SCIENTIFIC ABSTRACT BIRYUKOV, I.P. - BIRYUKOV, N.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205410004-5
• 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

VORONKOV, M.G.j BnYUKOV, I.P.
Problem of the additive scheme of calculation of a mean
frequency in the
nuclear quadrupole resonance spectrum of
organylehlorosilAnot-. Tenret.
I sksper. khim. I no.1:122-124 J& 165.
W,,-I;.uws',mPtdrupole resonance spectra of
chlorogermanSE. Ibid.i!24-126
-.- (MIRA 18;7)
I.InsT,:Lzut organicheskogo sinteza AN Latviyakoy SSR,
Riga.

BIR I I.-P.; VOROKKOV, M.G.; BABICH, E.D.; ARKHIPOVA, T.N.;
VDOVIN, V.M.;
---ITArz7KT?r, N.S.
Nuclear quadrupole resonance of 1,1-dichloro and 1-w-thyl-l-
chloro-l-silacycloalkanes. Dokl. AN SSSR 161 no.6:1336-1338
Ap 165. (MIRA 18:5)
1. Institut organicheskogo sinteza AN LatvSSR i Ins-Litut
neftakhimicheakogo sinteza im. A.VTopchiyeva AN SaA.
2. Chlon-korrespondent AN SSSR (for Nametkin).

_~QtQV, M.G.; SAFIN, I.A.
Study of' the induction effent of substituonts In
organoohlorosilanes
by the nualear quadrupole resonance method. Tearet. i eksper.
khim. I no.3073-380 Vq-Ja 165, (MTRA 180)
1. Institut organicheakogo elnteza AN Latviyokoy &SR, Riga.

-.I%BIRYUKOV ; VORONKOVP M.G.; MOTSAREV, G.V.; ROZENWRG.
V.R.; SAFIR. I.At
...J.I.P.
Naclear quadrupolo renonanoe mothod of atudying
organosilican
ccupounds containing Si-Cl and C-02 bonda. Dokl. AN 555R 162
no.lWO-132 )V 165. (MIU 1815),
1. lutitut organichaskoRo sintesa AN tatviyakoy SSR i
Kazanskiy
fiziko-takbnich^akiy institut AN SSSR. Submitted November
17. 1964.

BIjmtjKOv i p,
.1 .-1 VORONKOVp M. G.; SAFIN, 1. A.
Correlation between the mean frequency of the nuclear
quadrupolm
resonmea aad the induction constant of substituents
in organyl-
chlorosilanes. D&I, AN SSSR 165 ne,,4057-859 D 165.
(MIRA 18t12)
1. Inatitut organlehaskogo sinteza AN lAtvSSR,
Submitted
April 12, 1965.

ACHANW, V.A.; BARSKOT, I.M.; BIR=QV.,J.9.-,--B03ODIfip, L.Ta.;
BRIE=, M.N.;
GORWIp B.Te.; GuXimb-n-k.4i ZORKATA, N.M.; IOTRTW, A.I.;
KAYDALOTA, O.N.; KAPUNIN, Tool.; T=J~WVA, X.Ao; LSOXOTTSIT, ToAo;
LYSUK0, V.P,; KARK11i A.B.; NIMIMOT. N.N.; NISTIM. 1.T.;
NICHATET,
N.To; NIKCLISKIT, A.T.-, OSTRDUKHOT. K,Ta,; P1SARZH3VSKIY,'0.N.;
POLtYBOTARINOT. M.N.; POPOV, Tu.T.-, PRASOLOT, X.A -, POUTAM9
Tugo;
RIMBERGp, A.M.; RYABOV, V.8p; SWOVo B.Fo; 6P;;ZSXATAo To*Ao;
TAKO1Wp
X.F.; TRITONOVA, G.K.; T" IMOVA, V.I.j SKMEMUMV, G.Kho-, SMEJU=-
IOTA, O.P.; S190MING0 KoGe; XTML.IKS, B.i.; MIXARLTAN, E.A,,
redo;
XUKHIN, Tu,As, toklmoredo
[U.S.S.R. as, it is; a pop~alar illustrated handbook] SSSR kak
on set".
popullarayi illiustrirovannyi spravochnik. Moskva, Gosoizd-vo
polit.
lit-ry. 1959. 462 p. (MIRA 12:2)
(Rusia),

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Bmmov, I.V.
Now packing materialso Nashinastroitell noolOt2" 0
165,
(MIRA 18:10)

BIRYUNDV, I.V.. Inzh.
Tupmved traction drive of the IMI, electric train.
Itlek. i tepl.
tlW 4 no.5:17-18 Ny 160. (MMA 13:7)
(Blectric ruilwav motors)

MOLODIKOV, V.A.., inzh.; BIRYUKOV, I V inzh,
L-=:-u
Purpose of tests and measuring equipment. Trudy MIIT no. 121:4-8
160.
(ElectrIx railroads) (KIRA 14'-4)

-BIRYUKOVI I.V.s, inzh.
Dynamics and reliability of the drive section of the
ERI electric
train. TX-4dy MIIT no. 121:98-121 160, (19RA 14:4)
(Railroad motorcars)

BIRYUKOV, I. V.
Cand Tech Sci - (diss) "Dynamics and strength of traction
drive
of the ER-1 electric train." Leningrad, 1961. 20 pp with
dia-
grams; (Ministry of Railways USSR, Leningrad Order of
Lenin Inst
of Railroad Transport Engineers imeni Academician V. N.
Obraz-
tsov); 180 copies; price not given; (KLI 6-61 sup, 214)

BMYUKOV.% Ieve ) inzbe
G7roscopic phenmena in the traction drive of the
Ml electric
train. Trudy 141IT no.135:66-77 'Lt. (IURA 15: 1)
(Electric lacomotives)
(Clutchep-QUakinery)

ISOEV, Igor' Petrovich; MOLODIKOV, Vasiliy
AlekoarArovich;-IMP-hLOV,
Ivan VyacbealavovichA LAZARYAN, V.A.,, doktor tekhn. ==k$
rels-onsent,-PEROVA,, A.A., kand. tekbn. nauk,, red.;
VCROBIYEVA, L.V., tekbn. red.
[Fundamentals of progiamming and solving of traction and
dynamics problems of the rolling stock of electric
railroads
by means of electronic computers]Osnovy programmirovaniia i
reshenie zadach tiagi i dine"JU elaktropodvizhnogo sostava
na elektro=Vkh vycbis3.itellrqkh mashinakh. Moskva, Trans-
zholdorizdat, 1962. 185 po (MIFLA 15:10)
(Electric i%d1roads-44extegement) (Electronic computers)

BIRIuKoV, I.V. inzh.; SAVCHUK., I.A., inzh.;
EERLOVSKIY, G.O.
Rubberizing of apparatus and pipes vith abonite.
BIM-prom.
37 no.lr-.29- N 162. (MIRA 15:12)
1. Treat po ichimicheskoy zaah6hite metalloy
Glavmekb=cmontasba
Minil3terstva, stroitellstva, predpriyatiy
metallurgicheskoy i
Ichimicheskoy promyshlennosti SSSR.
(Protective coatings)
(Rubbdrp Synthetic)

S/081/62/000/008/057/057
B158/B101
/5-193190
AUTHOR: Biryukov. 1. V.
TITLE: The effect of polyethylene on the chemical stability of
rubber
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 8, 1962, 604,
abstract
8P360 (Vesta. tekhn. i skon. inform. N.-i. in-t tekhn.-ekon.
issled. Gos. kom-ta Soy. Min. SSSR po khimii, no. 2, 1961,
33-34)
TEXT: To increase the chemical stability of rubber coverings made of
mixtures of natural rubber, CK6 (SK,3), and polyisobutylene,
110-160 parts
by weight of polyethylene were introduced (per 100 parts by weight
of
rubber). The mixtures were pressed for 10 min at 1500C and 200 atm.
with
subsequent cooling to 70-800C. The vulcanizates obtained were held
for
60 hr at 55-600C in 36~4 H01 and 50~, 112S04 parallel with similar
vulcanizates
without polyethylene. The mixtures with polyethylene swell 4 times
less
in HC1 than mixtures without polyethylene. The stability of
mixtures with
polyethylene to qo~ 11 so is lower, but to 87% H so is greater than
for
1 2 4 2 4
Card 1/2

S/081/62/000/008/057/057
The effect of polyethylene ... B158/B101
mixtures without polyethylene. The mixtures with polyethylene do
not
swell in benzene, toluene or acetone after 50 days at -200C. The
greatest stability to aggrebsive media is shown by mixtures
containing V)1*1
polyisobutylene. [Abstracter's note: Complete translation.]
Card 2/2

S1 1231621000101210081010
Aoo4/Aiol
AUTHOR: _Biryukov, I. V,,,
TITLE: The causes of corrosion of the -II(R-1) electrolyzers and
protection
methods
PERIODICAL: Referativnyy zhumal, Mashinostroyeniye, no. 12,
1962, 55, abstract
12B342 (I'Vestn. tekhn. i ekon. inform. N.-i. in-t tekhn.-ekon.
issled. Gos. kom-ta Sov. Min. SSSR po khimii", 1961, no. 11, 35
- 38)
TEXT: The author analyzes the causes of corrosion of metallic
electrolyzers
with mercury cathode, He presents the results of investigations
for protecting
them from corrosion. It is pointed out that the bath cover* get
out of commission
owing to the destimation of the ebonite and subsequent metal
corrosion by gaseous
chlorine. 'For repairing single sections of the bath
coversidevices with chrome-
plated operating surfacq are suggested, these devices being
fitted with a winding
of. 3~ichrome wire. The author presents the investigation
results on the selection
of more dependable materials for protecting the baths than the
1751 grade dbonite
used. For the bath protection he suggests the 1752 grade ebonite
which contains
Card 1/2

5/123/6Z/000/012/008/010
The causes of... Aoo4/AIO1
crude rubber wIth C K~ (SKB) additives. To improve the protection of
the equip-
ment of mercury electrolyzers still further it is expedient to use
ebonite on the
base of 100% HK (NK) a#d a coating consisting of a layer of
chloroprene glue,
ebonite and rubber from'chloroprene oaoutchoue. The author describes
a method of
fixing the chloropreno-ebonite facing with chloroprene rubber glue.
There are
7 figures.
[Abstracter's ncji,--: jom'plete translation]
Card P_/2

L 17786-46 Ma(m)/EWP(J)/T/ZTC(m)a4 IVAN
ACC NR: AP60D4656 SOURCE COVE I UR/OU7/65/000/010/0029/0029 I
AUTHOR i Biryukey, I, V,
ORG I none
TITIE& Nov sealing materials
SOURCE: Mashinostroitellp no. 10, 1965p 28-29
TOPIC TAGSs hermetic seal
polytetrafluoroothylenet graphitop fluid Vump.
thermal stability, chemical stability, friction cosfficient~
sealing device,
PUMP
ABSTRACT., The &se of po~trafluqroothylano kith additions of
natural (argon-
tous) graphiiel5and oil I-or MA4114 pump cupa Ts%xamined. The
cups are prossod
in collapsible molds (see Fig. 1) at room temperature under a
pressure of from
2.5 to 15 k9/cm2. The cups are obtained in the form of rings of
rectangular
cross section. SealePof polytetrafluoroethylone operate well in
such media as
benzene, toluene with an admixture of 75% sulfuric acid,
p7robenzol, kerosene,
tetrachloroethane with an admixture of carbon black.,
hemachloroethane,, hydrogen
chloride,, trichloroethylone., otbylone chlorohydrin, chlorino
with an admixViare
Card 1/2 62-233:678.,5 7,

BIRYUKOV,, :~j -,-kixnd. tekhn. nauk; MATVEYEVICHEV,
A.P., inzh.
,_4 z,
...
Use of analog computers in modeling the vertical
dynamics of
the motor cars of ER2 electric trains. Trudy MIN
no.207:
1-131-127 165. (MRA 19: 1)

MMON07A., VA. prof,,* N07ITSKIY,, R*I, dotoorit;
ADISMAN, N.A,' in2h.;
, BfiK erocappensioner'O soyuznogo znacheniya;
LAVRI~NTIIW,
_&~O ~
.fi;,~
... kanz.fi.zv~p tematichaskikh nauk; TOL4)KONSKIY,
N.I.9dotoant
Immortalize the memory of S.OWizelo Svetotekhnika, 7
no*6:28-29
a s&L, (M 14t6)
Sergei OniparioI

BIJITUIOV, L. (C.Aktyabinak)
Is the building mateirilmle Industry LWIng. fteas keep.
ne.9832ft33
8 9566 (Balmiag materis") (MM 9 , i0)

30313
1.5c)oo S/115/61/000/010/002/005
E198/E135
AUTHORS: Simkin, G.S., Lukin, I.V., and Biryukov, LVI..
TITLE: Radio interferometer for measuring large lengths
PERIODICAL: lzmeritelvnaya tekhnika, no.10, 1961, 8_10
TEXT: The KhGIMIP has elaborated a method using a two-beam
radio interferometer on centimetre waves, designed for checking
large inside gauges and fixed mark measures. The interferometer
in based on Froome's apparatus for measuring the velocity of
light.
The operational principle of the instrument is illustrated in t
diagram. The generator (2) radiates energy on centimetre waves
along the wave guide to A, where it is divided; one beam goes
outside through a lens mounted in a conical outlet (7), the
other
is directed in the opposite way to a closed limb (8) containing
an
interference attenuator. Both beams are reflected back to A, the
outer one having met a plane mirror (5) placed at a variable
distance, 6 to 20 m, and mounted on a carriage (4) which moves
along the rails (6) in the direction of the beam. The two beams
interfere at A and the corresponding effect is observed by means
of an oscilloscope, which is the essential part of a detecting
Card 1/6

30313
Radio interferometer for measuring ... S/115/61/000/010/002/005
E198/EI35
system (9) shown surrounded by a dotted line. The frequency of
the
generator is stabilised in part (3) containing a volume
resonator
of high quality and checked in the measuring system (1)
consisting
of a highly stable quartz generator, operation on 100 kc/s, a
frequency multiplier and a counter. As the instrument operates
at two different distances between the outlet lens and the
mirror
(the difference being the distance measured), the amplitudes of
the two reflected signals must be made equal without change of
phase, which is ensured by the attenuator. The measuring
carriage
(4) moving along the axis of displacement is equipped with three
microscopes, two of which serve to maintain the mirror in the
required direction and the third being used for observing the
marks
on fixed mark measures. The measure tested is fixed along the
rails on special blocks below the carriage. For measuring
interior
gauges two stays and a reading device are fixed to the rails.
The princ�ple of the Instrument-resembles very much that of an
optical interferometer; it must however be mentioned that, as
the
frequency stability cannot be obtained as high an in the case of
the latter, the frequency should be calculated depending on the
Card 2/6

30313
Radio interferometer for measuring s/115/61/000/010/002/005
E198/EI35
prevailing conditions, from the formula
X = U (1)
nf
where: c - velocity of light; X - wavelength; f - frequency;
n - refractive index of air, The correct value of the length
measured, LX, reduced to normal conditions, can be obtained
from
the formula:
L_X LN + -A+ AL (2)
- 2 - t:tcn+6
where: L nominal or approximate'value of the length;
computed fraction of the length in ma; A - readings of
the reading device; 6Lt - correction for the linear expansion
of the measure; en correction for the refractive index of air
and water vapour; correction for diffraction.
Values of the refractive indexes, corrected for temperature
and
pressure, and diffraction have been taken from tables or
worked
out according to known formulae and nomographs were prepared
and
uded for quick calculation of ALt, cn and b. A series of
Card 3/ 6

30313
S/ll5/6l/oOo/olo/oq,2/oo3
Radio interferometer for measuring...# t 1
E198/EI35 ~ OW-
measurements have been carried out with success, although the
conditions in which the work proceeded were difficult in some
respects, e.g. the lack of a thermostatic installation which
necessitated a number of additional precautions and
supplementary
calculations. However, the method proved to be reliable for
the
lengths up to about 30-40 M. To minimize the influence of the
waves' reflection from the walls and other objects, adsorbers
of
wooden planks and shields were used, so placed as to disperse
the
incident energy as much an possible. Moreover, each
measurement
was made twice with a displacement equal to X/4. The mean
square error for all the results obtained amounted to
1.6 - 2.0 x 10-6. Further improvement in the accuracy of
measurement can be obtained by carrying out the process in
thermostatic surroundings, improving the determination of the
refractive index of water vapour and of the diffraction
error, as
well as further improvements in the construction of the
particular
parts of the radio interferometer. All these tasks are being
currently worked on in the USSR. The aim is to achieve an
accuracy
not lower than 2 - 5 x 1o-7.
Card 4/6

YELISTRATOV, V.S.;_.B1:'-YUKQVj,~~; NASYPOV, M.Sh.
Restoring the worn out parts of oil f3.eld equipment in
the First
of May Oil Well Drilling Truct. Mash. i neft. obor.
no.908-40
164. (MIRA '.7:11)
1. Trest "Pervornayburneft".

YELISTRATOV, V.S.j BIRYUKOV, L,,P.
Starting gata witb a remote control system with
quickly replaceable
wearing parts, Mash. I neft. obor. no.8-33-34 165.
(MIRA 18*9)
I# Treet OPervomayburneftle.

ZORBOTO N. I.; -B. IRYMT, bzTh.
DeterminatIon of calclum and stagnestnu (absorbed bases).
Pochvoredenle
no-4:94 AP '.57. WILA 10: 7)
1. Laboratorlya otdols pochvovedenlys I Institut pochvovedonlya
Xoldavskogo filtala Akadeutt sauk SSSR.
(Soils--Analysis) (Calcium) (Xagnesim)

BIRYUKOV, L.T.; KOZYULYA, Yu.N.
Autmatic machine for the welding of spades. Avtom.
svar. 14 n0.3%
88-94 Mr 161. (KM& 14332)
1. Artemovskiy mashinoetroitel.'rATY zavod "Pobeda
truda."
(Spades) Wectrio welding)

BIR Y UJL(lv ...
Death of aguatic birds due to water pollution by
petroleum produets
in the 36ba Oilfields. Xxv.AN IMkh.SSR.Ser.xool.
no.7:130 '48.
(KLRL 9:5)
(Imba Valley-Water birds)

BIFMOVP M. D.
"A New Gigantic Rhinoceros, the Priatinothere,, and Its
Stratigraphic
Significance*" CW Biol Soi, Inst of Zoology, Alma-Ata,
1953. (RZhGeo3., Doe 54)
Survey of Scientific and Technical Dissertations Defended
at USSR
Higher Educational Institutions (32)
SO: Sum. No. 556 24 Jun 55

BIhYUI:CV, Ii.D.
Entelodont (Entelodontidae) from middle Oligocene
deposits in
the upper Zhilanehik Valley. Mate po ist, fauny i
flory
Kazakh. 3:11-19 1d. (MIRA 14:7)
(Dalygalyzhilanshik Valley-Ungulata, Fossil)

BIRITKOV. III.D.
-.- - .. -I
Swump rhinoceros (Amynodontidae) from the mle,'le
Olipe, -e cS
the Turgay Gates. Ilat. po ist. fauny i flox-
"'"-zakh. 34.20...
'u
29 162. (Awgay Gates. -Ilhincccroo, Fo-sil) O."B"
V+:Y)

T3IRY-UV-.Vj M.Dz
ipecific. fpaturc- of th,c, ~S Allaceropo fron Ile
~;uyol: site. MJ. ljo .~.st. "auny, I *.'Iory tazakho
300-o' 161.
(:,!Ivj~ 1~:7)
(Tur,,.,'cy Fouil)

BIRYUKOVO M.D.
Anew species of amynodont (Amynodontidas) from the
Paloogene of
Razakh.gtan. Mate po ist. fauny I flory Kazakh.
4:34--41 163a,
(KIRA 16:9)
(Rin-lorishp Mount- Rhinocerosl Fossil)

Kcs"'a'wv N-R-
CcrmWV4-Z t!v oftYlf mm2allm rhum or tho Z&.Ivan
Dap.:otalm.
V00t, PH MUM- MR 23- no*12175M D 165. NEI IW22)

BiRnwv, M.L., prof.; ZVIROVA, H.P., kand.med.nauk
Work of the Gorkly Pathoanatomical Society from 1954
to 1957.
Arkh.pat. 20 no.11:87-89 '58. (MIRA 12:8)
1. Predeedatell Gorlkovskogo obahchestya
patologoanstomov (for
Biryukov). 2. Sekretarl Gorlkovskogo obshchestva
patologo-
anatonov (for Zefirova).
(P.%THOAN&TOMICAL SOC331TIRS)

BIRYUKOV M L.
Morphological characteristics of ependywl brain tumors
and the
differential diagnosis between them and gliomas.
Vop.diag.i
patomorf.nerv.zab. no.2:38-50 '59. (MIRA 15:8)
(BRAIN-TUMORS) (DIAGNOSIS, DIFFERENTIAL)

B.iRYUKOVP M.L.
Genesis of rosettelike formations in the 4~vitles and
canals in
ependyms.1 tumors. Vop.diagei patomorf,nerv,zav.
no.2&51-67 '59.
(MAIN-TUMDRS) (MIRA 15s8)

BIRYMVj M.L.
Neuroepithelial eysts. Vop.diag.i patomorf.nerv.zab.
no.2:68-72
'59. (BRAI.N-TUMORS) (CYSTS) (MMA 15t8)

BIRYUKOV, M.L.
Cancer metastasis into a neurinoma. of the cereballopontile
angle
following surgery. . Vop.di&g.i patomorf,uerv.zab.
no;ZtM,:.lZ5 159,
(=A 7318)
- - (MAIN-CANCER)

BIRYUKOV, M.L.
Study of the cancerogenic properties of sylvan
(2-methylfuran).
Trudy GIGT no.9z 41-46 162.4 (MIRA .17:9)

BIRYTTYSIX, prof.1 ZLOTNIXOVA, Z.B., kand.med.nauk
Work of the GorW Scientifio Society of Pathologists in 1964,
Arkh. -pat. 27 no.3.lt64-V 165. (KM 18:12)
1. Predeed&tell GorIke"kego Tmuohnogo obehohostva.
PaLtolo "Atomov (for Biryukov). 2. Sakratarl Gorl-
kov~kogo nauchnogo, obshcheetva patologoanatomov (for
Zlotnikova).
m

USSR / Cultivated Plantsk Fruit Treesi Small Fr~ult IVI
Plants. Nut Treesi Tea.
Abe Jour : Ref Zhur - Biologlyal No 6, 1959, No* 25034
Author i-BBiryukov, M. Pa.; Savinykh, G. M.
Inst Sta-te-TUb=c Mbrary Im. V. G. Belinakly
Title Horticulture In the Urals. Index of
titerature
Orig Pub Goo. publichn. b-ka Im. V. G. Belinskogov
Sverdlovsk, 1957 (1958)t 147 PP-9 3 drawings
Abstract No abstract given
Card 1/1

i 7 1
-; - zI . ,
II, ,- ,
BLOKH,I.G.; BIRYUKOV,H.S.; IVANOY,Ye.Ya.
Winning peat in stumpy bogs. Torf.prom. )2
no-3:11-13 '55.
(MLPA 8:6)
1. noakovskty torfyanoy institut.
(Peat industry)

BIRYUXOV, M.T.
D14td-presoure on the abdminal aorta aB a method for
control-
ling bn~,otouic hemorrhage. Akush.i gin. no.6t49-54 161.
(MIRA 14:12)
1. Iz kafedry akusherstva I ginskologii (savo - prof. M.A.
Bomanov) Aetrakhanskogo meditsinskogo instituta.
(ABDM4D= AORTA) (HEMOMUGE, UTMM)

V
B 171 U 11,C) ~' ).. ,
Vle i!lcrius ailitan i I
; traditions must lic (,art?ful-I.,, prerrn-, :' and
Pnhanced. No 9.
larkist. i.-0 12, 19118.

CHUHIVSKIY, V., insh.-Polkovnik; BXRYUXPV, N.,
iuzh.-podpolkovnik; GALINSKIT,
Vs, lnzh.
Determining the exact site of a hit. Voen-vest. 39 no.4t82-87
Ap
16o. (MIRA 14;2)
(Margate (Military ocienco))
t

BIRYU V, N.
[The rebirth of Gersan iWertallm to a threat to the
security
of France] Vozroshdonle germanskogo isperiallFwa -
ugrosa
betopannosti Trantfili. Moskva, Oes.ixd-vo poll.
lit-ry, 1955~
166 p. (Xiak 8!12)
(Germany. Ifest-Diefeases)

. DIRITEOV, N., inzhener-Polkovnik; AB.%AYAOV, Ye.,
imhoner
-- - - " ,
Audible and luminous initator of firing operations. Voen.
veEt. 41
no.7'.3.16-318 J1 '(3. O'aiLl 1,5..1)
(Shooting, Military-Equipment and supyl,lies)

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woh (MrssrW MeSZ71M 1934, I'L
lee
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dome is OXIAffAwd Iml "W""'i t whm equ"'Wum 1*0
.1 the iho wkc4"y,& of
-00
Mani af delpti!Od
4Utkr* of QkM* Wid 0011144401ft -~*Ulic 000
ozWk- rvdwvd. During
chr9mium OffAzel: am MAM-ule of Almmium lee
n4wilan (ma #A c *'t" (V Oll is fifet lomw and then (NO whad-
mulliburic VNW is pererut or not. 1~ The akvwmv .1 thill arki.
the P"W%VA Noe
l.n1ii1%"hl 111UP111 ovum AMAy 11114lb in Its Ph'wMM% WIND tlw
t"lue-
laus form with At, rhmonle wid insoluble comp"Unilli such troll
E)r,(C!rOl)v which n4W diffusion towanlis the cathado. With
oulphufic ackl,
q*9
howem, soluble make of type Orf.( (80J. we formed the Will
ountrat
C.1110.;k - coo
of which depends on this ismooM of pburio wid In the
electzalyte. The
depositional ellioreadommusplollimism In the abooftoo afoul
urlewwisim-
Imimmilik%oiamsbr(W
Woble suillAoft formed In the ce of oulphuAc wid b'00
and this is pordy rfdowd to awtal and partly oxidloA formbW a
amnewhat
Jvw laym. In Ab cam the slortrulyto mw the catho& tenailks of 3
Coo
entolmillsillilM (VII. the lategin~diale (Vill. and theautaklo
Crvl- moo
'Ayers. the lilt
no intmor4jew Is he I mirrml om Imm the utidhhw sellum Ail Voo
the CT% I in the ezt4= E~. :.t' thoom allAw drixisition (it
lurwhe Aft'lu-
ium possible. 7U of thm layem to raduomd whru hydropa is Wee
evolved jA the cathade.-P. N. K ago
~m - L A litIALLVOGICAL t"1180o" C11.41'"WICATON age
.1lo- 6'7.a". Wee
Ow I I-------
11111 ON Gov 111t
r .. as 9-0
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0 Is 0 It to *016111 a i % All A I a tw 0 4 IF 0 3
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40
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& Ti
ki
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00 a

ar
em an
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MOW 1"). ISK 14. 103-12ft-ila Rusi.,j In oprating the
wilphuriv-
l
t4
b
ith
hi
h
t
Ai
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hl
4
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I
v

lor Ila-
Inereamed by intermiltvait wmkkvX vinve the interruptions
stford titne
COM*x OrgOO funned do
96 WroWyals to det,ouipm &on
=

r
*0 3

1 thronitum, romle. The voltm4m obanites at the
into eulphmno
electrode terminals an dem afiveled by intemptioew the
differetim between

the initial and AW valms bob* considerable
after a kmX interruption. 71w

00

00

rurves showing the iWtW vWtWe in U* individual vilw4injents
of a series
against tim life of do bath in samp.-hra. always exhibit
several! maxims corm.

00

sponding neither with the Uses ofinterruptions am with the
sulphuric wid con.

00

K_ % current lmdepoolUng n*Whc chrotnium
Oestratiom 71wel

00

Q~

00 Ar

y 2 after the bath has lwwn tom! for a
=h" a constant Value of 3
o
th
id
b
f
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d
t
ti
f
l
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i
WI4

on
e c
ncen
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9u
ur
e &r
.
num
er o
amp.-
re.
ra
rpm
l1

Variation in the valmeal Karevegiderand the muinsom" md
tomazinta
.ib= ... full. =.. the surf.

00

do tervalm between the ex
eriments
after
:

00

:
l
a kmg interruption. the r&Waltm in an savending curre.-I). N. K

so
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**A
14, No. 4. 1111,341111M); Chink & 1101".

S40, 33,
13M.-When a 3 M CVO~ willn. omit. 03-0.6 1.
' " -

Cr
)logo. w 65 M, 115 tkctndYwd, the Y*M Of
P f ts a cow. was, whir is reached after a certalls time
Afthff
the mmut 11irletuy. Istarard th, end J ekv-
trollyda, doctor pa. reactions take place lietwern CriMNIs
.00

tmt is Proportiomw to the cowIl. Of " "A tMt 41110
and
0,(M),SO~, rrmilling in the h1wratiott of li,*~
00

d
depeomb m the CrIll ~ . At the start of ellwtrimbrois
km the
carriplex and fxvvmtkjn of Cr,(Cr.O,)s. As ttw
00
go
&no&
oxidatiom van be defted as I be diffenwe betw"
time interml
betserru tc-sts incim". the e. m. f. lit

-,'100% wA the
percentage of the current Costumed by the
the teminsh rim- mW
the cond. falk proportkentely. The
00

:'
tvohvd (h, this clefinition V0114,11fM ing in ~ to tror
"
to
after
A"i
- C
&
m
b
i
C
d
e. M. f. curve has 5 mal, which are independent a I be
"I
.04)
o

t
u
t
r
onnal
on
r
tran
;
,
P
M
cut - I of 23-W amp./hr. per bo-M cc. of thetrollyte,
I
Ct
and WSOtcvtorns. and M-A)ol the litne Intervals. and
whit* d
o
M oftl
di
h
i
i
th
ti
I
l
j
n
0800
l
a
"attidatim" afroady means The MMA I tarY 101MADDS
The luermse
embromic acid or Its ults
,at the anodir of
o
rpr
n
e r
m
n ca
r
c poten
a
ng
y
,
'I
ll
f
X
=go

.
p
in CORI cmum. corommut with the decrease in Inv $04
rate o
evolution of lit does not temain nm%t. dwin'
rest. When there is equil. lirlirren the oxidation arwi
Coo

kina
(total Jiuvatr man . rr"Laining CID"-) dec e the
' reduclion
processes in the rJectrolyte. the rate cd rythluckm
=00

yield of
Cr noetal. The decresor in the total Cr Cauca. in
of It,
dependis an the initial condition ot the surfacv.

tbeckvtfaytcisgmaiertbegrmtertbeHiSO.coOm- 10
When the Cr is
deposited on polidwd Cr. I be rate is tria-

plaft Cr frown a
CrOa bath then is abrays an excessive
"'
"
tively slow at first but mon increases to reach a
ltracticially

t 90 that for -9- Jr Parl I'* Cr
to Cy
reduction Of Ct
coo". value in about 2) min.; this is dw to the
fact tha
'

AILAILMS
deposited an approx. eqwv. amt. of CFO. is educe to
the
Polished Cf grsdually becomes coated with a fibn ~
:a**

Crj(h.
Aso rtsult of the 3 eathodic Proftw",M,1110311
dull Cf, the
surface of which fimby becortirs uniforin. On

,A It,, anxilitlau
of Cr wW rOdUCticift Of Cfth to CrAX-
doll Cr dw crwee-voltagie
of It it smitalier. which sc'~unts

the total amt. of rtduc-tkm.
as well as that of L'r% to
for be increm in the rikle of
evolulkis of H, toward be

CrA, decream even at the first
Viretraysis, in spite of
end of electrolysis. When plating is
carried out an dull

The fact tisat the coneri. of 11,90s does
out vary ",
k'
"U
ik 1
14
N
B
9D
Irl
n
Co. The rate of evolution (it lit does not vwy, tcause the.

w
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f
ell

,
ION 6th 6 electrotyred under a high c. d., the knob of
IFU role
of gvwwkm o
my Is Inversely proponiow [a glor
otemiall at the terminate of the cell an accou
t
f th

I into wwb elapws lictoreen the tests plaYs a VM impor-
n
o
e
p
. varUtim in catbridirpotential
-C
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coo

tant part in all tmkv"": the trinarr the intervals, The -
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J. AWW t-LO ILI-IMA 11, HIS
(in prmb. mb)jIW%is, cf. C, A, 10, 2,11114~ The
rieh lbroory (cf. C. A. 15, IN41) til Cf lAstift 6%
LWx IItCfO..
furtboor dormtkigord. In the rathtAlk fvdudkm 01
tjoe vekoeltimul The VAMY elect-bent. t"Wkm Cf(o#
CcO by at. If MA al the oKW&ti= of CIO by the elft-
te accottlim to3cro + CrOk - 2CrA are linpurtabl.
lemlim bowqvn ibrw vvinclik-s can Ite emptrawd
v
ISY tow tooqualk" Wn x IM) (Cf) - A', "hwtv low Cl.
arA Cf &9v =%elventase y1this im cliffelit) 44 CO. ati-tard ~ 4
MM 104 efitialk". IjW V*14W 4j X III_
ins 10 Slie
er"mes wkk so imemm of temp. off Cf pkiloos. The
hd of electrolylor be& two points of in
smile (A 4" WWII art orbaracteriink- for a riven
mmal. MW PWRI A (of 3D*) coormVubdit to a dWp
is approwasm OW dimenvoluot of the Cf crystals,
The drpunks bel" A were doN grayish avol the stain
Am abmt 23 p; iobe" A the dneamit is lustrous mW thr
pubsimG.9a. At the point JI (ANtron.0") tbedepopils'
had a sairror-like sWerionre. The Iturins and harroutt
:11asorwat 04. C. A. 3I.X31b) I* etopkined hot an sWiration
if A amil A nit. proints twtwm vmhkh the lumorw tklwv4t.
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Ium a# the Cj deposit, its -00
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mrsim dw end Immew wireeduany dft-mwd; its
1100e.K i�rhM=d%MMIyh*t 11141,1111 site slut lullter did full
K Itiew
Ltb~OJILN 5^ mewd and a
r-.1ttw-E. s obill
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It it u IS is It 11
so -C
maid ad wilaw dftmkw m an k6id6 of clift.
P. Malm'eva and N.
D. P. -A.A114Y. ~Mei Net 4. No. 2. IG-14
UVW); d. C. A. 33. 2161k-Two types of trivaltist Cr
-00
(1) by int"Pludug CF(OH)i into the
Wid
lemity mw 0) by tivilkeelic irdiwtion of CKV Me- -90
[I& led w. AeldmulCr(OlVeirelumt1hr see
go elf V It owl divi-tessurs dw ruimi yield (it C(
m1w" of Ci(h to LY" hintaws t ler vvWu - zoo
tion of It, and elmervem the rate (A 1"Clim at the *no&,
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?A 61T28
ion 108
Chemistry Wdragen Im Canoentratian
OA Graphlo Method of Rapid pl'Camputatim of a
&Au-
tian In a Battery of Any Voltagepw 1. D.
Biryukay,
Soi Roe Inst, CawArcial Air Fleet, 21 pp
"Zowod IALbar" Vol XIV, No 1
Describes method for rapid comqmtstion of pH of
but-
ter~ soluticn based an a sinple Instrument,
vh-4eh re-
cards by means of a needle or else registers
auto-
NAtIOL1.1y MA gmphtoLw. Barring ww type of In-
-artiftin instrument,_pI values are--registered
vith a
ur arrar at* O.Ok.
6IT28

6'1 'C Y t4 'VI 0 \J, W . 0
BIRYUKOV. N.D.
~ ~ .................... .. ., ..
Regularities in the qizantitles of electrode potentials of
metals. Zhur.nearg.khtm, 2 no,9:2240-2258 S 157. (MIn 10:12)
LTSentrallary nauchno-inaledovatellskir institut AN SSSR.
(Metals-Electric porpertles) (Potential, Theory of)

LISTVIN, X.I., insh.-Polkomik, red.; MDV N.I. [translator];
ZLITM.
-RUM,
N.Y., red.,- KLUUMM. 9.B., tekhn.
[Supersonia airplanes; a collection of translations and
abstracts
frou foreign periodiml lItzr&turs].9verkhzvukM* samolety;
abornik
parevo&v I referatov is Inoetrannoi. periodiaheskol
literatuxy,
Mookwat Isd-vo Inostr, lit-ryj 19589 233 Po' (NIRA U17)
(Airplanes)

66296
(24 5 -57 0 0 0 0 60 SOV/78-4-12-4/35
AUTHOR: Biryukovt N. D.
TITLE: On the Dependence of the Normal Electrode Potentials of
Metals
Upon the Dimensions of the Atoms and Molecules of Metallic
Oxides
PERIODICAL: Zhurnal neorganichaskoy khinii, 1959t V01 4, Kr 12,
pp 2670-2681 (USSR)
ABSTRACT: In an earlier paper (Rof 1) the author has already
noted that
in calculating the free energy AF of the reduction of metal-
lic oxides by atomic hydrogen iLi normal electrode potentials
30are almost linearly dependent upon AF. With the ZO-values
of alkali- and alkaline-earth metals, however, deviations are
observed which wore shown to depend on the dimension
3
77 of 1he atom and ion of the metal. In this article the author
reports that he detected similar relationships also in the other
groups of the periodic system. He explains these results with
Card 1/4 the help of a hypothesis. The normal electrode potential
B,,,,

66296
SOV/78-4-12-4/35
On the Dependence of the Normal Electrode Potentials of Metals
Upon the
Dimensions of the Atoms and Molecules of Metallic Oxides
of the metals of the electromotive series was calculated as a
function of the reduction of metallic oxides and hydroxides
by atomic hydrogen. Moreover, the author determined the
deviations
of the empirical values 30 from IOslo (Table 1). It was proven
that each group of the periodic system has a special,
approximate-
ly linear dependence of this deviation on the dimension of the
atom. Empirical quaVons were developed for the dependence of
so upon AF and :nd NT, whereT denotes the atomic volume.
The calculated values of the normal electrode potential agree
with so for the greater part.of metals of the electromotive
series as well an for the lanthanides and rare earths (the po-
tentials of which were calnulated by V. Latimer)(Table 2). The
author proves the dependence of the deviations of 9 0 from
Rcalo upon the structure of the electron sheath of the atome
Card 2/4 and upon the molecule dimensions of metallic oxides
and L~l

66296
SOV/78-4-12-4/35
On the Dependence of the Normal Electrode Potentials of
Metals Upon the
Dimensions of the Atoms and Molecules of Metallic Oxides
hydroxides. It in assumed that the additional energy consuapm
tion for the escape of the *leoiron from the electrode, which
effects the deviation, in dependent aA the diameter of the
oxide
molecules inhibiting the escape (Figs 2, 6). On the basis of
a hypothesis concerning the oxide redtotion by atomic hydrogen
at the interface between metal and solution the author
oaloulat-
ed the electromotive force of five galvanic oells by utilizing
S. Gleestan (Ref 5) and V. A. Kireyev' (Ref 3) data. With
the help of the Gibbs-Helmholtz equation the working heat q
of the element (q . -,&R) was shown to be the difference
AN 0 of the salta developing and vanishing during the process.
The deviations from the empirical values of Q and E were only
insignifioant (Table 3). There are 6 figures, 3 tables, and
5 Soviet references.
Card 3/4

66296
BOV/78-4-12-4/35
On the Dependence of the Normal Blectrode Potentials of Metals
Upon the
Dimensions of the Atoms and Molecules of Metallic Oxides
ASSOCIATION: Institut neorganicheekoy khinii Sibirskogo
oideloniya Akademii
nauk SSSR
(Institute of inorganic Chemistry of the Siberian Branch of the
Academy of Saienoest USSR)
SUBMITTED: May 26# 1958
Card 4/4

B-IRXUKOV N,D
Mendeleev's periodic law and normal standard potentials
of metals,
Izv*Sib.otd*AN WSR no*6MA-56 161. (MM 14:6)
I@ Institut neorganicheokoy khimli Sibirskogo otdeleniya,
AN SSSR,
Novosibirsk.
(Metals-Eleatrie properties)

BIRYJXCV, N.D.
Recovery of antimony by electrolysis from antimony thio salt
solutions. Zhur,prikl,khim. 35 no.5:1048-1057 My 162.
(MIRA 15:5)
1. Institut neorganicheskoy khimii Sibirskogo otdoleniya
AN SSSR. %
(Antimony-Electrometal.lurgy)

SAFIR, A,D~; J31MXCM,-ILPL; KATAL-NIKOV, S,G.;
FROLUVA, Z.M.; -
IEGINA, V,R.; SHUVANOVA, II.V.; KWHEIIIIIHIKOVIto
YO.P.1
BLINOVA)
IL-tchange of experienoe. Zav.lab. 28 no.6:670-671
162.
('.aRt, 1515)
1. Chelyabinakiy metallurgicheskiy zavod (for Sapir).
2. Institut neorgwdcheakoy khimli Sibirskogo
otdeleniya
AN SSSR (for Biryukor). -3. Moskovskiy
khimiko-tekhno.-
logie-beskiy institut Mendeleyeva (for Katal'nikov,
Frolova).
(Chwdstry., Analytioal)

BIRYUKOV NO.
Reducing properties of (NH4~2 S208. Zhur.neorg.khim. 7
no.7.q748--1750
JI 162, - (KERL 16;3) .
1. Inat.itut neorganicheskoy Ithimli Sibirrkogo
otdeleniya,AN SSSR.
(Ammonium perojUmdisulfate) I (Reducing agents) ,

BIRYUKOV N.D.
Mechanism of cathodic and *Aodic proceasee in the
electro-
lytic deposition of antimony from solutiote of
salts. Zhur.
PrikI. kbim. 36 no.10:2167-2179 0 163. (MMA 17:1)
1. Institut neorganicheakoy khimii Sibirskogo
otdeleniya
AN SSSR,

BMTUKOV, N.D.
Yiectvin!sm of The hydritlun and ntructtir~r ^f
jIqLO I W. lzv,
Sib. otd. AN ric..H.-40-5? (MTFA 17-.8)
1. Insti-tut necrgarilcheske-j kbim," Sib,-riVogu
ctdalenlya
0 SS:M, Novosi-Wrsk.

BIRYUKDV, N. F.
From our practices cf machingry maintenance. Put# i Pruk.
khoz. 5 no.7:25 JI 161. (MIRA 14:8)
1. Glavnyy mekbanilc putevoy mashinnoy stantaii, No.63.,
st, Znamenka-PaomzUrskaya,, OdesBkoy dorogi.
(Railroada-41aintenance and repair)

Blj'Nlhlv B.B.~ BIRYUKOV9 GFEMSHCHEV, le.".
iesting for strength of the main frame and body of
2TF-101- dlesel
joaomotives. Trudy VNITI no.19:28-43 164. (MIRA 180)
A

BARON, Le Ie 9 ~ aYA2j,,N,.j.', (Kooky&)
]a , w, Tl!~-
Incidence of pneumoconlosis #md conl dust control in
Muhr mines;
Gige'trucla i 'prof. zabe 2 no-5959-60 S-0 '58 (KIRA
n23-1)
16, ZDmiselya pri Akademli nauk SM iDo bor'be a
allikosom"
(Rmm YA Lixy--mna ixisTs) 0
(RMR VAIM--WWI--MUST DISSASES)

L 3 4346-63 1WP(q)/31a(m)/BD1S AFFTC/ASD JD
ACOFMION 11R; AP3002898 S/0140,10/000/006/0%3/00.18
AUTHOR i ~#yukq IN 1.
1 TIME: eatment of a metal In a ladle with a synthetic
titwdum-contaiining slag
-;L7
't-SOURCEi IM. Chernaya metallurgiya, nD. 6,0 29639 43-48
TOPIC TAGSt synthetic titenium-contedning slag, eynthetic l1me -
alumina slag,
titemium dioxide, aluminum oxide, freshly roasted lime,
titanium-containing slag,
-AMTRACT: Authors studied the use of &.synthetic lime a2umina slag
(with ad-
'mixture of titanium dioxide up to 5$) from acrap slags containing
up to 70 - 8
aluminum oxide and freshly-roasted lime in order to determine the
effect of the
oxidas contained in it on the qua1ity of a steel and its chemical
composition. Au-
thora found that a content of titanium dioxide of up to 5.0% in a
synthetic lima
alumina slag does not produce any negative effect on the process of
desulfurizing
the steel by the slag. As a result of the reaction of the metal with
the liquid,
synthetic, titanium-containing s:Lagp a partial roduction of the
aluminum and titan-
au-, takes-place..and thsy tra"aform into steel. The mechanism of
this reduction of
aluminum and- titaniura- was not establishedo- -.The fining- of -a
metal in a ladle- vith
Card V2

L 3-33146-63
ACCESSION NR: AP3=898
liquid, synthetiat lime-alumina slag oauses the origination of
nitride inclusions
in the steel4(titantum nitride and carbonitride). It is recommended
that only
-steels wh: 'Llre not reqWxed to have an especial pwity with respect
to nitrides
inclusiono be treated with these slags, Orig. art. has: 4 figures and
3 tables.
!ASSOCIATION: Chelyabinekly inauehno-lealedovatel'skiy Institut
metallurgii
(Chelyabinsk Scientific Research Institute of meta gy)
nur
1 SUBMITTEW O5,Tul62 DATE ACQ: 24.Tu163 ENCM 00
SUB CODE- OD NO REP SOVI 005
OTHERt 003

-we
.0
MOW=p A.P.
BIRYU*qy,_N I
Mweling process" 4 in-tho-ladlo treatment,of metal
by slag. Izv. vys. ucheb. zav.; ohern. met. 6
no.2:39-"
(miRA 16:3)
1. Chelyabinoldy politekhnicheakiy institut.
(Metallurgy)
(Dimensional analysis)

BIRYUKOV) N. 14.
ILfforestation-Rostov Province
Raise the ouality of affore,9tation work in
Rostov Prov:L-ice. N. Biryukov. Les i ste,:)'
4, No. 6, 1952
Monthly List of Russian Access-ions, Library of Com-,ress,
Septenater 1952. UNCLA.36IFIED.

i3lamrx"'T, r. "f.
PIRYUKOV, N. III.
Cultivators
Implement for cultivating soot seedings
of oak. Les i step' 4 no. 6, 1952.
Monthly List of Russian Accessions, Library of Congress,
September 10/52. TICLASSIFIED.

BIRYUKOV, N.M.
Afforestation - Ukraine
Afforestation of sands in the Chernassy
District
Les i step' no. 4, 1952
(See also: BIRYUKO',"A, N. M.)

BIRYUKOV, N. M. Cand Tech Sci -- (dies) "Establishment of
the relationship
&%A Va~g U
13 49 the specific pressure of gie elastic" matrix and the
depth of
Mos, 1956. 12 pp (Vin of Higher Educetion USSR. Mos Order
of Lenin Aviation
Inst im Sergo Ordzhonikidze), 110 copies (KL, 14-58, 1120
- 48 -

AUTHOR: Biry-ukaa,-itJ~. 30V/147-58-1-22/22
TITIE: Impact Extrusion by an Elastic Die
(Shtampov1,',a-vytya--hka
Ielastichnoy matritsey)
PERIODICAL: Izvestiya Vysshikh Uchebnykh Zavedeniy,
Aviatsionnaya Tekhaika, 1958, lir 1, PP 1'(9-189 (USSR).
ABSTRACT: Papers devoted to studying the process of stampin,6,
by
an elastic die including the careful investigations of Isa-
chenkov (Ref 13,do not contain recommendations for determining
the relation between the specific pressure and the depth of the
extrusion without an additional experimental investigation in
each case. This paper discusses that relation theoretically.
The compressive tangential stresses in the transition zone of
the blank as a result of plastic deformation vary with the
depth of the extrusion. The specific pressure of the elastic
die necessary to prevent folding also varies. Hence, it
follows that its dependence on the depth of the extrusion can
be found by an investigation of the stressed state of the
transition zone of the blank and the conditions of its
stability.
The fundamental parameter influencing the quality of the
component in impact extrusion by an elastic die is just the
specific pressure. The equilibrium equation for a component
Cardl/3formed by the rotation of the surfaces is established
under the

Impact Extrusion by an Elastic Die sov/147-58-l-22/22
following assumptions: the loading and the deformation are
symmetrical; the thickness of the blank is constant and the
line of the overflow of the side surface of the component
towards the flange in the meridi-anal section is an arc of a
circle. If, for the preparation of a Eiven component, there is
required a specific pressure lesa than a(ritical value (which is
determined), then the impact extrusion process can follow one
oL'
the laws illustrated, whereas if the specific pressure is
greater
than the critical value, the process muct follow the other
illustrated law. These illustrations enable various conclusions
to be made about the process. As the experimental curve
approaches that illustrated in the text for the variation of
the specific pressure, as a function of the depth of the
extrusion, the maximum stress during the stampinG diminishes
and the permissible gap between the die and the clamping rinG
at the beginning of the extrusion grows.
Card 2/3

Impact Extrusion by an Elastic Die sov/147-58-1-22/22
There are seven figures and nine references, 8 of which
are Soviet and 1 English.
ASSOCIATION: Kafedra proizvodstva samoletov, Moskovskiy
aviatsionnyy institut (Chair of Aircraft Production,
Moscow Aviation Institute)
SUBMITTED: October 28,, 1957
Card 3/3 1. Dies--Performance 2. Materials--Extrusion 3.
Mathematics
--Applications

SOV/14?-58-3-16/18
AUTHOR: Biryukoy N.M.
TITLE: On the Selection of Pressure of an Elastic Die for
St ;-g of components from Shoots (Vybor udellnogo
dayleniya slastiobnoy matritsy pri ahtampovke detaley
iz lista)
PERIODIOLL:Izvestiya Vysq'hikb Uchobnykh Zaveden Aviatsionn Ta
Tekhnika, 1958, Nr 39 pp 126-134 (Wk
ABSTRACT: The beat conditions obtain if the intensity of
pressure
on the elastic die surface (Fig.1) varies in direct
proportion to the depth of drawing of the sheet-metal
(Ref.1). A proper pressure distribution may
substantially decrease the number of operations needed
to produce a given shape. For the case of drawing a
cup from a flat blank of circular shape, as shown by
the author (Ref.1) the relations of Eq.1 to 4 decide
about the equilibrium of the transition ring (between
the "cup" and the flange), where Rh - the inner radirs
of this ring (mean); r - radius of the conical portion
(mean)(die shoulder); a - the width of the flange;
act C14 (CICKPI a Kp) - hoop stresses in the conical portion
and ij~ the fla,29 respectively (and their critical values).
Card. 116 Lasuminf, that r = 0, so that the cup and the flange
have

BOV/147-58-3-16/18
On the Selection of Pressme of an Elastic Die for Stamping of
Components from Sheets
a sharp joint and consider an element of the flange
as shown in Rg.2. It is acted on by its hoop stress
a* and the pressure from th* blank holder, qT%.
The effect of the junctioiL with th* inner portion is
replaced by a hinge and the elastic forces which tend
to bulge tbo flanp. When the :a2nitude of these stresses
exceeds a certain critical valu rdi~endent on the the
current flange dimensions) lateral collapse into waves or
wrinkles occurs. Using the energy miethod to determine
the critical value of a we got Eq-5 where:
Er = 471B - reduced modulus of elasticity;
(4y + A -57-
TT = (l OB qp)r- - modulus of strain hardening;
Z
OB - elastic limit;
vp - relative reduction of cross-sectional area at the
instant necking is forming during tension;
Card 2/6 3 - modulus of elasticity;

SOV/147-58-3-16/18
On the Selection of Pressure of an Elastic Die for Stamping of
Components fron,-Sheets
1 - the length Of the PrO360tiOn, On X-,aXiB of the
buckled mean line of the flange;
v9T vertical and anipilar displacement of the cross-
section.of the flange;
Poisso #-a ratio;
IK 1/3 Q65 - second moment of the plate area (in
thick of the flange; torsion);
Kv 8E bras
42x1 coefficient of the elastic resistance
of the flange against bending (Ref.2).
To solve Rq-5 a sabstitution. is made for y as given in
Eq.6 where: AU - angle of rotation of the cross section
through the crest of the wave; n - number of wrinkles.
Applying all these values and using the substitution of
Eq.7, fins,117 we obtain Xq.11 giving the mmber of
wrinkles and Rq,12 giving the critical hoop stress cF&Kp
Solving Eq.12 for qxp we got Eq.13 and relations 14 z 16
where is the init-lal radiUs of the blank. In the case
Card 3/6 of lu4lcation being used betveen the blank and its