SCIENTIFIC ABSTRACT IVANKINA, T. - IVANKOVA, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000619010011-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 10, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

IVANKINA, T.
Legal regulation of work periods for merchant seamen. Mor. flat
23 m.3:20-21 Yx 163.. (HERA 10'-.3)
1. Pravovoy inspektor Leningradskogo oblaetnogo soveta professionalt-
nyk~ soyu2ov. (Merchant marine-tWatch duty)
0,;

I
4624F--66
ACC NRi AP6023913 SOURCE COM UR/0363/66/002/007/1194/1199~
5
AUTHOR: Samsonov, 0. V.; Bazhenova, L. N.- Ivan'ko A.
OqG: Institute of M-terials Science Pr)blems,,-Academy of Sciences, UkrSSR (Institut
problem materialovedeniya Akademii nauk UkrSSR)
TITIZ: On the correlation of certain physical properties of type AIIIBV and AIIBVI
semiconductors 11" '17
SOURCE: AN SSSR. Izv. Neorg materialy, v. 2, no. 7, 1966, i194-iigg
TOPIC TAGS: forbidden zone width, semiconductor crystal, electron structure
ABSTRACT: A correlation observed earlier between the forbidden gap width and the hard
ness of semiconductor compounds of types AIIIBV and AIIBVI and also their malting
-ooints was confirmed. It is shown that when these compounds are formed.9 a red-istribu-
iion of electrons 9mong the components takes place with the formation of energetically
stable sP3 and s1p6 configurations; the prevalence of so-) configura ions leads to the
formation of a sphalerite-type structure, and the prevalence of 62p~, to a wurtzite-
type structure. This is reflected to somo extent in the physical 4properties of the
1py
semiconductors owing to the great energetic stability of the s" configurations as
co:apared to s;i. As the principal quantum number of sp electrons increases, the ener-
getic stability of the corresponding configurations declines; there is a corresponding
increase in the fraction of collective and weakly bonded electrons, causing a decrease
UDC:

ACC NRs AP6036790 SOURCE CODE: UR/0363/66/002/011/1991/1997,
AUTHOR: Bazhenova, L. N.; Ivan'ko,,A-. A.;,S.amsonov, G. V.; Slyshankova, V. A.
ORG: Kiev Polytechnic Institute (Kiyevskiy politekhnicheskiy institut)
TITLE: MicrohaidneBs of some oxides
SOURCE: AN SSSR. Izvestiya. Neorganicheskiye materialy, v. 2, no. 11, 1966,
1991-1997
TOPIC TAGS: oxide microhardness, aluminum oxide, beryllium oxide, magnesium oxide,
calcium oxide, titanium oxide, zirconium dioxide, hafnium dioxide, niobium pentoxide,
chromic oxide 7 ///9 PO ,0A.)9 S9 V-5rRF_3';S 0dM2eAJ*rR1377doV
ABSTRACT: The microhardness of a series of oxides has been tested with various in-
denter loads (30-200 g) applied for various lengths of time. It was found that the
microhardness of oxides decreases with increased load and increased test duration.
The average microhardness (kg/mm2) was as follows: Al 0 -2540; MgO-1015; CaO-615;
TiO2_1085; Zr02_1230; Hf02_925; Nb205-740; %03-1930. It is believed that the
hardness of the oxides depends on .the probability of metal and oxygen atoms forming
stable electron configurations. As the number of stable configurations formed by one
or both of the components drops, the number*of free electrons increases and the
hardness also drops. Orig. art. has: 3 figures and 2 tables.
SUB CODE: 1l/ SUBM DATE: 2lJu165/ ORIG REF: 0071 OTH REF. 0011
Card 1/1 - I. UDC*- 541.45:539.53---- 1-

VANIX0, S.
IVAMfKO, S.; KASSIS, V.
Con.truction on the Tangtze. Vokrug evet'a no.6:8-12 -Te Ii4. (MLHA ?:6)
(Yangtze River-Building) (Building--Yangt2o River)

AUTHORS: Pleshkov, B. P., Ivanko,
TITLE: The Influence Exerted by
tent of Pree Amino Acids
pitaniya na soderzhaniye
PERIODICAL: Doklady AN SSSR, 1957, V:)I.
lb
Sh., and Antonova, G.V., 20Z_42ft74
Conditions of Nutrition Upon the Con-
in Phaseolus Leaves (Vliyaniya usloviy
avobodnykh aminokislot v listlyakh fasoli)
117, Nr 6, pp. 1070-1073 (USSR)
ABSTRACT: The conditions of the mineral nutrition muy by modification of the
intensity and the direction of metabolism of plants essentially
influence the content of free amino acids in the individual or-
gans. A lack of individual elements reduoes the intensity of the
protein synthesis and leads to the accumulation of free amino acids
in the plant. This was noticed in the case of lack of sulphar, cal-
cium, magnesium, boron, potassium, zinct coppcrl manganese and iron
although the nitrogen nutrition was the best and chlorine was abun-
dantly prt--ant. A deficiency of moljbdenudL reduces the content of
free amino acids in the plant (reference 1-11). The authors stu-
died this problem in the cultivation of beans on different levels
of nitrogen, phosphorus and potassium. First the method is des-
cribed. The third, forth and fifth leaf of the beans of the sort
"Triumf lushchillnyy" were analyzed and the quantitative determi-
nation of the amino acids chromatogrpphically performed on paper.
Card 1/4 Methionine + valine were calculated according to valine, leucine+

Th:~ In'luence Exe--ted bj ~;onditions of Nutrition Upon the Con- 20-6-42/47
tent uf Free Amino Acids in Phisoalus Leaves.
+ isoleucine according to leucine. From the results follows that
in the case of nitrogen deficiency (variant FK) the content of
amino nitrogen is about 1,5 times lesa than in the variant IIPK.
12i 2hos~,horus and potassium deficiencies (variant NK and NP) the
content of amino nitrr,-!!n is more or less increased. Cy;3tine, ly-
sine, histidin.~, asparadinc, arginine, glutamine, aspartio acid,
scrine, 1,1yeiiia, elutar.U,; acid, treonine,a-alanine, L3-alanine,
prelino-, tjrosine, try-.jtophane,valine, Liethionine, phenylalanine,
lr-ucin,~, isoleacine and 2 non-identified amino acids were Ghro-
matig,raphicall.j dz.-terruined in the bean leaves. Figure 1 ahovis the
,jhoto-raph of chromatoGramzs of th-2 leaf-extractan of the 2 extreme.,
Y.-.riants 10 and FK which differ most widely in their content of
azc,Lr-o aci(Is. TI.,: res~ults of a quantitytive 6tterraination cf these
.icids are Siv~:n in table 1. In the case of nori;ial nutrition (va-
riant ITPK) the vollowing %,are found: arginine, aspartic acid, ser-
inc, glyQiiie, elataiaic acid, a-alanine, triptophane and valine.
Th!! contznt of tht other above-mentioned amino acidswas.very SI-Aall.
In ddfici~encics of phosphoruH and especially of potassium, when
thc protoiji opithesis in the leirives was very much inhibited, tile
Card 2A content of free amino acids markedly increased. The content of

;S1 IIIh
A47
The Influence Exerted by Conditions of Nutrition Upon the Con- 20,&h2l
tent of Free Amino Acids in Phaseolus Leaves.
argine, aspartic acid, serine, and glycine~apecially strongly in-
creased. In the case of nitrogen deficiency (variant PK), iqhen
all nitrogen reserves in the plant are put into the protein syn-
these, the ccntent of free amino acids almost sank by the 1,5
fold. Arginine, aspartic acid, serine, glycine, glutamic acid,a-
and B-alanine, valine and phenylalanine especially strongly de-
creased. These amino acids apparently are capable of giving off
their nitrogen by deamination and reamination above all to the Bjn-
thesis of other amino acids which ar,-- necessary fo~ the formation
of protein molecules. Tyrosine and treonine increase in the case
of nitrogen deficiency, which fact could not yet be explained.
The content of arginine in the leaves is siost affected by the va-
riation of the conditions of nutrition. In nitrogen deficiencies
it decreases 6-fold, but in potassium deficiencies it increases
2,5 fold. The major part of arginine decomposes in the case of
nitrogen starvation and its nitroger is, as above-indiouted, used
in the protein synthesis. ~~he decomposition of arginine may also
prodeed over the ornithine-cycle under foruation of urea. Under
the action of urease, urea forms ammonia which is used for the
synthesis of new acids. There are 1 figure, 1 table, and 12 re-
Card 3/4 ferences, 6 of which are Slavic.
I Jlv'

A ! : fl; I A-; I Ili
The Influence Extrted by Conditions of Nutrition UPon the Con- 20-6442AT
.tent of Free Araino Acids in Pha8eolus Leaves.
.ASSOCTAMON:
MOSOOV Agricultural ActweiV iiiieni K.A. Ti;.iir,,,azev (Ifloskovskaya
uel's'&-ok1'iozyayztvennaya alcaaemiya im. K.A. Timiryazev
PRESENTED: July 17, 11057, by A.I. Oparin, Academician
SUBMITTED: July 15, 1957
AVAILABLE: Library of Congress
Card 4/4

SID-IDWA, T.Y.: IVANKO, Sh.
- ------------
Variation of free amino acid concentration in corn leaves and
roots under different conditions of nutrition. Fiziol.raat. 6
no.6:668-678 11-1) '59. NIRA 13:4)
1. Department of Agricultural and Biological Chemistr7, K-A-
Timiriazov Agricultural Academy, Moscow.
(Amino acids) (corn (Maize)) (PlantB-Ifutrition)

FUSHKOV, B.P.; SMaREVA, T.V.; IVAHKO, Sh.
Rate of amino acid metabolism in plants. Biokhimila 24
no.3:408-413 My-Je 159. (MLU 22:9)
1. The AVicultural Academy, Moscow.
(FLkNTS, metab.
amino acids (RuB))
(AHINO ACIDS, metab.
plants (Rua))

CZECHOSLOVAKIA
MIGHALIK, Ivan; Chair of Radiobiology and Bio-
chermistry, Col,lege of Agriculture, Nitra. foriginalY vorsion not
given-7.
"The Uptake and Transformation of Phosphorus by the Roots of Corn
as a Function of Preceding Nutrient Availability."
Bratislava, Biologia, Vol 21, No 5, 1966, PP 339 - 351
Abstract: Pliospiiorus ta--ged with p32 was introduced in to corii roots;
it wa und that after 10 minutes it was present in all the phos-
phoryl.Lted intermediate products of glycolysis and in the nucloo-
tides. When the plants lacked phosphorus before the experimental
,---dditiori of it, P uptake is stiown viithin 5 seconds a-Lter the plant
was exposed to its presence; P is present in the form of high nol-
ecular woiglat comipounds which are precipitated by trichloroacetic
acid. The ai-iiount present in t1hese high moleciAlar weight compounds
is proportiotiate to the total P uptake, 10 Fi,gures, I Table, 18
Wes~ern, 1 Czech, 3 Russian references. (Manuscript received 16
Sep 65). Article is in German.
1/1
- 196 -

GO'N'OKUKOV,
.,A,- KRASUTANSKIT, I.I.; IARIY, L.A.j KAJZWIKO.
A.S.; RAXITO, R.I.; SAV1L'731V. V.A.; SALIVOK, V.A.; KHOKHORIN, A.I.;
2ELEVICH, P.M., inzhener, redaktor-, VIRIKA, G.P.. tethnichaski'v
redaktor
[Kaaual for builders of narrow-gauge railroads3 Spravoehnik-stroitelia
uzkokoleinykh zhelesnykh dorog. Moskva, Goo, tranap.thel-dor. izd-vo,
1956, 438 P. (MIRA 10:1)
(Railroads. Narrow-gauge)

VOLIBOV. Vd., inzh.; IVANIKO, T.Ta, inz.h.
Constructing foundations for buildings of few stories sbove the
freezing depth, Stroi prom. 36 no- 7:16-18 JI 158. (MIRA 11:8)
(Foundations)
(Frozen ground)
l1 Ir

ONUFRIYEV, Timofey Grigorlyevich,, dots.; SHAMM, Boris Nik-olayevich)
dots.; IVAITIKO, Timofey Yakovlevich, inzh.; GERGLISKAYA, Lyudmila
Sergeyj:i ~)do~is.; SARYCIEVA, Nina Petrovna, dots.; KOS'-;YAYEV,
Sergey Petrovich, inzh.[deceased]; YEGORGV,L.P...dots., retsenzent;
ZAYCBEIKO,I.R,.,dots.,retsenzent; ffALYIIITSKIY,V.A.,inzh.,retsenzent;
CHEfUUSHIII,N.A.$inzh.,retsenzent; DY11ER,I.I.,inzh.jretsen"ent; PAULI
V.P.,inzh.,red.; NEKLEPAYEVA, Z.A.,inzh.,red.; MEDVEDEVA, M.A.,
tekhn. red.
(Buildings in railroad transportation] Zdaniia na zheleznodorozh-
nom transporte. Moskva, Transzheldorizdat, 1962. 408 fj- WIRA 15:6)
(Railroads-Buildings and structures)
H

gjiktQr..Azitriy9.vIch,; POPLAVSKIY, N.; ULIN, I.I., red.;
LMHA, L.G., tekhn.red.
Lzalimgari Shoganov, the beat milker of the Republic] Zalimgeri
Shogenov - luohehii doiar respubliki. Hoskva, Isd-vo X-va Bell.
khoz.R&MR, 1960. 25 p. (HIRA 14:2)
(Dairying)

i I MI; F T - FF _VY

0 10
PHASE
IvanIko, Vladimir Fedatnvich
Pul'tovshchik dugovoy staleplavillnoy pechi (Th(.
Operator of Electric-are Steel Furnaceo) Moscow, m;.-taliurgIzdat,,
1957. 155 P. 3,000 copies printed.
Ed.*: 11-likhaylov, O.A.; Ed. of Publishing House: Yablon:,.lraya;
Tech. Ed.: Islentlyeva, P.G.
PURPOSE: This iz a manual of Instruction for operators of the control
panels of electric-are steel-melting furnaces. it ma-ya-L;o bc use-
ful to steel melters, as well as electricians and attendants
servicing the fuimaces.
COVERAGE: The author deze,,ribes the structuve of the
.3teel-melting furnar!e., outlines the technolo-j of meltin- ele t--
~a t:3 I *
steel, gives inforniation on the properties of metals) and presen'. tI- a
the principles of electrical technology in such detail a-2 is
necessary for tho proper care of furnace equipment and fo-'- conti-ol
Card 1/5

The Control-panel Opevator (Cont.
of the electrical conditions, of melting. Other topic,,~ dil-t-'..'ed
include ways of lit-.provin,; the power factor of trie are fLj,rA`e,(' P!X:
economy of electrit-, power In steel meltinG. In additicn,, pi,z;ctl(~al
methods of operatIn,, control panels, based on experiet',ce, al,e
desoribed, and Gafeuy rules are given. There are 17 ref."er, ni~osj-
all Soviet.
TABLE OF
CONTENTS:
Preface 5
Ch. I. Properties of Metals. Extraction of Metals 7
Ch.I[. Structure of the Electric-are Steel-melting Furnane 10
1. Classifica"L.-ion and types of are furnacez 10
2, Mechanical construction of the fuxT.,ace 12
Furnace linin- 18
4. Electrodes 19
Card 2/ 5

The Control-panel Operator (Cont..)
-Ch., III. Technological Proce~5s of Meltin& Electric Steel 21
1. Materials used for melting electric steel 21
2. Melting periods and their oharaoteristica in brief 22
3. Helting steel with the use of oxy,~en 26
Ch. IV, Prinoiple3 of Electrical Digineering and Eleotrioal
Technology 2(
1. Nature of electricity. Conductors and nonconductors 27
2. Direct-current electric circuits 27
3. Electrical field 35
4. ElectrornaGnetic phenomena 37
5. Alternating current 46
6, Alternating- current circuits 48
Card 3/5

'11i,ic Control-pewel Operator (cont. -22
7. Three-pha3e current
11
U. Electrical mc-asurements and meas'.'zing InstrumenLs
9. Basic facts about insulatina matQUala
10. Eleotric generators, motors and transromerb
Cho V. Electrical rquipment of Are Furnaaes for Steel Melting
1. Power supply for tiie funiace substations
2. Hi3h-volta,!,*e equipment and di3tributinZ devices
The electric I-rc
Furnace tranpfora!ers and cho-e
Al
Instrument transformera
Short net
7. "Dead" and `,rild" phases in the electric furnace
8. Automatic rc--v1a,;(-)r.3 of arc furnaco* for steel ineltl.n~,,
9. Flectric-funiri-ce control panel
ard 4/5
711
62
65
(7
82
82
84
89
92
q7
It
9-.
103
107
117

The Control-panel Operator (Cont.), 522
Ch. VI. Operating Conditions of Are Furnace6
Ch. VJI. Conducting the Melting Process. Optimum Electri(;al
Conditions
1. Energy balance of the electric steel-melting furnace
2. Optimum electrical conditions in melting
3. Conducting the melting process. Modern methods of
operating the control panel
4. Melting-space of the furnace
5. Economy of electric power and improvement of the power
factor
6. Faulty operation and means of correcting it
Ch. VIII. Safety Peasures in the operation of Electric-
furnace Equipment
Bibliography
Appendices
AVAILABLE: Library of Congress
Card 5/5 GO/ad
8-21-58
121
127
127
128
131
135
136
138
142
146
147

SOKOLOV, A.U.-, kand. takhn. nauk, dots.; 14ORGULN, S.A., inzh.; IVANIKO,
V. -lhzb.
..-IF- v, i
"Most satisfactory operating conditions of steel smelting alectric
arc furnaces' by IU. E.Efroimovich. Revirwad by A.N.Sokolov, S.A.
Morgulev, V.P.Iyan'ko. Stall 18 no. 6:529-531 Jet '158. (HUU ll?)
1. TSentTallnyy nauchno-iseledovatellskly inttitut chernoy
metallurgii i "Dneprospetsetal".
(Electric furnaces)
(Efroimovich, IU, R.)
; i- !I!

SOV/133-59-1-10/23
AUTHORS: Gladkiy, D.F., Ivan'ko, V.F. and Kurganov, V.V.,
Engineers
TITLE: Experience in the Operation of an Electric Furnace of the
DSV-30 Type With a High Secondary Voltage (Opyt
ekspluatatsii elektropechi DSV-30 s vysokimi vtorichjVmi
napryazheniyami)
PERIODICAL: Stall, 1959 ONr 1, pp 45 - 48 (USSR)
I N
ABSTRACT: Experiments on the determination of most suitable
secondary voltages for furnace transformers are described.
A DSV-30 furnace was used (charge 50 tons, yield of
metal 46 tons). For this purpose, the furnace was fitted
with two identical transformers - PDRO 10001/30 of 900 kW
each with the primary voltage of 30 000 V and 26 steps in
the secondary voltage from 86 to 2?0 V. Series
connection of the low-voltage windings of both trans-
formers enabled doubling the secondary voltage during
the melting period. For obtaining low-voltage steps
(which are necessary for refining) a circuit was used
which allows series connection of the primary windings of
both transformers (Figure 1, p 45). The comparison of
the furnace performance with one and two transformers is
Cardl/2 shown in Tables 1 and 2. Operation with a secondary
ii 1~ it , ij! j

Experience in the Operation of an Blectri SOV/133-5Q-1-10/2;5
Type with a High Secondary Voltage c Furnace-of thb I)S-V-30
voltage of 420 V (instead of 282 V) brought about a
decrease in the melting period by 34 minutes. The
increase in the power supplied and the simultaneous
decrease in thermal and electric losses of the furnace
(due to a decrease in the duration of melting period)
resulted in a decrease in specific power consumption by
19 klVh/ton. Operation with two interconnected trans-
formers brought about some improvement in the power
factor during the melting period and also some reduction
of the power factor during the boiling and refining
periods due to an increase of the reactivity of the
furnace circuit caused by the second transformer.
Operation at 420 V did not result in any material change
in the durabil4y of the wall linings and the chrome-
magnesite roofs nor in the metal quality. IIIJ is con-
cluded that, during the melting periodl 40-ton electric
furnaces can be operated with a secondary voltage of
420 V with good results. Use of still higher voltages
will be tested. There are 3 figures) 2 -tables and 5
Card2/2 Soviet references.

IVAN I KG) V. F. ., inzh.
Use of high vecon&u7 voltage in are Arnaces. Stall 22 no.7;&?2-6,?3
J:L 162. (1URK 15-.7)
(Electric furnaces)
7

KAPTELYJNY N.I.; SIZILYK0, P.A.; IVANKOV., A.A.
The best in the profession. Futf i put.khoz. 6 nu*6:11.,t 17,, 180 23
30 f62, (14lu 15 -.71
1. Rachallaik Slavyanskoy distantsii puti Donetskoy dorogi (for
Kaptelldn). (Railroads-ftployees)
71!01
Hill

112-1-6o'z
Translation from: Feferativnyy Zhurnal, Elektrotekhnika, 1957, fir 1, p. 6 (uss~)
AUTHOR: Ivankov. A. G.
TIM: Development of the lbaching of Self-Induced Oscillations at Moscow
University (Razvitiye ucheniya ob avtokolebaniyakh v Mookovskom
universitete)
ABSTRACT: Bibliographic entry on the author's dissertation for the degree of
Gandidate of Physical and MEtthematical Sciences, presented to the
Institute of the History of Natural 3611encea and Engineering, USSR
Academy of Sciences, (In-t istorii yestestvozn. i tekhn. AN SSSR)
Moscow, 1956.
ASS0=kTiff:: -.Institute of the History of Natural Sciences and Engineering,
USSR Academy of Sciences, (In-t istorii yeatestvozn. i tekhn.
AN SSSR, MDscow)
Card 1/1

SHABALIN, A.A.; GANZHA, V.Ya. in2h. ; NIKOLISM, V.A. (deceased];
LAP321SKIY, L.G.p in2h.;_,UUIIXQY,-AG. -!OL'YAKOV, R.T.;
. _j S?
TUF,YANSKIY, G.M.; SINIDT, N.E.; GRIMTSOV, P.P.p red.;
MAKHOVA, N.N., tekhzi. red.; BALLOD, A.L., tekhn. red.
[Handbook for the state fam construction worker] spravoch-
nik sovkhoznogo stroitelia. Moskva, Sellkhozitdat, 1962.
598 po (KIRA .15:9)
(State farms) (Construction industry)

-oo 1F53-21EWT(l) JM
AR6023266 MC-E-ItODE: UR 0 -1 ~/HO 15
ACC NR: S61 0-8trbCrO00760'IT-10
AUTHOR: Ivankov, A. G.
ORG: none
TITLE: Setting up dispersion in a resonance system
SOURCE: Ref. zh. Fizika, Abs. 3ZhlO9
REF SOURCE: Tr. Nauchn. ob"yedin. fiz-matem. fak. ped. in-tov Dal' n.__Yo!~t.,
v. 4, 1964, 3-10
TOPIC TAGS: noise jamming, electric filter, periodic pulse, magnetic resonance