks with apberocylindrical
roofs* Strol.
pred.neft.pron. I no.7:3-5 S 156. (MLRA 9110)
(Tanks) (Petroleum--Storage)

PHASE I BOOK. EXPLOITATIPN sov/45)28
Ashkinazi, Mikhail Isayevich
Rezervuary so eferotallindricheakoy kryshey; opyt
stroitel'stva I
ekspluatateii (Tanks With a Spherioal,Roof; Construction
-and
Operation Experiment) Moscow, Gostoptbkhizdat, 1960. 40-
.2,~20 copies printed. (SerieB: NovayA teldinika neftyanoy
P.
promyshlennosti)
Executive Ed.: 0. 1. Polyanskiy; Tech. Ed.: A. V. Trofimov.
PURPOSE: This booklet Is intended for engineers and
technicians
concerned with the design, production, and operation of
sta-
tionary storage tanks.
COVERAGE: The booklet describes 400 to 2000 m3 capacity
storage
tanks with spherical-oylindrical roofs, 'debigned by
Dneprop-
etrovskly inzh,enerno-stroitellnyy inatifut
(Dnepropetrovt;k
Engineering Construction Institute). The tanks are made for
storing volatile products such as aviation gasoline,,
eta,,.,
under water column pressure 2,,000-3,000 mm. Comparison
iffith
other storage tanks and an engineering economic analysis of
Card 0

SAFARYANp Misak Karapetovich; ASIBINAZI, Mikhail
Isayevich; CHOLOYANj
Genrik Saakovich; RAZWM61WAp T.Ya*p--rWF.-jDMDOV,
Ya,F,,
tekhn. red.
[Steel tw*s with spherical cyliiadrical roofs for
petroleum
products; experimental and theoretical studies of
the con-
strut-,tionlStaltnye rezervuery so
oferotsilindrichookoi krov-
lei dlia nefteproduktov; akeperimentalInye i
teoreticheskie
ieelodovwAia konstruktail. Moskva., VFNXIST
Glavgaza SSSR.
Redalftsionno-izdatel'skii ot-del, 1961. 94 P. (MA
15:n)
(TaWcs)

k511KINAZIP 14.i.
Investigation of the coMitions under which
gas-equalizing oysters
may be used-for tanks wl,% increaaed pressure. Tranap.
i khran,
nefti. no.9:11-17 163* (MM 17i1)
1. Dnepropetrovskiy inzheinerno-atroiteltnyy institut.

ASHUNAZ12_14.I.; VA3YUTA. Yu.S.
Efficient use of standard tunkf, in a gaa equalizing
systera. Transp.
i k-luran. nofti pt. c no.2i,2-1-26 '0'3. (MIRA '17: lo)
1. Dneprolxitrovskiy institut i Vsesoyazw
naucluit-i,"Icdovatel Iskiy institut po utroit~ull ',stvu
magistral ln~kh
truboprovodcv.

k~ HK 1NA41' IM- 1 .
Study of the econmic aspect of varl=3 syr te4lis of
r,~ -.-,I tank 1
of g"at. capacity for sl,:~i,big peLrol.mv
prodtleA3~ 8bc- zifvi:~h.
trud. Dnepr. inzh.-strol. llnst.-no.31 -L33-1-36 16)
WMA 18A)

-o

0 0 0 0 0 0

,
1 *
441"

r
l
II
I

.
.
,
1;

t tt
! t
!,
t t

V
N J. it 11 1

-

00

1-00

00

00

*0 0

00

of 1101FIfilsoluvoll too high thlillillum stiod

00

to.

W.G. Li" V4
At,- ww'qv-

holly 41141YW4 89 61110114a: Ili-illff IJ,b N. Of
RAII
,1e III
1

,
Its 1.141 U%L to 7 N 11,M), (*kill hrttlika u,ttil Ikw imill.
1

()Ikllw with V-j fill i4 NMINI. IINIII. uld lWat tkittli N

6 ""
"ItlWileml lit CASIA-le m4him Whi 3-4

.1.1. 111% (NII.)mqAIo
anti bent. Own 11) 2111111-A llwat-,%v
'

ll.. .411. U11111 Ilir lorrvalli'lle 1% Ill-
1.1 111111. 41111 twill I

00

,111). HIIIIIII Rilri'lloll to Ire lit .1 moollopla. 14 lit
all. 1.1111 ilis# I
Ofill

I
9`11111

*lilt Whili, 44 Cl lit 61111 (to Ill. 1.-1
4.11111-1.

'19116

C-4 III-Ill fortils. "Ild lilt, Ito 1141 lilt,
I"Ill. I'llid. .111

00
60

4118"t. Slid mix wido all evil. oil flor til-vi, ..41.1
multo Anti 40 A

rd by .1 Ill. 4 Wl'~ K C.N 1. Am? 5 tul. 4
rid. %,rtrr I..Ik

.90
4

Slic), -bi. 00 a. In 110) 1,11. oil 2A S
Ile]). I)d, 1'. Ilk, fill.

wood .1-1111mair Ilor fill I.-Irel
AII'l M Illill. %lilliAlly '.1 1., A
-h. 1,14 Irv h'smilools)IT

'Aeo

Dnepropetrovsk M&tal F
t

i'00

ac
or.,
:Lmenj Lenln

it

*

love

%
4

it

-

..-

too

"

%I
of a) it
It 01A 111 VIVIIll 11 aw P&O P

at A~
t of

'&1* 0 0 0 0 0 0 * 0 0 0 0 0 0 0 0 0 0 a 0 910 0 0 0 0 0 0 0 0
0 0 0 0 o 0 o 0

4 it a to W & 10 0 0. As M P As v a a asee
of -of 11, 11 a .1
A a f.-.& a IF L It I IL i. r-J 1-1- A-1-M me % U 0 a A -"o 0
4T
1~ j tjl, '11.

Rillsitim betwilism tsmoss larmd". ~Wvadm dwd fismallm of ast
sploctrjow

moslifteliview joreportwis of birspasse.

-00

two
b:m% a& bromminsi. 3tt x.
&mm;
.

4m. C . (tj. 3- 8. 79"(14."), c4 F_1 Muss IlAvs.-MW
w
Aimmitq (
U1,27
:LIu2 r1w
C .1 12
X^r
1% Wn; V. aiM Kitulm
3j
K C A

-00

1
e

.
.
,
,
,
,
ImItit-W W the Immill invvIstialitittit Was it, ithtm tIW
rl"Irotw4 11tv I-, 1101,N16.

.00
:
:

and thus psom thm it* will amides in thew intevirristim with
fit, act a. 14val.-tit mriAll

Crymit"lic and rJerth)4ond,
smeth4sth wriv ustril. uhik it* rx-tti-nor o4 fir ~ min in

PhN(h
was dirld by ektVillysit wKh the Brunet As smAr C .4 It 6C).
ctiveml
'
NH
d
X
A
i
d
dd

s ad
to wAsts of f1sr 61 M
t catimmile. %1wo
c
e
I h an a
st.
with As Br. and I
s

CUDR OCCUM I*MUW this 11101011 ONO. all. CSJCd SCOVdilig W the
I1111V 111 Oddil *A%

-mys less than tistat dirid. by the
cirswropic resestiamptetits. 11sts fur c-lod 4 the
trm AcNl(o- Itir-IlIsK(h show (1) fomatkm of AcNiflort. (2) its
dimirn tit dif, %On.

isICI)IIsaissism inmorrmned soln, which
Sisratly isx-mus with an r%cr%44 Ac.N110

40 0
v

vi4enfly thew pirtscrimes Ikpc upm the I-tritiation c4 ass
elvetroctmettictivr inmil,ki.

C

hich is ripbsismi at follows:
Froin The dimic equatitm III, I== tit ~ 4 fir

(
Wahlen, Z.
phy-sk. jVws, " 416(111113)). 11w *Wn jlf ArNif, h, site
w,mill, d...r.)

f
ir% (%p "ad 111 1) iffires the fraction AcNilt
-t- hit - fAcNI1,110' 4 111 with a

drerram in t"al at. 11sv
cvmpb rim I totid"wry 141 t"voiterior on that in

hishly em" wJ
the excess L4 A issillif 0tv no swul 11W "NA.111ty of sons.
b
f

ic s or firwiwit it. C-stj&% I.,matism
n-t uhly retilrda the titte o
cmd. but cvm r

and w4vallori sip the ballie facton in 1IW
familt6m of ritrincmdurtiw avstr"it in
'
"fi
A
ik
4
ik
Z
k
I"

.
"t-ents with a I,W dir
n
ov,
. (
rss A rJ14 104), 1
e. Valid. (
yl
, j
K
the Initial sta
re -4 thr It'd an
This osebeine is pubetantieted b
11CIP
31m)
IVW

.
lg
y
.
.

fl
r,

A),

1199

T

U 0 Al 10 11

'

2 1 9

1;

W N as a 11 N
0 0 1, sa is S

a 1 14
410141

is, q sm, 0 0 0 * 0 0 0 0 v 0 0 0 6 0 0 0 0 0 0 0 0 0 0 0 0 0
SIM N 00 0 0 0 : : :!
I Is 0 0 0 9 0 4 9 9 9 9 0

to
so
00
00
00
00
00
00
00
ow
oso
to
go
09
00
00
00
000 so# 00
0000 **see 990#90000 OGwo1Pvvw-WWTF,.i,
'I
rf-ittion (11". 14, 27' IKAl)) and at the M1114P iIIIIA'
rkl4AI1I- M IMThAnkill RCO-
IRCO.N.11r)'Or ':
(111'. (kCON1IjHr)*OlI- - )WON11111f + 11,0 11w la%t rtlimton
I. anal~Wws
tv the nwition of dvtwupn. d the by(truxy compts ad all insm"
Into an amktw siml 11,0~
It all VACh ty'1111MI Use CkCt"YU iS IWt the ARIkk IOUI the
M4V*ted And d9Mcd. U1,214.
Of! fit.. In Urs or its edw. theft are 2 types d mcb,
kmr4mmalrd and ut*wIngrusted.
with possible d equil. between them: Pr# Wilt- == Be* + Be-. or
it
the COMPICIC of the il"enated Mah Is wtvVed. then the equil.
1-mc.
unkmeemied mals. wA ;oW It: Uri ==I Bf * + lit -- 'I'bus the
'ImPbOtftw n&tulv
4 Pt, Is dtiounstistet! u It was for I (F., C. A. 31, I(M).
emim BLMM
00
64
0 &
Go
06
to
so
00
so
00
00
00
Do
0 0 0 0
0 0 0 0 0 0 0 0 0 0 a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0

~4~
4
11 r V,
o0
so it
o
j
OIP
*0
00 t
At- ILA lflAkkLl~o,Al tlll-!~kl
of it to.# V-4 Ild
0 0 0 0 0 0 0 0 0 0 0 0 0 4
0 * 0 0 0 * 0 0 0 0 0 * 0 a

1, 4 0 AL 44 S 4 A % A I-

to IF T A 00 il t4l If
I
f

,. '
i

C
'(*JlW"
K-Qk&!m
Cad WT&'"t P&rb"- P. AsIlkinal

,
.
13(19M) -A
w 00 1 %
Of PhYl. mctbodet
~

-aracbor,
jpok
3V, 'be-imbetit. dots. etc.) . . Ratnn
POW
.
tO the study
compd
s. o~ blyakni C

.
F. H. Rathill&nn

A 0 0

.94)

ILAWPKATKA

too

WI to 1 1.
" " K H A

Ad
0 0 0 0 416 0 0 0 0 9 0 0 0 q 0 6 0 0 0 6 0 0 0
0 0 0 0 4 010 6 0 0 9 0 a 0 0 0 0 0 0 0 0 * 0 41 a 0

01; ; 41
got,
.a
00 A
09 c
09 2
00
008
0'r
0
064
goo
i ~P~
* - -,- I
9 a m
L-8 6
A 1 0 A-A.
--4 4)
'00
*00
coo
roe
see
(coo
!goo
1MOO
U00
B.' 1" ...
sawkio
A RuMaWQMVA, and V. Finn,
no
own p~ - UJI-8.8, JOU, 41, 317
8b% In 140 hivs b"a
=4 *Ia. oxm in swo"
so
2h" no mw' wm of "yowd formutim, I
aw R"swm fpwtm of
I Hl, show two r*w
a 0 4637 7 5654 AROCca.- oormapmd1nic
u a Am a A,
# 0 0 0 0:0 0 0 0 0 a 0 0 0 0 0 0 010
0 0 0 0 0 0 0 0 0 0 0

-

0 604111611110900906000 0
0 We 0_0*0 0
4i ofil 0 0 0 0 0 0 0 0 0

0

li is is M 11 Is If a
,
)sjdj$ 110A)v all Lr li IN a a P is If 4,

1w of 0 asc 0

0 1 1
It IN Y-A 1. . I AA Be (A a u 8
1 4 -

A's _6i

jw, 1,41141

00

00

Rarma 0400 in MOR"Wdeus -wisu-mb of
alec"alytolk

-60

&I. fthianda. M.S. A-111,1

P. v. Kunkwva and V.
N. rinkrl O"i".
t

l; Arm
0 S. 8, "~tjy. 43.4-444 IWId); 4-f- C, -4 - 110,:I"-
-
(,
4 O.S.
v
S
)(

0 9

.
..
.
,
00 yalim
iv...
WO
l1
I

'""
w
g
aiwa Im .140cla in Moll mpt

jfjjjWW 1141114"Ilk"4i ilk IW111111W
W411 tit. 4ru littroil4i"
00

-Ile
1
m"I U."Ill -I" I 4wlhdl~ PIA 1. 14

00.,

roe
so i -

o0a

Lill 0
00

roe
90

(00
00

09 1

MOO

**A

of

. .....

Oro*

`

tAl %saw 0 1 a I v IN a 1
!
~
4

0 ft IV a 49 Wl A N Q P9 IS tt 19 Of

ft I -
0.0 0 0 * a 0 0 0 0 0 * 0 e 0 a 9 J
16

0 00 0 0 0 0 0 0 0 0 0 0 9

0 0 0 0 00 0 0 0 96 060 0000 0 0

of wow 0 0 009 00000000000*
00000040e0000 0 a 0 000 0 0 0 q 0 0 a
I I is it u is ka u11 of to a I a 24 h is V )o ill W I I V it W
It Ill V Ill 4k; ct o 61
A A -1-A CL 99 tl
O'b"Litilt W1
90 The Rajusku efirct tit norititurouti molutimis of stillillour
0 9 trichlaride. Ill. '-00
J. Pkyj Chem. (11. S.S. m I 11'sil cf. ('. A.
31. Lhkil. -I'he limrin %.&% invi-vigstrd
III ctillills. of lop. ;.h?. it) And lul. j ill mild tile
%vittrill
-,.'It Itilt at Vvillells. of Ill. ~.%j and I lie Raillml
'I'VVII'll %VIV 111101tVIA1111111 'Alth d Ilk lilt' 11111,
sciglott 11A., mll-, N.I. c in,- ittv.
09 11111,14Y uIldir tile ittiltieller "( hight tilt NAII'likas
ClIVIArd
taice duting the 21-hr. vil"ure. SbClm in I ,I
i Ito tritiactril
irmairfly vicar during the 3-hr. rtittinwe. The slieclic.-
Kmim rc%-%-ulrd nu tivilk, RAnuil fiviltietwics. %hich woultl
09 0 A IjCA ViltillX111. UIIC RAIRAII
it 10.1rile Ivill.kill"I sill, li'lligtA. 0111), 441, 'CIO 0
00 j Ill tile MPC4 firtiticovics, 4P m AW cin.- rcmanked till -
0* cliksul"I. Tbt itt-quittivy ar ~ M cia.- was dislAsimi goo
14 con. -I to a highrr level. The chamcler of the Rainsu
00 sinvu of SWIs Ili 1-.tHr walk the same am in the case III
like
00
W. R. Hvull
00 ;;0 0
we*
j
LA 0
:t
I to 0
A It - I L A IIIALLURGI(AL 1.1114411011111' C1.411110KATION
it
A 1 8. ti, As a
u ka
0 o' 0* On On :10 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 9 0
0 0 0 0 0 0 0000 0 0 0 0;0 0 00 0 0 0600 of 009 00 05

~:q 0 a so 0 * 0 0 n . .. -
41 96666900*0**00000099
0. 10 n 1. 0 11 ill a all U1111,111 lot7ap"1111100lize
1.1--1-M is a . A i S , 1. j 1 0 1 a -1 4)
~01_1 ~221' i
-to OCr M
The Ramon totct of solutions of sulfuric acid In methyl
and vthyl alcohol$. M. S A.hLinsori Aml P V. Kuttv-
-4. J. PAY). Ch.-Ml. (r. S. S:R')'ll' KIS 5)(1S041.
00 J: J'h.wilstaphs (if the litainan %iii-vtfa id the volsvk.
oil ll,~U 1.
*0 INS%) in C111,011 (14). 21%). :01 and 411%) Anil in C.11,011
t In. W, "A', 40 and Ul~, l worse taken with L41 lit. eximis.
.00
ut,-. Ffrtinerick, c( CMCIII %etv in all (xinvits 1-00
:100 .( th,- (:If,( ill + lt,!Y), valls The IM4 oil, I It"Illum
v
.1".1mixills I" thr C-t I Pont#) in C11.011
she Z012 Vito. I fie'k,avilcy 41.1mal"A 1~' she C-11 gl'oolp in
Cil" hic Willi All ilwi.-aw "I Ow 11,41o. v"tivu 1.1
I tit I I ISA I: Ilk-CIT11 I lie Is It, I I -..1411.11." 17,
it, 'f1Vqtlvn"'
a MV('c riii-Ong. Flinn vhk it -oil N- r,"ichulM thit ill,. zoo
o0 flowlill"I sinvilusil ')f ll'!O' to Ilse Invillykilturl.
ittia. *rh, c,ll.(ill ft~qut tit I(-, %%I w AN) ill all
so -Ills. .1 It,- Illit'. "In.
00 j (.1 the C111,011 + its,
00 , Imilivilcy (IN 14,111ting tit Oll C-() p'"ll) "f if, 46
0o --mard, and the *.117.1 , tit I It. qnvitry , N knKifig I.,
fit(-
C-11 g-up in C11.4 C,11,1 lit I ijj(,rc4st d wish all tit,
ti-aw oil
Ilse lloN), nostril. All tither fri-titirm-i" rt-onainc,l pra-
lit-iillv tim hxnXtA list- Incl iliAt 11,S(14 sincirA rhatniv%
.; J., I .. I It- _. , J- 4 evil lit I lie C I I., )I I I zoo
11.14 ..Ill, 11--ittil 111.11 fil-tv dims ObVNithin, aM w4.
t(orm"I It I to ft to ful, W. R. Wwt
$too
A 811ALLUNCICAL UM 11021 CLASSWKJMN no 0
A 1611- SL A
Igo., %%v.vjl too
1111011,; .0 01.41 all 0.. It,
'Or-r-U-1 1- 1 v . - - '. qoo
11, ill ew 0 4 a I W 4-111--) q 1-w
to a It Y-14-i-Oll 11 IN It N K&O A 1 ;114
U a o I - ;
0 0 0 0 0 0 0 0 * 9 9 0 0 9 0 0 0 0 9~1111 0 a 0 0 0
0 9 0 0 010 0 0 0 4 0 0 0 0 0 0 0 0 0 0 0 ols 0~4 0 16 0 0 0 0

00 411111, 0 00 1 0 0 ~ - I . 1 11 1 . . .
e -10900 -4:1 00-00 "0F-900" 4)
F
00069 *Gig loge $0000 0 00`00 0 0 i 0 0 i -11 W -o- - I
is I - . ~ .1 .- ~ .10 m 1,
" ~ I.
11 f-b" u
A AL it1 4
owl 41. eol;lf
4110. ll,* p# I
too
00
004. 1.
sfV"Utga" SpetrogMilkitl AStiblili of lkvam& AiMinam (AA-p.
AW. Sawk U.RA.R., 190. 37-311; CA"ll. Zralf.. 1942, 119. M- SM;
00 1% .1b... 1943, $7. 3M).--41n Itussian.) IU "tromuic
detrmins
**.-I imit to( Mort. Zn. Yr. &M At in bnww Is tilmimbmil in
delmod. In establishing
0 j ullIall valuie I'm the stantlant mmoph-le, Ill speCiffielm
werl. rar111111.1 in
VAN' And I4M)14WMI)hVI1 1101 10 IJSU%4 And 9111 CAMCh 1111fitf
010 "~Ultlw 1-1
chrinioal watis were &too given.
Olt -
g
go;
iIla* II-Il..
too.., .1. a.,
---- T-- --f--
d;b 74 u S Af~i-it rl-f--- I C-1 7
, It at 61 Is a 0( a 'I a It it I
0 91 00 0 000 0 to 0
0 0:
a" a-
fill 0 a 6 1 W go 9 a I
.00
a 00
see
as*
'00
so
'00
'06

I

1 9 N it IJ111411M fill "M

A
I L 0 -L-1 -L
At-k-A ..1 a if p Olt
1 4 1 9 A I

A
f

to 0

*Bvww ASSWI of IMM ke xw"Olk zilml, MW L.M.
m. S. Ashki-
'

""i anti it. ", 7r1porallAis (Zorod, JAb, (P
iw1-4' lob.). IN$). 9. 1-,D. 1,42;

V. Abs., 1940. $k 5784).-lin
Itunian.1 BrOnZO Containing %III 4~2-1. Zn
'
(1-2
2-3
" F
046
0
8
W

041

-
-
-
e
w" &
,
yW sith a Hilpt quarl& spwtMraph
%

041

h means of the fi&wl I Oflineal 3(n-2933. (.NA-ZNI for 3M
; Zn-3343.
-
f U" for Zn
and =1 (%
2357 f
F
A
i
i
b

-41

-
or
t.
rA
x %
&a
rs
y tho Zrim
1
i

.400
oil

nirthod; the detemirtatloil of WIN element r*qu1r;% nut
nio
rr Ihan '.N)

040

infilutes. Nviations did not excwd 7%.

.00

oil

Cos

too

as*

coo

faes

j.

00 1 A s I L a

stIALLVOKAL LITIRAIURE
CLOSIFICAT10%

0

0 it it 44 K IN it of If (T
9 n
i 4 0 0
6
a II 0A 04t
ilk i- _i fir
AA I I f U 0 4
"I (I I

o * 0 0 o 0
o o 0 0 0 o
-1, 1
ih III
Of*

* **

* * 0
0 0 0 0
0

I I 1 4 11 u Is W 4 11 10 Is a It 9 a 36 3i Jill Nola* low
a31641 1; a 0
9 ~X- A IL .. r a I- I W .1 K -11-4-11-A-1-A, I.AA-0.9 a -A.
tv .�p ..0 Dip I
F-
fie
so
00 -We
sea boommmobb Aub* of ilillvaiiia by IL aftuld bod"tud"t
go a 04111
T Iria.1 A. (113). 2W=).-Jin Runian.) Tw mribmi Is based thr
observation (made by others besides A. wul T.) 1hat. in he
three-do&n..., :46
method of &nalysis. the calibrvition eur so showing log C'
"alast AS for tho .4-0
maim line pWr on differilat pixtes all ineersed In a point
which. within the
limits o(experimental error, I" an the line AS - 0. (C -
Concentration of '00
eleawnt, being deterallned sol AS - line arnA111% difirgvace.1
BY making
A 46
use of " fixed point. it becomes necessary. In c termining the
calibration
rum. to take only one sUndard on a plate with tfvv bring
analysed.
and to dmw the stiralglit line thmugIL this fted point and the
point Com-
st:hd!ij to the line density differenom for ON, Itandmd. 80M
Mults too
0 by " method in determining Un, Sn. sod Zn In bromics am given
4 and am compared with the values obuirlml by the
three-standard method age
be and by chemical analysis. It is claimed thAt tim accuracy of
the single. I' fee
standard method is somewhat higher than that of the
throe-stan4rd meUxA.
-N.H. V.
ASS-11LA PIIALLUROKAL 011111010111 CLAWFICATION 91
solos, -4- C." 0" 41tali GA a., all
u a IT 10 is
IRK W111111 Kati
1r9oo;"*g 1 11
01 * 0 11111; ; "a % g, "D 0 0
Q 0 16 "
00 000

1

11
08

34 A6 1 11 If it If If M 16 M I
TIC Po
1

o 44,14da
:

A
0'
0
4

4

.
-,., .-
A 16-4.11 F 9 A
La -" -4-
I
is

1-1~ -
1
1

of

-
N ~AA KI #Wl

SWftftm" Aa&17* of l1kreutses. BimpUffallaff of
th4 Tiftwft"MiJ
'
M
h
t
dd
A R
H
T
i

.00,

. S. As
k
na
w
.
r
1111*11MA.
.
pol
okays (Zaeut. Lab.. 1941.10.(61.

Russian]. A method is pmpowd
for consivurung wWy%k%J

-041

41

curves frum a single standard, 71W ar-Mysix of bronze for Zn
(0-94.3%).

.04,

8n and Mo (0-7-1-14%) pires satisfactory results
by this method.

(f. ItiviC Mad. Nask S.S.S.R., 19ji, (Fli.). 4.
(213).

a**

UGO
As*-SL 011ALLUNCICAL UUNK"I CLAWFKATION It I
%Do.. 93.0v
~1' ON, Out Owd ow 0",M
IS, Itt AA L I I bd 0 9 9 1 IF of I As OT-1
0" RO 0"00 0 0000 04 0 41100
0

Invil. AW. Xski S.S~S.X., Sm FU. Ii. QWGTTTMR~7
-The simplified spevirml-anslysis ructibod (Zarodsk-iyo
1,4b 10 524(1941), ('A- 37, =14) was arplied to The
fjrl~ WNIn, Ms 6u, ;n4 Vt. in At alloys. with results
slot interior toIV~r .4 the U"I'al mrthml.
Furtho appliciations art to Mn, CS. and Nit in steel. by
the lim its Ma IM-Pe 2W7, Cc "2671-Pe 2W,
..d NI 914-P- MISO, I-P. In the detu. of Al. by
\
line pairs ol At akw,, 26&2-2W, and 2&*Q-
.MIP, the best IrAtwuletwe of the intensity ratio of the-
votitrast vord. of the pbotoraphic plate wao found with
ihe 2nd line pak. N. Thon

ASIM,R~AZI, 1'. S.
I
Asl~lkinazi, 1. S., Kiitsayn, B. F., an', F enk -~, A. S.
-- "A si- T I i fiel et' m! -.f
er-ining the c-ntrast factor", (Or ph-to(-raphic plates),
Lnr. khim zhumal,
V,l. XIV. Issile ;!? 1949, 47-52.
SO: U-4392, 19 August 53, (Letopis 'Zhurnal Inykh Stqtey,
No. 21, 1949).

-M.-S. --i.---KOSTIIYUKOVA,-B.-
28228
Spyektry Poglashchyeniya khlorida myedi v EtilovDm
spirtye Mr. Ichim.
zhurnal, T. V. BYP. 2, 1949, a. 2211-33 - Biblio.gr: 8
nazv.
SO. LEMPIS NQ- 34

,i; the ft"Ife;9 of
C""r lous. lit. S. ~Ash=iaeif alled
lid R. P. K~(Yukuv.a
(AraA S-i I'kr lill S " If , Kli'v)- Zil"',
F", Kh'"O' 131
will .111111949). ".
.414,v the 11111AVi'alcl alkstarpli'all
liands
lk4j, ure %jib chvirann frivisfer from the
mlivate ch"Ilifile ur in the all'"itc
direction,
these IM11JIS 9114VUld IkAVV IM141 WAVC
lengthi the sintallef
the 1'.111mlion Imstential I of the
jkOrvtsf~ Thio w;tq tell.
f-falh- noilinned by Cal ' ' SIWCItA In
1111). WW1, RIOII,
I'voll, and Buoll; c g., I.-g K - 1.4 was
otoemed at
LIM, M, M, -"IM, and Ml ins. ftsp. The
order of alm
WILD not ijpntkvl with that for 1. and the
Wg K versus
were length curm crossed at klwclr wave
lengths. These
pecularities faresunlaWy P-je caused by
difference In Val.
t"1141 energy tif the systens IR-flace and
[after clmtmn
tmnlf-. Pt the detm.. was di%"red in
IIlO or sk-s. cunig. 11004 avid some water.
tAmg K was
independent of the comm. of Cu(C)00,
(0.01".133 M)
In sisible fight, kJ KWA3
Mentical for WIns. in 11#0 and MrOll.
Irradiation Of 0
CuIC1041, im4n. in litOll %ith a quarts Ill
1.4ity caused
1-11111hin 4 AcIl. 1-plin. t-4 Cal,() Rod
increAk -( the 11

Natme of the reactions of
Chlorophyll with inorganic
ions. _V. ~- A-likinaii.. 1'. *,.
(AskmAn. nd Ii. Va. luin
- L- k. Ps~;Mz ~-, rfrTr%-,t.
Miv.. Chein A, -1 - It i. I ~S..
S.R 'tv Ak-,d, ),,,.k N 73, 743 r
, Pt:m, TISAI the -Akrning 'If
Ole xr., A- .,f chl."'.
plitill vA... 1,y Ue - * ' ",os
i, mn line to Is r-r,ildir
viv,sda-
tiovrp i , a hyl-thl-t.
I-vch1Iw-,j.hy11, a- Jsni-t I.v
Rabim..
the fact that the r-1 &I-mptiom
I-nd t, ckvse,I mst volv
bv Fr - * . Ikst A1-1.v Al ~ ~ ~
an-i Sol, - ' i,m,. chi the whrr
hm.-O, Cis * ' -nd Zn - - ln, iU4
rv,A~ the IrStArIlAt V III the
Al.~
.wp,g- to the r-1, ith the Cis-
1womhumig ~]-
~hdi id tisr !iaul ,I ~htxrtrr
wavt--. k % C~ . Pit ~ -. %ii-l
Mn - , xm, are wiOlvint eff-i.
Taefe are stplu -Ali .... I. t
kaW,, 4 ovj,rf.jV.s. 0sw -u-j,t,
in the -two .,f 11
",n, borineIl h. -A-Iv,i~ d the
-it,, a, in ..I AH, I-
and slit'll, alul -Anif-l~ it~lf
II)r A 14)Wefilig Id the
11114-olity
-4 the FevJ JI-W1111101 .'ill all
1-1111,64(1-1 I'll I I -If OW I,-
v,orptiv,
Vbve COZ; of I:v: i'vil, i~
targely 'Ille its thl. I ylve of
init.r.
action. The ~!lst 1yIe t-on,i,l~
ill 111s: f.strinalsoln is( derl,
grem ph"n,hytin %ith isioprg.
um%. particularly
=~h Cu " and Zn ' '; these latter
-inplesim Ah~nvrb in the
.zme red retion a. chkiruphyll.
Tha, " domon,tratol
directly Ivy the effm-t sit Cu '
'. Zn * % iind Pir ' ' suit-%
(under
comi-tivins of exclu%iosm CA
o%jdatison to Fe- * -j no wgn-.
fit
Itheoploytin. istnainext Ivy the
atillon 44 JICI on chlorln)hvil.
The sArre-yethrA otilor tof
phIrinAytin vtvr% to bright green.
1'JtA of Ma stiml M, increaw the
aWinninm its the rest
issilly very %filthliv. tv hervA,
valt% t4 K ' aml Ca are with.
out effect, The rtuIrAtion A the
bright green ,4.,r hy
Fe inn. 6 thu, its tin ay relai"I
t., their reviucing arissm,
but is due to romplet
fortuations. If An " . -An. of FrU
ft turiged with art ak-. ~olu.
III chlartn)hyll. allume,if so
Asind 24 hft.. ext-1. with lmir.
ether. Atmi the ett.
Imitth livou untal cusm;4vill,
41i~ajvpvrarmos ir sit the IA%t
tr.vmi-~ of
Pe. the calcines! drv midus: of
the ext. t. Intsvist to cootaso,
higpi&a I amt%. cA Fe. and tin
%I%, the Isitter it fourul in
thewaA. Tbri b4ms that the comp"
foctuation Ixetwerst
chlorophyll and Fr IvrolLvsrt6 by
way cv! di~plavcuscnt sif-
Mg by Fr. Thiv th,placcrol-tif i,
verv likely to take plarr
in cblorvuqlis,t~. N. Tb,.rti

Use of the standardless method in spectrum analysis of
ferrous motels.
Ukr.khim.-shur.17 no-2:173-175 151. WLk 9:9)
I.Institut fisichoskoy khinii AN USSR.
(Metals--Spectra)

ASHNINAZI, M S - G~PNHAN, T.S,; AMARMA, T,M,
Effect of Inorganic ions on absorption spectm of
chlorophyll.
lkr.khim.zhur.17 no.2:176-180 151. (KMA 509)
I.Institut fizichaskoy khImR AN 'USSR.
(Ions) (Chlorophyll--Spectra)

CA
A'holocktaticol Propollits of etW111149204 oil IhI616114hill
with boa. lit. It. %ilkluAgi 10141 It. N a. 114111 V. s4r.
ght'"Ut rbys.,-Cheni. Ittst.. ~.- S.S.R.).
DOW 14 S.S.S.R. so. 383-11KIP.51). cf. C.A.
I MN
43. rgue", fornn of the comp)"
'All oras prepd.
b thi action ol a hub *61 "n. of Fr(A ~� 4M a soln.
:~phraphytln (1 4 b) in AtOll. healing. tion. with MCI.,
"WhIting the fit. until All"PIN-arallm of Fe. to dry.
o"S. and KAn- in V1011, 411 OPMOOM Were ClIffit'd Out
with strict exclusion of 0, under N's rigorously greed from
Ov. Tbeoxidittdforfn(II)wmjobtaitit4fmmlbyozktaz;on
-witlair. nmabwWioutMtnjtno(lischanciMiedby
a hand "h a ow. at so nip, n by a mikit. at 610 mp;
both absorption cu. - t am Alfted to shorter waves is com-
p" with chlmophyll. Strong illumination of U. pre-
viatisiv through prolonged evacustion with re-
re.TW t. results to gradual disappearance of the
610-mp lmwd. and gradual Increase of the sbsorp6m In 646
mjw. This Indicates pholochern. reduction of 31 go 1.
It the photoreduced product is shaken with Rlr. thtt MO-l"JI
.band re-appearst. with a sonot-hat low" intensity than
arigimlly. possibly owing to a partial Irreversible change.
The photoreftetion Is not observer! un)m the protfuct his
bern previously ouigassed. It is independent of tl* temp.
between 10 and 22'. 1 is exceedingly senidtive to inces of
O~. and is slowly as;dltcd even under Ns which has not been
,freed from Ov. Oxidation of lion% nuirkedly
accelerated by Ithintluatiou with white ligght. and even mom
with a Ift-rapff Iffirov. N. Thon
- as

I& ASHKINA71 H. S.; GLINKM* G. S.; DAYN, B. YA.
2. USSR (600)
It. Iron Salts
'I. Noture of the interaction of chlorophyn vdtb iron soltap
Vkr, khim.
sbur.,# 17, no. ls 1952,
9. Monthly List of Aussian Accessions, Library of Congress, A
k-l 1 -1953, Uncl.

11. S.
Chemical Abet.
Vol. 48 No. 9
I-lay 10p 1954
Biological Chemietry
/;7
'Inttroction of chlorophyll with Iron salts. Wt. S. Ash
kinaziyT. S. Glikmati, nn(O). Yll. Win. furril-Ops. Inm,
-rh'u"S, 49-M(19.5211: cf. C.A. 45,1209d~--Rciket-,%Goal
0
the previous statemetit that the ch-utizes in villwptini
~jKv-
tri 0I chlorophyll on the addii, of Ve"t ot am due to
complex folinalion rither tban oxidation-mdut-tion phe-

0 IIYII I V~ VTWVIV~xu

WNIn KUSSIM); c

.C. chlorophyll anaiop

shrAlay
to the 'iron w,,rplcx would itdim?c tbt axidation is

not relaLci,.'
to chang, in valence v! !he -,r-,ztral mo ~

!--,, vltb rn-p!,~ Tent
of the org. pomtif-] (d these

rompdB. DAL obti-mfA kdimtt tint tbt
efl----cts obse".-rd

in Ate. sobs. id chloTophyll "d it3 analogs &"
ml,ittmd tz

photareduclior, wbich lr-aj% fLrst ti intfmrn~r~.ia- ~o

A
h-,-

USSR/Chemistry
Card 1/2
Authors Ashkinazi, M. S.9 and Rarpitskalra, V, E,
Title Photochemlcfkl properties'of metalliferous chlorophyll
analogues
Periodical Dolcl. AN SSSR, 96, Ed.-4, 785 - 788, June 1954
Abstract An analysts Is given of the results obtained during com-
parative investigation of the photoehemieql properties of
an iron-oontaining chlorophyll analogue and the method of
obtaining Iron-oontaining chlorophyll analogues is desorib-
ed. Experiments show, that the reduction of the Investi-
gated metal-.containing chlorophyll analogues to gradual
and complete, destruction of the conjugated bond iiyatem is
attained through intermediate formation of colortod products.
Neither the zinc nor the copper derivation have a more high-

Dokl. AN SSSR, gf;,~Ed. 4, 785 788, June 1954 (Additionsil Card)
Card 2/2
Abstract oltidation form. This Indicates that the revivation bon-
vOrlilons-of Iron-complexes are connected with the change
In lralonce of the iron atom. One, reference. Graphs.
Institution Avad. of So. USYt-SSRI, The -L. V, 111sarzhavakly
Institute
-ol' P-hra.:, Chem
Presented by: Aqademician A. N. Terenin, March 6, 1954

UsFivChemistry - Ph,;~sicall,cheb5stry
Pub,'.
22
Autho" I Ash!tinazl 1 X Gerasia~vaj I. P, and Dain, B. Ya.
Title PhoffochemLclal inv6stigati6n of iron p~j~ophorbides
Dokii AN WAR102/4l 767-7t..'
Jun 1, 1933
Abstraot kheo-ohorb-ldo, a. split pro(hict of chlorcphyll, was
investigated ~by the,
phot6chadcal method to determine the processes occurring duritig the
phat6pynthesis an( I to obtai n data regarding'the reaction of itai,
pigwnts
when;
, eVosed to the effects, of visible, light,quanta. The reversible
oxidktion-.r6duction conversion properti,es of iron pheophorbidei are
expli4ned, The method of p.~eparing irort pheophorbides - analop~ee of
chloi~qphyll - is described.', Results of;the photochemical
investigation
are analyzed. Four i0forencest 2 USA, I German and 1 USM (1932-1953).
Gripi,
pe.
Institution Acad.' of So., Mr. SSR~ The;L. V. Plsariihevskiy Inst. of
Phys. Cbems
Presented by Academician A, 14. Terenin, -Yanuary 15, 3.955

USSR / Physical Chemistry. Molecules, Chemical Bond. B-4
Abs Jour - RFjf Zhur - Khimiya, No 8, 1957, 25753
Authar i U.S. Ashkinazi, I.P. Gerasimova, B.Ya. Dain.
I nst : A-.adez~_j__o'jr_ S-ciences of USSR
Title : lafluence of Water on Absorption Spectrum and Photosensiti-
,,rLty of Iron Pheophorbide.
Orig Pub I DDkl. AN SSSR, 1956, 108~ No 4, 655-658
Abstract t 7he absorption speotra of oxidized pheophorbide a (I)
in al-
cohol, acetone, acetonitrile, chloroform (II), benzene and
ioluene in the range of 600 to 700 qu were photographed. It
vas shown in accordance with earlier found regularities
t'RZhKhim, 1956, 26216) that the spectrum of carefully dehy-
drated I is characterized with the maximum absorption in ran-
ge of 620 to 625 mu. After an addition of water (III), the
apeotrum changes sharply, the maximum at 620 to 625 mu di-
iappears nearly completely and a band at 675 to 680 mu ap-
pears simultaneously. The described effect is displayed in
Card 1/2 - 13

AUTHORSt
Ashkinazi, M.S. and Kryukov, A.I. 21-4-12/24
TITLE:
Reversible Photochemical Transformations of Hemin (Oborotni

fotokhimichni paretvorennya heminu)

PERIODICALi
Dopovidi Akademli
Nauk Ukrainalkol RSR, 1957, #4, PP 368-370

(USSR)
ABSTRACTi
It is
shown that hemin can be easily reduced into hen by the

photochemical
way, by- irradiation with visible light.

The effect of visible light
on ethanolic, ethanol-aqueous ailka-

line and aqueous alkaline
solutions of hemin was studied.

I.,OUO-w movie bulbs were used as
sources of light for irradia-

tion. Absorption spectra were taken
with a speotrophotometer

of the 'Tc~-4'1 type.

Figurat 1 in the
article shows that the absorption curve of the

initial hemin
solution in ethanol changes its shape after i.rra-

dliationi peaks
at 500 and 610 mm disappear and a now peak at

55U mA &rise*.
Card 1/2
The behavior of henatin in the ethanol-aqu*ous alkaline solution

TITLEa Reversible Photochemical Transformations of Hemin
(Oborotni
fotokhimichni poretvorannya heminu) 23.-4-12/24
is also similar, an shown in Figure 2 in the article.
The irradiation of the aqueous alkaline solution of hematin
irith-
out addition of ethanol aces not lead to its photoreduction.
The absorption curve of the initial solution remains the same
after 30 hours of irradiation.
These results make ft possible to assume that labile hydrogen
atoms of the CH-group in positions 7-8 play some role in the
photoreduction process of iron-containing deriTatiV66 Of
chlorophyll.
The article contains 5 graphs.
There are 4 references, 3 of which are Slavic.
INSTITUTIONt Institute of Physical Chemistry'of the Ukrainian
Academy of
Sciences
PRESENTED BYtBx*odsrkV# 0.1. (Russian equivalent - Brodekly,
A.I.), Member of
the Ukrainian Academy of Sciences.
SUBMITTEDi 6 December 1956
AVAILABLEt At the Library of Congress
Card 2/2

A h' A
ASHKII~AZI', M.S.; KRIUKOV. A.1.
Zffect of visual light on iron chlorine solutions.
Ukr.khim.zhur.
23 no.4:448-453 '57. OGRA 10:10)
1,Inatitut fizichoskoy khimii im. L.V. Piaarzhevskogo AN
USSR,
otdel fotokhimii.
(Chlorophylls) (Photochemistry)

Asmazi. m.s.; ramov, Aa.
Photosensitive complexes of iron pheophytin (III) vith
certain .
salts, Dop#A1T URSR no.4:493 160. (MIRA 13:7)
1. Instibit fiticheakoy- khimii im. L.Y.riuarshevskogo
AN USSR.
Preastavieno almdemikom AN ussR A.iaroaskim
(O.I.Brodslkymb
(Pheophytin)

ASHKINLZI, H.S.; KRYUMDV, A.I.
---% i
Photochemical Adiation of forric pheophorbide, Ukr.
khim. zhur.
26 no.5:600-60V,160* (MM 13:11)
1. Institat fizicheskoy khimli im.L.V.Pisarghevskogo AN
USSR, otdel
fotokhimLis
(Pheophorbidee)

---,ASHKINAZI DOLIME, I.A.; KMIPITSKAYA, V.Ye.
Stable producto of pheophytin photoreditotion.
Biofizika 6 no.3:
294-299 161. (MIRA 14:6)
1. Institut fizicheskoy kbimli imeni
L.V.Pisarzhevskogo AN USSR,
Kiyev. (PHEOPHYTIN) (PHOTOCHDIESTRY)

S/020/62/146/004/012/015
BIOI/BI06
AUTHORS: Karpitakaya, V. Ye., Dolidze, 1. A., Ashki4azi, M. S.
,TlTLEt Formation of free radicals in autocxidations
photooensitized
by chlorophyll or phoophytin
P'-~RIODIUAL: Ak;..idemiya nauk SSSR. Doklady,* v. '146j~no- 4,
1962, 844 -847'
T3'XT: The authors were the first to obser" the formation of
free radi-
cal3 in the autooxidation of diphanyl amine or p-phonylene
diamine,
photosensitized by chlorophyll. a or pheophytin a. This process
is assumed
to be similar to that of photosynthesis in plants'. 10-5
moles/1 chloro-
phyll a was ad6ed to 10-2 moles/I ethanol solution of diphenyl
amino._ The
solution was then exposed to a 11'00 w lamp., with a red
filter, at 20 220C.
After 10 - 15 r3in the i-reen solution turned brown, The blue
absorption
rnaximum of the spectrum was somewhat intensified, the
absorption in the
400 - 560 m1i region increased corisiderably, anti the red
maximum was
slightly weakened. The only difference in the effect of
pheophytin a was
that the intensity of the red band remained unchanged. The pink
reaction
product soluble in water, showed intensive absorption maxima at
460 and
Card 1/3

S/02 62/146/004/012/015
Formation of free radicals in B101%186
260 n,4, whereas the 285 mp maximum charaoterlotic of diphenyl
amine wa.9
t
a
bsent. The pi.iJ. product must have been formed by oxidization
of diphe, 1
ai:dne, sinev tj~e sp(~ctrum remained unnffected by the action
of oxyGen in
the dark and by irradiation of diphenyl amine solution
containing, chloro-
phyll, which hf-d been dej_~assed at lovi absolute preseure.
Oxidation is
not intensive, us the effect of reducers *uch as ascorbic
acid, hydravine,
or hydr.oquinone immediately elim-.nates the maxima at 460 and
260 mil and
restores the 2a5 m4 band of dip~,anyl amine. The oxidation
product can be
alditionall.,, oxidized by the -action of oxygen at 700C,
giving a spectrum
which correo~)ond-s to tht-A of di,-Ihenyl ,Lmine ox;Ldized in
the dark and which
is ascribed W diphenyl nitrogen oxide according to R. floskinn
(J. Chem.
Phyo., 25, 788 (1956)) and J. R. Thomas (J. Ain. Chem. Soc.,
82, 5955
(1060)). The oxidation product of diphenyl amine obtainei by
photosenoi-
ti-.,.ed chlorophyll or pheophytin, is therefore considered to
be the free
diphellyl nitl'ui:ell ra3ical (C Ifj N' -its epr spectrum is a
triplet with
6 2
stance of 11
a coi;iponent intensity of 1 3 1 1 and an intervening di
0CrV. L01S .Autooxidation of p-!henylene diamine with
photosensitized
P
pheophytin -/ielded a reddish yollow product with absorption
maxina at 462
and 480 mp. This product does not form in vacuo, nor under the
action of
Card 2/3

3/020'62/146/004/()12/015
Forintitior. of fl,(,c rpd.i(;-,ls in ... BlOl/B1186
oxygen .;n the dark. Its epr spectrura is a sinalet 14 oerGteds wide
tind
ha3 a lifetime of 1.5 - 2 hrsl it is ascribed to the positive !on of
p-phonylene dianine uainc to a similar epr Spectrun having been
obtained
by L. *Jichaelis et al (J. Ion. Chenr. Soc., 61, 1981 (1939)). There
are
4 fi~,-ures.
ASOJOGIATIOlli Inst'.Lllt flziOheakoy khimii im. L.'V.'Pisurzhevskego
Akad(?mii nauk USSR (Institute of Pbyfiical Chemistry imeni
L. V.. Pisarzhevskiy of the Academy of Sciences UkrSSR)
11IRSSERTED: May '-i0, 1962, by A. N. Terenin,.Acadc-mician
SUBMITTED: May 22, 1962 -
Gard 3/3

.1~ - - I ,
..: ; I , "1. 0" . " V.Yt,. : DAIN, I yzi. , N4,\,O.V)
I li I k
Photochemical oxidation of alphonylwl%ino, Zhur*. f,7.. kh4m. 3'
1 17"
no.1.11:2889-2894 D 164. (1411-01, 18:2)
1. Institut fizicheskoy khi.rgii imani L.V. Ilisarzilevskogo AN
llkrSSR.

Tr I
ACCESEION NP A P5001 21 .0 oou
41anatl X* pt;-Yar tskA. V. 'Ye. (Davit Is J)ayu.- I
SMAp V 0
W=
TITIZ.- Prot--ass of -Pbatoclwmicul oxl~atla;-~ of A 41 p~~j e ny
lami rw
D, pceny Lazdl ,e 16 p~iotcchczt, -R .7r I
IT. et
r13 t8 E,
t d
t r
A-SSOCjArLON-. instytut fizychnoy-i kbimiyi k?, URSR(justitute of
Fhyaical Cheaistry,
Card 1/2

A-,~ S ~.J N, KR
SUBkrrM: 02r)ec6-~
NO HU SON : 004
002
I:UB CODE: OC
Card

~ --naw MI
LVT(n)/EWP(j)-,'WA(0) JWIRWDS
T 10536--66
*C'_ - M, SP5027185 SQVRCE 90DE: UR/6676A-576-S41wof1~0_72-589
AUTHOR: Aahkinazi. M. S.; Dolidze. 1. A.
ORG: Institute of Physical Chemistry, Academy of Sciences.UkrSSR
(Institut fizLcfies-
koy khiiii , --adem-ija ;_a_;4~__UkrSSR)
TITLE: Dark aftereffect in sensitizeil photoox.idat toil of
SOURCE: Zhurnal fizicheskoy khimii, v. 39, no. 10, 1965, 2587-2589
hotochemist 1/1'erete
TOPIC TAGS: chlorophyll, oxidation, primary aromatic amine,
radical, electron paramagnetic resonance, diphenylamine, electron
spin resonance,
spectrum, light absorption
ABSTRACT: In the photochemical,oxidation of diphenylainine
sensitized with chloro-
phyll (pheophytin), free radicals are formed, and a pecuftir
aftereffect is observed
in which,after the illumination has been cut off, a deep-red product
is formed in the
dark. The reaction does not occur in the presence of at reductant
(ascorbic acid).
Electron spin resonance (ESR) spectra of the product showed that a
free radical is
formed. A simultaneous measurement of the change in the intensity of
the light
absorption spectrum with time and of the ESR signal for the same
solution showed
that the absorption maximum increases so long as the ESR signal is
observed; ae itoon
as the signal vanishes, the intensity of the absorption band ceases
to increase. Thi
effect indicates that the free radical formed in the cairse of the
phatooxidatiolt
participates in some secondary reaction which results iii the
deep-red product, which
has not been Identified. Orig. art. hats: 3 figures.
Card 1/2

ACC NRt AP5002576 SOURCE CODE: I]R/0016/64/038/012/289917891o
AU111OR: Ashkinazi, H. S. (Kiev); jLa~ritskaya' V. Ye. (Kiev);.'Dain,
B. Ya. (KLev)
.ORG: Institute of_Physical Chemlstry im. L. V. PI&,nrzh(1.vskpy
-VXr5,1;Z
fiziche9koy khimii,
TITLE: Photochend,,Ial oxidation of diphenylamine
SOURCE.# Zhurnal fizicheskoy khImil, v, 38, no. 12, 1964, 2889-28 94
TOPIC TAGS: oxidafton, photochemical oxidation, ultraviolet
oxidation, diphenylaminei
ABSTRACT: Diphenylamine is photochemically oxidized by oxygen when
exposed to
ultraviolet.or red light in the presence of chlorophyll as the
sensitizer. The pro-
duct of the sensitized reaction was shown to be a long-life radical.
(1) absorbing at
460 and 250.mli, During the ultraviolet oxidation, a otable free
radical (11) showing
no characteristic peaks In the visible region Is also formed.
Oxidation in the ultra,
violet light proceeds via the free radical (I). Data are presented
bearing evidence
that the radicalei formed in the phQtoogmic1l~reactioris are
diphenyl-nitrogen (1) and
diphenvinitric oride (11). Reaction arrangem ts are proposed by the
author.. (AM)
SUB CODE: 07/ SUBM DATH.- 02Dec63/ ORIG REF., 005/ OTH REF: 005
.-Card- 1/1
UDC:

ASHKINIZER, ID.G., insh.
Morc attention to spark gaps. Slek.i t-epl.tiaga 4
no.4:24-25
16o. (MIRA 13:6)
1. )Vtishchin kiy uchnatok energoonabshentya.
(Alectri protection) (Blectric lines--Poles)

..A.SII.K.INUZI) Z.K.; YUDITSKIY, D.G.
Methods for the water and heat treatment of corn
kernels. Ferm..
i spirt. prom. 30 no.1:11-13 t64. NIRA 17:11)
1. Ukrainskiy nauchno-issledovateltakiy institut
spirtovoy i
likero-vodochnoy promyshlennosti (for Ashkinuzi). 2.
Kiyevskiy
teklinologielieskiy institut pishchevoy
promyshlennosti im. Mikoyana
(for Yuditskiy).

OiN
Aftinuze, V. G. A theorem on the splittability of J-alge
Mat. 2urnal 3, 381-398 (19SI). (Rue
sian)
The author proves the Wedderburn principal theorem for
Jordan algebras of characteristic 0 (if R is the radical of A,
there exists a subalgebra S such that A is the vector space
direct sum of R and S). The method is to prove that all
possible simple summands AIR can be lifted to subalgebras
of A, and heavy use is made of Albert's techniques as well
as of his classification of the simple algebras. Independently,
the same theorem was proved by Penico [Trans. j%,mer.
Math. Soc. 70,404-420 (1951); these Rev. 12, 798]. Though
the two proofs are similar, there are certain technical
differences. L Kspkmsky (Cbicago, Ill.).
SN- na~~iokl ,
, ~~'! ~A- ;.,,- 2P
U'..CU'ijn?jM J6 :'fjvl 53-' P-')o 935-1048

ASHKIOZE, V. G.
Ashkinuze, V. 0. -- "The Construction of an Algebra
Course for the EiChth
Class Based on the Idea of Functional Dependence."
Academy of Pedamogical
Sciences FSFSR. Inst of Teachbig Methods. Moscow, 1956.
(Disseration For
the Degree of Candidate in Pedagogical Sciences).
So: Knizhnaya Letopis', No. 11, 1956, PP 103-114

A INEMS, V.G.. nEtuchnyy ootradnl1c; GIBSK, I.A.,
nauchnyy sotrudnik;
"-'MSf,bYA, G.G.. nauchnyy sotrudnik; NBSHKOV, K.I.,
nauchnyy
sotrudnik; NIKITIM, N.N., mauchnyy sotradnik; SEMUSHIN,
A.D.,
nauchoyy sotrudnik; MISM, A.I., nauchayy sotradnik;
KOSTF,
LOVSKrY, V.A., red.; TARASCIVA, V.V., takhn.red.
(Teaching mathematics in schools in the '1959/60 school
year]
0 propodavanii matemgtiki v shkole v 195-9160 uchabnom
godu. Pod
red..A.D.Semushina. Koakvla. 1959. 135 -P. (KIRA 13:5)
1. Akudemiya pedagogicheaUkh nauk RSMI Koscow. Inatitut
mtodov
obucheniya, 2, Sektor mtodiki propodariniya matematiki
Inatituta
mtodov obucheniya Akndeuli pedagogicheakikh nauk RSFSR
(for all
except lostelovokiyg Tarasovaj.
(Kathematice-Study and teaching)

RIL Pi.
ADjT=
.40=00 so UOTADOTTOD OV2 UO R.31
'UTAtee
70 "Olqaja tw
112 aTxqr4ou ow-ma-u-t-A
0, U, elooqn Cjvpucvag JQJ 94xVZ
NOT2"OlnIN UO VA '~nUPMSV
zwznm= 7voLzyz=vm -XA
ff"Tqojd jo SUCTInTog
Cvz mwjqo"
uot2n -K -1 Aq V"Jw
9070" 1A
(wz"A -](-I) OOJTISU SOACIDO
6cz jo Suxt"O 0= uo %&jq=j quvq on;
jo UOT m -a usuo
qcz ( 02vd1 1.ml OJOINJOdo
tvTzuojb;jlc -OU71 AJVUTPJO JO
SOUSTI&Tnbz eqz 'N*x 'OP*A
90WAD# fuOUTOOM XVOT%WM%MVM
jo O*PSTAWLCR V *jTnbei mejol:jaw 1,.
"-
:q ma
4"6pun ol A"xs*Dou &I purooj2)tvvq
rvoT2vmtnvw emV -suo"wo
-T,04 jTMVOW4WM 92TV4J&D ;0 8AOTAGX
SUTV%U00 J&MOUT P911 UM
exr. uT eirr X-002wPed Pg- DT;T4u&T"
%nTx vrwvp uoTzpos an*
vwCaqw.ptri no *zm,,QT swoudaT&LOP
reo. nvm%nvm TKW 'Sloan"
UT oT-4vwt4vw J 2UTqvvs% 1Lxo-4wTq
-wuonvqTjdft SunmIgaT
'PUS&DO 0,1 On3vusimvs U.Sepou 50
*%v%v Olu -�WJTTOmq .1mo
MC61i xUaTivisaws a" qoTVA to Dime
092jadez ZVOT207protmew pcm
Sjj'%-.U&TV9 V= '*AOTAI.J '9911)r44V
JO 942'"Uop no" OtQ 110VVMD
N Ifievowea WoUvwnum
TOORO Orr a,. =*--n $q --.a R"q wq&
-voT2T"zmww Azwodm%
-QQD UT SPU&J2 UT P*39&Jn4T 0" 0"
UOTa"npe Two'r-4vwOq2ww
SATSUOZZO as 200tj Til suosiod ao;
pepue,4ul al ;Iooq wTQ sISOAVA&
AOMT%M *116 I*vz *Q"Z imot2n *NIX it
qDTAOqrwww -1-T
x*z I'VI
*P&SOT-Td GOWOO OW'CT '696T 'MxMezvoo
'AOoroK
'""M pal sonvmdft 'Swrq-*z 1,41
Isou-MrAlm
fuoTz -VOT31
TO.P2 . M*InvW) * *dAA 'VA';JG'4~T 7
WATUSIVOTrad
OATW"vpodojd &LOS 11=vwnvu
fOAjuSwqv*&1"d sA*x*",g4vmnvx
OM?,/A]Dt ADMUMOM IM I ISM (T)9T

ASHKINUZR.-V.G.; LICVIN. V.I.; SSMUSHIN, A.D.
(Moskva)
Rearranging mathematics curricula in connection
with the now
tasks of secondary schools. Mat. v ahkols
no.1:40-51 Ja-y
'59. (MIRA 12:1)
(Mathematics)

i,!n te--tboo,tt, for untr),acl- T-r f
len MI

ASHKINMI, V.G.; BIKUSHINO A.D. (Moskva)
Draft of a program in mathematics for a three-year school. Mat v
shkole no.5t4l-45 S-0 160. (MIRA 13:10)
(Mathematics--Study and teaching)

ASIMNUZZ, V.-G. (Hook-va)-; LIVIII, V,I* (Yoskva); SENUSHIN, A.D.
(Moskva)
Some remarks on the draft of the program on mathematics for
secondary schools. Hate pros. no.5:127-132 160. (MIRA 13:12)
(Mathematiou-Study and teaching)

YAGLOM, Isaak Moiseyevich; ASHKII ZE
-V2adJlq-dr--- rg~y
Qtg- RYich;
rea .
GOLIIIBERG, V.V., .. YMFOVA, T.V., tekhn. red,
(Idess and methods in affine and projective
georetryl
Idei i metody affinnoi i proektnoi georetrii.
Moskvap
Uchpeidgiz. Pt.l.[Affine georretrylAffinnaia
gooretriia.
1962.~ 246 p. (MIRA 15,11)
(Geometry., Modern)

ASHKINUZE, V.G.j SHVARTSBURD, S.I. (Moskva)
Schools specializing in matheMtics. Mat. v shkole
no.2:81-83 Ma-Ap 163.
(MIR#, 104)
(Mathematics-Study and teaching)

ASliK]:NUZY.p V.G. (111foskva)
. - A,
Studying quadratic equations and inequalities in the
ninth grade
under the new curriculum, Mat. v shkole no.4:34-43
R-Ag 163.
(MIRA 16:9)
(Mathematics--Study and teaching)

I-AlthYAl-Arl, lzrail I Adoll fovich-
A~~IKIMJZE, V G, . nauchn. red.;
p
JTDOROVAY L.A., red. -- -4114-:1-
[Menents of mathemuLical analysis ir. a achoolk
mathematics
co,urue, a textbook for teachers] ElemenV
matematicheskogo
" I
an,q~-..za v shko.1 Inom kurse Mter-Uqtiki;
posob-ie dlia uchIte-
lel. Loskva., j roweshchenie. 1964. L,C- p.
411RA 18,4)