SCIENTIFIC ABSTRACT GRIGORYEV, V.N. - GRIGORYEV, VASILIY PROKHOROVICH

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000516820005-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GRIGOR'YEV, V. N.
Cand Tech Sci - (diss) "Ring furnaces for heating inetals; charac-
teristics of heat exchange; methods of heating calculations;
further improvement of design and performance." Moscow, 1961.
25 PP including cover; 6 pp of diagrams; (Ministry of Higher and
Secondary kipecialiot Education RSFSR, Moscow Order of Labor and
Red Banner Inst of Steel imeni I. V. Stalin); 150 copies; free;
(KL, 6-61 sup, 216)

!',/191,/62/000/002/001/006
1~(,04/A 10 1
AU771ORS: Kaplunov, P. F., v, N.
TTTIX-: Rapid-heatfi.~- -,-etional Nrnac(- for the heat t: - tnent of electri-
cally weld(- - lies
PERIODICAL: Byulleten' ,,-~hnfko-ekonomicheskoy informatsil, no. 2, 1962, 14-16
TEM The nut', ~Iescribe the design and operation of a sectional furnace
for heat-treating elen.-xically welded pipes, The furnace consists of a number
of sections mounted In one line and fuelled by gas. Each section consists of
a welded or cast jacket lined with refractories, a layer of Insulating material
being plncod between Jacket and lining. The pipes are conveyed by a furnace
roller conveyer made of carbon steel. The heat condition control of thofIrst
furnace zones ensures a forced heating, with the desired temperature drop. The
thermal load of the last furnace zones is, in a number of cases, reduced and
automatically controlled. The ratio of the peripheral rotation speed to the
pipe feed rate at a given angle of Inclination of the furnace conveyer rolls
increases with a decreasing pipe diameter. The accelgrated normalization of
electrically welded pipes during rapid heating to 900 C in the sectional furnace
Card 1/2

V-j-, 2/0u/co,~Vboi/W6
I A - /6
Rapid heating sectional furnace ... Auk.:VA 10 1
with subsequent air-conling ensures a full phase recrystallizatIon over the whole
pipe section, Including the welding seam, resulting In a uniforn-n increa3e In
strength limits and yield point of the pipe walls. The sectional furnac(a of
Gipromez design are fitted with double-line burners, mounted tangentially in the
lateral walls of the sections, which ensure a multiple circulation of the furnace
gases. To save fuel. the air is preheated in recuperators. The authors give
a detailed description of a sectional single-flow furnace of the Giprnmez system
built at the Moskov:~.'-.Iy trubnyy zavod (Moscow Pipe Plant). The furnace consists
of 24 sections with via~er-cooled rollers and Individual motors. Depending on
the assortment of pipes, the pipe traveling speed can be adjusted in the range
of 10 - 50 m/min. Automatic heating regulation is effected by zones comprising
eight sections each. The temperature of each section Is measured by radiation
pyrometers, the readings being indicated by twelve-point .4,IFI-i6 (EPP-16)
potentiometers, wh-Ile the temperature control in each section is effected by
the radiation pyrometer, potentiometer with rheostat pickup, isodromic 0 P-1310M
(IR-130M) regulator and servomechanism. There is 1 figure.
Card 2/2

KAPLUNOV, P.F.; GRIGORIYEV, V.N.
Rapid-heating sectional fi,rnace for heat-treatment of electric
welded pipes. Biul.tekh.rokon.inform. no.2:14-16 162.
(MIRA 150)
(Furnaces, Heat-treating)
I., . .;~--~: 'T, '~~
_: -

4n2o
S/185/62/007/007/004/010
1048/1248
A, UT 10 R3 k*,ri,,,or',y(-tv, V.N. -ind Rudenkoq N.S.
TITLE. The density of H2-D liquid,solutions
2
P"7RIODICAL: M,.rr-,ins'kyy fi7ychnyy %hurnal, v.7, no.7,
1962, 737-739
TBXT: 2or the purpose of ascertnhin-,,; the deviations from
ide-lity pointed out bj rarlier investl6ptors)very pure H2 and D2
were ;is(.,d in concentrationn, cnlculited -from th,~.- parti-il pressures.
The reSLIlt.-, are preoented by a table relating; excess volume (IAV/Yl)
as i function of the t(.~mperaturf~ and the D2 concentration in the
liquid (CD)- 1he devintion was large and considerr~ble compression
was observed durin,~ tivi formation of tho H2-D2 solutions; the
Card 112

3/185/62/007/007/004/010
1048/1248
The density of...
values Of ~V/v Le-sared axe of Lhe same order r~s the v%lues of
Z\V/V in tile C;,.So 041. 001'IP!'V!-,;ed jis systems such as 02-Ar, 02-N2,
etc. 1"he vnlue ol ',V/V ir, pr-tcticnlly independent of the tempera-
ture -aithin the r.-.n--e F;tudi~-,d. S-imple values of nV/V are (in
Dnrentheses - the.C3): 0.74 (9.7), "1-85(20-35), 1.00 (38-3), 1.16
(47-75), 0.98 (57 3 , 1.05 (61.6), 1.02 (76.95), -.nd 0.52~ (91-1~)*
-ehese results do not rtj7,ce with M. Simon -nd A. dellemans (Physica,
26, 191, 1960) nor with the equation of Yearn (Trans. Fer. Soc.,
45, 966, 1949).
ASSOCIATION: Pi7iko-tekhnicheskiy institut, AN USSR (The
Physico-Techilical Inatitut* of the AS UkrSSR,
Kharkov)
Cv-rd 212

BULATOVA, R.F.; GRIGORIYEV, V.N.; NOGANv V.S.
Microcolumn for mparating and analyzing mixtures of hydrogen
isotopeo, Atom. energ. 12 no.5i428-429 Yq 162. (MIRA 1515)
(RIdrogen-Isotopes) (Chemical apparatus)

GRIGORI MO V,N.
Difference of saturated vapor pressures of crypton and xenon
isotopes. Zhur.fiz.khim. 36 no.8sl779-1781 Ag 162.
(MIRA 15:8)
1. Fiziko-tekbnicheskiy institut AN USSR.
(Crypton-Isotopen) (Xenon--Isotope.9) (Vapor pressure)

GRIGORIYE Y!.. V.N.
Surface tension in deuterium. Zhur. eksp. i teor. fiz. 45
no.2:98-100 Ag 163. (MIRA 16:9)
1. Fiziko-tekhnicheskiy institut AN UkrSSR.
(Surface tension) (Deuterium)

I
ACCESSION NR: AP4042374
S/0056/64/047/OOJ./0092/0096
AUTHORS: Gricror've __V.~; Rudenko, N. S.
TITLE: Surface tension of liquid isotopes of hydrogen and of H
2
D solutions
2
SOURCE: Zh. eksper. i teor. fiz., v. 47, no. 1, 1964, 92-96
TOPIC TAGS*-. hydrogen, deuterium, surface tension, deuterated com-
pound
ABSTRACT: The authors hope to resolve the discrepancy between the
theoretically calculated and experimentally observed relatively
large decrease in volume (-1%) upon formation of solutions of hydro-
gen and deuterium, which cannot be explained within the framework
of the aimplest theory, by obtaining information on other properties
Of solutions of hydrogen isotopes. Experimental data are presented
on the temperature dependence of the surface tension of hydrogen,
l/ 6

ACCESSION NR: AP4042374
deuterium, and deuterohydrogen, and solutions of hydro~jen and deu-
terium. To permit comparison with calculations based on the quantum
theorem of corresponding states, the authors first determino the sur-
face tensions of the pure isotopes. These measurements are of in-
dependent interest since the published data on the surface tension
of hydrogen are contradictory, thus casting doubt on the data on
deuterium, which were measured with similar installations. The pro-
cedure and equipment used to measure the surface tension of the pure
isotopes of hydrogen were described elsewhere (V. N. Grigor'yev,
ZhETF, v. 45, 98, 1963). The same equipment was used for the solu-
tions of hydrogen and deuterium. The method of preparing the solu-
tions and of measuring their concentrations was the same as described
,by the authors elsewhere (ZhETF, v. 40, 757, 1961). The data on
the surface tension of hydrogen agree well with the results obtained
by Kamerlingh-Onnes (Comm. Leiden v. 13, 142d, 1914) while the data
previously obtained for deuterium by Van Itterback and van PAGM61
(Physica, v. 7, 325, 1940) are approximately 5% too high. The sur-
2/ 6

ACCESSION NR: AP4042374
face tension of the solutions was found to be several per cent lower
than the additive values, in qualitative agreement with the theoreti-:
cal calculations of 1. Pirgogine (Molecular Theory of Solutions,
Amsterdam, 1958). "The authors are grateful to 0. N. Grigorlyeva for
)jelp with the measurements." Orig. art. hass 3'figures, 1 formula,
cind 2 tables.
ASSOCIATION: None
SUBMITTED: 18Feb64 ENCL:
0%
SUB CODE: NP NR REP SOV: 004 OTHER: 009

ACCESSION M AP4042374
ENCWSUREs 01
d-, jalcm jyn /an SiOn Of
+ Temperature dependence of surface terX
+ hydrogen isotopes
Cb
4S
D, 0 - pvesent work
Card 4/-6

ACCESSICH NRs AP4042374 ENCLOSUREsG2
Surface tensions o f hydrogen and deuteriun solutions
Tf OJ( T,OX 0. Ow"*A % 7. *9
OWWA %
CD.- 7,29A CDs - 32,8% 9. f)(6 2,72, 25
20.44 1 981 1,4 20,42 2,31, "2,9 19,39, 2,82, 2:7
t9,98 2:04, t 9 20,4t 21311 2.9 B.94 2,911 3 . 2
10,66 2.f14 1:0 20,41 2,311 2.7 M.40, -
JD,28 2,18m 1.2 19 27 2,53, 2.4 1893 2,918 2.8
1882 2.251 1,0 0:86 2.GN .2.4 0:93 -
.
t8:48 2.31,, 8
25
t 2,70 - 17,34

'
I 1 1. 3% 8
1 48
: 24674 1 77
17:
94 2,4C6 0,92 2.178, -
(contlaw'd on enclosure
.Card 5/6

ACCLWICH MRs AP4042374
SNCL4=UR&s 01,
CD,m CD.'3818% tD.-74j%.
20.44 2.0% 1.2 20,45 '2.34s 3,2 .20.44 2.8N 3,2
20,43 2,IC6 1,0 20,44 2 37, 2 20.44 2,89s 3,1
t9,61 2.2A, ij 20,46 2 37, 2,t
20,43
2, f4
2o9
19.17 2.31, 1 3- 20,44 2,30, 2.5:,. 19.99 2.97, 31
18.80 2,38, 0:8 20.43 2.3% 3.2 19.04 2,%% 3:3
18 35 2.45,. - 20 39 2.30, 2,1 19.39 3, tO 3,0
17:74 2,57, 20:32. 2 392 .2 6 18,96 3,18, 3.0
. 19.46 2:33, .
3:2 18 56 3,24, -
- 23. 6o%
CD 18,85 2 63, 3,6 18:42 3,29&
.
20
43
2
19
2
3 18,40 2:76, - 18.14 3,30 -
,
20
41 ,
,
2
20 ,
2 0 17 21
: 2.021 17.8t 3.37, -
,
20.OS ,
,
2,267
1:8 17
14 1 2,95,
CD.- 82.3%
19,48 2,37, 1,8
-40,9%
CID
20.38
3,o%
3,3
0,43 2,38, '
1 , . .20 36 3,01, 3.2
2,574 1:,
, 20 46 2
62s 7
3 " :48 3. 1 7a 4.2
18,08 2.62, - 20:44, 2 62&
: 3,2 19,17 31241 4,2
17.47 2,71 - 2D 44 ,
2 63 3.8 0,27 3,401
16,44 2,8(6 20:43 2:64, 4.0-.. 17.9 3,47,
(continuation of enclosure
Card 6/6

1'%CCFASIOII NR: AP5005238 0/0057/65/035/0022C332/0335
AMMOR: QEjgOr1vcv* VIN.
J,
TITLS: Surface tension I -11D and JW--D2 solutiona
rot 1t21-
SOURCE: Zhurnal tokbnicheskoy fiziki, v.35, no.2, 1965, 332-335
TOPIC TAGS: viscosity, hydrogen, deuterium, hydrogen douterido, solution
ABSTRACT: The surfajo tons im~~ 112--41D and 11D--D2 solutiotis war, mcanured by a
capillary rise motho4l%at temperatures fro 20.5cK to the crystallization tempera-
ture. The author hast4ascribed his apparatus elsewhere (ZhFTF 45,93,M;3). The mea-~
surements were undertq"n to test tha suggestion of I.Bigoloisen (J.Chem.Phys.39,
,,769,1963) that the lade of spherical Bymmetry of the H2 noleculo may play an im-
portant role in the behavior Of 112--D2 50lutiOns, since HD molecules may bo expect-
ed to deviate even more from spherical syimratry than H2 nolecules. The solutions
were prtvared by mixing in the gaseous phase and repeated condensation and vaporiza-
tion. The densities of the solutions were computed from those of the pure compo-
nenta on the ass=ption of additivity of molecular volumn!t. The rin-asured surface
tensions all exhibited the same linear %lopendance on temperature over the rango in-~
Card 1/2

-------------
ACCESSION HR: AP5005238
v4stigated. The concentration dependence ol the surface tension of the solutions
deviated from additivity in the negative direction by a maximum of about 2.5%. The
experimental curves are compared with theoretical calculations based on the quan-
tum prinoiple of corresponding states with surface absorption corrected by the
formula of A.Englert-Chwoles and I.Prigogine (Nuovo cimento,Suppl.9,347,19513). The
theory represented the general course of the 112--11D curve and was in quantitative
agroem.nt with the 1W--D2 curve. It is concluded that the lack of spherical symmo-.,
try of the 111) molecule does not exert any significant Influence on the surface
tension of its solutions. '~The author is grateful to N.S.Rudenko for his interest
in the work, and to WN,Grigorlyeva and K.G.Breslavets for assistance in perform-
ing the rwasurements." Orig.art.has: 1 formula and 4 figures.
ASSOCIATION- none
SUBMIT=., 24WG4~ ENCL- 00 SUB COOE:GCIMF.
NR REF SOVt 006 OMIER- 008
Card

ACCESSION NR: AP4043621 S/0056/64/047/002/0484/0485
AUTHOR: Grigor-yev, V. N.
TITLE: Surface tension of parahydrogen
SOURCE: Zh. eksper. i teor. fiz., v. 47, no. 2, 1964, 484-485
TOPIC TAGS: liquid hydrogen, specific heat, density, evaporation,
surface tension
ABSTRACT: The surface tension of liquid hydrogen with different
ortho-para ratio was measured in view of the experimentally confirmed
fact that ortho-hydrogen and para-hydrogen in the condensed state
have noticeably different properties such as specific heat, density,
and heat of evaporation. The surface tension was determined from
the difference in the rise of the liquids in two capillaries of
different diameter, using a setup described previously by the
author (ZhETF, v. 99, 1963). The surface tension of ordinary hydro-
Card 1/3

ACCESSION NR: AP4043621
gen is described by a relation derived by the author (with N. S.
Rudenko, ZhETF, in press) a(dyne/cm) 5.25 0.162 T, whereas for
para-hydrogen the value obtained is a 5.27 0.165 T. At 20AK
the surface tension of para-hydrogen is approximately 2% lower.
"The author is grateful to N. S. Rudenko for interest in the work
and to 0. N. Grigor'eva and K. G. Breslavets for help with the mea-
surements." Orig. art. hast 2 figures.
ASSOCIATION: Fiziko-tekhnicheskiy institut Akademii nauk UkrSSR
(Physicotechnical Institute, ACademy of Sciences)UkrSSR)
SUBMITTEDs' 21Mar64 ENCL: 01
SUB CODE: ME, To NR REF SOV: 002 OTHERt 001
Card 2/3

AX"~'GIC14 Nil: AP4043621
Left: Difference in capilLary
rise as functicn of para-
hydrogen concentratim at 20.4K
Riqht:
Tenperature dependm= of
surface tension of ordinary
H ( o ) and of parahydrogen
ca_-d 3/3
Ah. mn
C.
14F.5 IZJ 145 i4prv-
E-24CLOSURC: 01
Avne /c!,n

-t 40758-65 W(m)/zm(e
EMM-YMP(t) Pd-1/Pi-4xiPr-4/Ps-4 UP c 1.1.1/iD
ACCESSION M AP5006160 6/0258165/005/001/oO6510M~
AUTHORi Valkin, 0# A.1 qrj&or',Xev. V2 N.; Vitshas, A. F#
TITLE: EKperimental Investigation of shock vay a exoitod by a current pulse In a
rarefied gas
SOURCE: InzhenerMy zhurnal, vs 5, not 1, 1965, 65-72
TOPIC TAGSt shock vaye, plasma motion, plasma electromagnetic vave interaction,
pressure dkpendence
ABSTRAM The authors investigated the motion of a plasma between two plane-
parallel electrodes over a wide range of pressures, for the purpose of checking
the applicability of the various theories proposed for the acceleration of a plas-
ma by an electromagnetic field. Simultaneous measurements of the plasma velocity
vere carried out by optical (photomultipliers and spectrograph) and electrical
(double probes) methods* The test set-up Is illustrated in Fig. 1 of the Enclo-
sure and the apparatus in described In some details 7be results show that, start-:
ing with an initial vressure 2._3 x 10-3 &M Kg1, the layer of current flowing be-
_U Idl)

L 40758-65
ACCESSION NR: AP5006160
tween two plene-parallel electrodes in air begins to behave like a shock wave
moving over the gas particles, and can be described b
,y the usual gaadynamic
11pieton-wave" model. The front of this shock veve and of the current layer co-
inaiding with it, measured with high-speed framing camera, reaches a maximum value,
at an initial pressure 5 x 10-3 = Ng, At pressures belov 2 x 1o-3 mm Hg the
velocity of the layer coincides vith that of the io~j~ (heavy piw~icles). 7be
cause of this maximia" is the fact that the nitrogen-s"d oxygen-Uve a 2ax1mum lon-
Ization rate at the some pressure* "The authors~-thank V. L. Granovskiy for useful
discussions and Yeo G. Kormakoy for furnishing the photomultiplier for the measure-
ments," Origa art# bass 6-H-gures. 1 formula, and 1 table.
ASSOCIATIONs None
SUBMITTED: 20yar6h ENCLt 01 SUB CODE: HE
NR REP SOVI 006 OTMM 1 004
Card.4. 2/3

Gt?jG,^):?IY',:V, V.N.
SL.rfa-e tsrtAon )f para hydrogen. Zt,*ir, r-f- 1 fiz. 47 r,-,.2.-z-84-
485 Ag 164. ', Y-- PA 17. 1 C, )
1. Pz!k,>-telhnl---h,%skly I-naul.lii, All lj'~.rSSP.

GRIGOWYILV~
Carabri~l,i rztLwao f,,~rzztioni t--
'r
ilatf,.,rm ftal Its f --mewirk. Tru,*
17: 9)

(ZEIGOR IYEV, Vladimir Mikolay 3vich ---
Special features of the oomutation of d.c, machines with
coupcRind armature windings* Izv.vys.uoheb.sav.; slektromakh.
5 no.9tlO83-1088 062. (MRA 1611)
1. Vodt#hchiy 1nshener Leningradskogo filiala VBesoyuznogo
nauchno-isoledovatellskogo instituta elekt4romekhaniki.
(Co ~ tation (Electricity))
(Electric nechinery-Xirect current)

GRIG0111YEV, V.11. [Hrybor"Iev, V.14.1
investigating the separation of crypton Isotopes in an un-
packed fractionating column. Ukr. fiz. zhur. 6 no./+*472-477
n-Ag 161. (MIRA 14:9)
1. Fiziko-tokhnicheakiy inatitut AD USSR, g, Kharlkov.
(Crypton-Isotopes) (lactope separation)

JtQM*6' _,.K-~l)/IMWAF(n)-2/L?WP(q)/IW(m)/BDS AMC/
~ SM--.- -p6-
ASU JP(Gj
XCg3j
ON R: AP3005251 S/0056/63/045/002/0098/0100
AUTHCEL: Grigorlyev, V. N.
TITIE: Surface tensi~Aof deuterohydroge!j
4 -
i'SCURCE: Zhyr. 'eksper. i teoret. fiz.,.v. 45., no. 2, 1963, 98-100
TCPIC TAGS: douterohydrogen,, hydrogen isotope , surface tension
i~MTRACT: The aurface-tension coefficient of liquid HD was masured in the tem-
~erature range betweenP1'hI-And-ZQ.,LI)j(,I using the method of capillary rise. The
equipment was checked Sy means of prgWbinary experiments on ordinary hydrogen and
found to yield correct results. Several samples of ED obtained from different dis-
tillations viereAested. The surface tension was found to vary linearly vdth the
temperature in t'he range of temperatures investigated. The results of the experi-
i ments also indicate that the surface tension of solutions of hydrogen isotopes is
leiP than the sam of the surface tensions of the individual ca-1ponents. "I take
ithis opportunity to thank N. S. Rudenkq for interest and 0. N. L-igorlyeva for
held rdth the m9asura%ents." Orig. art. has 2 figures and I table.
ASSOCIATION: Fiziko-tekhaicheakiy institut Akadomii nauk ukrainskoy SSR
Cor4 1 -(Phsi~otechnical Inst. Acad. Sci. Ukr- SSR)

GRIGORIYEV, V.N.; RUDENKO, N.S.
Density of H2 - D2 Bolutions. Zhur.ekap.i teor.fiz. 40 no-3:757-
761 Mr 161. UMU 14:8)
1. Fiziko-tekhnicheskiy institut Akademii nauk Ukrainskoy SSR.
(Low temperature research) (irydrogen-Isotopes)

i*,';'i ~ Y:,.,, , V r N,
I ~, .,4 oslv~tp ntv.(t l t10,Ylumolit f c r- i ,.! i!.q-. rci~,uer-. of arn. jh
.. ': " I.- r"
- ) -I.: ng. 1.4 nc, -.'i, t, "' - ~Vliv- 16,12)
Dqro prw,

GRIGCRIYEV, V.N.
Rotary cutter with grooves for the distribution of shavings.
Der. prom. 1/+ no.7128 i1 165. (MITu 19:1)
1. Leningradskiy vagonostroitellnyy zavod Im. Yegorova.

L 14480-66 FWT(m)
A(:( 11R, A1601040 SOUPCE COK- t11?/03(,7/00/003/0()l/(O15/( P16);
,go i
AUTHOR: 11cuayev, 11, 11" Vanilenko) G. G.; Q GrIgortyev, V. N.
OF(;: IIr n1cal InctIt cnderqy of
In I cotegli ute Im. A. F. loffe, A - (Fiziko-3
tel-linichr,skiy Institut Akademli nauk SSSR) - -- 77 14
TiTLE: Converflon transitions with pair production In (*
Ysidernnyrt flzikno V- 3, no. 1, i~)66,
gerrnruilum, gaillum, ponitron, electron ponlLron pnir, elertron tranni-
thm. Gtomma Lrnnfltlon, neutron bombardment, dipole Interm,fAnn , 1,107c-P-1 1
1)v IJ I ", 0 /,Y
Al~:;*ITACT: Ilic nuthorn ms~,anured, for the first time, 11w rpectrum or tile ponfl.ronf;
jwodurt,-d in tile occay of Ga72. '11ils hns made It, panF;1h1,! to determine the hitherto
mikiirlwn multlpolarl ties of a number of transition!: with energies larger than 2mc 2
F-mi tho paIr-converalon coefficients. Me positron momentum distribution wnn mea-
rilred il(i Hit%. (ttd or a double-focusli-q3 spectrometer described by one of the ruithors
earlier (Vitallenko, with M. G. Kaganskly anti 1). L. Kaminskly, PIT. no. 5, 112, 1.961.).
'M- decaying Ga72 was obtained with the aid of the (n, -y) reaction by bombarding
willIum oxide with thermal neutrons for 24 hours. PosItrons corresponding to 7
transitions with energies 2510, 249o, 2465, 2400p 2200, 2120, and 1865 kev were ob-
served. 'Me positron spectrum had a complex form. The main part constituted tile
positrons due to the most Intense 7 transitions (2200, 249o, 2510 kev), of 'Which the
2200-kev transition corresponds to dipole radiation and Is identified as El. The
Card 1/2

L 34480-66
ACC NR' At'6010W
multlpolaritien of the 2510 and 2490 kev transitions were also Identified an El. On
the basis of the obtained mult1polarity for the 2POO-kev transition, the spin and
ly.triLy of the 3050-kev level in Identified (in 2-. lbe 21100-kev transition Is
tentntively Identified as 190, although the place of this transition In the level
scheme Is Btill undecided. The authors thank M. _0-,Jagq_q 1y for a discussion of
the results. OrIg. art. has: 2 figures and I table.
SUB CODE: 20/
SUBM DATE! 31jun65/ ORIG REF: 005/ 0711 REF: 005

GRIGORIYET. Y.P.; MREVICLI, S.G.
-Notoelectric method of area measurement. Bot, zhur. 43 no.6:828-830
jo 158. (KnU 11:7)
l.Severoosetinekly gosudaretvennyy podagogichookiy institut im.
K,L, Khetagurova, g. Ordzhonikidze.
(Photoelectric measurements) (Leaves)

GRIGORIYICV, V.P.
Interaction of root system of the pine (Finus silvestris L.) and
herbaceous plants. Dbicl.AX BSSR 4 no.8:351-354 Ag 16o.
OURA 13: 8)
1. Bolorusakiy lanotakhnichookiy institut im. S.R.Kirova.
Prodstavlano akad. AN BSSR I.D. Yurkovichem.
(Roots (Botarq))

Grigoroyova Vasiliy Prokborovich
AIrcrart Gonstruction Technology, Wright-Patterson
Air Force Basep Ohioj 1961.
4ve Illus.9 D:Lagrs,W Graphs, Tables.
Translated from the original RU3siant Tekhnelogiya
&=let-o8troyeniya,, Moscowq 1969.
Insluded Bibliographical References.

GRIG(RIYEV, V.P.; POPOV, S.Ya.
Protective properties of lime deposits. Zhur.priki.khim. 35
no,7tl621-1625 JI 162. (MIRA 15:8)
(Lime) (Corrosion and anticorrosives)

8/145/62/000/010/003/006
D263/D308
AUTHOR: Sri9or4y9x,_Y_-V,* Doctor of Technical Sciences,
Professor
TITLE:* Comparison of'Joints executed by various methods
PERIODICAL: Izvestiya vysshikh uchebrWkh zavedeniy. Hashinostroy-
aniye,.no. 10, 1962, 81-88
TEXT: In the article the following cases are considered,
in order to compare joint strength under static loads, vibrating
loads (600 2000 vibrations/min), and repeated loads (4 - 20 per min)
1) const. i.e. strength coefficients of compared joints (static
load).are equal. 2) n - const., i.e. numbers of joining points of
compared temples of various,mathods of joints (bolts, rivets, welding
spots) are equal. 3) 1 = const. i.e. widths of lap joints (cemented,
soldered, welded) in compared jointsare equal. The results of the
investigation of typical joints in each case are compared and analyz-
ed, and their application in practice discussed. There are 5 figures
and 3 tables.
Card 1/2

S/145/62/000/010/003/006
Comparison of joints D263/D308
ASSOCIATION: Moskovskiy aviatsionnyy institut (Moscow Institute
of Aeronautics)

P f f f, S ow I n g ,m ; c !
f: (~ r!d s w pmer, ts
on the, grrr.;ti. and reprndl;~tiva Ity of pt,rennifll 'Lupine.
Bot.; is3l. Bel.. otd. Vfr. no.5,,115-22 `63. M I IR A I

SOV/1 37 -58-11--22076
Translation from: Referativnyy zhurnal, Metallurgiya. 1958. Nr 11. p 35 (USSR)
AUTHORS: Oyks, G. N. , Krydkovskiy, Yu. V. , Qiigor'yev, V. P
TITLE: Intensifying Open-hearth Conversion of High -phosphorus Pig Iron by
Introducing Oxygen Into the Bath Nntensifikatsiva predela vysokofos-
foristogo chuguna v martenovskoy pechi %vedeniyeni kisloroda k %annu)
PERIODICAL: Sb. Mosk. in-t Stdli. 1957, Vol 37, pp 1 38 -151
ABSTRACT: Heats in which the bath was blown with technically pure 0, are
run in tilting 350-t open-hearth furnaces at the Azovstal' plant,
utilizing the high-molten pig iron practice. with consumption ofa59'o
of the pig iron (P 1.6%). The 0, i!3 introduced by lance from the
backwall of the furnace, primarily during the meloing period. Each
1000 M3 of OZ consumed in the blow reduces the duration of the melting
and working period by 57 minutes and increases the rate of P and C
elimination by 250/6, while reducing fuel consumption, When 5.8 m3'A
02 is used to blow the metal, furnace output rises by 151~o As a
result of the accelerated burning out of the impurities, the tempera
ture of the metal (Me) is 50- 700C higher in heats with oxygen blow
Card J/Z than in heats when the OZ is delivered into 'he burner jet, The

SOV/1 37-58 -11- 22076
Intensifying Open-hearth Conversion of High-phosphorus Pig Iron (cont, I
formation of reactive basic stag is accelerated. When the 02 is delivered into the
Me during the finishing period. reduction in the finishing and pure-boil periods is 3
38 minutes in the case of rail and 44 minutes in the case of rimmed St per 1000 m
of 02. When the rate of delivery of 02 during the melting period is increased to
IZOO m3/hr, an increase in the burning .off of C ?nd P occurs. When the hourly
consumption of 0 is increased to above 1200 m /hr, the rate of P removal
2.
diminishes. This is explained by thr- fact that the rates of formation of reactive
slag and the rate of temperature increase differ. This does not occur during the
finishing period when formed stag is already present. Further impro,-ement in
furnace output rate should be sought in the direction of increasing the consumption
of OZ used in the blow, accompanied by changing those factors in the process that
govern and speed slag formation.
Yu. K.
Card 212

OTIS,
G.N., prof., doktor takhn.nauk; KRTAXDVSKIT. Tu.V.,
KAFUSTIN, Ye.A., kand.tekhn.nauk; GRIGORITIV, V.P.,
kand.tekhn.nauk
inzh.
Efficiency of uming oxygen-enriched air during highly phosphorous
pig iron converter processes in open hearth furnaces. Sbor. Inst.
tali no-37.152-165 157. (MIRA 11:3)
:
.Xafedra metallurgii @tali Kookovskogo instituta @tali im, I.V.
Stalina.
(Oxygen-Indumtrial applicationm)
(Open-hearth proceem)

-19m.\ k.v.
tud for
pr"w=
Moscow

GJZ7 IOR 1 mov. Yea.
nzh.; ABRUSI
Effect of Silicon and manganope in pip, iron on the dephosphorization
process during smelting with oxygen blow of the metal bath. Izv. vys.
ucheb. zav.; chern. met. 2 no.4:45-51 I-P '59. (MIRA 12:8)
l.Moskovskly institut stall. Rekomendovano kafedroy metallurgli
stall Moskovskogo Institute, stall
(Steel-Metallurg3r) (Oxgve;-Indus trial applications)

-/-L
CjHIGCR EV, V. P., Cand Tech b"ci - (diss) "Oxidaticr. of phosphorus
in the first half of the welting period in the corvLrFioii of high-
phosphorus-content pig iron under the conditions of scavcnFinr. with
oxygen." Moscow, 1960. 22 pp includinf~ cover; (Eiristry of Hi~ her
and Secondjrv S-.t-cialiEt Education ES~ISR, Mosco-w Crder of Labor,
Red Banner Institute of Steel im I. V. Stalin); 1;-:~U copies; free;
(KL, 1c"-60, 133)

GRIOORITXV, V.P,,: VISHXAM. A.F.: KOROT.V, B.G.; ADWSODY. Te.Y.;
TAVOTSKIT, T. I.
3ffect of phosphorus and manganese on the surface tension
of Iron-carbon alloys. Izv.vyn.uchab.znv.; chorn.moto no.4:
55-65 160. (MIRA 13: 4)
1. Moskovskly Institut stall.
(Iron alloys) (Surfacm tonnion)

3/148/60/000/010/003/018;
A161/Ao3o
AUTHORs
Ye.V.
TIM: -Dephosphoratiokin the First Heat Half in Remelting Ulgh-Phospherew
Iron with Oxygen Blown Through the Bath
PMUODICAL: Izve5tiya vysshikh uchebnykh zavedeniy. Chernaya metallurglya, 1960
No. 10, pp. 46 - 57
a
TEXTt The Moscow Steel Institute Investigated teats in 350-ton rocklag
open-hearth.fumaces melting iron with 1.4 - 1.6% P or tent by scrap-ore process
with an oxygen blast. The experiment techniques had described in No. 4, 1959,
of this periodical. The observation results in the fi-si. half of the heats (be-
fore the addition of scale, are and lime) are 3given in this article. The effect -
of CaO content In slag was low at up to 500 m oxygen blown through, but increased
rapidly with & higher oxygen volume; with 1,500 - 1,700 m3 the C&O content in
slag was 1.5 times higher than in heats without oxygen. The dephosphoratlon rate
also rose, which is due to the effect of the dissolved active CaO fraction (Fig.4).'-
The increased SiO2 content had a strong negative effect in heats without oxygen#
but not In a process with oxygen, due to tne high CaO content sufficient for the
Card 1/5

3/148/60/000/010/003/018
A161/AC30
Dephosphoration in the First Heat Half in Remelting Hlgh-Phosphorous Iron with
9xygen Blown Through the Bath
binding of S102 and P20 and intense foaming and spilling of slag. Still, the
Si and S102 content in i~e charge must not exceed certain limits (indicated in
(Ref. 1)) because of th._- diluting effect an the phosphoric acid in slags used for r
fertilizers,'and the excessive slag volume causing difficulties. PeO only lowers
the P content In corit-tional process until the concentration reaches 14 - 16%
(stated also in Ref. 3 and in the dissertation of A.I. Sukachev, Khar*kov, 1953).
The observations confirmed the opinion of N.N. Dobrokhotov (Ref. 4) that the rate
of dephosphoration at a high FeO content in slag is only determined by the rate
of removal of oxyphosphorous aniones from slag-metal interface into the slag mass;*
At a- higher oxygen volume the high metal temperaturf, and intense mixing speed up
all the exchange processes, and F-0 content above 14 - 16% does not loose thq effiLi
(Fig. 7, curve 2). The effect is stronger at an oxygen volume above 1,000 M3,
and it Is advisable to Increase the ore charge In the first heat half from 9 - 11%
to 13 - 14% when melting rail steel, and to place the ore on the top of loose
charge to prevent excessive.oxidation of carbon and "softening" of the heat. In
general, an increased oxygen volume results in a more complete.dephosphoration
with an equal FeO content. Manganese has a negative effect on dephosphoration, ast
..Card 2/5
It te tP

, ,I
,,/V48/6o/ooo/o1O/O03/018
A1611,4030
Dephosphoration in the First Heat Half In Remelting High-Phosphorous Iron with
Oxygen Blown Through the Bath
was repeatedly stated previously (Ref. 6,7) and confirmed in this investigation.
Dephosphoration was considerably lower at 0.25% I-In in metal than at lower contents
in temperature below 1,4500C. The major cause of this appears to be a change in
the transfer mechanism. It was stated In a special investigation that Mn causes
an abrupt rise in interphase tension in Fe-C-P alloys thus preventing adsorption
and oxidation of P in the interface. Conclusions: J) Sucess with dephosphoration
in the first heat half depends not only on the thermodynamics, but also on the
rate of the rise In temperature In the bath, the development of the contact sur-
face bQtwcen the slag and metal, and the opeed of the reagents' transfer.' The oxy-
k;c,n blast has a boosting effect on these factors and speeds up the dephosphoration
process 1.5 - 2 timer, compared with the process without oxygen. 2) The slag forrm
earlier when the oxygen blast is used. The calcium oxides in the slag is 35 - 40%
compared with 22 - 26,,42 which is normal in the conventional process. 3) S102. con-
tont of 20 - 25,cvl in the slag ceases to be an obstacle for dephosphoratlon when
1,300~oxygen is blo-= In. 4) Oxygen b1nst resulti In bottcr utilization.of FeO
tund low-,-r phosphorous content In metal. 5) An Increase of ~hO content in slag re-
-ults in a higher phosphorous content in metal. 6) To speed up dephosphoration in
Card 3/5

3/148/6o/ooo/olo/03/M
A161/Ao3o
Dephosphoration in tile First Heat Half in Remelting High-Phosphorous Iron with
Oxygen Blovin Through the Bath
the process with an oxygen blast it is necessary: a) to keep Yn content in iron
at itiaximum 1.4% (comparing with 1.8 - 2.2% used in present practice); b) to raise
the Iron ore addition to 13 , 14% when melting rail steel. There are 10 figures
and 7 references:6 Soviet and I English.
ASSXIIATIO14: Moskovskiy Institut stali (Moscow Steel Institute)
SUBMIT-IM: July 15, 1959
rigure It:
The effect of CaO content in
nlag (1-5 - 2 h after the end
of iron pouring into furmace).
S102-15-20%; FeO-lVu. o-without
oxygen; +-600-1200in3 oxygen;
*-l2OO-l9OOm3 oxygen. The figures
card 4/5
8$
S,
4
+1
AW&YOW4W.0 4W iWAMW. A
at the points indicate the number of studied hmt5

PHASE I BOOK M(PLOITATIM SM/5556
Moscov. Institut stali.
Novoye v teoril I praktike proizvodstya martenavskoy stall. (Nev (Developcentfil
In the Theory and Practice of Open-Hearth Steel-ldng) Moscov, YetallurgizdAt.
1961. 439 P- (Series: Trudy Hozbvuzovskogo nauchnogo soveshchanlya)
2,150 copies printed.
Sponsoring Agency% Hinisterstvov7sebego I arednego spetsiallnogo dbrazovaniya
RSFSR. Makovskly institut stall, imni 1. V. Stalina.
Rds.t M. A. Olinitor, Professor, Doctor of Technical Sciences, V. V. K*ndakov,
Professor, Doctor of Technical Sciences, V. A. Kudrin, Docent, Candidate of
Technical Sciences, 0. W. Oyks, Professor, Doctor of Technical Sciences,
and V. 1. Teyoyskly, Professor, Doctor of Technical Scienceal Ed.: Ye. A.
Borko, Ed. of Publishing Rouses N. D. Gromov; Tech. Ed.s A. 1. Nwaser.
PURFM: This collection of articles to Intended for me a of scientific
institution@, faculty awsbare of schools of higher education, engineers
concerned with metallurgical processes and *ysIcal chemistry, and students
specializing In tbeoe fields.
C ard I/A

New (Developments] in the Theory (Cont.) SOV/5556
COVERAGEt The collection contains papers rerieving the developwnt of )pen-
hoarth steelmaking theory and practice. The papers, written by staff
membere of schools of higher education, scientific research institutes,
and main laboratories of metallurgical plants, were presented and discassed
at the Scientific Conference of Schools of Higher Education. The foll7ving
topics are considered: the kinetics and mechanism of carbon oxidation; the
process of slag formation in open-bearth furnaces using in the charge either
ore-21me briquets or composite flux (the product of calcining the mixture of
It= with bmmite)j the behWor of hydrogen in the open-hearth bath; metal
desulfurization processenj the control of the open-hearth thermal molting
regime and Its automation; beat-engineering problems In large-capacity
furnaces; aerodynamic properties of fuel gases and their flow in the furnace
combustion chamber, and the improvement of high-alloy steel quality tbrwigb
the utilization of Yacuum and natural gases. The following persons took
part in the discussion of the papers at the Conference, 8.1. Filippov,
V.A. Kudrin, N.A. Glinkov, BP. Nam, V.I. Yavoyskiy, G.N. Oyks and Te.
V. Chelishchew (Moscow Steel Institute)j Ye. A. Kazachkov =6 A. S.
Xharitonow (Zbdawv Metallurgical Instituts)l N.S. Kikhaylets (Institute of
Chemical Metallurgy of the Siberian Branch of the Academy of Sciences USSR)j
A.Z. Strogamov. and D. Ys. Povolotakly (Chelyabinsk Polytechnic Inatitute)g
P.V. Umrikhin Ural Polytechnic Institute)j I.I. Yomin (the Moscow wSery, I
molots Metallurgical Ylmt)j VA. Paklev (Central Asian Polytechnic Instituto)
Cut 2/14

New (Developments) in the Theory (Cont.)
and 11.1. Beylinov (Night School of the Dneprodzerzhinsk HetaUurgIcal Institute
References follow somo of the articles. There am 268 references, mostly Soviet.
TABIZ OF C010=s
Foreword
ravoyakiy, V. 1. (Nookovskiy institut ctnU - Xoowv Stool Institute).
Principal Trends in the Developient of Scientific Research in Steel
Manufacturing T
Filippov, S. 1. (Professor, Doctor of Technical Sciences, Moscow Steel
Institute). Regularity Patterns of the Kinetics of Carbon Oxidation
In Metals With 14v Carbon Content
(T. 1. Antonenko participated in the experimental
levin, S. L. [Professor, Doctor of Technical Sciences, Dnepropetrovskly
meta.UurgIcheskI7 I=tItut - DDep. uvwsk lietallurgleal Institute].
card 5!14

New (Developments) In the Tboory (Cont.) WV/5556
(Engiveer), &n4 Ye. T. Abrosiwv (Moscow Steel Institute).
Effect of the Chemical Composition of the Charge andL Slag on the Depbos-
phorization Process in an Oxygen-Blovu Bath 305
Svinoloboy, N.P. (Engineerlp w4 I.D. Semikin (Professorlp
[Dnepropetroyak Metallurgical Institute). Obtaining a Luminous Flom
in Open-Searth ftrnscss Fired With Natural Gas 315
Okorokov, N.V. (Professor, Doctor of Technical Sciences, Moscow Steel
Institute]. Electromagnetic (Inductive) Stirring of Netal In Malting
Furnace$ 324
Semanonko, 1.1, (Engineer, Net&Uunichavidy kowbizat in. Serow
Metallurgical Combine Imani Serov). Combustion of Hlgh-Sulftr
Content Mazout Ossified In %be Open-%earth T*rt In Neking 110-
quality steel 330
Discusoloa of Papers 332
Card U/ 34

PHASE I BOOK EXPLOITATION SOV/5411
Konferentslya po fiziko-khimicheskim osnovam proizvodstva stali. 5th,
Moscow, 1959.
Fiziko-khimicheskiye osnovy proizvodstva stali; trudy konferentsif
(Physic och emic al Bases of Steel Making; Transactions of the
Fifth Conference on the Physicochemical Bases of Steelmaking)
Moscow, Metallurgizdat, 1961. 512 p. Errata slip inserted.
3, 700 copies printed.
Sponsoring Agency: Akademiya nauk SSSR. Institut metallurgii imeni
A.A. Baykova.
Responsible Ed.: A.M. Samarin, Corresponding Member, Academy
of Sciences USSR; Ed. of Publishing House: Ya. D. Rozentsveyg.
Tech. Ed.: V. V. Mikhaylova.
Card 1/16

Physicochemical Bases of (Cont.) SOV/5411
PURPOSE: This collection of articles is intended for engineers and
technicians of metallurgical and machine -building plants, senior
students of schools of higher education, staff members of design
bureaus and planning institutes, and scientific research workers.
COVERAGE: The collection contains reports presented at the fifth
annual convention devoted to the review of the physicochemical bases
of the steelmaking process. These reports deal with problems of the
mechanism and kinetics of reactions taking place in the molten metal
in steelmaking furnaces. The following are also discussed: problems
involved In the production of alloyed steel, the structure of the ingot,
the mechanism of solidification, and the converter steelmaking
process. The articles contain conclusions drawn from the results
of experimental studies. and are accompanied by references of which
most are Soviet.
Card 2/16

Physicochemical Bases of (Cont.) SOV/5411
TABLE OF CONTENTS:
PART 1. MAKING STEEL IN OPEN-HEARTH
AND ELECTRIC FURNACES
Chelishchev, Ye. V. , M.P. Sabiyev, Ye. V. Abrosimov, V. P.
qrig r yev, L. F. Fedorov, and B. N. Sukhotin. Composition
22-
of Meta it Various Levels of the Bath in the 500-Ton Open-
Hearth Furnace; the Decarburization of Steel 5
Chelishchev, Ye. V. The State and Composition of the Metal
and Slag Interface-Adjacent Layers, and the Steel-Decarbu-
rizing Process in Open-Hearth Refining 12
Mikhaylets, N. S. Slag [Formation) Regime in Open-Hearth
Melting and the Hydrogen Content in Steel 21
Card 3 /16

Physicochemical Bases of (Cont.) SOV/5411
Bogatenkov, V. F. , K. T. Kurochkin, and P. V. Umrikhin. Investi-
gating the Permeability of Basic Open-Hearth Slag to Hydrogen 195
Grigorlyey,_~L.f., A.F. Vishkarev, B.G. Korolev, Ye.V. Abro-
simov, and V. 1. Yavoyskiy. Effect of Phosphorus and Manganese
on the Surface Tension of Ferrocarbon Alloys 204
Khitrik, S. 1. , and Ye. 1. Kadinov. Reducing Chromium Losses in
Making Stainless Steel With the Use of Oxygen [Blast] 213
[The following persons participated in the research work: A. V.
Rabinovich, Yu. V. Chepelenko, V. P. Frantsov, 1. P. Zabaluyev,
V. F. Smolyakov, P. V. Demidov, M. M. Dovgiy, T. M. Bobkov,
Ye. I. Moshkevich, A. M. Neygovzen, T. F. Olenich, K. P. Gunaza,
B. 1. Zlatkina, and Yu. A. Nefedov. I
PART 11. CONVERTER PROCESSES
Baptizmanskiy, V. 1. Certain Problems of the Mechanism and
Card 9/16

S/137/61/000/011/018/123
Ao6o/Aioi
AU'_1'JORS- Chelishchev, Ye.B., Sabiyev, M.P., Abrosimov, Ye.V., Grigor'yev,
V,P., Fedorov, L.F., Sukhotin, B.N.
TITIE- Metal composition at various levels of the vat of a 500-ton open-
hearth furnace, and the decarbonlzing of steel
fERIODICAL: Referativnyy zhurnal. Metallurgiya, no. 11, 1961, 27-28, abstract
11V18,3 (V sb. "Piz-khim. osnovy proiz-va stali", Moscow, Metallurg-
izdat, 1961, 5 - -11)
:EX-,- In order to determine the degree of stirring and homogeneity of
ffetal composition at various points of the vat of a 500-ton open-hearth furnace,
and a1sc to determine the possibility of a further Increase of the vat dimensions,
a series of metal samples was taken from 11 heats. The samples were taken with
?he aid of a welded box-rod affixed to the pan of a charging machire . Three cha-
mo-,te molds were mounted in the box, each containing quartz crucibles with Al
w-'re., The C content varied between the limits of 0.1 and 1.0%; 0 content -
0.005 to 0.03%. The altitude variation In carbon content is of no practical sig-
n',ficance. The altitude-variation of 0 content is very noticeable. In the ma-
Card 1/ 2

M&t8l COMP031tion ...
3/137/61/000/011/018/123
Ao6o/Aloi
jcri'*y of cases the 0 content at the upper levels of the vat is higher than that
a, the lower levels. In some cases at the upper levels of the vat the oxygen
~crtent Is greater by a factor of 1.5 - 2.5 than at the lower ones. Die authors
:-nz.fder that the experimental material obtained supports the viewpoint accord-
,ng to which the decartionizing reaction takes place primarily at the upper levels
cf the me-.al at the metal-slag separation boundary. Samples of metal taken along
*h~_- lengtn of the 500-ton open-hearth furnace (10 heats) and of a 250-ton furnace
(cnp heat) have shown that in the majority or cases the metal composition at any
given levei is practically homogeneous along the length of the vat. In individu-
a-- carzes sharp drops in the concentration of various elements were observed, con-
wl~h the additions of ore, Fe.Kn and other sutstances. In all the cases
aPer the admixture was assimilated, the inhomogeneity of the vat content was
(-i. The distribution of the elements along the length of the 500-ton
--per-hearth furnace does not differ in principle from that of the 250-ton open-
te:%rth f%.rnace. The authors consider that a further increase In furnace capacity
's r,-~sslble by increasing the length and width of the vat.
!Atz*-ra~",er's note-, Complete translation]
V. Kudrin
,.arl 212

GRIGORIXSVO V.P.
Dependence of the values of protective currents an the conditions
of formation of a Iiias deposit* Zhur. prikl. ". 34 no.1:182-186
Ja 161. (min 148 1)
(Iron-Corrosion) (Protective coatinVO

GRIGORIXEV# V.P.; LUZGINp V.P.; ABROSIHOV, YO.V.; ORLOVp V.I.) YAVOTSKIY, V-I-J
GURSKIY, G.L.; GONCUROV, I.A.; STARKOV, P.A.
Materials balance in the scrap metal-iron ore processe Izv, vYS,
ucheb, zav.; chern. not. 5 no.5:63-67 162. (MIRA 15:6)
1. Hoskovskiy 1=titut stall zavod "I.aporozlistall".
(Steel-Metallurgy)

ABROISDfOVO y0j.; TAVoYMMI T.I.1 DIZOIN, V.P.; STARKOVy P.A.1 SVRGUCHZVp
G.D.;_Sq!~M~y ~-
Antmatic control of the open-hearth process& IsTevywouebebes"ol
ahernamete 5 no*11837-41 162. (KM l5sl2)
1. Moskovokiy inatitut otali i splayov,
(open-hearth process) (Automiatic control

L 55050-65 EWT(M)/EPP(C)/EWA(d)/T/EWP(t)/EIJP(s)/EWP(b) KTW/JD/ffW/wB
ACCESSION NR: APS014133 UR/0365/65/001/003/0280/0285
620.197.3
AUTHOR: Grigorlyev, V. P.
me organic reagents;
TITLE: Reducing passivation currents for lKhl8N9T steel with so
SOURCE: Zashchita metalllov, v. 1, no. 3, 1965t 280-285
TOPIC TAGS: corrosions passivator additive, anodic protection, stainless steel
ABSTRACT: The electric currents required to passivate metals are too large in
Imany cases for practical use in anodic protection. For this reason the use of or- 1
ganic additives to lower passivating currents was studied. The tests were made on
highly polished samples of MIGN97' austenitic stainless steel with a surface area!
of 6.5 cm2. The samples were suspended between two platinum electrodes. The
electrical measurements were made with saturated calomel electrodes and recalculated
for standard hydrogen electrode at 250C. The bath was made up of chemically pure
H2SO4 and NaCl. The tests we-iv made by adding to a 111.3N sulfuric acid batb:
acrylic acid, maleic acid, urotropin, aminoguanidine, aminophenol and dicyandiamide.
LCard 1/4

To 55050-65
ACCESSION NR: AP5014133
0
The polarization curves, voltage vs. current density, were similar in shape. It
was found that the additives did not affect the required passivating voltage but
lowered the current density considerably. The most effective additive was dicyan-
diamide. which lowered the current density to 0.15 ma/cm2 at a concentration of
1.25 g/1 in the bath. The passivating current density was also reduced by dicyan-
diamide when NaCl was added to a dilute sulfuric acid-dicyandiamide solution. In
more concentrated sulfuric acid solutions (> 5 g/0 the effectiveness of the
dicyandiamide decreases rapidly. ~t is assumed that the reduction in current den-
sity is due to adsorption of the additives on the metal surface spotwise which re-
duces the available active surface for current passage. Assuming that the adsorb-
tion of the additive follows the Langmuir adsorbtion isotherm, the fomula
log to I = log b+ a log C
Fri,
is derived where io is the initial current density without additive; i'is the den-
sity of the passivating current at the passivating voltage; b is a constant which
depends on the adsorbtion rate of the additivel 'o is the concentration of the addt-!
tive by volume; a is a constant, which depends on the nature of the metal and of
Card 2/4
F

L 55050-65
ACCESSION NR: AP5014133
the additive. In the tests made, ar 1 for all additives, except for urotropin and;
aminoguanidin. For the last two a< 1. The results are in good.agreement with
the derived correlation, when
g io
is plotted*againat a log 0.j resulting in a straight line. The factor a may have a!
numerical value less than one becau'se of a possible difference between the added
concentration and the effective concentration or because of intermolecular and
electrostatic forces at the solid-liquid interface, in which case the Ionic type
and the molecular type additives would produce different effects. The effects of
the NaCl addition may be due to the adsorbtion of Cl- ion at the interface. At
low acid concentration, the chlorldi� Ions and the dicyandiamide compete for sites
on the metal surfacp. At increased acidity the dicyandiamide is displaced by the
acid anions, and the current density increases. The use of additives may be useful !
in two respects: they may redude the current density required for anodic protec-
tion and serve as an inhibitor against corrosion.
Card 3/4

ACCESSION MR: AP5014133
ASSOCIATION: Rostovskiy-na-Dom gosudarstvennyy universitat (Rostov State Uni---.-
versity)
SUBMITTED., 14Nov64 ENCL: 00 SUB CODE, KH
NO REr SOV: 010 OTHEis 001
4~4
[~ar

17
5 ~,J "tit
of --trUilr. orgilrl,~ aabstmn,~e!i. Za!shch. :ret. t 32
My--To 165.

L 25500-66 EWT (1 Yt!jLm)/T
ACC NRi AP6011393
ALMIOR: Grigorlyev, V,P,
iORG: none
IJP(c)
SOURCE CODE:
TITLE: On the longitudinal instability of a particle cluster in a cyclic
SOURCE: Zhu.mal tokhnichookoy fisiki, v. 36, no, 3. 19660 482-485
85
2-
TOPIC TAGS: particle acceleratorl cyclic accelerator, motion stability, particle
bunch, kinetic equation, dispersion equation, particle acceleration
ABSMCT: The author discusses the longitudinal instability~associated with the
Cherenkov interaction mechanism of a cluster of accelerated Oarticles In a coaxial
accelerator in the presence of the high frequency accelerating field. The calculati
are based on the kinetic equation for small deviations from the equilibrium value of
the function representing the distribution of the accelerated particles with respect
to longitudinal velocity and phase. The transverse velocities of the particles are
neglected. The interaction of the particles with the accelerating field and with
the normal modes of the accelerator cavity are taken into account In the kinetic
equation, and the dispersion equation that governs the behavior of small density
fluctuations is derived. The dispersion equation was solved numerically for parti-
cular values of the parameters and a particular unperturbed distribution function.
This solution is presented graphically and the behavior of the solution for other
Card - 1/2 UDC: 621.384.61

L 25500-66
ACC NRs AP6011393
parameter values Is discussed briefly. There to a range of frequencies within which
unstable oscillations occur, The region of instability increases with decreasing
Q of the accelerator cavity, increasing number of particles in the cluster, and do-
creasing accelerating field strength. *rho author thanks A,N.Didenko for discussing
the results, Orig. art, hasi 14 formulas and 1 figure,
SUB OODR: 20 SUBM DATEs 2lJun65 ORIG, REFt 006 OTH RVI 003
Card 2/2

CRIGM I ME, V. P.: 1-lister Chem Sol (dIsa) -- "Sorne problems In protecting iron
from corroaion uning organic inhibitors". llovorbirknook, 19,759. 16 pp (min
Higher Sduc TTSSR, llovocherkasak order of lAbor Red Banner pol,,,-t~.%clri Inst im
S. Ordzhonikidze, Chair of the TechnoloFy of Electrochamicnl Production), 160
copiee (KL, No 5, 1959, 14h)

ARfROPOY, L.I.; GRIGORIYXV, V.P.; PSTRENKO. A.T.
Utilizing data of slactrocapillary measurements for investigating
inhibitors of acid corrosion of metals. Zhur. Prikl. khim. 31
no.10:1497-1503 0 '58- (MIRA 12:1)
I.Novecharkanskly politekhalchookly institut imeni S. Ordshbalkidso.
(Zlectrocapillary phenomena)
(corrosion and anticorrovives)

3 ~b42
SOV/81-59-5-15747
Translation from: Referativnyy zhurnal, Khimiya, 1959, Nr 5, P 301 (USSR)
AUTHORS: Grigorlyev, V.P., Antropov, L.I.
TITLE: On the Possibility of Increasing the Effective Action of Organic
Adsorption Inhibitoralin Noutrai Mediums
3
PERIODICAL: Tr. Novocherk. politekhn. in-ta 1958, Vol 69/83, pp 115 - 128
ABSTRACT; Inhibition of the corrosion rate (C) of steels in synthetic
seawater is noted by additions of caffeine, novocaine, thiourea,
pyramidon, mannite, urotropine, PB-8, benzoethylammonia, mono-
ethanolaminocarbonate as a result of cathode polarization. The
effect observed is explained by a shift of the zero charge
potential of the Fe surface (under the action of polarization),
in the direction where the possibility of adsorption arises (or
where the adsorption becomes more Intense) of the cation-active
C inhibitors, by the surface of the metal. As a result of the
adsorption of the additives, however, the value of the super-
tension increases considerably in hydrogen depolarization, which
Card 1/2 becomes the main path of the cathode discharge in electrochemical

6061Z-2
sov/81-59-5-15747
On the Possibility of Increasing the Effective Action of Organic Adsorption
Inhibitors in Neutral Mediums
C of steel in a neutral medium as a result of additional polarization of the
cathode sections by a current applied from without, The combined method
developed for protection against C helps to decrease the expenditure of the
anode metal in the protector process and the consumption of energy in the
protection by means of cathode polarization, and also to Increase the
effectiveness of tha C inhibitor action.
A. Shreyder
Card 2/2

SOV/137 58 11 23Oq6
Translation from: Referativnyy zhurnal. Metallurgiya, 1958, Nr 11, p 181 (USSR"
AUTHORS: Antropov, L. 1. , Grigor'yev, V. P. , Petrenko, A. 'r.
TITLE: Utilization of the Data of Electrocapilla ry Measurements in the Inves -
tigation of Inhibitors of Acid Corrosion of Metals (Ispol'zovaniye
dannykh elektrokapillyarnykh izmereniy pri issledovanii ingihitoro~
kislotnoy korrozii metallov)
PERIODICAL: Tr. Novocherk. politekhn, in-ta, 1958. Vol 69/83, pp 12()- 147
ABSTRACT: An investigation with the aid of the plotting of elect rocipillary
curves of the inhibiting action of 19 various classes of organic com--
pounds on the corrosion of Fe in IN H SO solution dt 201C has estab
~jj' 4
lished a regularity in the increase of e inhibiting action upon an
increase of the surface activity of the compound introduced into the
acid. It was noted that a departure from the regularity found upon
comparison with corrosion tests can serve its a basis ior a qualita-
tive study of the inhibiting effect of separate functional groups of
organic compounds and for the explanition of the process of the inhibi-
tion of acid corrosion of metals. An analysis of elect rocapillary
Card 112 curves, plotted for Hg in IN HCI solutions with additions of caffeine,

SOV/1 ~7 58 11 23096
Utilization of the Data of Elect rocapi Ila ry Measurements in the InvestigItion (cont,
sulgine, norsutiasole, sulfidine. o-hydroxyquinotine, anthranilic acid, pyramidor.,
bis (letramethylsilylmethyl) ethyl-methyl arnmonium, and iodide (tritilethylsilylmethyl)
diethylallylammonitim, and the determination of the rate of corrosion of Fe in the
same solutions indicated that the existence of a linear relationship between the coel-,
fic'-,ent of corrosion inhibition and the magnitude of the decrease in the surface tension
affords a quantitative determination of the inhibiting effect caused by a compcund or
by every functional group entering into the make up of tli.tt compound. The variation
in the inhibiting effect on the metal corrosion caused by the variation in the concen
tralion of an inhibitor can be calculated from the electro capiliarv curves and from
the inhibition coefficient determined in the presence of one of the Aditives.
Bibliography: 31 references.
P. S.
Card ZIZ

GRIGORIEV, V.P.; POPOV, S,Yq.
Contact deposition of copper on iron from a sulfatle ammonium
electrolyte. Zhur.prikl.khim. 35 no.6:1308-1314 Je 162.
(Copper plating) (Electrolytes) (MIRA 15:7)

GRIGORIYEV, V.P.; POPOV, S.Ya.; NOSOV, I.M.
Industrial Adoption of the technology of direct copper plating of
iron parts in a sulfate ammonium electrolyte. Trudy NPI 13409-03
,62. (MIRA 17:2)

39034-.66
ACC NRI Ap6o198914 SOURCE CODE: U.R/0145/65/000/012/0027/0031
AUTHOR: Gri 1VeV__V_ P_ (noctor of technical sciences, Professor); Voronov, V. F.,
(Graduafe:'student
ORG: Moscow Aviation Institute (Moskovskiy aviatsionnyy institut)
TITLE: The effect of heating on the Rs~tr ~nt~.,of bolted joints
SOURCE: 1VUZ. Mashinostroyeniye, no. 121 1965, 27-31
TOPIC TAGS: mechanical fastener, fatigue strength, durability, potentiometer, thermo-i
couple, static load test , aluminum / D16ATl aluminum
ABSTRACT: The authors study the effect of preliminary 100-hour heating on the
strength, rigidity and durability of bolted joints made from D16ATJJ alumintmIASheets
of aluminum are placed between the threaded hole and the bolf~ ~1ese__sp__e_cf_rens are
tested at temperatures of 20, 150, 175, and 2000C. Chromel-cupel thermocouples are
used for measuring the temperatures of the specimens. Furnace temperature is con-
trolled by the EPD-12 electronic potentiometer. The specimens are kept at a given
temperature for 30 minutes before testing. Two series of specimens are tested. Series~-
one consists of specimens tested immediately after assembly, i. e. without preliminary
heating. Series two includes specimens which were preheated for 100 hours at a temper-
ature of 1700C after assembly and then tested. The joints are tested IfOr strength
Cord 1/2 LjDc: 624-078.2+536.66/539.4

4
ACC NRi AP001969h
;-under these conditions. The results show thal the strength is rearly the same for the
Itwo tes~ studies and does not differ by more than 3-50A which is within the limits of
laccuracy" for the experiment. It is shown that strength decreases sharply at higher
L-emperatures. Failure of the specimens for all cases was due to the weakening of
plate cross sections. Joint rigidity is determined by the degree of seam defor-mation
1
:under a static load. Seam deformation is determined with respect to dislocation of
the plates. Rigidity decreases as temperature is increased. Durability under
vibrational loads is considered. The results of the entire experiment show that pre-
Iliminary 100-hour heating at a temperature of 1750C does not significantly affect the
!static strength of bolted joints. Tightening the bolts increases the rigidity of
!bolted joints. Increasing the temperatures reduces joint rigidity, e. g. if the test
temperature is raised from 20 to 200*C, rigidity is reduced by 20%. Bolt tightening
iloses its value at higher temperatures. Orig. art. has: 4 figures, 6 formulas.
SUB CODE: 11, 13/ SUBM DATE: 18Jun65
Card 2/2///i/'~

&RI&OR'YEV, VP.
PHASE I TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 570 - I
BOOK Call No.: ATIC 181225
Author: -QRj9-QHjYM[s-YA-P.,_Kand. of Tech. Sci.
Full Title: RIVETING AND R IVE TING EQUIPMENT IN AIRCRAFT CONSTRUCTION
Transliterated Title: Klepka I klepallnoye oborudovaniye v
samoletostroyenii
PUBLISHING DATA
Originating Agency: Scientific and Research Institute of Technology and
the Organization of Production (NIAT) of the Ministry of the Aviation
Industry, USSR
Publishing House: State Publishing House of the Defense Industry
(Oborongiz)
Date: 1948 No. pp.: 279 No. of copies: 3,500
Editorial Staff: None
PURPOSE: A textbook for designers, technologists, forement Inspectors
and students in aviation schools.
TEXT DATA
Coverage: In this book materials related to riveting are collected
and developed. The book contains information on methods, equipment
and technological processes of various kinds of riveting. The text
is extensively illustrated with diagrams, photos, tables, graphs, etc.
1/2

KlePka i klepallnoye oborudovanlye v samoletostroyenii AID 570 - I
~11. N
one large table summarizes the different types of riveting defects
and their causes.
No. of References: 9 Russian, 1937-1947
Facilities: None
2/2

P. and P. 7~. ~~JLD-~IIS-~Jj
Klep!,-r, na pressal,111. `~oslcva, Oborongiz, 1950. 170 in, illur',
Riveting on prensea.
DLC: TJ131:)--Y,~
SO: llanufactur~nlg and Vech-anical Engircerinji ir the Sovic~t ':nion, Li'[3rary
of Congres!7, 1o,53-

USSR/Metals - TestIM Zqulpwnt JUS 50
"Fatigue Testing Machine for Structural Ylemberspa
V. P. Grigorlyev
"Zavod Lab" Vol XVI, No 7, PP 893-894
Describes new machine for testing, under repeated
tens ile- compressive stresses, of welded, riveted,
bolted, and other joints. Design of driving
mechanism- permits adjustment for cycles of com-
pletely reversed or one-way stress, and for sym-
metrical or asymmetrical cycles. Machiae may
test simultaneously two specimens under different
AW 166T74
USSR/Metals - Testing Equipment (Contd) Jul 50
conditions. It adapts for testing various
structural members of length 200 - 320 mm and
300-mm diameter. For fatigue-tests at various
temperatures machine is provided with special
stage for installing related equipment.
166T74

GOLDOVSIIY, P.B., lnzh,; 941GOR132Y, V.P., kand. tekhn.na4, red.;
PONOMAf9V#, A., red.; RYABENKO, A.V., tekhn. red.
(Riveter] Klepallshokik. Pod red. V.P.Grigorleva. Mookva,
Oborangis, 1951. 1 P. (MaRA l6s7)
(Rivetrand riveting)

GRIGOMEV, V.P., kandidat takhnichoRkikh nauk.
Technical-economic and strength Indexes of riveted
light alloys. Vest.mash. 33 no.5:64-68 My '53.
(Welding
and welded joints from
(XLRA 6:5)
research) (Rivets)
4

KLFTRA KOIRMIUKT511 X7, Lr,.GtKIBM
)It alloy ctruct-
-V MB.Goldovoldis
m on a-Ow
The book do.-cribca technoloGical
procconen of rivr-'I'Unp, Mcttll
13trueturan of "TTrM,"M1ozrf)* It
extiminen mathodo ond ncrinu of
mchonication rind nutor-,,rtion of
V1000 proc -,,~Dca P-nd nloo givor;
toola,
Tho main parb of tho book in a
descriptioq of the p3:000-go of
Ac6raibly and rivcUUN,; ond
tile pecullaritien of tho procova

Rvoting Light AlJoy Structuren
The book 1-1von J.10 oil t,)I()
ot-,Icnl rue-tora on the tjtrca~t;h
O:c normal and 11(alictia 'JoInts
ond..dCoax-lbea ttwthoda of tc.,;t-
ing 'Poulplaont uInd Loolf'), vild
the choico of Oqllij)~Aont tooln
and Mtin(,as Tho book ta, intan
ded for tochnolo,,1rta wil fore-
men ond ray aloo be twed ae a
toxt boolts

Name, :~,IUITOPAIYEV, Vasilly PrrkIcI'rvIin
Diasertaticn: 3tuly of the lnflucncq of t,3chnc-
logi-.al factorn ur)cn the quality of'
junctions with power points
Pegrec : Pon Tech S31
Affiliation: CNot IndInatoj7
Dcfenac 1jete, Pla-e: 21 May 56, Council of Mooncir Order
of Lenin ,viation Inst of Geography,
.kicad Gel USSP.
Certification I-ate: 8 Jun 57
Source: JIMVO
3L

G;fJGrQ,0YLV1 VoF,
1-dn Higher Lducation USSR. Moscow Order of Lenin Aviation Inst imeni -'ergo
0rdz1;oniVddze.
G.dGO:0Y-`V, V.P.: "Investigation of the effect of tec.-.nolo.-ical lactor3 on the
quality of connections with force Feints." ',dn hif-her hducation UES11. ,:oscow
Order of Lenin Aviation Inst imeni. SerCo Ordzhonikidze. 11%oscow, 1956.
Pissertation for the Degree of Doctor in Technical bciences)
SO: Knizhnaya Letopislp No. 20, 1956

Gr R I C., 1) R'Yrz. V V,
PHASE I BOOK EXPLOITATION SOV/4218
Boytsov, Vasiliy Vasillyevich, Vasiliy Prokhorovich GEjj2fyevx_Mikhai1
Ivanovich Razuaikhiu,, Anna Andreyevne Selezneva, anl Tev-g-rUPorfirlyevich
Shokunov (Deceased)
Sborochnyye i montashnyye raboty (Assembling and Erecting Operations). MoscOW9
Oborongi:,1959. 476 P. (Seriest Tekhnologiya samolotostroyaniya) Errata
slip ins od. 6,,000 copies printed.
Reviewers G.A. Belyavskiyj Enge; Ed.t Tu*M. Brodyanskiy,, Eng.; Ed. of Publishing
House% I.A. Suvorova; Tech. Ed.t N,A. Pukhlikovs.
PURPOSEs This book is intended as a textbook for students in aeronautieal schools
of higher education and say be used by specialists in aircraft production*
COVELAGEs The book discusses the general problems of assembling and, erecting
operations in aircraft production, as well as the technological requirsinents
for the construction of assemblies, panelaq and units of an aircraft. A de-
tailed study in made of the problms of the technological preparation of pro-
duction, methods of designing, and the making and checking of asembly devices.
The authors thank S.V. Yelisayev, Candidate of the Technical Sciences, Docent
at the Moscow Aviation Institute, and K.N. Vezenitsyna, Engineer, for their
Gard=V11

Assembling and Erecting Operations SOV4218
help in writing and editing the book. There are 12 referencess 11 Soviet and
1 English.
TABLE OF CONTENTS:
Foreword
PART I. GWERAL PHOBLMS OF THE TECHNOLOGICAL
PROCESSES OF ASSEMBLY AND ERECTING WORK IN AIRCRAFT CONSTRUCTION
Ch. 1. Fundamental Concepts and Principles of Developing Assembly and Eroc-
3
tion Processes 5
1. Characteristics of the technological processes of assembly and eroction 5
2. Fundamental concepts and requirements of the technological processes
of assembly and erection 6
3. Asambly procedures 12
4. Assembly methods 16
5. Content and order of developing a directive technological assembly
process 23
6. Planning the working technological processes of assembly 26
Card 2/ 3.1

PHASE I BOOK EXPLOITATION SOV/3524
Gri e , Vasiliy Prokhorovich, Doctor of Technical Sciences,
gor y v,
ro essor
Tekhnologiya sanioletostroyeniya (Aircraft-Conatruction Technology)
Moscow, Oborongiz, 1960. 542 p. Errata slip inserted. No. of
copies printed not given.
Reviewers: B.V. Luklyanov, Candidate of Technical Sciences, and
M.N. Gorbunov, Candidate of Technical Sciences; Ed.: S.D.
Krasillnikov, Engineer; Ed. of Publishing Housie: M.S. Anikina;
Tech. Ed.: L.A. Garnukhina; Managing Ed.:-.* A.I. Sokolov,
Engineer.
PURPOSE: This textbook 11 is intended for the course "~Aircraft-Con-
struction Technology at schools of higher education spedializing
in aviation.
COVERAGE: The book deals with the fundamentals of aircraft engineer-
ing as-taught in aviation institutes. -The book ine'ludes infor-
mation on the fundamentals of the manufacturing processes for
Card 1/13

Aircraft-Construction Technology SOV/3524
sheet-metal flats and shapes, castings, stampings, and machined
parts. The manufacture'and assembly of Darts, units, and lUb-
assemblies, as well as descriptions of the equipment used in
such operations, are emphasized. Particular attention is paid
to jigs and fixtures and to the most recently developed assembly
methods. The practice of mating structures and the ways and means
of insuring the highest degree of in-line accuracy are disbussed.
Descriptions and diagrams of a diversity of handling tools for
transporting shaped parts.through the main assembly stages* are
presented. An evaluation is given of the existing possib'111ties
of reducing manufacturing costs by devising more economical
processes and by more efficient utilization of avail-able resources.
The author thanks the fdllowing persons for their a-saistande:
the staff of the Department of Aircraft Production Kharlkovskiy
aviatsionnyy institut (Kharlkov Aviation Institutel, particularly
D.A. Lyukevich, Docent; M.N. Gorbunov and B.V. Luklyanov, Docents,
Moskovskly aviatsionnyy tekhnologicheakiy institut (Moscow
Aviation Technology Institute); and A.V. Golyayev, Prdfessor,
V.V'. Boytsev, Professor, A.L. Abibov, Candidate of Technical
Sciences, Docent, I.T. Belyakov, Candidate of Technical Sclences,
Card 2/13

i
Aircraft-Constructlon Technology SOV/3524
Docent, S.V. Yeliseyev, Candidate of Technical Sciences, Docent,
and R.M. Tarasevich, Docent, all staff members of the Department
of Aircraft Production, Moskovskiy aviatsionnyy Institut (Moscow
Aviation Institute). There are 30 references (including one
translation), all Soviet.
TABLE OF CONTENTS:
Foreword 3
Introduction 4
PART I. GENERAL INFORMATION ON AIRCRAFT DESIGNING AND ENOINEERIHO
Ch. 1. Aircraft Production 9
1. Characteristic features of-aircraft production 9
2. Structure of the manufacturing process in the aircraft In-
dustry 13
Ch. II. Devising the Manufacturing Process W14h Respect to the
Type of Production Organization 16
Card 3/13

s/147/62/000/003/003/007
E191/E435
AUTHOR: Grigorlyev, V.P.
TITLE: Stressing of lap joints designed as bolted, rivetted
or spot-welded joints
PERIODICAL: rzvestiya vysshikh uchebnykh za~vedeniy. Aviatsionnaya,
tekhnika, no-3, 196 *2, 71-78
TEXT: Single lap joints are .exaiiiined,.distinguishing the cases
of sheet failure and fastening failure. In determining the
ultimate strength of the joint, empirical coefficients are
introduced expressing the weakening effect due to stress
concentration and bending stresses in the sheet (0.75 for single
row joints and 0.85 for multi-row joints)-and the effective
reduction in the sheet cross-section due to counter-sinking in
bolted and rivetted joints and.to a drop in material properti4s
in spot-ifeLded joints. The latter factor is applied as a
multiplying factor to the reduction in the sheet cross-soction due
to the hole for the fastening. In a spot-welded joint, this
factor is 1.8 for duralumin and 1.5 for steel. The optimum lap
joint is one in which the sheet and the fastening fail
Card 1/2

S/147/62/000/003/003/007
Stressing of' lap joints designed ... E191/E435
simultaneously. For this maximum strength joint, the number of
fastening points and their pitch arc determined and a strength
coefficient is defined as the ratio of joint strength to shoot
strength. A procedure is given, assisted by a table of formulae,
for the design of maximum strength joints. The significance of
this procedure is further illustrated by considering joint
failures due to fastening failures. Plotting the braking load
against the number of fastening points, a progressive rise reaches
its peak in the region of the optimum number of fastenings and is
followed by a steep drop in rivetted and bolted joints or a
constant value in spot-welded joints. Certain design conclusions
are derived. Joints with a small number of fastening points in
the last row and equal numbers in the other rows have the least
number of rows, the smallest lap width and the smallest weight.
Tests under alternating load and repeated impact conditions have
shown that optimum strength joins as defined here are superior also
in fatigue strength. There are 6 figures and 1 table.
SUBMITTED: September 19, 1961
Card 2/2

GRIGWIC'Sp V.i,.; Nilovj 5.11L,
i7fNCL Of tile actuity or trie. f3ol~itlon and of tile conditions or
adsorption or surfaee-a~,Llwj agjaL3 on the kinetics of copper
nontact displacnauint by Lron. Trady Nill 133:37-52 '62.
,EffecL of the cowiitiuns of cathodiz: polarivalon on the
FroLective proportl,;s of "IT,,j deposits. (MIRA 17:2)

AM4007948 BOOK EXPLOITATION S/
Grigor'yev V&siliy Prokhorovich (Doctor of Technical Sciences,
Professor)
Effect of the method of joining sheet parts on the strength and
service life of joints (Vliyaniya takhnologii vy*polneniva soye-
dineniy listovy*kh detaley na Lkh prochnost' i vynoslivosto) Mos-
cow, Oborongiz, 1963. 207 p. illus., biblio. Errata sI.ip in-
sorted. 4500 copies printed.
TOPIC TAGS:, sheet part. sheet part joining, sheet part welding,
sheet part riveting. sheet part bolting. sheet part adhesive
bonding, stress concentration, joint property
PURPOSE AND COVERAGE: This book, intended for engineers of machine-
building plants, design bureaus. and planning institutions, pre-
sents experimental data concerning the affect of various joining
processes on the strength and endurance of joints. Various opera-
tions such as surfaca.preparation, hole making, location of load-
carrying elements, and solidification of bonding substances &re
Ccrd 1 1A