SCIENTIFIC ABSTRACT BARINOV, G. V. - BARINOV, V.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
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• Document Creation Date: November 2, 2016
• Document Release Date: June 8, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

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BARINOV,-G.V.; RATIM, fe.l.
Uptake of nutrients through leaves in follar
feeding o--" plants.
Fiziol.rast. 6 no.3:32"332 Mq-Je '59. (,,41R.,~
l,-:F)
1. K.A.Timiryazev Institute of Plant Physiology,
the U.S.S.R.
AcadsrV, of Sciences, Mnscow and Institute of
Biology, West Sj-
berian Affiliate of U.S.S.R. Academy of Sciences,
Novoail)irsl.-.
(Leavos) (Fertilizers and ,anures)

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iil'~jdil.oli) G;.V.
GoiaDarative iiiobility of p32 and Ca45 lin
-.,l-an'.s. Iz-;. SO A7T
SSSR no-4.Ser. biol.-rzed. naul: no.1:411-41~163-
( -, 11 ~ "; 10, . F, )
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1. TSentral ln~7 sib-irsldy bot(michoskiy 3acl
Sibirol,-.o o
deleniya All SSSR, 'Novosibirsk.
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iiii

ACCESSION NR: AP4042030 S/0026/64/000/007/0082/0083
AUTHOR: Barinov, G. V.-(Candidate of biological sciences)
TITLE* Radioactive isotopes in algae
i. SOURCE: Priroda, no. 7, 1964, 82-83
TOPIC TAGS: ulva rigida, radio ecology, radioactivity, accumulation
coefficient,
algae
ABSTRACT: Investigations of biophysical processes of the exchange
of elements be-
-tween algae and sea water are necessary for the general
understanding of radio-
.ecological conditions, the extent of radioactive contamination
of'organisms, and
.the influence of these factors on the produtivity of the,sea. The
period of balance
and the coefficients of accumulation of Ca , C9137, and Ce144 in
the algae, -Ulva
rigida, in green sea water is calculated in this paper. The author
found that in
ulva Ca is exchanged after I min,,Cs after 320 hours, and Ce after
217 hours, The
study of the rules which govern the removal of radioactive
substances from
organisms is neceseary for the calculation of the rate and period
of deactivation of
.,these organisms during their transition from radioactivity into
"clean" sea water.
.12

ACCESSION NR: AP4042030
iASSOCIATION: Inatitut biologii yuzhny*kh morey im. A. 0.
Kovalevskogo AN UkrSSR,
Sevastopol' (Institute of Biology,of the South Seas, AN UkrSSR)
,ISUBMITTED: 00 EWL: 00
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-'c 1-0 V. c1!.

TMOKIIIN, N.A.; EVOUNOV, I.G.; RIU11iINOVA, K.G.
Interfactory school for studying the clillcm -a ~-=
I --- I -- n tLl !I-,- 1~ ~,
method. ,ozh.-obuv.pro,-i. 3 no.P:1-5-16 Ag (1-:
T:L-'~ j ! : !C'.)
(Tanninc)

TIFIOKHIN~ N..A,-. BARINOV, I,G.
I I
Visiting soss-l~in of tno o.- th;- [Light 1n,!,l.,f-trv
at the Volga--Vyatka Econoirdr, Gouno-,!.
nauch..-~-s-gi.:In.,3t.n,qi,,ch.J tekli.inform. 16
no~8,70-72 163.

30662
,S/137/61/000/01()/012/056
i~2_i, PiS'ti 10k) A006/AIOI
1~; fMORS Yevst,yukhin, A. I., Barinov, I., P., Abanin:, D. D.,
Inv!,5tigation of the iodide process to obtain zirconium using
ziroo-
nium carbide as raw material
F-:;',R,'IGDI'ALi Referativnyy zhurnal, Metallurgiya, no. 10-
1961, 21,-abstract 10G164
(V, sb. "Metallurgiya i metalloved. chist, metallov", no. 1,
Moscow,
1959, 78 - 83)
S Experimental investigations were made of the possibility to
obtain
i-~Iide Zr from Zr carbidei The latter was obtained by
sintering ZrO 2 with C pow-
den !~~. aradual heating up to 1,900 - 2,0000C in a vacuum
furnace with a graphite
tea~.er, After Fintering the powder-like-product was-remelted
in an MH~D]J-9-3
4'.%~SFFN`9-3) arc furnace with a water-cooled Cu-crucible. The
remelted product was
cr~._~hed in a cast-iron mortar and screened through a 100 -
150 mesh sieve. The
n of Zr carbide with 12
was studied in quartz ampoules., The ampoule
-v)~Louated 1 -4 - 1 0000C. After
s antil a vacuum of 1 10 mm Hg and heated to 900
0:~OITIIA, 12was distilled into the ampoule and ther the
ampoule and containing Zr
was gradually heated. The 1 2 vapors interacted freely with the
carbide.
Cand "/2

]L!,..-F-q-'~igation o-f the iodide process ...
in al! experiments 1 g Zr carbide powder
at a sufficient rate already at
-re dc
-sIgn of a quartz laboratory device
c-xptirimeni;ally checked
30662
3/1-37/61/000/010/01?-/056
A006/A101
and 0.5 9 012 were employed. The rear--tiop
700 - 800 C. 11,e Zr 14 yield was 97%.
for obtaining Zr14 from Zr-C was developed
0. Svodtseva
LA-:stracter7s note: Complete translation]
Card 2/2

31732
S/081/61/000/021/042/094
B149/B101
AUTHOR4 Yevstyukhin, A. I., Barinov, I. P., Abanin, D. D.
TITLE: Investigation of the iodide process for the preparation of
zirconium using zirconium carbide as starting material
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 21, 1961, 260
abstract
21K4 (Sb."Metallurgi a i metalloved. chist. metallov", M.,
no. 1, 1959, 78 - 83~
TEXT: The temperature conditions for obtaining ZrI 4 directly
from ZrC
were investigated. When 0-5 9 ZrC (85% Zr, .15% total C) was
heated for
15 hours at 780-8000C with 2-5 9 1 2 in a quartz ampoule, the
yield of
ZrI4 was 97% and the IiZr ratio was 3.94:1. A quartz apparatus
was V~
devised for larger-scale preparation of ZrI 4 from ZrC at 80eC',
designed
to obtain 50 g carbide per cycle (duration of cycle,~2 hrs). The
feasi-
bility of obtaining pure metallic Zr from the product of carbide
conver-
sion into ZrI4 has been verified. Abstracter's note: Complete
translaws
Card 1/1

Y-VVSTY'JKHIN, A.I.; BARINOV, I.P.
Equipment for measuring the vapor elasticity of
zirconium and
hafnium chlorides and iodides. Met. i metalloved.
chist. met.
no. 2:49-57 160. (MIRA 13:12)
(Zirconium--Metallurgy) (Hafnium--Metallurp_v)
(Vapor pressure)

3/137/62/000/007/012/072
A052/A101
Ye,,:,,cl'yanov, V. S., YevstyukhIn, A. I., Barinov, I. P.,
Sainonov, A.M.
-1-7-1~1: Senaration of zirconium and hafnium chlorides
P~--`~IODICAL: Rcferat4 vnyy zhurnal, Metallurgiya, no. 7,
1962, 27, abstract 7G187
(In collection: "Metallurgiya i metalloved. chist.
metall-ov".
Noscow, Gosatomizdat, no. 3, 1961, 17 - 27)
:T: A method of separating Zr and Hf in the vaporous phase
is described.
.I.e mc-z;!-,od is based on the reduction of ZrC'4 and "C14
i~ by meaiis of zircollium
or a1u;-ni-num to.lo,,.;er chlorides and on the
disproportioning of lCI'; chlorides on
1 ic a t A~ '~,he reduction by means of Zr the maximum
reduction for, ZrCIjj was ob-
se-ved a, 4000C and made up -92~. '1he best results of the
da'sproportioning of
,~rlci.iorides were achieved at 500oC and 3-hour exposure.
To reach tile highest
coefficient of separation, the reduction process by means
of Al should be carried
out in the low temperature region ON - 3500C). There are 8
references.
G. Svodtseva
LAbs-,;racter's note: Complete translation]
Card 1/1

EF,VSTYU-(,HP;, A.I.; KOROBKOV, I.I.; BARRICN, I.P.
Investigating the oxidation kinatics of hafni,,u:i
icdide in the
temperature rnnge of 600 - 1000'C. Yet. i metalloved.
chist.
met. no.3:64-73 161. (FIRA !~;u)
(Hafnium iodide) (Oxidatiun)

S/755161/000/0031008/027
AUTHORS: Barinov, 1. P., Dashkovskiy, A. I., Yevstyuk n, A. I.
. ............... ...
TITLE: The internal friction and shear modulus of iodide hafnium
and of 41loys
of the hafnium- zirconium system.
SOURCE: Moscow. Inzhenerno-fizicheskiy institut. Metallurgiya i
metallove-
deniye chistykh metallov. no.3. 1961, 74-$l.
TEXT: The paper describes an attempt to obtain inte, rential
information on the
phase transformations in alloys of the Zr-Hf system from a study
of their tcx,,-'
,~pera-
ture (T) curves of the internal friction, the shear modulus, and
the linear expansion
coefficient. The alloys tested comprised Hf with a 5% kr
impurity, Hi with Z0, 50,
and 7016 Zr, and pure Zr. The alloys tested were prepared in the
form of SM.'00th
rods (290 mm long) with a lengthwise uniform diam (2.7-2.9 mm),
obtained b~-the
iodide refining method. Microstructural studies revealed a
single-phase structure
and a fairly large grain size. The measurements were made by
means o.* a vacuum
torque pendulum at a frequency of about 3.6 cps; the decay of
the oscillations Was
recorded photographically. The internal friction of W grows
monotonously ai~d
almost linearly from room T to 6000C,, then more steeply to an
inflection point ii,
-the 650-8000 region, finally yet more steeply and uneventfully
to at least 1'2500C.
Card 1/3

The internal friction and shear modulus of iodide ...
S/7551611000/003/008/027
0
The shear modulus decreases linearly up to 650 G, beyopd which
point rela:,:ation
of the modulus is observed and a slight steepening of the
kc-urve leads to anothe",
nearly linear line segment to 1,2500. The inflection of the'
internal-friction curve
in the 650-8000 region is attributed to a viscous behaviog of
the grain boundarics.
The 80% Hf - ZO% Zr alloy exhibits a near-linear
internai~friction curve !t o 0 m.
T to 7001 (lower than the Hf curve; see Postnikov, V.S., Usp.
fiz. n., v.96, IXQ.1,
1958, 43). An inflection occurs in the 800-1,0000 region,'
attributable to grain'*~i
boundary viscosity. A steep increase follows to a maximum or
step in the curva at
1,2000 which may be the result of a transition from the a solid
solution into a~:Mo_
phase region. The shear-modulus behavior of the alloy,is
similar to that of AC.
Curves are shown for the other alloys and for pure Zr khich
gives evidence o! a
grain-boundary maximum at about 5500C and a sharp maximum and
subsequent drop
at 8650 clue to a - P transformation. The detail
characteristics of each curv'e are
discussed. The changes in the shear moduli in the phase
-transformation reg~"on
correlate well with the internal-friction curves. Inasmuch as
the exDerimental T
intervals were 15-200C, the accuracy of the beginning and end
of the' a - P trans-
formation in the alloys are to be taken as being accurate
within �2V)C. The points
obtained from the internal- friction, shear-modulus, and
dilatometric curves, re-
spectively, concur with good agreement:to trace a phase diagram
of the Zr-Hf
system. The phase diagram is typical of a system with unlimited
solubility; the
Card 2/3

The internal friction and shear modulus of iodide ...
S/755/61/000/003/008/027
shear modulus of Hf is G= 5,Z50 :i: 500 kg/mmz, decreasing
less with T than either
Zr or the Zr-Hf alloys. The variation of the internal
friction versus cc)mposition
at room T in alloys of the Zr-Hf system follows a smooth
paraboloid curve with a
minimum in the region of 7016 Hf. The -linear expansion
coefficient of alloys of the
Zr-Hf system increases linearly with H1 content. There are 6
figures, 3 tables,
and 10 references (4 Rus sian- language Soviet, 5
English-language, and I Russian
translation of an English -language book: "The metallurgy of
zirconium,"
B. Lustman and F. Kerze, Jr., eds., McGraw-Hill, 1955;
Foreign Lit. Publ. House,
Moscow, 1959).
ASSOCIATION: MIFI (Moscow Engineering Physics Institute).
Card 3/3

'I'le
I L i LI:.j 'L;10
d J 0 L 11 i r I- Ct C s
0 Y.9 vck 1, 1 1 v
t) I-, f e r po ;,;etod~im raz("u 0 V
Ili c'L 1 -, V 11
L11 U 11 11 Cl I ! C~A I- S e I r.-I ted 011 CO! 1:.~ Q 1-
t I
o C t lie
Thaz; work i.5 aimf~d at iiivc-~-t -~i -1
:11etlic)(1 of , S, e p a 1-,-A i
f -I C7 iu . t a or. I
i !S 2" T. on pr o c e ~4 involvill".': tile seluct iv,~ 1-
o_,,. I "I c o
'LI e t C I- r, i c I 1i C) a- I dso /.I- A: I I i f 11, v
Zr a n d A 1. i s e, i r e I fe-i 5 ib.L o-
de r I ~:t borc% c on d i 'L i on i ng po,.,~derod Zr ~%,s a
Ltgo,nt, roduction oi' ZrCl is ob:~-,crvoill at. an-]
azt;,ins ne,%rly 92",1 wiiile for llf'Cli, ma.,-:injum
ru(luctioi, ot.cunw; ~i~
-,~)OcC aiid roLAches
!then usinc nowdered Ai 'hetLt-~r
SL,Mkrcttion ic~ attained at a lower L(t:1IPenk(.u1-o than
in ('~-,sc- of

, ; I/ z --1 " : "( , : : ." k ; ~k -/~ ~'O' (k.'I /k ,
I -
L 1* C 0 11 1t I E L) -~ k *, ,, 1.1 1 ~-
Tn tnu iatt-ur c~ise -t h e ccm,~eni~ ul-
in -z-C-1 vaiut~ equal Lo -D.011,", for
1, 0 on oc For e L ~~ S " c on ;2 i z on S C)
roCiIICLiOn Z 1- a t ~j OC' C t I 10 it] j. n i;NLIui
qua n t i i, -i e 5 o f "hi, 1-11 iul"I
chloridc--~ in ZrCl -r al-c 01.10~') ~jjjcj Thc~
qu~ln(il of "I-cl,
j
17 C! dkI C 0 , I on I y i-or
L .50 0c is , howcvar-
.2 u. 0 , C L* -, JL "'o d u c i 'I ~2- w i t I I Al Ck
t OD'C ~'4 I
reduct-;on a hufniu::; chloride cozicci-Tration in Zrcl-
0 ,,, 1 Tiic :,.cca obtained confin,,us that this
proc,:!--s cxv, lie
performed on a 1,xrgkj scale. Thert~! are 4 figures and
2 table-s.
C,tr6 2/21

s/755/61/000/003/001/0?-7
AUTHORS: Yemellyanov, V.S., Yevstyukhin, A. I., BaT Samonov,
'-A. M.
TITLE: The separation of zirconium and hafnium chlqrides.
SOURCE: Moscow. Inzhenerno-fizicheskiy institut. '29etallurgiya
i metallove-
deniye chistykh metallov. no.3. 1961, 17-26.
TEXT: The paper deals with the need for Hf-free Zr for nuclear
-po"ve rplant
applications. The two elements were separated by selective
reduction of theii
tetrachlorides by Zr and Al. Optimal separation proceoures for
lab use and the
prerequisites for large-scale processing are set forth. - One
prime reason for? the
usefulness of Zr, namely, its small capture cross-sect ion
relative to thermal
neutrons, is nullified by the presence of Hf with its 103-157
barn capture cro s
section. The proposed method consists in the reduction of the
Zr and H.-' tetr~chlo-
rides into lower(tri- and di-) chlorides and their
disproportionation (D) by hqz~tirg.
Three reactions are involved: (1) In the presence of an
n-valent metallic or metal-
Icidal reducer M, nZr(Hf)Cl 4 + M -nZr(Hf)CI 3+ MC1 , wherein
the reduction of
ZrC1 4 proceeds more readily than that of HfCl 4; (2) upon
heating, D occurs as
2Zr(Hf)Cl - Zr(Hf)Cl + Zr(Hf)CI . and (3) both dichlorides are
subject to D
3 Z - as) 4 '
when heated as ZZr(1-1f)C1Z :;~ Z r (14% C 14+ Zr(Hf), where
the lower chlorides of Zr
Card 1/3

The separation of zirconium and hafnium chlorides.
S/755/61/000/0031002/027
are more stable than those of Hf. The differences in reducibility
and D of the Zr
and Hi provide the basis for the separation process. Three
successive operations
must thus be performed to obtain ZrCl4 with a small content of
HfCl4and, ulti-
mately, metallic Zr with a small Rf content. The preparation of
the chlorides by a
chlorination by CCI4of ZrOz and HfO. in a 100:1 ratio is
described. The lab
equipment has been previously described in the sbornik
"Metallurgiya i Metallove-
deniya chist~ky metallov," no. 1, Izd-vo 3MIFI, 1959. The initial
separation proced-
ure in a 10- -torr vacuum, with the tetrachloride vapors passing
over Zr shavings
heated to 4300C,was found to be ineffective. In a second attempt,
some 10-11 g in-
tensely degassed Z:r powder and a like amount of ZrC14 and HfCl 4
were held for 8
hrs at 4000C in a quartz ampule 30 mm diam and 100 mm long; upon
completion of
reduction and removal of the nonreduced chlorides, D of the
trichlorides was
performed in 3 hrs at 5500 in the same ampules. The tetrachleride
formed was con-
tinuously removed. The method reduced the HfC14 content from 4-5%
in the non-
reduced tetrachlorides to 0.2-0.3% in the ZrCl4 after D of the
trichlorides. The
need for a rapid and more sensitive radiometric method prompted
development of a
method based on the use of raedoactive 1-1081, which is described
in detail. Optimal
temperature and time relationships for the D were determined
experimentally
(third-step dichloride D in 16 hrs at 6500C). Experiments with Al
as a metallic
Card 2/3

The separation of zirconium and hafnium. chlorides.
'S/755/0'110001003/OQIZY027
reducer met with trouble in the dichloride-D stage, bec4use an
Al-and-AICI 3 'fosion
formed in which ZrC1 Z and HfCl, dissolved. The radior4ietric
method of Hf-do. ncen-
tration determination is detailed. Upon completion of the
optimal pro-odure, t~'e
ZrCl contained only 0.029% HfCl ; the final amount of ZrCl
constitutc:d about 20',,o
4 4 4
of the initial ZrCl 4 which contained ljo HfCl 4' The resulting
metallic Zr wal.. suit-
able for nuclear- powe rplant applications. It is anticipated
that an irnprovement in
the reduction technique can result in a substantial improvement
in the Zr-Hf s-epar-
ation ratio. One obvious improvement is the enlargement of the
contact area ~e-
tween the tetrachloride with the Zr powder (the initially
formed brown surface crust
in the present procedure appears to inhibit such diffusion). A
new lab equipment
based on'this. consideration has been designed and built
(crosS_SeCtion shown)t A
quartz chamber contained a tree with tiered Zr trays, each
covered with a thin
layer of Zr or other reducer metal. Other suitable tray
materials are Ni. se~inless
steel, etc. There are 4 figures, ?. tables, and 8 references (2
German and
English-language).
ASSOCIATION: MIFI (Moscow Engineering Physics Institute).
Card 313

S/755/61/000/003!007/027
AUTHORS: Yevstyukhin, A.I., Korobkov, I.I., Barinov, I.P.
TITLE: Investigation of the oxidation kinetics of iodide
hafnium in the
600-1,0000C temperature interval.
SOURCE: Moscow. Inzhenerno-fizicheskiy institut. Metallurgiya
i metallove-
deniye chistykh metallov. no.3. 1961, 64-71.
TEXT: The paper reports the experimental investigation defined
in the titlV.
The study was motivated both by the technical importance of Hf
and by the ex--
ceptionally favorable relationship of the properties of th6 Hf
parent metal and,-those
of the oxide filmformed onits surface up to high temperat~ires
(T). Basic refer:,ences
are the Russian translation (Moscow. Por. Lit. Publ. House,
1959) of "The metal-
lurgy of Zr", ed. by B. Lustman and F. Kerze, Jr.
(McGraw-Hill, 1955), and a.,
paper by Smeltzer, W., et al, (Acta metallurgica, v.5, no.6,
1957) which is desig-
nated here as the only published work on the subject matter.
The latter workand
its conclusions apply not to pure Hf, but to Hf Nvith 5% Zr.
The present investi-
c,ation is focused on I-If with less than 1% Zr which had been
freed of any other im-
purities by the iodide method of purification. HfO was reduced
to Hf powder by
2
the Ruff -Brintzinger Ca method (Z. anorg. & allgem. Chernie,
no. IZ9, 1923, 267).
Card 112

Investigation of the oxidation kinetics of iodide ...
S/755/61/000/003/0071027
The iodide - purification method described by Yemellyanov, V.S.,
et al., (110.1 of the
present sbornik, Izd-vo MIFI, 1959) yielded. 2-mm diam rods of
metallic sheen, good
plasticity, and typical "tin crackling." The rods of iodide Hf
were remelted in an
atmosphere of Ar and rolled in air into sheets l.Z mm thick,
which were vacuum-
annealed at 8000C for 3 hrs. The ix7xl3-mm specimens were sanded
with emery
paper through the entire fineness range and then washed in
purified acetone. The
kinetics investigation was performed by the method of continuous
weighing on a
vacuum torque microbalance, described on pp.175-182 of the
present sbornil, by B.
N. Revyakin et al. The oxidation tests were performed in 0 at
150 torr (appx. the
sea-level partial pressure of 0) at T from 600 to 1,0000C.
Within the 600-SOOO
range the third power of the oxidational gain in weight per unit
area is proportional
to time; the resnective constant of cubic proportionality
increases logarithmically
by about two or&rs of magnitude from 600 to 8000C. At 900-1,000
0C0the second
power of the oxidational gain of weight per unit area is
proportional to time until the
oxide film attains a certain critical thickness and begins to
crack, whereu'Don the
rate of oxidation increases. This break of the kinetic curve
coincides in time with
the transformation of the dark oxide film into a whitish oxide.
There are 7 figures,
2 tables, and 1Z references (5 Russian-lancruage Soviet, 2
German, 4 English-
lancluage, and 1 Russian translation of the Engli s h- language
"The metallurgy of
zirconium," Lustman-Kerze, eds.).
ASSOCIATION: MIFI (Moscow Engineering Physics Institute).
Card 2/2

BARTINTOV, 1.V.; RODE, V.V.; RAFIKOV, S.R.
Synthf)sis of pyrocatechol phosphite. Izv. ANI SSSR
Ser. no.11 a
2115 11 164 18,1)
1. Institut elemertoorganicheskil,11 soyedineniv ANI
SSSR.

LARINOV_tJ~J_
Designs of wells and drilling techniques suitable for
fields in the
Volga Valley protion of Saratov Province. Trudy VDIGNI
nc.28,213-
226 160. 0IMUL 14 -.4)
1. Nizhne-Volzhskiy filial Vsesoyuznogo
geologo--razzvedochnogo neftyanogo Ansitutua.
(Se-ratov Province--Oil well drillin,g)

FHA3E I BVIY FXPLOITATIOX SOV/5197
Moscow. Avlataionny-y InatItut Imen'
3ergro. 0r~!::r.--.ikidre
VoprOBY Impul'snoy tekriniki I
eltxtronnyKh vy7h'1.n1'.te'1'n7'4r'
UstmYsLv; abornik statey (?r0lbler.1 In
?uI3~
Flectronic Co=puter3; C011.actlon of'
Art4~11~!)
ig6o. 102 p. 9-50 cople3 printed.
(LSerlen: Its: Tru I y,
v7p. 126).
Sponsoring Agencies: FlInisttrztvo
vyo3hozl 'nogo
obrazovarlly3 RZ?.';R, and Y."eov2;cly
orc!era i^n!r.i IvIlitilonnyy
InStItut lm~ni Sargo 0rdz..on1-C1dzs.
9d. (Title pajze): ' V. T Prolk!n,
Canddate o!' To,nnl~il '~!~ncej.
DO~cent; Ed. (Inside Look): Ya~ N.
Lurl-ckly. Fn~4--r; -Ed. or
Ptiblishing Houset E. A. .1:ne~ht=in;
Ttch. Ed.: *'% 1. or-tkina;
Kanaging Ed.: A. a. Zayzov:I;Caya,
Engi~.eer.
MRP=S: This collection of arttclaa lu
Inte.-.:!-J f~,r 3c'entlflc and
technical personnel, ~d for students In
advanc-4 cour,)en In
sc=0015 of nl&her education.
COVERAGE: The articles describe th~
rt3ult5 of 1rve3tIgitlc,r-1 car-
ried Out by the MAi (Moscou Avlatlrn
Instllt~to) on the -ollowing
subjects: stability or the op-ratlon or
mul-1--brotor c1rcults;
compamtIve analysia or rela7-atlcn
oacillatorn w1th a
plate-grld coupling (priantastron
oscIllatorn); a device ror palse-
code modulation of voltage nto a 01nary
d!j7!t1I co,lr.; analya~s
of the Stability of the zo=~nt of
synchrInlratIcn of a dr!len
61"king oscillator, and a numt-r of Other
prot.1-a of p,~'Ime
technique. Plo pemionalltlea are
menLloned. Referei;4a3 accomptiny
411 the articles.
Dan1lovIch, G. A., and A. YIn--~,
Quantizer for M.-jula-
tion of Voltage Into a Digital CG-de 66
Danllovlch, 0. A. Passage of Periodic
Voltage Pulses Thr,~ujrh
an RC-Cir-cuit With Variable Par=etera 75
'a V. Concerning th, Stability of the
Bloo,Ktng Oscillator 83
AVAILABLE-. Library of Congreas
2-

BARINOV, K.V., inzh.
Stability of the starting moment
Tru,--Iy 14AI no.126:83-100 160.
(Oscillators,
(False techniques
of a delayed bloc!-ing oscillator.
(HLU 14: 1)
Electric)
(Electronics))

--,,
LISIMbly A.P.$ BldLIEOV, L.P.
Tho new largo-dianotor cort!i, llfint.ov(:L~ca." T"dy
ins.. ok--~Un.
44:123-133 160. 14:2)
(Deep-sett soundiriC)

UDINTSEV, G.B.; LUITARSKIY, G.N.; MARAKUY-EV, V.I.;
BARTJ~10V, L.G.;
SEDELINIKOV, V.N.
Use of the "Ladoga" phototelegraph apparatus for
recording
deDth measurements obtalned with echo sounders.
Okeanolooiia
T
2 no.6:1003-1103 162. (?,IIR A 17: 2 )
A
1. Institut okeanologii AN SSSR.

L 64,54o-62 E~aW/mMiWMIP(b) JJP(p) JD
ACCESSION NP: AP5018730 UIR/0070/65/010/004/0576/0577
548.0
;AUTHORS: Nesterenko, P.S.'-~ ~arin~ov, L~.P.
f
TITLE: Photoelectret. state in CdS in the wave-
!length region-of approximately 1.4 microns
,SOURCE., Kristallografiyat v. 10, no* 4j 1965t 576-577
A cadmium sulfide, single crystal, IR spec-
iTOPIC TAGS: photo6le6tret,
trum
-:ABSTRACT: Pure sirigle-c~-ystal CdS samples with ohmic indium
contacts
.:were introdu6ed into a capacitor setup. A MR-3 mirror monocbro-
~mator was.used to illuminate the crystals. The intensity of the
monochromatic lightwas measured with a vacuum thermocouple. Yhe
~Spectral distribution of the photoelectret state (per unit incident
tenergy) and the IR quenching of the longitudinal photoconductivity
Card 1/3
---------- ---------

L 6454o-65
..,iACCESSION NR: AP5018730
~(at the same intensity of the quenching light) were measured. It was,
found that photopolarization appears on illumination both in the
range of the selective maximum of the photoelectret state and in the
:1.2-1.7 ~L spectral region, the spectral distributions of: the photo-
.electret state and IR quencbing coinciding, with maxima at 1.4 ~L.
'!To explain the duration of the existence of the photoelectret state,
dark decrease of the photoelectret charge was observed after il-
ilumination.art the maximum of the photoelectret state. The dark de-
;crease of the photoelectret charge occurs much faster in the case of
~photopolarization in the region of the second maximum (1.4 ~t) than
in~:
'the region of the first,maximult (0.9 M. The charge decrease in a
lbroad time interval is exactly described by a hyperbolic dependence.
'.The.obtained results indicate the hole characterof the excitation
!of the photoelectret state by IRJight in CdS single crystals. "We
,express our gratitude to V. P1. FijdkjU for interest in the work and
,useful advice." Orig. art. has: 2 figures.
Card 2/~

ACC NRi AP602666-;D SOURCE CODE: UR/0181/66/OOB/008/2370/2373
ATMOR: Nesterenko, P* S.; Barinov, L. P.
OR,~: Rostov on the Don State University (Rostovskiy-na-Donu
gosudarstyannyy univer-
sitet)
T17LE: isopotential curves of the depolarization of CdS
monocrystals
SOURCE: Fizika tverdojo tela, v. 8, no. 8, 1966, 2370-2373
TOPIC TAGS: photoelectret, electrophotography, electric
polarization
ABS71RACT: The study of isopotential curves of the photoelectret
state is i-mportant for,
electrop'hotography. Analysis of these curves makes it possible
to estimate certain
pa-zameters of local levels characterizing the kinetics of
polarization and depolariza-
tion oi: several photoelectrets. Since there is a unique
correspondence between the iso-!
Dotontials and the lu:xampene characteristic of the crystal, the
latter curves can be
s-,udied in -Lerms of the former in those regions of the
spectru;n where the photoelectret
state is too weak for dir,-ct measurement of photocurrents.
Investigations were carri-
ed out on pure CdS crystals 4 x 3 x 0.2 rm. Results show that it
is necessary to take
.he isopotential dep,:.I.-arization curves in the absence of
through conductivity. The
shape of the isopotentials so obtained and the shape of the
luxampere characteristics
for the crystals are in good agreement with theory. Orig. art.
has: 5 figures.
iSUB CODE: 20/ SUBM DATE: 08Jan66/ ORIG REF: 012/ OTH REF: 001
Card 1/1

BAIRINOV, L.V. GEODAKOV, A, I Cii,'IIEVICH, G,Ya.;
1OF1S, Yo.A., kand.
tehl-i. nauk; IaJMII-,EAN, P M.; UFIIU~-Ii A.A.;
1,"7 "EITYOV
i3.
II;FILO','7,"U PELL', Y.G., kard. t,--khn. nauk;
F-u,.--,TSIK, A.G.;
7, -:S Iiji.; POPOV, A.]:,; T.011:OV, A.G.;
SLJ.-~OV, S.G.;
~E U KIY I
SHASHLOV, B.A.; TLU-SHEX, A.1',, red.; 11-1A.LEK,
Z.li'., tekhn. red.
[Manual for the amateur-photographerl Spravoch-nik
fotol-iubitc-lia.
Pod obshchei red. E.A.Iofisa i V.G.Pellia. Foskw,
Islaisstvo,
1961. 530 p. (1,iIRA lr-7)
(Fhotography-.11and books., manuals, etc.)

BAREM) L.V.; GEODAKOV, A.I.; GRD-,E%~ICH,
G.Ya.; 10-713, Ye.-I.,
'Kand. tekhrt. nauk; KRIMERMAII, P.P.;
LAFAUHI, A.A.;
1-1EMKOVY PANFILOV, N.D.; V.G., kar.,-'.
tekbx,. nauk; PERTTSIK, A.G.; FOLYANTSKTY,
N.I..; POPOV,
N.A.; SIMONOV, A.G.; MTN, S.G.; SILASHLOV,
3.A.;
TE T I~SHEV , A.N., red.
[Handbook for the Pnateur rl~,)to:7,,.ylhe,-"
fo-
toliubitelia. izd.2., ispr. i doi~. l'osky-a,
1064. 472 P. 18:1)

_4CC_ NR-. _A1160301246 SOURCE -CODE: UR/0147/66
./000/003/0003/0010
AUTHOR: Yermolenko, S. D.; Barinov, M. T.
ORG: none
TITLE; Calculation of downwash angles behind rectangular wing of
small aspect ratiol
in subsonic flow by nonlinear theory
SOURCE: IVUZ. Aviatsionnaya tekhnika, no. 3, 1966, 3-10
TOPIC TAGS: subsonic aerodynamics, subsonic flow, downwash, angle
of attack, non-
linear theory
ABSTRACT: A method is described for,calculating the doumwash
angle, taking account of
singularities of the flow over rec __~f smal-l aspect ratio. The
method
tar~rular wint~!
is based on a nonlinear theory which utilizes a certain number of
assumptions developed
by the author (lVUZ. Aviatsionnaya Lelhnika, no. 2, 1966), which
makes it possible to:
reduce the problem to solving a system of nonlinear algebraic
equations by the rethod
of successive appro.,imations. It is sufficient to replace the
wing by two vortices
in order to obtain acceptable accuracy. The downwash angle is
calculated by the for-
mula tan c = -Uy/(Vo + U,), where U, and tly are the projections
of the induced velo-
city u at the point considered. The experimental data presented
in Fraphs show that
the method developed here makes it possible to calculate the
downwash angles behind
Card 1/2 UDC: 533.6.013.1

ACC NR: AP6030246
rectangular wings of small aspect ratio at either small or large
angles oil attack
when the linear theory yields incorrect results. Orig. art. has:
5 figures and-
25 formulas. [ABI
SUB CODE: 20/ SUBM DATE: 22Jun65/ ORIG REF' 003/ ATD PRESS. 5076
Card 2/2

T
9. Monthly List of Russian Accessions, Library of Congress, 1953,
Unclassified.

BARTNOV, N.; MARFEV, D.
Effective use of clay for molding mixtures. p. 21.
J')
(Tezhka Promishlenost, Vol. 5, no. 2, 1956, Bulgaria)
SO: Monthly List of East European Accessions (EEAL) LC, Vol. 6,
no. 6, June 1957, Uncl.

BARINOV, N.
'Documents of the foreign policy of the U.,S.S.R."
Reviewed by
N.Barinov. Vnesh.tor 43 no.2.,34-38 163. (~MU
16:2)
~Lssia--Corjr.erce)

BARINOV, N.A.
CAND TFC,?: sc-,
Dissertat-ion: "Application of Open Hearth Pit; Iron in
Foundry Practice."
3 October 49
Moscow Order of Labor Red Bauner Higher Technical School
imeni N.E. BaIL-,jan.
so Ve&jeryaya Tvloskv%
Sum 71

141# x it v JK b ft v a IN 4 4; 1, C20
F-A IL -1- -4 -L-L-" UL CL _10-A 4JL_ I f. f I a I
00 00
to: -00
-00
i0 r; A 24 40F. T"I". L! TY OF C ST I Rc.,~ :R 1%
.0 0 S. F.., A.-Barinov vaid V. 1.
so 81! Lapok, 1~50, vol. $7, Oct.: Ontode op 224-227';. in
004 Th,~ authors report on experiments an the pm:-rov,_-,ent of
the 4u!~Iity 1-00
061 or Iron produoRd in cupoles. The effect of repl, clr.~,
sta, I scrrp 1-00
0 0 Z ir tho chpr,-o with white pig irar and partl- replacir.-
grey iror 1'.68
00d" -with white iron was examined. The conclusions %ore: (1)
If n 00
suitqble chbrre composition is opplieds cast iron vr1th finely
000
00%1 A-tr% ..ud graphite nd a structure of sor ite., dine
po,rlite, fT. I
ferrite but no fvze camentite to obtuined. (2) The nddition Df
?'! zoo
0 0a white pig iror improves the fluidity of the molten charja.
(3-
Deoxidettion tnkes pleoe in the cupola. (4) The solidi: ication
time
L
of the c!,stirrs is shortened owing to the h! her ctrbon
contcnt.
(5) Replacirg the grey by -Ahite Iron causes a aonsiders:ble
imprDvt-
-; 0 0
ment in the me-hanie,1 properties of he roduot. (6, ThA rinchin-
p
ability is rot effocted amd the life of ~,utting toolz~ is ii6
-her
than in the cz~ae of atr-ndard cast iron. The mcV.od h--s DrDvA
Jully-suoce3afal in- prtatica-Lad-tho. -producti= . ~c oats are
&lro
-%LAfWSt*h"j*% LIURATUAl CLAISIPKA14N
I rw 0 W I W 1W
U 0 00 Li IN Pt tt U It cc
Q0 0 0 0 0 : 0 0 0 0 0 0 0 0 46 010 0 0 0 0 0 0 0 0 0 a 0 0 0
0S, 6 0 0 0 0 0 0- 0 0- 0 0 go 0 * 00 a too 0 0 WA
4

Cast Iron, Manufacture., Dee 51
USSR/Y I
Furnac-es
"Cupola 'Purracec. With I-later Gooling,
11 IT. A. Barinov,
Cand Tech Sci., 17, P. Mizikin, Engr,
Plant tmeni
Voyla-,),r
"I.Ltey Proi~zvod" No 12, PP 15, 16
Des~~ri,beS con5t--n)~-tion ~-,hanges of
cupola furnaces
to ii:crease capac'-ty from 7 to 10 tons
of metal
melted per hr- 'Writer jacket around
melting zzone, of
-f, rig
urnacr- per-it-ted decreasing refractory
lini
from 250 to 60 mm, ID being increased to
20_~;T93
USSR/Metal~-., - Cast iron, Manufacture,
Dec 51
Furnaces, (Contd)
1,2rO nmi. Experience for 4 months
showed no
burning through shell, higher temp of
liquld
metal, and lower consumption of
refractory
materials and repair costs~
203T93
re

~_-BARINOY, N.A., VOLKOV. V.1. [deceased]; KONVISSER,
L. I., redaktor;
-.1- ~' - PASOVA', L.Ya., tekhnicheskiy redaktor.
[Production of cast-iron heat radiators] Proizvodstvo
clmgumykh
otopitellnykh radiatorov. Pod red. M.A.Ustinova.
Moskva, Gos. izd-
vo lit-ry po stroitellnym materialam, 1952. 202 p.
(MLRA 7:11)
(Radiators)

-fr-c b.' for
"nc
Montlil List of' Rusrlan Accessions Library of ConFrPsS

112-1-1395
Tmnslation from: Referat-ivnyy Zhurnal, Blektroteklinika, 1957,
Nr 1, p. 214 (USSR)
AUTHOR: Barinov,.,N.,A.-
TITLE: Automation of the Casting of Radiators (Avtomatizatsiya
liteynogo proizvodstva rddiatorov)
PERIODICAL: Sbornik: Avtomatizatsiya tekhnol. protsessov v
mashinOBtr.
Goryachaya obrabotka metallov, MOBCOW, AN SSSR, 1955,
pp-401-409.
ABSTRACT: Bibliographic entry.
Card 1/1

417" R%perisnent hi the 01-wration nud tl5v of
Wiit(-r Cook(]
L-Cuma Evina-Lia, Owl ritaphinuit4l vaigrnrovk si
voilinnyrn
~
.#777.-.wm. (Itomism.) N. A. flarinov, Litelnov
proizvod-
stro, 1955, no. 9, Scpt.. p.
illn of cufolas; compaison of yidd, IvnipcTatore
factors,
consimit-( , tind rupair requircuivids for
watt-r-conled and
copolas; uhcmi,;t) compoktiop of stigs;.cujju~a
Iliclift sp cirvidal cwst 6on. Tables. tlingrkiis, i
'I"

nZ

uff~ilvv Vw of Clay in Nfkturts for
i

giliq v rormw~
Ma
d-D
l
A
H
a N
1
M

.
At
.
rmy an
.
.
iuvey. Vtcfr~av
YD

us'na ~m m lastuad
u In 11 of p*wdu in

BARINOV, N.A.; USTINOV, M.A.; MIRONOV,
P.P.,nmichnyy redator-, SHPAYM,
A. T..' ;,redaktor; GJADKIKH, N.N.,
tekhnichps'.--iy re~,aktor.
Vlumbinr and industrial heatinp- eqiiipmentj
Sanitnrrio-tekhni-
cheskie izdoliin i khoziaistvenno-pechnye pribory.
Moskva,
Gos.i2d-vo lit-ry po stroit.materialam, 1957. 260 p.
(MLRA 10:6)
(Plumbing) (Heatint-)

T i ~Cn I I-,, I-I,- RtAcr at I x -yy hit: t~ L it il)~,7,
T\:- pj'4,' (USSR)
,klj-l HOR 13~~,,,!lc.%- N, A
T 'T I., E Th.. Pc'! I mr ~A C:i L)II (Pi., .11c~!:,,k~,.
chul
PERTODIC kL V -,t-. No, ove liteyr, vt. T\Ir '. Gor'kiv,
~8 b0
ABSTRACT- A ze,ie,~ ct expei-iir~rl- i, de-,I-ibed delA.,i
othe aucn-ier.*at;oT,
of the cutput of --~ cupc,!-~ 'C), 1, Tht: ~iLc of coojino
in
cla cf cui-~;de diarne!vr of 1680 mm re,,L,.I'ed ;11 ~j
deCrl:~,.~e M Thi---
hicki- C- :, 0i lie lini,!p f -C'n-, 3.-':; t~- - .'0 rnrn
u-dei (~~rt'nuou.,, c- p e
i L (v J The 6ur~nc, 16 18 h-,, Pe--;--Li. A' file ---irne
~;rne the
output cf thE C increi7-~e(i from 8 to ilt/hr, the
rel.at:,.,e fuel -cn-
sumption din-linished from P to I', ' percent, ,vhlie the
Lempera-
tilre of the cj~--t :ron increa,-,ed bv 10-1?0`1 'lie uni-
air consump-
t;cn remained u-,nchanged at 93 m3,11`m~/m~n, -1.
Successful melt
ing v.-as carried cut in a vvater- ccc-iFd C %vithour
--;il;ncy, Tills C
I(-M.!inCCl ;11 L011tinkIC11--, Clp~ for 0File
~~Illplownlent
of a c(-i-it.rifuga, f-M iii;~y cun,~idvrbly inc-e,tsc
frorn 8 To 1) t/Ail.
Ce.rd the production of the C ~y peimitting a )owering of
th,2 charoe

i 3 7 -
The Melting and Pouring of Cast !ron
column and an expansion of its diameter (froni 10_50 to
1400 mm).
In this procedure the temperature of the cast iron and the
fuel
consumption remain unaltered. 4. It %vas shown that, for
the sake
of economy, it is advantageous to enrich the blast
periodicalIN
with 0-) , Which is to be introduced into the air
collector in a
proportion of 5-6 m3 per ton of cast iron.
E, S h.
1. C'ast iron-Casting 2. Gast iron-Preparation
Card ?/Z

N. A
0 C AL V r a:~
7."'. -1 .17a 7
r- e c tlon C~-, L:
't tn
W-I.
f mr. a a S 2 n u, z--~ c 1: w-' n
z ~r mm d lame t.Er) maJ~. p,-
c,p?rat~,-- '.,c. attai- -a -al.-ai-'y -,*- 12 2
..~mp=-at,.~r- -390 i,4: ~l -a )Y, C'.Ml V 2
a 4u -r- - -a
,he of' ----frac-t:-,~y ma-r-,als was
d -./2

A00 LI/A,I- C
Drvelopm-n~-, r-If 'h~ Metallurgy Of th~ C-~Pola
I r:)r Sj ---la a a,, a
n I c Ex-,~rirr.~,-4.al Tntlts wn-l:-h w~--,
315 mm d am c- w,. W,.-: 0
Ossl Of' op"-rat.-- -,,rl- C,-, as 7- -
--.z, ,hc-. bufrl!~~
F,--dz~c M-i ic-4d M-2 and +J~i-~
X:J
21 '2

N.A. , ~4ol-,;,
Ral s i TL, 'lip rm!ijl~fr )l cEi~,t F:r,-! 1 :-.r
~ F"... .
1111101 .-,,Vs. Ollroly-, -na"ll.i vrl".
1 rM. (Cl~.st iron) (nn?" 12:10)

"'U.;'110R: Barinov, Candidate of Technical Sciences
TITLE: Low-Silicon Cast Iron and Pi- Iron Used in the Manufacture
U
of H1,h-,uality Castings(Ni-.kokremnistyye liteynyye i pered~,I'
nyye chuLuny v proizvodstve kachestvennykh otlj,ok)
1',,dIODICAL. Liteynoye !roi:Lvodstvo, 1956, No. 4, Pp 7-10 (usn)
-2 it A C T i The Prticle presents the results of an investigation
carriedcut to find the optimum charge composition for high
quality and reduced cost in cast iron castings. Smelting'
was carried out in an exlcrimental cupola of 2110 MM diameter
and in two cupolas, operating under shop conditions, of 900
and 1,100 -.-ar, diameter. The following charge covponents :erc
used: cast irons of !ovotullskiy and Koso.-orskiy -.1ants, of
t;rade3 '10011, 110", "No.1" and 112"i "M 1" and Y 21Y piL7 irors
of
Dnepropetrovsk and Zaporozzlistallplants; cast iron scram con-
tainin6 no pieces of inLgot molds, and lar.-e-pices steel
return of ex-criaental smeltin,rs, and blast furnace forro-
silicon containing 10 to 121", silicon. The influcn,,.~,_, of
separate chart~e coi,,il-onits is considered. The
Gard 1/2 sitions -.re -iveii. Thc~ best resT.Ats vere obtain.--d
-.:ith ~~-he

12- 6 - 5 6 -4
Lovi-Silicon Cast Iron and Ii., Iron Used in the Lanufacture of
High-
,uality Castin6s
charLe composition desi.-Inated with No.2, which v:as finall,,
chosen for ,,roduction. As a consequence t~,e quantity oi
rejects was reducin,- considerably. It is stated that charge
No.2 produces sorbitization of pearlite and increase the quan-
tity of graphite, but the high dispersion of graphite compen-
sates its hiEh content, and machinin6 properties of such c";st
0,
iron is better than usual. The cost of cast iron t",is
charge is - with eqiiLl 3ummary qurintity of carbon bind Sili-
con in castings - 3C"' to 50 rubles (,.,.resumably per ton)
than with other chard~e compositions. The --.rticle is
for discussion.
There are 2 photo-raphs, and 5 tables.
Ali_ I LABLE Library of Congress
I-ard 2/2 1. Blast furnaces 2. Cast iron-Test methods 3. Cast iron-
Test results

T T-p-, t*,e ~!se of !,oi,,-M licon Cast-Iron vorrosu ispol
, zovariLva
n1Zkok.rem.nist:,-?*, liteynyk' chu-uno-.,)
~')l CAL !Ateynoye nroizvodstvo, l)5S, 'Ir 12, np 6 R,
~'B,~TRACT; The "flowalility", mechanical vropertie~, ~,et
resistance,
sulf,Ar and 7as content ,)f `,ir7h and low-silicon cast
irc-i
were comnared with the nurT-ose of usinE..r, ~t in quality
diesel-lomnotive and tractor rarts, It 1..,as -,:roved that
flo~xability ~which de7ends on tle C - _~i content'., the
me-
chanical pro-erties and the heat resistance of low-sili,-on
cast iron are ~,ieher than in ~i~7h-si.liczn cast iron, -,e
reluced -as saturation of lo-;-~ilicon cast 4--n n -o-
sitive effect on its teci-nolo:-lcal pror~-_-rties nnd the
quall-
t.-., of the cast. An incrarised -.an,-anese contend in
low-sili-
con cast iron ca-uses -7ore -c'ive les-.lf,_iri-.~s,r.;on tl
.I a n1 P.
1~igh-silicDn cast iron. Co:rputations proved tliat the u s
e
of -,)i,- iron or -i,,- iron comil,ined -,'ith low-silicon
cast iron
re&lices pro,~uction costs. The 1-;':-~t--lned results
were confirmed in -ract;cal -,se. 'llier~ re 5 Labies, and
it" graphs,

AUT11OR:
-~arinov, ~%A., Candiciate of Mec'.-nicrtl
7cJ;~, ces
TITT.E:
Te-,tc~r to t,,e 7d-itor

FERI--'DIC~T

ABSTRACT:
'Tll~e
aut".ors T~ogdano-,,F!,~.tY,~t-,,~'
-n

IT tevno~,,~e 7-roi:~Vol,~-~,,,C), 1
c. r, e ),-o,~uc t il on o u a .T C '4
in T~;',-,e,-n,,)-.,e T'roj7 -ds-~vo, 1
e
27,

a of inacmiracies anri p S
P

1 e;-.q in a. lil-ht manner,
o'
e -

ent~,s his point of ar',
of

t !,'I e c lisheO, 1:7 1, im
o r., F e x p e r
t

r~o-,'!7~ 1--i s tl-.eE-4-s t,-,e
r-

n~ t'-e
qualit,,,- of cupola c F r o r
e e ~I -..-a

a v F~ .Leen
concla0e~ ,-,lre~n-~y in 1

experiments `7.nve, 1-en
of I.,-

s,-
n't r of tons of C-st iron I- P ,,, p e I
r 0.."
C a rl,' 1 1
i
I d i r an

PUASE I DDOX ZX1-WI-!A?ICX =711t111-1
Leningrad. FollLeld,inheakly InatItut
SOvrtMffnnyyd dolttzhc-qiya lftayro-
,a ;ralzrodstva' trudy
wazh"xo-k.5r kaaf.rttal- (R110qC
A~hiwve.-ts L'i Tr--.-itions or tn.
Se-entific
ond ToaMical CorXerenne or ScMols of
H14rhnr E-U~.Rtlon)
;Loscow, Kasheiz, 1-0. 336 p. Errata all;
Lnherted.
4,000 Copies pri.t.d.
Romp. td.x TO. A. N.~,h.ndzl, D-t.r of
Prof.3%.r, Elm. : H. 0. GIr.ho,1:h, D-tor
of'
Sciences, ft~r.g.or' and E. P. L41-tv,
r--nt;
Ed. for Lltwrat=ra on Hc&vy r1mchtne
peps,-.*nt' xaz~'81z): T.. P. xa=o" T-n'
Eds.z
To. A. Dlueo'~3keya, x.nd L. V.
~hch.ttnln..
PUR-M5Z i This book In Intended for the
of fo~nd.-!ea. It my be used by students
Or the fiald~
COVVUal: -him colle~t-*.n or j~rtlclov
disdusM.5 problew In
fourtdLnZ pro~egsas. rndIT1du&-L atiCle4
-rest t." %4LtInr'
or and And 'uto-~.t!c'
t"' I oy:t-
~% h -f-t-a of "'e'.
of c"
are'aftnt loned- Rar-c.. azc~~-.g r-~Ies.
L2. Raseaz~h V~rk of the NP8.rt-
.4r.- of MA-hinezy xnI xmtho~3 Or t"
Moscow
"t~.cn I tute
L-e,Ments I ca.ting
13. rLreze r in -2
'eX 'r~)C.A~h
tin it. p 1 105
14. vtyzovs~c! pull Auto-tion or tte
Centralized
KL%~ure ~"paratton In Cmsttn~, Shopm U4
15. Aut O-.tion Or Smc P~egfted 1A
123
16. 1. 3. C.pola N.ItL--g ?~.-vsa With
Oxygen
'c -rnt.-t1h. Central ?.ct ~f t~~e 12e
jyrj-e-~il ~ ni
IT., F-rl"-p N, A- Bfts& T-ends L~ 't~
-~"`IOPmftnt Of' the
L-avo-p-~- , Metallr'~y
C.rd 4/9

,BAR,INOV, N.A.
Investigating cupola slags. Lit. proizv.
no.6!3.0-37 Je 160.
(MIRA 13:8)
(Cupola furnacea) (slag)

BELYAYEV, Vera Vadimovna, prepodavatell; KUPRIMMU,
A.T., otv. za vy-
pask '; BARINOV, N.A., red.; SMEOVA, L.I., red.;
DORODNOVA, L.A.,
tekhn. reff,---
[Teaching the course "General technology of metals"
in technical
schools] Prepodavanie kursa "Obshchaia tekhnologiia
metallcv" v
tekhnicheskom uchilishche. Mloskva,
Vses.uchebno-peda-og.izd-vo,
0
Proftekhizdat, 1960. 74 P. (NIBA 14:12)
1. Tullskoye telchnicheskoye uchilisbche No.1 (for
Delyayeva).
(Metals-Study and teaching)

S 12 6 /6 0 /0 0 0. 0 0O'~
A 10'-) A 1
AUTHOR: Barinov, N. A., Caiid~date. of Technical L3ci e,.-,0,
TITLE: On the further development of the cupola prccess
PERIODICAL: Liteynoye proizvodstvo, no. 3, 1960, -7,5-~9
26 the 3rd All-Union Scientific,. and
From November 23 ) 1959
Technical Conference on Cupola Process was convened in Moscow by
the NTO
ldASHProm. 592 specialists participated, including 11 foroin on .
'he fo-
t~ es
lowing papers were read: "The Effect of Charge Materials, Used
for Cupola
:11.eltin~-, on the Quality of Cast Iron Obtained" by Docent,
Candidate of '2ec'n-
nical Sciences IT. A. Barinov; "The quality of Blast-Furnace Cast
Iron" b.-
En-ineer of the TsNIIChernet L. I. Golldenbor-; "Investil~-ation
of the Cupola
U 60 L,
:.Ilelt~in,j; Zone by the Radioactive Co Isotope" by Candidate of
Tech,,~ical ScJ1_
ences Institut metall=gii UFANT (Institute of ',,etallur,;~r of
the Ural 3rancl-
of the Academy of Sciences USSR) V. P. Chernobrovkin; 1'3asic
Proble::',s of
Use of Oxygen in Smeltlinb- Processes of Cast Iron" by
Cai-,didate o,,- Tecl--ical
Sciences Moskovskiy vecherniy mashinostroilleltnyy institut
(-.~Osccw E,,en`n~-
Institute of 11",ochanical Engineering) L. I. Levi; 11 S tudy of
the C amnc os i t 4-1 oi--
Card 1/4

S/1 28/60/000,/00 -3/006/007
On the further development of the cupola process A105/A133
and Temperature of the Gas-Phase in the Tuyere Zone" by A. A.
Ananlyin (In.-
stitilte of 11,letallul-. Branch of tho Acadomy of ScJ-ick-
US~3q'~;
of the Ural
%woola 7.11th i.1 V ~i io t. iii a s L "by Z11. ~j LI D,11' ~
!W i C I. U III ) ;" U 0 111, r 1 01, ~ 3- C) I I, t o1. !1
f- 111 -
vestigation of the Reaction in Metaliurgical MVS Hot-Blast
Culolas in Basic
Processes", by Dr. ing. R. Doa, President of the Technical
Association of
Bel-ian Founders; "Main Trends of Development of the Cupola
F_rocess in Po-
land" by "Magister of Engineering Ch. Podzliuts,:iy of the
',,:inJn- and I'letai'lur-
~;ic Academy in Poland and 11.1aC;ister of EnCineerin~ Yaa.
voL,-rosik of 'he Foundr~l
Institute in Poland; "The Service Practice of llot-Biast
Cupolas" b.1- Enjine-r
1. Shtekl (Czechosloval:ia); "New Developments in the Cupola
Prcces3" 1b., En-
LI-ineer I. P. Petrov of the Syzranskiy zavod tyazhe1oL;o
.-iashinostroyeni-.-
(Syzran Heavy 111-i-chinery Plant); "Hii,h Temperature Blast
Preheatin~ in
Capacity Cu-oolas" by Engineer D, I. Mareyev of the Plant
ii:ieni Voy,-.ov; "De-
velopment of 'Nater Cooled Cupolas" by Candidate of Technical
Scien_-_-O N. A
Bar-inov of' the 11VTU im. Baurnan; "The Plant Practice ir
the Operation. of, ',Va-
31
ter-Coolcd Cupolas" by Engineer P. P. Doroshenlro of the
7UtUCi -; -- - -, ,
prokatn~,!:h valkov (LutuC;ino Plant of Rollin,,, Mlill
Rollls) Of cu~OIL,-,-
"lith Diversion of Part of -lie Gases Into the Hearth tnd 6,

S/128/60/000/00T~/1006/007
On the further development of the cupr)la process A105/A133
Sukharchuk of the MAMI; "Application of Cupolas With hot Blast
and
Cooling in the GDR11 by Doctor of Engineering K. Stelzel.;
"Some Character-
istic Features of the Process in Large-Size Cupolas" by
Candidate of Techlic-
al Sciences V. A. Fuklev of the Sredneaziatskiy
politekhniches!'iy institut
(Central Asian PolytechnicInstitute); "The Practice of the
Malleable Cast,
Iron Shop of the Gor.lkiy Automobile Plant in Regard to t',,,,e
~'.,odernization of
Cupolas and the Improvement of the Cupola Processes" by
Engineer S, N. Nikall
skiy of the Gorlkovskiy avtozavod (Gortkiy Automobile Plant);
"The Utiliza-
tion of Natural Gas for Cast Iron Smelting" by Docent B. A.
Noskov of t1le~
Kharlkovskiy politekhnicheskiy institut (Polytechnical
Institute Khar,,.-ov);
"The Utilization of Natural Gas for Cast Iron Sjneltin~- in
Cupolas" by Enci-
neer Yu. G. Rozenberg of the Khar1kovskiy elektromekhanicheskiy
zavod
kov Electromechanical Plant); "The Pecularities of the Cast
Iron Smeltinl-
Process With Natural Gas in Comparison With. the Cupola
Process" by Candida-ce,
of Technical Sciences M. E. Dolginova of the Bakinokiy
sudoremontny -_-avod
"Parizhskaya kommunall (Baku Ship Repair Plant "Parizh-izaya
kommwia"); I I T.-,. e
Utilization of Natural Gas for the Preheating of the Cupola
Blast" by Enlgi-
neer G. P. Dolotoir of the Moskovskiy AvtomobilInyy zavod im,
Likha-cheva
(Moscow Automobile Plant im. Likhachev); 111,11ochanization and
Autoi-iiation of
Card 3/4

S/I 28/60/000/00 3,100' /007
1 0,
Or the further development of the cupola process A105/A1373
Loading Cupolas" by Engineer G. E. Litvin of the Moscow
Automobile Plant i,-,1.
Likhacheva; "Automatic Recorder for the Checking of Physical and
Technolo-
gical Properties of Cast Iron During Melting" by Candidate of
Technical Sci-
ences V. P. Chernobrovkin of the Institute of Metallurgy UFAN:
"The Practice
of the 'Stankolit' Plant on the Improvement of the C-,ipola
Process" by Candi-
date of Technical Sciences G. I. Kletskin of the Moscow
"Stankolit" Plant;
"Design of Closed Cupolas" by Engineer A. I. Volkomich;
"Investigation of
the Closed Cupola of TsNIITMash Design With Preheated Blast" by
Candidate of
Technical Sciences 1. 0. Cypin of the TsNIIThlash, and
"Controlling Computers
the Automation of Cupola Process" by Candidate of Technical
Sciences A. N_
Shapiro of the TNI7.SA.
Card 4/4

S/128/61/000/002/002/0,-J9
A054/A133
AUTHOR: Barinov, N.A.
TITLE-. New crown design for steelmaking electric are furnace
PERIODICAL: Liteynoye proizvodstvo, no. 2, 1961, 11 - 13
TEXT, The refractory material of furnace crowns is subject to
changing
heat effects and to the vapors of various oxides which results
in its quick wear.
Frequent changes of the lining cause standstills in operation
and increases the
consumption of refractory material. In 1957, the service life
of Dinag brick
crowns in arc furnaces covered 85 heats, that of
magnesite-chromite bricks 219
heats. When smelting steels of special composition, however,
the lining does not
last more than 20 - 30 heats. In order to increase the service
life of arc fur-
nace crowns, a new design was developed at the MVTU im. Bauman
(Moscow), consist-
ing of a water-cooled, welded steel jacket with a
heat-insulating lining, 80 -
100 mm thick, which is applied to the crown by pneumatic
ramming, The crown
jacket is welded from steel plate 10 win thick on the bottom
and 4 - 5 mm on the
top, with a 100 - 120 mm clearance between top and bottom. The
bottom plate has
ribs to hold the lining. The clearance between the plates is
filled with water,
which flows through the upper part of the roof. Mains water is
used for cooling,
Card 1/3

S1 123/ 2VOC21/009
New crown design for steelmaking electric arc furnace
A054/AI3__I
with an in-flow temperature of 10 - 0200C and an out-flow
temperature of 60 - 703a
The average cooling water consumption is about 0.6 m3/h per m2
of crown area,
When calculating the heat-transfer of A9MTT-8 (DSMP-8)
water-cooled furnaces the
crown is divided into 4 zones, smelting zone, heat- insulating
zone, iron-casins
and cooling zone, which are all of a different, but homogeneous
medium, showing
constant thermal characteristics. The service life of the
heat-insulating layer
and the operation of the furnace greatly depend on the
refractory properties,
heat-conductivity, chemical stability and expansion coefficient
of the heat-in-
sulating material. Various new refractory mixtures
(heat-resistant concrete,
Dinas powder, magnesite, zirconium and chrome-magnesite oxides)
have been studied
with the cooperation of T.V. Solomatina and Ya-S. Zalkind of
ORGRES, The high-
est insulating capacity was found in a mixture "No. 7 11,
containing chrome-mEg-
nesite brick powder of 4 - 10 mm mesh: 50%; from 0.088 - 1 mm
15%; from 0 - 0-88
mm 35%. As bonds (above 100%) liquid glass (specific gravity
1.4 - 1-5) in an
amount of 5 - 10%, 1% siliceous sodium-fluoride and 6%
refractory clay were ii:3cd.
Chrome-magnesite should contain at least 112% MgO and 15%
Cr203, while liquid
glass has to comply with rOCT (GOST) 87-41. Liquid glass and
siliceous sodium
fluoride ensure a high compactness and stability of the
Insulating layer in a
wide temperature range. The heat-resistance of' clay must be
above 1,0000C, its
Card 2/3

New crown design for steelmaking electric arc furnace
Ao54/A133
plasticity above average. The solidification of the
mixture takes place during
colloid-chemical reactions, due to the interaction between
sodium silicate and
siliceous sodium fluoride LNaF4Si(OH)41, while SION
separates in gel form.
These substances penetrate the pores of the mass and
produce a strong, monolithic
material, which has a high mechanical strength at any
temperature, shrinks only
slightly and shows no shrinkage cracks. Liquid glass is
added immediately before
ramming the mixture on the crown. All components are first
mixed in dry condi-
tion until a fully homogeneous mass Is obtained,
liquidglass is then added with
an equal amount of water and mixed again. Before the
cz,owzi is lined wlth the in-
sulating layer, it should be humidified with liquid glass.
The new roof was
mounted in a 1.5-ton electric arc furnace, producing 800
heats in one year, Un-
der the same operational conditions Dinas brick does not
last more than 20 - 30
heats. S.I. Okunev, D.I. Kuznetsov, D.D. Timonich (MVTU
Im. Bauman) and O.A.
Nesvizhskiy, V.K. Mishchenko, Yu.A. Govorov (Pavshino
Engineering Plant) took
part in the design of the new roof, There are 5 figures,
Card 3/3

RARINOV, N.A.
New design of arches for elec
Lit. proizv. no. 2:11-13 F 16
(Elec

DUDI1,114., N.P.; ~~IARINIOV, N.A.; FOKIN, G.F.;
T11,MNICH, D.D.; 111AEOV, V.I.
Practice of preparing hig1dy resistant cast iron in
basic cupola
furnaces. Lit. proizv. no. 4:4.1-42 Ap 161. O"M4
14:4)
(Cast iron-Metallurgy) (Cupola furnaces)

IMARIYENEAKH, L.M., doktor tekhn. nauk, prof., red.;
kan(i. tekhn. rauk, dots., red.; OSITI)VA, L.A-., red. izd-va;
CIWd;0VAy Z.I., tekhn. red..
[Development of the cupola process; proceedings of the third
All-
Union Scientific and Technical Conference on the Cupola Process3
Ftczvitie -vagranochnogo protsessa, t-nidy Vsesoyuznai rauchno-
telchnicheskoy konferentsii po vpgranochnomu protso:-.su. Pod
red.
L.M.Marienbakha, II.A.Barinova. Moskva, Mashgiz, 1961. 438 p.
(11IRA 15:2)
1. Vsesoyuznaya nauchno-tekhnicheskaya konferentsiya po
vagranoch-
nonu Protsessu. 3d, 1959. (Cupola furnaces)

kktD,01,73 I'iloliqy Alel-!;~
-~ndrovich, tckhn. mauk, dotv.
Alek..11016.1- Fedorovich, nau~-,
[clece,ilsed]; Petr Stanislavovich, te',hr,.
nauR, dots. ; GONCH110VA, L.A., red. i ~-,(--wa;
Y3f iINISKAYA., T-.L,.
recl.i2d-va; T71T-5jl~A, %.I., red.i~~d-va,. 1
11-:1" A., P.G.)
lelchn. rcd.
L
I-chrology of rnotals", T,--'l!inolo(7,jin
retallov.
55!~ ,). (Ell-'A 16:12)

BkRINOV, N.A., kand.tekhn.nauk; Pnpov, v.m., inzh.;
Govo.,Iol,.,, Yi..,., in7'.'n.
Practice in using the water-cc-led roof of' the
DS.N-1,5 furnace.
Mashinostroenie no.6:32-34 N-D 163, (1-',!qA

'Lekhrj. nauk; Tj
rotsem,ent;
sibillties] Vodcomlaz,.daei.Vu vagrar,'.,~,i i ik-
10- , I ), -. 4
.-',2.e VOZ*r,.OzrM( K
221; 1-).

VAGD, Viktor Vasillyevich; PLIOGOV, boriB Ivanovich;
MUNCT, N.A.j~
Imai id. tell: Im. nallk, ret,-,onzent; A.I., in-h.,
red.;
VLJkDlYl1RDVA, L.A., tckhn.red.
(Stone casting] Kamennoe litle. Moskva, Mc-sligiz,
1962.
93 P. (1,21FA 15:4)
(Stone)

MAKRUSPIN, P.V., dotsent; BARITIOV, N.F..,
zootelchnik
Using diethylstilb--strol in fattening gelded
rams. Trudy
SZVI '113-f73-77 162. (MIRA 16g7)
~St i lbenodiol) f, Rams )

Cer4-1:01 3vst-c,:,S i Vol XVIII,
-P 947

(A N)
1) 1 7 =EA
ACCESSION Mi AP5020412 UR/0.375/65/ODO/008/0031/0037
AUTHORS 1 0 rinov IL, G.; (Candidate of technical scioncest
Engineerl Captain)l
llli~chsv' ~1--osen?~i-engineor)
TITLEi Optimization of directing forces in combat
SOURCE: Morskoy sbornik, no. 8, 1965~ 31-37
TOPTC TAGS: game theory, operations research, tactical
warfare
ABSTRACT: A systen of ordinary differential equations
expressed In vGctor nota-
tions (time, phase coordinates, and solutions within thro
grasp of bo-uh opponento
aro the variables) Serves as a model for combat control
studills. The final Out.
ecTle call bo fUjjIT ovaluated with the aid of functiono
which neasure tille miccessos
or failur'p-s,6f each side..per u.nit tirza. Ir only one
side exercises control, the
criterion'for'achiev.ing the maximum or miDirmm values IS
found by ~~Lng Via L. S.
Pontrjagi~'Iinakimunt principle or the R. Bellman
optimizing, pr:Lncipf~. These prin-
ciplas do not~fully apply', however, because.- 1) combat is
not a stable process;
2) the opponents strive to obtain conrlictiag va -lues; 3)
all quantities ara not
fully known, and the inforration may be in arroi. The
matheratical model or
Card 1/2

L 107-66
ACCESSION NR: AP5020412
combat Is, therefore, best handled by game theories using
differential play Vith
a zero total, and evaluating the successes with a modified
version.of the L S.
Pontrjagin optirdzing principle. This is called the minimum
principle, and the
maxinrm is carried through in detail. Both sides have offensive
and defensive
capabilitiec in which the offensive unit can eliminate all onevj
uniLs, while the
defensive unit can deal only with the enemy's attack. Success of
the strategies
is achieved when the aims are completed during the course of tbs
battle. The
opLiram strategy in relation to the effectiveness of defense is
displayed in tvo-
dimensional plots. Orig, art, has: 1 table, 3 figurenj and 17
forman.a.
ASSOCIATIO14 none
SUBMITTED: 00 ENGL: 00 SUB CODE: RA, W
NO REF SOVt 000 OTHERt COO
Card 2/2

BARINOV, V.M.
New cuittt!r. Mashincj~lrci,tf~l' n-).-,-,")7 Mr 16,, .
(MIRA 17-1)

BARINOV, P., general-mayor aviatsii
Let's sy4tematically verify the execution of decisions.
Komm.Vooruzh.Sil 1 no.2:25-29 Ja 061. 1 (MIRA 14:8)
(Russia--Air Force)

N C,

ul,

it

C,

C'm

o di It,)
ry F
or Ub

L

TYURIN, N.I.; BARINOVy V.L , prof., red.; MIKOV, S.F.,
otv. red.
[Centerihial of the State Service of Weights and
Yea6ures, 1845--194cl]
I
Sto let gomidarstvennoi sluzhby mer i vesov, IE45-1945.
I'lloskVIL, 1945.
22 p. (M IRA 14: 7)
1. Russia (1923- U.S.S.R.) Komitet standartov, mer i
izmeritell-
nykh priborov.
(Weights and measures)
N

KUZNETSOV, A.P., otv. red.; MALIKOV, M.F.,
zagluzhennyy deyatel' nauki i
tekhniki, prof., red. ;_ BARINOV, V.A. 9 doltor tehhn.
nauk., prof. ,
red. ; LEONOV, B. 14. , red. ; MALIKOV, S. F. , kand.
te)-hr.. nauk, red.
KOLICMIKO, G.N., red.
[Hundred years of the state weights and r,.easures
service in the
U.S.S.R.] Sto let gosudarstvennoi sluzhby rer i vesov
v SSSR.
Mloskva, Gos. i--d-vo tekhniko-teorot, lit-1-Y, 1945.
3,76 p. (S&g'.
GosudarctvenyWe standarty) (I-m!A 14:7)
1. Russia(1923- U.S.S.R.) Koi-..itet standartov, ncer
i izmeritell-
rykh pr-borov. 2. Predsedatell Komiteta po delam ner i
imeritell-
nykh priborov pri Sovete Narodn-ykh Komissarov SSSR
(for Kuznetsov)
3. Chlen Kordteta po delam mer i imneritellnykh
pi,iborov pri Sovete
NIarodnykh Kordssarov SSSF (for I-eonov)
(WeiChts and mevsuros)

f c '-I S c c Cs C', h(D
V., Docent,
Sc ie,~ ceo
~-,,,tC?n~,j 1-0 L. Do-ent C 0-
c e s C f
Ent-jili.l.er
L en
c of
e.n C- o 0
C)
e:--. ar 3 concerning thle er by 'n E~
r
c c 0 0
a r t
7, -t e Tna t I c - I a n d
c a c li o t ~ i er . T t j Z7, s h r t ~'-i t t c n D
C-Or--ec-',
be i::Ied :~t :'o 1 :7 t
o,. inion of, "I.P.Kost e.,,,,:o , V A.Veni ',:ov
.,,d uoints out that for inlvo.~ti,~
t

C of i-ower Svstems
D'i,
01~ ctric syster.,~s one co.-.)bine r
.-rained' with dynamic MCI~Iel Si t ti o s eo rI.-led
use of electronic di,,IitL..l
O-a t'-Z~, 0--en1 j3 7~
fie
one cunnot do wit~ouA d~~T-,mic T-_ere
a-re Soviet~,, references*.
-i )!;-,,,,Ic'-iio-i-ss7-edovatc!l I,!-_~y i,. t i i -at 0"
,.~r=.~vshlennosti (SC4 ert~ C T~,.~4 i --u-,e o~ 7'~
Tnd-,stry)2) ener~-et Jc'-..-'s!-Jy Jut
Institute for Power

BARIIIOV, P. A., Cand Agr Sci -.- (diss) "Effects of
various
methods of artificial illumination upon _,groifth,
developmuent,
'D 1) ( 9:, r0 v
and productl of hems." SM'Rtov
State Zootechnical-Vet Inst), 150 copies (19, 2-56,
12L,)
-lit 3-

T -TT', I T-)
-
A
Gubenkov, N.Yo. Eni,inecr_s
I-Istory of the Ilse of OXV~rCjj r I
.~T
Li 61~
teynoye proinvodstvo, 195c), NIr II., T, o f c ov S
-C ~kC Tile
Prior~_ty in this fj~eld to
c7 :,ovif-it Uni-an. Tn at, the forl-'Ier KIpmr, lzov Lo-
comotive Plant, on the initJative of A
the curiola blast enriched with uxv,',-~-~n v.-a- -c- tl,,e
f4rst time applied. Since jq41-1, the riant 1:a,, 1-1;(~d
the -.ame i,,iethod. Effi-ciency of cupo-1a", \va.~',
by 20~"O; temnerature of cast iron %vas elevated to
14000-14200C; coke-consumT)tion - cut dorn b-,, 15~11"~.
C a - d

PuraNov, P.P.
Founding without using flaBks. Lit.proizv. n0-5:28
'54. (MLTU. 7:8)
(Founding)

BARINOV, V., inzhener.
Une of conveyer belts in coal preparation. Past.ugl. 2
no.12:18 D '53.
(MLRL 6;11)
(Coal preparation) (Conveying machinery)

RnRINOV, V., inzhener.
ixutomatic control of the filling of co-al bunkers.
Mast-lj_,-1~3
no.1:22 Ja 154. (1921A 7: 1 )
(Coal--Storage)