SCIENTIFIC ABSTRACT ZOSIMOVICH, D.P. - ZOSIMOVSKIY, K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002065430006-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

73-1-20/26
The Precipitation of Cobalt from Zino Sulphate Solutions tV,
Permanganate.
of cobalt ions. Trivalent iron was not foxmd to be
suitable. ManGanese has to be completel:7 :Lcidified. to
achieve the total separation of cobalt from zi-re aalphate
solutions when a large excess of manroines ions is Tim-sent.
7
Tables on the relation of the oxidation of cobalt to the
zinc content in the solution (graph 3.), an the relation of
the p1l of the zinc railpluito solution and oT the concenti-a-
tion (graph 2), t-he separation of col\:Llt iii relation to
the content of divalent iron and to -I.-he content of di-valent
manganese (graphs 3 and 4) are given. It is shown in
table 1 that the se aration of cobi'.ill; dopendz- on the zinc
-P
content and on the pli value, as viell as an the pmsence of
tri- and di-valent iron (table 2). T~Llde3gives data on
the oxidation of cobalt at partial aiddation of the diva-
lent manganese. Them are 5 graphs, 3 tables and 15 refer-
ences, 13 of which are Slavic.
SUBMITTLED: October, 30, 1956.
ASSOCIATION: Institute of General and Inorganic 01hemistry, AcadeE7
of Sciences, Ukrainian S.S.H. (Institut Obshchey i
Card 2/3 Neorganicheskoy Y-bi-mii All USSR.)

SOV/21-58-10-11/27
AUTHORS: Zosimovich, D.F, and tiechayeva, N.Ye.
TITLEt The SimulteneouB Discliarge of Cadinl.um and Nickel Yons SoT-
mestnyy razryad ionov kadmiya i niltolya )
PERIODICALt Dopovodi Akademii nauk Ukrainnikoi RSR, I'M, Nr 10,
pp 1075 - 1078 (USSR)
ABSTRACT: According to existent classical idq!n, the basi c cotdition for
the simultaneous discharge of ions is the equa ~of ten-
,?He 2~ do-
tials for the discharging of ions. O.A. Tesin 'f
veloped the concept on the simultaneous discharge of metal
and hydrogen ions. A.L. Rotinyan 4tnd V,L. Kheyfeto fRef 3_7
studied conditions for the stmult-ameoun discharge Of ions in
refining nickel and cobalt. An investigation into:the simul-
taneous discharge of cadmium and nickel ions represents an
important theoretical problem which wan;studied bylthe au-
thors by employing the mothod or polarli;ation curvits taken
during the process of electrolytic Isolation of cad-mium from
the electroiyte. The polarization curves obtained are shown
in graphs I and 2, It turned out that the equality of the
deposition potentials of metals and the concentration of
ions in the electrolyte does not alwaym lead to tha simul-
Card 1/2 taneous discharge of ions. Such was the case with the ions

The Simultaneous Discharge of Cadmium and Hick*1 Ivan SOV/21-58-10-11/27
of nickel and cadmium. The investigation sho7xed that only
cadmium is deposited on the oathodit, in spite of the approx-
imate equality of their potentials, TM? concentration of
Ni in Cd varied from 0.0001 to 0.01 per cent in the presence
of 1-n NiSO in the electrolyte. There are 2 graphs, I table
and 5 Soviei references.
ASSOCIATION: Inatitut obshchey i neorganicheakoy ",khimii AN UkrSSR (Insti-
tute of General and Inorganic Chemistry of the AS,UkrS$R)
PRESENTED: By Member of the AS UkrSSR, Yu.K. Dolimarskiy
SUBMITTEM April 13, 1958
NOTE: Russian title and Russian namen of individuals and institu-
tions appearing in this article have been used in t~Ae trans-
literation
1. Nickel--Purirication 2. Cadm1=--Pi_1--; "Ication
3. Electrolytes--Performance 4. lons-~~,.~:'cxrmiance
Card 2/2

I/,-
ZOSIMOVICH, D.P.; BOGATOVA, II.F.
,----w-r9'*e-`of-Z!uabl9 nickel-molybdenum and nicbol anodes for the
formation of nickel-mol7bdeuum alloys from alkalive elactrolytea.
Zhur.prikl. khim. 31 no.3:429-434 Mr 158. (MIRA 11:4)
l.Institut obahche7 i neorganicheskoy khImli All Mwainskoy $SR.
(Nickel-maly-bdenum alloys) (Electroplating)

5(4 ;30V/~-16-3/7 -.15-24/44
AUTHORS: Zosimovich, D. P., Dogatova, ri. F,
TITLE: Electrolytic Separation of Zinc in t1no Prooence of 5mall
quantities of Antimony and Cobalt (Inektroliticheekoya
vydeleniye tsinks v priButstvii malykh kolichoatv suxlmy-
i koballta)
PERIODICAL: Zhurnal fizicheskoy khimil, 1959, Vol 33, Fir 6, pp 1324-1327
(USSR)
ABSTRACT: The quantity of alactrolytically rjopaxatol zinn and that
of the hydiogen developed at the -~,athcde irt the prooess. depends
among other things on the impuritien in the ale,_,trolytet An
investigation is made hare of the simulta;n~)~.us influenot) of
antimony and cobalt in the ele3trolytic s.eparation of zinc
b-v the method of plotting polarization nurves (PC) on ztnc
electrodes in a standard electrolyte (60 g/1 Zn and
100 g1l H SO ) with antimony- (0.05, 0.2, 1.0 and 5.0 mg/1)
s/1). The, pole izatl-= ckwves ob-
and cobali aiditions (20 -of- r,
tained reveal (pigs 1, 2 *that an ;iddil;ian of only 0-05:mg/l Sb
shifts the (PC) to more n9gati,?e valuea, whilo an iricrellse
in the Sb addition causes -the (PC) lio shifis Lc moro electro..
Card 1/2 positive valuos, i.e. rith a rice iv the 51) ocincentration in

SOV/7 -33-6-24/44
Electrolytic Separation of Zinc in the Presence oT Smal.'; Quantittae of
Antimony and Cobalt
the ele~"trolyte the hydrogen separation invrnase~i and that of
Zn drops. The Co additions likewiTe effecL a shift of the
Zn-separaticn potential to more negativa wiluiq (Fio~ 1). with
the simultaneous addition of Co- arvi Slo-cati-ons the raparation
proce3s is datermined by Sb. It is aaa--.imed that the ions of
Sb and Co act as surface active substances -,tn thri electrolytic
Zn separati.~n. Additioiw of 8b as potams~'un sti'Lium tartrate
or antimony sulfate have the eame effe~.t --n t-,,ie (PC). There
are 3 Tigure3 and 10 So-j-et
ASSOCIATION: Akademiya nauk USSR,Tnstitut c;'bL~-c-hey i neox,Tnnicheak~,,y kh1mii
(Acadamy c'k Sciences of the UkrSSR~ Instj.tulo kf (',eneral
and Inorganic Chemistry)
SUBMITTED: November 22,, 1957
Card 2/2

ZOSIHOVICH, D-P. [Zoolmovych, D.P.]; IMH&'MVA, X.Ta. [Nechievao 11.11.1
Simiatanooits dischargo of cadmium and nickol iOnso NPAN MR.
no,10:1075-1078 '58. (NIBA va)
I. Inatitut obahchey i neorpaicheakov. khtmit AN UMM, Predstavil
akademik AN USSR Tu.I.Deltm%,rskiy [IM-Dellmarall-,H].
(Zlectroplating) (Cadmiwn) Ofickel)

124(s) -OX EXPLOITATION 3OV/2117
3OT4$hOh1nlYO PQ eksparlmentallney tokhnlko I metodau wyackotempers-
turnykh iscledowanly, 19%
Sksperlmental *Maya tgkbnlka I &Ot*dy Issledovanly pri Tyackikh tea-
P~rnturakhl trudy soveshcbmiya JExPerimental Techniques and
Methods Of Inveatigation at High' Temperatures; Transactions or the
Conference an Uporlmental Techniques and Methods of Investigation
h Temperatures) Moscow, AN SSSR, 1959. 789 P. (Series,
=!Iya mauk 35U. InAtItut metallurtil. Kamiselya po flzlko-
khimichesklm canavan praizvodstra stall 2.200 copies printed.
Xesp. Xd.s A.M. Saassrin, Corresponding Member, USSR Academy Of
3alonassi Ed. Of Publishing HOUBS: A.L. Bankyltser.
FUPC=s ?his book Is Intended for metallurgists and metallurgical
engineer&.
COVERAGEt ?tLIA Collection of scientific papers in divided Into six
partat 1) thermodynamic actlrlt Y and kinetics of hljLh-texperature
processes 2) constitution din %= studies 3) physical propertloo
or n4uid metals and siags 4fr::w analytical methods and pro-
duation. or pure metals 5) pyrometry. and 6) genera I questions.
?or itars specific coverage, see Table of Contents.
Xxperi"nt&l Techniques and Methods (Cant-) SOV/2117
T,r rrbnt2av!ch-ZabludOjkff7a, A.Z. ZAYats-
P " ' C?Gyova, and A.T. VAs'kO, 9100tro-
N . To, . me
ahoolcal ftthad of Chta=ng alckal-KolybdOCUM And Nickel- 505
?ugotan Alloys bdonum and
1. the jatrOlyte prtelpitation of ftj.kel_aOjy
nickel.tuntaten A110.74 from amoonlaaSl 401"t%009, an Increase
In the cOftcdntrRt-1ftn Of malybdenUMandfttun62t:n at a given
.", IS&OS -0 a Inarv so in their
concentration of n1c
ralativs Content ift the al-,oy, provided t" experiment@ art
;U;;; of up to 300 C. and (2) a drop
carried out at t*=Pa-`1 --es Of 4110Y2 aft ln~
. of C_Orart. In both t3p
In the Output
areas* in ARROnIA concentration results In An lacrosse In
nick&, content a_d & simultaneous drop Irk the *utPut of
:urront. A risealn t4mP9Mtu-n lead$ to &A Increase in the
u,"at Output, specially In the 44" or V-4ngzz4n-=!ZX=I
alloy,. With 4 c"'n9s In cur"nt density the current 'Out-
put passes through a maxi- in both LYPIA or &1lays. A
rib to r&,um effects the composition of the t-O typos
of :111-ftya -d1*ffermat1Y: the relative sma-L or tungsten In the
afft;ted. An j"," in .0u,rvnt defteitr nerly always
loads to a drop in olybdeaub content. but does not affect
the composition of the tungsten alloys. The electrolyte
"arz w-'t-1 I
mmVaaltj,,_ ~.re:! fer 4--2-1 1 1
~nt# Or !-- tR ^o4 14iff-4 "
rggards the rsiatz" concenrraZiona of trA PrInciPal cam-
pmftants. _
nib mm, be t~,* diff ~_ in t~= cc
lybdoniferous and tungstafti-
officlonts of diffusion a. =a.
farcus loan dGt41r='-nIn9 trA transfer of the tons to the
oothoft. jxperiment# aonductod In large-scale instAIIA-
tjon, donnra the belief that the proposed mothcd Is
satisfactory ror industrial application. An advanLage
f the suggested type of electrolytes (A"OnlacAl Golu-
0 iire and
law,,) is their practically "limited service
thair 'hoplean a. 'Ceft-pere-3 with Ox"cid V1c=trQ17zVz-
:be Allaws th", or &AtlarjLar~ry P"LLY a&
regard* metallic LftpI%l*s J"t norv than 0.0.1 percent).
but the, Contain & considerable amount Of nc=Gtall'a
*spQ4j&lly oxygen and FkltrQg*n, boomusa, of' the
t7pll Of eimtrOi--t_-_j =- ==d tt~_- ---I I
riwthor study will be rsQuIrOd to solve this VrOblfft-
Card 20/ 32

24(8) rHASE I D= KXPLCrrATIGX SOV/2LIT
SOYdebehenlys po eksperimentallnoy terholks I wetodaw wyackatompera-
turuykh issledovar,17, 1956
MCAPOrLm"talIna" takhalka 1 actody Inalsdovanly pri vysokikh tea-
paraturakhl trudy aov*ahchaniya (Experimental Techniques and
thada of Investigation at HIgh' Tomperatureal Transactions or the
Conference an Experimental Technique& and Methods or investigation
at High Tooperatures) Moscow, AN =R, 1959. T89 P. (Sorloaz
Akadtalya nauk SSSR. Institut metall 11 Nomisalya po fixlko-
khlaWkvmaktm sanovas ,.u,.rl ,2,, copies printed.
loop. 14.: A.M. SamarLn, Corresponding Member, USSR Academy or
301*zzas; X4. of PublishIng House: A.L. BankvItaor.
M?=8 This bocic is intended for metallurgists and metallurgical
onglasor's.
mzuaza Tb-u collection or salentifila papers is divided into six
parts$ 1) thermodynamic actlvlt!r and kinetics of high-temperstu"
process** 2) constiltuti-cm dim ram tudics 3) physical proportion
or liquid metals and slaSs 41 nowoAnalytloal methods and pro-
ductlon of pure metals 5) Pyromatr7, and 6) coneral questions.
For me-w apsairle tover-agra, 304 Table or Contents.
Kaperlsectal Techniques and Methods (Cont.) 3OVt2llT
jj&n, D P Printiples of the Electrochemical rzathod 4C
jjjtEAj_-*ar1ty Metals
It a&* *nown th&t #j"t._-ochcmjc&I methods, If properly do-
Tslopva, may provide a cheap and satisfactory way of produe-
Ing a =umber of metals or high purity. The cathode process
am" ba, used to produce refined motel with al-ninum contaxins-
tion m7 more alcctrz-ap~tjvm Imptritits. Phyalcochamical in-
Twot1got4ons revealed the possibility of substantially redUc-
Ing th* qusttity of precious-metal admixtures in the ~194trO-
lyte. thereby obtaining cathode metal in WhICh these metals
Bra prvza= in very Baal! q"ntities. Anode refining or metals
21=st ==P!=-== 7--V`*r=---= or ~'7 t~._
*104tre"getiva mvtmlv orIj_,j&IIy grazzant Iz ths astal ta U#
rqjrjne4. Anode refining can be -Bad *van before rortnind the
metals in aqueous solutions. -,hlch In certain cases maKes It
possible to obtain purer metals than when these step& =,a ra-
wsrs#j. The prgVored =tnod was uzAa far pr-wl'" hl-h-
purit7 cilftl= And a zsing developed rar the prod~zti;n of
Oth-P ~L-_talt. =~&4 was or 99~,95- per~"t
?he =~= pr
FA U7. containing LaVurl.tiso In the fall Ing anountat PI -
0.07001s; Cu - O.GWIJ91 to -0. 0001jk; Zft -70001%. St - O.CCOMA
As - 0.0=%j Fb - 0.0001%. The prop*sod method "Y be used for
producing a numbtr or metals with a purity of from 99.99% to
99.999%

S/V? ~/60/0:26~005/01 5/019
BOOVBOI".'~
AUTHORS: Zosimovich, D. P., Antonov, S. P
TITLE: Stress of Elec~,od`eplosits of Chrcmi'utr, Uniter Different
Conditions of Electrolyal~;'
Ukralnskiiy khimac.h--,s1-.,y z~'urnal, 1960, 26, No.
PERIODICAL:
pp. 663 - 668
TEXT: The purpose of the present work was to stmdy tMt effect t:-f th i,
stress of electrodeposited chromium upon the d,-:rrcrlopme':nt c,f cracks and
surface defects. Flexible steel cathodes 0., nLm tLick, which had bei~n
varnished on one side, were used for the purpose, andil, L. Pertsovsk4irvs
method was applied. The experimental conditions we'.-e a Or- 203 coricentra-
tion of 100-600 g/1, a lurreat density of 10-100 LL/dM2' and a totipera-
ture of 220C. The authors de t o, rmi tied: 1) the, vici&l. o~ the cath-o(le bi-
fore and after the experiment; 2) the defle,~tion . of tli~~ frart er-d of
the -,athode; 3) the function z = f(t); 4) 'he ft;('n+,4,7n f(p),
p is the thickness of the dep.,s~t expressed in miorona; 5) the func;tiork
Card 1/2

Stress of Electrodeposits of ChrQmiun Under S/0'13/60/0,)6/005/0-15/019
Different Conditions of Ele;-,trc,lysis Boov-.Bo63
2
z f(V). The stress 6 wao ral~~-,:Intod froi,,i Uip oqAt%tion; (I - Ed /.541
(E modulus of elasticity of tl-ii~ ui~thodo; i - P,~, thilt-'knt,-Gs; I it 1:
length). z rose a', first NvLtii ~L, zaf"~,:, whioh V1 aa a -~n;5u
-1(t, st sed. wttfi currin'
of cracking in the deposit, As a ru .-reos in!3"rfi-M I I
density and temperature up tc 50')C.. E attained val~.i~!~ b-I,Are-~r ,960 ana
2. Between 00 and 110", ", f
6100 kg/cm I.. s~,rt.)as changed :)nly Blie?htly, atrA U-0
deposits showed cracks already Tith a th-Lckneua of I - 1.5 ii, prot.,-01Y
due to an increase in the hydro,, -',n The (W-ixoaa-~ of atress
above 500C was ascribed to the I formation C'f stal)le' Cr 'Tystala-
The minimum of stress at 20-25 VC might be dui ti-.1 -Lr :.--
lity of hexagoral Cr at these tetnporaturf-.~s. N. P. Yu, M..
P-lz-in, V. S. Ioffe~ A. L. Hotinyttyi, A~ T~ Yu. 3 , T s ar,:- v a
.tr.-- 6 -j'-..jrjras an(i.
Arkharov, and S. A., Ncetun,~-nov art, Threro A
20 reference8: 11 Soviet, 2 US, 2 Br-itlsh, I Roumanian, tj t1rA
I Swiss.
ASSOCIATION: Institu-' obshchey 'A. ni~,rganli*,~h~Iskoy kh:ilii AN USSR I n 5 t;'.
tute of Oeneral and lrv~rgari~, Chomistry of thr~ AS UkrSSPL)
SUBMITTED: April 1, 1959
Card 2/2

ZOSIMOVICHS D.P.; NECHAYEVA., N.Te.
Electrochemical inveatigation of a simultaneotin discharge of
eadmiim and zinc ions using the tagged atom nothod. Radiokhimiia
3 no.6;743-748 161o (MIRIL 34-- 12)
(Zino-Isotopes)
(Caanium)
(Electrochemistry)

ZOSIMOVICHP D.P.; SHVAB, MiA.
Semelting high-purity cathode zinc. Mrst. Wtt. 34 no,W7-3~
Je 161. OMLL l4s6)
(Zino-El(satrometallurgy)

S/0130/61/034/00S/009/018
D204/D365
AUTHORS Zosimovich, D ~P. , Rladnitskaya, X-B . iind Grisevich,
TITLE: EIectrochcmicaL production of pui,'-e cadmitun
P%RIODICAL- ~,hurnal prikladnoy khimii, v. 34 no, 8, 1961.
1764-1769
TIEXT - The present paper describes experiments i~arried out in a.
glass electrolytic cell of I liter capacity using !',&04 as electro-
lyte. Two anodes, cast from convaerical Cd Kd-O containing consid-
erable impurites (shown in Table 1), and a Cd cathode of metaL con-
L
tAining small amounts of metals which separates a:t patri.,ntials mor '
negative than that of Cd separation Q,e, Ni, Ile and I-,n) were used,
0 /,-
With optimum conditions for electrolysis (Dk of 10 "1. a2, temp. 36
period of 8 hours) about 0.7 kir Cd was produced, '.Lable 1 shows
relevant data on the purity of the Cd produced and it: ia clear that
the use of a flowing electrolyte with external inter-,~-.cdiate purifi-
cation. substantially reduces the Cu. and Pb contents of- cathode
Cord 1/3

Electrochemical production...
25226
S/08Y61/034/008/009/018
D204 1)305
residues. Methods of purifying CcIS04 solutions from (.';u were stu-
died. The solution was passed through a column of Ud cuttiligs at
a certain speed and was also agitated with Cd cuttimp. 'Ilie k;d
cuttings were first treated by agitation with dilute 112:1011 to re-
move nxide film and basic salts. Optimum conditions f'or PUrifying
the solution by Ud metal are: S/V 1,6, duration :50 - 60 adns; temp-
erature 18 - 200G, acidity (minimum) 0-5 9/1. 112;~')Z 'Ath these
conditions, the Cu content can be reduced to M2 - M3 mg/ll the
degree of purification being independent of the (;d content of the
solution. After purification from Gu, the acid t3olution was puri-
fied from Pb by co-precipitation with SrS04,, The experimental meth-
od developed was tested on an industrial scdLe i'a a pilot plant,
The cathode metal produced was carefully washed, rem(lLted in a H2
atmosphere in a special furnace. The remelted Gd crtained the
following proportions of_impurities-. (%) cu - 1,10- t Ni - 0.5-~10-4.
Pb - 4.5-10- 4, Zn - 6 .10 4, Fe - 5,10-4, Sb - 0,6-104.4, TI - 3,,6.1
1()-4. The purity of the Cd was, thus, 99,998,,~_ Further purifica-
tion was effected by zone refining. There are 4 tebles and 14 ref-
Card 2/3

S/080/61/0!54/008/009/016
Electrochemical production... D204/1)305
erences: 13 Soviet-bloc and 1 non-Soviet-bloc.
SUBMIMTED: October 18, 1960
Table I Legend: Impurity
content in Cd before and.
after refining. A) Im.- A) VA) PeOtCHROOMAIM
11pj13M1Cb Metell
purity, B) Impurity con-
tent in anode, C) Impuri- k~i1y.".._.- C1 nP"now TOT- "M
ty content in cathode
cadmium D) Deftee
MOAI ...... 0,01 d.001 0.0001 10 10,0
of refining, E) Without Hutmir. 0.13 O.DO02 0.00)2 6150 6
0-03
recirculation, F) With O.W9 000A 3
0.011 0.0001 O.Wh too 1W
recirculation, G) Cu, N'
. . . . . . 0.005 OM4 04004 U 12
Pb, Fe, Zn.
Card 3/3

1048/1248
AWHORS: Vas1ko, A.T., and Zosimovich Pop or Nol
TITLE: Electrochemical proparation of nickol-tungsten alloys
fron acid peroxide electrolytes
S 01MCEP Allmdomiya nauk Institut inetall-urgilo 13aladovanlya
po zharoprochn2m splavam, v,Se 1D62, 217-223
TEXT Mckel-tungsten alloys were deposited on a Pt cathode from
electrolytes contnining :,a tungstate 30 go/l., hydragen peroxide
,30,-1. solution) 21 ml./l.. P4
borla acid 50 g,/l/. sulruxic acid to * H
1 9-2 3, nnd nickol aii1fate 0,01-600 g /1 , at *O'OC and a cod. of
Zit; with high W contents wer
1; amn./sq.dm., using 11i anodes. Depos
obtainud from electrolytes containing small amounts o' 0 Ni, but the
current efficiency was extremely poor (0.03)t,); the doposits from
plectrolytes containing 20-300 g. wero of poor qualit-y and
contained non-metallic inclusions, The current; efficiency with
IUS04/1. was about 62%, and the IT con-
solutions containing 600 go I
tent of the deposit wns 25%. increasing the NR tungtotate concen-
S/659/62/008/000/027/028
Card 1/3

S/669/62/008/000/027/028
1048/1248
Electrochemical preparation ofs*s
tration above 20 g./1. hlr~d no effect on the 1.11 content of the deposit
but roduced the current efficlency. Increasing the p1l within the
rAnge 1.0 - 5.0 caused an increase in the current efficiency ac-
companied by a sharp decrease In the 7; content of tho deposit; do-
nosits Plth a high V1 content (701ti) were obtaincid at pH below 1.5 but
the rate of decomoosition of the if 0 was prohibitively high* The
2 2
optimum H202 concentration ivas about 5 nle of the 301,-4 solution per
liter electrolyte; the optimurLi boric acid concentral;lon was 30 goll.
The tonnernture had to be maintained at 40-50OCt to prevent rtipid
decomposition of the H 202 at highor temperatwoos, and to prevent
crystallization of the boric acid at lower ones,, The optimum code
was 10-20 amp./sq.dm. On the basis of the above data, the optimum
process conditions are, defined as follows: alectrolyto oompouitIon -
Na tungstate 20 go/l-,' "1-04 600 g./I. I if 0, W% soiution) 15 mlt,/Io,
H2304 to pL,' 2*1; boric acid 50 g./le; tempeflature 500C; code 3.0 ampe/
sq.dm, The IN content of the deposit obtained vnder the optimum 0on-
Card 2/3

S/659j62/008/000/027/028
1048[1248
Electrochemical preparation of...
ditions was 20%, and Mao energy consumption was 3.7 kvr,hro/kg. de-
posit, The acid peroxide electrolyte has a higher stabilityj a
lower toxicity, and is associated with higher owrent efficiencies
than the ammonia-containing baths used for the depoeltion of NI-W
alloys. There are 4 figures and 3 table.s,
Card 3/3

ZOSIMOVICH, D.P.; ZAYAIS, A.I.,- RUDAU, LA.
Golorimetric study of modifteation -tranagornintiontj in chromiW2
sulfate electrolytes. tIkr.khLm.zhur. 28 162.
1 (NIM 15 t 3)
1. Institut obshchey i noorganicheakoy khimll All UM.
(Chromium plating) (Chromium cavounds)

ZOSIMOVICH, D.P.; ANTONOVO S.F.
Preparation of chramla aoid from chromium Ilydrarlde.
Ukr.khim.zhur. 28 no.6z987-9~0 162. (IGHA 15t11)
1. InBtitut obalohey i nearganicheskoy kIdmLi All
(Chromic aoid)
(Chromium hydroxido)
NIHI-14ill'IT;idlll~ I'vl
EM I Ill -, , 1.1; i ~

S/080,'62/035/006/016/013
Mo47~307
AUTHORS; Vas1ko, A. T. and Zosimovich, D.
TITLE: Electrochemical preparation of Ni-W alloys from acidic
peroxide electrolytes
PERIODICAL: Zhurnal prikladnoy khimii, v. 35, no. 6, 1962v
1302-1308
TEXT: The experiments were conducted in a cell.of the usual type,
with an Ni cathode and Pt or Nii 0anodes, over 15 min to 10 hra,
with mechanical stirring: At 50 C and with a current density (D)
of 10 A/dm2 and using an electrolyte of Na2WO 4 ~O g/1, 30% H2 02
21 ml/l, H 3 BO 3 50 g1l and H2 so4to give pH 1.9 - 2.3, it was found
that the best alloys (--~25% W) were deposited from eolutions to
which 300 - 600 g NiSO 4A were added. Under the saine conditions and
with 400 g NiSO 4/1 of electrolyte, the optimum Na 2Wo4 content was
:-120 g1l, which gave an alloy of -25% W, with--a ourrent efficiency
Card 1/3

S/M.10/62/035/006/010/013
Electrochemical preparation of ... D204/D307
(p)> 60/6. Using an electrolyte containing 30 4T, Na WO
2 4/1, 420 g
INiso4/1 and 20 ml of 30~'* H202/1, and adjusting the I)H With H2SO41
the preferred pH range was 2.0 - 2.2. With 20 g Na2wo 41 400 9
Niso4 and 50 g H 3B03 per liter, at pH 2.0 - 2,2, it was found that
small 5 ml/1) additions of H 2:02 raised the W content and P Of the
alloy, whilst further additions lowered p and, to a certain extent,
'T
the "A cont6nt. Additions of 30 - 50 9/1 of H BO" to the electrolyte
3 3
con-caining optimum amounts,of Nawo V H202 and XiSO4 , at pH 2.0
2.2 improved the alloy quality and raised p. The optimum range of
temperature was 40 - 500C. Increasing the D cowered the W content
of the alloy and raised p, but at D >20 A/dml-- the deposits were
partly dendritic; low Dis (,,%-2.5 A/dm2) yielded dense, light colored
deposits with high corrosion resistance, suitable for use as coat-
ings. The reco=ended conditions (electrolyte - Na 2W0 4 20 g/it
-30~- H 0 5 MI/l, NiSO 600 g/1, H BO 50 g/lo H 3
2 2 4 3 3 2(04 to give pH
Card 2/3

B/080/62/035/006/010/013
Electrochemical preparation of ... D204/D'307 ,
2.1; temperature - 50 00 D = 10 A/dm2) give an alloy containing
90a .,.,ith a jo of 83,~~) The power consumption was 3.7 kw-hre/kg of
alloy as opposed to 12 kw-h2,s/kg necessary for similar alloys de-
posited from ammoniacal electrolytes. There are 4 figures and 3
tables.
ASSOCIATION':. Institut obshchey i neorganicheekay khimii AN SSSR
(Institute of General and Inorganic Chemistry, AS
USSR)
SUB1,11TTED; May 9. 1961
Card 3/3

ZOSIMOVICH, D.P.; JMADNITSKAYA, K.B.; DVERNYAKOVA, A.A.
Separation of trivalent iron ]'ram trivd1ent chromium in
hydrochloric acid solutions. Zhuroprikl,khim. 35 no.7:1479-
1483 Jl 162. (MA 15-8)
(Iron-chromium alloys) (Iron-Analysis)
(Cbromium-Analysis)

ZOSIMOVICHP D.P.; KLADNITSKAU, K.B.; DVERNYAROVAo A.A.
Separation of trivalent chromIum from bivalent. iron in
hydrochloric acid solutions. Zhur.prik1.1,diim. 35 no.7v
1484,1487 J1 162. (KMA 15:8)
(Iron-chromilxn alloys) (Iron--Analysis)
(Chromium-Analys-is)

ZOSIMOVICH, D.P.; MTONOV, S.P.
Physicochamical study of polychromate electro3ytes. &ur.prilrl.-
khim. 35 no.12:2791-2M D 162. (mIRA 16:5)
(Chromates) (Electrolytes)
111'. Ji ii IH' I ! I ill

ZOSMOVICHI D.P., kand.khim.nauk; SHVAB, N.A.; BELEMKIY, V.N.
Elec.tromechanical preFaration of pure manganfive by the refi.YLLng of
high-phospnorus manganese alloys. Ma. I gorna-rud. SWOM. n0.3135-36
My-Je '63. (MIRA 1791)
,anichankoy khimii AN WxSSR,
1. Institut obalichey i noorp

i i i I . 1. - 1 11 11 , 1. .. .. - - . 11 - I - ~ I , - . . I
ZOSIMOVICH, D.P.; AFONSKIY, S.S,,
Anodic polarization of chromium, iron, and fervochrone in
chromic acid solution. Ukr. khIm. ishur. 29 no" 3396-400 163.
tHIM :16t6)
1. Institut obahchey i necorganicheskoy khimil A31 UkrI:',SR.
(Iron-otwouium allo")
(Polaritation(Sleatricity))

ZOSIMDVICH, D.P.; ANTONOV, S.P.; BUDKEVICH, V.V.
Anodic oxidation in chromichromete electrol$taa. LTkr.khia.zhxU-. ,
29 no.6t642-647 163. (14IRA 10:9)
1. Institut obnhohey i noorganlahoskoy MaLl AN UVrSS311.
(Chromium compounds) (Oxidation, Eloatrolytic)

~: I
.1 ; I
d i, j
. I ;
.. ~ I
1.
..T
i" Ii I
" i_ -,
dl;ii ~
1. Il !III!
1

ANTONOV) S.P.; ZOSIMOVICH., D.P.
Use of a rotating disk electrode in the stur'17 of anodic
oxidation of chromium. Ukr. khJ.m. zbur. 29 no.10iIIII-1-112
163. (MITA .17: 1)
1. Institut obshchey i neorganicheskoy khinii A~ UkrSSR.

NEMTSOV, V.D.; SKIBINSKIYI G.V.; ZOSIMOVICII, D.P.
Oscillograph for electrochemical measurements. Mr. khim.
zhur. 29 no.10:1113-1115 163. (MIRA 17.-l)
1. Institut obshchey i neorganicheskoy Mimi]. AN lbirSFR.
I 11,;!AHIIH ~I 11".11 111111 Jillfl'~ I" 111-~h I lIP'' ld-~ 11

ZOSUMCHY D.P.; KIADNITSLUA., K.B.1 IVAITOVA., N.D.
Separation of trivalent, chromium from bivalent iron 1.4 omlfurio ij~id
solutions. ZhuropriU.khim. 36"'rio.2:333-338 F 163. (MTA 16t~)
(Chromium) (iron)

ZOSIMOVICH, D.P. [Zosymovycho D.P.]; ANMIZV, S.P,
Prepara tion and regeneration of chromic acid 17 anodic oxidat-lan
of chromium hydroxide. Flim.prom. (Ukr.) no,1:10-V. Ja-Hr 164.
(MIRA 17:3)
lidi ~ N111 11fli. P: III'

ACCESSION NR; Ap4oilM S/'0073/64/0:10/0()1/0059/0(~~62
AUTHORS: Zosimovich, D.P.; Nem'Ulsov,, V.D.
TITLE: Cathodic polarization of the silicon eleotrodd during the
electro-deposition of tin and niokel
SOURCE: Ukrainskiy khimicheslciy zhurnal, V. 30, ~no, j., 19641 59-62
TOPIC TAGS: tin electrodeposit, nickel electrodeposit, silicon
electrode, silioon semiconductor electrode, polarizatlon, rectify-
ing contact, ollmic contact, p-type silicon, n-typa silicon, hole
conductor, electron conductor, cathode polarization
ABSTRACT: The polarization accompanying the eleetrodeposltion.of:~
tin or nickel onto samples of ail-icon nonocrystals, p- or n-type'.
both having the same (111) orientation, either p,10.ished with boron
0ZLrbide or etched with SR-8, Is sho,..m in the eno:kosed figures.
Greater polarization is 'used to deposit the metals oato a semicon-
ductor electrode than onto the metal electrode. Pol.-arization of the
Card Oil')

ACM9SION UR.- AP4011975
mechanically treated silicon Is hisher tban in tho' otobt(I oleo tr-ode*5;
apparontly due to the presence of defomed layer4, polywly4tall Ina
powders and oxida film. The holo-type (P-typa-) 31.11.0011 is polar-
1-od more atrongly than the electron type. In ele~ltrodariosi tins
nickel onto the silicon electrode, polarization ot the oleatrode
with the etched surface is higher than of the pollahed. The char-~-
acter of the electrolytic contacts: for nickel on electron or hole
type silicon-rectifying; for tin on n-type silicon-ohade; for tin
on p-type silicon--reotifying. Orig. art. has: 2 :ftguv~es.
ASSOCIATION: Institut obahchey i neorganiobeakoy ldiimii AN Ulcr=
(Ins -., -,Atute .:)f General and Inorganic Chemistry AN 'TAcr$SR)
SUBMITTED: l0jul63 DATE ACQ: 14-Feb64 EDTCL: 04
SUB CODE: PH., ML NO REF SOV: 003 011111M 008
Card 2/$

STENDER, V.V.1 otv. red.; ZOSIMOVIGHJ DIF#A Pam, OtV# r4j1d*;
DELDORSKIY, Y 'iffiRiV M A , red.; NECHLYEVAp
r .. LOS S
N.Ye,,, red.; NIKIFOROVp A.F., red.j ByNiovi, It.1.0 red,
[Yqdroolectrometallurgy of chlorides; reports] Gldroaloktro-
metallurgiia khloridov; doklady. Kievt Naukova dumkitp 19640
178 p. (MIRA 17: 1-1)
1. Vsesoyuznyy seminar po prikladnoy elektrokbinLli. 5th,
Dnepropetrovsks 1962. 2. Dnepropetravskiy khimilro-
tekhno2ogicheakiy institut (for Stender).

ZOSIMOVICHO D.P.; NEMTSOV~ V.D.
Cathodic polarization of a silicon electrode In the olectro..
deponition of tin and nickel. Ukr,khim. 2hur4 30 no,6s
59-62 164. OIIRA 17s6)
1. Institut obahchey i neorganicheskoy khimii AN UkAISR.

AT/J1)
L 2L4.2j-67
ACC NR, AP~0_ji~*17 SOURCE CODE:
AUVOR:_ " si,movich. D.-F.. Hemtoov, V. D.
UR/0073/66/032/009/095T/og6o
ORG: rnvtitut~ of _GengX41 and I-nQrxanic Chemistry, AN UkrSSR (Institut-abstichey i
neorganicheekoy khimii AN LJkrSSR)
TITLE: .,fhotoeltqtrW effect in polarization of silicon 0 solutions of metal
chlorides
SOURCE: Ukrainakly khimicheskiy zhurnalt v. 32, no. 9, 1.966, 957-960
TOPIC TAGS* electrolytic deposition, indium, tin, antimon,
,r, electrode &*kaatd44S
silicon,electrod~, surface ionization, photoelectric method,
P-f _J_~ Ilinterface has I)een studied in solutions
ABSTRACT: The silicon-electroly-te solution
of indium, tin and antimony chlorides by recording variations in the surface photo-
potential of the silicon electrode versus its steady-state electric potential under
different conditions of polarization. A difference was noted in the photoelectric
effect on the n-versus p-type silicon and on the polished versus etched silicon our-
face in all solutions studied. The phAopotential drop on p-type silicon in the metal
chloride solutions was interpreted as determining the depoiiition potential of t1le
metal. The photopotential of the etched n-type silicon 111 46.1 ;,,ettil-contatning solu-
tions decreased sharply with the electrode potential shift toward the region of
anodic polarization. The photopotential versus steady-state electrode potential data
Card 1/2 upc: 54EjA&5_k6,28

",'L. 02423-67
A 0131511
reflect A%6 surface state of the silicon electrode wider varioud conditions of
configuratIda at the silicolk-
polarizatton and indicate differences in electronir
electrolyte interface, depending on the conductivity typo~,m%4 nuvrace treatnent'of
silicon. Orig. art. has: 6 figures,
SUB CODE: 0 SUBM DATE: l8Jan65/ ORIG REF: 003/ OTH REF: OOL/ J 1-,;.L~,'~~I-
V
hs
Card 2/2
11]11'11;~ IIIIII! IWI H 11 Ilk ;,:!,11,1111 P

L 36875-66 EVIT(m)IT DS
ACC NR: AP6017651 (A) SOURCE CODE' UR/0073166/0,121001/0020/0023
-:;-V
AUTHOR: Zosimovich, D. P.1; Nemtsov, V. D.
ORG: Institute of General 2nd ~no -mic Chemistry, Academy of Sciences UkrS$R
(Institut obshchey i neorganicheskoy "N
Th mLl All rSS
TITLE: Polarization'of a silicon electrodelduring the electtK)lyti,-- deposition of
indium and antimony
SOURCE: Ukrainskiy khimicheskiy zhurnal, v. 32, no. 1, 1966, 20-23
TOPIC TAGS: indium, antimony, electrode, olactroplating, silicon ;single cry.5tal
ABSTRACT: Polarization of a silicon electrode during the electrolytic deposition of
indium and antimony was studied in the 201-601C range as a fi.inction of the type of'
electrode conductivity and surface pretreatment. Indium ~rds deposited from InC13
(30 g/1) + HCl(lO a/I) electrolyte at pF1 = 1.5. Antimany waif dep(ysited from
KSbOC4H',06(60 9/1) + HC1(4 ml/1) electrolyte at p1l = 1.6. The-silicon electrode
(made of silicon single crystals) was polished and caustic treated. The effect of
temperature on cathodic polarization and the oscillograms of cathodic polari,,,,4~tioa
Card 1/2 UDC: - 541.13i

L 36875-66
ACC NR: AP6017651
were graphed for In and Sb deposition on p- and n-type silicon electrodes. The
potential of deposition of In and Sb on n-type silicon electrode in rore negative
than on p-type silicon electrode. Metal deposition on silicoit electrode was fbund
~to be inhibited by the presence of silicon oxide layer on the electrode surface. In
,depositing In on a silicon electrode, electrode polarization Increases with in-
,creasing temperature. On a silicon electrode, an indiUm deposit produces an obmic
:contact in the case of n-type conductivity and a rectifying contact: in the case of
p-type conductivity. ror both types of conductivity, the antimony doposits on sili-:
'con electrode produced a rectifying contact. Orig. art. has'. 4 figures.
//U
SUB CODE: BM DATE: 16Sep64/ ORIG REr: 00'6/ 0711 IMF: 008
Card 2/2

ZOSTIMVICH, D.P.; SHVAB, N.A.; ANDREYCHENIO, V.G.
'.I Conditions for the removal of impuritiAS fort wingpinese
electiolytes. UkT. khim. zhur. 31 no.10:1104-1107 165.
(ICERA '19: 1)
1. Institmt obahchey i neorganichenkoy khlmil. All UhrS'S11.
Submitted May 7, 1964.

ANTONOV, S.P.; ZOSDIOVICL, ~D.P*~11.--;
Kinetics of the anodic oxidatloa of tri7alent clrlxomium.
Ukr,khim.zhur. 31 no,514-64-491 165*
OhariA 181.U)
1. InstJtut obshchey i riaorganichaskoy khimii AN UkrSSR.
Submitted Jan. 25, 1964.

-ZWIMCVICH.. D.P.; ZAYATSp A.1s; JUDRITSICATA, K~B,; CJIXBTJKYNAI L,X,
Separation of Cr3+ from iron by crystallization of wnonilm-
chrome altus. Zhur. Prikl. khim. 38 no.5079-987 Ky 165.
(KIRA 18:11)

ZOSIWVICH D. P. ; SHVAB, N. A. , GBISEVICII, A. N. ; NECUYLIVAO N. Ye .; KLIDNIT13KAYA, K# B.
Kiev
"Die elektrochemische Gewinnung Yon lie, instmetallen: Zink, KadrJ,.utri ,nd Mwgun."
report submitted for 2nd Intl Symp on flypeiTure Matt--ri,,Lls in Sciencc and Tech-
nology, Dresden, GDR, 28 Sep-20ct 65,
Institut obochey i klAmIA Nkn&!m1l n.-v,ik Oh2SRp K:le%,

ZosimOVICHY D.P.; AFONSKI-f, S,S.
~ .- I... -..
Effect, of trivalent c'~-Ircmi!,cA and Ilran iins on hire
of clivonium from chroielc nrld solut4ons, U*,r.):M-m.-r-hur. 31 no,~tlS51-
190 165. (MIRA 18:4)
1. Institut obshchey J. n,3----rganlr:he,!31coy Rhil.mij AN UkrISSR.

ZOSIMOVICHO D.P.; ANTONOV, S.P.; STEPANENICO, V.G.
Effect of the nature of foreign cations on the ancdic oxidation
of trivalent chromium. IJkr. khim. thur. 31 no.4:4210-421 165.
041RA 100)
1. Institut obahchpy I neorganicheakoy khlinii AN llkrSSR.

ZMIM071CH, D.P., kAnd. khatchftk.Lkh nauk; A.M?SJ,'IY, trvr~b'
ElsatroFlposition of chromium In the presence aT a laxp
quantity of threavalent chromiumj iron and vulfuric a.cid,
Masbinostroenia nos5M-71 8-0 064 (MIRA 18:2)

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i ICTTI V. P.
Beets and Deet Sugar
Dynamics of loaf growth in sugar toots and its effect on y1eld nnd ijugar cont-Int
of biological types of varioLis varieties. ~`Ol- i sem., 19, 1141, 9, "1952
Monthly List of RuRsian Accessions, Librory of Con(;ress
December 1952. -11110-TA.SSIFIED.

USSR/Cultivnted Plants - Cormorcinl. Oil-b--aring.
Abs Jour : Ref Zhur Biol.,, No 12, 1958., 53735
Author : Zosinovich, V.P.
Inst %---- --
Title Supplamimitary Pol-linatioil of seed pLu%ts.
Orig Pub SaIdmnlayn svekLa, 1957, No 6., 37-40
Abstract ExperLaant's conducted for a IonG tim- by the An-Union
Scientific Reaenrca Institute of Su&nr Beets in diffo-
rent beat 6=wing re3-lons, colifirned the positive role
of supplementary pollination in increasin, the yield
and the quality of the seeds, and also in intenaifyIng
vital enerar in tJe offspriza. Suppleimutary -pollina-
tion proved to be effective not only in rainy weather
but also in the presence of clear and windy weather.
The increase of the seed yield from polliantion avcraCied
1-2 cwt/1-1a. -- A.M. Smirnov
Card 1/1

COuntrY : USSR M
CatoG,ory: Cultivated Plants. Cormercial. Oil-Bearina.
Suppr-Dearing.
bs Jour: 1=iol ., No LI, 1953., no 49c6o
land will be sown with sugar beets with sclamte
fruits (sinClc seeded or single shoot). -
A.M. SrLimov
Card 2/2

ZOSIMOVICII, V. P.: Doc Biol Sc~i (dLsr) -- "I'he evaluaticn of the wiLd and cul-
tivated su"ar beet". Kiev, 1958. 40 pp (Acad Sci UI?r SSR, D(~pt of Biol Sci),
(KL, No 12, 1959, 127)

ZOSIMOVICH. VP-.,,-
Polyploid varieties of sugar beets. Sakh.prom- 34 no-5::56-62'
My 160o (HIPA 3-4: 3)
1. Voesoyuznyy nauchno-isslodovatellskiy indAitut ettkhamoy slrpkly.
(sugar beets)

ZOSIMOVICH V.P. (Zosymovych, V.P.], laureat ioninskay preadi
New forms of plants. Nauka i zhy-ttia 12 no.9:48: 3 162.
(MRA! 16: 1)
1. Chlen-korrespondent AN UkrSSR.
(Flant breeding) (Vhromoorine numbers)

KONDRATYUK Ye.M.(Kondratiuk, IE.Y..],.otv. re TICH Y.F.,
tzosynovycbp V.P.], red.; MARABEVICH, 1116*11111rf.A.),.
red - POPOV V.P., red. RUBTSOV, L I re. -'SDKOLbVBKIY
0.1:(Sokolov's1kyi, O,Ij, red.; IL'i~?: G. :t:tllkun ', Ii. M. I,
red.; KOKHHO, M.A., red.;.AUDRIYCHUK, M.D.[Andriielluk, M.D.],
red.izd-va; TURBANOVA, N.A., tekhn. red.
[Biological problems of acclimatized plants) I)rtannia b1ologii
aklimatyzovanykh rosly-n. Kyiv, 1963. 90 p. (KIRA 16:7)
1. Chlen-korrespondent AN Ukr.SSR (for Mhimolrich).
(Ukraine-Plant introduction)

ZOSIMOVICH, V~.P.
Folyploid siUgar beets. Vest.Ari SSSR 33 no.2a6r>.68 F 063
(MTRA 1612)
1. Chlen-korrespondent AN UkrSSR.
(Polyploidy) (Ukraine--Sugar beet, breeding)
I H1 Nil Tt'1111t 1:1111i:111 111!11 111,111"[111111M.,

KC~NDI?ATYITK,l~,.,14,[Kondrtitiuk,.11."!.], Otv" ved.i W1051muncli
ych, V.P.], red,j VAKAREVIC L, mrovrh, V.A
red,i POFf)V, V.P,,, rM. RIIF3TSOVi L.L, rad.; SOKODAISMY,
O.I.[SokolovsIkyi,, red,; ILIKUN, G..114.131;kunj H.M.~
rnd,LKOKHNO, M. A.~ AJvDR:tICI!UK,M..D. red, Izd-mi; TIMEIANOV4N.A.,
to . red
(Biological proLlena af acclimutized pIratAj. Flytanide IAolo-
gii aklimatyzovanykh roslyn. Kylv, Vyd-vo &N IIkr.hIS.R, 1963.
1
90 P. %MIRA :1.6;11)
1. Akadomtya nauk URSEL Rev., fbtanyohnyl sad~s 2,f GIiI.-m-
korrespondent AN URr.,-.SSR (for ZosimovIch),
(Ukraine-;-Plant introduction)

I . I ~ '. .. I I -, I . " .. ...- ... - 1. ... .. I
ZUSTWIlull, V. 1-.
- -...... --. - --
"Foci A i a rity in vm.,~, mr! I pror, al h.~J)2- I d.J, Of' C ~ I ItII J . "
report submitted to lCrth Intl Botanical Cong, Edinbtu,jrh "' r 64 .
.~,, .~-12 Pug'

ZOSIMOVICHP V.P. [Zosymovycho V.P.),- PANIN, V.A. fllwnin, 11.0.1
Study of reciprocal. triploid hybridn und pa,i7omtal forwi of vagar
beets. Dop. Ali URSR no.7:95(~-953 165. (MIRA,18:0
1. Institut botaniki AN UkrM.
(for Zosimovich).
2. Chlen-kox-resporident AN IJkrSSR

7~OSJ~IOVJ ' li.-Ilp-,j red.ot-v.j MODILE-VSKIY, U.S., red.; KOLE.*:,NJK
'~11-.11-.,-doktor biol. nank, red.; KIRJDYAK, W.Li kand,
blol. nauk., red.; KORDYIR-',, Ye.L., kand. biol. no-ak, red.;
MWETSOVA., A.S., red.
r(,
,ytolo&l and genetics) T81tologlin i genutlk M ev
Naukova dunka, 1965. 223 p. (141~A 19':'1J
1. Akaderdya nauk URSR, Kiev. 21. Chlen-kor-reupondli-ml.
AN Ukr.SSR i Institut botaniki PJI Ukr.8,04i (tor Zoadiwvloh).

SEPPARP A.; MUMMY, V.;_ZOSIMDVEH;, Yu..
How is your production Ilkely to develop? Koks i Ithim. no.3359-60
162. (HIRL 15t,3)
1. Yag--..'&togorskiy metallurgicheskiy kombinat (fpr $,eppar).
(Coke ir4tiatry)

TERERIMA, Ye.I.; ZOSIMOVSKAYA,,A.I.
Histidinep argininep arA SH-compounds in b1aod wl bcae marrow cells
and their changen under the influence of rotintgen.ra Med.~ rad.
5 no.11:20-24 N 160. rmIG RA 13:12)
(BLOOD) (I-MIjROW) (.-K BAy8-pjjYSjOL0(,,jCAL MF,07)

ZOSIMOVSKA71A, A. I.
Study of the mitotic cycles of marrow cells. Arkh. anat.,
gist. i embr, 43 no.11:99-111 N 162. (14M 17: 8)
1. Laboratoriya eksperimentallnoy- taltologli i taitokhixii
Instituta radiatsionnoy i fizikc-ldilziahoskoy biologii AN &SSM.
Adres avtorat Moskva, V-312, I-ya Akadamichuikiy yjri:tY---zd, 18,
Institut radiatsionnoy i fizIko-IdJmichevkqy blolc~gli AN SSSR.

TERENTIYEVAP E.I.; ZJJI(OVSKAY~A A.I.; ;UXANOVAP L,J.; T(A.,SW.As A.A.
Cy-tochemical Inveatigation of the elemnts of heAW-poievis.
TSitologiia 2 no,4.412-1+27 JI-Ag 160, (KRJL 13:9)
1, TSentralinyy institgt revatolofilii i peralivanipi krovi XWster-
stya zdravookhraneni-ya =Rv MosMa.
(ffMPOIETIC SYSTEM)

WSIMOVSKAYA, A.I.
Studying the mitotio cycls in marrvir c,31.1-a of iilce by tho matliod
of radloau'llography. Dokl. AN SSSR 151 no0fl'.)137-6,.")D JI 163.
(FJRI 160)
1. Inatitut radiatsionncy i biclxglt Ali S5,1M.
Pradatavleno akadoml-kam V,A.Engaltgardtom.
(AUTORADIOGRAPHY) (KARTOKINESTS) (MARrOW)
H110 IN

USSR/Gancral PribleLis of Patholo(,,7 - Ti-mrs. C,)nptirativu Oncoioc'y' U
Etuan Neoplastm.
Abs Jour : Ref Mur Biz)l., No 1, ig5g, 4229
Author : Tereat'yeva, E.I., Zosimovskaya, A.I., Kawnwa, L.I.
Inst : -
Title : Cytochemiml Investir3pations of the Elenents of Hempoic-
sis. I. The Content of Fat, Glyco6eu and Ifucleinic
Acid in the Blood Cells and in the Bone Mirrow of Heal-
thy Hurrans and Those Sufferinr, from Leukoses
OriE; Pub : Probl. Gematol. i pereliuaniya krovI, 1957, 2, No 5.,
24-31. 64.
Xostract : Drips of fat within the cells of the bone rarrow (BM)
of .'-.ealthy subjects are contained in the forn of traces
only in sin'-le LWel,)- mad metarxjelocytes, in occasional
mture [~Tanulocytes and in 1~mphocytes. TI_,,ey are deix)ns-
trated in moderate amomits in leudocytes of the periphe-
ral blood. The ~lycotmn coatent in the hempoictic
Card 1/4
- 36 -

USSR/General Problems of Patllajlo~,V - Timors. Coivarativc Oncol:),~y. U
Human. Neoplasms
Abs Jour Ref Mur Biol., No 1, 1959, 11229
and lymphadcuosis (CL) (14, 13J. Tbe (;lycogeu content
in the henopocitic cells is decreased wi-*u,',:)ut relation
t14 the forn of the illness. As the coaditi:m of the pa-
tient becomes impaired an increase of the fat coutent
and a decrease of Glyco~;cu is observed in the blood colls
and in the cells of the bune marrow. In thiz acute and
aubacute course of tle disease the dearease of tile qum-
tity of iyacleiiiic acids particularily of RM is observed
ill the hemopAetic collaq, Wit], impairment of the condi-
tion a decrease of the valkie of DNA add RXA is ~)ften 3b-
served; with inpr.;vemeit some increase of thf~ nucleinic
acids is observed in the IlemopActic cells. In (R4 and
CL the content of RM is decreased, and DIM fliatilates
withiii a mmll ranC;e as compared with The can-
tc,,,,t of DILI in the henopietic cells ii; incinstant in CL.
The contouft of nuclciiiic acide increases with the
Card 3/1~
- 37 -

IWIFANOYA, O.Iq A93P~PYS.KAXAS. A. I.; LUUNMO L. Y41 GEME-11111p N.V.;
.,514OLF'I'SKAUl 1.11.
Comparative study of the duration of mitosis and interklmals
in tissues of miee with the aid of colchicimip and IrTediation.
Bial.eksp.biol. i med. 55 no.1:96-100 W63. (IfflliA 1.6:7)
lo Iz laboratori~ eksperimentallnoy taitologJA i teitckhimii
Instituta radiatpionnoy i fizik~~-~himichoskoy biolollgii (dir.
akademik VIA.Engrallgardt) All SM Moskva. Radstalvlen& dq-
atvitelny'
Y; chlon4m. AJQ SM V.A.Engellgartati,
Mulf) (COWHICINF,-FIrLSIOLcGica,
(RLDIATIOlt-PHYSIOLOGICAL EF74T)

TIRMIYEVA, R.I.; ZOSIMOTSKATA, A.I.; MANOVA, L.I.4, PAYNOWN, F.R.
Cytochemical studies in leukemia. Probl.gemat.i perol.krovi 4 no.11:
39-49 N '59. (NIRA 13:3)
1. Iz TSentrallnogo ordena Lenina Instituta gina&tologli i pereli-
vanlya krovi (direktor - deystvitellnyy chlen AMN SSSR prof. A.A.
Bagdasarov) Hinisteretva zdravookhranenlya SSOR.
(14MMIA chemistry)

TERENTOYEVA, E.I.p prof.; Zl*p4OVSKAYA, A.I.; I~W-NOVA, L.I.;
SUKYASYAIII G. V. - -------
Cytochomical study of henatopoiatic elementa in radlation injury,
Probl.gamat.i perel.krovi no,31411-52 162. (MIRA 1-5:3)
1. Iz Mntrallnogo ordena Lenina InatitutA gimatalogii i pareli-
vanlya krovi (dir - doystvitelln:rr chlon A1,91 SSSIt prot. A.A.
Bagdaearov Idecea;edl) Mimisterstva zdravoolchranenlya Sfk")R.
(RADIATION SICEWMS) 001AMIPOISTIC STS11m)

ZOSINOVSKAYA, A.I.; ]KAZANOTA. L.1.; IFAYMIMTH, F.B.
Cytochemical studies on the homopolatic el*wonts in patients with.
aplastic and byoplastic anemias. Probl. gonat, i povel. kroyl 3 no-51
25-31 5-0 158, (11MA 11111)
1. Is TSentrallnogo ordena Iosaina Inatituta g'amatologli I pereliviniya
krovi (dir. - doyetvitel'Wy chlen AHN MR prof. A.A. Bagdanorov)
Hinisteretva sdravookhranenlya SSSR.
(MMIA, APIASTIG, pathologr
c7tochom, chaoKoia im- elomonts In splaetM
& h3rp*PU'otlo aneollas'l- (Rfts))

TARM Y~ V-A', 'N'. 1. 7081HOVSKAYA, A.I.; XAZANOVA, L.I.
Cytochemical examination of hemopoietic elements# Report No.l.- Pat,
glycogen, and nucleic said content of blood cells and bone marrow
in healthy individuals and in leukoeis [with ou3irnry I* English,
p.641. Probl.gemat. I perelokrovi 2 no65:24-31 D-0 157. (MIRA 11:1)
1. Zz TSentrallnogo ordens lenins InstLtute gemstologil. i perelivatilys
krovi (dir. - deystvitellnvy chlon AKII SSSR prof. A.A#Bagdanerov)
Ministerstva zdravookhranonlys SSSR.
(UMMIA, metab.
fat, glycogen & nucleic acid content in boric marrow cons
& in blood cells)
(FAT LIPIDS, metab
content In bloat cells & bone marrow cells in leukemia)
(GLYCOGEN, metab.
same)

SAMGINO F.A.;.SHESTOPALp Ya.V.; USIMOVSKAYAp T,V,,; GOUCHAROVO Yo.R.
Chemical shrub control from the airplane. Zaskiah. rart. ot vred,
i bol. 6 no.,4:20-21 Ap 161. OURA 15:6)
(KaUnin Province-ClearinC of laril) -
w

RABOTNOV, To A., ZOO-1140731CAYAL T. V.
Yeadows
Use of herbicides in control of meadow weeds. Korm. baza 3 No. 14 1952
Monthly List of Itto-sIgn Accessions, Library of Congre3s, July 1%2. Unclassified.

RLAOTNOV, T. A., Z051YOV5VAYA, T. V.
Herbicides
Use of herbicides in control of meadow weeds. Korm. baza 3 110. 4, 1052
Monthly Lis-t of Russian Accessions Library of Congress. JulY 1952. Unclassified.

T . A., A, P. 7
Tlerbicides
Use of herbicides in control ol' var-ad-jw wet!ds, Oaza 3 Ito. I.M.
"onthly Lict of Rus~inn "Iccessions, Lihrarj of ionq-resa, July 1)52. Unclassified.

RA301r"Oll~ T. A-) .osI-'-.VISKAYA, T. V.
~.eadows
Use of her',icirles in ;~,)ntrol. of' me4,dow baza 3
1,
.%onthly List of Russi-r-n Accessions, Lil:rary of Jorii..,,ress, Iul,,ir 1?~2.

1. Z08-IM-w-r~1Y, X, Eng.
2. ITSM (600)
4. Construction Industry
7. Guaranteeing the fulfillment of public houjirvj construe-Lion. Zhil.-kom. Icboz.. 3,
no. 1, 1953.
9. Monthly List of Russian Accessions, Library of Congress, _May 1953. Unclassified..

ZO8lvnv8xTYf X. 0 Emg.
Dwellinas
Guarantecillf, thO fulfillment of public hemoing contitruction. Mill.-Icart. kho%. -3,
no. 1, 1953.
9. Monthly List of Russian Accessions, Library of Congress, 1,fa;r -1953. Unclassified.

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