SCIENTIFIC ABSTRACT BODUNOV, M. N. - BODYAKO, M. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205730005-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

3i.86h _
Wi23/61/000/023/016/018
The effect of the angle of attack ... A052/AIOI
number at the zero angle of attack, but at Re, corresponding to the angle of
attack i. 'The effect of secondary flows must be allowed for when calculating
the temperature of root-cross-sections of working blades-and also when calculat-
ing short blades. There are 3 references, 3 tables and 11 figures.
[Abstracter's note: Complete translation]
Card 2/2 x

BODUNOV,-M.N.-
Calculating the temperature distribution along the profile of
turbine'blades in case of an internal air cooling. lav. vys.
uobeb. zavo; av, tekh, 6 no,2850-59 163, (MBA 160)
(Gas turbines-Cooling)

BODUNDV, N.
Cooperation of fire departments with volunteer fire brigades.
Posh.delo 3 No.6:15 J6 '57.
(Fire departments) (MLRA 10:7)

/-'-BODU'NOV, N.
RZINYAOSOW
Achievements of firemen-sportsmen. Pozh.delo 4 no.11:17 N 15'8.
1 1. (MM 11: 12)'
(Firomqn)
lpl~l

BODUNOV, 11.
Fire on the roof of a 38-.;story building. Pozh.delo .6 no.2:
29 7 16o. (MIRA 13-5)
(Now York (City)--7iras)

DOBROLENSKIY, Yuriy Pavlovich,, doktor tekhn. nauk, prof.; IVANOVA..
Valentina IvanOvnap kand. tekhn. naulco dots.; POSPELOV)
Germogen Sergeyevich, doktor tekhn. nauk, prof.; Prinimal
-uchastiye BODUNOV N K kand tekhn.nauk; dots,;
SOLODOVNIKOV, r te;,~. nauk.. prof.2 retsenzent;
CIMTOK, B.Ye.p doktor tek~m. nauk~ retsenzent; VAVILOV,
Yu.A.s kand. tekhn. naukv dots., red.; SHEYNFAYN, L.I.,
red.izd-va; NOVIK, A.Ya., tekhn. red.
(Automation of guided missiles] Avtomatika upravliaerVkh
snariadov. Moskva, Oborongiz,, 1963. 548 P. (KUU 16:12)
(Guided missiles) (Automatic control)

GORBIK, V.A., red.; BODUNKON' 14 V red.
[Transactions PI the Moscow Technological Institute]
Sborrdk trudov,Moskovskogo tekhnologicheskogo instituta.
Moskvap lzd-vo "Legki..'.a industriia," 1964. 142 p.
17:1.1)
1. Moscow. Tekhnologicheskiy institut.

BODUNOV, P. A.
ooe5037. Com of slastio top rollor cois.
Tekslil. Prom., 1052, 13i N~. 8, '374
tan -; Telistil-11- FaIri,310j'Pech., 1953.3, No. 3,
acinj v. 1 4 (in German); J. text. Itut., 1053, 44,
571A D tails are given of the fitting. and main-
- e'
;1~13 t.n.,,,, 'of lastic-Clastic (e ff UgIvyinyl chinritig)-_
too roller c-6-67-o-n-cT d f '
- , an ata re errring to optimum
Rif's,41-insions of the roller covers and cores are given.
It is pointed out, that by increasing the thickness of
the cover and decreasing the diameter of the cores,
t~e Ple it a Cok can be prolonged from 4 to 10 months.
M21121.62GM2121~5
_10V

BODUNov, S.
I - ~-
Calculating housing construction costs per squarejnater during
construction operations. Na stroi. Mosk. 1 no.12:7-8 D 158.
; (14IRA 11:12)
I.Nachallhik planoro-finansovogo otdola TSentrakademstroya.
Wouitruction industry-Costs) (Apartment houses)

14(10)
SOV/112-59-?.-2708
Translation from: Referativnyy zhurnal, Elektrotekhnika, 1959, Nr 2, p 61 (USSR)
AUTHOR: Bodunov, S. I., Irodov, D. I., and Meshcheryakov, A. I.
TITLE: Bulk Work and Special Work in Construction Hydroelectric Generating
Stations (Proizvodstvo massovykh i spetsial'nykh rabot na stroitel'stve
gidrostanti3iy)
PERIODICAL: V sb.: Energ. str-vo SSSR za 40 let. M.-L., Gosenergoizdat,
1958, pp 89 -124
ABSTRACT- Bibliographic entry.
Card 1 / I

S/3.9'04t6l/000/007/028/079
0 (//eoz D201/ 305
AUTIMS: Bodunov, V.P. and Svenson, A.N.
*----------
TITLE: Non-linear telemetering system signal transforma-
tions
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 7. 1961, 54, abstract 7 V401 (V sb. Vaes. Mezh-
vuz. konferentsiya po teorii i metodam rascheta
nelineyn. elektr. tsepey, no. 2, Tashkent, 1960,
177-196)
TEXT: Possibilities are described of increasing the dynamic
range and of decreasing the relative errors of telemeteriug by means
of non-linear transformation of the input measured quantity. The
dynamic range increases considerably because of the redistribution
of the relative error of measurement. The greatest increase of the
dynar-de range is produced by the transformation y a lnx; z u eY.
Its disadvantage is the impossibility of transmitting small values
Card V2

30124
S/194/61/000/007/028/079
Non-linear telemetering system... D201/D305
of the input parameter. Then the non-linear transformation may be
replaced by a staircase function. When transmitting along a commun-
ication channel the information as given by varying d.c. voltage or
current, the non-linear transformations do not result in iAdening
of the spectrum of the transmitted signal. For a sinusoidal signal
after a linear broken-line transformation, the pass band of the com-
munication channel must be increased 5-7 times in order that it be
transmitted with a small error. f-Abstracter's note: Complete tran-
slation.2
Card 2/2

BODUNOV, V.P.; SHRAMOV, A.Ya.
Calculation of rectifier voltmeters with transformers. Nauch. zap.
LPI no.lz71-79 161. ()URA 16s6)
(Voltameter) (Electric measurements)

BODUNOV, V.P.; SVENSON, A.K.
~,-. I
Increasein the efficiency of telemetry a otems usbig a nonlinear
signal conversion technique. Vop. pered.unform. 1:35-46 162.
(MM 16:6)
(Telemetering) (Information theory)
4#

BODUNOV, V.P.
Modeling of norainear characteristics of converters for telemetry
systems with constant relative error'.~- Vop. pared. inform. 1i
47-54 162. (KRA 16:6)
(Telemetering)
I**

BODUNOV, V.P.; SVENSON, A.N.
Proportional white noise and its effoot on the quality of radio-
telephone communications. V9p. r red, inform. 1:105-116 162.
(R Adiotelophope) (MM 16:6)

MUNN, V.P. -
- -'. ~ - - .
. Study of a linearly varying voltage generator. Vop. pared. inform.
L155-158 162. (MM 16:6)
(Oscillators, Electron-tube)
(Pulse techniques (Electronics))

BO.D.UNOV, V.P.
Design of iterated RG generators. Radiotekhnika 18 no.1201-37 D 163.
(MM 17tl)

BODUNOVP V.P.
Thermally stable electronic amplifiers. Vop. pered. inform.
2:146-150 163.
Study of the temperature dependence of uumponents of radio-
electronic networks. Ibid.t162.i68 (NIRA 16:12)

94OLOV, Vladimir, 2orisovich; LEBEDEV, Andrey Nikolayevich;
SkPOZM41KOV, Konstantin Andreyevich; IYJBININ, Yakov
Ivanovich; SMRNCV,, Nikolay Anialmovich; RBODUTI
0~110
Vasiliy UGRYUMOV, Yevg
,rA-y49-X4S.hj~ Oniy Pavlov ch;
'TlTgN'KOj iiidiar'Pavlovich. Prinimali uchastiye;
BALASHOV, Ye.P.1 AFANASIYEV, Ye.Ye.; WiENOVA, M.T.,
red.; GRIGORCHUK, L.A.p tekbn. red.
[Electy',-n analog computers] Vychislitellnye mashiry
nepreryvnogo- deistviia. [By) V.B. ftolov i dr. Moskva,
Vysshaia shkolat 1964. 552 p. (MIRA 17:3)

ACCESSION NR: AP4026143 S/0106/64/000/003/0075/0077
AUTHOR: Bodunov. V.
--.4-
TITLE: Enhancing stability of frequency in RC oscillators'
SOURCEt E1aktrosvyaz1An;.* 30 1964. 75-77
0
..TOPIC TAGSi RC oscillator, frequency stability, RC oscillator
amplifier
ABSTRACT: In this short article, it is suggested that the input con-
ddctance of an amplifier suppl.ied by an RC oscillator be decreasedin
,order to achieve a better stabilization of its quasi-resonant frequency.
This measure presupposes the availability if a higher (up to 10%) gain
.of the amplifier. The frequency deviation .-as halved by this method in
,a 3-section RC oscillator tested to verify the theoretical claims.
'The method is applicable only to amplifying circuits operating without
grid currarAte. Orig. art. haot 3 figuras and 5 formulas.
ASSOCIATIONt none
Card 1 / 2

'I-ACCESSION-"IIR3-- -AP4026.1'43""-'7'-----
iSUBMITTED: 13M&y63 ATD PRESS: 3045
!SUB C6DE: EC NO REP SOV: 003
ENCL: 00

VORONOVA, H.L.; KOREhMKIYv S,M,~ 4MEffAl,
_�A
Geology and mineropetrographic characteristics of the halogen
rocks in the Linevka structure. Trudy VSBGEI 83:117-127 162o
- (MRA 16:9)
II-.
.e

. BCMOV, Ts.I.; OSTERTAG, Mae
Gas logging of oil prospecting wells in Irkutsk Province. Razved.
i prom. geofiz. no. 34:14-21 160. (MIRA 13:12)
(1irkutek.Province-Oil well logging) (Gas, Natural)

KULIBAXINA, I.B.; BODUNOV, Ye.I.; MAZUR, V.B.
Some characteristics of the composition of petroleumsr gases,
and condensates in the Markovo field. Neftegaz. geol. i geof.
no.5:&-9 165. (MIRA 18.7)
1. Vsesoyuznyy--.2uchno-iS-6.!,-'iovatellskiy institut prirodnogo
gaza i trest

71
flarl of tast. OqMPT-~`T--T
Si
Dii tr? 4-P3d-
spal
um r7pelc I
mmd IL`n It,
Ucluallk mik" it"ket W% of Ole n,-.IuTA J:~n. llhr
OfTert'll tMt such kreptlnii0c~
d doloallUft, which CiAr.
axd in Imh sWi, Qww3 m1b.- -fz--.vt
rC5;pVr! W ChLM~ rrnw! i~n.~ ;ot,'

- -~ K7-5- ~,,
( " xv, r/ov- , ~ x
BODUN -TO.I.- - ~
Correlation of structural plans of various lower Cambrian horizons
in the southern part of the Siberian Platform. Geol. nefti 2 no.2!
37-40 1 '58. (MIRA lItZ)
1. Nontors. OToetsibnaftegeofizDa.0
(Siberian Platform-Stroleum geology)
(Siberian Platform,--fts, Natural-Geology)

1-77.11

f
ACCESSION NR: AT4040005 S/2789/63/000/051/6003/0013
AUTHOR: Bodunova, L. I.; Zatseoina, L.P.; Solov'yev, A. D.
TITLE: Comparison of thp effectiveness -.of dispersed solutions in a cloud chamber
SOURCE: Tsentrallnaya aerologicheskaya observatoriya. Trudy*. no. 51, 1963t 31-13
-TOPIC TAGS: meteorology, fog, aerosol, resorcinol,- cloud chamber, cloud seeding,
fog dispersal, acetone, alcohol
ABSTRACT: A comparison of the effectiveness of solutions of various substances in
dispersing an aque6us aerosol was made In the cloud chamber of th6 Tsentrallnaya aero-
logicheskaya observatoriya, (Central Aerological Observatory). The authors formulated and
checked a simple criterion which makes it ssible to evaluate the effectiveness of soluble i
p0
substances on the basis of tabulated data on the properties of these substances. The con-
centratiQns of the solutions were selected in such a way that equal volumes of these solu-.I
tions contained identical quantities of particles of the dissolved substances. Sodium
chloride was used as a control, since NaCl does not form hydrates and its solution con-'
forms quite well to the Raoult law even at very high concentrations. Tables give the
characteristics of the investigated substances and their solutions; the research method is
described. fully. The results revealed that the only physicochemical characteristic which
L__ -11 1/3
Card

ACCESSION NR: AT4040005
exer
ted an influence on the effectiveness of these substances was volatility. Experiments
on the effect of resorcinol showed that when the mean drop size is several tens of microns
the influence of the -volatility of the substance on the effectiveness becomes appreciable,
provided the vapor pressure of the substance, attain6 10-i mm Hg. Among the highly
volatile substances used wore acetone, ethyl, butyl and isoamyl alcohols, otd. None of
these compounds were effective. 'T'his-agroos with earlier research which revealed that
alcohol and ammonia have virtually no effect on the sedimentation of an aqueous fog.
Acetic --cid, a slightly volatile substance, had a small effect. The formulated criterion
.indicates that the effectiveness of dispersed solutions on an aqueous aerosol Is determined
by the quantity of molecules (ions) of the dissolved substance per unit volume of the solu-
tion, on condition that the solution -is quite dilute at the end of the process. 7be method
described ensures identical dispersion of solutions with different physicochemical charac-
-volatile substances, used in equivalent concentrations and
teristics. It is shown that noii
with the same dispersion, have & virtually Identical fog dispersal effect. The *effect de-
creases with increasing volatUity.. "The authors express thanks to N. A. SorokLna, who
participated in the experiments". Orig.. art. 'has: 4. formulas, 5 figures and 3 tables.
L 7
:Card'.
7-~

.ME-
DS/W/OW
Acc NRI -,AT5028265 SOURGE CODE: LW2789/65/000/065/0067/609U
ATTM
ORSt Bodun L. I.; Zats Pina-P L, Po; Solov'ZovI.As Do
yV
'f 1.. ~
an Aerological Observatorv (Tson.trallraqa aerologicheskaya observatorlya)
VLE: Laboratcry investigation of ~he~Anteraction between particles of insolubl
bs
13U tances and an aqueous M_rosoii.05~
SOMCEi Tsentrallnaya aerologichookaya observatoriya. Trucbq no* 65, 1965&
IskuostveaWe vozdeystviya na,oblaka i tumarq (Artificial actions on clouds and fogs
412
CPIG TAGS: cloud.chamber, aerosolo. chomisorption, aqueous solution, air pollu tion
control
ABSTRACT: The inechamism of the interaction of powder pnrticles with water droplets
was investigated to provide information,for studio Is of such processes as removal of
,rticles from the dyer I of dust from mine faces.
pva
ement powder Ts-18 (containing up tok% A& aluninate) was found most suitable
for the work.- Specific surface, selected as a parameter characterizing, particle size
of the powder, ims measured in the apparatus PSKh-2. by sucking air thrRugh a slightly
compressed sample of the powder* Speciric surface of TEI-18 was Z700 ce/g, Inter-
action of the powder with aerosol was studied by two methods: 1) by noting the
changes in optical density of an aqueous aerosol when dispersing the powder in a cloud
Crd 1/2

L 321Qh-66
ACC NRs AT502)8265
chamber; 2) by a'xicroscopic or a m1crophotographic*study of collision and fusion,
The-TsAO-cloud-chaab~r described b7,T*,N'.Gromova.and A. D. Solov1yev (Laboratornaya
ustanovka dlya issledovaniy a iskusstvennym,tumanop, Trudy, TsAO, vyp. 19, 1958)
was used. It was established thati 1) Absorptioiflof the vapor by insoluble particles
may occur by a process of chemisorption; 2) effect of jowder particles upon the cloud,
iihich results in decreased turbidity and moisture content, is a function of the wet-
tug property of the particles; 3) thereexist-two type's of interaction between the
investigated particles: capture by coagulation,and contact capture (the letter is
typical for hydrophobic particles). The characteristic; properties of the interaction
between insoluble powd particl4sjum dro
or A vater re discussed. The authors
-P W /&&io-va apA_14, A"
express their gratitude Mach for help in GGO cloud
chamber studiesp to 164V, 0 Winnich, and L '%.' G reart for consultations and prepara-
--tion of samples of hydrophobic cement, and to N,, Al, Sorokina, f r participation Lu
experimental worke Or1g, art. hass 3 tables and b f
uB core: 04 SUBM DATEs none/ 6 04" REP 1007/ OTH REF: 002
card 2

CHECHULIN, B.B.; BODIUNOVA, M.B.
Characteristics of the cold brittleness of commercially pure ti-
tanium. Fiz. met. i metalloved. 16 no.5t693-699 N 163.
(MIRA 17s2)

-.,I;: 3.4n W/p;A(d)/4,~~(WWWPM 1JP(0/ASD(f)-2/A5 W
0196M203
ACCES'SION NA: AT4048071 01MIX s/0000/64/000/0001
AUTHOR: Chechulin.-B*- Be st, Bo.dunovai MI_ B.
Irl
~TITLE: Peculiarities of:_,-Cold brittlenesalin titanium
SOURCE Soveshchanive Do - mei al 1PIS I Imataillovoden~yk i. -L~~u
titana I yego splavov. Sth, Moscow, 1963, Metallovedeniye titana
(?Jet31r_Ggraph*y-o-T tTtanTum); trudy* soveshchaniya. Moscow, Izd-vo
Vauka, 1964, 196-203
:TOPIC TAGS: titanium.. commercial.'grade titanium, titanium cold
~-.,-bri'ttlenpss, hydrogen effe6t'l, strain rate offect, notch sharpness
,,effect, -size factor effect
--ABSTRACT-i To deteTmina~the effect of 'Dydrc1&Ln on the NUT(ull ductility
temperatureY of commercial titanium and the dependence of the NDT on
the volutie-stregsed state (notch sharpness), strain rate, and size
~factor. iimooth and notched specimens of titanium containing 0.002-
.0.06 wt% H 2. vere subjected to tests for static and impact bend, impact
Jough-nest., and tension at temperatures ran$;ing from -196C to 350C,
The teste. showed that the Impact toughness of both smooth and notched.
:Card 1/3

ens:!O :-VACU to heatlo-ts� t_q 7t ontaining 0.002-0003
f
ic
-oc M
to -196C.-
DIS -Inat_ de ere aw-vi.W.de r --tiimperature In-
creas. ng the hydrogen tontont'to -00015 wt% did not embrittle smooth
jo r -not eh6jl, Spe timens vith _a'-Ao~~ch roo ti radt-us of 5 and 2 mmi but
1 ased I I --of notched specimens with a-
lo --t e mpact,,-tougintss
M. mp~ a em
inotchi-root; radius -of' t peratures below 100C. With a 0.035
hooever, smooth ~ titaniut:_Specimens, became brittle at 60C, and
e notchcd specimens with '4 otch root radius of 5 and 2 mmP at 160
Ith
and -.200-Cl, -respectively,., The in-. the NDT of titanium, depending j
n I'la tori actor),
a, c s- notch -sharpnessi: a rain- rate, and size f
r: t a beerwid in steel. The tensile
a pAttern:simi. a __to~ t
"strength ~of -vacuum-heat-tteat,68: titanium continuously increased as the
:`temperatuia decrease-d- to- _196C: of _hy4rogetjAlmits the
istrength to the strength -at brittle fracture which is practi-~
:.~.cally: Independent of tenperature** Thus the, experimental dbta obtained
~show that tha-.cold,b,rittlenese-of-titentum to mainly caused by an
drop. in itsl.resistancd~'to rupture resulting from hydrogen
con taminat ion Origo~ art. ban.- 5~ f ig'ure a and 2 tables.
ASSOCIATIONg- none
2/3,

---- -L . ~ - -- . 1, ~ ~ ~ - -;
I ! ~1, !" li.:: "., " " ,- - 1* ". I
,--: -1 - ~ - ~ -.; -, i~ .~

SHIRISHORINA, S.I.;WIMON, S.S.;NUM, A.Ye.;BODUNOVA, V.A.;SHAMSHINA, N.Y.;
OAVRIIA)VA, T..P.
Gertain data on the treatment of chronic dysentery in children with
metbylene blue with phthalasols. Pediatriia, Moskva no-3:24-26.VAy-june
1953. (GIUL 25:1)
1. Professor for Sherishorina; Docent for Davidson; Assistant for Morinus,
PlWaiciane of Children's Hozj No. 2 for Bo&mova, Shamehina, Gavrilova.
2. Of the Department of Microbiology (Head -- Prof. S. I. Sherishorina)
%ad the Dep4rtmqut of faculty Pediatrics (Read -- Docent S. B. Davidson)
of Saratov Medical Institute.

BMPHOGLU., T.
''I'm %~~- '- ..
'
I'l . 010606
Developmout
of multiple
no.11:35 N
of dry copper-poor oil transforwra on the basis
steps in the outer windings, Mashinostr-,ore '11
062.
~';U

IBODUROT, -N i7a); GEORGIYEV,, G. (Bolpriya)
Effect of ultraviolet rays on the reproductive function of bul1s.
Veterinariia 39 no.1:54-56 Ja 162. (14IRA 15:2)
(Ultraviolet rays-Physiological effect)
(Bulls)

BULGARIA
Dr-1UkgjA BODUROV and Dr Konstantin BINEV fAffiliation not given)
"Brealu~ge with Penetration into Bladder of Insemination Pipette During
Artificial Insemination of Buffalo Cow."
Sofia, Voterinarna Sbirka, Vol 590 No 11, 19621 pp 18-20.
Abst- ct; rlastic rather than glass insemination pipettes arg
recorviended for use in buffalo cox:s because these temperamental animals
refuse to stand still during the procedure,$ and breakage of the tube
may cnuse severe cystitis with possibly fatal sequ~laej in the case
reported ir article, cow made sudden violent Jump during procedurej
orerative removal of brcken end from bladder was required. Photograph
0i Drecimen,
Lin

BCDUROV, S.
"Scm peculiarities in the introduction of analytic accounting in accordance
with the new accounting plan of the cooperative farms"
Otchetnost I Kontrol, V Selskoto Stopenstvo. Sofiia, Bulgaria. Vol. 3, no. 8j 1958
Monthly list of East European Accessions (EEAI).. LC, Vol. 8, No. 6, Jun 59, Unclas

~,~DUSZYNSKA, Mariat dr.
Scientific informtion in the field of shipping. Tech gosp morska 10
no.9$290-291 S 160. (EEAI 10:3)
(Poland--Shipping)

BODUSUNSKA-BOROWHOWAk M., dr.
Review of more Important positions in the foreign press. Techi" goap
morska 12 no.3:94-96 Mr 162.

BODUSZrNSK * ROWXKOWA u A-
Survey of publicatione
Tech gosp morska 12
of major ilterest in
no.?/8t254- 56 Jl-Ag
the press abroado
162*

BODUSUNSKA-BOROMOWA. M.,.,dr
Survey of publications of major interstit in the press abroad.~
Tech gosp morska 12 no~%285-288 S 162.
lc~

Obts.ining drying oil from sardine oil. V. a anA. Bodvachina
Masloboino Zhirovoe Delo 14, No. 32 28-30(1938).- On heating ref'
sardine oil in a Cu flaaX with superheated steam at 270-800 in the
presence of oxides and sol. salts of C& Ba Zn Pb and Mn until
35-45% and solid fat~Z acids is dista-. Uf__ istn.-residue of
polymerized highly unsatd, glycerides 13 obtained. This pro(luct
when dissolved in white spirit a ckly drying coats of higher
luster,, hardiness elasticityand resistance to water comparable to
the paints obtained with linseed oiL, The solid acidla -when deodorized
and hydrogenated give fit r&xts, suitable for soap making. C. Bo

FENYES, T.; BODY, Z.
ExpectedcA.-decay,data of the rare earth nualides on the basis
of diffe-rent systematics. ATOMKI kozI 5 no. 3/4 1-17 D 163.
1. Inst'Uute of Nuclear Research of the Hungarian Academy
of Sciences, Debrecen (for Fenyes).
2. Institute for Experimental Physic-.4 of the lajos Kossuth
Univcrsity, Debrecen (for BodF).

SCIKOGYI, Gyorgy,., egy9temi tanarsegadj BODY, Zol~~-egyetemi tanarseged
Possibilities for detedting nuclear blasts. Term tud kozl
6 no.9:387-390 8 .162.
14- Tudananyogyatem, Debrecen.

FENYESY T.;_BODY, 3.
Expected oc-decay data-of the rare earth nuclidei; on the basis
of different systematics. Acts. phys Hung 16 no. 4:299-320
164.
1. Institute of Nuclear Research of the Hungarian Academy of
Sciences, Debrecen (for Febyes). 2. Institute for Experimental
Physics of the Kossuth University, Debrecen (for Body).
Presented by A.Szalay.

PONGRACZ, Albert; JPPY, Gyula,
Announcement on planned modification of national standards.
Szabvany kozl 15 no.10:215 0 163.
1. Magyar Szabvanyugyi Hivatal.

BODY Z BFMNYI, D.
Investigations of the vaomm'need of 1~spectroscopea. Acta, phys
Hung 15 no.3,s.215-233 !63.,
11 Institu~e of Nuclear Research of the Hungarian.Academy of Sciences
(ATOMKI)Y,Debracen. Presented bY A. Sza2ay.

S/079/60/030/04/14/080
B001/BO16
AUTHORSs Bodya, K., Reilyanu, M.
TITLEs ]Lbenothiazonsel IV. Bromo-phonothiazine Sulfoxides and
Bromo-diphonyl-amine Sulfones
PERIODICALs Zhurnal obehohey khimiip 1960, Volo 30P No- 4,
PP- 1131-1135~
TEXTt On the basis of knowledge gained in previous investigations
(Refs. 192)p the authors synthesized bromo-phenothiazine sulfoxides and
converted them to bromo phenothiazones. When 397-dibromo phenothiazine
(I) is treated with potassium bichromate, the eulfoxide (III) results
under miia conditions. ly3f7g9-tetrabromo phenothiazine (11) is converted
to*the corresponding sulfoxide (IV). At the same timep the compounds
(V,N'I) are formed (isomers of the sulfoxides). Only the sulfoxides could
be isolated since the isolation of the hydroxides of bromo phenazthionium
in pure state is little likely. The bromo phenothiazine sulfoxides and
the hydroxides of bromo phenazthionium. were converted to bromo pheno-
thiazone by means of potassium bichromate which confirms that they are
Card 1/2

Phanothiazones. IV. Bromo-phenothiazine S/079/60/030/04/14/080
Sulfoxides and Bromo-diphanyl-amine Sulfones iOOI/BD16
occurring as intermediates in the transformation of bromo phenothiazines
into the bromo phenothiazonee MIJIII). The sulfoxides are oxidized
with H202 to give the sulfones (IX,X); the latter are also obtained wher-,
oxidizing bromo phenothiazines with H 202 (Scheme 1). Compound (III) COU'd
be identified. Like all sulfones, bromo-diphenyl-amine sulfones cannz~t t)e
reduced to give the corresponding bromo phenothiazines, but the bromine
atoms in the sulfone (X) in 1,9-position are also mobile, and are sub-
stituted by hydrogen on reduction, like in compound (11) (Scheme 2). The
instability of the bromine atoms in bromo phenothiazines, bromo pheno-
thiazine sulfoxidesp and bromo-diphenyl-amine sulfones suggests a liew -wL..:-
for the synthesis of other derivatives of the phenothiazine series.
There are 2 references.
ASSOCIATIONs Xhimioheskiy institut Akademii Rumynskoy Narodnoy
Respubliki. Kluzh (Institute of Chemi'btry of i1e Ac-adi-trv
the Rumanian People's Republic, Cluj)
SUBMITTEDs October 26t 1959
Card 2/2

"The effect of the sample Takate during wrong metaboli5m in Inilk
COWS.It
Veterinariya, Vol, 37, NO- 7)-1960) P- 56
r 0
"-cr.
,Dt~, Vt, F#- I. ''-r C, a"-O- ) ddt-tjet ""--

.,P'y

59
,

rp
It

DI

r,,
bJl i
t

d

I
BODYA, K. Cand Vat Sci -- (diss) "Changes of b~~ ~ exohange in
oattle during diseases of the liver." Yos, 1958. 15 pp (Mos Vat Aond
cf the Min of Agricultur ~USSR. Chair of Pathologioal Physiology), 200
oopies M, 11-58, 120)
-103jj

BODU2 1. [Bodat X.11, dotnent
Role of the Takata test in the disorders of metabolism In dairy
cove. Veteriiariia 37 no,,7156-60 T1 160* (M3RA l6s2)
1. Veterinarnn fakulltet Bell okokhosyaystvennogo instituts, go
~cshitqap qhekhoolovakiya.
(Cows-Diseases and posts) (Metabolism, Disorders of)
(Liver-Diseaoes)

137-58-4-6735
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 4. p 62 (USSR)
AUTHORS: Tageyev, V.M., Ivanov, K.N., Bodyagin, D.Ya.,
Lavrentlyev. B.A.
TITLE. Improving the Quality of Steel Ingots and the Technical and Eco-
nomic Level of Their Utilization (Uluchsheniye kachestva stal'-
nykh 51itkov i tekhniko-ekonomicheskikh pokazateley ikh ispol-
zovaniya)
PERIODICAL: V sb.: Metallurgiya, Moscow - Leniiigrad. AN SSSR, 1957,
pp 65-76
ABSTRACT: The results of investigations by Leningrad metallurgists in
the theory of crystallization and the mechanism of the origin of
various types of inhomogeneities in steel ingots are set forth,
new types of ingots for forging and rolling, designed on the
basis thereof, are described. Data on the employment of spec-
ialized forging ingots with smaller shrinkage heads,without
shrinkage head, and with greater taper (10-12%o), and on the
use of hollow ingots, are presented.
Card 1/1 1, Steel ingots--Development 2, Crystallization--Theory A - Sh.

A Y
V,
MUSTILI, Favel.lvanovich; BTKOT, L.K..retsenzent,OODYAGU M.N.
retsenzent; TBIMMOVAp T.K.jratsanzent; BOMRI-Irz - ~,--,rateenzent;
KRMV, A.A.,rodOctor; SHUSTOVA, V.M..redaktor izdatellstva; MIKHATLOVA.
V.V.
lKine ventilation] Ventiliateiia shakht. Moskva. One, nauchno-tekhn.
Izd-vo lit-ry po charnol I ttivmtuol matallurgil, 1957. 222 p.
(MLRA 10:5)
(Mine ventilation)

KULIKOV~ Georgiy Stepanovich. Prinimal uchastiyo BODYAGIN, M.N.., kand.
tekhn. naWc; OXEIIMENKOp V.A... otv. red.-j-IUINMwT'--G.M.'
tekhn. red.
(Engineering calculations in solving mine ventilation problems)
Inzhenornye raschety pri reshenii voprosov ventiliatsii shakht.
Moskva, Gosgortekhizdat.. 1962. 65 p. (KM 15:4)
(Mine ventilation)

. -- V-
-40"-1 -'r - -, ~,- , /11J-
- ~-) 1-1 " /;KZ, '/-
BOD No. )mudo takhno IIEVAO
Calculating the ventilation system by the method of equivalent
resistances. U901'33 no.2:32-33 IP 158. (MIRA 11t12)
(King ventilation)

BDDTAGIN, MJ.
Calculating ventilation networks by- the equivalent depression
method.' Isv. BM otd. AN SSSR noe3:91-98 158. (NIU 11: 8)
IsUrallskir filial AN SSSR,
(Mine ventilation)

BODYAGIN, M.N.
e-- Coal mine ventilation control. Trudy Gor.-geol. inst. UFAN SSSR
no.31:43-52 158. (Mine ventilation) (MIRA 12:9)

BODYAGIR, M.N.
Methoda of selecting auxiliary fans. Trudy- Gor.-geol. inst.
UFAN SSSR no-31:53-58 158. (MIRA 12:9)
(Mine ventilation)

BODYAGIN, M.N.
Calculating diagonal connections of ventilation roads by means
of equating depression. Trudy Gor.-geol.inst.UFAN SSSR no.41:
105-112 159. (YJRA 13-5)
(Mine ventilation)

--BoDMDI#--Kikhai"ikolapyA.ob#jmnd.toklm.nauk: K=ICK, I-?-,
doteent '* kand.taldzu.nauto retsOnsent., DUGUOT. G.V., kRnd.
takhn.nauk, dotseutg rgtgonsent; KMICFONTOVA, A.I., profoo
retsensent; KHAM, A.A., dotment, rateenzent; TJISMKOVS IsZO6
k&nd.tskhn.,umuk~ Overed.: CKHRINWWO, T.A.9 red.izd-va-,
LOMILINA, L,N., takhutradeg IRMAYBUTAs L.Sh,,, takhaeredg
[Mine ventilation) Rudnichnaia ventiliatelia. goskva, Goo.
nauchno-tekhn.izd-vo lit-ry po gornomu delu. 1960. 398 p.
(MIRA 13:5)
1, Kafedra radnichnoy ventilyatoli Dnepropetrovskogo gornogo
institata (for'D4&nov, Miletich), 2. Kafedra radnichnoy ven-
tilyateli Kook6vokogo gornogo inotituts (for Keenofontova,
Xharev).
(Kine v*ntilation)

BODYAGIN, M.N. p kand.tekhn.nau~; YOUSEV, V.A., dotsent
Methods of solving certain ventilation problems, Izv. vys. ucheb.
zav*j gor. shur. no.6:67-73 160. (MIRA 14:5)
1. Urallskiy filial AN, SSSR (for Bodyagin). 2. Sverdlovskiy gornyy
institut imeni V.V.Vakbrusheva (for Yartsev).
(Mine ventilation)

KULIKOV, Georgiy Stepanovich;,,BODYAGINg M.N.# kand. tekhn. nauk,-, SEREBRYANYYg
AOGOS otV, red.; OKHA!ft--K-U-P-V.7I-.9-r-eW.' izd-va; BOILYREVAt Z.A.t tekbn.
red,
[Reference book on ventilation; for lower teebnical specislists in
mines) Spravocbnik po venti2iatsii; dlia mladshego tekbnicheskogo nad-
zora sbakht i rudnikov. Moskva, Goa. naucbno-teklm, izd-vo lit-x7 po
gornomu delu 1961. 239 p. (MIRA 14:7)
Nine ventilation)

SOV11 12-59-3-5652
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 3, p 199 (USSR)
AUTHOR: Bodyagin, N. 1.
TITLE: Imprd`V6dB4&1Ca1_ irFIbOr Feed in the KhTR Machine
(Us over shenstvovanxsW& be skovshovaya podacha muki v agregate marki KhTR)
A
PERIODICAL- Khlebopek. i konditersk. prom-st', 1958, Nr 2, pp 25-26
ABSTRACT: A short description of a bucketless flour-feed system developed by
Bol'shakov and Paychadze is presented. Two illustrations.
Card 1 / 1

LISS R
-,I J. "r P
JnFj. I ('fUr,4rj0U
C
Tropical Cereals,
zi~, --Ar - Et'.03 Q SiYa N 059, Nc-o i
I agir Ye V -
P"'; Body
C-11ha lovskay visi3v. of the A1.1-Tinio
a Oblast Di n
chemical Comno'sit-, oil of the Grain of Diff2-
Y-ent Corn Varieiie.3 and liybrids.
Vesta. llkalovskogo obl, oW. Vae3. kh.Lm. 0-'q1a
Im. D.I. Mendeleyava, -.YP.
The chemical compo3itiu7,-i of the grain was
doterm--iried by the usually accepted methods
in 13 varieties and hybrids of corn which
Were gro%m at tile experimental field of
Orenburg Agricultural In3tItUtC. A hi gl-;
protein content (nnd corra6pondingly N)
distinguiah,ed the varietles Risovaya Kine.11-
z)kaya (14.76%), Minnesota Pervo-
mayskaya the hybrid Uspch-h (13 . 0.7%
Chemical Society imeni D.1,Hendeloyev and
OreDlnurg

11ur 5
MR
TITLE
ORIG. PUB.:
-135TV1,3T low content wa., found in Kr-A3nodurs.%-.-..ya 1/49
(11.17;0 and VIR-25 00-57%). A large quan.-
tity of reducing sugarp. and starch was charac:-
terizA'ic of the hybrids VIR-42 (J--h7 and
.0
78.5%) , Uspekh (1. 40 and 78.919) , VTR-3-7
(1.98 and 76-95%), as well as Risovava Kinell-
akaya 'variety (1.42 and 73,40'Q; a 5111811
amotint in Kich&usakaya meatnay-a (1-43 and
1craz)-iodarskayft 'L-49 (1-47 and 066.81
porcent) and Minnesota 13 (1.50 and

BODY,AK9 F.
Contribution of the Cheredchovo coal miners, Sov.shakht. 11 no.6:
33 Je 162. (MRA 15: 6)
1. Predesedatell shakhterrog) komiteta shakhty No,10/16 tresta
Cheremkhovugol?.
(Cheremkhovo V%sin-Coal miners)

K Mi,
Funl 'Ibstracts L,,~~1787. MCHANUATION OF OCAL &MING (MMANIMelYk MCPA I
W, 110.2 u.2wl--pRo,4 LIGLYA) Bodyakln, I.L. thmov; LkleteM-.0c, 19%,
Fvb. 1954
mis, Tosting,
Instrumonts.

L 6108
EWr(io)/UF(n)-2/LVA(d)/EWP(V)ft/,W(t)/n*P(k)/kWP(b) Pf4/ft4j
kjw/jD/Hwia
KCCESSION KR: "4047426][JP(c) 8/0130/64/000/010/OWO/DO67
AUMORt KazakQv. N.F ; "Vosh A. Sudeakov, Ye. G.. 110
7 ,
)
-
L.A.;
Kasatldn, N.M.; LV8!2Rko q5 *

TITLE: Vacuum
diffuslon weldlnffof bimetallic ptrips for thermostats
SOURCE: Tsvetnyymetally, no, 10. 1964, GW-67

TOPIC TAGS: diffusion welding, vacuum diffusion welding, thermostat, bimetal,
manFazese alloy, clad metal/ alloy 76GND
ABSiRACT.- no authors used the vacuum diffusion welding method developed by'
Prof. N. F. Kazakov (Diffuzionnaya evarka v vakuume motallov, splavov I nometallov.
Izd. NIL DSVAI 1962) to prepare samples'of thermostat motMs. 7bo process con-
sisted of four operations: 1. cold rolling of the component metals Into strips of given
thickness; 2. cutting to the given Bize; 3. mechanical cleaning and degreasing of the
contact surfaces, and 4. vacuum diffusion welding of the passive and active components.
The component plates were welded at the Nauchno-isaledovatellskaya laboratorlya
diffuzionnoy evarld (Scientific Research of Diffusion Welding) of the
M
MUS on Weider. The samples of
Mosgorsoynarkhozo. using an BDVU-6 Y
thermostat metal obtained were tested for specific bonding at the ToNlIchm (Ceatral
Card 1/2

L Z6108-65
ACCEMON NR: AP4047426

Scientific Research Institute of Ferrous Metallurgy). One of the tested compositions
(the high-manganese alloy 75Gn lug M I d I&as found to meet the maximum
0
0-
1,
"1

0
5
,
sensitivity requirement (specififfendii 0. ISXPC). no experimental work
1
19
performed showed that vacuum diffusion welding permits a substantial acceleration of this
process of finding now brands of thermostat metals and an appreciable saying of labor
&W development ousts. Orig. art. has: I figure and I formula.
ASSOCIATIONs none
SUBbt=ED.* 00 ENC14 00 BUD CODEI M
000
NO REP GOVt 001 OTHERI

I

KAZAKOV, N.F.; XRIVOIWY, A.V..; SMENKOV, Ya.0.1 SOKOLOV, V.1.,- KASATKIN,
N.M.9, LYUEPNKO, L.A.-,.,4 P
, OX-AIK -.0-Atyl, - -
Diffusion bonding of thermostat metal In vacuum. Met. met6 37
no.lOt66-67 0 164. (MIRA 18:7)

VAYNER, Sh.A., inzh.; VAYNER, S.A., inzh.; USOLITSEV, V.A., inzh.;
FOKIN, V.M.' inzh.; SOTSKOV, N.I., inzh.; ZANDBERG, S.A., inzh.;
SIGAREEVY V.S., inzh.; BRONSIITEYN, L.M... inzh; YUNGER, S.V., kand.
tekhn. nauk; BATYREV, A.V.~ inzh.; BOTWAKIN, Yu.F., inzh.;
REHM, N.I,o inzb,I-YAKHNIN, Z.I., inzh.
Furnishing the SGU gas-cutting machine with a FOS-4 scale,
photocopying control system. Svar. proizv. no.9-34 S t65. (MIRA 18.9)
1. Vsesoyuznyy nauchno-iosledovatellskiy inatitut tekhnologii
mashinostroyeniya (for Sh.Vayners S,Vayner? Usolltsev, Fokin,
Sotskov). 2. Volgogradskiy zavod im. Petrova (for Zandberg)
Sigarevs Bronshteyn), 3. VPTI khimnefteapparatury (for Yunger,
Batyrev, Bodyakin). 4. Urallskiy zavod tyuzbelogo mashinostroyeniya
imeni Sergo Ordzhonikidze (for Ryzhko-,r, Yakhnin, Fridkis).

137-1957-12-24433
Translation from- Referativnyy zhurnal, Metallurgiya, 1957, Nr 12, p 21Z (USSR)
AUTHOR: Bodyako, M.N.
TITLE: High Frequency Hardening of Carburized Steel of the 2OKhN
Grade (Vysokochastotnaya zakalka tsementirovannoy stali marki
20 Kh N)
PERIODICAL: Izv. AN BSSR, 1954, Nr 6, pp 55-67 See RZhKhim, 1955,
Nr 21, 49927
ABSTRACT: Bibliographic entry
1. Steel-Hardening-Bibliography
Card I /l

AKrMOVA, K.I.; BAZHEKOV, M.F.; BAKHVALOV, G.T.; BZZKIkJB3NKO, N.P.; BERKAN,S.I.;
BOGDANOV, Te.S.; BODYAKO -_,~OTKO, B.B.; VINOGRADOT, S.V.;
GAGXN-TORK, KJ,% .P..; (GOREV, K.V.; GRADUSOV, P.I.; GUSHCHINA,T.N.;
Y*MLIYANOV, A.K.; TSSIEOV M.F.- ZDZTARBEIT, A.V.; ZAERAROV, M.V.;
ZAKWOVA, M.I.: KARCHN"ift, V.A.; KOMOV, A.M.; NDRUINKO, O.T.;
LATNER, V.I.; MALITSEV, H.V.; MILLER, L.Te.; MILOVANOV, A.I.;
KIRONOV, S.S.; NIKONOROVA, N.A.; OLIKHOV, N.P.: OSIPOVA, T.V.;
CGOKIN, N.Ye.; PARLIN, I.L.; PLAKSIN, I.N.: l~ROKOPTXV, A.D.;
P,UMTAF2W, M.Y.; SEVERIMKO, V.P.; S I -P,I.; SMIRYAGIN. A.P.;
SPASSKIT, A.G.; TITOT, F.S.; TURKOVSKAYA, A.V.-, SHAKHNAZAROV, A.K.;
EMPICHINSTSKIT, Ye.S.; TURKSHTOVICH, N.A.; YUSHKOV, A.V.;
YANUSHVICH, L.V.
Sergei lvanovich Gubkin. TSvet.met. 28 no.6:60-61 N-D 155. (MIRA 10:11)
(Gubkin, Sergei IvAnovich. 1898-1955)

BODYAKO, M. V., DOM, Yu. M. I PAVLYUKEVICH, B. L.
"An Investigation of Changes in Hardness in the Higb-frequency Induction
Heating of Deformed Metal"
"Sam Data on the Spe" of ReMstallitatim In Tmduotim Heating." - : f" I
St-ornik ,y-,,. IV, Minsk, 1-d-vc--Ari R-,5 . I- 1:~ -
R !~ :i~.

SOV/137-59-3-6297
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, Nir 3, p 193 (USSR)
AUTHORS: Pavlyukevich, B - L., Bodyako, M - N -, Loyko, Yu. M -
TITLE; Recrystallization of Cold-worked Metals During Induction Heating
(Rekristallizatsiya kholodnodeformirovannykh metallov pri induktsion-
norn nagreve)
PERIODICAL: V sb.: Materialy Konferentsii molodykh uchenykh AN BSSR.
Minsk, 1958, pp 87-89
ABSTRACT: Metallographic and X-ray methods were employed in studying the
kinetics of the processes of recrystallization (R) occurring during
induction heating (H) of commercial iron and IKhl8N9T steel.
Specimens were subjected to deformations ranging from 5 to 75% in a
press. They were then heated to various temperatures (600- 120*00C)
in an MGZ-102-type HF induction heater, the rates of H ranging from
50 to 6500/sec. The temperature was determined with the aid of a
.photoelectric pyrometer, the rate of H by means of oscillograms
produc.ed on a loop oscillograph. Rates and temperatures of R were
determined as functions of the rate'of'H and of the degree of the
Card 1/2 antecedent deformation. The parameters of induction H were

SOV/1 37- 59- 3- 6297
Recrystallization. of Cold-worked Metal-s -During Induction Heating
established which en~;ure the achievement of a completely recrystallized structure.
T, M.
Card 2/2

BODYAM. M.N.: IA)YM, Yu.M.; PAVLYUKKVICH, B,.L.
Recrystallization of induction heated Armco-iron and lKhl8N9T
steel. Inzh.-fis.zhur. no.1:74-79 A 158.' (MIRA 11:7)
1.7ftiko-tekhnichankly institut AN BSSR, g.Minsk.
(Iron--Metallography) (Steel-Metallography)

0-
.1B9DMLXO, MJfv- [Badziaka, M-M-1; VTSOTSKIT, Th.K. [V78otski, IU-N-1
Problem of temperature control in Induction heRtin Vestai
AN BSM%Ser.fis.-tskh.n&v. no,4:52-56 '58. %U 32:4)
(Temperature regulators) Wduction beating)

SOV/137- 59- 1- 1210
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, Nr 1, p 165 (USSR)
AUTHORS: Bodyako, M. N., Loyko, Yu. M., Pavlyukevich, B. L.
TITLE: An Investigation of Variations in Hardness of Strained Metal Occur-
ring During High-frequency Induction Heating (Issledovaniye izmene-
niya tverdosti pri nagreve deformirovannogo metalla tokami vysokoy
chastoty)
PERIODICAL- Sb- nauchn. tr. fizi-teklin. in-t AN BSSR, 1958, Vol 4, pp 170-180
ABSTRACT: Investigations were carried out in order to determine how tempera-
ture, rate of induction heating, and degree of preceding deformation
affect the HB of Armco iron and of 1Kh18N9T steel after annealing.
The specimens were cold-worked in a press, the degree of deforma-
tion ranging from 5 to 7576; after machining (to a diameter of 22 mm
and a length of 10 mm) and heating in a HF unit of the MGZ- 102 type
to temperatures of 700-12000C at rates of 50-6500/sec, the speci-
mens were cooled in water. It was established that deformations
ranging from 5 to 301o have the greatest effect on the HB and that the
HB curve exhibits a maximum. As the temperature is increased,
Card 1/2 the HB is reduced, and the effect of the degree of deformation is

SOV/137-59-1-1210
An Investigation of Variations in Hardness of Strained Metal (cont. )
diminished. The effect of the heating
Compared with annealing in a furnace,
higl.ie-r HB values.
rate on the HB value is not appreciable.
the induction method produces somewhat
T. F.
Card Z/Z

SOV/137-59-3-6296
Translation from: Referativnyy zhurnal. Metanurgiya, 1959, Nr 3, p 193 (USSR)
AUTHORS: Bodyako, M. N., Loyko, Yu. M., Pavlyukevich, B. L.
TITLE: On the Problem of the Recrystallization Rate During Induction Heat-
ing (K voprosu o skorosti rekristallizatsii pri induktsionnom nag-
reve)
PERIODICAL: Sb. nauchn.'tr. Fiz,tekhn, in-t AN BSSR, 1958, Nr 4, pp 181-188
ABSTRACT: Recrystallization (R) processes occurring during HF induction heat-
ing of cold-worked specimens (S) of type E Armco iron and of steel
1Khl8N9T were investigated experimentally. After annealing, the
S's were deformed in a press; although the degree of deformation
(D) varied from 5 to 7576, the final dimensions of the S's remained
approximately identical (h= 10 mm. d = 3 0 mm). The S's were ma-
chined to a diameter of 22 mm and were then heated at various
rates (50- 6500 /sec) in a HF induction heater to 700- 12000C.
Mean numerical values of R rates (in a completed process) were
established for Armco iron and for lKhl8N9T steel as functions of
the degree of preliminary D arxd the temperature and rate of induc-
Card 1/2 tion heating. It is demonstrated that at a D of 576 the rate of R in

SOV/137-59-3-6z96
On the Problem of the Recrystallization Rate During Induction Heating
Armco iron is virtually independent of the degree of preliminary D. At a D
equivalent to 1516, the rate of'R is influenced by temperature in the region below
the temperature of phase transformations only, In the -zase of D's of 30-7516, in
which almost all R temperatures fall below the temperature of phase transforn-la-
tions of Fe, the rate of R also increases with increasing temperatures. As the
temperature of R is increased, its effect on the rate of the R process diminishes.
The temperature of the R observed experimentally increases almost linearly as
the rate of heating is increased.
V. N.
Card 2/2

3ODYAXO, X.N. . ft OVICH, V. 1.
-1 ........... - - M"
Recrystallization, precipitation of titanium alloys in
Inducti= heating* Vestol AN SSM-Ser.fis.-takh.nav.
no.4:47-54 '59. (MML 13:4)
(Crystallization) (Titanium alloys)
-1.0

1491 8w
Pod El Zing
Pr
ol
r. if
ok
W4,
I.,
JI
1 0* 119.4 AW
aft:r
13.1 -. ; " 1. 06
0-1
gag 9
"n,
lo V, ~t;~ o
ag
Its
RZ
01
0 ; 9 0
fi
tr 0l
.0 a 4 A I
Rw~

PAR IMOVICH, V.I.&,iBAO=D!rAKD, M.N.
. ~
Formation of scale on the VT-5 titanium alloy in induction hosting.
Dokl. AN BSSR 3 no,5:211-212 Yq '59. (MIRA 12t10)
I.Predstavlano akadsmikom AN BSSR V.P. Severdenko.
(Titanium alloys-~-Thsrmal properties) (Induction heating)

40589
S/137/o'P-/000/008/039/065
A006/A101
ALF111ORS: Bodyako, M. N., Loyko, Yu. M., Parkhimovich, V.. 1.
Tl'I%E: The structure and the mechanical properties of titanium alloys
during induction annealing
PERIODICAL: Referativnyy zhur-nal, Metallurgiya, no. 8, 1962, 36, abstract 81222
("Sb. nauchn. tr. Fiz.-te~. in-t AN BSiR", 1960, no. 6, 130 - 149)
TEXT; The authors studied strength properties of titanium alloys BT-5
(1M2-5), 13T -3-1 (VT-3-1) and BT-3-1 (VT-3-1) after. induction heating of cold-
deformed specimens at various heating rates ranging from 25 to 300 degree/sec.,
and heating temperatures from 700 - 1,2000C. During induction heatiiig the'tem-
peratures of beginning and completed recrystallization are shifted to the side
of higher temperatures to a degree corresponding to the heating rate. The metal-
lographical investigation has shown that the magnitude of grains depends little
on the deformation degree, but depends considerably upon the annealing temperature.
At higher heating rates, however, a strong increase of the grain size does not
take plaoe. As a result of induction heating ductility.and strength increase
Card 1/2

S/137/62/000/008/039/065
The structure and the mechanical properties of... A006IA101
particularly sharply (by about twice) for alloy VT-3-1. Optimum conditions of
induction annealing are proposed for various alloys.
M. Krivoglaz
(Abstracter's note: Complete translation)
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BCODYAKO, M.N.; ~L=Oq Yu.Me; PAFJHIHOTICH. V.I.
lack of uniformity in the distribution of deformations in the
16o.
VT-5 titanium alloy. Dokj.AW BSSR 4 no.1:28-31 Ja
(MM 13:6)
1. Prkstavleno akademikom AN 3SR V.P. Severdenko.
(Titanium alloys)

30244
wfa ZZ08 14S-1-1 S/571/60/000/006/008/011
E091/E435
AUTHORS: __R2Aya M Loyko, Yu.M.. Parkhimovich, V.I.
kQ,__. N
TITLE- Structure and mechanical properties of titanium
alloys after induction annealing
SOURCE: Akademiya navuk Belaruskay SSR. Fiziko-tekhnicheskiy
institut. Sbornik nauchnykh trudov. no.6, Minsk, 1960.
130-149
TEXT: The purpose of the present work was to investigate the
possibility of using induction heating for annealing cold-worked
titanium alloys, as well as to study the influence of the main
parameters of induction heating on recrystallization, on the
structural changes and mechanical properties of the alloys
investigated. Three types of titanium alloys, 13T -5 (VT-5),
BT-3-1 (VT-3-1) and ST-i-i (VT-1-1), were studied. The chemical
composition of these is given in Table 1. Prior to deformation,
the specimens were annealed for I hour at 900*C (alloys VT-5 and
VT.-3-1) and at 8000C (alloy VT-1-1). They were then deformed
to various degrees, ground down to a diameter of 16 mm and
subjected to heating by induction at a rate of 25, 50, 150 and
300 0C per second at temperatures of 700 to 1200*C~ The
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