SCIENTIFIC ABSTRACT YAKUBSON, S. I. - YAKUBTSOVA, L. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962020002-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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riws. C.114 sollas. 4 AlDr. mutain prisxip*Uy Alptirs nuAs.; wWn, 4 Kite tit such osdn%
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olec IjAr state of goino compounds Iti
'
mt
.
anti
In
2. 16-40011 RUS-,
Re ..], swcs of Allkl~
sl4n, 20
'
id AJO

4 P
AsBr,, and of the bitiaj~k systit~i AlBrr-AsIlro at
t
lli
2
oltwy.,
means oVebu
Nallr in EtBr wcre InvestigAied by
tctliiitAll3rfbtntiamocd~ntAs.wbcrtas-I
dic
I
i

t
-1 4 ti
ts n
The rrv
Lstatc. Tile ti.-00clevittlonof the;
AsEr, eAsts Itl flit UnIIIII)
ccxitg. MBriaud AM. wa% lower than espettrd. ThIsi
'
s-)In
,
alieate forimition of comples compdg. of the two
levistion observed lit th, ryitem AlBr.-
-
Ti
b
.
p. c
lc
-browidi 4.
vi cwxud. This was attributc4 to the
NaBr %as tower th:
Th
tormatim of conitil salts ill the solo. e data Indicate
Itil" of the formula MDrj)..(NaHr). In
of a con
hi
cn(c
ex
11cilowilty-
which x: is trmi" than tn.

0 0 0 * 0 0 4 eve
V - T F--'-
At I 1 0 if a x w 4 At v a 0 0 A) a 0 At
*0 LIP _P 6 L
RAMW isir W.I.Oft w.m. *IT"
00 1-00
hjLbdev 4"Um. and POCAMMO if,
Wwwals. h I. Vitillf;I-mn (Irillf Cn. intl InZaTol. -t"
Avmf. Se. Uivwl SSU, hillif. I. Nv- Cti'll,
(I".S_i JI, 313 h1M7JfIjI Rull'I'lli), 1-1's.~ 'J t
mol. ill&? f- I mol. Mile. I. III owill. ofirt tit %a I.- I I- -
frillyioIl licitimp Ils" I It 00, It'.1r4ill If, 19", '1 Ill. itte'l -
f'I x Alclill'.I& (I'll., NIN) %% Ill I bit I It'll I IN,
IA. NAVI. ~-Llit.Awl Nil ill 1-1119,41 ill, It,. 01, of
o o
god toluene; O.f;' II.S. afal 0.3 fur KC1. K l1r. will K I Ill C.1 I.,
*0 1 0.4. 0.5, AI&I 0.3 for KCI. Kljr,antl KI in toluenc; 3,0.7.
anti 0.8 for Li Ur, Notfir, juitti K fir Ili nitrolienicur, and
00.9 fps, 1).4, will IIA I'PP thrmP kjI. Ill h., IN., 000
09 TIM VVIttlit ~14140 4111v- Of the N.&CI -Aftir. Hilit sys- =00
Irfil ttt"I" (Ille 41.41NIJI'll. jilltrillij 1' .41 20 V. fthfll It I.
00"
W.144W 14~1, I'llUdCAIIIIII.Iti. (At AIJIPUI 2 Anti Al".411 ro 0
of a I YJ Wirt, x and one l'(AI 4JI w.I when If
coo
1, rJ& Os-*% IbAlt, at stuAll it, slrixWtioij tit All. lit
oev
mr.lits it x if! hoili Al and SA. And At 9 - I it( Na villy coo
0o tak- 1-14cv. Ambitious t1frets iste 41intru itleu fly other
It (fir .4y. 'd Aix 1, jimittivirtit or 'ItIscr W_ coo
tor. wit(writc. ovily tmw tit life 41wevell t4ittir. I. tift.owni. goo
I'lie I.Ajr NA + Mile, Its C&II# tw tulticite lihows two Vist
1. 1 1.2 and 1.0-2.0 Y. 4-iterr-Immiditis Ili t1cclifnint, of All, goo
lull.) Allies. tity. In 1,11,100 the Alittill Inti.11 oilly is II.C. goo
Ititillicti. 1,14 .7-4.1 W. fur Kilt anti 1.3-1.1 Y. flat .14411t, goo
at x 4 0.7 will 3.11 Ill arld
%hrrvAli Lille h4s V - AA v.
5.11 V. At X -l 0.7 - I. 11tc systems OAS IACI + Allir. + big 0
3 I%N'01 slid 0.0 LICI + Mile. + 100 Ph.Nth hAve I'
3,75mid 4,1.1 v,, tirtill. The M-19nitude of ;'Slv" insishe troo
:4 lit(o flit %tfCngth N C04111411CM Anti "VAOS and CAU be 1:00
VIVA"alwylicalit",
L A 411411ALLOGICAL Ltl$NA flog
Ila. j,qjkVA 7-
- -- . I If*
.19 0. v -To _( ow
liti#a 4-P ill
AV 0 W f F IF
, "1e, 1, If Is it a f K et of 11 of a a if It' wzw~ 1.71 Im 0 0 9 9 ill
0 0 illifloeilli*411 o g g 0's to 0 0 lop 0

YAKUBSON, S. I.
Yakubson, S. I. and Mramva, M. A. The electric conductivity
and viscositv of bromine solutions of acaUmide and phosphorous pentach-
loride," Ukr. khim. zhural, Vol. XV, issuir 1, 1910, P. 136-48, - 3ibliog: 7 items
SW U-5241, 17 December 1953, (Leto,.-is 'Zhurnal Inykh St-auey, HO. 26, 1949)

YAKUBSON, S.I-.-; iiBRAMOVAg-14.A. -
Decomposition potentials of aluminum bromide with halid3s of lithium,
sodium, and potassium in nonaqueous solvents. Ukrain. Xhim.Zhur. 13,
362-71 149. (MVRA 5:6)
1 (CA 47 no.15t7348 153)

YAKUBSON, S.I.; ABRAMOVA, M.A.
Zlectrolytic separation of lithium from nonaqueous solutions. Ukrain. Khiz.
Zhur. 17, 902-10 '51. (MLRA 6:4)
(CA 47 no.22:12053 153)
1. Inst. Gen. Inorg. Chem., Acad. Sci. Ukr. S.S.R., Kiev.

AUTHDRS: Yakubson, S.I__nd_K__t
an Os r
TITLE: 1. Polarographic Investigation of Rare-Earth Elements and.Their
Systems with Certain Complex-Forming Substances. (I. Polyaro-

rafioheskie Iseledovaniya Soley Redkozemellnykh Elementov i ikh
g
istem s Nekotorymi Kompleksoobrazovatelyami).
ARIODICAL:_ Reo' an-ic-hesioz- K_hijn_i1_ll
(Journal of Inorganic Chemistry,
,
V-0-r.111 B0.29 ku.000.R.)'.
ABSTRACT: There are considerable ambiguities in the results of polaro-
gr~tphic studies of rare-earth elements with the exception of
Eu. The aim of the present work was to see whether the method
was applicable to complex-formation investigations for these
elements, A visual polarographic set-up was used. Solution of
the chlorides of La, Ndy Ce and Sm and Nd sulphate in aqueous
oolutions without a background and on a tetramethylammonium-
iodide background were used: no reaction between these salts
and the inert electrolyte was observed. A clear wave, corres-
ponding to reduction according to M3+ + e -> W+ was found for
the solutions studied, but there were no signs of one corres-
ponding to reduction to the metallic state. Proportionality
between the wave height and the rare-earth ion concentration
in the solution was observed. On adding complex-forming sub-
stances (citrate and tartrates) to Nd or Ce salts the wave of
the simple cation disappears without the appearance of the
complex-ion wave.
Card -1/2
5,
_44

570
1 Polarographic Investigation of Rare-Earth Elements and Their
5~stems with Certain Complex-Forming Substances. (Cont.)
There are 13 references, 2 of them Russiaa.
There are 6 figures and 1 table.
Institute of Inorganic Chemistry of the Academy of Sciences of
the Ukrainian S.S.R7.9 Complex-Compound Laboratory'.
Received 1 Novembery 1956.
Card 2/2

AUTHORS: ]rAkX&j'1on,, S.I., KoDtx%=~XAP N.A. SOV/ '78-3-7-38/44
TITLEt The Eleclrlo CmducMvilV of th-3 Solutiom of ChloridAa and
S-Alfatea of Luvilvvim anJ Ceilvm With Hydrochloxlo Auld and
Sulfuric Ar.;.t ti (Inek-~,-oprovodno,-W rastvorov khloriio-r i sull fa-kov
i
lantana i t3ariya a aolyancy i sezucy ki-slotami)
MIODICAL: Zhurral neorgarx"ohemkoy kWzii, 1956, Vol 3, Nr 7, PP 1688-1693
(USSR)
ABSTRAM The electzlo o4mduoti-lly of -the isomolar solutions of the
. .1.v;st*ma CeC13-H031-H29, LaMYHM-H23, Ceq(S04)3"H2S04-
H,)O and LP,2(S04).,-HA0j,--H2P waa Investigated with the result that
c~aplex compounds w,;.re found to exist in the solutions in which
the ratio metil salt *. acid residue is i . 1. The following Com-
plex ions pivbsMy ejdst in the solution: M01 - aMN so
Lg
It im pwbalcle that be -1des complexes wi-bli a i!atio of I aiso,
other complix J~oni o,:v-4mr in the aolutiomi. In orJer to fix-plain
th,q imfluenoe "ieroi,9*1 'by th,,q sol-el.)nt irpon the forming of ooa-
plexes In the dbavi mentioned aystems -the deteA-mirtation of the
Card 1/2 specrIfto eltotrio conductivity of CeCly-1101 in ethyJ alcohol

The Electric Conduv~~i---,Ii7 of tlh-i Sol-ations of Chlorides 507/ 76-3-7-38Y"
and Sulfates of Lanthazy~m- and Cexlum WM Hydrochloric
Acid and Sulf-ar-lo AcId
we." i3vresti&,at-31. The mwcimm &rvUtion of eloot-rio conducAl.-r-
ity at 2.500 'L3 found vrith a mtio of Ceal -H31 3 1 2-
3.
It ma-y be .%ean iha-t the -olu-bion contairas several kinds of
complex ions wlr-i.%!A a7ve in a 5tal:a of equilibilim. Thero a.X4 6
figum3v I tdb"L3 ani 6 of whioh av~, Soviet.
SUBMITTED: July 26, 1957
1. Complex compounds--Electricial propertien 2. Complex compounds
--Aaalysis Complex ions--Theory 4. Complex lons--Properties
Card 2/2

AuiHORS: Kostromina, N. A.,.-Yakubacn, S. 1. SOY/78-3-11-14/2x
TIT1E: II. Polarographic Investigation of the Salts of the Rare
Earths and Their Systems With Some Complexes (II. Polyaro-
graficheakiye issledovaniya soley rodkozemeltnykh elementov
i ikh sistem s nekotorymi kompleksoobrazovatelyami)
PERIODICAL: Zhurnal neorganicheskoy khimii, 1958, Vol 3, Nr 11, pp 25o6-2511
(USSR)
ABSTRACT: The formation process of complex salts of the rare earths in
aqueous solutions is investigated by means of polarographic
methods, above all of the not especially stable complex salts.
An ytterbium chloride solution with 0,1 H-tetramethyl ammonium
iodide was investJgated polarographically. The half wave
potential does not change with an increase in concentration from
1 to 4 mmol/l. Two stages occur at concentrations of 1 - 2
mmol/l. Salts of cerium and lanthanum in aqueous solutions
were investigated and it was found that the half wave potential
is displaced towards the negative values with an increase in
acidity of the solution. A polarogram was plotted for the
Card 1/3 system LaCl 3-M-11 20. A half wave potential of -1,79V occurs

SOV/78-3-11-14/23
Ii Polarographic Investigation of the Salts of the Rare Earths and Their
Sy;tems With Some Complexes
in a neutral solution of lanthanum chloride. Similar investi-
gations were also carried out'. with the system CeCl 3_HCl-H 20.
The polarograms with solutions of lanthanum sulfate and cerium
sulfate were plotted au welli the results show that the half
wave potential is displaced towar-ds the negative values. The
half wave potentials of the solutions investigated are given
in table 3. The data and polarograms show that a displacement
of the half wave potential towards the negative values occurs
with all salts investigated. If an acid is added, this fact is
explained by the formaticn of complexes between the salts of
the rare earths and tht~ corresponding acids. Polarographic
investigations were also carried out with the system ytterbium
chloride and the salts of organic acids, above all of lactate,
glyconate, citrate, and tartrate. In the case of an equimolar
ratio of the components in the solution the wave of the
ytterbium ion vanishes and the wave of the compi ex ion occurs.
Cation complexes with the general formula YbAjn+ (A - lactate-,
glyconate-, citrate-, and tartrate anion) are formed at these
Card 2/3 concentrations. If an excess of complex formers is added, the

SOV/78-3-11-14/23
II. Polarographic Investigation of the Salto of the Rare Eartha a-d'Their
Systems With Some Complexes
wave is displaced towards the negative values. For trivalent
ytterbium with lactate- and glyconate ion a complex is formed
in the case of a great excess of complex formers, which has
A. III n~
the general formula F A6 . Bivalent ytterbium with,equal
anions forms the complex lybIIA4]m-.
There are 5 figurea,-4 tables, and 4 references, 2 ef which
are Soviet.
SUBMITTED: October 2, 1957
Card 3/3 1

Concentration dependence of the decomposition potentials of
compounds formed by aluminum bromide with metal halides in
nonaqueous solutions. Rab.po khim.rastv.i kompl.oood. no.2:
72-81 '59. (MIRL 13:4)
(Aluminum bromide) (Halides) (Ilectromotive forco)

5(1,4) PHASE I BOOK EXPLOITATION sov/3413
Akademiya nauk Ukrainskoy SSR. Institut obahchey i neorganicheskoy
khimii
Raboty po khimii rastvorov I komplekanykh soyedineniy., vyp. 2
(Papers on the Chemistry of SolutioAs and Complex Compounds,
i~ 2) Kiyev, 1959. 229 p. Erratal'slip Inserted, 2,000
copies printed.
Reap. Ed.: Ya.A. Fialkov (Deceased) Corresponding Member,
Ukrainian SSR, Academy of Sciences; Ed. of Publishing House:
Z.S.-Pokrovskaya; Tech, Ed.: M.I. Yefimova.
PURPOSE: ftle book in intended for research scientists, teachers in
schools of higher education and technical schools, aspirants, and
,students of advanced chemistry courses.
COVERAGE: The edllection.contains 9 articles which review work
conducted at the Institute for General and Inorganic C~emlstry,
Ukrainian Academy of Scieneeson electrolytic aqueous and'
nonaqueous solutions, the chemistry of complex compounds,
Card 14

Papers on the Chemistry (Con t.)
SOV/3413
analytical chemistry, and fused electrolytes. The,collection
also contains an drticle entitled "ElectrochemicalProperties
of AlWinum Halides in Nonaquequa polutions", by V.A. Plotnikov
(Deceised). Figures, tables and referenceB.accompany each
arti4e. No personalities are mentioned.
TABLE OF"CONTENTS:
Plotnikov, V.A. Electrochemical Properties of Aluminum
Halides in Nonaqueous Solutions 3
Yakubson 3 1. -Dependence of Decomposition Potentials of
i76j;-Q__s'_;_Fi.1uminum Bromide With Metal Halides in
Nonaqueous Solutions as a Function of Concentration 72
Fialkov, Ya.A. (Deceased), and Ya.B. Burlyanov. Phosphorous
Pentoxide,As a Complex-forming Agent In Reactions With Metal
Chlorides 82
Fialkov, Ya.A. and Yu.P. Nazarenko. Study of Inorganic
Halides on the Basis of Isotope Exchange Reactions 116
Card 2/3

Papets on the Chemistry (Cont..) SOV/3413
Sheka, Z.A., and TO.Te. Krins. Metal Xanthates 135
Sheka., -1.A. Physicochopical Analysis of Solutions on
,
the Basis of Dielectri9jroperhis 163

B&bko,o'AA.p omd T.Yoo Getlmn. Spectrophotometric Study
of Complexes of Low 4tabilityDuring Complex Formation 186
Babko, A0K and T.N. Nazarchuk SttW of Metal Compounds
. e ,
h
wit x
Dyed Yanthroquinones
199

iNarkov,, B.F. Electromotive Forces of Chemical Bonds With
Individual Fused Slate 216
AVAITADI Library of Congress
Cax-A 3~3 TN /~M
75
6
-
3-3

, YAXUWOR,--S,.-'Ya.., inzh.
Mechanized data processing in the prnes shop of the Moscow
Automobile Plant, Mekh.i avtom.proizv. IS no. 5S48-50
My 164o (MIRA 17:5)

FALIADIp G.A.- TAKUBSON, T.Z.
-------------
Use of the vacuum apparatus; based on the data of obstetric
institutions in Kishinev. ZdravookhrLnenie 5 no.3s45-47
My-Je 162. (MIRA 16:1)
1. Iz rodillnogo otdeleniya 1-y bollnitay Kishineva (glavnyy
vrac.h I.N.Revin).
(OBSTETRICS-APPARATUS AND INSTRUMENTS)

am;
T 0 06 e o 0 o o 0 0 0 a 0 __W_Af 0 0 a 0 0 0 0 0 0 0 0 0 0 0 0 66
W.- k-JI-M-U-14 10-k-U-10
1. -1-1 _1 "I A_ OR (A LIP It I V t 0, * -1 0
A *T
PfU N144% A~ Pfllfffii~" 5" 1
~AKOL'irrzmrut (Al. M.). Jimptnim ymillinmg rtpunto qw6itux ado-
TIMOPheevi MUL). [A Wheat resistant to
:0 it fungal discamv (Tr*icum timojAervi Zhuk.).]-Bull. of Appl, IW,,
00 a Geiklict, and Plant Brording, li-ingrad, Fier. A (Plant Indudry in
V.S.S. R.), 11, pp. 121-130, 1 fig., 19M. -00
00 4 The chief purpose of this note in to draw the attention of wheat, -00
00 1;! breeders to a species of emmer wheat (the botanical characteristics and .0
genetical affinities of which an discunsM in some detad] which was 90
Zoe
described in 19*28 by Zhukovild (JoukovPkyj under the n I
titnajAmi (BuU. of Appl. Bof., Genetics, and Plant Brerdh_
xi, 2. pp. W 66, M28). Its natural area of dinpersion is rcutricted to the
fimthilbi (300 to 1,000 m. high) of south-went Georgia [Transcaucasial,
v where it is usually grown in m~ixtum with a wild variet of T. mono. vo 0
00
0XV111M. and is known under the local name 'zanduri. ~-ield obwrva-
tionx in its natural home, u well aA preliminary trials in various region* 400
or the U.S.H.R., indicated that this wheat in practically inimune rrom
blackand brown rusts (NocWa graminit and A frilkina) and only Zoe
very slightly susceptible to yeHow nut. (P. yfuntarum), besides exhibiting 600
high resistance to other paranitic fungf, e.g., mildew (Erysiphegrantinis),
bunt [ riudi, caries and T. jbdrnsj, loom smut [Ustibigo trilion], and
Oat
Fuwrium app.
~.f Ajo.SLA 091ALLUFIGKAL LITSEAURC CLASUFKAUCk tie 0
so
.34i OJAWAmP
Q- 9j&##3 lo all 01
--v
U 91 AV so is, U. M1 A 1 114 An L 1 9 OW 0 W 8 1 N N I in 0 ~1 0
0 00 00 0 0 of 0 0 0 0 0 a 0 0 go o of o 0 o e 6 0 Off 0 0
90 00 0 0 is of go 0 00 0 0 0 0 a 0 00 *1* 0 0 0 0 0 0 0 * 0 0 C, 6 off 0 0
3,
A,
.n;
41P
W
A~ IV
RM "YMNR -

YAKUBTLIJINIER, if. Im.
Yakubtsinnr, Ill. I.I.. ll"Arr)robatlon if w!~rittl-c:; In th~ light ol' tho~-
Michurin doctrine," Ll-~,,lection of grain crop~_7, Selektsiya i
semenovodstvo, 19119, No. 3, p. 4-10
SO: U-3566, 15 March 53, (Lotopis 'Zhum;-l Iny1ch Statey, Ilo. 1h, 19119).

%S,H/Diology, Agricultural - ~ Genetics Jan/Feb 52
"Data Relative to the Problem of Occurrence of Eye
Grains in Wheat Rare," 14. H. Yakubtsiner, Wheat Lab,
All-Union Itst of Plant Breeding, Leningrad.
"Agrobiologiya" No 1, pp 24-38
Following T. D. Lysenko's results on contamination
ot wheat with rye in mountain areas (1949), a syste-
matic search for rye grains in wheat ears was carried
out. In 11 rayons of the Caucasus, rye grains were
detected on threshing wheat. In 5 of these rayons,
rye grains were detected on wheat ears in individual
cases. In no single case,.more than one or a max of
.2, rye grains per wheat ear was found. In almosV all
cases, rye grains were found in-soft wheat, but
in some cases bard wheat also contained rye. Rye
grains that developed on wheat ears gave rise to
typical rye plants, but insome cases grains which
resembled rye grew into wheat plants. Plants in-
termediate between wheat and rye could never be
grown from any of the grains mentioned above. In
th.- ccurse of this search, rye-wheat hybrids were
also discovered, but they proved completely
sterile. ZFictures of individual wheat ears and
of all wheat and rye grains obtained, from these,
particular ear: (according to the captions) ac-
company the te t2-

Y 4 - SAVITSKAYA, V-S'
ammmaL-116-1 ~-
Wheat fall Bowing of opring wheat. SOv- agron. 10 no* 109 1952*
Late
9. MSaLhl - kccessions, Library of Congress,Dw-a~~Ppp. Unclassified.
I List of Eussian.-A-

;,USSR/Biology, Agricultural Vbeat, Genetics Mhr 52-
Vbeat'," M. M. Yakubtsiner, Cand Agr Sci
"Nauka i Zhizu"' Vol XIX, No 3) pp 16-19
Grains of USSR Vueat, particularly of Vheat grown
in the southeast, contain 15-26% of protein, vhile
vheat grown in foreign countries as a rule does
not contain more than 8-15% of protein. USSR sci-
entists are concgon the selection of hard wheats,
Intervariety crossing to create cold-resistant
vheats, and development of busby varieties which
are highly resistant to wind and rain and give very
high yields. T. D. Lysenko proved that vintervbea
can be transformed into wheat suitable for spring
planting. 'Wheat -rye,. vheat -quack grass, and vbest-
rye-quack grass hybrids have been developed and are
being cultivated. The yields of wheat achieved in
individual instances in the USSR are the highest in
the world (e.g., 101 centwrs per hectare).

1. YA'KUBTSINER, M. M.
2. USSR (600)
4. Wheat
7* Now regional wheat varieties and their identification. Sol. i sem. 19
No. llo 1952.
9. L42nthIZ Lin 2Z ~Upsi Accesolops, Library of Congress, FobMAM 953. Unclassified.

1. YAK=TSINER, M. M. M,
2. TissR (6oo)
3- Wheat
4. Development of remose varieties in plantings of hard wheats. Dokl.Akad. sell-khoz.
18 No- 2, 1953-
J11"
9. Monthly List Rf Russian Accessions. Library of Congress, 1953. Unclaseified.
7T

YAKUTS.INM, M.M., kandidat sellskokhozyaystvennykh mon .
Studying ancient agriculturists. Hadka i zhisn' 20 no.10:26-28 0 153.
(MLRA 6:10)
(Agriculture, Primitive)

A-K U6
USS'R/Cultivr~ed Planti Gm!Ls M-4
4
Abe Jour Ref Zhur - Biol., No 1,. 1958,. No 14W
Author M.M. Yakubtsiner
Inst 71~1-~oa~cultural Academy imeni V.A. Lenin
Title New Bot,_%nical Forms of Wheat) Valuable in Selection
Orl g Pub Pyvl. 11ses. in-ta rasteniye vodstnia. VASKML, 1956, Ito 2)
33-34
Abstract A short description of those forms is given which have berin
evolved in the All-Union Plant Cultivation Instit-ite from
.fr,goslavinn specimens of the ex-.r,%hrospermum variety, dist:tn-
guished for its large grain (its absolute weight is (75-66 grams'l.
i'.-5 elongated spikelets and braet scales, large flumes (12 to
:~3 m. in length), its 3-4 caryopsides. The apecimena ara rasis-
to wheat mildew mid rast. The author calssifies theae
forms.1 both the uniform and large grain specimens from the
h=id regions of Northam Italy., into a new subspecioa T~:.
aestivum L. asp. grandisemineum Sakubze sop. mova. The diagno-
sis of the new subspecies is: Tr. aestivum L,, sop. grarslisemin-
eum Sakubz. Diffart a asp. indoeropeum Vav glumis majoribas 12-
Card 1/2

USSIVCultiratGd Plants - Grains
Abs Jour : Relp Zhur - Biol.,. No 1. 1958., No 1480
13 = longis caryopsis 10-U mm longis., spec. typ. rugo..
Sla-vig.; Italia.
Card : 2/2
m-4
I ~ ;, ,- "

--- j- 7 ,-- -/ rt~ -
7 ,I- , 1, , , T
"-, '/5'/ --i'. Z=ovsKiy,, P.M., skudemik, red.; SINYAKOVA, L.A., red.;
YAKUBTS11WRo II.H.-
0 Z.V., takhn.rod.
[Wheat in the U.S.S.R.] Pshenitsa v SSSR. Moskva, Goo ird-VO
Bellkboz. lit-rY, 1957. 632 p. iMIRA 11:3)
(Wheat)

TAKUBTSIIIER, M.H.; UDACHIN, R.A.
~ , ~ ~,`
Value of Central Asian wheats as breeding material for Uzbekistan.
Uzb. biol. xhur. no.3:48-52 '59. (KRA 12.11)
I.Predneaziatska7a opytnaya
raeteniyevodstva (VIR).
(Uzbekistan---Wheat
stantsiya VBesOYUZnO9O inotituta
breeding)

TAKUBTSI
A contribution to the study of Chinese wheats. Bot.zhur. 44
no.lo:1425-1436 0 159. (MIRA 13:4)
(China--Wheat)

TAKUTSIM, Mal.
Possibilities for increasing the production of durun and strong
wheat. Zemledelie 8 no.1:58-66 Ja '60. (HIRA 13:4)
1. VeenoyuzW institut rasteniyevodstva.
(wheat)
z

YAXMSTNIR. M.
Black grain. Znanosila 35 no.6:36 Je 160. (MIRA 13:7)
(mxcavations.(Archaeoloa))
(Agriculture)

PU)CPTAMIT, Aleksandr TaICOVISTiChs kand.takhn.nank-, TAKMSBP
kand.sellskokhoz.naut,.red.; yOKICM, A.G.,
BILOGUROTA, I.A., takhnerado
[*king qualitien of wheat ana flour; verbatim report] Milebs-
pekarnye kachestva pghquitsy i muki; stenograma dokladmL. Pod
red X.M.lAkubt iusra. Leningrad, Leuingr.Dom nauchno-takhne
pro;agandy, 1961. 32 Ps' (XIELA 14t12)
(Wheat) (71cur)

YAKUBTSINERP M.M. (Leningrad)
tr
"Environment and plant development" by V.I.Razumov. Reviewed Y
M.M.IAkubtsiner. Agroblologlia no.3s474-475 MY-JO 162.
(MIFA 15!10)
(PLANT PHYSIOLOGY)
(RAZUMOV, V.I.)

YAKUBTSINER, M.M.Ooktor sel'skokhozyayotvennykh nauk
Anniversary of a talented plant breeder. Agrobiologiia no.6t
925-927 N-D 162. 0CM 1631)
1. Vsesoyuznyy institut rasteniyevodetvag Leningrad.
(Skalozubovat Anna Nikolaevna, 19-02-)

YAKUBTSINER, M.M., daktor sel'skokhozyaystvennykh nauk
"Agriculture of India* by D.V.Ter-Avanesian. Reviewed by X.M.
IAkubtsiner, Zemledelie 25 no.2t94-95 F 163. (MIRA 16:5)
(India-Agriculture) (Ter-Avanesian, D.V.)

VAVILOV, Nikolay Ivanovich, akadomik; doktor
sellkhoz. nauky otv. red. toma; LEPIN, T.K., doktor
sellkhoz.nauk., oty. red. tome; YAKOVLEVA, V..M., red.izd-
va; BOCh*EVF.R, V.T., tekhn. red.
[World resources-of cereal, pulse crop, and flax varieties
and t'heir use in breeding] Mirovye resursy sortov khlebnykh
zlako-v-.,,zernovykh bobovykh, 11na i ikh ispollzovanie v se-
lektsii.`-1jqpkva, Izd-vo 'Tauka.11 Vol.2. [Wheat] Pshenitsa.
1964. 122 p'- (MIRA 17:4)

.UB,i,~z ~ T-1 ".-.'.;CHES,'-',OKO'l F-G-; EDOTOVA, T.I*
Y;,~ T- . A F
.... -- .1
''. - .1-1- ~ z-.-
CA,orgii Lvganlevich SViligerberg-Zpagorov; 1889 - Zashch. rast.
ol~ vr,.(I. i I)ol. 9 noac:59 164 ('111RA 18:1)

YAKUBTSINEP M M doktor fiellskokhoz. nauk
Understanding the variation of two-way wheat. Agrobiologiia
no.5z661-663 S-0 165. (MIRA ISO)
1. Vaosoyuznyy nauchno-Isaledovatellskiy institut rastnniyevodstYa#
Leningrad.

YAKUB-ISINER M.tl.- FEDOTOVA, T.I*; CHHo.j:
In memory of Georgi-i
anniversary of H5 birth. Bot.
1. Vrenoy-u7,ny.-f institut
rantoniyevodstvap Leningrad.

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00 and oonverter bm. The adicon ountent of the metal from No. 3
00 blast-furnam varied betwom 038%. 7U W" was OOM.
06 ratively xMic with a time/itot .. ratio A 1. The slag
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00 j =W.v&rkdba4wcwI3Z1'&ndI5IO*C.
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rrovidsod that cortain coruliflom remalibmi oonxtant, the
snasigant" oontmt of the bvn liscreasood with the gag tmilwrottire.
but the relation was not as dwbdto as in the aw of aflioan. With
the Azovattal funmes. emectially the aam but much kw definite
rotations wto found to " betwomin the temperatum of the slag
and the silimn. stilAur and marwartme content4 of the iron. Ajo
-1161,1,11MICAL I)TIMSTWO
&AV IT
U a AT 40 as ji io~ i ii a 3, i
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-00
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19
-0*
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UO 0
too
ago
50 25-50 12-25 8-12 5-8 0-5
after vibr.screens 73.0 7.1 6.9 4.1 2.8 6.1
0.4 %
furnace bunkers 31.6 24.4 24.5 6.6 6.4 6.5
after vibr.screens 18.0 6.1 19.5 39.4 12.0 5.1
1.2 %
furnace bunkers 14.8 2.9 14.3 45.0 14.8 8.2
The operation of the blast furnace with sinter of

Mastering of a new practice on the sinter plantof AeRl
Cherepovetskiy Works. (Cont.)
1.2-1.3 basicity was satisfactory (Bo data given).
The output of sinter was 1.32 ton/m hr.
ainter plant operating data:
strand speed, m/min 2.65 - 3.25
bed heig4t, mm 2500 - 270 mm
temperature of waste gas, C 180 - 200
fan auction, mm H20 110 - 1200
There are 6 figures and three tables.

SOV/130-58-6-4/20
AUTHORS: Levin, L-Ya., Yakub~t~sziner~p ~ Sholeninov, Y.L.I. and
Grigor'yevykh, G.F.
TITO: Use of Pyrite Ci~ders in the Production of Hio-h-basicity
C,
-arkov v proizvodstve
Fluxed Sinter (Prinieneniye piritnylch of,
oflyusovannogo aglomerata povyshennoy osnovnosti)
I-)
LERI ODICAL: Metuallurg, 195841"r 6, PP 5 - 10 (USSR).
ABSTRACT: A 81iorta6e of concentrates at the Cherepovets.' Motall-
urgical Works led to the use from the end of 1956 of pyrite
cinder. Meilionine this, the authors go on to describe the
development of sintering methods enabling a high proportion of
this material to be used in the production of sinter with a
basicity range of 1 - 1.2. The sinter plant at the works has
three 75 m2 machines and sinters a relatively high Si02 mix
(Table 1). The pyrite cinders available from the Dorogomilovsk
and ShchelIkovsk Works contain 0.3-0.4% Cu and 0-35-0.45,"S' Zn,
the sulphur content of both varying widely. Because of the
paucity of published data and lack of experience in the USSR,
on the sintering of pyre te cinders, experiments were first
carried out on a 0.11 m sinter box (FiGure 2) with the parti-
clation of P.T. Krasavina, A.S. Bulatnikow and A.G. Zelltser.
Card /3

SOV/130-58-6-4/20
Use of Pyrite Cinders in the Production of High-basicity Yluxed
Sinter
coke and limestone were 3-0 mm, cinders, concentrates and
flue-dust were screened through a 5 mm screen and returns
were 12-0 mm. The results showed (Figure 3) that with a mix
containing 10-30016 cinders accurate control of carbon (to 4.5
and 3.5-4.0% in the box and on the full scale, respectively),
was obtained. A further series of tests were made with mixes
containing 33% cinder showing sinter sulphur increasing with
increasing CaO-content, but this effect could be minimiz3d by
raising the carbon content of the mix. SinterinC speed
increased as the basicity was raised to 0.8 but was unaffected
by further increases. With increasing returns, from 25 to
3%6 sintering rate, permeabilit and sinter strength increased
and sulphur decreased (Figure 55. Tests with 0-4(Ylo cinders in
the ore part of the mix shov.-red that a satisfactory sinter was
obtained with 20-25% cinder without appreciable slowing of
sintering. Bed depths of 200, 2257 250 and 2?5 Mm were
tested tFigure 7) with 2576 cinders and a basicity of 1.2:
maximal sulphur was obtained with the shallowest bed, the
best de-sul-Dhurization being obtained with intermediate bed
I
Card2/3 depths. Sinter strength was hiChest with a bed depth of

SOV/130-58-6-4/20
Use of Pyrite Cinders in the Production of HiCL-basicity Fluxed
Sinter
225 mm, while sintering speed decreased when the depth
exceeded*250 mm. The authors' conclusion is that 250 mm
is the optimal bed depth. Results of full-scale experiments
kFigure 8) at the Cherepovets` Works on the whole confirmed
the box experiments. The main conditions for maximal de-
sulphurization during sintering were found to be: bed-depth
240-250 lm instead of 2?5, carbon content of the mix 4.5 -
4.8 instead of 3-5-4% (with 20-25~yo cinders); good permeability,
secured by 30-3501o returns and an artificial hearth layer.
The lower iron content of the sinter with cinders was found
to have no effect on the coke rate (?00 kg/t pig) or the
coefficient of utilisation of useful volume (0.73). There
are 8 figures and 2 tables.
ASSOCIATIOV: Cherepovetskiy metallurgicheskiy zavod (Cherepovets-.
Metallurgical Works) and Leningradskiy politekhnicheskiy
institut (Leningrad Polytechnical Institute)
Card 3/3 1. Sintering furnaces - Equipment 2. Pyrites - Applications
3. Sintering furnaces - Operation

(,YAKUBTSIMM, N.M.
. Sintering the OlenopDrsk concentrates. Trudy IPI no.212:162-170
Il6o. (MA 13:12)
(Olenogorsk--Iron ores) (Sintering)

1.8.2000 774113
As 0 13 34 -'_- C) - i -
AUTHORS: Yalcubtsiner 11 M, , Trelcalo, S. K. (Candidates of
Tec nica. Sclenc s), and Shur, A. B. (Engineer)
TITLE: Physical Properties of Fluxed Sinter of the Cherepovets
Plant
PERIODICAL: Stall, 1960, Nr 1, pp 111-18 (USSR)
ABSTRACT: This is a study of sintering problems at the Cherepovets
Metallurgical Plant (Cherepovetskly metal'Lurgicheskiy
zavod). G F. Ovigorlyevy1ch, Ye. V. Nevinevzhitalcly,
V. M. Sholeninov, D. L. Grinberg, and E. Ye. Gutman
participated in the work. The plant Is producing
fluxed sinter from beneficiated Olenegorskiy (not
identified) iron deposits and from PIkalevo de-po3it
(Pikalevskoye meotorozbdeniye) of limestone. At Isome
periods the pyrite cinders of plants near Mo3cow viere
added to the charGe of sintering plant. The Olenegorskly
beneficiated ore (by 1958 data) contains 60.1 to 60.7%
Fe; 13.2 to 14.1% SIO ; and 1.1 to 1.3% CaO. The lime-
Card 1/6 stone (amounting to 380 kg/ton of sinter) contains

Physical Properties of Fluxed Sinter 77443
of the Cherepovets Plant SOV/133-60-1-4/30
51.5 to 53% CaO; 1.5 to 11% of insoluble residue (1 to
2% SiO.); and about 0.3% MgO. The determination of
bulk weight of Jrl"M'd ainter and the determination of'
screen composition and the degree of crushing of sInter
during transportation are described. The Cherepovets
Plant, for the first time in the USSR, used a two-st-age
screening of sinter returns. In addition to the regular
screening machines (in the unloading section of sinter-
Ing machine), which screen the returns before loading
of sinter into cooler, the additional vibrating screen-
Ing machines for secondary screening of flne.3 (after
the cooler) are Installed. The bulk weight of sinter
varies. It is due to the increase of the apparent
specific weight of sinter pellets with the decrease of
their size, as shown by the experimental data previously
obtained by N. M. Yakubtsiner and Yu. P. Smirnov (see
Fig. 2). For the study of screened fluxed sinter,
samples were taken from the conveyors. The results
are -fiven In Fig. It. The tests show that the secondary
screening of returns iG expedient. floviever, the con-
Card 2/6 secutive transportation and reloading of sinter results

Physical Properties of Fluxed Sinter
of the Cherepovets Plant
NI ~
7,0
dard 3/6
77443
SoV/ 1-3 1 -6, 0 0
I C I I

90

0 11V fig .0 IM W/I Iza WO
DIC.M,-Tv, OC 11
Fig. 2. The relationship between the apparent specific
weight of sinter and the size of pellets: (a) sample
Nr 1; (b) sample Nr 2; (c) true specific weight.

Physical Properties of' Fluxed Sinter 77443
of the Cherepovets Plant SOV/133-6o-1-4/,qo
.4 fir
12
A
Fig. 4. Change in composition of various fractions (from
0-3 to 0-10 mm) in the sinter, when screening with 2
Card 4/6 open sectlons a) and tot lly closed (b) screening
machines ksampfes I to IVI.

-Physical Properties of Fluxed Sinter '7711' 3
of the Cherepovets Plant SOV/133-.6o-i-4/30
in the new formation of fines. The effect oil prolonged
storage in silos on the screen composition of sinter;
the crushing of sinter fractions (from 3 to 5 and 100
to 150 mm) ciuring the storage in piles i_znder the Siloss
for 5 to 24 hr; and the change of screen composition
of fresh sinter and sinter stored at the ore yard T 'iere
studied, The deterioration of screen composition of
slinter during its storage at ore yards (with accompanying
increase of bulk weight , as compared with s-inter of
current production, supplies a good argument in favor of
building the sintering plants at the metallurgical plants
and not at-the ore mines. The authors state that In order
to bring to a minimum. the amount of fine-, in "he sinter,
,which is charged to the rurnace, the screening of t'ines
before loading of sinter into skip is imperative. At
present ILhe amount of fines (of 0-151 mm fraction) at the
Yenakiyevo Plant (Yenakiyevskly zavodl rea(-I-.,Is 21%, and
Card 5/6 at the Krivoy Rogr Plant (KrivorozhskfY zavod) 20.8%.
J)
R. 1, .1

-Physical Properties of Fluxed Sinter 77443
00
of the Cherepovets Plant V/1,"3-6o-l-4/--'O
There are 9 figures; 2 tables; and 3 Soviet references.
ASSOCIATION: Leningrad Polytechnic Institute (LPI), Central Scientific
Research Institute of Ferrous Metallurgy (TsNIIChM), and
Cherepovets Metallurgical Plant (Cherepovetsi-iy metal-
lurgicheskiy zavod)
Card 6/6

19..2000
AUTHORS: Yakubtsiner
-;e
TITLE-. The Practice
When Sintering
PERIODICAL: Stall, 1960,
N.
of
?ine
Nr
78176
SOV/133-60- 7-1/2~-'
M., Nevmerzhitskiy, Ye. V.,
Producing' Sinter of Increased Basicity
Beneficiated Ore
3, PP 193-203 (USSR)
ABSTRACT: This is a description of a successful production of
increased basicity sinter at the Cherepovets Metallurgical
Plant(Cherepovetslciy metallurgicheskiy zavod). The
described sintering plant is equipped with 3 s1n-
tering machines which were put into pperation in June
1955 and Apr11 and December 19D6, respectively (,see
Fig. 1). In the first few months the plant produced
nonfluxed sinter, or sinter with the degree or bastelty
(CaO : 310,~j not higher than 0.5; but since the end of
1955 the plant has been producing sinter of 1.15-1.2,0
baolt.-ity. Working on such sinter, the plantla blast
Card 1/6 furnaces had better results (regarding coke consumption)

The Practice of Producing Sinter of 7811-6
So?[/-"73_r,-0_7,_-
Increa3ed Basicity When Sintering Flne
Beneficiated Ore
than other furnaces in the USSR. Described are:
characteristics of raw materials and their prepara-
tion for sintering; Olenogorsk (not identified)
beneficiated ore; pyrite cinders; limestone; cone 11ne.
and other admixtures, as well as the work of sintering
plant and t~ie quality of sinter; operation of the
equipment and technical-economical characteristics
of tine sintering plant work. -The cost of sinter,
considerably lowered since 1956, (125-127 rubles/ton)
apd processing (about 15 iubles/ton) is still ex-
pensive compared with Southern plants (48-55 rubles/15-on
for sintering; B-10 rubles for processing, This Is
explained by: (a) higher cost of Olenogorsk bene-
ficiated ore (10'( rubles/ton as against that of
Krivoy Rog beneftclated ore 60 rubles/t-on); (b)
high power cost due to unfinished construction of t~ie
plant and overequipment of sintering plant with
electrical machinery (c) expensive repairs of new
equipment (ring type coolers of sinter, conveyIng of
Card 2/6 sinter Into blast furnace shop, etc.) and purchase

The Practi.ce ol'
Increased Basicity
~j
Berjel'iclated Ove
of' votled ~,h3pe.: i'voirt t;he outslde. Propo-ed me;:--sur-es
rot- lotaet-Itij,, the ,;c).,,i; of' iinter are; (1) Zcvea-Anz
powev corwwript.'Ion by climinatIng exce:,3 po*wer, elec-
I.vl.r.al I tit, witorwritloo,
t, I r1lu t. 0 "1 ra I ri I 11-~(Iuj; (d ) Imp vo v t!;i,. clu", 11, ty 0 r ve,
,alth of' tl,rr,(, 1jet,-ween re,)aIrs;
'
H) Uw liCe or I)y rnakinr~ thera
from
III,,ItIfr,I'LIIQ:;e ;A(wl ;~trld houl, "ast
11.011 (Nve appl,ylnf~ heat I've"Arrient,

t
C
,(..; (11) Lhe anourit; of velative-ly cheap
,;cale In the -:Inter or-oduction
nm,i Wic pr-oduct.1vity of' I.abor by The aluove
,.Ili I lower. t.he (,0.;t, of' :;I(Aer -jI cublej/
/ton) "Ind I:a;O, tron
ASSOCIATION: Chei-epovel,.- MWI,i*jI E'Dint, unfi
Polyl,e(Amle, Tn.,AJ1,WIQ
che-kLy ~,.w/otl I Lcmliq
,vidskly pollfl-eklmiche."Icly
~
I. HO 1 1, 1 LI U
cam.t -5/6

c r(].

Card 5/6 Fig. 1. (caption on Card 6/6)
"T" ~.
-(,'-Tri6 -,. /,;,
-*r

The Pi,actice of' Producing Sinter of 78176
Increased Basicity Whet) Sintering Fine sov/133-6o-3-1/24
Beneficiated Ore
Fig. 1. Schematic diagram of equipment at the
Cherepovets sintering plant. (a Ground type, roofed
storehouse of beneficiated ore; M coke crushing
building; (c) conveyors into charge building; (d)
limestone crushing! building; (e) conveyors into sin-
tering building; (f) car dumper; (g) sintering
building; (h) three-ring type sinter coolers
(the third cooler is equipped with-cooling blower anri
battery cyclones); (i) conveyors into primary mixing
building; (., i) conveyoro from coke crusbing building";
(k) charge building; (1) plate transporters.
Card 6/6

GOL114SHTOK, Ya,H,; KMIHIN, I.A.; LZVIII, L.Ya.; RAM14t A.N.";.YAKUBTSIM, Noll*
Three years .)f blast furnace operation at the Cherepovets Metallurgical
plant. Trud7 LPI,no.212:7-23 16o. k (KIRA 13:12)
(Cherepovets--Blast iurnaces)

Nfect of the content Of Magnesium iD the sinter on its reducibilit7.
Mru~y LPI no.212:158-i6i ,6o. (MIn 13:12)
(Sintering) (magnesium)

. AVDRO110V V.11.; GRIGOR'yEvTKH, G.F.;
TREMO, S.K.; YAKURTSIM. HMO I
Kmov, . 0; 1 ; v rabote prinimali uchaotiye:
VNVKWHITSKIT, Te.V.; ~HOLEHINGV, Y.M.; VITOVSKIT, T.g.;
GRINBMG, D.L.; GUPKAN, E.Te.; YEGOROV, N.D.
Open-hearth furnace operations with classified sinter. Stall
20 no. 12:1063-1070 D 160. (MIRA 13:12)
1. TSentral'ny7 nauchno-issledovatellskiy institut chernoy
metallurgii i Chorepovetskiy metallyrgichepkiy zavod.
(Blast furnaces) (Sintering)

ypj~MTSINERp N.Mov kand. tekhn. nauk; SMIRNOV, YUOPOY Inzh-
the sintering charge
Automatic control and regulation of (MjpA 17-2)
moistl-,re. stall 24 no.1:9-]J+ Ja t64*
.. IeningradsIdy POlitekhn'che"ldy inatitut-

YAKIJBTSINER, N.M.; %IIPdIOVI yu.p.; SHoJENINOVP V.M. ge during
tering char
optimum coarseness of the components of a sin rudy LPI no., 225:
thr. sintering of fine-grained concentrates. (IAM 17:9)
168-1q7 164.

I X~WMINE,R, N.M.; SVINTSOV, YU-P-; SM'PJ'OVI YU-F-
Heat capacity and heat conductivity Of sinters. Trudy I-PI no.225:
178-186 164. (MIRA 17:9)

YAKUBTSOVO S.I., starshiy nauchny-I sotrudnik
Effectiveness of now herbicides in corn fields. Zashah. rast. ot
Yred. i bol. 8- no.2s2l-22 F 163s ()GRA 160)
1. Vsesoyuznyy institut zashchity rasteniy,
(corn (maize)) (Herbicides)

YAKUBTSOV, S-I-; pAVLk)VSKAYA, V.0.
5 of simazine and atrazfne 4n the Mcnocultures Of
Effectivenes no.17:344-358 163. ~ lg-.gj
corn* Trudy VID

yMNSC)VA Irena
Septua in
Dofects of the heart e use
Surgical treatment by th
Trudy Inst.eRsp.j klin.khir j
(CHILDREI-SURGERY) (BU)OD-CIRMLATION,
(HEART --SURGIM)
or their
children and indications f
Of ar+,ificial blood circulati=*
10:53-56 '62*
gemat. AN Gruz.SSR (KMA 16s2)
ARTIFICIAL)

TAMTSOVA, L.S.
point of winter
ogical study of the growing wheats in Terns,
Cytol negative temperatures. Uch.sap.Lou.un. 13,o.165:135-
112atjon under (KW.& 7:7)
145 '53. 1
1. laboratoriya genotiki rastenly kaf0drY genatiki I selaktsii
(2&V8dUYUGhchiy kafedroy professor N.V.Tirbin)
(Wheat) (Vernalization)

YAhTUIAN, S.S. Z rding -~he principl,~'s Of formulation the accounzing plan of an
sotekhn. akad. in. -
yakubyan) S.S. flifte a "irova
industrial enterprise (s:xucture of the :,alance-sheet)22 Trudy :,e t .9
11o. 63, 1948, P. 159-69.
S0- U-3042, 11 I-larch 53, (Letopis Inykh Statey, 1',0. 9, 190)