SCIENTIFIC ABSTRACT GRIGOROV, A.F. - GRIGOROV, K.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000516720015-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GINZBURG, D.G.
.~
Now body-stamping shops (from foreign publications). Kuz.-shtam.
proiz. I no-7:29-33 Jl 159. (MIRA 12:10)
(Sheet-metal work) (Automobile industry)

D.
G o rlu a r i fA . 1a nr! z'u I -,, r , L. M . I I Di r e cr uP, If -L r) n
by tho action (A* water
of se(lr- -*!ntc, sc-diur ~ivd vi (,r
yuz. it-ta so(lovoy j.rom-sti, Vol. V, 1~h~: T;
Trud- Vst;~o,
22q-)!i2, - Biblio : 12 1 te,.!is.
SO: 1k) St:Pt- 557, (Letords Iny":!-. S~-atev, 1"e.. 21,Z.

USSR/Chemistry - Soda Production G32,ZBUM, D. "i FD 175
Card 1/1
Author : Mikhaylov, F. K. Cand Tech Sci; Ginzburg, D. 14. Cand Chem Sci; and N. I.
Iksofin
Title : The heat conductivity of carbonatE rocks and of calcium oxide in lumps
Periodical Khim. prom. 3, 44-46 (172-1711), April-May 1,_31,4.
Abstract The average heat conductivities of samples of chalk, limestone, and cal-
cium oxide from chalk used at USSR soda plants have been determined.
Formulas for the calculation of the true heat conductivities of these
samples are given. These formulas can be used for se 'les of the mater-
ials investigated derived from other deposits, if the volumetric weights
are close. The temperature conductivities of the 3 materials have been
computed. Illustrated by 3 figures. Data are listed in it tables. 7
USSR reVerences are appended, 2 of them to foreign books translated into
Russian.
Institution All-Union Institute of the Soda Industry

USSR/ Physical Chemistry - Thernodynaiaics. Thermochwdstry. B-8
Equilibriin,i. Physicochei-deal linalysis. Phase Transitions.
fibs Jour Reforat Zhur - Miiriiya, No 3, 1957, 7441
Author Ginzburg, D.M.
I-
Inst :__In~si u ~~o ~ie Soda Industry
Title On the Thermodynamic Properties of the Carbonates and
Oxides of Calcitzi and MaViesium
Orig Pub Tr. Veses. in-ta sodovoy prom-sti, 1955, Vol 8, 103-1o8
Abstract A critical discussion is given of the literature data
concerning the heat effects during the thermal decomposi-
tion reactions of CaCO and ,IgCo . The most reliable
values for .HO, )3 SO w2 SO for CaCO , CaO,
I Z( , 3
Mgco 3 jp and MgO are tabulated.
Card 1/1 - 79 -

Category USSR/Atomic and Molecular Physics - St4tistical ptysics. Therinodynamics S-3
Abs Jour Ref Zhur - Fizika, No 1, 1957,No 854
Author Gin4urg, D.M.
Title -.-Off-uire~erm~odynamic characteristic of NaOH, Na2CV3, and Na2SP4
at High Temperatures.
Orig Pub Zh. obshch. khimli, 1956, 26, No 4, 968-970
Abstract No abstract
Card 1/1

USSR/Thermocynamics - Thermochemistry. Equilibria. B-8
Physical-Chemical Analysis. Phase Transitiona.
Abe Jour Referat Zhur - 1(himiya, No 6, 1957, 18443
Author M.M. Popov,_P.M, GinzbUrg.
Title Specific Heat of Na2COI, Na2S04 and VaOH at High
Temperatures.
Orig Pub Zh. obshch. khimii, 1956, 26, No 4, 971-980
Abstract The mean specific heat of chemically pure Na2CO3 (within
the range from 20 to 1106.60), Na so (within the
range from 20 to 1017-10), and Na6H twilthin the range
from 20 to 742.80) containing 98.79% of NaOH, 1.2% of
Ila2Co3and 0.01% of impurities was measured by the me-
thod of mixing in a massive calorimeter. Equations are
given for the comput&tion of the mean and true heat ca-
pacity (specific and molar) of these substances. The
melting heat of Na2CO3' Na S04 and NaOH were computed
and they proved to be _73Z -5770 and -1629.3 cal/mol
Card 1/2 - 149 -

SOV/ 137-57-6-95Z6
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 6, p 29 (USSR)
AUTHORS: Novakovskiy, M.S., Ginzburg,_D.M,, Ponirovskaya, L.I.
TITLE: The Solid-phase Reaction Between Calcium Oxide and Aluminum
Oxide (0 vzaimodeystvii okisi kal'tsiya s okis'yu alyuminiya v
tverdoy faze)
PERIODICAL: Uch. zap. Khar'kovsk. un-t, 1956, Nr 71, pp 103-106
ABSTRACT: A thermodynamic analysis is made of the reactions of formation
of CaO'Al?_O3, 2CaO-A1ZO3 and 3CaO-AlZO3 from CaO+Al?,O3 in the
solid phase. As temperature rises, the first to form is CaO'AlZO3,
followed by enlargement of the crystals and an increase in the
amount of compound. When the crystals attain a given size, the
formation of a new compound (apparently 5CaO-Al2O3) begins.
However, at all temperatures, the end product of the reaction of
Cao and A1203 is 3CaO-Al203'
S. G.
Card I/ I

GrMURG, D.M.; MITKWICH, N.D.
Theory of the commervial production of sodium hydrosulfide from
gaseous mixtures. Uk:r.khim.zhur. 25 no.1:129-133 '59.
(MIRA 12:4)
1. Aharlk-ovskly nauchno-iseledovatel'skiy inatitut oanovnoy khImII.
(Sodium sulfides)

5W SOV/76-33-3-20/33
AUTHOR: Ginz,,b,urg,.__P. (Kharlkov)
TITLE: Heat Capacity and Integral Solution Heats in the System
N&OH - H 20 (Teployemkosti i integrallnyye teploty rastvoreniya
v sisteme NaOH - H 20)
PERIODICAL: Zhurnal fizicheskoy khimii, 1959, '101 33, Ur 5,
PP 1087 - lo92 (USSR)
ABSTRACT: The author points out that the characteriotic values mentioned
in the title have hardly been investigated for high concen-
trations and high temperatures although these data are of
0
importance in technical practice. C P was measured in the con-
centration range of from 60 - ~O weight per cent NaOH and at
temperatures of from 322 - 750 C. The data are shown in
table 1.Hence it appears that the heat capacity of concentrated
NaOH solutions is similar to that of NaOH mc-lts. A foriaula,
for C P is derived for high concentrations. On account of the
comparable data on heat capacities of dissolved and melted
NaOH it inay be assumed that the st.,Licture of -oncentrated
NaOH solutions is determined by the stracturf, of the melt,
Card 1/2 The water molecules are distributed -~,ithin th-is E;tracture. The

Heat Capacity and integral Solution Heats Iii tho y:,teia SC,7,176 -33-5-20/53
NaO11 1120
integral solution heats of NaOL - H1>O ~iure caLulrtted for
0
the range of frout 50 - 350 C. F41-are 1 IAlowu th... j:%)the-vaul
lines of the dia raw enthalpy - co,,;cezit,L-itio~, -n system
9 L
NaO11 - 1120 at 25 0, 93-330CI and 322eC. solution
heats are shown in table 2, the tQ VIP OM L Ul"! COk' ~Z'i C 4,0. 1 t.3 in
f1gure 2. The temperature coeffirient. b(Avieen 30c, -,0 )50'
was not computed as there occur p"I:,se this
'Ve.-aperature interval. The vai,iatioiio of
f
heats follow the laws for ruhitivoly
at temperatures up to 75'c fourid by fi.. Li. Ka,-,anoiich and
K. P. Mishchenko (Ref 8). With a coiicertr-ition increase of
soda lye from 08.68 to 100 mol NaOH/ 106D g the of the
integral solution heats becoacs positive. There a--- 2 figares,
2 tables, and 13 references, 0 of which are Sovict.-
ASSOCIATION: Nauchno-issledovatellskiy Institut 11CM M r I kov
(Scientific Research Institute o-f
stry, Xhar1kov)
SUBUITTM: July 10, 1957
Card 2/2

50) 06222
AUTHOR: Ginzburg, D. V., Candidate of Chemical SOV/64-59-6-14/28
5cieic'es
TITLEi The Thermal Conductivity of Lime Obtained by Roasting Lime-
atone at Different Temperatures
PERIODICAL: Khimicheskaya promyshlennost', 1959, Nr 6, PP 510 - 513
(USSR) -
ABSTRACT: In a paper published in 1954 (Ref 1) it was pointed out that
rocks of similar specific gravities coming from different
deposits possesealso similar coefficients of thermal conduc-
tivity. Limestone from the Golubo deposit and chalk from
the Golosnikovskoye and Raygorodskoye deposits as well as
lime obtained by roasting qolosnikovsk~yt chalk were
investigated. The thermal conductivity coefficients of lime
obtained by roasting chalk, however, are different from those
obtained by roasting limestone. In order to complement the
data given in (Ref 1) the thermal conductivity coefficients
of lime obtained from Gdulookiy'. limestone were investigated
in the present case. Lime was obtained at different roasting
Card 113 temperaturesand had been left in the furnace at the same

06222
The Thermal Conductivity of Lime Obtuined by Roasting SOV/64-59-6-14/28
Limestone at Different Temperatures
temperature for varying lengths of time after roasting. The
thermal conductivity coefficient of lump lime was determined
according to a method previously used (Ref 1), which had been
dev6loped by the fiziko-khimichookaya laboratoriya NaUchno-
issledovatellskogo instituts, ogneuporoy (Laboratory of
Physical Chemistry of the Scientific Research Institute of
Refrae'tbries). A description of the apparatus is given'in
references'l and 2. The lime samples were obtained by roasting
(at 995, 1025, 1125, 1200, 1250, a~d 13500) cylindrical samples
produ6ed by turning limestone. A laboratory shaft kiln (Fig 1)
was used. The temperature was controlled by means of a
platinum/plitinum-rhodium thermocouple connected with the
apparatus ERM-47- On the basis of the experimental values
obtained equations for the calculation of the true thermal
conductivity coefficients of the sanples under investigation
are given and the following generalized equation derived:
At 1.011 -'0.066-104 t + 1-513010-3 7. (where Xt - true
thermal conductivity coefficient of lump lime obtained from
Card 2/3 limestone at temperature t, I - specific gravity of the lime).

06222
The Thermal Conductivity of Lime Obtained by Roasting SOV/64-59-6-14/28
Limestone at Different Temperatures
It is recommended to assume I - 1600 kg/a3 (corresponding
to a volume shrinkage of about 10%) in calculating the heat
of lime production from limestone on the basis of the above
equation, while formula I - 0-79 - 0o00049 t (Ref 1) should
be used when lime is obtained from chalk. The thermal
conductivity coefficients of lime obtained from limestone of
four different specific gravities were calculated and the
following tables given: Table 1, characteristic data of the
roasting process, table 2, temperature dependence of the
thermal conductivity of lime from Golubovka limestone,
table 39 comparison of the results obtained for limestone
samples from the above deposits, table 49 thermal conductivity
coefficients of the Gblubovskiy limestone at various temperatures,
table 5, coefficients of the thermal conductivity of lump
lime. There are 2 figures, 5 tables, and 6-references,
5 of which are Soviet.
ASSOCIATION: Nauchno-isaledovatellskiy institut osnovnoy khimiij NIOkhim
(Scientific Research Institute of Fundamental Chemistry,
Card 3/3 NIOkhim)

GINZHURG, D.M. (Kharlkov/'
- I--------- __
Thermal properties of N&OH and H20 in concentrated sodium
hydroxide solutions. Zhur. fiz..khim. 36 no.4:747-751 Ap
162. (MIRA 1516)
1. Nauchno-isoledovatellskiy institut osnovnoy khimii.
(Sodiuj* hydroxide-Thermal properties)

Dorl!iiil'y
3v4y

of"
0 C, Rick t c7; I o1A
c ale-1 L) t (--. 1'Ok", irlsLI Ll1L

GINZBURG, D.M.
Lensity of soda-potash solutions and the vapor pressure over
them. Zhur. prikl. khim. 38 no.1:55-58 Ja 165.
(MIRA 18:3)
1. Nauchno-issledovutell8kiy institut osno-,rnoy khimii, narlkcia.

GINZBUPG, D.M.; PIKULINAY N.C., LTITIN, V,P.
Systat NH3 - F2S - ltO. Zhur.prikIAL'tri. 38 no,9-2-117-2-119
S 165. (M:R,~,
1. institut, o!jp,),,,n,,)y khimii,
Khar'kov.

GIINZBURG. D.M.
system hH3 - CQ2 - H20. Zhur. prikl. khim. 38 no.10:2197-2210
0 ,65. (MIRA 18:12)
1. Nauchno-isaledovatellskiy institut, osnovnoy khimii, Kharlkov.
Submitted May 27, 1963.

GrNZBURG, D.So
-wl',~A",,--.- I
-
, wijdhema nodong as a trichophytid. Vestderm. i ven- 32 no*5973
S-0 158 (MIRA 11:11)
1. Iz Vologodskogo oblaotnogo vendispanserR.
(IMYTHMO)

GINZBUHG
Clinical and histological aspects of Darier'n diaease. Vest. dorm.
i ven. 33 no.2:25728 Mr-Ap '59. (NM 12:7)
1. 12 Vologodslcogo, oblastnaip vendispansern (glavnyy vrach Ye.K.
Snvaahkevich).
(MIANSIS FOLLICUTARIS, case reports,
(%a))

GINZBURGO D. S.
TrichoWconee and their pathogens-in Vologda Province during
1949-1958. Vast. derm. 1, ven. no-3:71-74 162.
(MIRA 15:6)
1. Iz Vologodskogo oblastnogo kozbno-venerologicheakogo
dispensers, (glavnyy vrach Ye. K. Savashkovich)
(VOLOGDA PROVOCE-RAIR-DISEASES)

Ut:Lll""c'~~ (" !'-3-1t "i .'.:. , l.", -. ". t , -.~ i : --I , , 41
~ I
nriv,-;? i~,;*~. 2 . " 1j; lj~l - -- - a I - I - -... ..
../." t P.

0 see 0 0 a 0 0 o 0000
a a
31 m 0 JO 31 11 V a A 4 0
-A, (9 Imp -A__*,__JI__A_J
a Ago

00
-

00
Abd. Vjswk, An.
Aid rj
ki

A
o A
1, 143 f"604).-The adsorption
i
l
4
b
awl
v
ty Q
t,
imh and anthracite coodo. and coke of ~00
O.Z.V4.6 Wes dc#A, with soins. 4)f to in KI and with
00
og, a fluklic The samWe (I g.) wat -hakrn in a cloard .

0 :.'w . vowed comats. III) oc. of the soln.. allowed to stand -00
f, kr, WA 36 ask.. mobawn migain and filf'r"I. Theti"t
0
t
kW of Mrsts vowe di%-ude4f. Init the irmainder We, .00

00 usedforflUstim. Acleurptiom follows x/w m NC-. X .409

00 dreFrowirs is tin following otdcr- peat; btown coal:
mthoacks
Diff
k
i
)

09 J1. .
erences
w
metts actum
and themet"
remilts (an Within the md. ctrors. H. Z. Kam6ch
00 400
60
go
go a x4p

'00
00
0

1000
1.4 00
0 0
Z3

S', ct--
floe
It
- 1200
u

""
" a R 0 it 09 KLO M I to
"
" ' d"
i:
o 0 o go o o o 0 o
0 0 0 a
0 0 40 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0
0000004 0 0 e
1
0 0 a 6 0 0 0 0 a 0 0 0 0 off 0 0 0 0 00 of 0 0 0 0 0 * 0 0 4 l

it 0 It I) b j0 is At IF A )v of U It A a v It p 6, 11 14 to It
10 1 -4 11- fl U-". AA N M 0 It to h
a I--
adewp6m, 9dubilily and Wital 00
N. F. Hirnsulortilto and D. Z. Gimburx.
1
'
917
nth
WIth
t
J1
831
3
U
S
S .00
-4
ra-
).-
a
t
.
. i
1. (
.
.)
0
,
Wic MM (3) Slow Firwitimis me quite conwim In %A. -00
v"Ka * of 2 OMMPU"r contpoica"m (CjgrccLl
tv at I pdv ad 11-mompabir curup3morm-IFUb-CO.i

00 a tbr a W of I wwy invormly.
"I
, i
oo
4
1m
tu
PhNI !-00
-
113
v
ol
nic
rr
C,

dow
vim I* tlw vahw, 4 111.4t 1.,I%1 vww., l1w,1141111i, -00
00 1 it, A mdAlmolowly Imillirl .00
(vow of I truo" olhord Siltv, -it, tmill"o-11 ld a J.dor Atilt floo
47111110111111MI. 115C laffror Orcling Ow p4drity of
The Am (RION-CJ10. dirmich -4 tosin. L in %wh zoo
4'"m iftmamors with in lbraml, of I.Jar "wil-
409
00 j 'lent In the nu%l. In it toolit. )f 11, lily,"1411v pgal mjvrtll.
00 j like 110011-1110 and WiCO-RiOll A itud L va, y iuvri,ly, COO
zoo
00 v
of
00 Ir XO 0
*0
so 1 4
600
ago
1110 0
too 0
~
1
too
1.00
so
A L A 24
?&LLUrGKAL LITFNATWMI CLOV111OPKATtOm ties

:

40
boo
00

7--
v J.t

oo
U 11 IV `0 0
" " " AM I a Od 0 0 1 w Im 41 a 1 0 9
. 1
to

0 0 0000 0
4
T
I "
to, to is a a A w a I
0 0 e 0 0 0 0 0 6 41 so 0 4
0
r 0 0 * 0 0 0 0 0 0 0 0 0 * 0 0 0

'
* 0 o 0
6

_o
s 0 000 gig 0
090900900-60 a 00
11111 0 a 00000 goo 000406 a
goo
0
,

03,
o A
00
00
W : W-W-W W-W
i~oseoooooo 00 000 0
v WT 0 ooo:::OOF
n is 1, 1 b A )? JS It 10 11 JJ U R 0 It It A, P W of U $1 0
c a L-A-A-Y-Q- 1- -14 M CC LQ Ct b
Ott AND jbP-009ta) J-10 0
00
lwwumw of 16 '91 itpWc adds for their
00
adesiom hm mdud aaeOlila. N. F. Frmaleako and D.
-00
04 r Z.,04,!M CoUvid J. (U. S. S. R.) S, 263-70(Ifk%1r.--

;
~C

00

~ c
f.
6117-Adisieption by wood charcoal from
00 -6sA,,
eh--,,4%
0H.
'
~
00 a .
lic
I. 1
. a
Y
W"- -00

loo a sew it iW New from Him to C41116 anti MO.
g1j
from milled solvents Ftoll + C1119 xhown
.00
them Is neither max. not min. In th.- rurve
0
4 altoollptilm front the milti:- CCI, 4- C.11. and 11,0 1-
-
.
-i
-4 (
MOIL S
li
il
O
V
11
l
I
N
t
t
ai
woo
"t Ott "'
I"I'l
a
v
l
.
, Ao
11"1., 11.41

0
::
:0
t
DITALLURGICAL UTINATIONE CLA111111PSCATICON
04; BID.,
i --
11110 16146') Hip ONT Ou
" , - 9 . .
u AT 03 As I
0 a & to or At 9 u I a
coo
?zoo
1000
411111, 0
'00
boo
t:9 RIO
tie 0
to 0
.04.. a.".
a.- &I.
-i ~ loo
NO AN -1
TTEW ,Q~
0010660400600009600066A

4, 41
CA-
Sweillog al vuk&Wxod rubber to mixed media. N F.
Frniolenko anti 1). Z. Gintlitirg (Ac:0. Sci
S " R . N
S S .1hisk). KpIlvid Aw IS, M!-7(11V~O
V41ilird rublwr nwilt at 143' Inwi mittural nibl%r I'll', S i
'roullestsate K-l" I2A, aldol 1, Z110 :1.%, C I'LIA :0~. ~ Ii., I L
.111) o"Ific&V41 1, And PPW I.If !.1 1-40-. 1 -'k 111', .61 W. :1 1
voi 4 M., 21 7 C.1 1.. 4 .1% v I I CI. 110 1 It l"1011, tw 1 41 -1
Mr,Cf ) Thr -Irp-ndri., I, M Ow %,J vikr-ii III, ..I. Ili,- -)
qvm~tl if I'mairy 1111,11, of 111- -jj"Jf~ loo-iis .... 1,
rhir CCI.-C.110 III Ilit- other 116t, , 111C 111.4% .%~Illlfox ..I.
ditliorr (hr Ialtaller 111V listil of Ifir 111111 Th,
flotc III allainme"I of eflolil wao Kirral In CJlI, %inallor it
CCI.. and IIIIIAllef still III ClfCl, ftlid MtCO, is.

777
&DIDetisturtflon,- of vegetah(el protelni; b*
IcAo and D, mff 0",
Z. Gimb-irg. Avelf-f
-Tt
fuss, S.S.R. L933, it VISCOOty,
the degree of asymusetry, 6/a, caled-ftom the viscoity,
were detd. of GA-1.0% proteirt', ~olns,. of Lupli'm Wtus
betom and alter - the addns. of 24Af urea, . A i~orvktc.
bufferi pH 10.0, was used a3 tht solvcnt. The viseomSty of
the adims. was increased after the addiis ,of urea, butthaj
of asymmetry was practically without change tip to'
the urea addii. of 4Af ottly wh, '~n the
(bla
Protelus were denatured by OAt urea the bla InerrAged,
Alghtly times). The urea-denatured protehij~
adsorW more azobenzene than the nxtive protelm. the',
ad"ptlon was the greatest whea the urea Wit. was 2M
R. Wierbi

lion -d propertiGs of the bituminous
on
t tar, N, I'. Bruloicliko, 1', N. No%.I.
*kova. and Ve.ifsi Ak4j, Na,,Uk Dejorut.
S-S,R. 19 o, ,
-Utilitati.)n of Peat tar (1) (tile
main waste Product of tile V 9-9ttlexating ovens Operated In
glas~fnduslrial Plants Of White RusMa) a,
the MA-building
mat"", asphalt, is thoroughl)rdiscumed, I clintain Water
4-85, I;Sht Oils (11) (the fraction dimd, at 100-M') 1.45 1
0 Intermediary off (111) (171-22701) 20.N, bravy oil (211-
BM*) 1120, anthiartut tit (101-3M*) 34.21, phenot- (TV)
13.1. naphthalene 0, and coke 21.1270. For the production
of tile asphalt mattrial the amts. of water, 11, Ul, and IV
were reduced to 0.6, 0.12, 10.14, and 2.40%' rest)., by re-
imoving the fractions dL4td. at 1000 and 25P. The them,
covipn. and Phys. Properties of tile asphalt matcrid prcpd.
In this way from I resetuble tliu,,,c of the raw material
I prePd.
frotti coal tar. Applization of alkalies, salts of org, acidg,
!"Ilde's, lecithin, choles cml, rosin mups, s!11-fite P!!'P.:--
alkali mixts, camin, and suffitized ails anti fats for theprepni
91 bituminous emulsions Is de".J.W also, E. VAerbjSt"

iefergem!v Ind
Ch 0 sic Y Gininug
_(In,
Ollass of the Profem '-1, V*- ty, 1. 91 0.5-[:D% 3q,
by, deter j "WI 4Ffaaajf#;"j' "
in
n 21 and the d- C"'se(l
Cf Uylumetl
from- the IW4 from 0 1'
by 2.5% YL'njl .2-0 to, 0-g" 9.4
1 th-mHaftme 2'
a If in " nd 8-8 by 1047.
Naoll), while b1,1 it, Ri I d the bla to nb,,t 10 (11, 0-%v
'"t" prate- of bru. Qrc CO"Cd- was lk little Smaller. -
'd Irllovr
UfFA, they adsorbed ' WeTt denatured by
t"In' Qmd the .""14"benzene n-vm than the xativt! prG,
'Aas 2,11'. , The . . je
1 6/,, a, t 0 "2 MIttst when the UrQ sclln
Almost t%mf"ll fil pratein3l f b"te
and tj1atrcGd(bYye1G1Ojw( uturupne 1-2 when
the Proteins were denatu
J.
-77
'ERX
S
Of I ~0111~ MR
W-NOW nm'_;tr~
WO m Ems-

pt frol(
"-tipp 'Pith 'u"
77- i
15% and uc:
NA "TIcna
cagoilI
IC.
ul~L,

(telas Itt cellucia
to their
.
F. Urtnuleako atid D. Z. G freitsi Acid. Nacuk
)
'
11
l
S
S
R
41T
k 1
~w S
5
aras
.,
c
'
" :
lavu
.
I
9
0, No, 2, 91-13
A Wusjla~ Summary), - -41rott III mnlple~ of yeflow 1UPIlle (1),
blue JaPine 00=1110,:und cmgcht (IV) (refermice sull-
-
A
gance) wcro a t
v,
itta U400,M4011-M 9H 10.u
buZer in theattitst. from 0.0025 to O.OW-4),0125 g./cc. The
golus. were thta tmted with 0, 9, 4, ac 6 =6./L of Ifea;
i
i
hi
f
l
d b
e K
s was
owe
llary. s
ttris,
t
Gl
r their rriatiw vis-
y cap
emitics (v/ix), The dewturation degme of tile Protein
by
urm was.thetA -found h~.wlcg- the bla'rittio (the degrer- of
asymn IIctry d the sor ocittin macronioN. whe re the Lar ge
nxi,; and a -, the Small axi3 of (lie singli. ellipsuld (if tile pru.
tvill by tile equalilons, I/ja -I - (2.5 +
- (q/qal - 1)/te - No jind op - w, livitcm jP - vol. Fractiins
of Ow, "Illbamice heing (16,xilvvd. I, - llarti:111sp, vol. III tile
"uthtlince III ct'jg., 'r - C4141cil. 14 tile d6vskvi mth~tancv
d K CaLcfl frIlm tile W
ks b
Sinih
I
j
a
n g,/tv.; itil
-
y
l
P
l-), 111c b
O
34, 11
la NO) invitnisu for prottin:.., -
collens. ants with theconcil. (of Urva. llorv~
zero atal 0.11 urca III the (jr;jtcin scoliss. the degrcc (if Myla- i
Inctrv, blis, far tile protcho isarrang(I jit dcmaviog ortlix
I HIM anti 20.6, IV 13.55 unit 119.45, Ill 10.7 anti
and 11.0. rols. A vionp;irium #)f i1w w0l.
14.7,and It (3-
1301141gical pro1wrti4:4 of artificIA fifour!, Kaflit-11 11,11I) It anti
III 414114ZAte that tile 11111M.Ir iltivilgth i-i dirco:tly rcha it w tile
ristio ut t ht., U.;Cd
ns ills ilkslvN for preiliaillij tile tedilloAt'Xii-A puIptak-s (it
artificial filivrs mmmid, from diffmin imttvinti, JS rckr- kI,
'5,
A

GIIIZBUPG_,_ D. Z. _, and Y MAIDLEITKO, N. F).
"Chw-~L,~,e of the 'I's.-,"Mrlctry of Molocules of Vr!g"t.,_)b1Q Alluu-:!Ins lh-dt,!r the Influarcc
of Denat zinc D",jr)turvices" (IzrwnenJ.-,7c! usirx:,42trii moi,~,!-ul belIkov
pod vliyeniyem denaturiruyushchikh veshchestv) from the book TrLudy ~f -1 the All-Union
Conferencc on Colloid Chcni2t I V
IT 397-409, Iz. AN M-7-wy
('13oport t,-,J.vcn aL obove_, Coufcrenco, MJnsk, 21-)1 Lk-',' 53)
Yerraolonko: Act. I,rlor. AS MOR
7

i_ GINZBURG, D.Z.
Relation between the structure of chemical compounds and their
toxic effect on the zooqporeLqgia of Synchytrium endobioticum (Schilb.)
Perc. Vestsi AN BSSR. Ser. biial. nav. no.3:31-38 160..
(MIRA 14:1)
(WHITE RUSIIA-POTATO WART) (FUNGICIDES)
(BENZEM)

VA .; -"1 11 - I
pro
Ic
tj
I
le

A
ug

L 31070-`x~' F-W f-, L-4
AC(,'h'FSI0N IJIR: AP5006016 3/,-),~iii/641/0()7/006/lobi/ioh8
AUTHOR: qj
Ginzburg, E. 1.
TITLE., The problem of the pro agation of strong radio waves in the inag
p
SOURCE. I
VUZ- Ra&ofizika,'v. 7,-no. 6, 1964, 1041-1048
TOPIC TAGS: ~J
distribu-
electric field, magnetic field, propagation vector, electron
tion function, polarization, ordinary wave, extraordinary wave, dielectric perm-a-
bility
ABSTRACT: The equation of the electric'field of a wave is based on Maxwell's equa-
tions, and special equations are developed for the wave propagation vector and the
electron distribution function. The equation of the distribution function becomes
simpler when polarization of the field takes place. The solution of the equation
of the elec
tric field depends upon its parameters. Solutions are possible for ex-
traordinary waves when their. frequencies are neer that of the electromagnetic field
and the condition of gyroresonance is fulfilled. Geometric optics cannot be applied
to strong waves when the imaginary, term in the formula for complex dielectric per-
meability approaches one. The formulas developed here are applicable to the ordi-
nary wave when the wave frequency is greater than that of the electromagnetic fieldo
Card

%.ord

FWRUS: IYUZ. eadlotlzlilal V. U, no. 4, IU55, U26-627
TOPTO TArs' n7-m,1 nh--I~n
homogeneity.
ABSTRACT: I s*mngIr the presence of a magnctic fie'd pvoceaus a` th
jilLff-M-1-0in'Ln- -ay I a L_ L L e
rate of the slowest particl~_s_(_electrons or positive ions). The electric field
arising as a result-of the difference in diffusion rates of electrons and ions hind"!
ers their separation. The presen .ce of negative ions, therefore, can noift0abIv
change the charaeter of the diffusi6(.i piocesn. Althoup
,h the influence of nega ive
ions is conniderable in -the lower ionosphere up to about 60 km altitude, it has not!
been taken into i'account in works on diffusion in the ionosphere- To solve this
problo-m the authors use a method similar to one proposed by A. V. Gurevich in 1963,
Card-

L 6311-3-65
IACCES-SI-04. -HR-:--'-'AP5020373
if the concentration of pdrticle$ changes little over the Debye length and during
the period of the mean free patn of the charged particles, macroscopic equat'lons call
be used to describe the diffusions of electrons and ponitive and negative ions. A
linearized system of these eq"tions together with the equation for the longitudinai'
lelectric. field is solved by an expansion of.the functions in a Fourier integral.
;The authors &erive expressions for ambipolar diffusion (when the diffurlon process
Aproceeds primarily with a compensated plasm-a cbarge).and isotropic diffusion. The
f-ffec- which negative ions have on the diffusion proce.4s is deternined. Orig. ar..-.
has: 10 form, ulas.
ASSOCIATION,. Novosibirskiy elektrotekhnicheskiy institut svyazi (Novosibir-sk
Electrotechnical Institute of, Commun i cations)
SUBMITTED: 15Dec64 ENCL).- 00 SUB 'CODE;
003_
NO Rtr SOV, OTHER: 000
J~rl
.2/2

LYAGIN, I.V.; Hn~UR.G F,,Khf-_
Z+ --#P -+- e+ -* 0- and f, - --* p -~-Iq * -*/~- decays. Zhur.ekBp.i
teor.fiz. 41 n6-3:915-918 S 161. (MIRA 14:10)
1. Smolenskii gosudarstvennyy pedagogicheski;r institut.
(Particles (Nuclear physics))

IIIANOV, E.A.; VIDMEM, L.P.; GBIZBURq,_q.L.; WOM, V.B.
Tectonic development of the lower Paleozoic of the southern
r-rt of the Siberian Platform. Neftogaw. geol. i geofiz. no.
10:12-15 164 (MIRA 18:1)
1. Gosudarstvennyy trest po, geologicheskim izyskaniyam na nef'V
v Vostochnoy Sibiri.

S~-"'S(VOV, V,V.; " I
I I .~
Prospe(Aing gas f ields in the Irkut3k omphl tnea'r:~. N'ef truat..
geol. i goofLz. no.10:22-25 16 ~/
1. Gosudarstvmnyy trest pc, na -.1-ft,
.1
v llosl.ochnoy Sibiri.

GIW,BLRG, E.L.
Krivolutskoye swell-shaped uplift is a new zone of possible oil
and gas accumulatlons. Neftegaz. geol. i geofiz. no. 10:3-6
165, (MiRA 18:12)
1. Treat "roe t9 ibnof tegoologlya".

EXCERPTA YEDTCX 3ec 16 Vol 7/9 Cancer Sert 59
3906- Malignant pancreatic cysts and their X-ray diagnosis (Russian
'text) BRAITSEVA N. N. and Gmzjiuito E. INI. Min. Mcel. (Mark.) 195-9, 3604 (81-85)
Illus, 4
A mali nant tumour is found in 9% of benign pancreatic cysts. According to Ken.
nard, a1X)Ut 25 cases of malignant pancreatic cysts have been described up to 1940;
2 report-, on this type of tumour were found in the Russian literature (i~,,35 and j9.18).
The authors give a detailed description of ~a additional cases. In bot i, the clinical
picture, and especially an exact X-ray diagnosis, arc presented. Both cysts were
examined microscopically and recognized as malignant. A survey of the X-ray
symptomatology of pancreatic cysts establishes that the diagnosis of malirant
pancreatic cysts is only possible throufli close cooperation between the clinical
physician and the X-ray diagnostician. rhe Freatest attention must be paid to the
natural history of the disease, which can give indications as to the malignancy of the
process. BrUckner - Ustrava
T I
do

GINZBURG, E. 14.
Hadiograpky of the temporal bone In a Stenvers projection.
Vest.otorin. 21 no.4:84 J1-Ag '59- (MIR& 12:10)
1. Iz rentgenologicheskogo otdeleniya (zav. E.M.Ginzburg)
Moskovskoy gorodskoy bol'nitay No-58.
(TZIVU?AL BONE--RADIOGRAPHY)

C,T!IZ]31JRC E.M. (14oskva, Ye-24, 3-Ya Kab--llnaya, 3. kv,131)
fe-nangloma of the diaphysis of the humerus. Vop onk. 8 no. 10:
81,-85 '62. (MIRA 1717)
1. Iz rentganologicheakogo otielenlya (zav. - F.M.Ginzburg)
Moskovskoy gorodskoy bollnitsy No. 58 (glavnyy mich - dotsent
Ye.Ya.Khosin).

GINZWRG, H.H.
Five years experience with the use of an obturator-adapter.
Wach.delo no.l-.1.48-149 Ja 163. (MIRA 16:2)
1. Rentgenologicheakoye otdeleniye (zav. - H.M. Ginzburg) Moskov-
skoy gorodskoy bollnitsy No.1;8.
.-. (F104&)

GITIZBURG., E.M. -
Excessive develorment of the mucous membrane of the stomach.
Vostn. rentgen. i radiol. 38 no.4:71-73 JI-Ag'63 (MIM 17:2)
1. Iz rentgenovskogo otdeleniya, ( zav. E.M.Ginzburg) Mookov-
skoy gorodskoy klinicheskoy bollnitsy No.58 (glavnyj, vrach-
dotsent Ye.Ya. Khesin)*

~ M.-'~, - .-. 1'.,V-Aillii6 . H ~ P!
Cs 1. eob! 11, !, IV: hype: tloipt, rr,,,~ (I cancer of t!,,!
29 ric~.3~49- 53 fly-je `64'
kanii, 7.;---d~

G11MURG, E."I., ;-.,_~d.
(Processing of liquid wedia; papers of the Scientific Re-
search Institute for Fertilizers, and Insectifugesl Obra-
botkfl zhidkikh sred; trudy NIUIV. t.k,;;1-va, Laboratorii na-
uchno-tokhn. informatrAip 1962. 62 p. (MlRA 17:4)

GINZBURG, E.N., kand.tnkhn.riauk
Comparative technological charact,3ristics of' band and trough
vacunm filters. Khim.mashinostr. no.2:9-12 Mr-Ap 164.
(MIRA 17:4)

t r
1 t-Y of
:'-,"'A 17: 12
161

om.1 P, bUlty of M.-I St~m P- Pleat%; Colle-~tlcn at Art-les)
15~59. LZ6 ;, 2,1M -pi.. pmnt.4.
Ed. (TI tl. pw): 'Z-3. t-eran--. C..Ud.- f T-!r.;--.1 Sa.o".; rA. (1-ld. book)L
IT rr1ko-kiy; T-.. M: 3.1.
IV.'J'6Z: ThIs toLl-ti= af o-IclAs Ls sntemded ror -~cii-ucai pere-i or p-r
ft&-I~. TC-r -W--y ;1-t2. end stintirle r,*- lmtlvjts.
'Me ar-Acles set f~r-h -tv m-Its at I-stles-Ims ~r,
tevlot*L-~lc!:vfklrluAtlt~t L-rd F.S.
2%-Tlll~kc,92 (De;ftx-~-t or Xrt&ls of UA &U-Umlor %-mt Frr1r-ri~4,"tlWt#
L-L F.I. Nar=l~klr) Ln tto 7- 1~5~57. ~me ertlcl.s d-1 elth I-h* PrItm
of L-ts;.tl~4 - tT,-. of teel -1 of th, f &-." . --
--I= ;.r-s or P-- V:,-- ?~.bl- -6-1.t.d Kith --l-LA
hiL'.-7 of "Id~d zimte Lm 1~ 2ipim4 for !~Ijm ~! extre,high ;-s- ba' lf~
QZe U.", oed. =I. reNAlt. of Lm--stlgstt~ of 417 rmonre, ~bom-U~4" or ~tllx
-de, Algh t-permt- :L-,. T--. ---s far -jr- -4
t.0-.h- .; t!~--!-A =d I.r tl-,,. ;k-,- .. . ...
R.f-ol- --p-Y .&Ll&-l
D.W., . - -
-A C T Oz BrIttle Structure m.nd
?r~dertlej of Vtl- ~Ms St- Z-1plU I?
of,
of the copl_ St..
of p%;- f~l
or P-cpertles or Cu-wr.W-Tr,;, 15Ahj~tLl
T5
I-X-, NO r-l- Fed0t~. On the Iffect of Tcxjpemt~rs Chmmg-
-.be C~p strvwb as 1232,MF st"i
D-I.. -d or tb. D.M104 D-t or
UW st Chiaeelt"L = I-A StT=t~ Sol
a . 39
MA '-Z. E&g=toW. TtA AbIlIt7 of lkt&U for P17 Prvss~)
97
&-A X-X- lftmts- 031do-Film BmAlog of Ccnj-Agnt*d
Wt.U-. ?.,t.
T.3., F-Um of TtL-del Joiats r,,o Saj.~ eod 3.1.4
Tc,=,r L15
VA=AZU: Llb.-7 ar Coog-

(7 1L'Z CS toc' 6; Z's'-
tag
JIV
t,
-5 i
54
CV v
VIP
92
vr.
If

3/1-'7/6P-/000/004/097/201-1
A0521AI01
AUTHORS: Vidman, D. N., Oinzburg, ),;. S.
TITLE: The dependence of the dnniping decrement of ,;tainless chi-ornium steel
oil the o'ructurc 5tate and mechnnical propev(Aer,
PERIODICAL: Referattvnyy zhurnal, Metallurglya, no. 4, 11'02, abstrac 4
j ~ 26 t 1152
(V st). "Ek.,;p1iiatat3. nadezhilo.-O.' inctalla parosllovykh ustanovok".
Moscow-Leningrad. Gnsvyiergo.l:-dat, 1959, 89-97)
TEXT: The damping decrement was determined by the data of measurement of
the amplitude of free oscillations at bending the steaw turbine blades. Mechani-.
cal oscillations imparted to a cantilever-fastened bladoviere then trans orme
In electrIc ones by means of an induction pickup and recorded with a loop i
oscilloscope. Maximum bending stress at the root of the working part was 350
2. ade of material corresponding, by the Chem
kg/cni More than 200 blades in, IC&I
composition to I X 13 ( IM13) and 2 A 13 (Mil 3) grade:3 of steel were Investigated.
Out of the mentioned bladed samples were made which were subjected to mechanical
tests. Furthermore, an investigation of mlcror~tructure of blades with different
damping decrement values was carried out. Tile presence in -the structure of
Card 1/2

3/1-17/62/000/004/03-7/201
The dependence of the damping ... A052/AIOI
excess pha5c6, - rron chromium ferrite ov Vvn,e Cr ony-WrIoi nt-, the I)oundnilJoili of
grains, - veducon, Lhe divnplnj~ decrement. A poi-Itte I111tholit exceSS
phases SOOLIVeS maximum dvinpIng decrement value; bt , b,
v ;, hardnel-;.3 and ~ for
blades with different damping decrements practLeally (to not change; ak and
Increase with an Increase of the damping, decrement, An increase of Lhe clnmpJ.ng
decrement by a factor of 1.5 - 2 (from P 0.01'11 to 0.0391) hrtn Iljtlt a 11A.Lle
effect on f;W. The obtained daLa perm!.Ued tho recoLienditilon of the following
optimum compost S-, 0.15--
tion of stainlpss Cr slenl for working turbl.ne blade
0.20% C, 11.5 - 13.0% Cr, 0.6 - Ojy, tit. There are 7 references.
M. MaWeyeva
[Abstracter's note: Complete translation]
Card
. R/2

61812
S/096/60/000/08/012/024
1-7.61 /000 E194/E484
AUTHORS3 Lipshteyn, R.A., Khaykina, S.E~ and Ginzbur
S.,
-
-
%, L.
.
,
Te �cal Scien-ces -ZL"I
Candidates 0
T
TITLEt The Resistance of Gas Turbine Metals to Vanadium2-1
Corrosionit -1:~
PERIODICAL: Teploenergetika, 1960, Nr 8, 9P 57-60 (USSR)
ABSTRACT. The use of sulphurous fuel oil in gas turbines is
associated with vanadium corrosion of the blades at
temperatures above 6250C. Vanadium is present in the
fuel oil in the form of metallo-organic compounds and
sodium in the form of sodium chloride. During the
process of combustion the vanadium oxidizes to V205 and
the sodium chloride is converted into sodium sulphate.
Tests were made in which samples of steel, 6 mm diameter
and 30 mm long, were immersed to a third of their height
in ash of known composition. Samples that had been
treated in this way were placed in an electric furnace
where the temperature was maintained constant for periods
up to 60 hours with a steady flow of air. After cooling,
corrosion products were removed from the samples, either
Card 1/5 mechanically or by chemical means. Tests were made on

81812
S/096/60/000/08/ol2/024
E194/E484
The Resistance of Gas Turbine Metals to Vanadium Corrosion
austen tic chrome nickel steel grades EYaIT~ xL-A-U..`
61-612A and nickol-base alloys of thtv r~j--11-1011'1-c typt"
see Table 1. Test results with ash containing various
amounts Of V205 and Na2SO4 when corroding steel gradp
EYalT at temperatures of 625, 750 and 800'C, are given
in Fig 1~ At all temperatures there is a clear maximlim
in the corrosion corresponding to an ash containing
87% V205 and 13% Na2SO4- Pure vanadium pentoxide
causes relatively little corrosion at temperatures
below 7500C and pure sodium sulphate causes relatively
little corrosion at temperatures up to 8000C. The
composition of the most corrosive mixture corresponds to
a compound of formula Na20- V204. 5V205 which has a
melting point of 6254C. It is of interest to compare
the corrosion of steel EYalT with this artificial
mixture of vanadium pentoxide and sodium sulphate wxth
corrosion obtained under practical conditions, Data on
corrosion of this steel under practical conditions Lies
surprisingly close to the corrosion rurves with the
%lard 2/5 artificial a3h at 7500C, see Fig 1. Tests with the

81812
s/oq6/6o/ooo/o8/0l2/024
E19VE484
The Resistance of Gas Turbine Metals to Vanadium Corrosion
various steels were made within the temperature
range of 625 to 8000C and durations of 15 to 6o hours
with the most corrosive mixture of' artificial ash, As
will be seen from the results given in Fig 2, the
temperature is a decisive factor and the rate of
corrosion greatly increases with tne temperature. Fig 3
shows the amount of corrosion products formed also
increased with time, there is often an initial induction
period followed by an auto-catalytic type of curve. The
different grades of steel do not all perform in the
same way at different temperatures and the differences
are discussed, The corrosion products of different
steels also differ in appearance, The low corrosion
rosistance of steel EI-405 is attributed to its 2.5%
content of molybdenum. It is supposed that the
molybdenum oxide M003 formed during vanadium corrosion
of the steel has a high vapour pressure at a temperature
of 750 to 800*C which tends to throw the scale off the
metal and to bare the metal surface to further corrosion.
It is concluded that the use of molybdenum should be
Card 3/5 avoided in steels subject to vanadium corrosion.

81812
s/o96/60/000/08/012/024
B194/E484
"'lip Resistance of Gas Turbine Metals to Vanadimm Corrosion
The nickel--base Nimonic alloy behaves better than
chrome-nickel austenitic ste-~L but i,. could not be
successfully used in gas turbines burning high sulphur
fuel oils at temperatures of 650"C and above sincel in
the presente of the corrosive mixture of vanadium oxide
and sodium sulphate, Nimonic alloy has a 12% loss of
weight after 60 hours at 7500C and 18% at 800"C. The
problem acr-ordingly arose of improving the vanadium
corrosion resistance of gas turbine blades of steels
EI-405 and Ei.-612 by ~hemical-thermal treatment of the
surface, saturating them with chromium., aluminium or
nitrogen. To this end, samples of these steels were
appropriately treated and the corresponding test result!i
are given in Table 2. Treatment of steel EI-612 with
chromium plus nitriding gives a :onsiderable improvement
in corrosion resistance at 750'C but increasing the
temperature to 80otC completely removes this effect and
even impairs the resistanse of the steel to vanadium
-orrosion. Additional special investigations are
Card 4/5 required to elucidate the reason for this effect., It is

81812
s/o96/6o/ooo/o8/ol2/024
E194/E484
The Resistance of Gas Turbine Metals to Vanadium Corrosion
interesting that_p ~atinia~il' porcelain and quartz are
also subject to vanadium corrosion at high temperatures-
There are 3 figures, 2 tables and 8 references,
7 of which are Soviet (4 of these being Russian
translations From Proceedings of World Petroleum Congress)
and I English.
ASSOCIATION2 Vsesoyuznyy teplotekliniclieskiv institit
(All-Uni,in Thermo-Technical Institute)
ard 5/5

LAGU14TSOV, I.N., kand.tekhn.nauk; GINZBURG, E.S., kand.takhn.nauk
Metal for principal models of now power equipment. Teploenergetika
7 no.5:3-12 My 160. (MIRA 13:8)
1. VBesoyuznyy teplotakhatcheakiy iastitut.
(steel) (Power engineering--A~uipment and supplies)

3h " 97
S/695/61/000/000/003/005
B139/BIO4
/,P, 57/
AUTHORz Ginzburg, E. S.
TITLE: Metal for tu rbines with high and qupercriticaL )team para-
meters
SOURCE: Gorshkov, A. 3,1 V. Yo. Dorunhchuk, and N. V. Kuznetsov. edo.
11ovysheniye parametrov p ara i moshchno3ti agregatov v
teploenerget ike; sbornik statey. Moscow, Gosenergoizdat.
1961, 112 - 121
TEXT: The housings of the shutoff valves and steam chambers of the
C-B~(-150-1 (SVK-150-1) turbine for 150 Mw, 3000 rpm, 170 at and 550/52000
were originally made from the high-alloy austenitic steel of type AA-1
(LA-1). The manufacture of large castings from this steel is difficult
For this reason, welding together of individual forgings from 90-405
(E1-405) steel was introduced at the LMZ Plant in cooperation with the
TsNI1TMASh and TsKTI. The SVK-150-1 turbine has austenite valve housings
in an outer perlite cylinder, and inner perlite cylinders in austenite jet
chambers. The fltW-150 (PVK-150) 150-Mw turbine from the KhTGZ Plant and
th e flBV -200 (PVK-200) 200-Mw turbine from the LINIZ Plant for "he steam
Carr
J 1

S/695/61/000/000/003/005
Metal for turbines with high and B139/B104
parameters of 130 at and 565/5650C entirely consist of perlitic steels
Titanium alloys (Table 1) are used for the blades of the last stage of the
k-300-240 (K-300-240) turbine (length 866 mm), To make possible the use
of perlitic steels also for 600-6100C, new heat-resistant steels were
developed on the basi6 of 12 chrome steels. In order to roduce lique-
faction phenomena, the TaNIITMASh is modifying 1~14-5(TsZh-)) iteel with
calcium, Austenitic steels, alloyed nickel steels and perlitic steels
with cooling are used for the CWP-100 (SKR-100) topping turbine for
!00 Mw, 300 at, 650'C. At present, forgings of 3-4 tons are produced
from -:) W-612 (EI-612) steel, and such of up to 13 tons from 311-726
(E1-726) steel., Owing to the high coefficients of linear expansion and
low thermal conductivity of the austenitic steels, the starting of the
SKR-100 turbine is problematic, and additional heating of the flange
joints must be provided. For austenitic steels at temperatures of 650
and 7500C, the rate of oxidation of the turbine steels in air lies in the
order of magnitude of thousandths and hundredths of millimeters annually
There are 7 figures and 3 tables.
Table I Mechanical properties of titanium alloys. Legend: (i) content
Card 2/

S/096/61/000/002/009/014
Elll/E194
AUTHORS: Lipshteyn, R.A., Candidate of Technical Sciences:
Khaykina, S.E., Candidate of Technical Sciences, and
Ginzbur4 9 3 Candidate of Technical Sciences
TITLE: Vanadium Corrosion in Boiler Installations
PERIODICALs Teploenergetika, 1961, No.2, pp. 61-62
TEXT: The authors shov that vanadium corrosion of boiler tubes
working on high sulphur fuel oils is appreciable. Results are
shown in Table 1 and give comparative data. on corrosion of type
~ ~ I -r (EYalT) steel in 60 hours at 750 OC by artif icial and real
deposits. Previous work (Ref.1) suggested that corrosion did not
occur if there was no oxygen in the gases. The present
investigation was undertaken to study the influence of oxygen
concentration in thel&as, Type ~JA-405 (EI-405) steel (0.11% C,
o.46% Sil 0.72% Mn, .1 Cr 13.2~6 Ni, 1.36% Nb and 2.5% Mo) was
used. The washed and dried ~ mm diameter, 30 mm long cylindrical
5 s weighed and then, while embedded in an artificial ash
(gecimen wa
7% V2051 13% Na2SO)+) at 800 t 5 OC, was subjected to the action
of a nitrogen-oxygen mixture (up to about 95% 02)-
Card 1/2

S/096/61/000/002/009/01)f
Hill/3194
Vanadium Corrosion in Boiler Installations
The apparatus (figure, page 62) provides for measurement of gas-
volume changes produced by reaction with the specimen/ash.
Specimen weight changes were also determined. The results
(Table 2) show that the higher the oxygen content the greater the
corrosion. The results suggest that combustion gases with 3-1+%
oxygen will produce vanadium corrosion if metal surface
temperatures are over 650 OC and the deposits are relatively high
in vanadium. Corrosion will start on superheater and radiation
tubes.
There are 1 figure, 2 tables and 3 references: 2 Soviet and
1 English.
ASSOCIATIONs Vsesoyuznyy teplotekhnicheskiy institut
(All-Union Heat Engineering Institute)
I
Card 2/2

I

BOREVSKIY, Ye.l., inzh.; (LT.'iOVSKIY, S.I., inzh.; GINZBURG, F.S., krund.
7
tekhn. nauk
Study of the performance of metal and the -Tistruct!.)n of the
glpnd when starting a P-100-300 KhTGI*-' steis, turb-die T-p1c-
energet-lka 10 110-10Z13-18 0163 (;URA 1*747'
1. Vsesoyuznyy or.~enu Tnvlovogo tt--pI-,-)'.ekhni2bes-
My institut Imeni Darzhinskogo IL Kharlkovskly furbinnyy zavid
imeni S.M. Kirava.

BERMAN, L.D., doktor tekhn. nauk; C4,VZBURG, E-S,, kand- tOkhn- muk;
DUBNITSKAYA, L.Ye.,, iizh.,- PROKHORGVA, YO-I-, inzh-
Operational tests of tubes from aluminum alloys in condensers and
4ater heaters. Elek. sta. 34 no.5:28-32 My 163. (WMA 16:7)
(Pipes., Aluminum-Corrosion)
(Gondensers (Steam))

4 MI, 0
Is ti a Is w ts is t? 0
-A- M- 0 -2
016octsilf A.* 140016VII .01.
0 ZAIJPI-G~--F
4-
0 S 0 0 0 4
is

sea
TM am df -
Min
mod. (t 8 S. R.) to. 1243.
(low.. buto.
Z
-ktCr a review of the clmn. and pbyliw.
I"q; 1, MI
pr-wli- of WWzmids. lbg mulaxic, epithenaing, wA
dixid"ag action o# the carotene-coo1g. prtpus. Vitaderm
0 0 ar~[ Cuuton err PtAnted out, M. 6. Ifoort
90-3

0013
00-

t
a I aI L a mfTIKL~4k Lin""" MISSWICATION
ISO*
goo
go*
see
U 9 AV 10 111~ j, j it j 4 it Is -0 -0 - - - - - - - - - - - - - -
16609*1990640e to 69909040006040
go** 0000000&0904090060909

4 6- 6-0
Aj QI.
I L
t-.,M- I I_X AA All- CC 90. Atkt I..$ k
-1hp. PNWJ~_ L-M -M Im 0-19Ti
44~lp
lve

oo State of Potassium In
h
b
$l
V. 0. O
uff (-To I IN-1,
11
livalA
N laciml
4
Md
& Kfilvi
.
),
,
, I
Y
0m,
I$
mit
M-Towill
fl
o Is
418
th
l
4
a
, -
t
t
,lllmfl
e
w
A%4
.
,
y
#%W. Mad. It, N.. 4/5,1944) it &*4urAt
00 Ulwas and rabbh birmud In hypotwir henwipi,
"
K lW is
We llmatwd fnwu rwyQN*O,,. - mare hvilm

o

i
.11 0-1 fill), 4w4., I,
u It LV W3 Is 0 V a M a a It .1 .1 a, .1 li it Za An I s m w a 9 w of I a a 3 1 T 'm
*****goes 0 0 0 0410 000 0 0 ego**** ego* eq age go
10 a 0 0 0 0 0 0 0 0 0 0 000 000 0~0 *see *be 0 'A a 0s0 *see*
:
lee
lee
zoo
to a
Noe
gov
ego
Vol
too
Cleo
woo
40 0

.7 1,
DARM, G.V.; GINZBURG, F.G.
Omethods of chemical blood analysis." S.D. Balakhovskii, I.S.
Balakhovskii. Reviewed by G.V. Derviz, F.G. Ginzburg. Biokhimiia
20 no.6:749-752 K-D f55- (KLRA 9:3)
(BLOCD--AIIALYSIS AND CHIMISTRY) (B&IAKHOVSKII, S.D.)
(BALAKHOVSKII, I.S.)

/C7
USSR/Hunan and Animl Physiology - Dlood. Dlood Transfusions T-4
and Blood Substitutes.
Abs Jour Ref Mur - Biol., No 10, 1953, 45943
Author GinzburG, F.G.
Inst :'-=-
Title Specific Permeability of Erythrocytes and Its Sit~pifi-
cance for Their Precervation.
Ori(,, Pub V sb.: Sovrem. probl. gamat-ol. i perelivaniya krovi.
VYP. 32, M., Medgiz, 1956, 62-63.
Abstract As a 5 percent glucuse solution (I) was added to humn
erythrocytes (E) at a temperature of 60C, they becane
enlarged by 37-49 percent (about 43 percent on the ave-
raae) in their size, while at a temperature of 100 C,
they hemolyzed rapidly ')ecause of perimability by I.
At a temperature of 60 C, E size did not change percep-
tibly in goats, and at a temm erature of 130 C it became
only sliditly enlarged after 24 hours, a phenotienon
Card 1/2

VINOGRAD-FUMNLI. F.R.. prof.; GI117,BURG. F.G.; FJWOROVA. L.I.; KAUKHCIIISHVILI.
19.1. .........
Blood preservation at tomapratures lower than 0'0 C; preliminary
report (with summ ry in Anglish, p.61-621 11'robl.gemat. i perel.
krovi 3 no.1:27-34 Ja-Ir '58. (MM 11:3)
1. Is TSeritral'nogo ordens 4nina Instituts gematologii i pereliva-
n1ya krovi (dir. - deyetvitellnyy chlen AMN SSSR prof. A.A.Bagda-
sarov) Hinisterstva zdravookhreneniva S=.
(BLOW FUSIRVID,
off. of cold (Rus))

VINOGRAD-PIMM 1, F.R., prof.; GINZBURG, F.G.; YNDORovA, L.I.
Preservation of blood in frozen state. Akt.vop.perel.kravi no.7:
91-97 '59. (KIRA 13:1)
1. laboratorlya konservirovantya krovi (zav. laboratoriyey - prof.
?.R. Vinograd-Finkell) I blokhimichookaya laboratoriya (zav. labora-
toriyey - prof. G.V. Derviz) TSentrallnogo instituta gematologii i
perelivantya krovi.
(BIDOD-COLLECTION AND PRESERVATION)

VINOGRAD-FIKELO, P.R., professor, kand.biologicheskikh nauk;
GINZBURG, F.G.; YXWROVA, L.I.; KAMCLMSHVILI, B.I.
Low-temperature preservation of blood. Priroda 49
no-7:88-89 JI 160. (MIRL 13:7)
1. Nentrallnyy institut gematologii i perelivaniya krovi,
Moskva (for Pedorova)e 2. Moskovskiy tokhnologicbeakiy
institut uVasnoy i molochnoy prouTahlennosti (for Kaukhchesh-
vili).
(BWOD--COLLICTION AND PRESOVATION)

VE-40GIULD-FEIKELI F.R., prof.; KISELLV A.Ye. dotsorit; GII';ZbUI'L,, ~,F.G
FEDOROVAP L.I.; KAUKHGIIUSIIVILI, E.I.
Use of deopfreeze for the prolonged preservation of blood in
a frozen state. Probl. gemat. I Iyo-rol. krovi 8 no.5:3-16
My'63- (,'-URA 16:8)
1. Iz TSentrallnogo ordena Lenina imtituta Comatologii i
perelivaniya krovi (direktor - dotsent, A.Ye.Kiselev) Mini-
sterstva zdravookhraneaiya S&9R.
(BLOOD-COLLECTION AND PIMERVATION)

VINOGRAD-FINKLII, F.R.9 KISELEV, A; Ye. dotsent ., GINZf3JRG, F.G.,
I
.i 1 1,; I'MCUiliF, L.I.; OJRDYA',jA, F.A.
FiDorig!A, L.I.1 SSEVOIVA, IT.,
TAf,l-czl,'AYA, T."i.; ',IJDRYAEP(J',"-,
Long-term preseviat-ion of blood in frozen state. Voon.-med. z'rrur.
no. 1-27-33 Ja 166 ('MIRA 19:2)

T
an do TAMP d Ginaboirs AW
1). IAWUU (z4vW.7:v7=.ra . sm.
On
1064-IONZJ-(Ia HumM). The exbUop; 14mmm4miaginal
theory of as ity is Ur*MWwlkxy. because It don
not elm" tC=v=&."mt`
analm at the boviWavy between the
nonaW mW sapmoond"ve phamea to be detemitted, and
'Too corivet description o(thadmetrudion
I *UprWWWA"v%y by a magnefla Gsld at by an elect.
current. 0. mW L rAilemorml to oundmi a theory few from
thew de". ItArmtiuna am 49datW for the T functions of
the " suprameductive alectrum " hdrodam] into the I "'
mad for the vm~ ""U61. A muhL of the it. I'..
given for the is membi.infin.". sopm-
oand"ire region or * supmoondwOrs WAIns). T)w theory
enables the sur&m tension to he expressed in kirm of Use
crit"I amiagnegle firld 4ad the delAh of pene4l"ion of a
&M Into the ouprimondurtor. In a istruiag &W
=Vd*.,"Aob
of penegration depervis an the starnath of time Sold.
mA this eflect she-AM b- clesriv discernible in suproom.
ductn of vmWI dimensions. The doomwfina of supn&.
vonsluativity In thin lamine by a nwnetie iield pmo" by
mas" of a !nd-Order phsm transition. while OWY in Isamwe
of thickma gresitar than 4 tv,"n critical value in the tronal-
t"i of the let order. Though the critical rxk*nW magam4W
IWJ ineremars with decreasing thickener of the hunink thr
~rhk*l current, which &vtrq)ys suptsicauluctivity in the
lamin&. decreamrs with J~mftmilut thicknees-0. B. H.

tI0,
1 li;= to umxfum
of t
0
a

~
-h
ifi
fl
f
l
A
F
d
:
oll o
im were
m
uto
. no. a u= !b '.
0I an
put
P , ,
I . ~
-;StudIC4 as a mrstAt ef wbkh 2 cchm(m having Inderell&nC
Ic2dam wue devek dri NX-ftm-tht:
41PP11 iltd.
'
!#r. DiCh Was 6a,161 on C*Pptq~
uaig _,
etate alit! c-.xtu. of Pu With, ether,

e..
d
Ii Inc tho Pu train Va, E~CrA On.
,wa.l added to the tumn, P.A. ard them
'n-ti, for all Ilt, U waptd. hom the!
gGID. -M h"ted at W
Ac. 11teamt,
of Pa waa dctd, by c~pptt-. with th-,nnium mindclatm.
The xc~mftzr& soln. was we-asured for a-actl-iity with ail
t1CCtXOMCte.r, 1U Gtdtr to IrC-- the PU (MEZI 'Ph by pptv.
of the many) (Micetate, VX, was uzed as fiulh?arm After
tim diacetate Met UXI coutcnt Ln mn detit.
r
'
c " '
The hydroxide I)pt. was dis-
b
v i on a rc(OH)i opt'
p
.

11. then tile SQ1n, m's plactd It., an ckn~frolu-
NOS,
mr foe measurment. The frecin- of Pu Itum Ila wa!
ild contg. 43 5% U. After Lep.
otudied for a pit6blen 41 of
-
l
i
1
5tj
l
di
Z~
a l
t
T
ti. were
n
kidi.
s:
e
.
a
he hydroi
ebya
de pl
FCI solm, trnnsftrred to a'd:fius!~? will the Ra content wos,
dctd. by the u-vid crnti.-Iou method. For dein. of the Fo
a stilm of urmy;
conteat the study jpo rpmde a.

; , , ~'~
.1 -*IiW- -AgN v ;-, g7ggg - :.-. - 1
- _. Ag . j "
- -,7-M - NO
,- .o ,-- rA_ ME., NMI; ;--"3. ON ~,~ : - - -
7-fll 11 ~ -.:-,

STARIK, I.Te.; GIIEBURG, F.L.
State o'f' -,m-lcro~quantlt tell of radjoelements in dilute solutions-
Part 8: Adsorption of lantbanum on quartz glaca and plexiglas.
Radjokbimila. I nh.?!171-173 '59, (HIRA 12-8)
(Lantbanum) (Adsorption)
.1

STARIK,
State of microquantities of radioelements in solutions. Part 14:
Study of the state of americium in aqueous solutions. Radtokhimiia
1 no.4:435-438 '59. (MIRA 13:1)
(Americium)

STARIK, I.Ye.; RATNER, A-P- [deceased]; PASVIK, M.A. CdeceaBadl; GINZBURG, F.L.
Use of phenylareonic acid for the separation of neptunium and
plutonium. Radiokhimiia 1 no-5:545-547 '59. (MIRA 13:2)
(Benzonearsonic acid) (Neptunium) (Flutonium)

21(0)
AUTHORSt Ginzburgp_F.-Le, Rozovskaya, N. G. SOV130-59-6-29140
TITLE: The State of Microquantities of Radioelements In Solutions
(Sostoyaniye mikrokolichestv radioelementov v rastvorakh)
PERIODICAL: Vestnik kkademii nauk SSSR, 1959, Wr 6, pp 122-124 (USSR)
ABSTRACT: These problems were the subject of an All-Union Symposium held
in Leningrad from March 3 to March 5. 1. Te. Starik spoke
about the lack of interest in the research of the molecular
form of elements. I. To. Starik, I. A. Skullskiy, No I. Ampelogova,
L. I. 111menkova, L. Do Sheydina and F. L. Ginzburg reported on
the investigation of the state of the microquantities of
zirconium, polonium, protactinium. and americium in aqueous
solutions. M. No Yakovleva and M. A. Shuohalina delivered
reports on the methods of investigating the state of uranium in
natural waters. V. M. Vdovenko, L. 11. Lazarev and
So Ya. Khvorostin dealt in their report with the investigation
of the state of radioelements in nonaqueous phases.V. M.Vdovenkoj,
To. A. Smirnova and No A. Alekseyeva spoke about the degree of
hydration of complex compounds of uranyl nitrite and nitric acid
in organic solvents. A new method of determining the composition
Card 1/2 of complex compounds and the calculations of the instability V*1'

The State-of Microquantities of Radioelements in Solutions SOV/30-59-6-29/40
constants was recommended by V. M. Vdovenko,A. A. Chaykhorskiy
and L. M. Belov. A. K. Lavrukhina showed that the forms of
existence of a radioelement depend on its concentration in the
solution. V. I. Kuznetsov and P. D. Titov explained the effect
of the co-extracting by the formation of mixed polyanions.
A. M. Trofimov and L. N. Stepanova recommended a method of
determining the degree of ionic charge of radioelements in a
solution. S. Ye. Bresler, Yu. D. Sinochkin, A. I. Yegorov and
D. A. Perumov showed that the use of specific sorbonts on
zirconium basis may be of practical value for the investigation
of the form of radioelements in solutions. An. N. Nesmeyanov
dealt with the substitution of hydrogen in benzene by the atoms
P32 , As76 , Sb 124. V. M. Vdovenko emphasized the great interest
displayed by the scientific public in thisS ymposium in the
name of the Organization Committee and said that approximately
250 scientific collaborators contributed to the work carried
out by it.
Card 2/2
~,5

*IIulj -14% -1 In.- poom

j- A-Tz- TJC"'qTP rT-
.91 -11 V._*T-_A.?A
j.M. uT 1,1 -T4%T-
'S 'A 'A '(2-l"
q4

d q
_T -,I vvT%..jjdft f! Yj__ rv~. -1.-zod

t-.J;Tp jo "..j -1 Tlddo fq .-Tset"
=vT%.uT=,%4p .%m ";
=-T;vz.-r-r-rT"
Tzo%d-Rd
rl- .71-v -..$ "Tu" _.Tt4j.
;
-T-%-Td ;- -is-:v; z-ld--a (/I
x.1 d'o. l.i.- vw;j.. m ;. ftwqz. -; Iq

=Tsv=.
..1 .,
jo In -TerrvTV oqz P -T$.DTlddv
T-g
It Tsui" J.
is _Tz~oTvw. ut,"Tpuum
.-To
Irtt. o.Tj"GTv%x
..I. _jw.lot M% ;' tqoid q% no ,a J" C

Pn-,T.; Itu =a&
qtT A

ru,.n. tm. , TqT.c~o., 1-t13 lpvzPuTu"
~n MT U
Ml a su~vjTp wzj jwdTvj4xw& OOZ mq%
7t$%t - cmi.oduLf. V t";Iytzm

(WW.) qLt-til dd 'Z IA U I-A 1656& 1-X;lj-u- w-ftuuv2T l't"lacresa

_,"'!uT. kctmfu..IA) 1xI.T__,QTrx vo -Tood try Irma
S A I NORZOT
(0) lz
V/

STARIK, I.Ye.; M-fnWGOVA, N.I.; GUMBURG, F.L.; UMBET, M.S.; SKULISKIY, I.A.;
SIIGHI;B6'TKOVSKIY, V.N.
Holecular state of ultraminute quantities of radioelements in
solutions. Radiokhimiia 1 no.4:370-378 '59. (MIRA 13:1)
(Radioactive substances)

GINZBURG, F.L.; ROZOVSKATA. N.G.
State of microscopic quantities of radioelements in solutions.
Vest. AN USSR 29 no.6:122-124 Je '59. (MIRA 120)
(Radioisotopes) (Solutions (Chemistry))

2)87b
8'/6'/OC--,/oc-- /ocg/c,.--o
A09 7,/A1 29
J
AUTlIC23g 3tarl.k. I.Ya~, Gin-burg,
TITUvi The otate of ml.,~.-^oquantitleB of radl,:,clcxent~ :--:. 4-iluted Scl'.:ticirs
XVI. Am invoGtigation of the etate of by tl~e
me th '134
YEBIODIUL ~ Radi-,k',,,.imiya j v 3, no 1 , 196 1, 45-50
.1
T"EX &-a ' h,~ r, 9 c ca d u ~, t e d a d e t a i I E, rl 3 t u d Y ~ nhe ~l f a irra m
reeine and c-.mpsrid tht- doln orith pro--
detz'vel *11 amez-ici-Am ~,- (R;.f 10-
:~CnAderaticns werc, gi---rer ,o the fron. the
point ~f -L,-! Ea f ~. ml. r - - -r 4-mg c~3ndit'-t~,na :~f Ths~ t attent*im
w&3 g'.ign to th, n-.-,,dy cf HCl melis. I~L was showil tY.&' tht, lj*,~-
centratE-~ ECI hae e. grr-a-t ef Lle.-,t iA gl~cu, srpala-
t4or, if ,,. , 1*- I'1 -9 a ~ ia r r,, - e a,- i r-, '~' c- t L e n - ~ 3 , ~, A a o - b -. ! - -, .- t t e ~ - , a. t i c ~: - L,'he
.4 the met'hod :-
autho-s atel~ f ic~n-sxc~hange fnr ttudying the q t 8 ~x r I IIZ
-In ld,tra.-,c
e 9 i a a u n d e. r e t a:-,l
C Ird I

23,176
Thce statc --f A05 I /A! 29
t:-zu vas dependtng r.-.n t,ht- jH .,f -t~jp and _,.,~.a-ianrrattun
Th-3 KV -2 (.KU--2) &nd Dcvex--5^j _,aiA a3 the %,J_~Orb-
3*
rant-9. A;3 wo-ll &3 -if thr, -1 "h a
Kr-:Ylp, A~--17 (0-17) a.,xd d'-,A-
!io.~iatl~d &,mino gr,-,-,jp* nf the ~f-itra-amm-,,niim bann,, Tha ab_'1r)npt_1.in
Ara from a.-Iitions ^41 -~,ariouo pH waa ,onduoted on KU-2 ir. "ho
potqss!-jm fr,~-r. ar-d A7-1~ in the 110- !~rm. 'The oozbablItty -f Am .).) th'~~
icr~ltel V%q d6termiled ~t t.~Trez-ature -..inder %i,)nd!.tLnv3 if ,~.ihieving an
adsoz,p~41.,;% etat.-,-, The .-.1%,ioentrat-ion of Am .4n the flater phaae
waa dot--,rmt:ted a,-~ord'_.ag to the of an aliqu,)t part of the 5olutioa,
The reslia'*3 ~-)f twbe experiment.a were erpressea in cp4 -,f ad_:zorpt-'rin det~-.rminad
by the formula? A, - A
p;~rcentaga ~f adsci-.ptlon - -- 100, where A is the initial aitivity af
A 2
the solution (in pulses/min), A.,- +he equilibrium activity of the soluticn
On pulseVmin'). Tho relation hip oi Am sorption to the pH of solution was
studied on the K'J-2 cationite and 0-17_1nionite. The sorption was oondu%;t.-
ed from soliations in the presence of 10 M KNO 3' Fig 1 ahows the relation-
ship of Am sorption on KU-2 resin to the pH of the solution,. It is seen
Card 21r~

e r o a u a
1 e Er T Jp.,
" f , - . 11 -~- -, - . , :- " i ~ If, - '.. -, *. -1 - .- T , :! ~ , ., " ,'.i -- 5 ~
r1 a,
IL'a C. 'r, Aal
r zn
ui~ ;k.
In
Its
Ull
ta
t v
r. e
r

by ~11C-
1, IIJ 0 Y_
f A
T.
e 7 c
f: L, n,~
T ii e 1 ~n h a :-ge. 0 5
In add; Itt there a w&Y L,
aolutl -,- and ~he I "large, cf "he Am in.:: "n Z,~
by thfj ia huff. &-', f
.3 h
bi -he
Ca.-d 4/6

23876
5/186/61/003/WI/009/020
The state of microquantities A051/A129
the sorption of Am 241 from nitrate solutions (1-18 M) in solutions of various
pH, it is shown that in solutions of pH-4 to 1 14 ENO simple Am ions prevail
with a charge of 3+; with an increase of the pH of tRe solution (pH:,- 4) the
positive charge of the ions decreases due to hydrolysis; 2) in the colloidal
state Am is not adsorbed by the cation; the sorption of the colloidal par-
ticles of Am by the anionite reaches 80%; 3) the results of investigations
of electromigration and sorption of Am on the anionites in nitrate solutions
show that positively charged Am complexes are formed in solutions of
1-4 M ENO - Neutral complexes of Am are dominant in solutions of 4-16 M
ENO . Thare are 6 figures, 1 table and 24 references: 12 Soviet-bloc, 12
non2Soviet-bloo.
Card 5/6

STARIK, 1,.Ye.; GINZ7BURG, F,L.
Nature of ameri~:ium colloid behavior. Radlokhimiia 3 no.6,.685-
689 161. 1 14:12)
kAmeldciwa)

STARIK, I.Ye.; GINZBURG, F.L.; SHFYDINA, L.D.
Adsorption of radioisotopes from aqueous and water-ethyl
alcohol solutions. Radiokhimila 6 no. lil9-26 164.
(MIRA 17:6)

STARIK, I.Ye. [deceased]; GINZBURG, F.L.; RAYFV3K1Y, B.N.
Diffusion method for studying the state of radiaiscrtopes.
Part 1: Methods of measuring the diffusion coefficients of
radioisotopes in extremely dilute solutions. Radiokhimiia
6 no.4:468-474 164.
Diffusion method for studying the state of radioisotopes.
Part 2i Coefficients of Zr self-diffusion in hydrochloric
acid solutions. Ibid.t474-479 (MIRA 18t4)