SCIENTIFIC ABSTRACT SPIVAKOSVSKIY, M. - SPLAVNIK, V.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652720016-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

DRYAPACHEIIKO, B.,_i-nzh. (g.1)nepropetrovsk); SPIVAKOVSkTx,-M.,-mekhanik;
RASYUK, A.; NOSACH, V.., master (g.K6 otop)
Suggested, created, introduced. Izobr. i rats. no. 5:22-23 161.
MY
(MIRA 14:5)
1. Upravleniye mekhanizataii no. 19, g. Khabarovsk (for Spivakovskiy).
2, Predsedatell soveta Vsesoyuznogo obshchestva izobretateley i
ratsionalizatorov zavoda "Krasnyy metallist y71 g.Konotop (for
Rasyuk), (Technological innovations)

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-7FIVAKC--I3KIY, t.'. D.
Agriculture
(Fertilizer for fruit and berry plants) moskva, Gos. Izd-vo sellkhoz. lit-ry, 1951.
Monthh List of Russian Accessions, Library cf Congress, July 1952. Unclassified.

-- T ' I Ni . -D .
~ ~ - . k , , . L. - ,
7e r.* t, 11 L -, e rs n rid I "rMu re n
Fse of fec 1 far t-il -*: zerp, in nrc3 7.--.fs. 7--d i c~-. Nc. ?y 10M.
9. Monthly List of Russian Accessions, Library of Congress, June -1953. Unclassified.

SFTVAF,-!3'*TY, Naum Davidovich
Sci-Res Inst of Horticulture imeni Michurin, Academic degree
of Doctor of Agricultural Sciences, based on his defense, 16
November 1954, in the Council of the Leningrad Agricultural
Inst, of his dissertation entitled: "Fertilizing fruit and
berry crops".
Academic degree and/or title: Doctor of Sciences
SO: Decisions of VAK, List no. 9, 16 April 55, Byulletent 14V0 SSSR, No. 14,
Jul 56, Moscow, pp 4-22, Uncl. JPRS/NY-429

SPIVAKOVSKIY, N.D., red.
[Program and methods instructions for cultivation exi)eriments
with fruits and berries] Programmno-metodichaskie ukazaniia po
agrotekhnicheskim opytam s plodovymi i iagodnymi kullturami.
Hichurinsk. Nauchno-issl.in-t sadovodstva Im. I.V.Michurina,
1956. 183 P. (MIRA 12:11)
(Fruit cult-ure)

SPIVAKOVSKIY, N.D.
(Orchards on the "Zavet Illicha" Collective Farm] Sady kolkhoza
*Zavet Illicha.1 Moskva. H-vo selkhoz. WSR, 1957. 18 p.
(Fruit culture) (MIRA 12:3)

SPIVAKOVSKIY, Na!i~~D vidg3~jch, doktor sallskokhozyaystvanafth nauk,
5-;~f-e 130 or: KATSITALISON, S.M., redak-tor; GUBIN. K.I., takhnichaskiy
redaktor
[Agricultural practices for good orchard yields] Agrotakhniks
vysokikh urozhaev v plodovykh sadakh. Predstavlepa Obshchestvom
po rasprostrananiiu politichaskikh i nauchnykh znanii RSFSR. Moskva,
Izd-vo "Znanie," 1957. 31 P. (Vsesoiuznoa obshchestvo po rasprostra-
nenilu politichaskikh i nauchnykh znanii. Ser-5, no.2) (MLRA 10:3)
(Pruit culture)

USSR / Cultivated Plants. Fruits, Berries, Nutboaring, M-6
Teas.
Abs Jour ;Ref Zhur - Biologiya, No 2, 1959, No. 6395
Author :Spivakovs'kiy,.N.
Inst :Not given
Title !Basic Soil Cultivation and Fertilization In
Orchards
OrIg Pub :Vinogradarst!TO I sadovodstvo Kryma., 1958,
No 2, 18-21
Abstract :Keeping of orchards under turf accumulated
over many years is the main reason for the poor
state of trees in orchards and their low yield.
Recommendations on the plowing of sod and on a
regular system of soil cultivation are given.
Card 1/1

SPIVAKOVSKIY, Naum Davidovich; SERGEYEV, V.I.., red.; GUFMVICH, M.M..,
- tekhn. red. ,
[?ertillzing fruit and 'o-arri culturea) Udobrenie plodavykh i iagod-
nykh kulltur. Izd.2., Ispr. i dop. Moskvaj, Sellkhozivj'at., 1962.
359 P. (MIRA 15:7)
(Fertilizers and mamres)

sk

ag 0 v
S Pe V
"
2 W
z
I
A
NT V Ak~el'rud
d
2 d k

a4 F.
ki
(1-5 N N,OH) it is demoristra, polarographically
that lu cAsts as This lort-may polymerize by
adding 611 111(011)s Units. Polyinerization'is favored by
increase in In concn. CO,0001-0.005AO ordecreak in nlky. 1
The rate of decompn, of the indate ion was followed polwo- -1

j- graphically at.varyhir is. for 3,hrs;~'
In asid XaOll mici
ecompti. mte was 1111tch more rupid in 2N
The d Naoll tlmn
atWorCY. Possible mechanisms for the iodate decompn.
pram are discussed. C. H.-Fuchsman

AKSELIRUD, N.V.: SPIVAKOVSKIY. V.B.
Stud7ing thn basic Balts and hydroxides of metals. Report No.l.
Zhur. neorg. khim. 2 no.12:2709-2?15 D '57. O(M 11:2)
1. Inatitut obahchny i naorganichaskoy khimii All USSR.
(Salts) Okvdroxidea)

V&&Lj1yev, V. f. , X.rablo,&, I. D., SOY/i 53-5a- 5- 50/50

T1104 Conference Discussion 0- the Nothods of Investigating the
ccupies formation I& solutions
PC SoSojam, iguabonlyg somplaksoobrazovantys, v rastworakh)
MIODIC&L. IsvestLys vymshikh uchobAykh samado.Ly ' thimiya I
kbAniabaskays sekbaclosIrs, 1958, Ir 31 PP 173 - 174 (USSR)
ASOMM From Febritary 10 to 21, 1954 a oonfer*aos discussion took
place as the loan of Ivenovaj Is dealt .1th %be subject.
In the title. It was called on a decision of the
VII%h All-Ustan Conference an the Chemistry of Couples
Pormations. more than 200 persons attended the conference,
Moag the& 105 delegates frea various IQ-n~ of the USSR.
as the coafersuas methods of determining the coap..Ltion C
the complexes In solutions were discussed, as well as the
method@ of caloulatiag the instability CO.*%"%~ ocordiA
!
to experiaotel data and problems concerning the Laflumna
lex fors.tta.
f
.
comp
-01 Sam solvent up.. the P"4.8600 o
4, . . . .. . %. In the Imasur. by A. K. B.bko and
5 M 'emsmay' ka, -physical and =&0f the
~mftlh 3 Colored Complexes In The Solu%io.-, the r.oult.
ad a sWv%eSs%La investigation in oopper-quinaline-sal toy lat..
so mail as to Gapper-jUrridine-callay2sto systems by ---a of
by Is. A
no optical method were dealt fish. In the lrtur.
.
1he Idea of a further Invostig at IQ.a the .Pls.
lialkly
-3
7o_rm&%Lon process*@ in solutions was developed. Bs.14.. the
determination at the composition and stability of the complexes
aloe %hs pb7mLcal and chemical Properties, the chemical -,~s
out 2/16 and the strua%urs, of the complex ocupounds must be Lal..%L-

L100616TS, and I- M. Yatmialr;kL7 in ib9ir I* Sur. "IAvq`m%74_
o
ITGIL 0? the Polymerization of Igo-poly &aide
n 5olutioam.
50ILSIOAsd experimental results of the investigation of the
P~17"O`186110n in solutions of zolybdic sold. The author.
P&OvGd that 44FOGIally the solybdic sold within . certain
range of the PH values end the oonoentratica. exist. as a
MabOr Of OOSPOU"s ?hat ago be expressed by an overall formul&
moo 4(M*04)"' ZA She lecture by 1. V. Lksel,rud end
Card 4/16 investigation results an basic melt@ t"ine Lot.
Gw*dual the GOOPIOx formation In solutions by mesne of the
PD1660losetrio method wers mentioned for my4%.av wish aloo,
modulus and Isdium. In the evaluation of their results the
metbOrs msPlGys4 the method Of the table difference. The
Gel'oules"a at the "n"'Outivs GOAGtbats was carried out
according to the Interpolation formula by lesson.
CkS82101-181SIL hold a lecture -A "P9 K-sour.mmat Method of
Ohs SGIsIlOss Im CO:bI0 1IoA
Wi
%h
1
t.m
Sy
Aa&ly#j. of the
g
:
Solubility Diagram f %
~
6
a By to
C
U
8
_ HC - 20 in
;
$189 COMPI*z Copper Compounds IQ Saturated Solutions-. It
60 fOMsd that the substance at %be bottom of the llqt,ld Is
=
basic than %be Solution, furthermore, the laor .... d
86tilty Of Ohs solution from the viewpoint or %he formation
of hydrazy-ablord, complex.@ In the solution -as
W. " 9u4J"%8Ov OPGB*d Sam discussion fish his lecture, he
Pula out the moo ... Sty of utilizing the concept, marked
us in the investigations of the polymerisation In organic
:
hwaistry In the chemistry of yoly.uclear osple...' A. A.
card $/It Griabors Shinks shot $be A.. approach of the hydrollets

Conference Discussion an She method. of SOV/1 5)-58- 3-3o/30
lawassigazing the Complex ?creation In Solutions
Laweeligation am devolopad by the Scandinavian school is of
high value. I* also pointed to the necessity of studying
the kla*liao of the polymerization process and a quantitative
determination of the strength of the polymer*. A. X. Babko
pointed out that the study of the polymer structure was
bodessary, N. P. Kos"' mentioned in his lociur. that the
rather widely syr-*-&T--yoiyz.rix&%icA %.Yyo according to the
saka,me *Auolouo + chain members- is not obtained in all cases.
Th* 101101tAd SOLGAtiOtS look part In %he discussion. T. 5.
Tolasahe,, A. V. Ablow, I. S. X-.tfin. 1. 1. Teasany., aad
9. 3. TatsiairskLy. A. 9. Bahka than discussed In his lecture
blkthoda of Determining the Dissociation Cons%azt of the
Complex Groups in Solutions" the main principles of deterstaing
the Instability constants. 9. ?~Lomar' discussed in his
100%uza 'Calculation Methods of %h@ Instability Constants of
%be Complex Compounds According so Experimental Dot.- the
possibilities of using the known calculation methods of the
lastabillsy QOA~%AA%6 for serious Go~~$ Of %bd Complex forma-
"On In eolut,041 If wever.1 manoa.cl- complex.. ar, for-I
be 11.1.1m.041. ..%had by Ab old and Bodl.ad.r (completed by
A. 9.Babko) cannot be reoc".Ad.4 for the calaulation of
the instability coast"%. The lecturer disousss4 the dis.
solution methods of the polynomials proposed by B'yorrum,
Laden, lossoli, Sketahard, Edealloy and other su%hors. Th.
ocast"le calculated in this soy "a a*% very accurate. It
was proved that the method of successive approximations can
164A to wrong conclusion. as to the chemical processes taking
place in the arsten investigated. Th. most probable value
of son physioal constants can be obtained by the method of
the Ismat square$. 3. V. Ptitaya, Is. P. Tokster and L. I.
Timagradova described the determination methods of the
U11tsbility COUst"tO Of the *zaleto complexes of Aiablunt
me lue and ir
n
b
,,
11 On Ib*
hI
h
&r
th.
f
:
:
:
,:
.
:f
.
,.
I.. farm %I by I r
to&&. N. 9. Dol'shako.a, 1. V. Taneany.v and G. S. Samch.ako
bold a lecture on he Role of the Tine Factor in
UOA of the Complex Formation.. In the di.ouseton a the
lectu.rem A. A. Griaborg mentioned that due to the slow
ju -a af the equilibria %be methods discussed of
8% a
am" TP6 42
instability constant. (palladium and cobalt
Mining the
-
complexes) G- often Act be employed. A. T. Ablov pointed
out the necessity of devising direct methods of proving the
1
Lronce of Interm.diato for.. is a st.p-wt.o complex fare&-
:
1
.
3
ra%stalrokiy, mentioned that the instability
.
; slowly dissociating complexes can be -.1c.lat.d
was lbersochomical date. I. P. k4assoviah, A. W. Colub
MODS Others took part in %he discussion on the I.otures.
A. 9. Babko requested inclusion In %he next conference an the
skamietry of complex compounds . lecture in shich .-Joue
'GlOuISILO& Bsthcd& Of the instability constants should be
.4180usist by the slAmPI.- Of -at-sl -sw- This should clarify
So Which d"algOnCLOS Of the values Of the constants dif-
format methods Of evaluating the exporicant.1 dot. a- lead.
l. P. Know' stressed that in %he determination of the
Instability conolgAts all chemical equilibria should be take.
iota - O-Plm- formation pro,...
:o::"t that render complex %h
tkl
I lution, especially the Wrolysto processes of the
04 and
%h-
;4alrol L
add.adum. 1. the lecture delivered by
,

n
.
,
_Zoo 'APPILO-ALOU Of the Distri...
ad . P. Z~!uly.
Card S/16 lio
t
a Metad to be InI.Mgti.. Of the Stability Coast"%.

Coaftreade Discussion an the Method* of so V/1 5 5-5a-)- 50/30
laveettgatlog the Complex Formi.t1a. In Ulutloas
of Some Thori~ Complex Compounds- result* o~3%&Iaad from %h4
parLaeutal Lzw*.tigstion of %he distribution of tb-Ium
:
:.VQWWG In the systemst acetylace%oaa banxece - eater. ana
2-szy-1j4s-asph%hOqu1oaa* - chloroform eater sere given.
rroullt" 4ats.111, L4:%:bift1.L%Y %nor---
oemp X . ,h 'y I. a%a "d- xy-
sere calculated. 1. T. Tanaray., G. S. 3&;.h.Aka -4 1.. V.
Go"harov hold a leatwe on the ;PLL:b%t.. of the ..labX1T%Y
aCtUffri: ltb* dj.%eM1"tion of he at Lll%y Of
:013paund . aLane-
or Iowa It igatig complex opt;Uli
.1. discussed (PH US&Ow 0.1
density, as wall am of the heat =Xtnd) J. D. Baratta
hold a lecture on the -&ppli.stio. of the ;.IbilTrY -IA.Shad
is studying the Yh1haloclanin. Co.pl ... a of W.tle". Us
used the d-teratioed quantitative ch&raot*rLz%Lc6 of the
"action of %he transition of the phthalacy"idta of cobalt.
4 1... all a of the free phthalo-
minks" QOPP*r " for .tic. or
CYNA'.. I.,. to. sul a 1u I%he
Cazd 9/16 reasonlAg, "d as an experimental proof of the f
X-boada In the complexes Investigated. These charac%ert.ties
&180 ""ad hL ass foraullas at
i,:r:df ':Orol.
Of Trtv
Ihaloossaism, &0A oa,l.. 4 1 lives. 1. the 1.0twe
delivered by 1. L. K! petkin 04 -Th* Method of th TV.
$%;4&jj the .at an
a 11*1bad of lave As 7 1sad Pr:p-r a of
."a Complemes- is was proved that this method nakee it
"a s1b10to determine the number of complexes formed In the
=tem t I composition and relative stability. 1. 1.
a,
ns%;Gv~&' 1. Jabko, N. P. Komer' , 1. S. MUSIOXIA and
1. Tar',van took part to this discussion. In %he loo%-
delivered 17 A. A. GrIabarg sod S. P.11seleve on the complex
Palladium cospounds-TrITwith a coordination number &bcv:n4
few It 9" proved that in the came of a tax,ge chlorine
bronlas Ion excess complex.* ith the coardina.%lon number 5
we %:ffiod~'.The instability onat&4 %%i0: f the" *0 p1...$
"" a14 1. 2--AiLmovi ch &.a ad . ". zmp.l.tto.
In he .' .110' too in,:tt.Lgation of the couple. coa-
. :!rla
Pg.". th:1 .. b II. th:
Predomination) of one iogl:y*ompI.xitbThI thd
card 10/16 possible to determine the composition and Instability conatent
In the lectup. delivered by X. B. Yataimir,~,Ly
and V. D. gorableve. the application Of the theory cry.%. -
is I:f
ILos fL*1Zs-r.-r%b. d. ruination Of the OO&POit . &44
.tru ture of the chloride complexes of aob<, mlaol "
40 pp:r soawdi.4 to the absorption spectra of those completes
:Mm a chl ric Old
ancen to%. v/it r I th: by0f1ruo Ionotb*rs exists
&A equi librl" be*, the t trah.d in and oczah-dric tax-
of the co..It hIar:*:..p lax: I.. P. laz!~ezka proved LA
ble Imatu" -The Applicat Iaa af R&dJoacrrve Isotopes in the
InZaligatLon of the Solve... Sq wilibrium LA SOI.Zioas of
Cost as Cospounds;,the possIbI.IL 'Y Of u;.11 dot: on the
,.top. "aha.We al -Ify th air.. t. ft1,
asah"i pro " * 'I ,
Is. 1&Ud'8:'. I% Ly..Ifl "I- th.1mL
ILL& ';4r.4IO::~
PoLl.zioas. A.
.Iltia and satiaGay 0.691.A.8 IA.A:n- aqueous
Ab, as V;hl. T:la, IN. a,... and It. V. C.111b look
. Ii ...:h:.
pax,% i. II h1. tares. Th. of
08 -9 theory of the crystalline fields In, Gz;I&&AIv4
card 11/16 1hmIQr!aul%t#h:bt LA.dIrom 1114 be. rption spectra of the One-

Co"farmaos Uisoosioa am the Methods of Saw/155-58-3-30/30
Investigating the Complex Formation in SclutiOms
plas compounds was stressed. In the 1-tur. delivered by
1. A. Shok an "The InToatigtion of the Ccapl.1 Formation
by sR;_Vothod of the Dielectric ?*=-ability and the Polrs-
ties- She principle@ of the ..%bads meati-med were presented.
This SeShO& was employed for investigating %be Compounds of
%go %yps of the -affiliation- products. The loazure d.livarel
Toy 1. A. 3b-k; &Ad To. TL_.rrI.. "Employing $be method of ft.
111.1"Iric Constant for Investigating Complex Compounds of
%be Type of Crystal Sol,&%.& In Solu%ious- deal% with %4.
1"weligatiam. of the 4ollat.4 of I.Athanua and corlum chloride#
With katOA009 as Wall 6. with the study of the compounds
formed In heterogeneous syot*2* with tributyl phosphate and
altrim, "LA. V. 7. Tar 0 01,aall in her lecture "Th. Folaro-
grap&Ld Method of f4-ToOtAlating the Coop,$. I . . . . .. 1.
Solutions- a survey of the applications of the polarolgraphla
s4tkod in %he study Of the Complex compounds, and illustrated
several ft.=& characteristic features of %hie awthod. In the

lecture delivered by 1. ~kova -The Cryofooplc Method
X. J~ia
of Investigating the Complex Yormatica R.actioos- a survey of
."Awd WIG the possibilities of the aryoacopic method was giveAt and I%&
&ppUa&bIII.%y in She Study of several complex tompounds of
stanato eaLarlds with organic substances was proved. A. M.
Golab described the results of his investigations of thio-
4waaaso samplaxes of #*.oral metal.. A livid discussion %oak
glass " th. Leciturea held. To. A,. F1mlkav and TO. To.
Flalkov, "asiAered the aryoocopic method of Investigating
somplex osapomado So be of considerable value. 9. B.
Tatmisizek4 pointed out %hat the publication of %he sur,ey*
on im"w"Wa methods of Investigating *be complex formation
"eallasim oculd be desireds %his concerns especially the
polorWaybia method. The ar7ozoopic method should be brought
SO & l0o0i %bat makes the calculation Of the oll,ailibrius
emsetam,to of tho procemsee to be inasSlgatod possible. Th.
problem Of the &~ShOd Of evaluating the experimental ramulto
booams* more and more important. Racy scientists use %he
Lastabil.111 Goastamts without taking into account the way
is uklah they had boom obtained. The caloul.tics, a-thods
employed by A. V. Golub or* one stop back, to compared to
She** emplarea at present. In his lecture I ?.Xc8Lr ,
~'__Card 12114 __peiat" cut the extremely great Importance a; Cho -4-abometIG&I
woo"moSio's Of ths results cb%-IA*4, me sell as of the platting
at GUr'l0s. A. 9. Asbko &u4r&oot.d ~.lootimg on. or two system.
"at arm vOll LAI-stleatod, end to .,.Just.
ths "Oults Dbidi"d according to different methods so that
IS Is possibLe to chwaic and evaluate the&. T&. 1. Tur'Y"
took Par% In She di&cuGsi;A
A. pit kov discussed In
Y;.
;b.
l
ILL@ 24-Surs "Th. Zffeat a a .o.% on the Complex For..tioA
"6e'608 &MV-11 84 04 the State of Squilibrium in the !jqlutjOav
of CGmPIa- Compounds' %b4 infLu .... ... rt.d by %he
We& She Me'lacular state- upon the Salvation of the system
ame"wents' Open the ftsbillx&tiQA Of the O"Plos*s formed
I
a So* system, upon %be D%op-wiso dissociation of the complexes
sed ofe'a & somber of Other Processed. The influena.
by the dlolwo%rio constant upon the complex formation process
wma It *44 concluded that a direct relation do.#
ent OUL09- and that ths, chemical mature of the solvent must
be token into account. A.. V. &blue and L. V.
!Atarova hold
`
.
G lasso" Go, 'T" 3p4atro..c;
icFI ... tiestion of sick.1 cobalt

Card t4/16 '"ridinates, In Various 3ol,.atg.. Th. instability coastmatg
f %h
o
e gave dat4rXiAed IM It 11, Ir ... I %h&% %be

Ceat:ronoe Discussion an the Nothods of 3OV/153-58-5-30,'50
laws u4sting the complex ?Creation in 501.11has
@$ability of %be 1pyridinates' is changed in dependeva. on
J. 1. his "Th. Influence
"he 1, Ya;..ILT;-'
so v .8position and Stobili%y of C..Pl..
I
at
lease disousood the polarographic investigation method of
the shloride and thlooyamas* comploses of lead in qu.og.
I solution:Ldiffe f 1hs.a:a:&qu:o..
=1woo Malt.00.Z, Ag b. A % p .1.9
at end .1 tfiat
-actor of the acepl.. forsoation ..& found I he
testability constants of the coapl..*.. Th. 1:fle!l.:'of'
h lootric constant of the solution on the stability of
h: ... ... proved. In the lecture by
:
V.
IURO =19N. . d lq.ULCIZIOPIT. a.-
& Selvense. She 0 .,1* 1 t I
allaik:fethe qualitative re,cording of the dolv&tiou QffeQ%4
so % osplas formation. Th. applio.bility a -a-
graphle ;e1bod 1. the Asterstin&tt an at the , .
st III% of 0 1. ,.ad solvents was proved
=Wx ... .... has Iheroodynamios of the
Card 15/16 .IU.IO tied. T N.Tlm V. 1. 9 a
ead 1. 1. TansDayev, stressed in %heir 1::1ur..aft
r hte n:.* sill.
a so :.4Gm!Issej"d 4 neral invo.tic ton he Mit
:rooosee A 1. &bko = A. V. Golub poinsod out %be
gre:40implartanoo of %he investigations of %he coaplo:,forna.
:Olu%iono, and made a
let %al.lbria 011;:q. us al
..!A.A
:Ti teal own I:atur by To. I 'Tur yen. The
I
1:=11:01:9 801014%1 $%:,took part to this di .. sm:*.s L. P.
'I h, 0. . Kb syszovskiT, A. P. Vo.kvin and 1. 0.
ftstAkhOw. Ls the final meeting of the oonf.rence A. A.
artabors, CorrompondiAg Hember, AS USSR. h
.0 Th a Gonfor.ads was very UZ6641.
a I;a,, of O'op'tI a Of the
h:l::d
&80. l I-'h:'.~udy of the
ri is. couple. form.-
ties 21 'of Loa 1 %1 how h sot at
"e"'I'VIVO -PTA64 %his conference.
Card 16/16

AUTHORSs Aksellrud, N. V., Spivakovskiy, V. B. 8 3 3,
TITLE: Investigations of Basic Salts and Hydr~7,xi'A_aa of Yetals
(Izucheniye oanovzWkh soley i gidrookisey metallov). II. Basic
Chloride and Hydroxide of Zinc (II. Osnovnyye khloridy i
gidrookieltainka).
PERIODICAL% Zhurnal Neorganicheskoy Khimii, 1958, Vol- 3, Nr 2,
pp. 269-277 (USSR).
ABSTRACT: The composition and activity of the precipitat were investi-
gated with the aid of a variation of the potentiometric method.
A small quantity of NaOH is added to an excess of ZnC12-
-solution as well in the absence as in the presence of various
NaCl-concentrations. The ionic activity of zinc is potentio-
metrically determined by a zinc electrode and the activity of
chlorine by an AgCl-electrode. The pH-value is determined with
a glass-electrode with an accuracy of 0,01 pH. The following
basic salts were isolated: Zn(OH .I -nd Zn2(OH )3C' . The mean
value of the activity product wakpo~qthe basic zinc salt
Zn(OH)l 5C10,5 = 4.10-4 and for Zn 2(0H) 3C1 - 1,6.10- 27. it
Card 1/2 was found that the pH-value decreases with an increase in the

Investigations of Basic Salts and Hydroxides of I'detals. 78-2-3/43
II. Basic Chloride and Hydroxide of Zinc.
ionic activity of zinc and chlorine. The increase in the con-
centrations of ohlorine-ions has an abnormal influence upon
the pH-value of the system. At first, on a slight increase in
the concentration of chlorine ions, the pH-value of the sol-
ution decreases, on a further increase in the concentration
of chlorine ions the pH-value agaAn increases. The precipi-
tates of the basic zinc salts age and after 78 hours the
basic salt is converted to hydroxide with a product of solub-
ility L - 0,14-10-7. There are 8 figures, 3 tables, and 15
references, 4 of which are Slavic.
IATION: Institute for General and Anorganic Chemistry AS Ukrainian SSR
(Institut obshchey i neorganicheskoy khimii AN USSR).
SUBMITTEDt March 26, 1957
AVAILABLE: Library of Congress
Card 2/2

I
AJTH~)~:1~3: Aksellrud~ N, V,,,.~~~.*iko~vskiy, V. B. SOV/78-3-8-61/48
Investigation of the Bas.1c Salts and of the Metallic
llzuch3niye osnovn,,fkh soley i gidrookisay metallov)
Ill. Basic u3ndmiumchlorldes (III. Osnovnyye khloridy kadmiya)
E~IIO_.iCAL: ~,hurnal n,~orgin~che3koy khimii,
1958, Vol, 3, Nr 8,
pp: 1749--754 (USSR)
the iotermination of the composition and of the product
of activiti&s of the basic chlorides as well as for the in-
vessigation 3f the change_ of the3e chlorides by the aging
process the potentiometric method was applied. The system
e'42+ .
was examined'.. The following compounds have
!H
been foun3: )6'15'Gil Cd (OH) C1 and CdOHC1.At low
I ~Y) 4 3 5
pH values ani active cadmL--im NOACI precipitates first. If
the pli value is incr--ased and the activity of the cadmium de-
creased Cd(C-t!)., _'-C1, precipitates. The formation of pre-
ciDitates in concentrated cadmium solutions under aidition of
Card 1/2 a ;mall exces.-; was studiod. Die agling process of the

1-av--st-Ligation of the Baoic Salts ani of the SOV/78-3-13-6/49
:,let,tilic Hydroxides. III. Basic Cadmiumchlorides
precipitates was investigated after 150 hours and the change
of the composition of the precipitates was traced. Also the
proiuct of activities an! the isothermal pctentials with the
formation of basic calmi-amchloridE were calculated. The prod-
uct of activities of Cd(OH) -1 ln-9
0975 1 25 is
AZ 12,14 kcal '/.moi, of CdOKC1 2:0.1C '70 14,59
kcal/mol. The comD3sition of thE sediment precipitated from
calmium solutions by means of alkali at a constant chlorine
concentrati3n.was investigated,
There are 7 figures, 3 tables, and '21 references, 5 of which
are 'Soviet.
Institut obshchey i neorganicheskoy khi-nii Akademii nauk SSSR
(institute of General and Inorganic Chemistry, AS USSR)
BM IT T ~,D July 8, 19157
Card

MITfJORS: Spivakovskiy, V. B., Aksellrud, N.V. 32-3-48/52
TITLE: An Attachment to a Potentiometer for Exact pH Measuring, With
a Glass Electrode (Pristavka k potentsiometru dlya tochnogo
izmereniya p11 oteklyannym elektrodom)
FERIODICAL: Zavodskaya Laboratoriya, 1958, Vol. 24, Nr 3, Pp. 374-374
ABSTRACT: The attachment recommended permits a considerable increase of
measuring accuracy and is able, in conjunction with the potentio-
meter of the_typennTl -1 and a galvanometer with a sensiti-
vity of 1.10 9 a/mm,,to carry out exact measurements of up to
0,01 p_q with a glass electrode (thickness of glass wall
0,1-0,5 mn,). It may be seen from a schematical drawing that a
change-over switch in connection with a controllable re-
sistance by a change-over and regulating process uses a con-
nected potentiometer as a compensator of the measured potential
differences by "calibration" of the galvanometer. The
arrangement of this intensifier attachment, which is connected
Card 1/2 to a 6)0~( tube, is shown in form of a schezatical drawino-~
0

32-3-48152
An Attachment to a '~:Iotentiometer for Exact DH Measurin-- With a Glass
Electrode.
Three pocket torch batteries connected in series serve as a
source of anode voltage. Glow voltage is obtained from an
accumulator or from dry batter-Les. There ar- I '-2---ures.
A330CIATION: Institute of General and 1n.organic Chemi-stry,,AS Ukrainian
SSR (Institut obshchey i neorganicheskoy khimii Lkademii
nauk USSR)
AVAILA-BLE: Library of Congress
Ac 'Measurement 2. Glass el-c.'rode-Applicatioii
Card 2/2

5(4)
UTHC". S'
SOV "2- lo-
1'. Y., S,;ivakov,-.~-iV B

TI III, E A!' of tho Ionic Act% ivitios~ in tale Solutions
of of ("I"I W-;Lh (Otsorlka
~tkti.vnoc;tey ionciv v omooi lkhl,ori-
s 'L yT- matriyom)

PERIODTCAL ,T
7-hurnal fizicheskoy 1-himii, 19'~18, Vol 52, ',r lo,
pp 2333 - 2338 (USSR)
ABSTRACT: Llyuis (Ref 1) fourd thiat in a diluted solution of
strong electrolytes of the same type of valence the
activity coefficient of every electrolyte
depends only on the !-e-e-ral cor cent rat i on. This
xiolds, however, only with infinitely diluted solutions.
Under real conditions t*-ere a--f-e h---,--'-ier concentrations.
in t-e present c-nse an esti-ation of the catlon activity
and the mean activity coefficient of ch-1-oride sol-utions
without NaCl was attempted. The syste~-;S -NaCII
2,- .
Cd C 1-fl'aCl 1--nd InCl--Ii',-,Cl were svnt7-les4zed and z~
is Ir
2
Card 1 3 cation activity was directly meam-1---ed by amalGam

n Es t ion of "', e !o- I c ~_ct- ivi 'L i es i - te 5,:-.-1 -Itsso7i/-, 6-32-1, c-i 6
of ldixtui-E~s of Chlorides With Sodium Chlo:L',de
droppiy)~; electrodes ( those of the chlorine ions with a
silver chloride electrole). The measua:e7-.ents we-re
carried out in the t':-.ermostat ant 2L+ 0,10 . The diagrarms
obtain,ed show t,-.at '1h3 T,-.ean incli~a tion of the strai frht
line of the function, lo,, y+ (y+ = activity coefficient
of the electrolytes) vel-SUS leg cIfor the metals in-
Mf
vesti~~ated is k= 0,05+0,01. A dia-0-ram y+ =f(ic ccl-)
for various chlorides and their mixtures with NaC1
was plotted for determining the value k. If the mean
activity coefficients of a number of Win concentrations
are known the activity coefficients of the ?metal ion
in the solution mixture 1MCl and NaCl can be calculated.
n
In this way the near. activity coefficients of the
chlorides of zinc, cadmium, Un ar
.d of hydrochloric
acid in the mixture witr: NaCl were c'niculated. Ir the
m*xture HCl+NaCl a correctior of the Debye (Debay' 1-mit
Card 2/3 (1~ c -0,7) was carried out . Pro= a diai~ra_-., -it =_y
e, Cl

-L I t*,jo S:.)lUtiQ,-,S v/7 ---2-lo-16'39
I So 6
Ji --...t4 oi,. of t:-c, ionic Act 4 V4 S i,-
So:l-'u:a Ch-lor-de
:~e Seen t', -.~al val-es ----ree. -well -,it'd
4o
t'~.D--e c-liculate.-I. There are fiji;urcs, 3 and 2
re,erences, 2 of are Sov-et.
.t obs', chey i neor,-a-:ich;,-,!*.*uy im, i Al,
ASSOC I,,, 0t4 t I, T USSIl
(I-,,st--4t,,,,'e of Genere.1 and AS UkrSSR)
SU, 13 11 TD Ilay 10, 1~-`,
,j
3113

.5(2) SOV/78-4-1-12/48
Aksellrud, N. V., Spivakovskiy, V. B.
TITLE., IV. Investigation of the Basic Chloride and Hydroxide of
Cerium (IV. Izucheniye osnovnogo khlorida i gidrookisi tseriya)
PERIODICAL: Zhurnal neorganicheskoy khimii, 10,59, Vol 4, Nr 1, PP 506-061
(USSR)
ABSTRACT: The basic salts and hydroxides of cerium were investigated by
the potentiometric method, On the precipitation of cerium hy-
droxide from solutions containing chlor-ne ions (- 3 mol'i) a
compound of the following composition is formed:
Ce(OH) 2.33 Cl 0.67' On a concentration of chlorine in a solution
- ~ +0.17
of 0.03 mol/l only hydroxide is formed. At lg a
Cl
0.0,and -0.2 the basic salt of the composition
- ~ -0.7 cerium h~,Pdroxide
Cl
1' formed. At 1g a
Ce(OH)
Cl
0.67
2.33
formed. The dependence of pH on lg a 3-F and 1g a in the
Ce C1
heterogeneous system was investigated and is shown in figures 3
and 4. The composition of the precipitate wa s f olina
Card 1/2 incl-Ination of the straight line. The results concerning the

SOV/76-4-1-12/48
!V. Investigation of Basic Chloride and Hlydroxide of Cerium
composition of the precipitate obtained by the potentiometric
method were ccmuared to the results obtained by the solubility
method. The results were in good accordance with each other.
The activity prud~uct and the isobaric-isothermal potential of
the formation of basic cerium zhioride and cerium hydroxide
were deternined. There are 4 fi6ures, 3 tables, and 18 -.ef-
erences, 7 of which are Soviet.
ASSOCIATION: institut obshchey i neorgan-icheskoy khimii Akadem-4i nauk- USSR
(Institute of General and Inorganic Chemistry of 'the Academy
of SciehCC-z~)UkrSSR)
SUBMITTED: October 2, 195'17
Card 2/2

5W
AUTHORS: Spivakovskiy, V- B., Yermolenko, V. I. 90V/78-4-3-12/"34
TITLE: The Use of Electrodes of the Third Type for Investigatin.-
Complex Compounds (Primeneniye elektrodov trettyego roda
dlya izucheniya kompleksnykh soyedineniy)
PERIODICAL: Zhurnal neorganicheskoy khimii, 1959, Vol 4, Nr 3,
PP 559 - 563 (USSR)
ABSTRACT: The complexing process has been investigated by the
potentiometric method, using electrodes of the third type.
For this purpose metal electrodes Me/Me(OH)n,H 20'H+ were
subordinated to the electrodes of the third type. The
electrode H2/H20,Me(OH)n,Me", which is negative relative to
the metal oxide electrode, was used for investigating the
0
complex formation. This type of electrode is applicable only
in pH-ranges in which the metal forms insoluble hydroxydes.
In investigating the complex compound in the solution the
Card 1/2 activity of the complex and of the addenda of the ion to be

The Use of r1*lectrodes of the Third Type for SOV/78-4-3-12/34
Investigating Complex Compounds
investigated must be taken into account. In investigating
the complex formation with the electrode of the third type
the initial concentration of the complexing agent is known
and the concentration of the metal in the solution can be
determined by analysis. The activity of the metal ions is
determined potentiometrically. The activity of the zinc,
lanthanum and yttrium ions was measured with the aid of the
electrodes H 2/H2O,Zn(OH )2 Zn 2+ ; H2/H20,La(OH),ILa3+ and
H2/H 2 O'Y(OH) 39 Y3+. The results are shown in tables 1, 2,and 3.
There are 3 tables and 6 references, 2 of which are Soviet.
ASSOCIATION: Institut obshchey i neorganicheskoy khimii Akademii nauk
USSR (Institute of General and Inorganic Chemistry of the
Academy of Sciences, UkrSSR)
SUBMITTED: December 24, 1957
Card 2/2

5(2) SOV/78-41-5--/46
AUTHORS: Aksellrud, IT. V., Spivakovski.-T, V. B.
TITLE: The Basic Chlorides and Hydroxides s-if Indium (Osnovnyye
khloridy i gidrookis' indiya)
PERIODICAL: Zhurnal neorgzinicheskoy khimii, `959-, Vol 11r 5, pp 989-996
(USSR)
ABSTRACT: The heterogeneous equilibrium in the system In _0H -C1 -H 20
whi2h has not yet been dealt with in publications (see ref-
er9r.nes 1-7), was in-,,estigated within a wider concentration
in-~erva'. of the indium and chlorine-.ions, and the basic chloride
and hydTcxida formed wag determined by means of the potentio-
metric methoo. at 25.�0.l . The activily of the indium ions was
determined by means of the amalgamated indium drop-electrode,
and that of the chlorine ions by means of the silver chloride
electrode. Potentiometric determinations were carried out on
the glass electrode. The results obtained by the equilibrium
conditions in the heterogeneous system In3+..OH_-Cl~H 20 are
given by table 1~ according to which the diagrams (Figs 1, 2)
Card 1/3 are drawn. By the addition of 11aOH intc a solution of indium

SOV/7-9-4-5-9/46
The Basic Chlorides and Hydroxides of Indium
chloride In(011),.5C1 1.5 is first formed. The changes with
respect to precipitation and composition, and the activity
product were investigated after 78 days (Table 2, Figs 3, 41
5, 6). After this time the precipitation has the composition
In(OH)j. 5C1 1-5~ In(OH), .75 Cil.25 and In(OH) 3' The first com-
pound was observed in the case of log a c1- of from +0.20
to -0-30 . The compound is formed by the addition of alkali
lye after 5 minutes, and its composition undergoes no change
after 78 days. The compound In(OH), -75 C1 1.25 forms at
log aci., from -0-70 to -1-00- With a reduction of the activity
L
of the indium-- and chlorine ions indium. h7droxide is formed.
The activity product of In (011)1-5c'1-9 is dependent on the
chlorine ions in the solution * With a reduction of chlorine-
ion activity the activity product of the basic cliloride decrea-
ses. At log, acl- - +0.20 -4h9 activity product In (OH)1-5C11-5
-21, -21
2.0.10 at log a Cf- 1.00 = 1.8.10 The dependence
Card 2/3 of the 1g L In(OH)1 1 on leg aC"I", for freshly precipitated
1-5C 1.5

The Basic Chlorides and Hydroxides o-f Ifidium SOV/75 4--,z-9/14 06
precipitates as represented by figure 7 shows a straight line..
The activity product and the isobe-riz.-isothermal potentials
of the formation of the basic chloride and indi-um hydroxide
was determined (Table 3). Tha average value for l-,- L
in (011) 1 - 5C11 .5
2s 4. ,,he activity product 3f indium
after 78 hours L 2.110
hydro-kide am;jurts 1-2-110-571 78 1-,ouro after precipitation.
This value is lower bY 4/fa than. the values mentioned in publi-
cations. lloelller (Ref 6) gives a value If about jo"'33 for the
solubility prod-act -of In/011*1 There ara 7 figures, 3 tables,
and 15 references~ 8 of which ~&re Sovjel..
ASSOCIATION: Institut obshchey i ne,~:-ganicheskoy kh--*mii Akademii nauk USSR
(insti-tute of General and in-~-rganic Chemistry of the Academy
of Scienc;es, UkrSSR)
SUBMITTED: January 30, 1958
Card 3/3

5(2) SOV/78-4-7-8/44
AUTHORS: Fialkov, Ya. A. (Deceased), Spivakovskiy, V. Bo
TITLE: The Influence of Ions Which Are in the External Coordination
Sphere Upon the Complex Formation Between Cadmium and Chlorine
Ions in an Aqueous Solution (Vliyaniye ionov, nakhodyashchikhVa
vo vneshney koordinatsionnoy sfere, na kompleksoobrazovaniya.
mezhdu ionami kadmiya i khlora v vodnom rastvore)
PERIODICAL: Zhurnal neorganicheskoy khimii, 195.0, Vol 4, Nr 7,
PP 1501-1506 (USSR)
ABSTRACT: The influence mentioned in the title was investigated in the
presence of LiCl, NaCl, M. RbCl and NH 4Cl. The activity of
chlorine ions was measured by means of a calomel electrode,
that of the cadmium ions was measured potentiometrically. The
results obtained are given by table 1. The concentration of
the cadmium ions in the case of all experiments amounted to
3 1 .
6.15-10- mol/l. The values of given in the table were
Y 1 0.0615 - aCd2+
Card 1/3 calculated according to the formula- Y aCd 2+

SOV/78-4-7-8/44
The Influence of Ions Which Are in the External Coordination Sphere Upon the
Complex Formation Between Cadmium and Chlorine Ions in an Aqueous Solution
(a Cd 2+ = activity of Cd-ions, 0.0615 = concentration of
Cd-ions). Figure 1 shows the dependence of logy on log a C',
The influence of the ions of the outer range upon the stability
of the dissolved complexes corresponds to the well-known
results obtained for cr L
ysta'line complex compounds. In both
cases stabillty decreases in the order Rb - M. Table 2 gives
the calculated instability constants for the chloride complex
of cadmium. Tn the presence of 'ithium ions 'he maximum co-
ordination number of -the investigated complex was 3, in the
presence of Na, NH4 and K it was 4~ and in the presence cf Rb
it was 6. The fact. that the instability constant depends on
the chemical nature of the ion of the outer range leads to the
assumption that it also depends on its concentration. In some
cases, a comparison of the strength of 'he bond according to
the value of the instability constant is therefore uncertain.
At hiEh concentrations it is better tc compare the degree of
binding of cadmium in the complex immediately according to 'he
Card 2/3 value of Table 3 and figure 2 show the dependence of 1..,, 1

SOV/78-4-7-8/44
The Influence of Ions 'Uhich Are in the External Coordination Sphere Upon the
Complex Formation Between Cadmium and Chlorine Ions in an Aqueous Solution
on the radius of the ion ef the outer range. The complex-
forming influence of the NH 4-ion is between that of Na and that
of K, and not between K and Rb, as irould correspond to its
radius. Here the difference between the chemical nature of this
ion and that of the alkali metals manifests itself. There are
2 figures. 3 tables, and 6 references, 5 of which are Soviet.
ASSOCIATION: Institut obshchey i neorganicheskoy khimii Akademii nauk USSR
(Institute of General and Inorganic Chemistry of the Academy
of Sciences, UkrSSR)
SUBMITTED: January 20, 1959
Card V-3

AKSF,LIRUD, N.V.; SPIVAKOVSKIY, )P V.B.
Solubility product and solubility. Ukr.khim.zhur. 25 no.1:14-17
159. (MMA 12:4)
1. Institut obshchey i neorganicheskoy khimii AN USSR.
(Solubility)

1
V. S., C-111CI Chom jcJ -- (diss) "A 'tudy of everal Feterogenous ystems
~j 0
of the Type 11114- -- Of -- C1 -- 1120. '1 Kishinev, 1960) 19 pp, (Ministry of Higher and
3econdary 3pecialist Zducation U33R; Ministry of Education Moldavian 36H; Kishinev
3tate Univ) 125 copies, no price listed, list of the author's -.-;orks at end of -text
(15 entries) (F.L, 21-60, 119)

682 2
L-2 0
S/07, 6/60/005/02/01, 5/045;
AUTHORS; A k s e 11 -.a d , N. VS-o i v a- ku- v elk i Z, V . 3 ~ B 0 0 4 / B 0 1 6
TITLE- The Ba si c Chloride 3 and the Yl-drox:i do s of' Y t " r-iiair~ all d Lar-thanliz
PERIODICAL: Zhurnal n~~-or --ari.che okoy kh imi i Vol Nr "L pp ~127-3~9
(USSR)
ABSTRACT: The authors. investigated by means of the potlentiormetric method
the activity coefficients of the cation, a-ruon and hydroxyl-
group in the systems La3+ - oH- - Cl- H2 0 and
3+ two -.i -;o 'tb
Y OH C1 H20, Each t:Lme .eriez s.-,Iu~~ na w-,
different ccncentrations of the metal ion were prepared. In
one of the series, pH and the actr-ity coeif-izients of irons
, -o de~-err '0 1 1 r ) -Z , y s P. ft e r p 7t, e p. a r aI --,n, ,
aei - a;iied 4 (30) and 1,66 (1, ./ - -
in the the 5 mix' and 65 00.0) aftter
(Tho ri,-~ures in parentboses concern the sy:~zems with
The tableo give tlv, equilUbrin of tlio -ystemo (Tnbleo
the u--tivit-y coefficients (Tables 2,4,7,9), the activity
Drcducts ini --soba~rio. pcteutials --;'L -th-? basic zhlorfdes and -if
the hydroxi-des (T.-bles 5,110), Gra--,hni:
Card 1/2 show the equilibri-am corceni

8 2 2 7
The Basic Chlorides and the HydrOxides of S/07c//60/005/'02/01 5/045
Yttrium and Lanthanum B004/'BO16
the log of the coef-ficient of the caticn in fresh
soj-ution and after se-veral -lays. The fo",:-.-war!-z precipi+-ates
were. found t-- be formed; La(O'T) C! (from fresh,-- for-iaed
(after 61-d), L--(OF) (after 166 d).
ti Dn) , La(011) Cl(). j
5 3
Y(OH) Cl, F rcm f r ~~ sh 1 y f o rm eI,,-, 1c, i on Y 11,OH) 'C1
1-75
(after 30 d) Y(OH) C~ f t e r 100 d)Y OH) ~af te: .4,
2.5 0.5 1
Table 11 compares the solubil4ty rrodu.-Ts found by the =--L,-h:'r-s
L
for La(OH)3 and Y(OH), with ~he values i-,btain~-zd by ~-thc-:7 T-7
j
sear,--h work-eysi ammone th-em I. M. K-~;-renmar-, I. I. and
A. I. Odnnoevtoev. There ~,re '11
16 references, f, of which are Soviet.
ASSOCIATION: Institut obohchey --' -neorgmnicheskoy kiiii,-2-i Akademii nauk USSR
(institute of General and Inorganic Chemistr- ' the AcadeaZ
of Sciences of the aLkrSW
SUBMITTED: December 261 10:::7
Card 2/2

/Ci7qS/UO/C;Cj~:jO4/U~C;/
I 1 0
AUT-ITORS. Ark.
sellrud
B004/EO,161
Spival-ovskiv
V. B.
14. V.
,
,
, -
-
.
TITLE: The Basic Chloride apd the H,,,dloxide cf S-a--iar2A1;'-'
PERIODICAL: Zhurnal neorCan-icheskoy khimii, 1~116-0, Vc,11 Ur -1,
(USSR)

ABSTRACT:
The authors investicated the zyst~a--; S;-.- 01 C1. E_U,
U H
Series of solutions with constant Sm
inG Cl concent.ration were Th,:,
~a,o--c qZlts and hydroxides,
addition of NaOlr. After
a PPTV-1 potentior-~-,tar r-id
activit~7 coefficient of C-1-
-1 tricn'ly. Th-
ir;ic determined colo ~;.me r 1
peated after 33 and '5 days-
proSented in t~blas, an,.2
.olu'licns, a prQci, ita-e c-f IS rcr...ed
urcans-, Or-Ted into Sm(OH)3 af te-- ~7,-,p -Ti-;n~h. T~r --fivi--y2
CL~rd 12 and the isobar4c ~~oter-'Jalc or -=at-,or

The Basle Chloride and the Eydra.-ide cl;~ 0. -"0 C, 0 c
Samarium
B 0 0
(Table 3). The activity-! jtrou"-,IL~ of tl'-P~
on 'the activity of CI-4 After
perd t-, rice bOCOUev le~.-:
manayev. There are 10 fiL-ur.-~-,
ASSOCIATION: Institut obshchey i tic ---I- c-Af Al-aOke~-L-i Z~!~1-17 ~MISR
(Institute of GenLr,-.-l -aja"
of Sciences, UkrSSR
SUB".'ITTED: October 6, 195D
caa:-d 212

q 68228
5/07S/60/00r_/02/0 17
t//045
AUTHORS: Akusel I rud, N. V., Spivakovskiy, V.B. BO04/BO1 6
.: . I
TITLE: The Basic Chlorid-es and the Hydroxide of Dysprosi-zzm
PERIODICAL: Zhurns~l neor,,aniches1foy khirlii, '1960, Vol 5, fir 12, PF 348-355
(USSR)
AB STRA.CT: The authors determined the comDosition and the activity
products of the basic salts and hydroxides of various ra re
earths by means of the niethod of measuring three vari~"_'Ir-s:
determination of the activity of the iietal ion, thc aotivity cf
the anion, and the pH of the solution. Since a direct L:easuri'.n~-
of the activity of Dy is difficult, it was determii-,ed from '~he
equation (1), which defines a relation betweer the acti7rit-i
coefficient of DyCl 3 in a solution containinc NaCl and tile
activity coefficient of DyCl 3 in pure solution. For this p-,,rjcqe,
the dependence of the activity coefficient of DYCI_ sr. the co-,
centration had to be known. The authors therefore
the dependence of the activity coefficients of the rare earths
on their ionic radii. Tile activity ccefficients of chlo.-rides
Card 112 of those metals, for which at this time no data are available,

68228
The Basic Chlorides and the Hydroxide of S/076/60/005/02/0-!7/10-15
Dysprosium B004/BO16
can be determined by means of the results presented in
figure 1. The activity coefficient of DyCl3 lq~ts set ecual f:o
the known activity coefficient of YCI- becai,;se of 'he sari~~-
ionic radii. The system Dy3+ - oil- cj-
- H20 was inve sti -
gated. The measurements were made 5 min and 50 days ;:ifter 'the
preparation of the solutions. The reSlLlts are Civen ~-n
tables f~3 and figures 1-9. The precipitate in the freshly
prepared solution contains the followine. basic chlorides:
Dy(OH) 1.75 C1 1.25' Dy( OH)2C1 , and Dy( OH)2.5C'O~5 . After loL:
standing, Dy(OH)3 is formed. There are 3 fiGures, 9 tables, and
6 references, 5 of which are Scviet.
ASSOCIATION: Institut obstichey i neorganicheskoy khimii Akadem-Li nau-1: USSR
(Institute of General and Inorganic Chemist Y of the Academy
of Sciences. UkrSS7R
SUBI-TITTED: October 26, 1958
Card 2/2

1,
69046
157.2300
AUTHORS. Aksellrud, N. V., Spivakovskiy, V. B. S/078/60/005/03/008/048

T B004/BOO2
'~'
vi
f E
l
id
t
ITLE: Basic Ch
or
es o
rbium
erbium
and Yt
PERIODICAL: Zhurnal neorganicheskoy khimii, 1960, Vol 5, Nr 3# PP 547 - 557
(USSR)
ABSTRACT: The authors investigated composition and activity product of
difficultly soluble compounds precipitating during the reaction of
Er and Yb chlorides with caustic soda in the presence of sodium
chloride, according to the three-variab &e method. The investigation
was carried out in the thermostat at 25 . The activity of chlorine
ions was measured by means of silver chloride or calomel electrodes.
The pH was determined by means of a glass electrode and potentio-
meter of the type PPTV-1. Since no data have been published on the
activity coefficients of ErCl 3 and YbCl3 in concentrated and aqueous
solutions, the authors applied their own results described in re-
ference 5, namely, that the activity coefficients of the chlorides
of rare earths may be class if ied according to their ion liadii in a con-
tinuous curve. The values of the activity coefficients thus obtained,
are given by table 1 and figure 1. For determining the surface
Card 1/3 corresponding to the conditions of the heterogeneous equilibrium of

69046
Basic Chlorides of Erbium and Ytterbium S/078/60/005/03/008/048
B000002
the system in the coordinates log a 3+ , pH, log a M_ 9 several
series of solutions in equilibrium with the precipitation, were
investigated. The concentration of Er and Yb was kept constant and
that of Cl was varied by an addition of NaCl. After a slight preci-
pitation of NaOh, pH and log a - were determined and this deter-
Cl
mination was repeated after 50 days. The results of the system
Er 3+ -OH_ - Cl- - H20 are given by table 2. After 50 days a change
was only observed as to pH. On the basis of these data, the iso-
concentrates were represented by an orthogonal projection shown in
figure 2, from them the dependence of log aEr 3+ on pH was determined,
and from the gradient of the straight lines (Fig 3), the composition
of the precipitation was found to be Er (OE)2C" Figures 4,5 show
that the data are the same after 50 days, and that in the meantime
the basic chloride Er(OH)2.5 C1 0-5 developed. Figures 6,7 show the
Card 2/3 dependence of log aEr3+ on the pH in fresh solutions and after

69046
Basic Chlorides of Erbium and Ytterbium S/078/60/005/03/008/048
B004 B002
50 days. Table 4 gives the activity products of both basic salts.
The data of the system Yb3+ - OH- - C1 - - H 0 are shown in the same
way by tables 5 - 7, figures 8 - 13. Also ii this case the salt
Yb (OH)2-5C10-5 developed after 50 days. The activity products are
also given as to Er (OH)2-5C'0-5 ' 1.3. 10-22 and Yb(OH)2-5C',-5 -
- 7.9.10-23. There are 13 figures, 7 tables, and 6 references, 5 of
which are Soviet.
ASSOCIATION: Institut obahchey i neorganicheskoy khimii Akademii nauk USSR
(Institute of General and Inorganic Chemistry,of the Academy of
Sciences, UkrSSR)
SUBMITTED: February 10, 1959
Card 3/3

-SPlVAKOVSKIY., V.B.; ZIMIRA, V.A.; GAVRILYUK, L.S.
Determination of uranium traces in rocks and natural waters. Zav.
lab. 27 no. 4:390-391 161. (MIRA 14:4)
1. Kiyevskiy gosudarstvennyy universitet imeni, T.G. Shevchenko.
(Uranium-Analysis) (Rocks-Analysis)
(Mineral waters)

ZAKHVATKIN, M.O.; SAPIR, A.D.; SPIVAKOVSKIY, V.b.; ZIRINA, V.A.; PIARGOLIS,
L.D.
Exchange of experience. Zav.lab. 28 no.3:290 162. (MIRA 15:4)
1. Che.1-yabinskiy metallurgicheskiy zavod (for Zakhvatkin, Sapir).
2. Kiyevskiy gosudarstvennfy universitet (for Spivakovskiy, Zimina).
3. Dneprovskiy alyuminiyevy-y zavod imeni S.M.Kirova (for Margolis).
(Metallurgical analysis)

,5PIVAKO-VSK-TY, V.B.
Amount of the sam-ple in gravimetric and volLu,-,etric analysis.
Sbor.nauch.rab.Kiev.un. no.1:117-121 t63.
(mIRA is: ii)

SPIVAKOVSKIY, V.B.; LEVINA, R.L.
Rapid complexonometric determination of calcium and raingnesium in
silicates. Ukr. khim.zhur. 29. no.9:978-981 163. (KRA 17:4)
1. Kiyevskiy gosudarstvennyv universitet im. T.G.Shevchen),o.

SFIVAKOVSKIY, V.B.; MOY~';A, L.P.
nasic cadmium bromides and cadmium hydrcxide. Zhur. neorg. khim.
9 no.10:2287-2294 0 164. (MERA 17: 12)
1. Kiyevskiy gosudarstvennyy universitet im. T.G. Shevehenko.

Sr- 11TAKO"NK1 I V . B. 1-~~ iCVV~,3XAY'~,;
T T T
1. Kiyev-='Idy gosudarstventiyy -un'l v e-r

-'IFlYN, I. and 7-Pr-CT
~ U. i I W , E . -I .
"Research on Titanium Phosphate," Agitator's Notebook No. 3., 1951, and Journal
of Analytical Chemistry, Vol. 6, No. 1

SPIZEK, J.; MALEK, I.; DOLEZILOVA, Libuse; VONDRAGEK, M.; VANEK, Z.
Metabolites of Streptomyces noursei. Part IV and V. Folia
microbiol. 10 no.5t259-266 S 1 65.
1. Department of Biogenesis of Natural Products Institute of
Microbiology, Czechoslovak Academy of Sciences, Prague 4, and
Antibiotics Research Institute, Roztoky near Prague. Subraitted
August 3, 1964.

SPIZHARNYY, Nikolay Nikolayevich; KAMYSHEV, Vasiliy Grigorlyevich;
-'-O~--i-IWj-!TkHOVIDOV, N.K.. red.; POLUITICHEV,
YTROV~' Ivaff-Aii-ah jt
I.A., red.izd-ve; PROKOFIYEVA, L.H., takhn.red.
[questions and answers on problems of the application in
lumbering industry of the principal regulations of labor
legislation] Konsulitataii po voprosam primeneniia v leanoi
promyshlennosti osnovnykh polozhenii trudovogo zakonodatel'-
stva. Moskva, Goolesbumizdat. 1959. 133 P. (MIRA 12:11)
(Lumbering) (Labor laws and legislation)

POKROVSKAYA, A.S., kand.med.nauk; SPIZHARSKAYA, L.M., nauchnyy sotrudnik
Treatment of chronic bacillary dysentery with transfusion of bacterial
blood. Akt.vop.perel.krovi no.4:25-27 '55. (KIRA 13:1)
1. Eakteriologicheakaya laboratorlys, leningradskogo instituta perell-
vaniya krovi (nauchnyye rakovoditeli raboty - chlany korreepondenty
ANY SSSR prof. A.W. Filatov i prof. U.S. Gurevich).
(DYSENTERY) (BLOOD AS POOD OR KIDICINN)

SPIZRARSKAYA, L.M.
Detection of donots possessing a natural immunit7 to coccal infections.
Akt.vop.perel.krovi no.4:32-34 '55. (MIRA 13:1)
1. Bakteriol icheeka7a laboratori7a Leningradekogo instituts. perell-
vaniya krovilzav. laboratoriyey - starshiy nauchnyy sotrudnik T.A.
Krotova).
(BLOOD DONORS) (COCCAL INFECTIONS)

SPIZHAMKAYA, L.M.
Significance of a method for determining the activity of aldolase
in mass selection of donors. Probl.genat.i perel.krovi no.6:50--
51 '61. (MMA. 14310)
1. Iz donorshogo otdela (rukovoditell - prof. L.G. Bogonolova)
Ieningradskogo ordena Trudovogo Krasnogo Znameni nauchno-issledo-
vatel'skogo instituta perelivaniya Icrovi (dir. - dotsent A.D.
Belyakov, nauchnyy rukovoditell chlen-Icorrespondent AMW SSSR
prof A.N. Filatov).
i BIA)OD DOFORS) (ALDOLASE) (BITATITIS, UTECTIOUS)

SPIZIL~RSKAYA, L.M.; MAMYSHEVA, T.K.
Possibility of utilioing.-cadaver bone ma row in clinical
practice. Probl. gemat i "perel. krovi 6 no.2:42-46 161.
(MIRA 14:2)
(WM01.4-TRANSPLANTATION) (CADAVER

L 17650-65 AMD
ACCESSION NIR: AR4045759 S/0299/64/000/013/Nol.5/MO15
13M96~
"OURCE: Ref. zh Biologiya, Svodn-y*y tom., Abse
AUTHOR: Spizharskaya,, Le M*
TITLE: Certain morphofunctional,investigations.of,posthumous bone:-..
marrow cells in the process of preservation
CITED SOTIiCE: Sb, 3 Vsese konferentsiya po,peresadke tkAney i.
organov 1963. Yerevan, 19 ,63,235-236
.TOPIC TAGS:. bone marrowp preservationt:bone marrow:preservation.0
phagocyte, granule formation, hemopoiesis., human, cadaverl donor
TRANSLATION: Cell.phagoeyte activity, granule formation-capacitys
and hematological data of hemopoietio.bone marrow cells were
investigated in tests of samples taken from 170 cadavers, Bone
marrow from 120 donors served -as a control. Phagocyte activity was
not high (although the index was sometimes,10) and depended on the
conditions under which bone marrow was obtained and'preserved;
phagocyte activity decreased simultaneously with cell.damage.
Card 1/2

~~l

.S.FlZRAPSFAYA, L.M.
Some morphologic and functional studies on cadaver bone marrrm
cells during preservation. Probl. gemat. i perel. krovi
no.6:4./,:--47 165- (MIRA 18:11)
1. Loningradskly ordena Trudovogo Krasnogo Znamen! naucbno-
Issledovatellskiy institut perelivaniya krovi (dir. - dot.,3ent
A.D.Belyakov).

SOV/51-4-6-11/24
AUTHORS: Gerasimov, P.M., Talltevskiy, I.A., Naumov, S.S., Spizharslciy, S.N.
and Nesmelov, S.V. ...................
TITLE: Diffraction Gratings from the State Optical Institute (Difralctsionnyye
reshetki Gosudarstvennogo Opticheskogo Institata)
PERIODICAL. Optika i Spektroslcopiya, 1958, Vol IV, Nr 6, pp 779-790 (USSR)
ABSTRACT: The present paper describes briefly the technique of preparation of
optical diffraction gratings at the State Optical Institute imeni
S.I. Vavilov and discusses in detail the optical characteristics of
these gratings in the ultraviolet, visible and near infrared spectral
regions. The technique of preparation of gratings was fully described
in References 1, 2. Echeletts gratings for the wavelongths
2*5-600 were described in a paper presented at the Xth All-Union
Conference on Spectroscopy kRef 3). The gratings are prepared by
means of a screw-motion ruling machine (Fig 1) which can produce
gratings of 150 x 150 mm area with 1200, 600, 300 and 200 lines/Mm.
This machine does not differ from the majority of machines decribed
in literatare. Pigs 2 and 3 show certain details of the carriage of
Gard 1./Z the ruling machine at the Institute. A typical profile of a diffraction
grating is shown in Fig 4. The lower part of the figure shows

Diffraction Gratings from the State optical Institute
an electron microscope image of a grating -with 1200 lines/mm. The
optical characteristics of the -ratings produced are discussed as well
as the sources of certain errors. The revolving power of better
gratings reaches 600 000. The relative intensity of Rowland's %hosta"
in the first order of gratings with 600 lines/mm is about 0.151-~' -and in
better gratings it may be only 0.01%. The gratings of the State
Optical Institute produce a high concentration of light in a given
direction. Thus gratings with a step-like profile, with a slope
of the working edge of 5-100, concentrate in the maximum up to 85%
of the total reflected light, which is near the theoretical limit.
A characteristic change in the polarization properties of gratings
was observed in the region of the maximum light concentration. On
the short-v~;avelenGth side of the maximum -the component with electric
vector vibrations parallel to the grating lines is the more intense,
0
and on the long-vavelength side of the maximum the component with
electric vector vibrations perpendicular to the grating lines is stronger
kFig 10). There are 10 figures and 17 references, 8 of which are Soviet,
Card 2/2 -1 English, 3 American, 1 German and 1 translation of a Western work
into Russian.
ASSOCIATION: Gosudarstvennyy Opticheskiy Institut i=. S.1. Vavilova (State
Optical Institute imeni S.I. Vavilov)
SUBMITTED: Jarniary 17, 1958

rl~.)m~,, :]ii La mn- oi o p ts Tosif lard. Truj- Prit lust 'Vol. /I
c),, Fran
C
Irludy ~zhtici,,eol --.)---o
"In! s Vo

Rlea.
Trudy Ark t I che =-o 1-natit"Aa, 1112, Council of
-crs

SPIZHA=IT, T.N.: MOMAMIT, M.L.; I&SUIPT, A.T.
Now data on the stratigraphy and aa of Blryusa Phloozoic sediments.
Hat. TSMGZI Ob. @or. no,8:67-69 148. (KIRA llz4)
(Biryusa Valley-Geoloa, Stratigraphle)

APRODOV, V.A. (author]; SPIIHAHUIY, T.N. [reviewer].
'Geological manping.* Y.A.Aprodov. Reviewed by T.U.Spizharskii. Sov.
kniga no.8:19-21 Ag '53. (MLSA 6:8)
(Geology--Xaps) (Aprodov, V.A.)

BOCH, S.G.; GRUSIMVOY, V.G.; DZEVANOVSKIT, YU.K.; ZORICHEVA, A.I., IVANOV,
A.A.; KUREK, U.N.; LIBROVICH, L.S.; MOROZENKO, U.K.; NEXHOROSHEY,
V.P.; HUSANOV, B.S.; SPIUARSKIT T.H.- SHABAROT, N.Y.; SHATAWT,
-- , z W,
Ye.T., i-edaktisr;- IX KWNTKOV; V.I.#'
redaktor; MIRLIN, G.A., redaktor; RU"V, B.S., redaktor; SEMZHO-
VA, M.V., redaktor; GUROVA, O.A., takhnichaskiy redaktor.
EInstruction for compiling and preparing for publication the state
geological map of the U.S.S.R., and the map of the mineral resources
of the U.S.S.H.Scale 1:10000001 Instruktaiia po sontayleniiu i pod-
gotovke k izdaniiu gosudarstvennoi geologichaskoi karty SSSR i karty
poleznykh iskopasmykh SSSR. Masshtaba 1:1000000. Moskva, Gos. nauchns-
tekhr.. izd--wo lit-ry po geologii i okhrane nedr, 1955. 52 p., tables
of symbols, maps [Ricrofilml (MIaA 9:6)
1. Russia (1923- U.S.S.R.) Ministerstvo goologii i okhrany nedr.
. (Gaology-41aps)

KRISHTOYD VICH, A.N.. redaktor [deceased] SP17HA SKIYO T.H.. redaktor;
BELTAYEVSKIT, N.A., redaktor; VADRAWMS, =7:~rM~tor;
ZAITSXV, I.K., redaktor; KRASNDV, I.I., redaktor; KnIKOV, M.V.
redaktor; LABAZIN, G.S., redaktor; LIBROVICH, L.S., redaktor;
LURIY-9, M.L., redaktor; MALIIJOVSKIY, F.M., redaktor; NESTRWY,
L.Ta., redaktor; NMOROSFW, V.P., redaktor; SF.RGIMSKIT, V.M
redaktnr; TALDYKIN, S.I., redaktor; KHABAKOV, A.V., redaktor;
SILOAROV, N.V., redaktor; SKVORTSOV, V.P., redaktor, KISKMA.
A.A., tekhaicheakiy redaktor GUROVA, O.A., tekhnicheakiy redaktor.
[Geological dictionary] Geologicheakii slovar'. Moskva, Goo.
nauchno-tekhn.izd-vo lit-ry po geologii i okhrane nedr.Vol.1
A-L 1955.402 p. (MLRA B-10)
(Goology-Dictionaries)

KRISHT01?OVICH, A.N., redaktor [deceased]; SPIZHLRSKIT, T.N., otvatstvannyy
redaktor; SKYORTSOV. V.P., redakto-r-a-z-a-al'e'"s llmff,'~PdFOT, N.D..
tekhnichoskiy redaktor
[Geological dictionary] Geologicheskii slovarl. Moskva, Goo. nauchno-
tekha. tad-vo lit-ry po geol. i okhrane nedr. Vol.2. N - IA. 1955.
445 ps (MLRA 9-8)
(Ge o1 ogy--J)ic ti onarie a)
(Russian language--Dictionaries)

SPIZHAR-qMTT T.N.
-.' -'-~ ~.
Age of volcamogenous formations of the Siberian natform. Nat.
VS3G19I no-7: 133-140 155. (KM 10:4)
(Siberian Platforn-Volemic ash, tuff, Otce)

LDCHARRY, B.K., glavnyy redaktor; 1JBROVICH. L.S., redaktor; MODZALRYSKAYA.
Ye.A., redaktor; NALIVKIN, D.Y. , redaktor; OVBGHKZH, N.K., redaktor;
ROTAY.A.P.. redaktor: SP17HAR radaktor; SKVOWSOV, V.P.,
'-, ". - I '-
redaktor Izdatel'stvaf- OVA, O.A., tekhnichaskiy redaktor
[Stratigraphic dictionary of the U.S.S.R.] Stratigraficheakii slovarl
WSR. Moskva, Goo. nauchno-takhn. izd-vo lit-ry po gaol. i okhrane
nedr, 1956. 128Z p. (MIRA 10:2)
1. laningrad. Vessoyuznyy geologicheekly institut.
(Geology, Stratigraphic-Dictionaries)

spjZHARSKIT9 ToNc
The lower boundary of the Phleozoic. Inform. abor. VE3G3I no.4:
10-15 '56 (MM 10:4)
jGeolog3r. Stratigraphic)

KRUSHCHENKO, V.S.; SAES, V.N.; SPIMARSKIT, T.N.; YOKICHU. T.D.
Interdepartmental meeting on developing imiflod stratigrephic
systems for Siberia. Inform. abor. VSMI no.4:31-37 '56.
(Siberia,Geology, Stratigmphic) (KM 1o.-4)

SPIZ11ARSK____,__ red.; TOLSTIKHINA, M.A.., rea.; BODYLEVSKIY, V.I., red.;
~BOURUHS+..", red.Edeceased); VASILEUKO, V.K., red.; DODIN, A.L., red.;
DOMRAGHEV, S.M., red.; KRASNOV, I.I., red.; MMMHCHMO, V.S. red.;
MIRTM. V.V.. red.; ITIKMROVA, 0.1., red.; OBRUCHEV, S.Y., red.;
RZHOITSITITSKAYA, M.A., red.; RCSTOVTSEV,.N.N., red; SAKS, V.N., red.;
SARYCHWA, T.G., red..; FOMICHEV, V.L., red; CHFJWSHEVA, N.Ye.. red.;
YAKOVLEV, S.A., red.; RAGINA, G.M., vedushchiy red.; YASHGHURZHINSKAYA.
A.B.. tekhn.red.
[Proceeding of the Interdepartmental Conference on the Development
of a Unified System for the Stratigraphy of Siberia; reports on the
stratigraphy of Mesozoic and Ceinozoic depostts] Trudy Kezhvedomstven-
nogo soveshchanila po razrabotke uaifitairovannykh stratigrafichookikh
skhem Sibiri; doklady po stratigrafii mezozoiskikh i kBinosoiskikh ot-
lozhenii. Ioningrad, Gos.nanchno-tekhn.izd-vo neft. I gorno-toplivnoi
lit-ry, Ieningr. otd-nie. 1957. 575 P. (MIRA 11:6)
1. Mezhvedomstvennoye soveshchaniya po razrabotke unifitairovannykh
stratigraficheskikh skhem Sibiri. Leningrad, 1956. 2. Vsesoyuznyy
geologicheskiy nauchno-issledovatellskiy institut (for Spizbarekiy,
Tolstikhina, Boah, Dodin, Krasnov,' Meleshchenio, Nikiforovs, Rostov-
tsev. Fomichev. Ghernysheva, Yakovlev). 3. Leningradskiy- gornyy insti-
tut (for Bodylevskiy). 4. Ysesoyuznyy neftyanov nauchno-isoledovatell-
skiy geologo-razvedochnyy institut (for Vasilenko, Domrachev). 5. Geolo-
gicheskiy institut Akademil nauk SSSR (for Manner). 6. Iaboratoriya
dokembriya Akademii nauk SSSR (for Obruchev). 7. Institut geologii
Arktiki (for Saks). 8. Paleontologicheskty institut Akademii nauk
SSSR (for Sarycheva) (Siberia--Geology, Stre.tigraphic)

SPIZHARSKIY, T.N.
Stratigraphy and faciae of the sedimentar7 and volcanic rock cover
of the Siberian Platform. Sov.geol. 1 no.12:99-114 D 158.
(Ka 12 -.4)
1. Vaesoyuznyy nauchno-issleAovatellskiv geologicheakiy inBtitut.
(Siberian I'latfors-Geology, Stratigrapbic)

SAKS, Vladimir Nikoluyevich-,, I.S.; RONKINA, "'U."U.; -'-FU)WVA, E.N.;
-ZR-IZI-I-!!~R~SKIY T-t.&,muchnyy red.-, KELAIUN, L.A.. vedushchiy red.;
GBITIRDlYwA, 1-14., telrbn.rpd.
[Mesozoic sedimento in' the Khabanga Depressionj 1,49zozoisk-ie
otlozbonlia KhantaWkol vpadirV. Leningrad, Goa. nauchno-tekhn.izd-
vo neft.1 gorno-topl.lit-ry I~iningr.otd-nie. 1959, 225 p. (Leningrad.
.Nauchno-issiodovatellskii institut geologli Arktiki. Trudy vol.99)
(14IM. 12:6~
(Siberia, Iforthern-Geolog7)

SPIZIMISKIY, T.H., red.; BODYMVSKIY, V.I.. red.; BOGH, B.G., red.; VASILENKO,
DODIN, A.L., red.; DOKILACHEV, SJI., red.; KRASNOV, I.I.,
red.; MELESHCHENKO, V.S., red.; MENIOR, V.V., red.; HIKIFOROTA, 0.1.,
red.; OBRUCHMV, S.V., red.; RZHONSHITSKAYA, M.A., red.; ROSTOVTSEY,
N.N rkd.; SAKS, T.N., red.; SARYCMA, T.G., red.; FOKICHEY, T.D.,
,red:;, CHkMYSHEVA, N.Ye., red.; YAKOVLET, S.A., red.; SEVORTSOV, V.P.,
red.izd-va; IWOKOVA, S.A., tekhn.red.
(Decisions of the Interdepartmental Conference on Making Unified
Stratigraphic Charts of Siberia] Rpsheniia Hezhvedometvennogo nove-
shch&niia po razrabotke unifitairovannykh stratigraficheakikh ekhem
Sibiri. Moskva, Gos.n&-uchno-tekhn.izd-vo lit-ry po geol. i okhrane
nedr, 1959. 91 p. (MIRA 12:9)
1. Mezhvedomstvennoye soveshchaniye po razrabotke unifitsirovannykh
stratigraficheskikh skhem Sibiri, Leningrad, 1956.
(:;i'1)eria--Geolojgy, itratlgranhic)

OZERTSOVA, V.A.; POLYAKOVA, L.V.; !PL
,
_-L ~ ___
Relief of the crystalline foundation of the southeastern part of
the Siberian Platform, baed-on aeromagnetic data Ldata with summary
in Englishi. Sov. gaol. 2 no.5:66-72 My '59. (MIRA 12:8)
l.Vaesoyuzny7 nauchno-isi3ledovatellikir geologicheskiy institut.
(Siberian Platform-Geolog7, Structural)

IVAINOV, Andrey Alekseyevich; LEVITSKIY, Yuriy Frolovich; Sy~kZ~RSKIY, T.N.,
retsenzent: BRUNS, Ye.P., retsenzent; LIKEhaY. B.K., retsenzent;
SNPANOV, D.L., reteenzent; LUPPOV, N.P., reteenzent; KORENSVSKIY,
S.M., reteenzent; T.&TA-RINOV, P.M., red.; GOLIDRFM, R.Ya., red.
izd-va; IVANOVA, A.G.. tekhn.red.
[Geology of halogenic deposits (formations) in the U.S.S.R.]
Geologlia galogenrykh otlozhenii (formateii) SSSR. Moskva, Goo.
nauchno-tekhn.izd-vo lit-ry po geol.i okhrane nedr, 1960. 421 po
(Leningrad. Vsesoiuznyi geologicheakii institut. Trudy, Vol-35)
(MIRA 13:6)
(salts)

SPIZHARSKIY, T.R., otv. red.; KRISHTOFOVICH, A.11., red.
[Geological.dictionary) Goologichaskii slovar'. Moskval Gos.
nauchno-to-khn. izd-vo lit-ry po geol. i okhrane nedr. Vol.l. A-L.
1960. Vol.2. M-IA. 1960. (MIRA 14:10)
1. Leningrad. Vsesoyuzrqy geologicheskiy istitut.
(Geology-Dictionaries)

glav. red.; 1.11.~,did"OVSKIY, A.F., zam. glav. red.;
TJL'Ikl,'GVJP 11.K.,, zam. glav. red.; GAUESHIN, G.S., red.;
Z2,YTSEV) i K., red.; KIIIPOVICH, Yu.N., red.; YULIKGV, '-,.V., red.;
LA,BAZIN, G.S., red.; LURIYE, M.L., red.; SIINIGIEMKO, T.N., red.;
SPIZIYMKIY, T.N., red.; STIERLIN", D.Ya., red.; TATAIRINOV, P.M., red.;
nauchnyy red.; I.IAOUSHIN, V.A., tekhn. red.
[Yearbook of the results of studios by the All-Union Gcological
Institut) Ezheoodnilc po rezul'tatam rabot VSSEGS-1. Leningrad,
Otdel nauchn.-tekhn. informatsii, 1961. 203 p. (Leningrad.
Vseooiyzr,yi geologicheskii institut. Informantsionnyl sbornik
no.49.) (1-URA 15: 6)
(Geology)

LIKWIOV, B 11. -, KUUSTOVA, M~N. 5 YEROKHINA. A,A.; MARKOV9 F~G. j. _SFIZHBSKIY
T.N~; DODINq A~L. ~ KHIL'TOVAs, V.Ya.; CHMFIIINq LA; GROMOVS, L.V. 9
kand. geol.-nlueral. nauk.- SHCHERBACHEVv V.D.; SBUTYYq M.Ye.; NEM-
CHINOV,,'V.S.v akcad..,red.; NEKRASOV., NO.,, red.,- FUSTOVALOV., L.V.:, red.;
ZUBKOV,
, A.I.9 kand. ekon. nauko red,j KAVUN. T.K.9 redh izd-va; SUSHKO-
VAq L.A.9 tekhn. red.
[NalurEal conditions of Krasnoyarsk Territory] Prirodnye usloviia Krasno-
iarskogo kraia. Moskva, Izd-vo Akad. naik SSSR9 1961. 248 P.
(MIRA 14:7)
1. Krasnoyarskaya kompleksnaya ekspeditsiya. 2. Institut geografii AN
SSSR (for Likhanovy Khaustova). 3. Pochvennyy*'institut im. V.V.Doku-
chayeva AN SSSR (for Yerokhina). 4. Naucbno-issledovatellskiy institut
geologii Arktiki Ministers-tva geologli i-okhrany nedr SSSR (for Markov).
5. Vsesoyuznyy geologicheskiy institut. Ministerstvia geologii i okhrany
nedr SSSR (for Spizharskiyg Dodin). 6. Lbboratoriya geologii dokembriya
AN SSSR (for Khilltova). 7. Krabn(7,arsk:ly pedagogirheskly institat Mi-
nisterstva prosveshchaniya RSFSR (for Cherepnin). 8. Sovet po izuchenl,-i
Droizvoditellnykh sil pri Prezidiume AN SSSR 'for Gromovq Likhanovq Khau-
sto-va, Yerokhlma, Shcherbachm, Sllut~-Y). 0. Chlon-korrespondent AN SSSR
(for Nekrasovq Pustovalov)
(Krasnoyarsk Territory-Natural history)

MAROCHKIN, N.I., glavW red.; MAMOVSKIY, A.P., zamestitell glavnogo red.;
TATARINOV, P.M., zameatitell glavnogo red.; BELYAKOVA, Ye.Ye.,
nauchnyy red.; GANESHIN, G.S... red.; ZAYTSEV.. I.K., red.; KULIKOV,
M.V., red.; KUREK, N.N., red.; KNIPOVICH, Yu.N.) red.; LURIYE, M.L.,
red.; SIMONENKO, T.N., red.; SPIZHARSKIY, T.N., red.; STERLIN, D.Ya.,
red.
(Results of the research carried out by the All-Union Geological
Institute in 19591 Ezhegodnik po rezulltatam rabot VSEGEI za 1959
g. leningrad, Otdel nauchno-tekhn.informatsii VSEGEI, 1961. 195 p-
(Informatsionnyi sbornik', no.4,4). (IMM 15:4)
(Geology)

SPIM"KIY, ?.I!.
Boundary between the Cambrian and the Pre-Cambrian. Sev.geei. 6 no.S:
40-48 Ag 163. NIRA 16:9)
1. Vsesoyuznyy rutuchno-issledovatel'skiy geologicheskiy institut.
(Geology, Stratigraphic)

SALOP, L.T.; SHT-ALI
rp-iati,4ng them. Metodo
(MIRA -8

FOR(Al i KUV~ , ! , ! ~ ~ ~') It ~-i Z! I I A R- K IV 2 !,. -~4
PrJn-jJ-Ples nf the division and corr-elation of Pre-Cambrian
s,~,E-izents. Clec-L. i geofiz. nc.1i'01-29 165. (MIRA 18,-6)
1. V3e-goy-azn3ry geologicheakiy irstitut,
T
n .4, ir, ra

1 1
XIII. "Mle~~nfmlzatl ion and Aulu-omation of rGailvanization Processes," Automat-ian and Mechaniza-
tion of Production Processes in InstrLment Manufacturing, Moscow, Phshgiz, 1958.
5101 P.
PURPOSE: This boo]0-- is intended for engineers, tec-hanicians, and scientific perscrmel
concerned vith mechanization and automation of production processes -in instrument
msz- L
.-,,,,Lf-'acturing, and for students and teachers of this subject in vuzes.

SPlZHICVSXIY 1.1. [deceased], BURLYAND, V..A. ; TROITSKIY, L.Y.. red.; FRIDKIN,
L.M.. tekhn.red.
[Readings for radio amateurs] Elirestomatiia radioliubitelis. Moskva,
Gos.energ. izd-vo, 1957. 270 P. (Rassoveia radio-biblioteka, no-283)
(Radio) (MIU 11:2)

1iWA(k)/FBD/EWG (r)/WT (!)/F.WP (e )/~WT (m) /EEG (k) -2/EWP (i) /EEG (0/T/_:-.
J-2./EWP'k) WA "M` -2/EWA(h) Pm-4/Pt-4/Po-4/Pf-k/Peb/Pi-4/Pi-
.4 NP(O.Y.
ACCE'SSIOW NR: AP5012071 'UR/0185/65/010/004/P455/045t
MUM: Bayborodin, Yu. V.; Harazha. S. A.;,Hravebenko, V. Y.; Spizhova, X.- I#
led ruby laser
i TITLE: Investigations of the operation of a q-spoi' _==7 _'. ",
0
SOURCE: Ukrayins1Ryy.f1zychrWy zhurnal, v-10, no. 4, 19651 455-457
TOPIC TAGS: Q spoiled' laser, ruby laser, pump energy, laser characteristic
ABSTRACT: The authors present thereaults of an investigation of certain chmI!acter-.-.
istics of q- spoiled lasers, which play a major role in the generation of giant
light pulses- The effect of the misalignment angle df the mirrors on the
threshold pumping energy under various parameters of the optical cavity (sUtic
characteristlics), and the dependence, of the int6nsity of the laser radiation on
these parameters (dynamic chnracteristicB) were experimentally investigated., k.
mong the aynAmic. charact~eristics. investigated 'were the--relati6fighip between-
the emission intpnsity and the operatin6- 'speed of +he* ,shuttei6 thd dimen-
sions of the optical resonatorg the q ofllii re6ohato _r) ~ and the eneigy".- A-
ruby rod 120 = long and with diameter up to 12 Mp -irith a .90' orientation of the
optical axlt,, was investigated. The pump source was a xenon flash., lamp. The
Card 1/4 .. .. ...

jc::~~52-66 EWA W /FBD/EWT (1) IEWT W /EEC (k) -2/EWP U) /'-'I!/EWP (k) /EWA (M)
ACE-R-k;-j-P 20695
UR/01.85/6VO10/008/0919/0920
614 4 irC& o'
Harazha i H-
AWHOR: BUbmvdin, Yu. V S. A Xravchenlo, 1Z. Sp
TITLE., Prism shutter with periodic,openng
SOURCE: Ukrayinslkyy fizychnyy zhurnal, v. 10, no. 8, 1965, 919-920
TOPIC"TAGS: DLby laseil~)
laser pumping, laser pulsation,.g~~i
ABSTRACT: A multi-prism Q switch is described, consisting of a rx)tating prism set on
the s~nft/ of an electric motor and a series of 60 totally reflecting prisms set on an
annu.1uS The construction allows precise adjustw-nt of the rotating prism relative-to
the rubv cTvstal of the laser and relative to the other prism. Rotation of the setup :j
re
stifts in multiple opening of the shutter which in tu'm leads to generation of a,
iieries of laser pulses. The rate of opening in this system is twice as large asVith
The repetition rateof the?- u1ses depends on the rate of!
a single-prism Q switch.
revolution of the motor and the number of prisms on the annulus, and the number of
generated pulses depends on the length of the illuminatim of the PUMP lanp and the-
frequency of closing the optical resonator. A repetition rate of 20 cps with a length
of the illumination pulse of 2 msec resulted in a mte of 4 to 20 pulsess depending (M
the pump energy. A simple synchronization system of the pump results in giant light
pulses with'a,peak close to 1 W. Orig. art. has: 2 figures.
ASSOCIATION: Instytut fizyky AN URSR~ Kyyiv [Institut fiziki AN UaGSR9 Kiyev
rd 1/2
L

L 4452-66.
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BAYBORODIN, Yu.V.; GARAZHA, S.A. (Harazha, S.A.]; KRAMIFENKO, V.I.;
SPIZHOVAYAJ, N.I. fSpizhova, N.I.]
Operation of a ruby laser with modulated Q-factor. Ukr. fiz.
zhur. 10 no.4:455-457 Ap 165. (14IRA 18:5)

03FLATT, ".; DCUAK, ''.
Silver in the photochemicalindustr7. Lo~ok-e4j�~!. p. 7. YMIJA U
INDUMIJI. (Drustvo kemicara-tehnolcga. NR Hrvatske. Sekcija kemicara)
Zagreb. Vol. 5, no. 3, Yar. 1956
So. East European Accessions List Vol. 5, No. 9 September, 1956

SPLAVNIK, V.M.
lsn*
Fate of patients hal'ing undergone nephrecto&7. Trudy Ki h goso
med. inst. 2.0140-142 164 (MIRA 18-.1)
1. - 1-ya bollnitsa g. Belltsy. Nauclmyy rukovoditell - doktor
med. nauk. S.D. Goligorskiy.

SPLAVNIK, Y.M.; YUSIM. Kh.I.
Three cases of renal echinococcosis. Trudy Kish. gos. med. inst.
24:259-260 164 (MIRA 18:1)
1. I-ya bollnitsa g. Belitsy ( nauchn7y rukovoditell - doktor
med. nauk S.D. Goligorskiy.