SCIENTIFIC ABSTRACT BORODULIN, G. I. - BORODULIN, V. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206510004-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

S1006161100010111001100.2
Field tenting of the DST-2 goodimeter D054/DI13
Fig. 2
a - Value of errors
in cm
11 int' true
b number of reception13 n.
01
1 12. Is All it
Card 4/5- 7PJII*jVAD8 - ft

Field testing of the DST-2 geodimeter
Table 2
11)
' CO (1) (Y) (49)
1 18.4 12 1781,70 1781,69 �48
2 22.4 11 2577,83 2578,012 65 20 +19 1
.3 23.4 24 799 10
I 17-39,30 28 6 +20
4 24.4 20 1801:03 1801,19 28 6 +16
z 25.4 24 2255,88 2256.07 27 6 +19

16
29.4
16
2016,06
2016,38
24 6 +32
7 30.4 29 1830,76 1830,97 14 3 +21
8 4.5 24 4359,54 '4359,94 so 10 +40

5.5 12 584,95' 684,68 21 6 ~27
6.5 12 1110,99 1110,95 17 5 - 4
7.5 12 928,05 927,98 36 io - 7
12
13 9.5
9.5 12
4 1527,56
459,37 1527.69
459,28 47
30 13
is +13
- 8
:14 9.5 15 405.03 404,64, 10 3 -39
15 10.5 17, 1969,47 1969 51 45 11 + 4
16 10.5 A5 680,71 690:90 20 5 +19
17 10.6 15 456,22 456,24 21 5 + 2
18 11.5 9 93050 930,46 16. 5 --:- 4
19 11.5 15 456:22 456,02 23 6 -20
"20 12.5 is M I W, 927,87 68 A 8 -17
21 12.5 15 11109.) 1111.01, 45, 11 + 2
22 13.5 14 1527:51S 1,527 M 55 iS +22
23 1315 14 W,rV, 584:87 23 6 - 8
14.5 18 246,06 24603, 26 5 - 3
25 16.5 18 264,39, .
264:09 35 8 -30
26 16.5 12 684,44 684,29 10 3 -15
27 17.5 18 246,06 245.98 25 1) 8
I-,-- __ -
Card.5/5
S/006/61/ooo/oll/001/002
D054/Dll3
Noof lines
,800~,~ 1
It 2- date of observatiwi
1 13400 1
1 9000 3- number n of
1 t 11300 receptions
1111900 4- length of the line
11M
Is8700 by*triangulation
1:11000 DX, in m
1 2200
Is28000 5- length measured
1 13200
1 11700 by the geodimeter,
1%5700 DC1 in m
111050
1,4M 6- mean square errors
1136W
1 s23M for internal con-
1 23000 vergence:
1 2300 a- one reception
1 tMW
Is5M M_ ntf 111 OM
' 17000 1
WOO b- of the result
1 t 8000 M in cm
1 sIOOO intO
1 s46W
1 ,woo 7- Mtrue-D C-DX, in. an
M
8- true
Ii

BORODULIN. G.I.. inzh.
Required accuraqy and range of a geodimeter fq mine surveying 1111111~yl
VhIMI no.1+5:91-99 162. (MIRA 16M
(Geodimeter)

BORODUIAN, G.J.. inzb.; C,91111Y!%~", V-~Ao, 1117-he
IF:i-(,,-ld testing 4he MT-:-- photol.achrmeter. jr,~rtl-jyl V-?VM-' nc.~-.'
357-366 162 V.- -.-'I - " . , ,

1; '31034-~
f ACC NR. J
na (1 cu
SOURCE CODE: UR/0270/65/000/009/0
AUTHOR: Borodulin, 0,
TITLE: Wdy of the asymmetry effect of a'lumlnosity ciir:ve on the
accuracy of phase measurement by a method of comparison in a photo-
tachymeter diagram
-oll
SOURCE: Ref. zh. Geodeziya, Abe, 9.52,187
REF SOURCE: Tr Voes. n.-i. in-ta gorn, geomekhan, I marksheld,-del
ab, 53., 1964# 383-;376 -
TOPIC TAGS: phase measurement, error, Kerr cell, capacitor,
frequency modulation, luminescence
ABSTRACT: Continuing the study, published previously (Ref. zh. 1.965,
5.52.215), the author derives an expression for the magnitude of Vror
in fixing phase difference (and consequently the error in distance),
dependent on the asymmetry of a. luminosity curve due to change in the
operating conditions of Kerr condensers with change in frequency of
modulation. A -case of distance measurenent by means of a visual
phototachymeter by the method cof comparison with a reference flare of
constant brightness Is analyzed, The magnitude of the errors for

'31034--bb
ACC NRs AR50276i:.~
various operating conditions of Kerr condennerO In calculated In
aocordance with the expression derived by the author, The calculation
results are presented graphically and in tables, M.R,
SUB CODE: 09,20/ SUBM DATE: aep65
~~l Card 2/2

-.~.~Tmi,n tion: compari0on nothod
2 T.ION: A th6b t,1081'
RMSU re
GUbe light slj~~Sz
b7 -Thai c6m~iAici It'h6d-Ali~--il
th-.
-M OODE:' OP

R& AR5014337 SOLMCE CODE:
AUMOR: i3orodulin. i
ORG: none
UR/0270/'o5/()00/()05/0021.1/i)029
TrLLE: 3tudy of a k(.-y light flow and of the accuracy of phase fixation by a cw,,pari-
Son m3thDd in the sritem of an optical light range finder
SOURCE: Ref. zh. Geodeziya. Otdellnyy vypusk, Abs. 5-52-215
M-v SOURCE: Tr. Wes. n.-i. in-td Sorn. eomekban. i marksbeyd. de sl~- 52,,
1964, 319-333
TOPIC TAGS; light, Ught transmission, optic transmission, optic ran3e finder
TRAN"SLAT"1011: A study is made of the comparison method proposed by V.A. Velichho
(RzhJ' 19""o-, 11G257P). On the basia of previoasly obtained data on the extreme on. -
pensation method by V.P. Vasillyev and V.A. Velichko, an estimate is made of the value
of the Ivy light signal and the dependence of this value on errors in the mutual orien
tation of polaroids and the Kerr cimdenser. An evaluaticn is raide of the acc,,uai,.y in
the fixation of Aiase variations in the different operatin,-, ranGcs of the Nerr conden-
ser; talzing into consideration this evaluation, a deduction is made regarding the most
efficient operating system, vith tJie proviso that the sum of polarization and modula-
tion ten'siow does not exceed the critical point.
UDC: 523-.021-7

Ek(1) GW
ACC NR: AT5028159 SOURCE CODE: M/3172/64/000/053/0363/0370
AUTHOR,.* Borodulin, Go (Enjinoer)
:ORG: All-Union Scientific Research Instit-utg of Mining _andMine_A;ur-
veying, Leningrad (Vsesoyuznyy nauchno-issledovatellskiy institut gornoy geonel~hani-
~imarksneyderskogo dela)
TITLE: Investigation of the effect which asymetry In the luminous flux curve bas
on the accuracy of j)hase measurements made by comparison in a.ph!?.totachymete cir-
cuit q,j,
SOURCE: Leningrad. Vsesoyuznyy riauchno-issledovatellskiy institut gornoy geomekha-
niki i marksbeyderskogo dela. Trudy, no. 53, 1964. Gornoye davleniye, sdvizheniye
gornykh porod i metodika marksheyderskikh rabot (Rock pressure, rock displacement,
and methods of mine surveying), 363-370
TOPIC TAGS: optic range finder, phase measurement, Kerr cell
ABSTRACT: The author derives foxinulas for calculating errors due to luminous flux
curve asymmetry cauved by variations in the modulating voltage in the range of the
.main oscillator for various operwting conditions of the Kerr cells in a photozad~y-
Card 1/2

L 146o-,L66
ACC NR: AT5028159
meter circuit. 7beslu. formulas are used for calculating erTors for a number, of C!Cn-
ditions assuming the use of the comparison method. The results are tabulated arid,
graphed as a function of the variation in modulating and polarizing voltages. lt
is found that the eriror due to asymmetry in the luminous f1w, curve depends on the
:distance being measu:Ped, the frequency range and the operating conditions of thel
:Kerr condensers. This error decreases with an increase in the distance being -Ma-
~ ured and the frequency range, and -also with an increase in the modulating and pola-
:s
:rizing voltages. Optimum conditions give an error of less than 0.250. -The effect
:of this erTOr may be kept to a mininum in measuring short distances (below 300 n)
.by reducing changes in the amplitude of the modulating voltage with X4!spect to'range
:and keeping these changes smooth, by a linear variation in frequency with respect to
.range and by increasing the range. Orig. art. has: 3 figures, I table, 16 fomu-
~las.
.SUB CODE:0'7,,Og/ SUBM,DATE: 001. ORIG REF: ODO/I OTH'REr: 000
'Card 2/2
77!"777777777

GV1/JT/BC
ACCESSION MR: AP5020912 UR/0006/65/000/008/00:15/fDO21
528-517
Borodulin G Popov2*. I
AUTHOR: A. M&l.1t_q_e_XB. N.
Plyushche'v-_ N. 6-7 4;4;!5 5-
L44
TITLE: Results oftests of a prototype of ihe TD-1 optical range finder..
SOURCE: Geodeziya, i kartografiya, no. 8, 1965, 15-21
TOPIC TAGS: geodetic instrument, range finder, geodimeter, TD 1 range finder,
F-7
mining survey 57
ABSTRACT: Two prototypes of the TD-1 small optical range finder, Originally
developed in 1960 by the Vsesoyuznyy nauchno-issledovatellskiy institut gornoy
geomekhaniki i marksheyderskogo dela (All-Union Scientific Research Institute oil'
Minigg Geomechanics and Mine SurveXi measure distances in the 150-50CO-M
Fr~nge with a mean aqua ere produced in 1963 and field tested in
re error x1..J ULU, 0
1964 by the Electronics Instruments Laboratory of the Institute. Simultaneovs
testing was carried out with a Swedish nASM-4B geodimeter. Comparative measi-xements
were made against those of the Institute's field comparator, highly precise. traverse,.
second- and third-order triangulation, and.invar wires. Subsequent field teEts
Lc!!~!_in_

1,L 1343-66
ACCESSION NR: AP5020912
were made
by an interdepartmental commission set up by the USSR Administration of
Measuring Instpuments of the State Committee of Standard Measures and Meaaw,ilmr
lnstrumentr,.A4,Nsu~Lts of the ate showed these instruments to be highly precise,i,
1 Tie mean square er:ror of a pingle measurement for the first prototype was iS) lal
ana for the second k16 mm; the systematic error was +1 mm and +8 mm, respecti,rely;
and the mean value of the deviation of the number of waveo computed from the 1~otftl
number of waves Wa13 tO.02 for both prototypes. Orig. art. has: 2 figures Vnil
1 5 tables.
CERI
ASSOCIATION: -none'
SUBMITTED: 00 ENCL; 00 SUB COD13: W, OP
NO REF SOV, POO-. OTHER, 000 ATD PRESS.-,~41
2
Q 21

BORODULIVO G.H. [Borodulin, G.Kh.]
I--....- portdtrasive axis for precision grinding. Metalurgia constr
mas 1~ no.8:761 Ag 162.

k! ~_' ~
PHASE I BOOK EXPLOITATION 525
Borodulin, Georgiy Mikhaylovich and Speranskiy, Viktor Grigorlyevich
Proizvodstvo transformatornoy stali v elektropechakh (Producing
Transformer Steel in Electric Furnaces) Moscow, Metallurgizdat,
1957, 41 p. 4,000 copies printed.
Ed.: Mikhaylov, O.A.; Ed. of Publishing House: Rozentsveyg, YA.D.;
Tech. Ed.: Dobuzhinskaya, L.V.
PURPOSE: This booklet is intended for engineers and technicians
working in elpetric-steel melting shops. It should also be useful
to research workers and students cf metallurgy.
COVERAGE: The booklet describes-modern methods of making transformer
steel in electric furnaces and also the technique of.vacuum-
treating steel in the ladle. Basic specifications for trans.-
former steel are given, and properties of the steel are desc.vibed.
The book draws on the.work practices of the "Dneprospetastall"
Plant (Zaporozhlye). There are 8 references, all Soviet. No
personalities are mentioned.
Card 1/2

Producing Transformer Steel 131 Electric Furnaces 525
TABLE OF
CONTENS:
I. Characteristics Required of Transformer Steel 3
II. Technology of Making Transformer Steel in
Electric Furnaces 6
Charge materials 7
Oxidizing period of melting 9
Reducing period of melting 15
IIL Optimum Technology of Production of Transformer
Steel with Vacuum Treatment of the Metal in the Ladle 24
IL Melting the steel 24
2. Teeming and vacuum treatment of steel 28
IV. Properties of Transformer Steel
AVAILABLE: Library of Congress (TN 706.B6)
39
Card 212' GO/ad
8-19-58

SPERANSKIT, Viktor Grigorlyevich;
BOYARSHINOV, V.A.,redaktor; UNGER, S.Ii..'redaktor zdate stva;
3VENSON, I.M.,teAnichsskiy redaktor
[Zk'Anolo'
..gy of stainless steel production] Tekhnologiia
proizvodstva nerzhaveiushchei @tali. Moskva, Gos. nauchno-takhn.
izd-vo lit-ry po chernoi i tavetnoi metallurgii, 1957.
202 p. (RUA 10: 5)
(Steel, Stainless)

,4UTHOR: Borodulin,, G', It. (Works Manager). 130-5-8/22
TITLE: Vacuum Treatment of Electrical Steel (Obrabotka
elektrostali pod vakuumom)'.
fERIODICAL: "Metallurg" (Metallurgist) 19579 No'-5, pp.16 - 18,
4BSTRACT: This article brings up to date the description of the
vacuum.treatment of steel at the Dneprospetsstall
works given by-V.'G'. Speranskiy in "Metallurg"* 1956,
No.8'. Vacuum installations 'are now available in steel
melting shops No.1 and No.2. The pumping techniquo is
as follows: the chamber is evacuated to a residual
pressure of 100 mm mercury by means of a type PW-4:
pump, after which this pump is disconnected and the!
mpi is continued by means of Type BR-6 and PMH-460
SH-'I in shop No ,.2 pumps*. For all pumps except
3
PNK-4 typesp the input gas is carefully cleaned:. The
residual presslire (mm Hg) in the chamber 0, 19 2y 3p
4, 51 6? 7,t 89 9 and 10 minutes after the start of
pumping is 7601, 4759 '255, 145t 95, 559 40, 30, 25, 20
and 18, respectively. Recently a different vacuum-
Card 1/3 treatment method has been tested. In this one ladle
is placed in the vacuum chamber under a funnel set in

Vacnium treatmeyAt of electrical steel'.
the roof of the chamber. Metal is poured from one
la(!Le into the funnel ands meltimg through the alumin-
ium sheet with whith the funnel was closed so as to
ene-ble a vacuum to be produced in thk -inhamber, falls
ina disintegrated state into the ladle in the chamber.
The funnel is kept filled with metal throughout. TkA
large surface of metal produced by this technique makes
effective de-gassing possible. In 1956 a total of
25.800 tons of electric steel were vacuum treated at;
the works. The greatest benefits were obtained With
transformer steel, a metal with less than 0' *02% caxbon
and. 0'005% sulphur being obtainable, with a doubliN,
of th; proportion of best-quality sheets'. Vacuum treat-
memt of alloy structural steel in the ladle considerably
reduced internal hairline cracks; no reduction in non-
metallic inclusions was obtained with ball4-bearing
stetels either by TaCUUM treatment in the ladle or
vacuum treatment by the pouring technlque. With the,
evacuation obtained no decarburization occurs in the
lacae; the redaction in the carbon content is obtained
Card 2/ 3 in the furnace because of hotter oxidationperiod. 3ome
reduction in the hydrogen content of steels occurs

Vacuum treatment of electrical steel'. (Cont'-
1 10-5;~/22
during vacaum treatment: the reduction f35-liyarogen
produced by the pouring technique being approximately
double that obtained by vacuum treatment in the ladle
without pouring. Woxk is continuimg,on the extension
of' the vacuum-treatment process. There are 2 figs,
1 table.
4SSOCIATION: "Dneprospetsstall
4VAILABI X:
Card 3/ 3

k' C Jo Cn 1)~.
AUTHOR: Borodulin, (i.M. 130-10-1/18
TITLE: The "Dneprospetatall" Works are 25 Years Old (Zavodu
"Dneprospetstal'" - 25 let)
PERIODICAL: Ifetallurg, 1957, NO-10, PP- 1 - 2 (USSR)
ABSTRACT: The author traces the development of the works since its
foundation in the Ukraine during the first five-year plan.
By 1940, the works had become one of the main producers of
high-quality tool and structural steels in the USSR. Du:ring
the war, the whole works was evacuated but was reconstructed
on its old site in 1948 with improved equipment (consisting
mainly of electric furnaces, rolling mills, heat-treatment
furnaces and forging hammers). Data are presented showing the
frequentover-fulfilment of production targets by the works and
the steady improvement of its technical and economic efficiency.
There is one photograph (of a dwelling house).
ASSOCIATION "Dneprospetsstall" Works (Zavod "Dneprospetsstall")
AVAILAB~E:
Library of Congress.
Uard 1/1

133-10-12/26
AUTHOR: Borodulin, G.
TITLL,': 1,1echanization of the Labor Congamin,-- Nerastions on
D I
Electric Steel Ivielting Furnaces. (Mlekhanizatsiya
Trudoyemkikh.Operatsi-y Pri Pabote na Elektro-pechakh).
P.,,RIODICAL: Stall, 195?, No.10, pp. 912-914 (USSR).
-ABSTRACT: Some special features of mechani-sation of labour
consumIng operations on the above works are outlined.
The following aria mentioned: mechanical charger of ore
lime and other malu-erials into electric furnaces (Fig. --
tuyere for blowing oxygen into the bath (Figs. 2 and 31)
and fettling equipment (Fig. 4); There are 4 figires.
ASSOCIATION: Dr.ep*kospetsstall Works. (Zavod Dneprospetsstall).
AVAIIABLE: Library of Congress
Card 1/1

137-58-6-11809
Translation from: Referativnyy zburnal, Metallurgiya, 195)8, Nr 6, p 88 (USSR)
AUTHOR: Borodulin, G.M.
TlTLE, Vacuum Treatment of Electric Steel in the Ladle (Obrabotka
elektrostali pod vakuumom v kovshe)
PERIODICAL: Tr. Nauchno-tekhn. o-va chernoy metallurgii, 1957, Vol
18, pp, 57Z-575
ABSTRACT: Bibliographic entry. Ref. RzhMet, 1957, Nr 10, abstract
18863
1. Steel--Production 2. Vacuum apparatus--Applications
3. Dippers--Applications
Card 1 / 1

FIMOV, A.K.; SFIRANSKIY, V.G.; KHIZHNICHANKO, A.Me; SHILYAY3V, B.A.;
DANILOV. A.K.; ~CR S.P.; MARURTAMES, A.As-,
SOMMU, P.I.; SKIRNOV, Tu.D.; V&YNBERG, G.S.; CKOROKOV, N.V.;
KOLOSOV, K.I.; SILIKIN, G.S.; MEDOVAR. B.I.; IATASF. Yu.B.;
YAPROYMOVICH, Tu.Te.; VINOGRADOV, V.M.; SUMB-SHVITS, N.N.;
SKOROMICM, S.D.; KATSIMCH, L.S.; SMOMIRG. Ya.A.; MIKHAYIOV,
O*A.; PATON, B.Ye.
Reports (brief annotations). Biul. TSNIICHK no.18/19.-67-68 '57.
(MIRA 11:4)
1. Zavod:'Daepro spat astal I (for Speranskiy, Borodulin). 2. Ghelyabin-
skiy metallurgicheekiy zavod (for Khishnichenko). 1.1. Uralmahsavod
(for Zamotayev). 4. Txwt I'llektropech'" (for Vkynberg)- 5. moalcov-
skiy institnt stali (for Okorokov). 6. TSeutralltnr nauchno-issledo-
vatellskly institat chernoy metallurgii (for Sellkin, Svede-Shvets).
7. Institut elektroevarki AN USSR (for Eaton, Medovar, lata'sh).
8. TSbnt;rallnaya laboratoriya avtomatiki (for Yefroymovich,
Mnogre4ov). 9. Gisogneupor (for Skorokhod). 10. Treat "Maktropeehl'"
(for Katsevich). 11, Thiliaskiy nawhno-issledovatal'skiy institut
okhrany truAa. Toesoyamogo tsentrallp-ogo soveta profsoyuzoT (for
Shtromborg).
(Steel-Ketallurgyl,

18(5) PHASE I BOOK MCPLOITATION SOV/2T26
Borodulin, Georgly Mikhaylovich
lektrometaUurgii stali (Utilization of Oxygen in the
ir eneniye kislorads v e
Electrometallcly of Steel) Moscow# Metallurgizdat, 1959. 86 p. Errata
slip insert6d. 3,000 copies printed,
Ed.: Ya. M. Bokskitskiy; Ed. of Publishing House* S.L. Zinger; Tech. Ed*:
L;V. Dobuzhinskaya.
PURPOSE: This book is intended for enoneers and foremen in electremetalli=mr.
It may also be us'eful to metallurgical students*
COVERAM- Thi author discuses the use of oxygen in the electric-furnace yro~u6tion:
of stainlessY transformer, eracking'#ighwepeed, chrome-nickel constructional,
ball-beariAg.. and*carbou tool steels* Information is given on the quality, of
steel made with oxygen blast, together with engineering and ecoacmic data4
There are 20 references, a3_1 Soviet.
TABLE OF CONTEMS:
Card 1/4

Utilization of Ox,,rgen (Cont.) SOV/2726
Introduction
Utilizatim. of Oo~rgen in ihe Electric Melting of Steel at Soviet Plants
1. Methods of suppXving-electria NMwes with oxygen
2. Acceleration of chatip melt-down an& calfban remaml in the
bath by coqrgen
3._,Iniroductian of oxy n into the bath after the melt-down
4, Dec&;~dniz:,&t~on reaktions. during oxidation of the bath
by im ore and oaWMtgis
Met hods of Making Electric Steel With the Applicatibn of Oxygen
1. Production of lEh18NqT stainleft steel
2o Production d transformer steel
3. Production of 1M5M steel for cracking equ:iymqnt
4o Productigm.9f high-speed steel iz,:". ".
5- Productionlof chrame-nickel constractions.1 steel
6. Pr6ducti,om, of types "6.BjjXW5'.bsjl!-mbe&r1ng steels
7- Productloh, of types UTA-Ula carbon tool steels.,
Quality of Electr,16 Steel Made With the Utilization of Oxygen
Card: 2/4
3
5
5
8
10
14
16
16
21
27
29
35
38
43
46

Utilization of Oxygen (Cont.) SOIV2726
1. Oxygen content 46
2. Effect of oxygen blast on hydrogen content 50
3. Effect of oxygen blast on nitrogen content 53
4. Effect of oxygen utilization on the chemical composition
of the f W shed metal 55
5. Effect of oxygen utilization on amount of nonmetallic
inclusions, microstructure, and mechanical properties 57
Engineering and Economic Data on the Production of Steel Witit
the Application of' Oxygen 63
1. Computing the economic effect of oxygen utilization in
making types R9 and RIB high-speed steels 65
2. Computing the economic effect of oxygen utilization
in making I.Kh18NqT stainless steel iL 20-ton electric.
furnace 69
Card 3/4

Utilization of Oxygen (Cont.) SOV,'2726
Mechanization of Electric Furnace Operations 74
Safety Measures in Electric Furnace dhops Utilizing OVgen Blast 82
Bibliography 86
AVAILABLE: Libm.-y of Congress
GOhPP
Card 4/4 12-23-59

BORODULINJ, G.M.
Ghanges in the order of determIning the angle i. Good. i kart.
no.7tl8-20 J1 161. (IIIU 14:7)
(Leveling)

BORODULINI, G.M.
Protective screen for emery grindin wheels and omgging pd=Ung
machines. ft,whinostroitell no.7-.34 161. , (MM 14:7)
(Grinding machineo-Attacbments)

BORODULIM, G.M.
Automatic electromagnetic stop_dsvies. Huhinoistroitell no,806
Ag 161. (KMA U,:'7)
(Automatic control)

KHITRHv S.I., dok-tor tek2w. nauk; KADINOV, Ye.I., inzh.; BORO-DULIN
G.M.- inrh,; TREGUIWO, A.F., inzh.; YATSKUICH, t~nz.;
-DEPIMOV P.V., insh.; FRANTSOV, V.P., inzh.; SMOLYAKOV, V.F.,
inzh.; AALIKOV, G.P... inzb.-- DOVGIY, M.M.' inzh.; MOSHKEVICH,
Ye.I., irtzh.; RABOMWE, A.V., inzh.
I
Reducing chrmium. losses in the manufacture of acid-resistant
and stainless steels in electric arc furnaces. Met. i gornorud.
prom. no,.3.:1740 Ja-F 162. (MMA 16:6)
(Steel, Stainiess-Blectrometallurgy)

BORCDULIN. GA.
Hold-down chuck for grinding holes. Yashinostroitell no.2:27-
F 162. (MIRA 15:2)
(Chucks)

S/133/62/000/009/003/'009
A054/A127
AUTHORS: Chuyko, N.M., Doctor of Technical Sciences, Rutk.ovskiy, V.B., Da-
nichek, R.Ye., Perevyazko, A.T.,.Bor2"Jin, __ G.M., Tregubenko, A.F.,
Shamil', Yu..P., Frantsov, V.P., Volovich, V.G., - Engineers'
TITLE: Blowing inert gases through the metal in the ladle under vacuum
PERIODICAL; Stall, no. 9. 1962, 8og 811
TEX.r: Vacuum treatment of liquid steel promotes the removal of gases and
reduces thq amount of nonmetallic inClil5ions. Tests were carried out (in coop-
eration with I.M. Ioffe, M.I. Lavrent'yev, G.P. Parkhomenko, V.I. Demidenko,
Ye.M. Rysin, and T.M. Vorob)-yeva, Engirieers) to de:termine the optimum methods of
blo~jing inert gases through*the liquid metal in the ladle tn combination witb
the vacuum treatment. The method established does not require special refrac-
tory.materials, the apparatus used (designed by N.M. Chuyko, Professor and Ye. , I. J
Lavreyev, Engineer) is of a simple design and metal losses through the spout can
be prevented. The argon feed can be controlled very closely by means of 3 rota-
meters LFC-7 (R3-7) type], having 30 standard m3/h capacity and supplied with
Card 1/3

S11 KV62/000/009/003 /Clog
Blowing inert gases through the metal In .... A054/'A127
needle valves. The test steel [ MX15 (ShKhl5)] was smelted in four versions.
1. blowing through the reduced metal in the ladle under atmospheric pressure;
II. the same, under vacuum; III. vacuum treatment of non-reduced metal, ccn--
taining less than 0.0_5% Si, in the ladle and reduction with ferrosilicon and
aluminum at the end of the process; IV. blowing through non-redu 'ced-metal in
the ladle under vacuum, with addition of ferrosilicon and aluminum at the erd
of blowing. Ferrcsilicon was added in an amount to ensure 0.27 - 0.28% Si con-
tent in-the metal, the amount of aluminum added was 0.5 k&/ton. The techni-cally
pure argon gas contained 0.003 - 0.009% oxygen and maximum 0.01% nitrogen. The
hydrogen content of the metal (both in reduced and non-reduced condiction) could
most efficiently be removed when argon gas was blown through at residual pres-
sures of 10 - 12 mm mercury column in the vacuum chamber, with a blowing tine of
at least 8 min. It maximum reduction of the oxygen content can be.obtainied by
blowing gas into the ladle through non-reduced metal under vacuum (TV). Wi-,;h
regard to nonmetallic Inclusions the best results are attained by versions _'II
and TV. Some of the heats were entirely without spheroidal inclusions. The
amount of oxygen and cfimpurities also depends on the dqgree of reduction'of the
slag, in view of the*intensive mixing of metal and slag during blowing. Tht!
Card 2/_3

S/133/62/000/0()9/003/009
Blowing inert gases through the metal In .... A054/A127
lo%,est oxygen content (0.0019%) and the smallest number of'oxide and heroldal
Inclusions are ensured when argon is blown in amounts of 0.05 - 0.06 Xton'
under vacuum, at remanent pressures of 18 - 30 mm Hg. The intense 9tirring of
the. metal caused by the*argon gas blown into the ladle also causes a uniforn
distribution of silicon in the bottom part of the ladle and its complete ad-
sorption. There are 3-Jigures. The English-language-reference Is: Iron and
Steel Engineer, 1959, v. 36, no. 9 (September), 192.
Card 3/3

BORODULIN, G.M.
,:~ . .....................
Surface-gri~ding machine. Stan.i .-nstr. 33 no.2.42 F 162.
(MIRA 15: 1)
(Grinding machines)

BORODULIN, G.M.
Machine for bending brace stems. Maahinostroitell no.4ill Ap
163. . (MIMA 16 j 5)
(Bending machi~ss)

BORODULIN, G.M.
Automation of spring coiling. Mashinostroitell no.12:7 F 163.
(MIRA 16:31,
(springs (mechanism)) (Automatton)

BORCDULIN G.M. insh.; SMULYAKOV, V.F... insh.; MOSHNEVICH, Ye.I., ins43
--- Stkw, YULP., inzh.
Taghnology of the production Of Ohromium-Anickel stainless ateel with
&--parboft-content of not more than 0,03%. Stall 23 no.1:27-29 Ja t63:.
(MMA 16:2)
1. UkrNIISpetestall i Dnepropetrovskiy staleplavilinyy savod
vysokokachestvennykh i spetsiallnykh staley.
(Chromium,-nickel steel-Electrometallurgy)

ACC NR.. AP7000366 SOURCE CODE; UR/01#13/u'*U'/000/022/0-14-3/01'43
"VENTOR: Borodulin, G. M.; Dekhanov, N. 1M.; Kravchenko, V. A.; Plyshevskiy, A. 1.
ORG: none
TITLE; Mathod of obtaining a bim-%tallic naterial. Class 48, 188818
SOURCE:' izobreteniya, promyshlennyye obraztsy tovarnyye znaki, no. 22, 1965, 14:3
TOPIC TAGS: metal cladding, W1Fi:Tsion,,=.-,bLZ
ABSTRACT: This Author Certificate introduces a method of manufacturing clad metq1
products such as sheets, tubes and bars by impregnating the surface of the base
metal with a sublimated substance without direct contEct between them. in order
to improve the corrosion and oxidation resistance of the surface layer , the
impregnation is carried out at 1400-1450C, after which the article is hot , or
cold rolled. [TD]
SUB CODE: 13/ SUBM DATE: 15Dec6l/ ATD PRESS: 51()q

L 27254-66 EPF(n)-2/EWT(m)/EWP(t) iv(c) rmljDIJG
14R-. -AP60-0963-37 SOWM CODEt UR/0413/66/0-oofOO4
AUTHOR: Kovalenkd, A. Me; Amin, F. V*,,-P
Sro3yakov, V, Fe Yelitsov, K* S.;
)28
ITI(~
.ORG: none
TITIE o. Method for vaemm degassing of liquid metals with simultaneoud treatment i4th
slag Iflass 18, No* 78843
SOURCE: Izobrateniya, prorWshlenrjyye obraztsy, tovarny7a tnaki, no. 4, 1966, 27-28
TOPIC TAGS: metal, liquid metal, metal degassing, vacuum degassing
ABSTRACT: This Author Cert~ncate presents a method-for vacuum degassing and siiml-
taneous refining of liquid metals by a slag treatment in a two.-tube chamber. Tho
metal is sucked into the chamber through one tube and, after vacuum degassing, ia
discharged through the other tube containing limlirl slag which refines the metalo
SUB CODEt 32 SUEM DAM O5Sep64
Card 1/1 662.162.682=2L2

BORODULIN. Iosif Favlovich; MATSNEV, K.M., nauchnyy red.; GUREVICH,
I.F., red.; NESMYSIDVA, L.M., takhn. red.
(Industrial training-of.mechanies for the repair of electrical
equipment and underframes of diesel locomotivw jn professional
technical schoolo]Proizvodstvennoo obuchenie slesarei po remon-
tu elek*trooborudovaniia i ekipashnoi chasti teplovozov v profes-
sionallao-tekhnicheskikh uchilishchakh; metodicheskoe posobie.
Moskva, Proftekhizdat,, 1962. 132 p. (MIRA 16:3)
(Diesel locomotives-Maintenance and repair)
(Electricians--Education and training)

KCVNERV G.M,, dotsent; BORODULINp I.P., inzh.; LISITSIN, Te.V., inzh.
Investigating the smooth regulation of the magnetic flux of
the electric traction engines of diesel locomotivAw. Trudy
MIN n0-1511153-170 162. (KMA 20%2)
(Diesel locomotives) (Electric rallway motors--TeBt' )
ink

BORODULIN, I.P., inzh.
Analytical study of the electrical transmission system of a
diesel locomotive with smooth regulation of the magnetic flux
of the traction motors. Trudy MIN no.188:112-127 164.
(KIRA 17:10)

_:, I ., 1, ' 7
T .. , '- , ' ,
SARIN, V,J. [deceased],. GIOBKOV, V-~.; hTijBEY
V.Ya., red.; Li LF., rel.
[Narrov%--gauge TU2 and TU3 Lileael lloecmotlves vit.h e'j e.,-
drivlng) Uzkokoleirqe teplovory a elektrl'cheskoi
TU2 i TU3. Moskva.., TransNr-t. 1.965~ 297

BAZHUOY, Ivan Ivanovich, inzh.; LSO1FaKO, Ivan Abramovich, inzh.; IXAR-
CHLUO, Alaksey Kondratlyevich, kand.tekhn.nauk. Prinimali uchastirs:
DOBROVOLISKIT, V.V.. kand.tekhn.nauk; BOROAMIN. K.Ta., inzh.; POPOV,
A.A., inzh.; KHODAKOV, I.K., red.izd-va; PROZOROVbXATA, V.L., tekmi.
red.
[Goal mines and mining in the Chinese People's Republic] Ugol1naiR
promyshlennost' Kitainkoi Narodnoi Respubliki. MoBkva, GoB.nauchno-.
tekhn.izd-vo !it-ry po gornomu delu Gosgortekhizdat, 1!~59. 479 p.
(MIRA 13:2)
(China--Coal mines and mining)

BORODULIN L.
Photography of sports. Sov. foto 19 no.4:34-36 Ap 159.
(Photography of sports) (MIRA 12:5)

BORODULIN, L. P.
USMVChemistry AdsorPtion, Equation for Mar 1948
Chemistry - Adsorption, Nomographs for
"Nomographs for Iangmuir's Equation," G. V. Vinogradov, L. P. Borodulin, 2pp
I'Zhur Prik Xhimt' Vol XXIJ, NO 3
Wide practical application of Iangmuir I s adsorption equation has led authors to increase
its utility by constructing two nomographs. Claim that they are sufficiently acc-cxate
for all practical purposes. Submitted 22 Feb 1947. Two diagra:---- reprodu6edi.
PA IbTig

BORODULIN, M.I.
Studying the sedimentary formation in the Kursk Magnetic Anomaly by
seismic prospecting methods. Met. po geA. i pol. iskop. tsentr.
ralon. evrop. chasti. SSSR no-2:234-240 159. (MIRA 13:9)
1. Xurskaya geofixicheskays ekspeCitsiya.
(Kursk Magnetic Anomaly-Rocks, Sedimentary)
(Seismic prospecting)

BORODULINq M.I.; SHEYNDIANt S.L.
Method of studying the elastio properties of rocks. Razved. i
prom. geofiz. no.38:103-106 160a (K[RA 140)
(Rocka--Testing) (Elastic waves)

BORODULIN. M.I.
Practice of using geophysical data in mapping the Pre-Cabrian
in the Mikhaylovka region of the Kursk Hakuetic Anomaly. Mat.
po geol.i pol.iakop.teentr.raion.evrop.chasti SSSR no.5-0. 21-4
162. 1 (MIRA 16t6)
(Kursk Magnetic Allomaly-MILPS)

BORODULIN M.I.
.- . . I
Solution of a three-dimensional problem for the case of diffraction
of direct waves from the horizontal line. Geofiz. sbor. no.7:51-5:1
164. (NIRA 17:11)
1. Dnepropetrovskaya geofizichaskaya ekspeditsiya.

BORODULIN. M.I.
Experience gained in recording transverse and alternating
waves in the Black Sea Depression. Geofiz. i astron.
no.8:75-77 165.
(~Mu 19 t 1)
1. Dnepropetrovskaya geofizicheskaya ekspeditsiya.

ACC N-R, A2602059 SOURCE CODE: uR131691651000100310637C;6~8 7
(A)
i3oro(Iulin, -M. 1.
0-3: Dnt~ ropetrovsk Geophysical _Fxpedition of the "Mcrgoof izra.zvedka". Trust
- T
LrDne-nropotrovskaya geofizichoo)caya ekspeditaiya tresta "Ukrgeofizrazvedka"]
TIT12: Certain distinctive kinematic features of refracted waves in the three
dimensional problem with one vertical division boundary
SOURCE: AN IrKrSSR. Goof izichealciy abornik, no. 3 (14), 1965. .. Stroyeniye nef teganon-
osnylch provintoiy po,geofizichenkim dannym (The structure of oil and gas yield1ni;
provinces according to geophysical data),-53-58
y , solid kinematics, three body problem
TOPIC TAGS: hodograph, seismolc~
ADS'.1'=* An analysis of certain distinctive kinematic featuren of refracted va-vas
for the three dimcnaional problem with one vertical division boundary is made. A
system of equations is presented describing certain kinematic regularities which in
similar to the system suggested6by I. S. Berzon in HiLh Frequency Sp
1 1957, but expressed in terms of more easily determined physical parameters. It is
determined that the overlyingwso has no influence on the nature of changes in
value of t, since it Is a cond~-N'int value. It is discovered that the location of
the break in the profile hodox"ph does not change with change in the explosion
Point. This constancy of locAon, and the direct proportionality of the hodograph
discontinuity to the distance along the profile from the explosion source to the
Corel

I _L 092-!,9-0'7
ACC NR. AT6025359
61
1contact line, can be used as criteria for recognition of vertical contacts when
1they encounter the profile with an angle greater than the critical angle. Orig.
;art. has: 11 formulas and 4 figures.
ISUB CODE: 08, 17 / SUBM DATE: 01 Sep 63 / ORIG REF( 002
1

ACC NRt
AR6035082
AUTHOR: Borodulin. M. L
SOURCE CODE: UR/0169/66/000/008/D019/D019
TITLE: Experimental recording of transverse and exchanged waves in the
conditi.ons of the Black Sea area depression
SOURCE: Ref. zh. Geofizika, Abs. BD121
REF SOURCE: lzv.~ Dn'epropetr. gorn. in-ta, v. 46, 1965, 229-244
TOPIC TAGS: seismic station, seismology, seismic receiver/NS-3 seismic
receiver, SS-30-60 KMPV seismic station
ABSTRACT: Experiments were made in 1963 in two sectors. The first is
situated within the northern margin of the depression (reference refracting
horizon was the cover of the pre-Cambrian and paleozoic basment, lying at a
depth of 2.5-4.5 Ian, V = 5. 8-6. 2 km/sec); the second one is situated
boundary
at the southern margin (the reference horizon is coordinated with the upper part of
the paleozoic basement, lying at a depth of 1. 5-3 lam, Vboundary ~ 5. 8-6. 4
113 UDC: 550.834-

ACC eNRz AR6035082
km/see). Transverse and exchanged waves were recorded by an SS-30-60 KIWPV
seismic station, and NS-3 seismic receivers were used. A two-component
installation (x, z) of instruments and an eight-ray azimuth installation with '15 -
and 60-degre6 inclination angles were used. The filtering systems used changed
from a 3-3 value to'a 1-1 value when the hodograph length changed from 5 to
30 km. Elastic vibrations 'were caused by explosive charges of 25 to 100 k1ir in
boreholes 30 to 40-m deep. Moreover, in the southern sector, reflected waves
were also recorded by the system of single point continuous profiling during a
435-m explosion interval at installations x and z. The wave picture obtained is
described. It is shown that transverse and exchange SV waves are of sufficient
intensity. Two groups of waves are isolated: P PIPo (exchange boundary-base-
0
ment) with velocities of 5-6 km/sec, and refracted transverse SoSlS waves with
velocities of 2. 5-3. 5 km /see. A 100-m dislocation is clearly shown in these
waves at a depth of 2 km. The interpretation of longitudinal refracted waves
cannot be made unequivocally. According to results of recordings of reflected
waves, clearly defined, reference horizons related to the Jurassic and to the
superface of the paleozoic basement are isolated along the transverse waves.
Only scattered areas are recorded on the'same sector by longitudinal wavea. The
following basic deductions have been made as a result of the processing of
Card

ACC NR, AR6035082
material.. The possibility of recording transverse and exchange waves up to
depths of 3 to 5 km has been shown. Their intensity is 1. 5 to 4 times higher than
that of corresponding longitudinal waves at roughly similar values of the fadinly,
coefficient. The possibility of recording transverse reflected waves during
explosions in boreholes is shown. A. Titkov. [Translation of abstract] [GC]
SUB CODE: 08, 20/
C,,d 3 3

BOADDULIN, P.T.
Securing porfelain tooth in the metal portion of the
prosthesis with AKR-7 Plastic-Stonatelogils, n0-3:55 My-Je
155. (Miak B-9)
(DINTAL PROSTRISIS,
reinforcement of porcelain tooth in metal
portion of prosthesis with acrylics)

130RODULIN, F.T., kapitan maditainskoir GluzhbY
Depressor and mouth mirror with an electric lamp. Vosn.-mel- zhur.
no.7:77-78 J1 156. (KIRA 9:11)
(KRDIGAL INSTRUMENTS AND APPARATUS)
IvAik
R

-=.ODULIN, POTS
Bleotrio welding and soldering of parts of artificial dentures.
stomatologita 37 noo6t6g-70 N-D '58 (KM 1-1:12)
I(DWAL PIMTHESISoi
(BUCTRIC VMING)
(SOLM AID SOIMM)

Acc== im: APOW464 s/oln/64/boo/boO253/b253
AUTHORS: Chepelenko., Yu. V.; Yem., A. P.; Borodulin,, P. Ya.; Momot, L. V.
TITLEt Strength of crucibles made of refraatory material on boron nitride bas4)
SOURCE: Ogneupory*p no* 6# 1964p 253
TOPIC TAGSt boron rcLtride refractory, refractory strength,, refractory cruciblo,,
manganese slagp crucible
ABSTRACT: The strength oJ.' crucibles made of refractory materials on a boron
nitride base was studied to determine their suitability for the process of
selective reduction of manganese slags at 1800-2000G. &-perimental meltings
were conducted in a 60-kwa oven with a gmphite heating unit. A crucible with a
40-50 of slag was laced in the oven heated to the required temperature and
9
was hermetically sealed to prevent its oxidation. After a period of time the
crucible was emptied into a mold and the experiment was repeated with another
portion of.slag. Cracible wettability by slag was determined visually after
cooling to 20D-3000, It was noted that- the thi&nese of the crucible walls
Card 1/2

!Acussim NR: AF4o4o464
creased in the process of melting. Thii was wq)lained by the oxidation of tb~o
de
:material caused by the unavoidable air,inflow. In spite of this the crucibles
;preserved their high atrenebh. Every crucible withstood 10 - 12 meltings gith
ieach melting lasting for 30-40 minutes, Orig. art. has* 2 tables.
:ASSOCLkTIONt Dnepropotrovskiy metallurgi~cheskiy institut (Dnepropetrovsk
Metallurgical Institute); Zaporozliskoye otdoleniye institirba metallokeramikii
s etsiall rV*kh splavov AN USSR (Zaporozhye Branch of the Im3titute of HetallociL -
p
;ramics and of Special Alloy,3 AN UkrSSR)
SUBMITTED: 00 DATE AGQ: 06JuI64 EWLs W
SUB CODE t M NO REY SDVs 001 OTHERs OXI
;_Co!d- - - -----

ACC NRI AP6025800
SOURCE CODE: UR/0131/66/000/005/0052/(1053
Degtyarev, V. So;, DwLsov, So L; Semenov, Yu. N6;.Np?4ylinq P. Ya.
M., [Degtyarev, Denistov] Titanitu Institute (justitut titana); [Semenov," Borodul,in]
Institute of Katerials Science Problem , AN SSSR (Institut problem materialovedeniya
AN SSSX)
Boron carbonitride crucibles
Ogneupory, no.. 5, 1966,' 52-S3
TAGS: refractoxjr compound,' alundum, heat resistant material, chemical resistant
al, temperature dependence, alft, baron nitride compound
MSTRACT: In research studies on the reduction of molten iron-titanium concentrates
y g4s7es,-the refractory material of the crucibles must withstand temperatures up to
.70.00C and the chemical. interaction of metal and slag. Tests were conducted on ref-ra
:ory pr.ucibles made from porcelain, alundiim, grAphite, molybdenum, and boron carboni-
r4de. Reduction of molten iron-titanium concentrates war. carried out in a Tamman fu
MCA under an inert gav to prevent buming during reduction. A schematic diagram of
:he apparatus is shown. The crucibles filled mith a 50g charge, was placed on a grap
.te'stand in the highest temperature'sion 'a and reducing gas was passed through a box-on
arbonitride'tube which was inserted S-10 sm into the wlt. The effect of purging
UDC: 666978

ACC -W-AP66-j~j60-
time,.,coefficient of excess gas, and process temperature on the degree of reduction
were determined. Tim influence of the first two factors was studied at 16000C. The
chemical compositions of the concentrate and of final products are presented. As a re
sult of purging with reducing gas, metallic oxides were reduced to the metallic state
which deposited in the form of beads on the crucible walls,. All of the refractory ina-
-terials.excepi boron carbonitride were unsatisfactory: porcelain and alundum cracked,
graphite burned during reduction.of the metallic oxides,.a"nd molybdenum dissolved in
the melt. Boron carbonitride, which performed the best, was produced by nitriding: com
pressed boron carbide. The boron carbide powder (3 to 40 pk) was composed of 73% bo-
roh, 20% combined'carbon, and 2.5% free carbon. After drying, the powder was comprtts-
sed under a pressure of 150-200 kg/cm2 into crucibles, positioned in the Tamman fi;r-
nace, filled with boron nitAde powder, and nitrided at 1800-19000C. The finished cru
cible contained 82-83% boron nitride, 17-18% graphite, and 18-22% porosity. The physi
-.cal properties are given. During reduction of the iron-titanium concentrate at 1600-
-200000, the titaniuin 'slag and the metallic phase did not react.with the*crucible waO.1
except-by %:etting them. The crucibles made of boron carbonitride, were beat resistut
.and did not crack after quenching in water from 14000C. Orig. art.-has: I figure,.1
CODE: 11F - SLIBM DAM- none/ ORIG REF: 00~2

S/13 62/000/007/003/003
B1 17Y3138
Swsanov, G. V., Semenov, Yu. N., orodul'n, P. Ya.
B
IT LE': Refractories on boron nitride base
?ERIODIC.~Ij: OGneupory, no. 7, 1962, 332-336
The authors studied the possibility of producing boron nitride
1-- 6 -'-
refractories by nitridine pressed pieces of boron carbidk,.' -Experiment-S
in a nitrorl-en stream sho-.-.ed 1800-19000C to be the best dlqtering tem-pera-
t
ill Aft
-e. er 2 to 3 lirs, the boron carbide was almost com%etely converted,
The products contained 82-83,;'o boron nitride and 17-18i"' bgra~hite, almost the
same us the calculated amounts. Porosity was 16-22-,.~,. Due to the low
porosity the material after sintering, had not 2.2 times (as expected),
but 1.3 times its initial volume. The new fine grained, gray material is
strong (Compressive strength at 20OC: 1000 kg/CM2, bending strength:
200-230 1-c/cMO) and can easily be cut, oavin, or drilled. The coeffidient
of thermal oxnansion is low: a - 2.35 .10-6 to 3.92,10-6 between 170 and
1 0700C. 3elow 1500-1 0'00')C, samples of porosity - 20;~' had high resistivity
M01"1-4 ( '011-j-4) instrument)
(determined on an 'U (at 200C 2.5-10 12 ohr,,//cm,
Card 1/2

0
S/1 31 62/000/00711003/003
Refractories on boron nitride ... B117 B138
at 15500C 2.5-10 5 ohm/cm). Its variation with tem?erature was much
slower than that of pure boron nitride. In vacao 1C mm Hg) the boron
nitride graphite fusion evaporates more slowly than pure boron nitride
(at 1500 100C ("C.C2 + 0.1r)-10-7 g/cm 2. see) and oxidizes above 10000C.
,-.rticles made of this new refractory have been used in the Institut
miotallure,ii in. A. A. Bayk-ova (Institute of 33,:etalluroy ii:ieni A. ilaykov),
in -.1-- Leninz-radskiy politekhnicheskiy institut (Leningrad Polytechnic
Inst_'t,ute) and in the Institut metallokeramiki i spetsialinykh splavov
.~Y USS.~ (Institute of Powder Niletallurgy and Special Alloys,'S Uk.rSSR) to
compare their reiractoriness and chemical stability with those of fusions
containing the silicides of tran'sition metals, boron - silicon alloz~s
41 0 -ite
(a~ 200U1 C), of cryo.L - aluminum melts (at 1000'-), borate and chlorJde
e1'3 (9000C). The new material has a better refractoriness than 6raphite,
zirconium dioxide, and boron carbide and can be used for the production of
aluminum for electrolizer lininds, thermocouple sheathes, very pure metals
and alloys for semiconductors, and also for machine yarts working under
low load in contact with agreseive molten media. There are 3 figures and
1 table.
ASSOCIATION:
Card 2/2
Institut metallokeramiki i "spetsiallnykh splavov AN USSR,
(Institute of Powder Metallur-y and Special Alloys AS UkrSS!~)

FRANTSEVICH, I.N.; GNESIN, G.G.; SEHEYOV, Yu.N.,-_VPDUL1N,P.T.a.;
ANTIPIN, L.N.; VAZHENIN, s.r.; MLKSIMENKO, V.M.; MASHRITSKIT, A.A.
Lining material for aluminum electrolytic cellB. TSvet. met.
38 no.6:49-54 Je 165. (MIRA 18110)

T'Dan" , v. A.
Mop4ining Coal SaMpling.
Card 1/1 Pub. rill - 10/17
Autbore t Podbellskiy,p G. N.; Borodult-i., V. A.; nnd Kogus, F. L.
Vile S The complex mechanization of collectLrig, sc-paratinG, and
analyzing coal samples.
Pariodiml s Mech. trud. rab. 5, 32-35y JL~7 1.954
Abstract The Xuznets Scientific-Investigational Coal Institute,
designed several types of machinery which enables a
mechanized collection, separation, and analysis of coal
sallinles. Tito folloxdn~ vinchines are described: S.=Dle-
collecting dxillj type cor.1 separating nach' Lne, type
FIN; and an electrical furnace ELTF-2. Illn.trations;
drawings; tables; diagrnms.
Institution :
Submitted :

~~C) P, 0c) 0 Ll Iq " ~J' /) ~
USSR/Chemical Technology - Chemical Products and Their Application. Treatment of
Solid Mineral Fuels, 1-12
Abst Journal: Referat Zhur - Xhimiya, No 19, 1956, 62521
Author: Grigorlyev, M. Yu., Borodulin, V. A.
Institution: None
Title,. On a Change-Over in Technological Schemes of Coal Concentration Mills
of Kuznetsk Coal Fields Utilizing the Pneumatic Concentration Method
Original
Periodical: U901', 1955, No 5, 4o-44
Abstract: On the basis of investigations of technglogical indexes of the op-
eration of US11-3 separators and POM-1 pneumatic jigging machine ~t
has been ascex-tained that concentration is most effective in the
case of oversize classes of coal. Efficacy of concentration of fine
classes decreases sharply which results in a lowering of the over-a:,l
concentration effect. The authors propose to subject the concentrate
of size 13-0 vxd 6-0 mm obtained from USh-3 separator to a second
concentration in POM-1., and to include in the technological scheme
Card 1/2

. USSR/Chemical Technology - Chemical Products and Their Application. Treatment of
Solid Ydneral Fuels, 1-12
IAbst Journal: Referat Zhur - Khimiya, No 19, 1956, 62521
Abstract: of concentration of coal of ready and medium concentrability
characteristics a dust flotation process.
Card 2/2

GRIGORIYU. X.Yn., kand.khim. nauk; 13DRODULIN. V.A., inzh.
00" ,
Inveatie-,ating the performance of USh-3 pneumatic selwators
ana POX--l jigs at the Kuznetsk Basin coal preparation plant.
Rauch. trudy po vop. pererab. i kach ugl. no.4:86-913 157.
(MIRA 110-:5)
(Kuznetsk Basin--Coal preparation)
(Sepiwators (Machines))

BORODULIA,~~vj--inzh.
Experluental preparation of Cheremkhovo Basin coals from Varamtsovit
cut no.2. Nauch. trudy po vop. pererab. i kach ugl. no.4:114-11S)
'57. (MIRA 11::5)
(Cheremkhovo Basin-Coal preparation)

BCRMLS, V.A., insh.; CEWSM, N-P-, insho
New products for artificial beds in Agm. Obog. i brik.ugl.
no.10:3-13 139. (MM 13:9)
(ftznetak ]Basin-Coal prkoaration)

BORODULIN, V., imb.
0., -, - '.
,.S.- 4. -
~%-:~-,,,Z;,,'-~~,,- .% ,. 6
Coal prnroiration In thn Kuzmtsk Basin. Nqst.ugl. 8 no.6-14
Je 159. OAMA 122-10)
(Kuznotaid Basin-Coal preparation)

BOROM=, I RINM, N.P.
,~inzh.; SARYCHN, Y.F.; UHL
Practices in the operation of jigs vith an artificial bed of veightei
rubber. Ugol 1 35 no.8:59-60 Ag 16o. (KIRA 13:9)
1. Kuzuetakiv nauchnQ-Issledovatellskiy ugollnvy institut (for Boro-
dulin, Cheruykh). 2. Obogatitellna7a fabrika OTomusinaka7a 1-20
(for Sarychav).
(Coal preparation plants-Mquipment and sapplies)

BORODULINP V.A., inzh.
Scientific research by the Kuznetsk Coa'- Preparation Research Institu-;e.
Nauch.trudy KuzNIIUgleobog. no.2:3-8 164. (MIRA 17:10)

A.S., inzb.~ UTAMONOV, 101.V., --'nz-.,l.
BORODULIN, V.A., nzh.; 5WINKETFICHI
Investigating the effect. of ..he depth --)f preparation on Ue coking yjro-
peorties Of Petr0g-,aFh-'c ally hetercgenaus Kuznats"K Basin coal. Nau-ch.
trudy -.-,,uzNT1Ug2ecbcg. no.2098-207 164. (MIRA 17.10)

BOHODULIN, V.A., inzli,~ N1,RTA!'HEYA, I..'.; FETROV-'A'AYA, Yo..",
Breaking lip rf co,'.ll in the hydraw.'c procr-,H;~, Nauchotrudy
H=NITUgleobog. no.2g24CL-22,9 164. (MIRA l7iiO)

KOLLODIY, K.K., inzh.,~_~~,qpl!~INY V.A.; MUIROV, P.G.
Processing coal mined by the hydraulic rwithod. Ugoll 39 no.9;
64-69 S 164. OILU 17 ' 10)
1. Gosudarstvannyy komitet po toplivnoy proWshlennosti pri Gosplaze
SSSR (for KoUodiy). 2. Kuznetskty nauchno-issleduvatellskiy i proyaktno
konstrWctorskiy institut ugleoboga3hehenlya (for Borodulin). 3. VSDEOYuzryy
nauclmo-issledovatelli3l-dy i proyektno-konstruictorskilr institut dobye,hi
uglya gidravlicheskim sposobom (for Nazarov).

L48374- EEC(0-2/W
(h)/EW(k)/EYq(1) GGIIW"G/WW
..66 WT(m /FBD_/T 1JP C
~ACC We A1601,302B
SOURCE CODE: UR/0053/66/020/004/0709/0 ~j
AUTHOR
OM none
TITLE: Resonance abs2ation of radiation in an iiihomogeneous axidium with alterrately
positivi and negative absorption coefficient
SOURCE so Optika ispektroskopJj 709-732
aj ve 20,, A66 1%6
TOPIC Mrs: Iresonance absorptionp light absorption., absorption coefficient, raduo-
tion dowityp quantum oocilWor., ruby., laver r and d., ru1W Useir
AMPACT: It is shown that a quantum amplifier can be reali eaby synthesizing a
raedium (transmission 3-ine) in wbich the absorption coefficient Is alternately 1xisift.4
and negative., by locating different types of quaftum oscillators in the alternattn
regions and - b9- Varying the "radiatioh passing * through the .systbm frob
region to, regioni,-. Equations are derived for the energy flmr. in such a systim,
and the threshold energy of the radiation entering into the system, necessaxy in ior~.
der for the sy6t6mDbe capable of amplifying the radiation,, is calunAsted. It 1~8
shmin further that - such a transmission line can be constructed of identical elesientop
containing the same quantum oscillators provided the elements are alternately ea_
cited aV unmitede The conclusions were checked by testing a oyatem consistijig of
'A two jMbjrrods placed in a flebry-Perat resonstor, One ruby was a elf --ad;W I
meono of a piM "a. The resul ting laser ojBgle yalse was acconv&~ik[_* spik to
31b
rd UDC: 621.375.9: 535

WLOV, M.S.; BORODULU, V.I.
NK.A. Raukhfus (1835-1915)8 bY M.S. Maslov. Reviewed by
V.I. Borodulin. Sov. s&av. 20 no.32:80-82 161. (MIRA 15:6)
(RAUIMUS., " AMWMICII, 1835-1915)
(MASWVI M.S4
It

BORODULIN, V.I. (Mosliva)
Nikolai Dmitrievich Stra,zhesko; on the tenth anniversary of
his death. Felld. i akush. 27 no.9.-43-49 S162 (HIHA 16:8)
(STRAZHMKO, NIKOLLI DMITRIEVICE, 1876 - 1952)

BORODULDI, V.I. (lbskva)
G.F.Iang prominent.Soviot thorapeutisto Med, sestra 22 no,9t
60-63 S163. (MRA 16: 10)
(LANG, GEORGII FEDOROVICH, 1875 -

L io74-66 El,!A(k)/FBD/kVT(3.)/EWP(e)/ViTT(M)/EEO(k)-2/EWP(i),/T/&fP(k)/EWP(b,/W
EWA (m)4/RdA (h)-- - 8CTBr/jjp(0-) - ----- kn
-ACCESSION NR: AP5008742 S/0056/65/048/003/0845/01119
AUTHOR: Borodulin, V. I.;'Yermakova, N. A.; RJ,Vlin, Lo AS; Shil'dYaYev, V. S'l
TITIX: Emission of single pulses of coherent light by a tw)-coq)onent medium.vith
negative absorption
SOURCE: Zhurnal eksperimentallnoy i teoretichaskoy fiziki, v. 48, no. 3, 19651,
845-849
TOPIC TAGS: coherent light, negative absorption, pulsed laser, ruby laiseri aij,,
breakdown
ABSTRACT: Stimulated emission is-studied in a medium contalning two types of!
quantum emitters with identical energy transitions in a rabry-Perot resonatoil._
When the relationship between parameters reaches a certain value, this type Of'
medium emits single pulses of light. The shape, amplitude, energy and duration
of the pulses are theoretically determined. Emission of this type was experi-
mentally observed in a two-component medium ccosisting of a cylindrical ruby
single crystal 75 mm long with a Cr-concentration of 0.05%, and a plane-paraUel
plate of KS-19 glass 3 m thick located in a resonator with mirrors having tvans-
mission factors of 0 and 30%. Pumping was done by pulse discharge of a 1600-jo Lei
u] ,
capacitor bank through two M-800 tubes. The emitted pulse'had a duration of 70-1
AqIA-W

L 1074' 66
ACCESSION NRs AP50067421
-80 nanoseconds and a total energy of 0.06-0.1 joule, which corresponds to am 4m-.
plitude of about 1.0-1.4 Nw. An Increase in tJia pumping letval or a reductior An
the thickness of the glase causes a repast performance of the entire phenoinatioll
with two more pulses sep$mted by an interval of about 70 psec. The emitted pulse
was amplified in a ruby\%ingle crystal 240 = long with coated end surfaces, p=p-
ed by two IFF-5000 tubeis, with a total flash energy'of 5400 joules. The output
pulse had an amplitude cof about 10-14 Mw. When this light was concentrated hy
a lens with a focal length of 130 mml, an intense electrjrc breakdown was obart'ved
in the free air, Expertmeute of this type using KS-17Vhd KS-18 glass showel
similar results with soinwtat weaker energies anX-aiijiltudes. The light trams-
mission factor for KS-19 glass is strongly dependent on the intensity of the lm-
cident light (see fig. I of the Enclosure). The results of the experiment.arc f
ambiguous, and a specitt aimlysis will be required to, deurmine whether the theo-
retical mechanism proposed in the paper'is applicablt, to the e3qierlment descr.11ed.
'Orig. art. has: 5 fipr*aj-11 forrAslas.
ASSOCIATION: none
SUBMITTED% 26Oct64 ENCLi 01 SUB CODEt ECp OP
NO REF SOVt 003 .&HERt 005
I-Card 2j3.

-.-L -10A-66.
ACCESSION MRs AP5008742 ENCLOSURSs '01
e-*
Fig. 1. Transmission fantor
of KS-19 glaiss as a function
of the intenait
_y of incideat
(in
light

L
-
11' AV% r
V'- v
,

Card 3/3

L 14628-66 FBD/rIVT(J)/EWP(e)/EWT(m)/EEC(k)..2/T/EW'P(k)/EIVP I&M.(h)
z6oo S ' CODE: W(X) /6./o4~/do6/17l1V1722
ACC IM: 2709 J~M SOURCE
yyp~
JGAd
AUTHOR: borodulin V. 1. , Yermakova, N. A. a, ItivIin, L. A.,,, Tsvetkovp V. V.;,
ORG: none
TIT 0 inear negative absorption of resonance'ligM im ruby and nLo!~_M~Lal
glass
SOURCE: Zhurnal eksperimentallnoy i teoreticheskoy fizikip v. 49.p no. 6P 19D,9j*
1718-1722
TOPIC TAGS: rdby laser., solid state laser., neodymium glass, laser pulsation.*
resonance absorption, 11gbt absorption
ABSTRACT: The purpose of the experiment was to obtain a quantitative co*w 19P
of the calculated drop In the negative light absorption Induced in,
resonance signalp and the experimental drop observed in ruby and. neodymium, alass.
The materials -tested were a ruby sample with 90' orientation., 0.05% Cr lonB., and
bleached end surfaces,, amd glass with about 4% neodyndum ions. The pumping was
done with high-intensity flash lAmps in both cases., and the inpirt and output, Xight
pulses were recorded with photocells and an oscilloscopil,
Card .1/2

L 14628-66
ACC NR: Lr6DD2709
The results show that propagation of a monopulse from a laser ani the
distorzion of the pulse waveform during the yropagation cause negative absorption
of the resonwwe light In ruby single crystalis as wel.1 as in neodymium glass, and
the degree of nonlinearlty of the negative absorption and the d1stortion of the
pulse waveform can be readily determined from the deviation ot the oscillogrwi
from a straight line. The agreement betveen -theory and ex-per1ratnt is regard;ed as
satisfactory. -"The authors are grateful to N. Al'thhil', Yu. Roinanov ' V. TnAdian,
a -F
R"g-u r:-e- I W
and A. Uit for participatiag in the experiment." Orig. wt. has: 5
2 formulas. [021
SUB CCVH-. 2o/ am DATot 29am65/ wo mw.. oo4/ omi REF: oo5
ATD PRESS: iVl-?f
~Ccrd. "Z

ACC NRi P 0
7_6 '~74'4 SOURCE CODE: uR/o4l3/67/000/ 0033/0033
INVENTOR; Boroduli
ORG: none
TITLE: Method of manufacturing dielectric films. Class 21, No. 189902
[announced by Moscow Power Engineering Institute (14oakovskiy
energeticheskiy institut.)]
SOURCE: Izobreteniya, promyshlennyy*e obraztsy, tovarnyy(.% znaki,-, no. 1,
1967, 33
TOPIC TAGS: dielectric layer, di6lactric property', dielectrics
ABSTRACT: An Author Certificate has been issued for a method of
manufacturing dielectri-c films. The method is based on vaccuum
deposition of bis'muth-titonium compounds,m. MLtallic, dielectric, and
semiconductor substrates. In order to increase the specific capacitance
of capacitors incorporating bism-ut,h -titanium dielectric films and to
decrease the loss-angle tangent of the film, the solid solution of a
bismuth.-ferrite such as [Pb(Zrx Til-x)03]y C.BiFeO 31,-Y was used.A
thin film of the solid solution is deposited 'on an evaporator made ofa
refractory metal. The deposited layer is then melted, and the resulting
protective layer on the surface of the evaporator in coated with a
212 UDC: 539 P
J4:621,318

ACC NRx AP7004744
Isuspension of the bis,mtkih-ferrite.' This z ipension is then evaporattd
and the film Is' subjected to- after-oxidatiou for 0.5-2 bours at 300-4000b
SUB CODE: 091 SUBM DATE: