SCIENTIFIC ABSTRACT SONGINA, O.A. - SONIN, A.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652410019-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 26, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOUGINA, O.A.
Oxidation-reduction reactions in amperometric (polarometric).titration.
Izv. AN Kaxakh. SSR.Ser. khim. no.1:86-93 160. (MIRA 13:11)
(Oxidation-reduction reaction) (Conductometric analysis)

ROMESTV&SKAYA, Z. B.; SONGINA, O.A.
Polarographic reduction of halogenates and their oxidation potentials.
Zhur.anal.khim. 15 no.2:138-146 Mr-Ap 160. (MIRA 1317)
1. Xazakhskiv goeudaretvennyy universitet, Alma-Ata.
(Ralatee)

SONGINA, 0, _A. @-
Some characteristics of polarometric titration with a rotating
Platinum electrode. Coll Cz Chem 25 no.12:3179-3187 D 160.
(EM 1019)
1. Kazakbokiy gosudarstvenniy universitet in. S. 14. Kirova, Alma-Ata,
SSSR.
(Polarograph and polarography) (Electrodes)
(Platinum)

SAVITSKAYA, I.S.; SONGINA, O.A.
Amperometric titration %nth two indicator electrodes (dead stop end
point); survey. Zav.lab. 26 no-3:282-287 '60. (NIM 13:6)
(40nductometric analysis)

ZAKHAROV, V.A., SONGIRL,__Q.A.p DRAGAVTSEVA# N.A*
Amperometric determination of arsenic and antimony. Zav.lab.
26 no.5:537-540 160, (NIERL 13:7)
1. Kazakhgkiy goeudarstvannyy universitst.
(Arsenic--Analysis) (Antimony--Analysis)

ZAKHAROV, V.A., SOMINA, O.A., TERZIMN, L.N.
Armerometric method of determining mercury on a rotating
plaitnum electrode. Zav.lab. 26 no.7:787-792 160.
(MIRA 13:7)
1. KazakhRkly gosudaretvennyy universitet in S.M. Kirova.
(Mercury-Analysis) (Illectrodes, Platinum)

STUDEiSKAYA, L.S.; SONGINA, D.A.
. ___- _-_____-_ __ ....
Determination of vanadium In steel an.1 ferroallo7s b7 amperometric
titration with tww indicator electrodes. Zav.lab 26 no.10:1102-1104
16o. (MIRA 13:10)
1. Ural'skiy nauchno-issledovateliskiy institut chernykh metallov
I Kazakhsk17 gosudarstvannyy universitet.
(Vanadilim--Analysis) (Steel--Analysis) (Iron alloya)

SONGINA, U.A.; WHAROV, V.A.
Some particular features of amperometric (polarimetric) titration
by means of a rotating platinum electrode. Izv.AN Kazakh. SSR.
Ser.khi,n. no.1:52-59 161. (MIFLA 16:7)
(Conductomiltric analysis) (Electrodes, Platinum)

KUZIMINA, N.N.; SONGINAp O.A.__
Oxidation of thiourea on a rotating platirn- anode. Izv.vys.ucheb.
zav.; khim.i khim.tekh. 4 no.6:928-935 161. (MM 15:3)
1. Kuybyehevskiy indu3trialInyy institut imeni V.V.Kuybysheva
Kazakhskiy gosudarstvennyy universitet imeni Kirova.
Wrea) (Oxidation) (Electrodes,, Platinum)

SONC@IN A', , 0. it. ; KHDBASVJICq, S.A.
Part played by Zimmerman-Reinhardt's solution in the permanganometric
detprmination of iron. Zhur.anal.khim. 16 no.5s516-522 S-0 '61.
(MIRA 14:9)
1. Xazakh State University. Alma-Ata.
(Iron--Analysis)

.SONUINAO 0,,A,; SAVITSKAYAj 1.8.
Effect of the dimensions of cathode and anode on the shape
,of a curve in amperometric, titration with two indicator
electrodes. Zav.lab. 27 no.9:1068-1074 161. (MIRA 14:9)
1. Kazakhokiy gosudarstvonnyy univorsitet i Bashkirskiy goo-
udarstvennyy universitet.
(Conductometric analysis)

SMMNA@ 0..'1.; IIAVLOVA, I.M.
of a rhodanido ion on the platinum (,jloctr,4'0.
Izv.vys.uch--b.zav.;I6v*-m I khim.tekh. 5 no.31378-382 162.
15:7)
1. Kazaklskiy gosudarstwon.-y im.'.versitet imeril Firova,
kafedra klaifO-i redkik*.-i clo.,.i(--ntov.
(0.@idatlcii, Lloctrolytic) (Electrodos,
Platinun)

KUZ'MINA., N.N.; gMGItjA,_O.A.
Amperometric determination of selenium in sulfur by means of
thiourea. Zhur.anal.khim. 17 no.4:495-498 Jl 162. (MIRA 15:8)
1. V.V.Kuibyshey Industrial Institute, Kuibyshev and S.M.Kirov
Kazakh State University, Alma-Ata.
(Selenium-Analysis) (Conductometric analysis)

SONGIIIAS O.A.; DAUSHWA, M.R.; KHODASEVICH, S.A.
Amperometric titration of manganese with permangante in the presence
of pyrophosphate. Zhur.anal.khim. 17 no.8:966-971 N 062. (MIRA 15:12)
1. S.H.Kirov Kazakh State University., Alma-Ata.
(Manganese Ahalysis) (Conductcmdtric analysis)

ZAKIIAROV, V. A.; VOYLMINIKOVA, A. P.; SONGRIA? 0. A.
Amperometric determination of tri- and pentavalent arsenic in ores.
Zav.1ab. 28 no.1:27-218 162. (MIRA 15:2)
1. Kazakhakiy, gosudarstvennyy universitet im. S. M. Kirova i
Institut khimii AN Kazakhskoy SSR.
(Arsenic-Analysis)

SONGINA, O.A.; ZAKHAROV, V.A.
Shape of curves of the amperometric titration of mercury with
potassium iodide as determined by the indicator electrode potential.
Zav.lab. 28 no.8:908-910 162. OURA 15111)
1. Kazakhskiy gosudarotvennyy universitet imeni S.M.Kirova.
(Mercury-Analysis) (Conductometric analysis)

@,r)LIGJNA O.A.
ZAKHAROV, V.A.; -
Behavior of iodide wrld 1@@d=e orl tl,-It@ PI num -
Zbur. fiz. khim. 36 ll,.611226-1231 JeI62 (MIRA 1*7.1)
1 J. K I rova.
yy , i r, - v F--- r 6-@A 1 1
1. Kfizqkhskiy gc * te t -L-,; ,

SONGINA, O.A.; TOYBAYEV, B.K.
Reduction potentials of dissolved oxyRen on a platinum
Izv.AN Kazn)rh. SSR. Ser.tekh,t khLm.nauk no.10-10 163.
(KrRA 17:3)

ROZHDFZTVENSKAYA1 Z.B.; GLADYSHEV, V.P.; SONGINA, O.A.
Oscillopolarographic Investigation of the reduction of some oxygen-
containing anions in sulfuric acid solutions. Izv. AN Kazakh.
SSR. Ser. tekh. I khim. nauk no.2:8-14 163. (MIRA l7t2)

L 11058=�2 UP (q)/M- (.a)/BDS-Al-7T(;/ASD/F.SD-3-RM/JD
ACCESSION 1RRz AP3000479 S/0153/6@/006/001/M63/0164
AUTHORt Nevzoroy, A* Ne; Songina, Oe A* S9
T=: complex c2Lzpounds@ @ofnaiobium%@d tantalum!"
SOURCEs Izv* VTJZs Khimiya i khime tekbnologiyaj ve 6. no* 1. 1963s 163-164
TOPIC TAGS: niobium oxalate complexes, tantalum oxalate complexes.. X sub 3., NW
trioxalatey 2H sub 2 OP K sub 5p Nb oxalate sub 5
ABSTRACTs The authors investigate the composition, properties, and formation condi-
tions different from those in previous studies for complex oxalate compounds of
niobium and tantalum* The preparation method f1na12jy selected for the niobium oza-
late complexes was as followst dried niobium hy4roxidewas dissolved In hot concen-
trated oxa3ic acid solution. The solution was then neutralized with MR to a pH of
3 to 3.5. during which time exc#3ss exalate separated out as potassium bioxalateo
The filtrate was evaporated to a niobiun concentration of 100 to 120 gmll and
cooled to ro= temperature, whereupon a crystal2im precipitate was obtained.
Analysis of the mother liquor and of the precipitate showed a ratio of Kb to oxa-
late ion of 10. The precipitate composition corresponds to the formula K sub 3
LrNW trioxalatle. 2H sub 2 Oo It loses one molecule of water at 1000., the other
Card 1/2

L 11058-63
AGMSION NRt AP3000479
at 140C., and decomposes at 220C vdth evolution of carbon dioxide* The solubility
of the salt at 25C is 160 gm/1 *r-d at 100C - 1000 gm/le Dissolving the precipitate
in water increases the pH to 395 - 4oO as a result of slight hydrolvois of the oxa-
late complex. By varying the pH it was determined that the potassium oxalic nio-
bate was stable in the region of pH - 2,5 to 4*5 and crystakized out of any such
solution by evaporation. The authors were unable to prepare a previously described
K sub 5 complex fNb oxalate sub 51. A tantalum oxalate complex obtained by a simi-
lar process hada molecular ratio Ta: oxalatesK of lsl:l, This compound is thought
to correspond to either KTa(CH) sub 4 oxalate or KTaO sub 2 oxalatee It hydrolyzes
in vater, but readily dissolves in a solution of pH less than 3., Orige art, hass I
table,
ASSOCIATIONs Kafedra kh1mii redkikh elementov., Usakhaldy gosudarstvemy*y univer-
sitet, im, S. Mo Kirova (Department of Rare Element Chemistry.. Kazakh State Univer-
Sit )
IT
SUBICrMDt 31JAn62 DATE ACQDt 21Jun63 RMLs 00
SUB COM CH NO REF SOVt 002 OMt 003
9-V,21@M

YUZIMPIA, U.N. ; SONGINA, O.A.
Oxidation of sulfite, s@ilfide, and thiosulfate on a rotating
platinum anode. Izv.vyq.,uch9b.zav.;khim. i khim.tekh. 6
no.2:201-204 163. OffRA 16:9)
1. Kuybyshevskiy industrialInyy institut imeni V.V.Kuyb(sheva i
Kazakliskiy gosudarstvennyj universitet imeni S.M.Kirova, kafedra
tintilltichaskoy i finichaskoy khImii.
(Slilfur compvinds) (Oxid.-ition, Flectrolltic)

PONG,JTA@ 0,.A-._;_ ROWDESWENSKAYA, Z.B.
Article by Vikt.Spits@m., G.M.Nesmeianova.. E.A.Kanevokii "Certain problems
of the thermodynamics and kinetics of solution of uranium oxides In an
acid mediumn discussed by O.A.Songinav Z.B.RozMestyenskaia. Zhur.neorg.
khIm. 8 no.3:781-782 Mr 163. (KERA, 16:4
- I - . ,(Vz:4nI;n
-qdt4eq). . Solq@ki2q C4en;ist
_L_ _(_ _ -U)) (Spitayn, Vikt.
(Nesmianova, G.M.) (KNnvakii,. X.A.)

I v or'n e7

OSPANOV9 Kh.K.; ROZHDESTVENSKAYA9 Z.B.; SONGINA, O.A.
Polarographic study of unithiol on a dropping mercury electrode.
Zhur.anal.khim. 18 no.4j430-434 Ap 163. (MMA 16:6)
1. S.M.Kirov Kazakh State Universityv Alma-Ata.
(Propanesulfonic acid) (Polarography)
(Electrodes, Dropping mercury)

SON(;'INA, O.A.; STUDEN3KAYA, L.S.
Interaction of the electrode material with a solution in the presenze
of oxidizing agents. Zhur'.anal.khim. 18 nr,.10-1269-1271 0 163.
(MIRA 16:12)
1. Kazakh State University, Alma-Ata and Ural Scientlfie-Res,@arch
Institute of Ferrous @btals, Sverdlovsk.

s/03 6')/029/001/006/022
BIOiYBi86
AUTHORSs Rozhdeetvenskaya, Z. B., A, and Barikov, V. G.
TITLEs Amperometric determination of uranium by a graphite electrode
PERIODICALs Zavodskaya laboratoriya, v. 2,9, no. 1, 1963, 30.- 33
TEXT: The amperometric titration with Triloq B is described for solutions.
-3 -a -
containing 10 10 . g uranium. Using a platinum electrode the current
was very unstable, probably in consequence of oxidation and complex forms-
tion, so a graphite rod as usually employed in spectrum analyses was
adopted as electrode. This gave stable amperages at low concentrations.
The potential of graphite was +0.2 v as measured against a'mercury iodide
reference electrode. U(VI) was reduced with formamidine sulfoniq acid to----%
U(II). The solution heated by %he reduction process had to be cooled-to
room temperature since temperature variations affected the result.
Hg(HO 3)2 'served as indicator. The pH of the solution to be titrated
should be 1-5 - 2. At very low concentrations the end point of ti*tration
becomen ihdistinct through blurring of the'titration curve, but it can be
Card 1/2

MISHCHiMU, A.I.; SONGIflli U.A...-.
Determination of silver by the anodic iodide amperometric method.
Zav.lab. 29 no.2:162 163. (MIAA 16:5)
1. Kazakhskiy gosudar-.tvennyy universitet.
(Silver--Analysis) (Conductometric analysis)

SONGINA. O.A.; SAVITSKAYA, I.S.
Determination of V4 and V5+ by the method of Amperometris titration
with two indicator electrodes. Zav.lab. 29 'no.4s401-402 163*
(MIRA 160)
1. Kazakhskiy gosudarstvannyy universitet im. S.M.Kirova.
(Vanadium-Anqlysis) (Conductometric analysis)

SHLRIPOVP R.K.; SONGINA, O.A.
Electrochemical deternVination of molybdenum based on the catalytic
oxidation of Iodide by hydrogen peroxide. Zav.lab. 29 no.llt
1293-1296 163. (MRA 16-12)
1. Kazakhskiy gosudarstvennyy universitet im. S.M.Kirova.

ZAFHAROV, V.A.; SONGINA, O.A.
Effect of iodide on the polarographic behavior of oxygen on a platinum
eloctrode. Zhur.fIzAhim. 37 no.7t]J.50-1454 Jl '63. (MIRA 17-.2)
1. Kazakhskiy gomidarstvennyy linivernitat.

I I @ I *,@A@. L . ,, , t , I, ,- i,. I . , @, t; t n;. , nt
V1.1t
ail-
-C.
_I;,, 17:11 t

.rt@.
L k-,;,073-65 /EWT(m)/EWF(t)/ZWP(b) UP(Of JD/J0
ACCESSION NR: AP5001770 S/0063/64/009/006/0697/0698
AUTHOR: Songina, _O. A.; Kemeleva, N. -G.; Ustimov, A. M.
TITLE: Amperometric determination @Df cerium and total rare earth elements
SOURCE: Vsesoyuznoye khimicheskoye obahchestvo. Zhurnal, v. 9, no. 6, &4,
697-698
TOPIC TAGS: direct oxidative cerium titration, cerium 4, amperometric cerium
determination, amperometric rare earths determination
ABSTRACT: Direct oxidative titration of cerium (IV) by oxalate was used, which @,f
is suitable for the further amperometric determination of the sum of rare earth
elements (REE) as oxalates by means of permanganate. This direct determina
tion may be carried out in the presence of other REE as well as other elements,
since none of these can be oxidiz'ed under these conditions, and no byproducts
will be found in the solution at the end of the reaction. The specimens were dis-
solved in sulfuric acid, cerium was oxidized by ammonium persulfate In the pre-
sence of silver nitrate. The excess ammonium persulfate was removed by boiling
Card 112

47
L Z5073-65'
JI
ACCESSION NR: AP5001770
and the cooled solution used for amperometric determination, in a nitric acid
base electrolyte, first of Ce, then of the sum of REE. Comparison of results
with those obtained by weighing the oxalate precipitate showed satisfactory agree-
"The student S. Sinitskaya and the laboratory technician P. 1. Maslova
ment.
took part in the amperometric titration. Orig. art. has: I table
ASSOCIATION: Kazakhskiy gosudarstv'eny*y universitet (Kazakhstan State Univer-
SUB CODE: ICI OC
SUBMITTED: 10Dec63 ENCL., 00
OTHER: 002
NR REV SOV-. 003
Card 2/2

SONGINAP O.A.; OSPANOV, Kh.K.; IfOZMESTVFNSKAYA, Z.B.
Polarographic study of the electrolytic oxidation of unithiol
on a platinum electrode. Zhur. anal. khim. 19 no.2sl68-173 164.
(MIRA 170)
1. Kazakhskiy gosudarstvennyy universitet imeni Kirova,
Alma-Ata.

CAh!WV V 6 - @ k
j . ., 1 1. It.
I ' tr .
Grap. ' -, e)enroce in el(-,,ctroche.T@Ical C', . !-,.- vtj y " .
f-
Zav. lau. 30 no-1:5-8 164.

TV
do ter
--u. 30

@ZI,ANOV, R(Y-71iDESTIIENSKAYA, Z.H.
- '-' @:@ i �@ 4 - tratton of gold by an urith4 1 sol,-Alofi. &-,.
. - 1. -0
I :., -I, IIA -' I
4 1 16", ("411 -', 7 V. "
. gf.,zuda:r5tvvnnyy universitet Imeni KArowi.

ZAKIIAROV, V.A.;-SONGINA, O*A,
Anodic oxidation of arsenite ion on a rotating platinum elec-
trode. Zhur. fiz. khim. 38 no.3:767-773 Mr 164.
(MIRA 17:7)
1. Kazakhskiy gosudurBtvennyy univeraltet.

i 1@ h; !@: @, , I , ; 'INA. O.A.
f ri-,A T-c @, rf, I; i; I c @c-hhv I or and atq;eromntr I c ti trati on of' V
,old cro
d rn',ttinj, pintinum wire electrode. ZI-ar. anal. ih:m. 19
n , " -1 ; Kr 164. (MIRA 17:9)
I. Ku7,i,khrky gosmdarstvennyy univernitet, Alma-Ata.
1

i.v

PASHCHENK01 A.I.; SONGINA, O.A.
Ampf!rcmetric determination of silver and gold '11r, blister copper,
Zuv. lab. 30 no.9:1064-lo66 164. (MIRA 18:3)
1. Ktizakhskiy gosudarstvennyy universitet iment Kirova.

r)
na .-,r. nf @i-ie t1#35 0' :71 '1
I I I - / ' t.@
Japosition r@n ar.,:,, rfm@-vb, from a
no. 1011 1@4- 1 1@3'?
' I - - - v-;nnyy -ini vf,rs@ r
KazakhgHy go3a-jare , @! .

L 50212-65 EWT(m)/EW1!(t)/EWP(b) IJP(a) JD/08
ACCESSION.NR: AT5008404 S/0000/64/0.00/000/0055/0059
AUTHOR: Songina, 0. A. Hishchenko$* L. V. JO
TITLE: Polarographic determination of indium in the presencd of tin In sulfo-
I
salicilate and fluoride-sulfosalicilate supporting electrolytes
ISOURCE: AN SSSR. Sibirskoye otdeleniye. Khimiko-metallurgicheakiy institut. MIMI-
icheskiy anallz ts etnykh i redkikh metallov (Chemical analysis of nonferrous and
rare metals). Novosibirsk, Redizdat Sib. otd. AN SSSR, 1964, 55-59
TOPIC TAGS: indium, chemical analysis, polarographic analysis
ABSTRACT: A polarographic method was developed for determining indium in the pres-
ence of very large amounts of tin in a sulfosalicilic acid supporting electmlyte.
A Heyrovsky polarograph was used. The maximum sens tiM@ of the galvanometer was
2 .10 9 a/mm. The capillary characteristics were M03tl I = 3.19. Saturated calo-
mel electrodes wem used as the anode. Indium pol4mgrams were taken in sulfo-
salicilic acid with concentrations from 5-10-2 to I M in a pH range of 2-6. It was
found that under these conditions indium-gives well defined waves which could be
analytically useful. Above pH 6 indium gives no wave. Within a pH range of 3-5
sulfosalicilic acid shifts E 1/2 of indium toward negative values, but has essent
.Card 1/2

L 50212-6- is
ACCESSION RR: AT5008404
.1y no effect on the wave height. It was determined that in,a*1 M sulfosalicilic
acid solution at.pH= 3.5-4.2 it is poisible to determine as little as 2 Pg/ml of
indium in the presence of large quantities of tin.. Here the pH of the solution
must be rigorously controlled. The use of a mixed fluoride-sulfosalicilate sup-
porting electxolyte. consisting of I M sulfosalicilic acid and 0.2 M NH4F solution
enables the determination of indium in the presence of tin in 3.5-5.5 pH range.
Orig. art. has: 3 figures,and I table.
.ASSOCIATION: none
'SUBMITTED: OlSep64 JENCL: 00 SUB CODE: GC
NO REr sov: ooe OTHERt 004
Card

j f
-DlaroEraphic study of the cata'yl,-*c waves of h-.drogen percx-de
reduction in the preserce of zirconium. ana-2, ki,-m. I
1322-1325 164. S : Z
1. Kazakh State University, Alma-Ata.

O.j',.; tj6'IYA'JSDV, A.A.
,.@AiCled t-,T,? of a reference -f'c,:- ampercaptri@i titration.
( 1_41
Zt,-,-. lab. 30 nc;.11:1419-1420 164 .. RA 38:1)
1. Kazakhakiy frc-switirst'.-c-t@nyy =:iveraitet.

. i .1: : @@ , ': @. 7 @:, I., ;. '. , " .
I @ ; , , I - -r , I . @- . I 1 0.1 -
bt@t.4ef.-n an'. ui-rent",.
,;i.,-;-,-. rklhi@,,,. 38 no.7:1728-1733 J 1 164.
OMIRA lF:3)
.1. KazaRlskiy Foqudarqtvennyj uni.versitet, Aliua-Ata.

!@Aldp cr, th- i.ularo@,rx,phic be' j-li!.,r aT,d tr-,,ralont
iron @,,na platinum, eleCLrvIe. Zhur. *.'-'z. khir.. ',IF
18:2)
Kfi,,tikhskiy gosudarstvennyy univertitet, Alma-Ata.

C.- ell

YUSUIPMA, AeBel SOHGIIIA# C6Aa
SaubiUV of sow copper airAmula and Avalm dlaafift
in various mlvgn%u. Jzv. Liz %aakh.& R.Sor.VAMonauk 35
no.3825-20 A-Aa %5- (MRA 18sn)
2o Submitted Docamber 24v 2964.

SONGINA, O.A.; OSPANOV, Kh.K.; ROVIUSTUNSKAYA, Z.B.
Amperometric tftration of univalent, and divalent mercury with
a solution of unithiol. Zhur. anal. kh-Alm. 20 no.1 ",--5840,65.
(MIRA 180)
1. Kazakliskly gosudarstvonnyi universitet imeni. KIrova, Alma-Ata.

'-IP@ jN
e pi i T.'vet, inct. 38 no.6e95
is, -10'@

165-
262

.;C:':",!:':A?
knp@romr,-',ric- titratlon; a 31 no.10:1163-1172
I(I f
2@,: I)

PASHCHENKO, A.I.; SONGINA, O.A.; KARGINA, N. [.
Amperametric titration of gold with thiourea. Zav. lab. 31 ro.11:
1312-1314 t65. (MIRA 19-1)
1. Kazanskiy gosudarstvennyy universitat.

,,0@,N.Cjj.NA, O.A.; DAUSHPIA, M.R.
conT.ounds. Flektrokhimiia
(MIF.A 1%-1)
1. Kazakhakiy gosudarstvennyy universitet 'Areni S.M.Kirvra.
Sullmitted Mqrch 13, 1964.
Flectrochemical reduction of spar@ngly 9!Dluhle :zercw-f
1 no.12s1464-1468 ri 165.

SONHOFFER. Szilare; GM, Sandor
Disturbances of 11pid metabolism. YAW. Tudom. Akad. Biol. Orr.
Oszt. Kozl. 8 no.1-2:49-58 1957.
1. A Pocsi Oryostudomany %yetem Xorelettani Intozete so a
Budaposti OrvostudoxaxWi Agyaten III. Belklinikajo..
(LIPIDS, motab.
disord. (Hun))

KC:?"(;7, N.S.; SCil"lCli, I.P.
o< -Furyl-/3-aminoaryl ketones. amr. ob. khim. 34 no. 3:927-929
Nr 164. (MIRA 17:6)
1. Permskiy pedagogicheskiy Institut.

S
ay. -, S
Grades and actual knowledge. Prof.-tokhn.obr. 13 no.3:10-13
Mr 156. (MLRA 9:7)
1.Zaveduyushchijr matodicheskim kabinetom Sverdlovskego
oblastnogo upravloniya trudovykh rezervev.
(Technical education) (Grading and mark-ing (Students))

SONICHEV, S.
icul'x ".
Still a word on the quality of lessons. Prof. -tekhn. obr. 13
no.8:11-11 Ag '56. (HLRA 9slO)
1. Zaveduyushchiy metodicheakim kabinetom Sverdlovekogo
oblastnogo upraylenlya trudovykh reservoy.
(Technical education)

30111D,13KI, ",".
-74!!-@ MHMMW@-
"Series capacitors. 11
Pt. 1. P. 307 (Windomosci 'K1oktrotechnic-.ne) Vol. 17, no. 12, Dec. 1957
Idarsaw, Poland
SO: Monthly Index of East European Accessions (EEAI) LC. Vol. 7, no. 4,
April 1958

: ! 7 :
I - I 1@ ;-/I
f I If
KrNKIN, P.V.; SONIN, A.A.
Automatic push-rod stamping press. Avt.trakt.prom. no.4-.Insert
Ap 155. (MI2A 815)
1. Moskovskiy avtozavod im. Stalina.
(Power presses)

SONIN, A.L., kandidat takhnicharkikh nauk.
-1-1-I.- j- " -
Study of rolling machines used in the straightening of thin sheet
metal. LTrudyj TSNIITKASH no.78:30-73 156. (HLRA 10:1)
(Rolls (iron mills)) (Sheet metal;

< ,

U.
l
=
bdoi
tff Is. the of reff,
@
t
ut I bundj is to the

0
F=111
change iq the effectiv - uq --dwiet
The ni of the Inorg, comods. are ettripolatca-Arg trom-
mcasuremcnts in the visible range to by the 7
imethod given by P. Walff, C-4,27.4146. Frojuthaexsam,@
caled. the R., and the differences aR., e.g. RKs, - RX
1.60 cc. (av. derived from the halides). Cocropoudin H4
and K salts ofolyacids give corresponding ;i - -@101118$40
for the av, us, anti A . fov X R., and aR. data.
The
lattcr axe usually someithat higher than the 1.60 cc. differ-
ence. and this v-xcess (ER) In R. is a measure of the r-e-
fraction of the H bonds in the comptis. The higher the
field strengths (eketrenclitivity) of the central atorn, the
higher is this AR value. For ibi H bond in the NH4 I
group with tht symbol %H ... 0 it varies bttween 0.17 and i
0.50, and depends on the polarizing power of the central
ion X in the oxysalt rqdical XOg. For C104- it Is 0 17 for 4
AsO,---itisUO. The higher the eketroesegativit; ;dtm
ccnt-.al atom, the snore covakat is the binding mechanism I
in the complex, and the lower the ER value. Mw ratio 1.
of the 11-boad refraction in NH#N(h and in (NlWzCo(.Nq@@
IV about 1:8. In NII.N01 every 0 is conuccW with 2 111;
in Co atrmine cumplex compds. each 0 is emnected only
'A
ith I H
i
f
w
.
compar
son o
the refrattions for P14 ... 0 and
011-0 in ice and in crystallized hydrates is Interesting.
The av
for the, 12tte
R
42
h
i
I
3
It
.
na
r
.
ereas
n
ce
cc., w

OF
3.69cc. Thediffertnce.0. 20, corresponds to 2 H bonds.
j.c.f-1ronc-R-bo-nd-MoH--Q) - 0.I,1pv-IrLgyps=.KHr@
P00140, and SrCls.611,0 Roo, - 3.57 3.67. 3-03, resp., I
Le. R(oH...O) In Ice is lower. rtls;;;A@ that In then'
salts If bonds also eilst of about the sa= kind as in ke,
with equal or smaller refractions (0.13 Ito OM cc.). UL.
S. S. Batsanov. Ibid. 32S-33 -7U calens. of the refrac-
tians for It bonds OH ... N an4 xH ... N In ferro- and ferri-
cyanides, mides, and thiocranales are exteuded by extrupo.:
lations and differenves, (ER) by the method used la
put
11. In K4Fe(CN)4ZIW the Riho is higher by OA7 cc. than
th4t of water cf cry,-,tm. (3-42). Th4 differacc corrc-'
sponds to 2 It lAndir oll ... N with a retraction of O@24 cc.
For th Nit. salts of H.Fe(CN H*Pe(CN)*. HMe, and
IWINS the following R(IIII ... N@Iare cak& from the ER
d-ita: 0.24, 0.10, 0.14 0.20 cc.. resp. A is evidera that
the central Fe*t in (Fc(CNkj4- brings about a higher
R(mll ... N) (0 24) thin does t ie central W * * in the ferri.
Cyanide compitz ankAt (0.10). The high rdmction In:
NH,C,NS demonstrates the excewiveneg. charges on N in
4
the CNS group: (S-C- AnaloVms oonsiderations
QrCValid for Ns- (X - X - N). In every cLse, the rule is!
established that the refractions of If bonds ad the type
11... N and 0 ... 11 are detd. by the awt. of the effective
neg. charges of that atom that buiWx up the It bond.1
Tberefum they vary parallel with the Change in polarizatioui
@trcngtljs. .39, Eitd

.240), 24(2)
AUTHORS: Zheludev, I. S., Sonin, A, S@ SOV/48-22-12-7/33
TITLE: On the queotion of the Search for New Piezoelectrics (K voprosu
o poiske novykh segnetoelektrikov)
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1958,
Vol 22, Tir 12, PP 1441 - 1444 (USSR)
ABSTRACT: The search for new materials possessing piezoelectric properties
is of topical interest for both science and technique. New
piezoelectrics can only be found on the basis of essential
characteristics marking the formation conditions of spontaneous
polarization in the crystal. These characteristics are
ascertained basing on the analysis of ci- aracteristic properties
of known piezoelectrics. The existerce of a dowain structure
can be conziilered as an essential characteristic feature. The
phase trarsitions of the first or second type are also an
i,--iportant chart..cteristic of piezoelectric propertieB. Piezo-
electrics of the oxyt,-.en-octahedron type and those containing
hydrogen compounds pre.,3ent other characteristic features.
Card 1/3 Smolenskiy-Yi.-ttia a Icrystallo-chemical characteristic

On tho '4uestion of the Se-irch for New Pie-oalectrics SOV/49-22-12-7/33
(Refs 9,10) is ret;-.rded as belonginE to the first tV,;;e. Piezo-
electrien containing hydrogen, make t1he problem more compli-
cated, Ifere it is much more diffIcult to formulate the
charAicterictics, becnu.,ie t',"e nechitnisra loading to the for',fation
of nyontancous polarization is very unclear (Ref 11). The
che.7,ical conponition and its strueture are moreover extremely
con.@Iirtilefl. and varied. It vins ;-.1ready earlier mentioned
(Ref 13) tl!.- 't.,the symmetry variation of all piezoelectrics
hitherto knovyn which takes place during the phase transitions,
is sitbject to certain rules. S_-r-,netry variations of a few
piezoelectrics during their phase transitions are given in
table 1-Thin table is a 3upple,;ient of the published data.
(Hef 13). The conclusion has been drawn ti.at a variation of
point sym!-etry, beion#@ing, to one of the Pyroelectric classes,
can be held as a char-cteristic of piezoelectric phase transitions
for all dielectrics. This characteristic is called the
crys tall o;,raphic feature of t3,-ontaneoua polarization. Such
materials were chosen in this work for which the variation
of oymmetry at phase trannitions was known to be subject
to the crystallographic characteristic (Table 2). In conclusion
Card 2/3 it is poiritpd out, however, that the mentioned characteristics

On the Question of the 3earch for flew Piezoelectrics SOV/48-22-12-7/33
are indeed necessai7, but not sufficient. The search for new
piezoelectrics is facilitated by them, but neither shortened nor
theoretically completely substantiated. The next paper, there-
fore, will be dedicated to the investigating of piezoelectric
properties of the materials recvzded in table 2, as well
as to the determination of optimum conditions of existence
for spontaneous polarization in crystals. The authors thank
L. Z. Rusakov, I. S. Rez, V. V. Gladkov for their assistance.
There are 2 tables and 13 references, 4 of which are Soviet.
ASSOCIATION: Institut kristallografii Akademii nau'K SSSR (Institute of
Crystallography, Academy of Sciences USSA) TaHILP Komiteta po
radioelektronike Soveta Ministrov SSSR (TaNILP of the Committee
of Radioalectronies, Cabinet Council USSR)
Card 3/3

'30 V/70-4-1-11/.--)6
AUTHORS: Rez, I.S.,, Sonin, A.S., Tsepelevich, Ye.Ye. ana
Filimonov, A.A.
TITLE: Experimental Investigations in Finding New Piezoelectric
Materials (Eksperimentallnyye issledovaniya po vyyavleni.-ru
novykh plyezoelektrikov)
PERIODICAL: Kristallografiya, 1959, Vol 4, Nr 1, pp 65--68 (USSR)
ABSTRACT: Lis"s are given of materials tested for piezoelectricity
(with a piezoelectric tester, PT-2). The authors found:
39 inorganic and complex compounds showing marked piezo-
effects; 43 inorganic and complex compounds with
inappreciable piezoeffects; 90 organic compounds
showing marked piezoeffects; 184 organic compounds
howin@ inappreciable piezoeffects There are 4 references,
ich ai-e Soviet and I Englisfi.
9
ASSOCIATION: TsNILP
SUBLTITTED- December 1958
Card 1/1

SOV/70-4-3-26/32
AUTHORS: Zholudev, I.S. and_�@@A_
TITLE: Rotation of Plane of Polarisation of Light and the
Synunetry of Crystals
PERIODICAL: Kristallografiya, 1959, Vol 4, Nr 3, pp 425-429 (USSR)
ADSTRACT: The changes in the symmetry of crystals conditioned,
in the general case, by the changes (appearance, change
of sign, cliange of magnitude) in the specific rotation
P of the plane of polariantion of light are investigated.
Tito spccific rotation in one direction is described by
an axial tensor of symmetry Q0 ; 2 . Tito gyration
surface of a crystal can belong to one of the four symmetry
groups 2:-2, 4.m, v0:2 and ooloo . The morphological
syrmiietry groups of crystals urhich show rotation either
coincide with these groups or their sub-groups. Point
groups which can show rotation are 1,2 3,4,6, 2:2, 3:2,
11:2, 6:2, M, 2.n. 4-m, 3/4, 3/2, 4 *
A change in the point symmetry of a crystal on Phase
transition conditioned by a change in the rotation can be
found fron Curie:s principle (A.V. Shubnikov - Ref 4)
L
Cardl/2

SOV/7o-4-1-26/32
Rotation of Plane of Polarisation of Light and the ymmerry of
Crystals
According -to this principle the syrametry of the crystal
on change of rotation can be determined as the highest cont-
mon sub-group of the point group to which the crystal
beloi%8 in its initial state and the syt:r3etry group of
the gyration surfirme for the given disposition of the
syr,mietry clements of both (,@roups- Hence, for any of the
32 classes the change in symictry comiected with a change
in rotation can be found. This is tabulated for all
classes aud for the It syrmietries of gyration surface.
There are 5 tables and 4 Soviet rc-Acremices.
ASSOCIATION: Institut kriztallo_rraf�:L AN SSSR (Institute of
Cry.5tallography of the Ac.Sc., USSR)
SUBMITTED: March 17, 1959
Card 2/2

AUTHOIRS: .-- Sonin, A.S. and Zheludev, I.S. SOV/70-4-4-5/34
TITLE: Spatial Symmetry and Ferroelectric Phase Transitions
PERIODICAL: Kristallografiya, 1959, Vol 4, Nr 4, pp 487-497 (USSR)
ABSTRACT: Tables are given showing, for each of the 230 space
groups, the space groups which result when a crystal
of the initial space group undergoes a ferroelectric
transition developing a spontaneous polarization f
along one of the axes.