SCIENTIFIC ABSTRACT IVANOV, A. - IVANOV, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000619020003-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 10, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

67466
SOV/*146-2-4-4/19
Rectangular Resonator for Measuring the El,ectric Constoryf's of
Dielectrics at Super-High Frequencies
(The Leningrad Institute of Precision lilechanics and
Optics)
SUBMITTED: JulY 151 1959.
Card 3/3

05213
SOV/142-2-3-91/27
0(213)
AUTITORt Ivanov, A.N., Candidate of Technical Sciences
TITLEs Theses for Acquiring the Scientific Degree or Candidate of Sci-
ences
PERIODICALs Izvestiya vysshildi uchebnykh zavedeniy, Radiateklinilm, 1959, Vol
2, Nr 3, p 379 (USSR)
ABSTRACTs R.D. Yu.7ma defended his thesis titled "The Investigation of
Some Problems of Electromagnetic Shielding With Screens Commen-
surable With the Wavelength" (Isaledovaniye nelcotorykh voprosov
elektromagnitnogo ekranirovaniya pri noizmerimyTch s d1inoy YoIny
ekranafdi) for vxquiring the scientific degree of Candidate of
Sciences on October 28, 1958. The thesis wus written under the
,guidance of Professor, Doctor of Technical Sciences S.I. Zilitin-
kevich. The official opponents were Profesmor L.B. Slepyan and
Candidate of Technical Sciences A,N, lynnov4 The inaterial of this
thesis was published in Ucheny" zapisRi LAviyskogo gosudmrstven-
nogo universitetal Vol 10, 1957, and Vol 21, 1958, and in Izves-
tiyr. AN IAtviyslcoy SSR, 1958, Nr 9. R.D. YuLma analyzed a substi-
Card 1/2 tute circuit for a shielded system. Using this analysis lie sug-

:11 T111 11 1
24M
AUTI [OR - Ivanov, A,,N.
TITLE: An Experimental Mlathod
of Coupling Devices oL
meters When Measuring
of Matter
o6529
SOV/142-2-2-5/25
of Calculating th,', Effect
Cavity Resonator Para-
Electric and Magnetic Conotants
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Radiotekhnika,
1959, Vol 2, Nr 2, pp 172-174 (USSR)
ABARACT: In the existing theory of the resonator method for
measuring electric and mptgnetic constants of matter,
the presence of devices for exciting and destoctinF
magnetic fields (coupling devices) in the ineaeuring
resonator is not considered. In addition, these de-
vices change the boundary conditions in the skin of
the resorator, The volume, occupied by the field,
creates,pLn additional attenuation in the resonator.,
increasing the measuring errors, The problem of con-
sidering the influence of coupling devices on the
resonator parameters when measuring electric constants
Card 1/3 and tg-, ) of a dielectric was discussed in another

o6529
SOV/142-2-2-5/25
An,Experimental Method of Calculating the Effect of Coupling
Devices on Cavity Resonator Parameters When Measuring Electric
and Magnetic Constants of Matter
paper of the author ~Ref 17. There, he also suggested
an experimental method of establishing the influence
of these devices on the measuring results E and tg,S
of the dielectric. In this article the author pre-
sents an improved version of the aforementioned method,
resulting in a high accuracy in measuring electric
and magnetic constants of matter with aD'Dlication of
the theory explained by the author in ~'Hef g. The
author explains this improved version in detail, re-
fering to figure 1. The method may find practical
application for measuring electric and magnetic con-
stants of matter at super-high frequencies with an
U
increased accuracy and calibration of measuring reso-
na-tors. There are 1 diagram and 2 Soviet references.
Card 2/3

An Experimental Method of Calculating thrc
Devices on Cavity Resonator 'Parameters
and Ma-netic Constants of Mratter
06529
SOV/142-2-2-5/25
Effect of Coupling
V,Lien measur'in- Electric
artiol wa, Peqo!nnVend!Bd by the
P.1111idra raclo emidki Lenint;rAdsko-o instituta toch-
U
noy mekhaniki i optiki (Chair of Radio Engineering
of the Lenin-rad Insti-tute of Precision Mechanics
and Optics)
SUBMITTED: May 19, 1958
Card 3/3

9(6)
SOV/146-2-5-1/19
AUTHOR: Tvanov, A.N., Candidate of Technical Sciences
------------------------
TITLE: A Review of the Development of Methods and Devices
for Measuring the Electric Constants of Dielectrics
on Ultrashort Waves 6KI
PERIODICAL: izvestiya vysshikh uchebnykh zavedeniy, Priborostroy-
eniye, 1959,LNr 5, pp 3-12 (USSR)
ABSTRACT: A,Brief general historical review is made of foreign
and Soviet methods and devices developed between 1886
(Hertz) and the present day. In conclusion, the author
refers to his own theory of resonator method
Ref 42 7 and his suggested experimenta.1 method
fRef 43 -/ for determining the errors caused by the
connections in the resonator system. This article
was recommended by the Kafedra radiotekhniki (Chair
of Radio Engineering). There are 4- diagrams, 2 sets
Card 1/2 of diagrams, and 43 references, of which 5 are German,

SOV/146-2-5-1/19
A Review of the Development of Methods and Devices for Measuring
the Electric Constants of Dielectrics on Ultrashort Waves
6 English, and 32 Soviet.
ASSOCIATION:Leningradskiy institut tochnoy mekhaniki i optiki Q~~)
(Leningrad Institute of Precision Mechanics and Optics
SUBMITTED: JulY 15, 1959
Card 2/2
~1 JIv'11 ji;il

IVANOV A.N.- MTROV, A.S.
Yeasuring the capacitance., inductance, and resistance to
spreading of parametric semiconductor diodes in the
superbigh frequency rangea Izve vyo, ucheb, '4tav; fiz. no-1:35-38
t63o (MRA 16:5)
1. Sibirskiy fiziko-tekhnicheskiy institut pri Tomskom
gosudaretvannom universitete imeni V.V.Kuybyaheva.
(Junction transistors-Electric propertical

Flows
Two-way five-share i~low for an electric trnctor. Sellkhozzmashina No. 31 1952.
2
9. Monthly List of Russian Accessions, Library of Congress, July -1951. Unclassified.
J

QV,,A.11., inzhenar.
KPIa-I, 0 planting hole digger. Sellkh02mashina no.11:8-11 N
154. OGRA 7:11)
(Agricultural machinerr)
N

NIKIFOROV, P.Ye., doktor sel'skokhoz. nauk; IVATIOV, A.N., inzh.
fn-ows for operating with speeds over nine kilometers per
hour. Mekh. i elek. Sots. S811khoz. 21 no.1:9-10 163,
(MMA 162- 7)
1. Veesoyuznyy nauchno-issledovatellskly Institut mokhanizatsii
sellskogo k.hozyaystva. (Plows)
I ; ! d: - . "', -1.
t : . I I
I P il-` F" F FR F T! F T

11 P NI
-AM75'=0~2301 SOURCE CODE: UR/0226/66/ooO/009/0081/0083
AUTHOR: Kushtalova, I. P.; Ivanov, A. N.
ORG: Institute of Problems in Material Science, MT UkrSSR (Institut problem
materialovedeniya, AN UkrSSR)
TITLE: Plastic deformation pf refractory compounds
~b
SOURCE: Poroshkovaya metallurgiya, no. 9, 1966, 81-83
TOPIC TAGS: refractory compound, titanium carbon compound, zirconium carbon compound,
titanium boron compound, molybdenum silicon compound, plastic deformation
ABSTRACT: A series of specimens of refractory compounds TiC ZrC' TiB, and MoSi,
obtained by hot compacting were strain hardened by grinding ich sLp.,jilficantly
cf the sL-ain-harcLened ccrmnds ranEed from
increased their microhardness. The microhardness
lo6o dar~&~ fcrmosi2 to 2520 dan/mm2 for TiC compared to the initial 739 and
2310 dan/mm2. Annealing of the hardened compounds brought -About recrystallization
(see Fig. 1). The ratio of recrystallization temperature T 1* to melting temperature
Tm was found to vary within 0-48-0-53, which was considerably higher than that for
Card i/P

oT th/aemperature
Fig. 1. Dependence D I
at which recrystallizatI04 commences on
holding time for ZrC (1), TiO.(2), TiB2.(3)
and MoSi2 (4).
L
74900
4j 75 IOJ
Tim
the pure metals, which varies from 0.3 to 0.4. Orig. art. has: 1 figure and [TDI
J table.
ISUB CODE: Il/ SUBM DATE: 22may66/ ORIG REP: oo6/ ATD PRESS: 5091
Card 2/2 blg p,,der metal2urgy 1%
L 47-17?-66
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1938. Pt. 2. allacily ,I ill,.

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ill Va itin-t by the chvimlinlyzed ,,it vla~ i,inuitti-ol 1.)
the di,placrusent of the It' anti Allollf ' ioul tit (tic isitcr.
inicrilitr liquid when thepil was grcaftr than J. Who, tilt-
1,11 uf the rtpul. ijln. wa~ Irs than *I. Ibrij A]" ' j,,u,
it uric turcut in tile uiln. The clivm%ItAli~i, ill thr ,,it
by gi hydrull I i0 Spin ting vIT ill Ole itluill-
in%~ilkw" ill the wjil ctillw6. Vile wNit-Iltivc val,acity
'4 O.V01"11.1cul for vAtiom Ma,; drill. Olictly I,)- it, hulflu,
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= 0 0 * 0 * 0 a 0 a
1,10

I= OUMM bd. WA Obse". L D"Godsmas of
CAUGG "Obsn" as dMr V5 E. N. GAIX111. a. -
d IM E. N. Gaix)n (J.
YS. CAM. Russ.. 1941. the ton
exchange between a solid salt the
uwant of B sotbW is Indqendent of dilution if M and 8 have
equal valencies. if the valcucy of B Is > that of M, the sorption of B
increases with dilution, and vice verw Them rules are deducrd
theoretically and supported by experiments with aluminositicates
saturated with Na or Ca and exchanging their cations with KC1,
Va" and C&CI,
11. It is shown theoretically that the scatted amount s of an ion
the activity of which is m3 &ad vidency a, generally depends an
the activity a, and valency at of another competing ton. amoctling
to the equation 8 - coast., + canst4 X (1O& 4,11% - log. d 11%).
j 1i J'-i- J fjl~
117

Ivanov, A. M.
"On the Adsorption fo the ions of Aluminum and Iron by Certain Argill-
aceous Minerals." Moscow Order of Unin Agricultnral AcaderTi imeni K.
A. Timirazev. Moscow, 1955, (Dissertation for the Degree of Candidate
in Chemical Sciences)
So: Knizhnayz~ letopis') No. 27, 2 July 1955
ii F]

USSR/ Cosmochemistry. Geochemistry. Hydrochemistry D.
Abs Jour : Referat Zhur - Khimiya, No 4,, 1957, 11524
Author : Aleshin S.N., Ivanov A.N.
Inst : Timiryazet, Agrl-caVu-rar-IMademy
Title : Thermographic Analysis of Clayey Minerals Saturated with Ions of
Aluminum and Trivalent Iron
Orig Pub : Izv- Timiryazevskoy s.-kh. akad., 1956, No 1, 217-226
Abstract : Differential curves have been obtained of the heating of kaolin and aska-
nite saturated with the ions Fe-"'and A13t It vas found that Al and Fe
can not be absorded at clayey minerals from solutions in the'form of ions,
and axe taken up only in the form of hydroxides. Thermograms of samples
of yellow ocher and terra rossa from Western Georgia indicate the presen-
ce therein of hydrated oxides of Fe and Al.

UISS Iftysical Chemistry Solutions.
Theory of Acids and Bases., B-11
Abst Journal: Referat, Zhur - Miimiya, No 1, 1957,, 502
Author: Ivanov, A. N., and Aleshin., S. N.
Institution: Moscow Agricultural Academy imeni K. A. Timiryazeva
Title: Hydrolysis of Salts of Aluminum and Trivalent, Iron
Original
Periodical: Dokl. Mosk. s.-kh. akad. im. K. A. Timiryazeva, 19561 Vol 22, 386-392
Abstract:-, The negative logaritbm of the dissociation constant (pK) of the product
of the hydrolysis of AlCl calculated from the experimental pH and
activity values of the salt, by the formula pK 2 14-2DH-logA, remains
constant over a vide concentration range of A101 In the opinion cf
the authors the -pK value (8.14) determines the dissociation of the 2
ions A,(OH)2* and Al(OR)~. For the hydrolysis product of Al2(S04)3
the pK varies from 8.93 for a 0.001 N solution to 11.14 for a 1 N
solution. Here an increase in concentration produces an increase of
0.75 in the pK value; this the authors explain by the var g solu-
bility of the basic aluminum sulfates formed. _K~.
In 3.3-10 and
Card 1/2

sov/58-59-8-17724
Translated from: Referativnyy Zhurnal Fizika, 1959, Nr 8, p 108 (USSR)
AUTHORS: Aleshin, S.N., Ivanov,. A.N.,-,Chernikova, T.N.
TITLE: On the Variability of the Surface Tension of Aqueous Solutions of
Surface-Active Substances
PERIODICAL: Dokl. Mosk. s. kh. akad. im. K.A. Timiryazeva, 1958, Nr 39, pp 279-282
ABSTRACT: The equation 2~6 = ZC/K + C (where,86is the reduction in the surface
tension of the solution, Z = (go - Orc is the difference between the
surface tension of water and that of alcohol, and K is the constant of
surface tension) was verified for an aqueous solution of isobutyl
alcohol. The estimated and the experimentally verified surface tension
at various concentrations were found to be in good agreement.
T.V.Z.
Card 1/1

L 10797-M EW_PW/0WT(m)/EPF(n)-2 T I j ~ 14t'i 1, LE ! ~j J~) 4 1 LH KA Cq)T
ACC NRi AT5023791 SOURCE CODHt UR/0000/6VG0O/000/V36/O152
JDAWN/A/do/ds
AUTHOR: Ivanov, A. N.; Pravdyuk, N. F.
ORG: none
TITLE: Effect of neutron irradiation on the eleptric resistivity ir
soma meta 40
SOURCE QVAL&ht1L=iYQ 0 -_X.. chpo
ye ju
_jja
1 Moscow, 19601,(/.
vsrlaa 1y Deystviye* yadernykh I.Z~luchettiy na t"Aterialy
(The effect of nuclear radiation on materials)l diAlady aovesh~hanlya.
Moscow, Izd-vo AN SSSRt 1962, 136-152.
TOPIC TAGS; iron, nickel, titanium, Iodide zir~conium, m o I y b d a n um
tungsten, neutron irradiation, metal electric ro'lifstl4ity, neutron:
irradiation effect
YA
ABSTRACT: The Atomic Energy Institute im. I., V.:'Kurchatov had I nve a pk-
gated the effeci_~_fneutron irradiat~,-
CLU at 40-50C 0~: a electric It
----resistivity of commercial-grade iron,'nickelg titsniu~n;~iodide7 ir",-co-
Eiu~a mol denumt,.-and tunRate~._-it-hi- metals in -t_F5i-a7W4 r6ffed ant
J~j
anni4ed cnnditUms wi-r-eirrYdiAted with a flux of 2.0-~-2.5 x iO 13; n/
.n/cm 'Sec (thermal) and about 2.0-2.5 x 1012 n/cm2#9ec: flapt neutrons
with an energy of more than 1 Hev. A method devoloped by the authors
PTIT11I.
P

ACC NR, AT5023791
T#ie- 1. lativ~-~!~gezlh t'ne,
tals depe-ndinE on the Integrated,gluxi
Elec--
trical
resis-
tivity
prior
to ir-~ Phorw in the eleari~ reulsthdty, 1
ra a~ (. . - 1: t6graied f]
Preliminary --at' an in Lux
nt tion ql6f 1020 n 2
1, (thernal)
Materials treatme 2
0C. 10
AIR 1.3
Iron huwalkig at 700r, I hr 14,94 2,6tO,3 4,q�O,t 4,8�0,1
Peduction up to 94% 0,51 2,t�0,2 3,70,1 404:~G,500
Ameali-g at 700C, 1 hi
9,12 2,90", 4 0:0.1 4,9�0 1

1
Nickel
Reductionup tD 92.5,% 9,41 t,t�0,2 2:Y1.0j 3
k1�O:1
at 1000C I I br 48.96 3.6�0.6 611 .013 7i6�0,1
Zi
d
rccr
um
3,0�0.3 .4 6�0,2
ctlcn up to 95,5X 51,63
Titanium a at 1006C, lhr 60.63 i,7�014 a,O:~Oj ..4 0�0,i
MolybdenumpmmaUng dt INC, lhr 5,99 12,6�i,7 45 25,3-+0,3
gsten
M~gaiX100C,Ihr
tO 47
6
3�10
~
,
,
,
_.
_

X.-o-Fiheiij~f7jeut
Faii -fieuir .on f ux constituted about 10 g*-~
6tis
,
The average from two specimens
Single specimen
'
i intldgrated fluxi
Spedimens Were Irradiated at 40--50C.With W
2
CM4
of 2.6-10 n/ thermal
Card 215
~j 1 1:1

ACC N Rt AT 502379 1

+
7

U

0 13
U U
a
I
Fig. Depwo'dence of the electric
'
'

c Inte--~
0i- metals an Thai
renistivity
$4 0 11 grated flux.

The
cAlculatOd I luic o ffast neutrons
'
'
C) I Hev) constIC
uted IOZ of
the
W thermal neutron fluk. Dashed line
14 2 shows the de
impens
endefi6e for s
p
pec
(U irradiated in the as-rolle&condition,
(n
Solid-line shows upectmens annealed
Ti
before irradiaitiotti;

0 R

Integrated-fluic of ther-'
~mal neutrons, n/cm2
.... ... .........
Ca ~d 3/5

L 10797-66
kCC NR: AT5023791
for the remote measurement of.the electrical remi;stiv~ty t
-of me: als
during irradiation in the reactor was used In tfiel~: expdriments,: :Results
of thn measurements are shown in Fig. 1 and TabW: 1. !Tq dateriflne 'the
a
nature of the irradiation defects, the kinetics of thd change in the
resistivity of the metals irradiated with various: integrated fluxes
was investigated by means of isochronal annealing. I t J;as found that
the removal of the irradiation-induced increase in th(11 resisti Lt 'of
v 7~
titanium, zirconiumq and iron irradiated In the annealed condtiload
proceeded in a single stage and was complete~at 210-12.90 300-400~ and
ems toAn' ' iinnial-:
350C for Til Zr, and Fe, respectively. This 96 dicate!
ing not of elementary, but of more complex defect~a. Jn~ rolled; irra4di-
ated and unirradiated iron, the removal of the retistiv .Ety inciiimen~t
p%aceeded in two stages: the first at 100-250C,~assocLated with the
release of simple defects from traps, and the second at 250-550C,'
associated with the rearrangement of dislocations'. The'.decrease of
the irradiation-induced increase in resistivity iL6 iria:diated uwlyb-
denum a 'nd tungsten also proceeded in two stages: at 1.00-250 aiid
above 450C in molybdenum and at 100-375 and 375~~ 1000C~ in tunjisten.
The low-temperature stage of the decrease appears,to ~e;aissoclaied~,withL_
Card 4/5
i q_

-4 C/616/000/009/0055/0060
ACC NRi AP6032299 SOURC CODE: UR/01i
AUrjPHOR: Artamonov, A. Ya.; Bezukor A. N
_pov, A. I.; Ivanov
ORG: Institute of Problems in the Science of Materials, Academy* of Sciences, UkrOSR
(Institut problem materialovedenya, AN UkrSSR)
TITIZ: Investigation of the abrasive capacity of refractory, compounds
1966, 55-6o
SOURCE: Poroskovaya metallurgiya, no. 9,
TOPT C TAM: refractoi-j carbide, refractory boride, refractory compound,
tungsten boride ~Ul~ A&,, CO?yw~-4,
lum,
ABSTRACT: Several refractory compounds, such as borides of zirconium, titan'
molybdenum, chromium, and carbides of boron. titanium and zirconium, have been teste
-for abrasive capacity 'and improved methods of evaluating the abrasive capacity-]
have been developed. It was* found *that sorroa refractory compounds
possess . higher abrasive capacities than some of the conventional abrasives.
For instance, the abrasive capacity of tungsten boride (0.233) is higher than that
of synthetic corundum and tungsten boride (and some other compaLinds) does not react
chemically with titanium or its alloys. Orig. art. has: 3 figures and 2 tables. [TD)
SUB CODE: 1l/ SUBM DATE: 09Mar66/ ORIG REPP: 009/ OTH REF: 001

SOV/95 -5 8-11-19/21
AUTHOR: Ivunov Lineer
TITLE: An All-Union Conference of Povzer Er4~ineers in the
Ferrous Metal Industry (Vsesoyuzuoye soveshchaniye
energetikov chernoy rnetallurgii)
PERIODICAL: Teploener~,;etika, 10-15Fi, Nr 11, PP 9")-93 (USSR)
ABSTB--'.CT: An L~111-Union Conference of power enEinears in the
Ferrous Metal Industry was held Lit Zhdanov from the
lst - 5th July 1958. The conference W,iLS organised
by GOSPLAH USSR, the State Scientific Tecbnical
Commi-~tee and Central Directorate of the Scientific
Technical Society of Ferrous Metallurgy. It was
devoted to the development of pore-r economy, to the
introduction of modern techniques and to fuel
economy in iron and steel works. The plenary sessions
considered questions associated with. the development
of power enZineerinp_, the modernisation. of
electrically-driven air-blast equipment, the fuel
balance of the country and the utilisation of natural
ga Reports viere read by V..~,I. G eras ime rk o, Engineer
g
Card 1/4 and P K..,%Ysyutiia, Engineer (GOSPL11N USSR) M.N.Pavlov,
En~;in;er (Gipromez), A.N.Ivanov, Engin!!er (Energochermet)

SOV96-53-11-19/?!
n -Union Conference of Power Engineers in the Ferrous Metal
Industry
A.G.Osl*povf En~',ineer (Glavgaz) of the Council of
Ministers USSR) d E ~lirieer V.I. Suxovov (Metallurgical
l..."Orks imeni Petrovskiy . These reports vrere considered
by rPpre-_s-!nt!_,tives of the Kuznetsl:p Magnitogorsk and
Ntzhniy Tagil, .- MetallurL:ical Combines, Giprost;i.11
~ical Works, GOSPLAN U_krSSSR,
the Stallno Metalli-ixg
the State Scientific Technical Committee of the USSR,
GOSPL'111 RSFSR and other organisitions. Sixty reports
and communications were read at sectional sessions.
In the section dealing viitLi power stations amd power
nquipment the main themes considered were: the
modernisation of electriCally-drivel,~ii air-blast
equipment, incre"-sinC, the efficiency of steam-turbize
and heat-suprly install_-,tions, compressors and blowers,
the use of gas turbines in ferrous metallurgy Loid so on.
The main recommendat ions are concerned with
modcrnis.-ation of the drive of air-bliLst equipment.
Tlic section dealin,- aitLi tht,- utilisation of secondary
Card 2/4 povio~r, r~,-sources considered reports relatir8' to the
PI, IF

SOV/96-55,8-11-19/?l
An All-Union Conference of Power Enj~ineers in the Ferrous Metal
Industry
better use of secondary power resources in ferrous
met-allurgy. Iffast boilers can be installed with
open-he",rth furnaces. Enormous CULLntitieS Of heat I -
are still not used in metallur6ical work-s. The use of
steam for soot blowing in waste-heat boilers vias
considered and the design of these boilers vias
discussed. The major recommendation WLLS to design
-heat installations for a~,glomeration works,
wast e C;~
colllir4, pl--,,nts, pipe-rollir4~ mills and heat insulation
manufi:tcture. The main themes considered by the
s,2ction d--aliiy, with metallurgic:..l heat onEineering
and gas utilisation viere: methods of incre"sin~, the
efficiency of furnuces, th-:!rmal-tecEnical problerans of
0 -oen-heartL. furnaces and heating furnaces, gas
CD
purification in industrii-il furnaces and the jus
b"lunce of metallurgical works. RiLtional use of
oxy8en bl,,st in open-hearth fu-rnac-,-s can increase
the output by 20 - 30'0% and reduce the fael consumption
Card 3/4 by 10 - ?Oc,~. The main recommendat ions concerned the

SOV/96-51
An All-Union Conference of Power EnLineers in tLe Ferrous Metal
Industry
urgent need to develo.r methods of usinir nutur*.l gas
in large open-h.-"rth furnaces, cL..Iled for more
efficient use of kirdrogen in open-hearth furnaces,
str-~ssed the ia-e~ to incre"-se the-, blastteirperature
to 11000 - lt2OO C. on existinL; blast furnaces and
udvised more experimental work and the introduction
into industry of improved mettiods of gL,.s purification.
Card 4/4

Sov/94-5 8 -11 -? 0/2 8
Engineer
AUTHOR:
tITLE: A Conference of Power Engineers from Ferrous Metallurgy
Undertakings (Boveshchaniye energetik-ov predpriyatiy
cher.noy metallurgii)
PERIODICAL: Promyshlennaya Energetika, 1958, DIr 11, p 30' (USSR)
ABST.1WT: The Scientific Technical Society of Ferrous Metallurgy
to cether with GOSPLAN and Vie State Scientific
Teclinical Coriwiittee of the USSR held In Jvayt in the
town of Zhdanov an All-Union Conference of power
engineers in ferrous metallurgy devoted to the
development of power equipment and to the introduction
of advanced technique and to fuel economy in
metallurgical works. The conference was attended by
47 representatives of metallurgical works, 48 from coke
and chemical works, Manufacturers of Refractories and
Engineering Works, 38 of Councils of National Economy
and 49 of Scientific and Design Organisationsi
altogether 475 persons took part. Sixty five reports
were read. The confere-4ce directed attention to the
need for more profound investigation of technical and
economic indices, it indicated the need to use gas
Card 1/1;1
111:11111:1 1F.7-1

SOV/94-58-11-90/?8
gs
A Conference of Power Engineers from Ferrous Metallurgy Undertakini-
turbine installations and to combine them with other
ways of using secondary power resources, NIOGAZ should
press on with development of their dry high-temperature
ification method for flue and industrial gases.
Lie conference pointed out various difficulties in the
utilisation of steam, it mentioned delays in installing
the first installation for the dry quenching of coke
and delay in making use of the heat of slag.
Card
t 1;

AUTHOR: Ivanov, -A. er SOV96-58-5-16/27
TITLE: IncreasinG the Efficiency of Industrial Electric Power
Stations ~Povysheniye ekonomicbnosti p3-0Myshlennykh
elektrosta-atsiy)
PERIODICAL: Teploenergetika, 1958, Nr 5, pp 68 - 70 (USSR).
ABSTRACT: This is a discussion of an article of the same title
by v.N. YiLrene-,,r in Teploenergetika, 1958, Nr 4..
Condensing sets of low and medium output are still used in
many industrial electric power stations and they will need to
be modernised by usinz them to supply heat..
Until 1955, it was the policy of the Ministry of Power Stations
..-hat all metallui-Eical works should be supplied with electric
power from their ovin stations, the comiection-to the main supply
being regarded only as a standby. At present, the Ministry of
Power Stati-ons zroDosed that, in most districts, industrial
stations shoul(f co-ver the thermal load and use up excess gas;
an,y deficiency or excess of electric Dower should be delivered
by or to the power system. In new melallurgical works, the
output of the power station equipment usually depends on the
heat demand of the works and its neighbourhood- and also on the
Card 1/A
- ---------- -- -----

SOV/96-58-5-16/27
Increasin- the Efficiency of Industrial Electric Power Stations
combustion of all excess gas and other coal products.
However, for a number of reasons, it is still necessary to
instal some condensing sets and instances are cited.
Because of the increased capacity of the power system,
existing condensing sets may not, be reconstructed to supply
heat either by arranging steam-tapping from an intermediate
stage or by working at reduced vacuum. The best results are
obtained by a combination of these ti,.-o methods. A number of
examples of such conversions are quoted.
When a turbine installation is adapted for reduced vacuum,
there is a considerable increase in the temperature of the
exhaust steam, so that the low-pressure end of the turbine
is heated: this may cause vibration or overloading of the
thrust bearing. Examples of stress determination are
given. When turbines are going to operate permanently on
impaired vacuum, the removal of the last stages should be
,aonsidered, as this cuts down the internal losses.
very often, the efficiency of industrial turbines can be
improved by attention to the condensino equipment: various
examples are given.
Card 2/3

LL-1-P-1-1 WNT, 11111
SOV/96-58--r-16/27
Increasing the Efl'iciency of Industrial Electric Power
There are 2 figures and 1 Soviet reference
ASSOCIATION: Enerpl2hermet
1. Elect-ric power plants--Performance 2. Electric power production
Card 3/3

zi'a"" ,,- //-) - ;411 FEME I BOCK EMOITATION 671
Kukusbkin, Aleksandr Ivanovich; Boykov, Aleksandr Geogriyevich; Tngsoffl,
Anatoliy Nikolayevich
Teploizolyatsionny-ye raboty (Beat Insulation) Moscow, Gostoptekhizdat, 1958.
254 p. 6,000 copies printed.
Ed.: Losev, B. S.; Executive Ed.: Martynova, M, P.; Tech. Ed.: Fedotova, I. G.
PUBPOSE: This book is intended for foremen, and engineering and ttchnical
personnel of concerns dealing with heat insulating problems.
COVERAGE: This book provides general information in popular form on heat
insulation and the exploitation of beat Insulating materials, manufacture of
these materials, and appropriate equipment. The authors outline principles of
heat transfer and clAwsify the equipment for heating and refrigerating. The
capital invested for heat Insulating equipment should be recovered by Its
exploitation within one year. Efficiency of proper beat insulating equipment
varies from 85 to 95 percent. Besonable usage of one ton of insulating
Card 1/4

Heat Insulation
671
material leads to the ecozoaW of 200 tons of rated fuel per year. During
the prewar period the Soviet industry manufactured large quantities of friable
heat insulating products such as "ASBOTKRKIT".. "NOWASBOWRIT"I "ASIM37,W"
and others. Mastic heat-inaulating construction parta were based on the
above-mentioned materials. There are two serious disadvantages connected
with application of mastic heat-insulating constructional parts, namely:
necessity of preheating the equipment to be insulated and the labor in-
volved being 2 to 5 times more than in the case when 3.axge formed heat-
insulating parts are used. After the war the use of mastic heat-insulating
construction parts was sbArply reduced and production of slag wool vaB rapidly
developed. This material is more economical and suitable for refrigeration
ana heat insulation up to +6000C, The book mentions that at the present
there is no wide choice of heat insulating materials that can be used in
construction processes. Nevertheless, production of heat-insulating raw
materials and ready-made products develops rapidly.
Card 2/4

Heat Insulation
TABLE OF COhUENTS:
671
Foreword 3
Heat-insulating Materials 6
Foreign Practices in the Manufacture of Heat-insulating Materials 33
Organizing the Work 42
Subsidiary Production C~perations 47
Timber and Scaffoldings 66
Tools, Fittings and Machinery 72
Heat-insulating Constructions 85
Heat-insulating Industrial Equipment 94
ILefrigeration Insulation 3.18
Naval Insulation 142
Application of Heat-insulation for Domestic and Industrial Appliances 158
Surface Finishing of Insulation 173
Framework Seems 180
Insulation of Irregularly Shaped Parts of the Equipment 191
Card 3/4

Beat Insulation 671
Heat-insulating Operations During Winter 204
Qua3ity Control of Insulation 210
Inspection of the Heat-insulation 220
Exploitation and Wintenance of Heat Insulation 228
Safety Techniques During Heat-insulating C~perstions 231
Appendix:
1. Specifications of Heat-insulating Xaterlals 239
2. Determination of the Volume of Insulation per Linear Meter
of Pipeline With Various Coating Thicknesses 253
3. Conversion of Linear Meters of Insulated Pipeline Into
Square Meters of the Bare Surface and the Exterior Surface
of the Coating 254
AVAUAME: Library of Congress TM/.bmd
10-21-58
Card 4/4

IVANOV, A.N.
All-Union Scientific and Technical Conference on Electric
Drives in Ferrous Metallurgy Plants. Prom. energ. 17 no.6:
50-51 Je 162. (MIRA 17:6)

BYKOV, G.A., inzh.; BIRFELID, A.G., inzh.; GUDELIMAN, B.R., ir-zh.;
YEGORYCHEV, G.M., inzh.; KRICHEVSKIY, G.M., inzb.;
PISTRAK, M.Ya., inzh.; TAYTS, A.A., kand. te4hn. nauk;
FRIMES, A.P..., inzh.; GOLIDIN, YA.A., glav. red.;IVANOVA.N.,red.;
LANOVSKAYA, M.R., red. izd-va,- DOBUZHINSKAYA, L.V., tekhn.red.
[Electric power engineering]Elektroenergetika. (By]G.A.Bykov i
dr. Moskva, Metallurgizdat, 1962. 190 p. (MIRA 16:4)
(Electric motors) (Automatic control)
(Metallurgicaa plAnts-Electric equipment)

I-JANOV, A.N. From.
---- ---- , d-rni" industrial electrio power plantO* (K% 14-.10)
14ethods f0
energ. 16 no*10:32-36 0 161o
(BlectTic power plants

IVANOV., A. N.
Experience in irLereasing the engineering-efficiency factors of
industrial electric power plants. From.energ. 16 no.11:9-34 X
161. (PMU 14:10)
(Electric power plants)

IVAITOV, A.11., inzh.
Means for increasing the officionc7 of power facilitien in ferrovs
metal plante. Wud3r NM chern. met. 2008-53 160. (MIR& 13-10)
1. Phergochermet.
(Metallurgical plants)
I :~
I ~ 1~ ~ I , I ~. :.: ~"F,

L 01209-67 UIT(m)/EWP(w)/T/EWP(t)/ETI/EWP(k) - IJP(c) - -, -1
ACC NRt AP6032458 SOURCE CODE: UR/0129/66/ooo/ooWo42/045 i
AUTHOR: Vishayakov, Ya. D., Ivanov, A. N.; Mirskiy, L. M.; Kherodinashvili, Z. Sh.3(0'!
ORG: Institute of Steel and Alloys, Moscow (Moskov'skiy institut stali i splavov)
TITLE: Effect of high-temperature thermomechanical treatment on the fine structure
and mechanical p opertie5 of titanium-alloys
SOURCE: Metallovedeniye i termicheskja obrabotka metajlov, no. 9, 1966, 42-45
TOPIC TAGS: titanium alloy, thermomechanical f"" ~_"Balloy thermomechanical
treatment, alloyJN*e 94ro-aturs-, MZ;-mechanical property/VT3-1 alloy, VT15 alloy
ABSTRACT: VT3-1 titanium alloy (2.4% mo, 1.06% Cr, 5.9% Al, 0.5% Fe, 0.2% Si) and
VT15 titanium alloy (7.8% Mo, 11.0% Cr, 3.2% Al, 0.2% F, 0.1% Si) were subjected to
high-temperature thermomechanical treatment (HTMT) - deformation at 900-1000 and
800-900C, respectively, followed by rapid (20OC/sec) cooling. Specinjebs were
strained either by tension (VT3-1 alloy r by upsetting (VT15 alloy)t'DHTMT increased
the strength and ductility of the al!Vl~ For example, the VT3-1 alloy strength
increased from 115 kg/mm2 after conventional heat treatment to 142 kg/MM2 after
HTMT at 900C with a reduction of 26%. Higher reductions brought about no additional
effect. Aging at 500C for 5 hr increased the strength of conventionally and thermo-
mechanically treated alloy to 125 and 160 kg/mm2 at an elongation of 12 and 15109,
respectively. With the HTNr in the 6-region (1000C), the strengthening effect was
Card

L 01209-67
-kff NR,
AP6032458
still higher because only at-phase was formed. With increasing deformation in HTMT,
the size of the coherent dispersion regions decreased and the lattice microdeforma-
tions increased in both alloys. Subsequent tempering at 550C for 2 hr brought about
no changes in the fine structure, which indicated a thermally stable configuration
of the lattice defects formed with deformation and subsequent phase transformation
Also, no grain growth occurred in thermomechanically treated alloys.reheated up to.
900C; this ensures preservation of the advantages of HTMT at elevatect temperatures.
However, at temperatures above 600c, because of a higher diffusion in the structure
with defects, the thermomechanically treated VT3-1 alloy softens more rapidly than
conventionally heat treated-alloy. Orig. art. has; 2 figures and'3 tables. [14S]
SUB CODE: Il/ SUBM DATE: 'none/ ORIG REP: 005/ ATD PRESS. 5097
2/2 bIg

III A 1! 11 , -, . N .
First inatruction for the study of caves. Peshchery no.3%
91-92 163. (MIRA IW)
1. - ., . I -- ---

_101.10V, AX, !nth.
Snow removal at the pass aections of mountairA r~adso Avt. dor.
28 no.91ll 5 16910 (Min isilo)

111111 KIEULUUNMII----

IVANO
PHASE I BOOK EXPWITATION SOV/6176
Konobeyevskiy, S. T., Corresponding Member, Academy of Scien0ev
USSR# Reap, La.
Deystviye vadernvkh izluoheniv "a materialv (The Weet of
Nuclear Radiation on Materials). Moscow, Izd-vo AN 33SR,
1962. 383 P. Errata slip inserted. 4000 ooples printed.
Sponsoring Agency; Akademiya nauk 333R. Otdoloniye tekhri-
cheskikhnauk; Otdrulan-1ye flzlko-matematichoskikhnauk.
Reap. Ed.: S. T. Konobeyevskly; Deputy Reap. Ed.i S. A.
Adasinakiy; Editorial Boards P. L. Orazin 0 i1. Kurdyumov,
B. M. Levitakiy, V. S. Lyashenko (Deceased5, iu. A. gartynyuk,
Xu. I.-Pokrovskiyp and N. F. Pravdyi*, Ed. of Publishing
Houses X. 0. Makarenkoj Teoh. Ed&, T. V. ?olyikova and
1. N. Dorokhin&.
"Card 1/14

IM ~Iljifwj
31,
The Effect of Nuclear Radiation (Cont.) sov/6i76
PURPOSE: This book is intended for personnel concerned with
..nuclear materials.
COVERAGE: This is a collection of papers presented at the
Moscow Conference on the Effect of Nuclear Radiation on
Materials, held December 6-10, 1960. The material reflects
certain trends In the work being conducted in the Soviet
scientific research orginization. Some of the papers are
devoted to the experimental study of the effect of neutron
Irradiation on reactor materials (steel, ferrous alloys,
molybdenum, avia4 graphite, and niohromes). Others deal
with the theory of neutron irradiation effects (phynico-
chemical transformations, relaxation of Internal stresies,
internal friction) and changes in the structure and proper-~
ties of various crystals. Special attention is given to
the effeot of intense T-radiation on the electrical,
magnetic, and optical properties of metals, dieleatrics,
and.semiconductord.
Card 2/14

The Effect of Nuclear Radiation (Cont.) SOVA176
AstraklWnt5ev, S. M., and Yu. T. Kounov. Effect of Neutron
Irradiation on Inhomog6neoun 4gUd Solutions 121
Specimens of X201,180 [Ni800061*alloy were Irradiated At a.
temperature not exopeding 100" 10?1 by a therml neutron flux
of 1.1017 to 1.4-100n/ams,
en Effect of Neutron 4vadiation on Ordering Fe.Al
127
Specimens were Irradiated by fast neutrons and measure-
ments were Made of electric resistanoe, lattice ~arametersp
and.-the intensity or superlattice lines.
/~__Jxanoy._A. Nm~~ and N. P. Pravdyuk. Effect of Neutron Irradla-
' Tll~a_triaal Resistance in Certain Metals 136
,_~ravdyuk, No' F 0 P and *P. * A. Pla*%onov. Study of Long-Time
Strength of Copper After Irradiation 153
The Investigation was conducted before and after Irradla-
tion. with alneutron flux of %Iota n/oe
Card 7/14

IVAI,CV, A.N.; PRAVDIIJKI N.F.
(Pleasuring the electric resistance of molybdonm during
irradiation in a reactor for physical and technological
research] Izmererie elektrosoprol.ivloniia molibdena v
protsesse oblucheniia. v reaktore RFT. Moskva, In-t atom-
noi energi All SSER, 1960. 18 p. (MIU 16.- 12)
(Molybdermm-Electric properties)
Nuclear reactors)

IVANOV, A.R.; PRAVDYUK, N.F.
[Effect of neutron :Lradiation on the electric resistance
of certain metals) Vliianie neitronnogo oblucheniia na
elektrosotrotivlenie nekotorykh metallov. Yoskva, Ir--t
atomnoi energii im. I.V.Kurchatova, 1960. 23 p.
(Ueutrons) (MIRA 16:12)
(Metals, Effect of radiation on)

WNOV, f:~ C)
8(0) PHASE I BOOK EXPLOITATION SOV/1548
Tunj Aleksandr Yakovlevichj and Andrey Osipovich Ivanov
Naladka elektricheskikh apparatov i mashin v skhemakh elektroprivoda
(Adjustment of Electrical Equipment and Machinery of Electric
Drive Systems), Moscow, Gosenergoizdat, 1958. 159 p. 21,000
copies printed.
Ed.: K.D. Kofman; Tech. Ed.i A.M. Fridkin.
PURPOSE: This is a handbook for technicians adjusting and inspecting
electric drive equipment.
COVERAGE: The authors describe practical methods of adjusting ma-
chines and equipment of electric drive systems, They discuss ad-
justment and testing of equipment during installation and opera-
tion and provide examples of equipment characteristics and os-
cillograms. The book is based on the work experience of the ad-
justing departments of GPI "Tyazhpromelektroproyelct". The authors
thank V.I. Krupbvich and K.D. Kofman for their help. They mention
the book by V.S. Khmelevskly, "Electric Drive Adjustment." There
are no references.
Card 1/3

Adjustment of Electrical Equipment (Cont,) SOV/1548
10. Dry rectifiers 71
11. Magnetic amplifiers 78
12. Gas tubes and.electronic equipment 84
Ch. 3. Electric Machines
13. General information
14. D-c machines
15. A-c machines
16. Amplidynes
17. Teichometer generators
AVAILABLE: Library of Congress (TK2189.T8)
JP1sfM
Card 3/3
100
100
112
134
146
157

IVANOV, A.0,;, KHA.RIYUZOV, V.A.
. X,, ~ , ,
-Dielectric properties of melted glass batch. Opt.-mekh.prom. 25
no.5:51-54 n0.5:51-54 My '58. (14IRA 11:9)
(Glass--Dielectric properties)

IVANOV, A.O.; YMTROPIYEV, K.S.
Structure of simple germanate glass. DoklJJI SSSR 145 no.4.797-800
Ag v62. (I-MU 15:7)
1. Predstavleno akademikom A.A.Ioebedevym.
(Glass) (Germanates)
; !:: I ~,~ 1. 11: !:,. !!~ 1 1
P . 1111;- 1 111 11 1-1 1 11 1' ! :

IV, MOV A 0
l'Investigation of the minimum effect of electrocanductance in gerimnate glasses."
report submitted for 4th All-Union Conf on Structure of Glass, Leningrad,
16-21 mar 64.

TUN, Aleksandr Yakovlevich; Ilfid-12V, 1piKe --Qp 1--VAI-I ~.D.,
_.y --IpQyich; KO E
red.; LIORUNOV, N.I., tolchn. red.
fRepair of the electrical machines of electric eirivess] Na-
ladka clektriche.Aikh vashin clektroprivodov. MoA-Na, Gos-
energoizdat, 1963. 94 p. (Biblioteka po avtorratike, no.85)
(ML-Vt 16:12)
(Electric drivinG)
(Electric ii:achinex-j--Ilaintenance and repair)
~ . . I
g, ts'! fl::- 1[j -IIFT

NEMILOV, S.V,; IVANOVY A.0.
Viscosity of vitreous germanium dioxide in the region of
the softening point. Zhur. prikl. khim. 36 no.11:251+1-2542
N 163. (MIRA 17:1)

jj!:Ijj,j its
!VANOVX~40~).*
Electric ccndvftI,,rity of inixes nlkali glasses, of the -,iystom
Na20 .. K20 - GoO,,). Fiz, tver tj-I.P 5 no.9r26/,~?...2652 3 163.
0411RA 16~,10)
1. Gosudmstvemiyy optic hu,,A. Ly In,0i.tut in. SO.I.VaTia-mvi,
Leningrad.

I . 12
SKTARIK, V,P. ['Dkvaryk,, V.11 1, kanc.. tekhn. nauk; D'YA(,H:;,,NKC V S 1JEHER; TKO,
A.G. (Kucherenko, A:11.1; VOLOSHIN. Ai'-,'. [Voloshyn, A.i-'!,J; IVtkjlgl, A.C.
Use of plastics in ahoe manufacture. Leh. prom. no.3;7"'~-81 JI-3 164.
(MIRA 17:10)
]II IIJ
-I MIN

PHASE I BOOK EXPLOITATION SOV/4737
Ivanov, A.P.J. 1.F. Kirillov', A.A. Rybnikov, and K.M. Sirotov
Gidroneteprologicheakiye nablyudenlys. na kitoboynom sudne nSlava-15" Antarktiche-
skoy kitaboynoy flotilii v 1955-58 99- 1 glubokovodayye gidrologicheskiye
nablyudenlys, V 1950-51 1 1953-58 99- (Hydrometeorological Observations Made
on Board the Wht~_er 'Vlwa-1511 of the Antarctic Whaling Fleet, 1955-58, and
Deep-Sea Hydrological Observations, 1950-5l,and 1953-58) Moscow, Gidrometeoiz-
dat (m-niye), ig6o, 319 P- (Series Moscow, Owudarstvennyy okeanografi-
cheskiy institut. Trudy, vyp. 58) 650 copies printed.
Sponsoring Agencies: Glavnoye 4ravleniye gidrcmeteorologichenkoy sluzhby pri
Sovete Ministrov SSSR; Gosudarstvennyy okeanografichookiy institut.
Ed. (Title page): V.S. Nazarov, Ed. (Inside book): N.I. Sorokina*Tech. Ed.:
I.M. Zarkh.
XWOSE: The book is intended for members of the whaling industry and for navi-
gators. It will also be useful to meteorologists iuxd hydrologists.
COVERAGE: This issue of the Transactions of the Moscow State Oceanographic Insti-
tute presents the results of hydrometeorological and glaciological obserTations
Car&A-1907

ARKHAWELISKIt, P.Ye., inzhener; ARKHIPOV, P-P-, inzhener; VASIXOT, M.P.,
agronom; ZMATJDSKIY, D.A., arkhitektor; arkbitektor; KIBI-
REV, S~'Y., arkhitektor; KRYLOV, N.V., lnzhener-ArOlitektor; KULAKDY,
D.V., zirkhitektor; MARTYNOV, P.F., inzhener; HIKIVOROV, V.S., inzhener-,
HOSKOVI B G 'arkhitektor; I%TUKHOV, B.V., kandidat tokhnichaskikh nauk;
RIJDANOJ, Z., kandidat takhnicheakildi nauk-, RTAZAROV, V.S., kandidat
arkhi4ktury; SOKHRANICUIV, N.S., inzhener-arkhitektor; T.A-RASOV, D.I.,
arkhilektor; SHMIDT, K.E., kandidat arkhitektury; IMOHUMV, Ye.Yo.,
a.rkhitpktor; VOLIFOVSKAYA, V.N., redaktor; FEDOTOVA, A. F., tekhniche-
skiy *daeor.
[Hand ook on the construction of farm buildings] Spravochnik po sel'sko-
z istvennomu stroitellstva. Avtorskii kolleIrtiv: P.R.ArkhangelOskii
Oz
k
ho
i dr , avtor-sost. H.V.Krvlov. Moskva, Gos.izd-vo sellkhoz.lit-ry-. Vol-3
1955f.843 P. (Farm buildings) (MIRA 9:6)
HNI: ill" I

NAF011, A. F,
"Lowerin,a Yast o fL the Wind Vane" . Yeteorol. I :7ic1rolo,-?i-a I 11o 10 p 48- --0
The author describes in considerable -etail. the e.-nerimental ere(-tion of the
lowering mast of the wind vane, planned in accordance with the "crane" method. The
installation inakes it possible for one Tpan to lower a wind vane to north without
difficulty In the course of 4-5 minutes and of',Ier exocii-tion of Lhe necessary oyerati.,nis
to ere,t it. aFain to its operotin!7 rosItion in 11-e same time. Use of t1,e lowering rest
in t-.be course of 5 yenrs hen Oem-onstrated the "aultless operation of U-1p, vind vane.
This reconliends the installation for wide errplovnw~nt in stations. r1211rcol, No 5, 10,54)
30; Sum No. 568, 6 Jul 55
1F'1-111ll.'i:11j TH r 1

YEFIIIIYEII, Nikolay Nikolayevich, prof., kand. tekhn. na'LIIC;
IVPIIOV A.P., red.
.L :----
(Principles of the theory of submarine boats] Osnovy teorli
podvodnykh lodok. Moskva, Voenizdat, 1965. 382 p.
(MIRA 18: 5)

I' V) ~ , 1. -; if T F il': r I A) V. N. -, I TETIN , B. ", .
I I
~nv%t. reslii~tance of a gi-ourn--Ed r--'e-~t
ge~f'--'. r~o.911,399-14/0~ S
-'%v, al'%' c
. . .. ?. -tir,
1. C-e:)Icglcheskiy 'nstitut A-1 SSSR.

VASILIYEV, V.G.;.IVANOV, A.P.; VOSTRYAKOV, 0.1.; SHMITIMISKIY, MIT.;
GAFANOVICH, M.D.; DIMKO, K.I.; ABUGOV, Yu.0.1 SIIRLNtKO, K.N.;
ZAGARIY, G.I.; DUDCHENKO-DUDKO, V.M.; NIKULIN, Yu,Ya.;
YEFIMOV, Yu.N.; BYKOT, T.L.
Inventions. Avt. i prib. no.4$73-74 O-D 164 (MIRA 18:2)
H.

VQLOKH, V.G.; MOCHINA, 11J.; IGRUNOV, V.D.; NECHAYIX, I.M.; POIMOVSFJiYI,
I.A.; TRIYONOVA, T.S.; TSYGMOVA, A.M.; RUSIN, N.P., otv.rod.;
KITAYTSZV, A.H.j red.; ITZIMIN, L.A.. red.; OLIMPOV, Y.G., red.;
SKITMIN, I.S., red.; BERLIN, I.A., rod.; NECILIM, I.N., red.;
SHCHERBAKOVA, L.F., red.; MARVYNOV, S.I., rod.; SIMOVOY, Yn.P.,
rod.; IYANQ
M.-A.P., red.; BESSONOV, N.P., red.; YASNOGORODMIYA,
M.H., red.; VLADIMIROV, O.G., takhn.red.
(Directions for hydrometeorological stations and postal Nastavlenie
gidrometeorolo.,Picheekim stantaiiam i postam. Leningrad, Gidro-
meteor.izd-vo. No-3, pt.l. [Observations at meteorological stational
Meteorologichaskie nablindeniia na stantsiiakh. 1958. 223 p.
(141RA 12:12)
1. Ihissia (1923- U.S.S.R.) Glavnoye upravleniye _-idrometeorologi-
cheskoy sluzhby. 2. Sotrtidniki Motodicheakogo otdola Glavnoy geo-
fizicheskoy observatorii im. A.I.Voyoykova (for Vololch, Gushchina,
Igrunov, Nechayev, Pokrovsk-qya, Trifonova, TSyganova). 3. Glavnoye
upravleniye Gidrometeorologichaskoy sluzhby SSGR (GUGHS)(for Kitaytsev,
Kuzlm.in, Olimpov. Skiteykin). 4. Glavnaya geofizichaskaya observatoriya
(GGO) (for Berlin, Nechayev, liain, Sherbakove). 5. Mostnyye upravleniya
Gidrometeorologicheskoy sluzhby (for Martynov, Simonov, Ivaziov, Bes-
sonov).
(Mateorolo,-v-Observations)
11"ili-11i1frill'i HIJ R!"11,11-111ldh ii~il H1111it 1,

MORGUN, Vladimir Nikiforovich; IVARO-Y. & - -kapitan
T~_o_inzhener
ranga, red.; SRIIINIS, N.V.., tekhn. red.
[Diesel-eftg1ne mechanial5lesar'-dizelist. Izd.2., dop. Mo-
skva, Voenizdat, 1963. 559 p. (MIRA 16.-3)
(Diesel engines--Maintenance and repair)
pl

GERASIMOV, Vladimir Hikolayevich; DROBLENKOV, Viktor Feoktistovich;
RODIOROV, A.I., retsenzent; VASIL'YEV, B.F.. retsen2ent;
IVAROV, A.P.. red.; KEDNIKOVA, A.N., tekhn.red.
[Submarine boats of imperialist countries] Podvodnyo lodki
imperialisticheakikh gosudarstv. Moskva, Voen.izd-vo X-va
obor.SSSR, 1960. 221 p. (MIRA 13:12)
(Submarine boats)
:HJ

GERASRIOV, Vladimir flikolayevioh; DROBL90KOV, Viktor Feoktistovich;
RODI01-01, AJ., retcenzent, VASILIYEV, B.F,, retuanzent-
P y
AHTONOV, D.A.., retsenzent; ;MAN-QY-, Aj~,~ red.; BRASAV121A,
A.M.P tekbn. red.
[Submarine boats of imperialist countries]Podvoclaiye .1,1ki im-
perialisticheskikh gosudarstv. Izd.2., dop. Moskva2 Voenizdat,
1962. 301 P, 14M 15:9)
(Atomic submarines) (Submarine boats)

'I
IVANOV, Stepan Stepanovich- IVANGVP A.P., Inzho-kapitan 2 rangap redo;
SVIRJDENKO tv--= J, V#A&JP
,, L,Vo. inzg;4-apitan 2 ranga, 2-i5d.; BUKOVSWA
tekhn. red*
[The oubmarinel Podvodnaia lodka, Moskva) Voen.izd-vo 14--va obor.
SSSR, 1961. 3-16 p. (Submarine boats) I (MIM 14,12)

IVANOV, A.~.., podpolkovnik meditsinskoy sluzhby, kand.med.naulc
Medical service for Soviet Amy troops in the defense of
Sevastopol. Voen.--neC- zhur. no.11:82-87 11 '6L (141FU 15.6)
(SEVASTOPOL-WORLb M, 1939-1945--MICAL A11D SAKTARY AFFAIRS)

IVANOV, A.P., kand.med.nauk (Leningrad, C-15,ul.Saltykova-Shchedrina, d.41)
Organization of surgical aid for the wounded in Sevastopol during
the Great Patriotic War; on the 20th anniversary of the defense
of the city against the fascist invaders. Klin.1chir. no.8:67-69
Jl 162. WIRA 15:11)
1. Leningradskiy institut usovershenstovaniya vrachey imeni
S.M.Kirova.
(SEVASTOPOL--SIEGE, 1942-MEDICAL AND SANITARY AFFABS)

TVAINOV, A. P., Cnnd D-Tol Sel (diss) -- "'Die c-ffect of fotld,~~r proteins ano
wa5t-s of penicillin,of variolts hiolo,_,tcal. vsalufw.~, on younj! cRr-p". Moscow,
1-.
IS', 6 0 .I' np (%'oscow Or&-r of L-nin and Drd,~r of Tp-l.,or R,d 11~9.nrer itate 11 Im,
v!. V. Lo!ronosov) , 200 copins (KM, No 14, lc,!~O, 1~0)

IVANIOV I Aspa
Ilearing young-of,,-the-year carp ondifferent feed ratione.
Trudy WITMO 44:156-159 161. MM 14:2.1)
(Carp)
(Fishes-Food)
1 1! : :!;;:r H! 1!!I!q
T, 'Sit
FillT !.;~L

IVANOV, A.P... kand.biologicheslJYI, nauk
&periments with the isolated heart of a mamal. Biol. v shkole no.3,.
30-33 MY-Je 162. (MIRA 15:7)
1. Khabarovskiy pedagogichoskiy institut.
(Physiology-Study and teaching) (Heart)

IVAN34, A.P.
Ebreaking off a sand particle from ~the surface and Its movement in
an air flow. Iwr. AN Turk. SM Ser.biol.neuk no.242-49 163.
(MIRA 1635)
1. Institut yustyn' AN Turkmenskoy SSR.JCS)
SAND) (FLUID DYNAM
!H

IVANOV, A.P.
Rotation of sand particles in an air flcw. Izv. AN Turk. SSR. Sar.
biol. nauk no.4:1+2-.1+7 164. (141HA 17:12)
1. Institut pustyn' AN Turkmenskoy SSR.

IVANOV, A.P. [Ivanou, A.P.]
~UV AM,V Ser. Fiz.-tekh.
0 a fading la'yer. V4~
Transmission faA6r
nav. no.2:35-37 163. (KRA 17 11)

D A , P. Ggaid Tech Sci
Dissertation: "Investigation of High-Speed Turning of Heut-Resistant Steels
of the Austenitic Type."
28 June 49
Moscow Aviation Technological Inst.
SO Vecheryaya Moskva
Sum 71
____T_7
TfU

$410669 0
,

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16 a 14
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0 1: 1 L w
1
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(In
-w Ofachine Tuols and Filtapnient), v, U, 1.*ell. 1051, p, ~V

Kiperimental ial-extigatiou Of IK-Nivius Of m'4!L'J lowt diffi'mit W A a
nutchfim on lathes equipiwil w,jil, t-ulling tip, ul toll,1110,
h
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2racteristki establisIled Illat fireakdown of clittitill edgu ;m 4
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residt of V11 iping is not d
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p kandidat tokhaichaskikh nauk, rateen-
zest; Poxkdvffl-!, 'feC.', kandidat takhaichookikh sauk, retsessext;
DDKUCHAYBV, jL.N., kandidat tekhnicheskikk nauk, reduktor.
[Static and dynamic balamcing] Statickeskals i dinamicheakata
balaneirovka. Hooky&, Goo. sauchso-tokka. isd-ve mobinostroit.
i sudostroit. lit-ry, 1954. 243 p. (KLRL 7:8)
(Balaxelig of machisery)
-111 'T

111. 1 1:1 1 W; .;
IVANOV, Aleksandr Favlovich, OBORIN. Arkadly Ivanovich; RCZNITSKIY,L.M.,
nauk. redaktor; XAPLANSKIY,Ye.F., redaktor;
SOKOLOVA,L.V., tekhnicheakiy redalctor
[construction and use of annular drills] Konstruktsiia I eksplua-
tataiia kolltsevykh sverl. Moskva, Gos.na=hno-tek1i. iza-vo mashino-
stroitellnoi lit-ry, 1955. 54 p. (MIRA 9:2)
(Drilling and boring machinez7)

IVANOV, A.P*, konstraktor; 7MMIYANOTA, Ye.V., red.; LNVOMffMkYA, L.G.,
,tekhn, reds
(Now tools] NovVe vvaokoproizvoditellnye lnatrunent~. [Ieningradl
laningradekoe gazetuo-churnalinoe i knizhuos izd-vo, 1955. 65 Pr.
(Glitting tools) (MM 3.1;10)

SOV/1216945-~58893
Translation from. Roferativwy zhurnal. Maohinos~roypnxiye,, . 1959, Nr 15, P .(USSR)
AUTHOR: Ivanov, A.P. ( kenJ4
-T-ITLE.- The Situation and Prospects of Improving Accuraayin M4chine Construction
PERIODICAL- V sb. Vzaimazamenyayemost', tochnost' i metody izmerenlya v mashinostr.
M. -L.,. Masbgiz,, 1958,,,/pp - 114 - 118
III
ABSTRACT; The present stage of development of a theory of accuracy in maohine-,con-
struction is characterized by a number of works on the elaboration of.an
engineering basis for the theory of accuracy,of mechanism and machines.
The efforts of the scientists are directed.to the discovery of the
complex laws of accuracy., referring to the,physical nature of phenomena
taking place in mechanisms and to the investigation of the conditions of
their behavior. The great importance of a theory of dynamic accuracy.of
machines and mechanisms, which hitherto has been insufficiently.developed,
Card 1/2 is emphasized, When calculating the accuracy of machines and mechanisms
C

HAIM, A.P.; LISITSYN, V.D.; YNKIMY, K.K.
I~Z-~~
Scientific conference on modernization and opuration of forging
and pressbk-, mucbiner7 in Leningrad. Kuz.-shtam.proizv. 1 no-3:
47-48 Vv 1590' (141RA 12:10)
(Forging machinory) (Power prettaso)

PHASE I BOOK E(PLOITATION SOV/4436
Ivanov, Andrey Pavlovichs, Candidate of Technical Sciences, Docent
Mekhanizatsiya I avtomatizatsiya tekhnologicheskikh protsessov v manhinostroyenii
(Mechanization and Automation of Manufacturing Processes in Machine Building)
Moscow, Mashgiz, 1960. 334 P. 12,500 copies printed.
Reviewer: F.S. Demlyanyuk, Doctor of Technical Sciencest Professor; Ed.: S.B.
Berlim; Managing Ed. for Literature on Metal Working and Machine-Tool Making
(Mashgiz)-. V.I. Mitin, Engineer; Ed. of Publishing Houset V.V. Rzhavinskiy;
Tech. Eds..- L.P. Gordayeva., and Z.I. Chernova.
PURPOSE: This book is intended for technical personnel and efficiency-minded
workers in machine-building establishments, and it may also be useful to stu-
dents who are studying machine building at schools of higher education and
tekhnikums.
COVERAGE: The author presents an evaluation of the economic effectiveness of the
automation of manufacturing processes as related to the production scale, and
investigates conditions for the efficient use of mechanized and automated equip-
ment under various production condition,!. Included In the book are methods of
mechanization and automation of the basic elements of production processes.*

I pj
PHASE I BOOK EXPLOITATION SOV/5658
Iy,r~qq:K,__Aleksandr Petrovich, Candidate of Teabnical Sciences, and
.Viktor ffri* -1-si yn, Candidate of Technical Sciences,
DE yevich Lis ts
eds. -
Modernizaisiya kuznechno-shtampovochnogo oborudovaniya (Moderni-
zation of Die-Forging Equipment) Moscow, Mashgiz, 1961. 226 p.
ErrAta slip Inserted. 10,000 copies printed.
Reviewer: N. Ye. Nedorezov, Candidate of Technical Sciences; Ed.
of Publishing House: T. L. Leykina; Tech, Ed.: A. A. Bardina;
Managing Ed. for Literature on Machine-Building Technology
(Leningrad Department, Mashgiz): Ye. P. Naumov, Engineer.
PURPOSE: This book is intended for foremen, machinists, designers,
and process engineers concerned with the modernization and de-
signing of die-forging equipment'. It may also be used by students
at schools of higher education.
COVERAGE: The book contains material presented at the Conference
Card 1/8

Modernization of Die-Forging Equipment SOV/5658
on Problems in the Modernization and Operation of Die-Forging
Equipment, held in November 1958 in Leningrad. The Conference
was called by Leningradskiy Sovet narodnogo khozyaystva, Sektsiya
obrabbtki metallov davleniyem Leningradskogo oblastnogo pravleniya
NTO Mashprom (Leningrad Council of the National Economy, Section
of Metal Pressworking at the Leningrad Oblast Board of the Sci-
entific and Technical Society of the Machine Industry) and Len-
ingradskiy mekhanicheskiy institut (Leningrad Mechanical Engi-
neering Institute). Actual problems in the modernization, oper-
ation, and repair of die-forging equipment are described. Ana-
lyses are provided for problems involved in the mechanization and
automation of die-forging and stamping operations. Also in-
cluded are practical data to be used in the modernization of equip-
ment. No personalities are mentioned. There are 59 references:
56 Soviet, 2 German, and 1 English.
TABLE OF CONTENTS:
Foreword
Card 2/8

Modernization of Die-Forging Equipment SOV/5658
Ch. I. General Problems in the Modernization of Die-Forging
Equipment 5
1. Basic trends in the modernization of die-forging equipment
(V. B. Gordin, Candidate of Technical Sciences) 5
2. The requii?ements for die-forgin equipment (A. P. Ivanov,
Candidate of Technical Sciencesi 8
Ch. II. Modernization of Forging and Die-Forging Steam Hammers 18
1. Hammers and their role in modern die-forging equipment
(Z. M. Ginaburg, Engineer) 18
2. The modernization of steam-distributing devices of hammers
(A. L. Ashkinazi, Candidate of Technical Sciences, and
I. I. Kozhinskiy, Engineer) 19
3. Modernization of hammer control and drive (A. L.
Asbkinazi, Z. I. Ginzburg, and K. K. Yekimov, Engineer) 26
4. Modernization and repair of foundations and anvil blocks
of hammers (Yu. V. Belyayev, Candidate of Technical Sci-
ences., Z. M. Ginzburg, and I. I. Kozhinskiy) 31
Card 3/8

Modernization of Die-Forging Equipment SOV/56-58
5. Modernization and repair'of hammer frames and guides (V. A.
Zhivchikov, Engineer, and I. I. Kozhinslciy)
6. Modernization and repair of hammer cylinders and piston
rods (Z. M. Ginzburg, V. A. Zhivchikov I. I. Kozhinskiy,
A. M. Kaznacheyev, and M. V. Tilinslciy~
7. Modernization and repair of rams ( I. I. Kozhinskiy)
4
8. Lubrication of hammers (I. A. Gorbunov, 1. 1. Kozh_Lnsk1y,
and A. I. Kaznacheyev)
Ch. III. Modernization of Steam-Hydraulic and Hydraulic- Preszes
1. Modern trends and the outlook for modernization of hy-
draulic presses (A. L. Ashkinazi and V. B. Gordin)
2. The ways for decreasing the weight and overall dimensions
of hydraulic presses (Yu. P. Kyzlko, Engineer)
3. Modernization of steam-hydraulic "United" 2,000-toll f
or~
ing press (B. P. Vasillyev and V. A. Yelezov Engineers
4. Automation of steam-hydraulic "United" presses (S. P.
Moiseyev, Engineer)
Card 4/8
38
41
50
53
56
5(1-1
58
63
71

Modernization of Die-Forging Equipment SOV/5658
Ch. IV. Modernization of Mechanical Crankshaft Presses 7
1. Basic methods for the complete modernization of crankshaft
presses (M. A. Goncharenko, Engineer, and V. D. Lisitsyn,
Candidate of Technical Sciences) 7
2. Modernization of the drives of mechanical presses (A. P.
Ivanov and V. B. Gordin., Candidates of Technical 3617e_66 e s8
3. 98U-&i~nization of enpging and disengaging mechanisms of
crankshaft presses (V. A. Zhivchikov, A. M. Kaznacheyevj
and V. D. Lisitsyn) 8
4. Mode'rnization of control system of mechanical presses
(V. D. Lisitsyn) 10
5. Modernization and repair of individual subassemblies and
parts of mechanical presses (I. I. Kozhinskiy, and V. D.
Lisitsyn) 10
6. Modernization of mechanical presses for the purpose of
protecting them against overloading (Yu. M. Buzikov, En-
gineer) 11
~7. Safety technique in the modernization of mechanical
presses (V. D. Lisitsyn) 12
Card 5/8

Modernization of Die-Forging Equipment SOV/5658
Ch. V. Modernization of Horizontal-Forging Machines [Upsetters],
Percussion Presses,, and Shears 133
1. Modernization of horizontal-forging machines (V. A.
Zhivchikov and I. I. Kozhinskiy) 133
2. Modernization of power-screw percussion presses ( I, I.
Kozhinskiy, and A. M. Kaznacheyev; i4j.
3. Modernization of eccentric shears for blanking orrations
(I. I. Kozhinskly and V. N. Cherkasov, Engineer 144
Ch. VI. Mechanization of Forging and Hot Die-Forging Operations
in the Modernization of Hammers and Hydraulic Presses 1.4 9
1. Mechanisms and equipment for forling and die forging on
hammers (K. K. Yekimov, Engir
2. Mechanisms and equipment for press-forging (K. K. Yelcimov,
and S. P. Moiseyev)
Ch. VII. Mechanization and Automation of Stamping Operations in
The Modernization of Crankshaft Presses 16o
Card 6/8

Modernization of Die-Forging Equipment SOV/5658
1. Trends in appli 'cation of mechanizing and automatizing devices
in the modernization of presses (V. D. Lisitsyn and M. A.
Goncharenko) 160
2. Mechanical devices for feeding band and strip stock (M. A.
Gutnik, Engineer, V. D. Lisitsyn, and Ye. S. Nazarenko,
Engineer) 163
3. Mechanical devices for feedin piece-blanks (V. D.
Lisitsyn,and Ye. S. Nazarenko~ 177
4. Fully automated [production) lines (E. E. Roytershteyn,
Engineer) 186
Ch. VIII. Experimental Investigation of Die-Forging Equipment 191
1. General sequence for the calculation and design of ma-
chines in the modernization of die-forging equipment
(A. P. Ivanov) 191
2. BaFi_c7__pr6b5I_&_ms of the drive-system dynamics and of the
automatic feed of stock in the modernization of presses
(A. P. Ivanov and Ye. S. Nazarenko) 193
Card 7/8

Modernization of Die-Forging Equipment SOV/5658
3. Methods and means for the experimental investigation of
die-forging equipment (V. I. Zaytsev and M. P. Pavlov,
Candidates of Technical Sciences) 203
Bibliography 223
AVAILABLE: Library of Congress
VK/wrc/e. ~~
Card 8/8 11-7-61

IVANOVp Aleksandr Petrovichp kando tekhn. naukr red.; LISITSYNp Viktor
'Dmit-r-ly-ev-ich-t-k-a-nd-.-t-elam-'. naukv red.; NEDOMOVp T.Ye.p kand. tekhn.
naukj retsenzent; LEYKINAp T.L.p red. izd-va; BARDIVAt A.A.f tekhn.
red.
[Modernization of forging and die stamping equipnontl Modernizataiia
kuznochno-shtampo,~ochnogo oborudavaniia. Moskva, Gou.nauchno-tcklm.
izd-vo mashinostroit. lit-ryp 1961. 226 p. (MIRA 14t6)
(Forging machinery) (Sheet metal working machinery)