SCIENTIFIC ABSTRACT ZUBOV, V. Y. - ANTIFCHUK, Y. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101710020-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

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I
BAsK&wv, A,. P., Arriln'YVI, V. A.; KALDWV, 0. K. I ---- I
-nmO mvchml&u Of 'ext0m&ll heat transfer in is fluI411*4 b*4 am
t~-a main
factor@ affecting tl* Mlit-tranafor coefficient."
rePort subnatted for 2nd AU-Unlon Coof on Heat & MR&$ TranSfer,
Minsk, 4-12
may 1964.
UMP Drench, AS USM.

a si
Ita ~i. - Pi

T .41
AG4U1'___' SOURCE COM UR/0370/66/000/002/0076/0084
AP60133 9
AUTHORt Zubov, V, Ya. (Svordlovsk)j Bookskov, A. P.
(Sverdlovsk)L Grachov, So V.
(Sv*rdIoY"_)_t_ZWY_i_r_ovq A. So (Sverdloi-s- Antifoyev, V. A.
(Sv9rdi`o;i-kV
OAGI nons
TITW (~Vatsntlng of wire In a fluidized bed
SOURCEi AN SSSR, Isventlys. Metally, no. 2, 1966* 76-84
TOPIC TAGSI patenting, vire, IvWcarbon steel
t A! 'A 1 6, % N-P _11
ABSTRACTi The possibility of constructing an Integrated unit for
patenting wire In
which th* beating and cooling of the wire are ca#I*A-,out fd a
fluldlt bed of fine-
grained material vas studied on specimens of U7A,' UOA,'
U9A,',nd E1.14211teols. The
use of to fluidized bed made It possible to Increase the rate of
the patenting process
by a faetor of up to 6, or at the some rate to correspondingly
reduce the length of
the heating systems as compared to the existing fuel-oil and
electric furnaces. by
burning gas In a fluidized bed where oxypen In deficient, a
nonoxiditinZ atmoophera
can be treated, so that the decorburitation and scaling on the
wire surface are elim-
Ineted; In addition, t
,Ke patenting can be performed at high temperatures under theve
condItl4nA, and thus ~h* strength characteristics or the
patented wlrp and hence tbo
mechanical proportlesbf the drawn wire can be markedly Improved,
111ph-tariperoture
fi-eafl-ng - ~_u_r_f ni-iP"enting Iticresson the stability of
austanite# and Wicep leads to a
L;aid UDC1 621.783
cmd 2f2 h,

ACC^Nk- AP6013359
QOAO
greater vuporcooling for tile same temparature of tile c'ollng
medium ins compor oso
the usual heating to 9200. This makes It possible tdtpatent
Wire vith largo rrr
Seetlono (8-10 NO In a fluidized bed, Patenting of'hlg~-csrbon
otool (U12A)ln Wal,
manner prvduced drawn w1ro with a much groator tenmoll*
strength then that obtained In
conventitnally patented *test# (Mg USA, U9A). Orig. art. host 3
figures and 7
tables*
SUB CODES ll/ SUMN DAT91 070ct64/ ORIG REFS 002
-Card 212- h,

AIN11FIYEVAO 01A., finallstvilt
Frotein almttrum vf v,l
!.,i r,mv,,r I n wl;

RASINOVICH, Immanuil Abramovich; sunuuzy, nadimir
Dmitriyeyl-h; AVrIK,
I.Y., rodaktor; VOROVIN, X.P., takhnichaskiy rednktor
LA collection of problems in general electric
engineering) Sbornik
sadaeh po obehetwi slektrotekhatka. Moskva, Goo.
anarg. itd-vo,
1956. 167 p. (MLRA 9-11)
Ollectria anginaering-Problems, exereises, ate.)

ULIKIND, lay Davidovichg KONYFMRATOT, Ivan
Takovlevich; SHUYEIRG, Takoy
Abramovich; KOUROY, L.P.g redaktor;
ANT_jj,,Lj,,,j3daktor; YOROVIN,
K.P.g tekhnicheekly redaktor
(A history of toohnolocy) latoriia takhniki. Moskva.
Goo. enere.
lad-vo. 1956. 491 p. (KLJU 9t12)
(Technology--History)

NAGANOV. Israll' L'yovich, professor, dcktor
tokhnicheakikh nauk; AJITZK, I.Y.0
radaktor; MIDYNDST. L.Ya., takhnichookiy redaktor;
IFRIDKIN, L.K.O
takhatchaskiy redektor
Diectronio and Ionic converterel Po foundation of
Industrial
"Iectronics) Xlektronnye I ionn" proobrasovateli; oanovy
prov7shlon-
not slaktronikis Moskva, Oos. energ. Lid-vo. Pt.3. (ftea
and control
circitits for Ionic instruments) TSepi pitanita I
upravlanita ionnykh
priborov. 1956. 528 p. (MMA lOtO
Ollectronio instruments)

ANTIK, I.V., red.j 1ARIONOV, G.Ye., takhn. red.
(Handbook on electrioal engineering) Spravochnnim
knishka
alektrotekhnika. Moskva, Gosenergoisdat, 1960. 143
P.
(MIRA 1618)
(Electric engineering-Handbooks, manuals, etc.)

F] GNF-R, Or"m lllichj ANTIKp nauchn, rod.j
GUSEVA, L.F.p
red,
(Technology of the manufacture of
electron-tubeal survey
of forsign patents) Tokhnologila lzgotovlenlia
elekt-
vakuu=qkh priborov; obzor inontrannvkh
patentov. I -
skva, TSentr. nauchno-isal. In-t p,&*qntroi
informatall i
takliniko-okonon. lasledovanil, 196A. 25 1
(;,IRA 18l7)

ISADEKOV, Grigoriy lonifavich; LOVONOSOV, V.Yu.,
prof., retsenzerit;
STOLOV, L.I., dots., retsenzent; ANTIK, I.V., red.
[Thoorotical principles of electrical onginoaring
in throo
partal reorotichookie oanovy elektrotokWki v trekh
cha-
stiakh. Poskvap Izd-vo "Energiia." Pt.l. [Linear
electrical.
networks) LineirVe elektrichoskie tsepi. 2. lai.,
perer. i
dop. 1964. 310 p. (F.11 RA 17: 6)

PLI.,;, GrIForly Sia-i-tillovich, AN'111K, I.V.p muchn. rod.
(Standardization of electrical equipment) Stnndartliza-
talla olektrotaklinichoskogo oborudovikiiiiii, VonAva,
Iad-vo stftndartov, 1964. 302 p. (1,11KA 17:9)

wid --h:
slut,._ J, t4*,,
v k I I

ii-i'diAT , Georgiy I I I ~4~-h, in zh. [do ce
a: J) ; !"1l"! J.-., ,.
(Electricity porforms work]
.*-.1f,.ktrlc!-.(-,stvo rnbotnet.
lzd.2., poror. I dop. MoAvap lzf.'-vo !9i!,',.
654 p. (LIA& 1811)

ALEKSEYEVA, G.Ye., knni. toktai. nauk, dots.; L.F.,
dots.p kaW. tekhn. nauk; 13ALUYEV, V.K., Inzh.;
bAIIII)AS9
AJII.# lrof., doktor tekhn. nauk; V%IKOI., V.A.,
prof.,
dokt.or tekhn. nauk; YEZIIKO'i, V.V.., kand. tokhn.
nauk;
AN 18D'OVA, li.D. , (iota., kand. tokliti. nauk;
GANTAN, S.A.
kand. klitm. nauk; GLAZUNOV, A,A.j dots., kand.
tekhn.
nauk; GOGUA, L.K.. inzh.; CREBEINICHENK0, V.T.,
lnzh.;
MUDINSHY, P.G., prof.; G(YltFP,;FX-L', Ya.11-1
inzh.) ZVY.-DIII,
7K;OVICII, k;.Yn, I
A.L.t inzh.; KAU lnzh.; KIIYA7.FVSKIY, B.A.,
dots., kand. tekhn. imuk; KOSAid:V, C;.V.,, dots.,
kand. tokhn.
nauk; IMES&IOIANI, S.M., kand. tekiin. nau~, dots.1
KOKIIAN,
li.D.t Jnzh.j KUVAYEVA, A.P., dots., kand.
tokbn.nauk;
SOKOLOV, M.P., dots., kand. tekliji. nauk; LASHKOV,
F.F., dots.v
kand. tokhn, nauk; LAZZ, A.I,, Inzh.; YUDII;, F.I.p
lnzh.;
LIVSHITS, A.L., kand. takhn. nauk; METEIIT:1,111,
P.G., Inzh.1
NEKIUSOVA, N.M., dots., kand. tokln. nauk-
OLISHANSUY, N.A.,
dots., kand. toklin. nauki POLUAYA, I.V., dots, ,
kand. takhn.
nauk; POLEVOY, V.A... dots., kand. tekhn. nnuk
ideceased);
RAUNIG, D.V., prof., (loktor tekhn. nauk; i(AKOVICII,
tnzh.; IPWATKIIIA, L.A., kand. toklin. nnuk;
ll(EMBAU,
V.V.p dots., kand. tokhti. nauki ~11)01-.OV, A.A.;
prol'.1 kand.
tekhn. nauk-, FINGER ', L.M., Itah.; CIIILlKD;,
M.G., j.rof.,
doktor teklm. nauk, glnv. red.L '
inth., red.
GQLOVAN,A.T., prof.,rol.; IT prot-.,; red.;
FEDOSEYEVp A.M.p profo, red.
(Continued on next card)

kLEKSEYEVA, G.Ye.---- (continued). Card ;"I
(Electrical engineering maDual]
Eloktrotokhzilcheskii
Bpravochnik. Pod obsh~-.hei red. A.T. Golovana I
(]r. Xoskvap
Energlia. Vul.2. 1964. 758 p. WIRA l71.12)
Energetioheakly Imititut, 2. Yoskovskiy energe-
tichookly institut (for Golovan, Grudinskiy,
Petrov,
Fedoseyev, Chilikin, Venikov). 3.
Chlen-korrespondent, M
SSH (for Petrov).

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KLABUNuVSKIYO YO.I.; AMIX, L.V.; YEZERSKAYA, N.A.
Folarographic detemination of
9,,10-dihydroanthrylone-lt,,41-
naphtboquinonee Isve AN SSSR.Otd.khim.nauk
no.10tl$77-1880 0 162.
(HDU 15:10)
1e Institut orgwAcheakoy khbdi Ims N.D.Zeliniskogo AN
SSSR i
Imtitut obehehey i neorganicheskoy kht-li im.
N.S.Kurnakova
AN SSSRe
(Haphthoquinons) (Polarography)

RODIONDT, ToM. [deceased]; ANTIZ, L,T. ---
Some reactions of j8-(pc-n&phtyl)-,#-al&nlne
and4/.methyl-
vfl-(Y'-uaphthyl)4 -analine. I&Y.AN
SSSR.Otd.khtm.nauk
no.5:578-582 My 156. (mw 919)
lelnetltut organichaskoy khluii Imeni
N.D.Zelinskogo Al,ndemil
nauk 88SR. (Alanine)

M9 vi~

GULILIPAFB, Ya.L.; ANTIK, L,V.; PETUKHOV, V.A.
0
Nitration products of - andl I-tainozicotineso IzveAN
SSSR.Otds
kbla,nauk no,5tM--894 My (MRA 14:5)
1. Inatitut organicheskoy khImli iso W.D.Zelinskogo AN
SSSR.
(Pyridine) (Nitration)

KIAIJUN*OVSKlY, Ya. I. ; ANTIK, L.V.; BAIANDIN,
A.A.
Polarographic behavior of
dihydrodioxobenzotripticone. Izv.
AP SSSH. Ser. khim. no.6:971-978 Je 164.
(MIRA 17:11)
1. Institut organicheskoy khimii Im. N.D.
Zelinskogo AN SSSR.

KLAMNOVSKIY, Ye.l.; BALANDIN, A.A.; MOTI)J'ADE,
R.Yu.; ANTIK, L.V.;
GORSKAYA, L.A.
Dependence of polurographic chnracterlatice on the
ntnicture
of quinones or the triptycene series. Izv. AN SSSR.
Ser. khim.
no.80554 Ag 164# (MTRA 17:9)
1. Institut, organicheakoy khImII. Ia. N.V.
Zelinakogo AN SSSR.

BALANDIN, A.A.; K1AMNOVSkIY, Ye.I.; ANTIK, L.V., _ .
Synthesis and transformations of dihydroxyanthrylene-naphthohy-
droquinone (3tereochomistry of catalysis). Izv- AN SSSR Otd.-
khim.nauk no.12:2189-2192 D 161. (MIRA 14:11)
1. Institut organIcheskoy khimli im. N.D.Zelinskogo AN 555H.
(Anthracene) (Naphthoquinone)

KLABUNOVSKITp Ye.I.; ANTIK, L.V.; RUMOV, I.A.;
SMIRNOVA, M.G.
FAample of a catalytic aoymmetric synthesis in the
sefteo of
b1cyclic compounds. Izv. AN =R Ser.khIn. no.lOsI881 0
163.
(MIRA 170)
1. Institut organleheakoy khIsli in. N.D.Zolinakogo AN
SSSR.

ANTIK, L.V.; KIABUNOVSKIY, Ye.l.; BAIANUIN, A.A.;
LOPATill, B.V.; PLTUKIICFV, V.A.
Synthesis and transfomations of
d1hydrodloxotribenzotriptycene,
Izv. AN SSSR Ser. khIm. no.7tl260-1267 JI 164.
(mliu 1,118)
1. Institut organichookoy khimii imeni Zolinakogo AN SSSR.

KLA1311NOVSKIY, Ye.l.; ANTIK, L.V.; HALANDIN, A.A.
Polarograph;~ z;duction of
d1hydrodioxotribenzotrypticene
In dimethy1fomamide. 1xv. AN !;~R. Ser. )diim.
noA1412-
1416 Ag 164. (MIRA 171g)
1. Institut organicheakoy khlaii im. H.U.
Zelinskogo AN SSSR.
I

ANTIK, L.V.; KIABUNOVSKIY, Ye.I.; HALANDINY A.A.;
KARELE, B.Ya.
$yntheols and traneformationo of
dihydrodioxodibenzotriptycene.
Izv. AN SSSR. Ser. khim. no.8tl470-1475 Ag 164.
(KIRA 17t9)
1. Inatitut organicheskoy khWi Im N.D. Zelinskogo AN
SSSH.

tLydnogenation of
ditiydrccxot.v!:,.-.ot.,-il~ty;2ene.
rio.00610-16i4 S 164,
organicheskoy
(YIRA 17AIO'j

KI,ABIYNOVSKIYF fo.l.; BALANVIN, A.A.; AlNTIK,'j,.V.
ComparatIves hydroganatlon of quInonva or oomplex spaclal
structure.
lay. AN SWH, Ser. kh1m, no,lO&l7$!-1792 0 164. (MIRA M12)
1. Institut organicheskoy khimli Im. N.D. Zelinskogo AN MR.

ANTIKAYN, A.P., kand. tukhn. tiauk;
~'J~,M!~YAI;OKAYA, 1,.I,.p in7h.
Strength and elanticity of welded steampIpe jcintv.
FIck. at-r.
35 no.11:26-30 N 164. (Mill lF:l)

USSR/Processes and Equipment for Che:-A,~ai
Industrica - K-2
Control and MeaeurinG Devices. Automat:c Re(,viation.
Abs Jour : Referat Zhur - Mlvdya, No 9, 1957, 33330
Aut!hor : Antikayn, P.A.-
Inst
Title Determination of tile Rate of Flow of Dust in
a Dust-
Carrying Current.
Orig Pub Teploencrf;etika, 1956, Ito 12, 35-37
Abstract The apparatus for determination of the rate
of flow of
dust consists of two venturi nozzles connected In
series,
the first of which measures the rate of flow of pure
air
while the second, located beyond the point where the
diiat ts tulmitted Into the dimt-dut, nt a distance
not
less titan 5 times the diameter of the duct, masureo
the
flow rate of the dust-carrying, air. From the ratio
of
pressure drop indicated by the two venturi the
concentra-
tion of the.dust in the air current is determined,
and
Carl 1/2

ANTIKAYN, P.A. Cand Tech Sci --(diss)
"SLudy of tne
strength of ro. of steam boilers wi th vi
r- i A u - I
S I f C 05
4MM*AMWS." 903 1958, 16 pp (Min of Higher
bucation U.Sbli.
Mos Urder of LAnin Power t-ngineering
1nst) 100 copies
(KL, 21-58p90)
- 26 -

4
J 96-1-11/31
AUTNORS: lAleyev, N.S., Candidate of Technical Sciences$ Ye.A.
Tro anskiy Candidate of Tocl-;nical Sciences and
Antlka.yn;l. A...Engineer.
TITLE: Strength Calculations on Ileaders for Steam Boilers
(Raschet nn proch-nost' kollektorov parovykh kotlov)
I-BRIODICAL: Teploonergeti'ka, 1958, Vol.5, No.1, pp. 40 - 44
(USSR).
ABSTRACT: At present, strength calculations on cylindrical
chambers
of steam boilers are made according to the limiting load, that
io'l the presoure at whieh the metal becomes ploBtic. The
formula used to determine wall thicknesu is given: it can be
derived from the fourth energy theory. It would be logical to
determine the strength factor also by the fourth theory.
However, in t'-- standards the strenCth factors in the longi-
tudinal and t. ..sverse bridSeB of metal between holes are det-
ermined by th.- first theory of strength, and the corresponding
strength factor in a sloping metal bridGe by the third theory,
fron the condition of maximum tanfential strcsses.
The Central Boiler Turbine Institute (TaKTI) has proposed a
formula to determine the strength factors of the bridges on
the basis of the fourth theory of strength. It is asau,med that
the stres-- in the metal bridges is made uniform by slight
Ca;7d1/4 plastic yield. Calculations by this formula (2) are
very

StrenGth Calculations on Headers for Steam Boilefs. 96-1-11/31
laborious and have been embodied in a nozoCram, Givep in Fig.2.
comparative calculations have sbwn that by this nethod it is
possible to economise 4-5% of steel used in headers for boilersi
for ouper-high and supor-critical pressures the economy of
raetal can be 10-11%.
To verify the method of calculation, experimental determinations
of str neth factor were made at the Moscow Power Institute.
These were hydraulic tests, with a cotapressor capable of
givine 6 000 atm. , made on chniberB raanuf.-,ctured by the
Taganrog
Boiler Works (Taganrogskiy Zavod) from pipe of diameter
273 x 29 nn, made of steel Ct.20. A specimen is shown In Fig. 3.
Arter the unions had been welded to the chambers and hydraulically
tested, they were subjected to recrystallisation, then annealed
to remove remanent stress. Samples of metals used for mechan-
ical tests were welded to the chamber and heat-treated with it.
The mechanical test results are Given. The limiting pressure
was that at whAch the plastic strain was 0.2% in the particular
metal bridge examined. The strength factor was determined as
the ratio of this pressure to the limiting presoure for the
whole ctamber. Table I gives experimental data for che=bers
Card2/4 ?Ath honeycomb arrongement of the holes. The results are

Str,:r,Gth Calculations on Readers for Stear Boilers.
96-1-11/31
compared with calcul,,.tiona by Soviet, American and Czech
formulae and by Fjr;.,ula (2) of thi-, article. Experimental
values of the strenE;th factors are somewhat higher than the
calculated values. Formula (2) t:,ives the nearest results.
CorrespondinG values are j-,iven in Table 2 for the case wben
the holes are in parallel rows. In this case, the strength
factors obtained by all the standard Methods coincide.
So lonS as the metal of the union is not plastic it strengthens
the bridge. In the strength determinations, the thickness of
the unions vias so chosen that tLey beewi,,e plastic first;
there-
fore, the results correspond to the conditions assw,-,ed in the
standards.
The stress condition in n bridge WOrkil)E, in the elastic region
differs from, that which we have assumed. The assumption is
endorsed by experiment only when the. metal becomes plastic.
It %,,as confirmed exp crime nta lli that ill the middle of
longi-
tudinal and transverse rows of bridges the main stresses are
axial and tangential. Near the unions, tl-le rain stresses were
In sore cases inclined 8 - 20 deCrees to the axis of the
c h cutib c r.
In the uentral Boiler Turbine Institute (TsKTI) tests were made
Cord3/4 on the lone-term stren6th of model beaders weakened by
blind

Strength C,11culations on Headers for Steaii Boilers.
96-1-11131
holes. Mozt of the investiEations %,;,:-re made with bridges
arr,-xn6ed in longitudinal rows, In this casel all the
standards
and formulae Cjvc similar values for the strength
coefficient.
TLere was good agreement between experiment and theory. The
experimental values of the stren,6th coefficients are equal
to
or a little biEher than the value given by Formula (2), which
is accordingly recorw:ended for practicol use.
There are 3 figures, 2 tables, aiiOl 'f" references, 5 of
rhicl) are
Slavic.
ASSOCIATION: MEI
AVAIIABIS: Library of Uongress.
v,n rd 4/4

SOV/96-58-5-14/27
AUTHOR: Antikayn P.A. Nngineer and Troyanskiy, Ye.A.,
Md1dAR-bf`ie'chnica1 Sciences
TITIS: The Strength of Pipe Bonds (0 prochnosti izgibov trub)
PERIODICAL: Teploenergetika, 1958, nr 5, pp 63 - 65 (USSR)
ABSTRACT: There is some doubt about the strength of bends in
steam piping as compared with straight sections. The EnGlish
firm of Babcock and Wilcox has done some work an this subject.
The authors used a rig consistinE of a hydraulic compressor
that sets up. a pressure of 6 000 atm., a protective cbamber
and strain-Sauge equipment For testing bends in pipes made of
steel 8t20. The strain-gauges were 10 mm lonG installed and
measured circumferential said axial stresses at the positions
1 and 2 in Figure 1.
The dimensions of the specimens, the main mechanical properties
of the mattrial and the test results are tabulated. Three of
the samples were produced by hot bending and the rest by cold
bending. The wall thicknessess were determined by making a
twin sample which was out. The table also shows the heat-
treatment received by the specimens. The determination of the
limiting pressure in the bend is shown in figure 2. The ratio
between the llmitirw~ presoures for straight sections of pipe and
Cardl/5 or bends shows how much sooner the bend achieves a plastic

The Strength of Ilipe Beads SOV/96-58-5-14/2?
condition.
Qompared to the experimental data, the formula of vemec Gives
high results for thick-walled tubes. This may be partly because
strain-6auges of 10 = were used on samples of diameter 35 -
44 mm, so that the stress determined was the n.can on an area
of 10 x 10 mm. Moreover the actual outer thin wall of the
bend has less curvature In the direction perpendicular to the
axis of the tube than has the inner thick wall. nevertheless,
the main reason for discrepancy is that the formula does not
allow for the non-uniforv stress distribution over the thick-
ness of the pipe walls. The ultimate pressure for bends with
a relative radius greater than 2 is in good aCreement with the
ultimate pressure for straight sections calculvted by a
formula ivhich is viven. SLarper bends fail cL lower pressures.
TLere are 2 figures, I table and 6 references, it of jAAch are
Soviet, 1 Efiglish'and 1 aerman.
ASSOCIATION: Loskovski eaergeticheskiy institut khlobcow Fower
Institute~
Card 2/2 1. Steam pipes--Mechanical pr9perties 2. Pipe
bends--Mechanical
properties 3. Pipe bends--6st results

FXDDSIM. Sergey Leonidovich; ANTIXAYN, PI.A.. red.;
ZORIKOVSXIY, I.I.,
red.; VOROVIN, X.P., takhn.red.
[Installins boiler units in electrio power plants)
Hontash
kotelOnykh agregatov alektrostantail. Moskva,
Gos.energ.isd-vo,
1939. 528 P. (KIRA 12:5)
(Electrio power plants) (Boilers)

AVrIKATN. P.A., aenistent
Investigating the strength of steam-boiler headers.
Isy.
vys,uchob,s"~; mehinnstr. n0-1:153-161 159. (MIRA 13:3)
1. Hookovskly energeticheakiy institut.
(Boilers)

VDMITSMp David Takoyleviobj GINZMJRG-SHIXp Lev
Davidovi6hj ZAXDELI, Viktor
Arnolldovichp kand. tekbn. nauk; UKHARASHIMCH, AnAtoliy
AlaksazAro-
vich; KAPRALOV, Viktor AlOsarAroviohj BOWVIYIVt Vlddimh-
BoriBovichi
CHULKOV, Sergey Pavloviahl TAKOBSON, Sergey Sergeyevichl
IORIKDVSKrf#
I.K.9 red.; ANTIKM # P.A., red.; VORONINI K.P.# tekhn.
red,
[Handbook for the instAllation of heat engines and
related ~quipwnti
Spravoobnik po, montashu toplmokbaniebaskogo
oborudovenlia U4 2
parer* Moskva# Goa. ener zd-vo, 1960. 560 P. (KIDRUA
14218
fie:t engines) %

RASKAKOVP A.P,1 ANTMAIN, P.A.
-
Use of a model for studying mix'Ing
burner. Trudy Ural polltekh. inet.
(Burners)
in the flaw of
no.7614-n (M'60.
IRA
an OMRSS
16:6)

ANTIKAYN,. Petr Andreyovich; AROINOVIC111, flarl,
Savvich- BAKLOS7OV,
I.-G- - ArTeidy--RUff*-T6-Vl-cF. Priniml uchrstiye
KRUG'LYY, SX.i
NITSOVIC11, Ye.A., red.; LARIOVOV, G.Ye., tekhn. red.
(Ilocuporativo heat-oxchaneo apparatus)
wle apparaty. Moskva, Gosonargoizdat,
(Heat exchangers)
liakuporativWo toploolr,on-
1962. 231 P*
(MIRA 15:7)

GRIGOFI#YEV, V.A., kand. teklm. nauki KOLACII,
'Ar,A,, dots.;
SOKOLOVSKIY, V.S.s, asolatent; TEPAIN, inzh.;
LEDEDXV-, P,D., doktor tekhn. ntiukt prof.,
red.;
ANTIKAY?I, P.A.Vredol WRUIIOV, N.I,p tokhn. red.
(Concise mrinual on hent exchangers) Kratkii
spi-fivochnik
toploobconrorm apparatam. Hy V.S.G.-leorlev i
dr. rod red.
P.D.lAbedova. Moskva, Gomioreolzdat, 1962. 255 P
(MIRA 15:9)
Oleut exchangers)

S/096/62/000/011/004/006
9193/E383
AUTHOR: Antiltayn, PLA-t- Cahdidate of Technical 'Sciences
TITLE: Elimination of structural damage accumulated during
service in pearlitic stools
PERIODICAL: Teploonergetika, floe Ill 1962, 59 - 62
T EXT: According to modern views, fracture of metal stressed
for long periods at elevated temperatures in associated with
diffusion or vacancies and formation of vacancy aggregates which
grow to form microcracks, changing later to macrocracks and
leading ultimately to fracture. Since no reference can be found
in the literature to direct experimental proof of this mechanism
of fracture, the investigation descrAbed in the present paper
was undertaken, in which both optical and electron microscopy
were used to examine specimens ;Df pearlitic steels cut from
steam pipes which had been in operation for some time at various
power-gonerating plants* Specimens of steel 16M were cut from
pipe of a continuously operating coil boiler which had been in
service for 78 402 houral the pipe (945 mm in diameterg 25 am
-wall thickness) carried steam at 510 C under a pressure of
Card 1/4

S/o96/62/OOO/Oli/oo4/oo6
Elimination of .... P-193/E383
80 atm. Tito specimens oxamined were found to contain almost
comoletaly spherodized pearlitel electron-microscopic examination
(X8800) revealed the presence or carbide voina at the grain
boundaries; submicroscopic pores were observed at the interface
botween the carbide layers and the grains* Similar results
wore obtained on specimens or steel 12tA/. (12W(h) cut from a
turbine steam pipe at the Voronezh TETs-1, which had been 0
in operation for 53 870 hours. The pipe carried steam at 510 C
under a pressure or-.100-AtmL- In the case of steel 12)(IMP
(l2KhlMF), which is widely used in the construction of power-
ganorating plants, no inntallations old enough for the purpose
of the present investigation exist and the structural damage in
this steel was examined on standard creep specimen%miractured
after 5 756 hours at 600 OC under a stress of 6 kg/ . In
this case, submicroscopic cracks.were observed at grain boundaries
25-mm rrom the plane of fracture* On the other hand, no sub-
microscopic cr-'acks or voids were observed In Apecimens of
steel 16H out frodk a steam pipe carrying steam at 510 OC under
Card 2/4 1 1.

s/oq6/62/O0O/O1i/oo4/oo6
Elimination of * ... E193/E383
for the structurally unsciind specimen were 27 kg/mm2, 48.8
kg/mm2
and 34%, respectively$ the corresponging values alter the
restora-
tive heat-troatment being 34.5 kg/mm , 53o2 kg/mm and 29-5%.
The results of the prevent investigation show that it in possible
to obtain direct evidence orthe formation of vacancy aggregate"
in
metals stressed for long periods at elevated temperatures.
They show also that the partially damaged stool could be restored
to its original condition by a normalizing treatment with or
without subsequent tempering., There are 6 figures and I tablob
ASSOCIATION: Moskovskly onergatichaskiy institut'
(Moscow Power-enginooring Institute)
Card 4/4

-ANTI'KATXj
Determining the dams a acewmdating under cyclic loads.
DokL AN SSSR 146 noo5alO61-1063 0 162. (MIRA 15tlO)
lo Prede'Asno akademikom P.A.Rabinderom.
(metals.-Fatigue)

ABRAWVj V.V.~ doktor takhn. nauk, prof.; AFMIKA~, ,
kand. takhn.
nauk, reteensent; KUKANIN, V.I., inah., red.; KOZLOV,
A.P.#
red. isd-va; MODEWP B.I., takhn. r*d.,- DEPKINA,
N.F., takhn.
red.
(Residual stresses and derormationa in metals;
calculations by
the differentiation method) Oetatochnye napriaxheniia
I defor-
matsit v metallakh; raschety metodom raschlenenlia
tela. Mo-
skva# Mashgis, 1963. 354 p. (MIRA 16%8)
("ins and stresses) (Metals-Testing)

L 6902-65 C"(m)/3rJA (.1 )/V*P( t )/LWfk g
L~L
I UT
fth CN f L Uba 0 r rxia a 1-m --3 1 A t A
ITU-1 T9NOOflA;-j-;OL:kA. r.C). 11, 19014, 58--~4
ti-A
I r-upl, urp s F-f nr Lh m trgi; i rAA y9 a
41,
I., n D
1/2

J WESS ION NR AP4CV.'7(4k)O
-.N V7
V41=1 s D 00
SM Com,
C04 IA
NO FLU r;ov C)a2
ENC, L Oo
co()

IA

, - ! !,-, ! ~, , I V js e i: - - . .., .. 9 - -, - ~ , . . - ; . , I I I - . ,
I I I I r , , ," , . 11., . , , , .. . , . 1 1 9 1" - - I I - I . ~ I 1 .1 1
q -9- ~ I . - - --- - . - - - - - - - - - - - - - I- . - - --
timmutmRsm U.%
na Ft-,- i -,
,,-? ~jr
, ", -,I
" 11 ~ ~ '] ~, - -, t -

I mh~
I,,' tho !1,117)1) o F, I JI) tf,i ;I, IT I f
FIT

t"'i ~ !" -I , "i i , I I ., , i, - r. I. t-k f I r.
. nnuk- ;AN --IV '%I N' , j' A.. k etiri .t1-ini-k
I I, r-# r j.-?i f- !, r, u5i nr itoampiplis from
llT~h it,,w I u.' v. w9lided jot nt r
not hent trostrient. Ejok. sta. 30 "' 165,
(MIRA 1814')

~..- : -1 i .1 1" A y ~,; p
I h
[ I , -) t 1111 - -111 ~'j 1 1! 4, t - " 1 ov oti o n i p .
Vo:-,kvr,, Fotallurgiia,,
286 ;. WMA 18:9)
4*1

'1 21651-66 LuT (m) IFWA (d) / Mi'd/i D
ACC NRa A.P6006139 Tk) SOURCE COM UR/0114/65/000/010/0015/0036
AUTHORSt 4a4Mayn4 P. A.; (Candidate of technical sciences,
Docont)j Shapochl~~
jr. A. .(Candidate or technical sciencest Docent)
ChOt none
TITLEt Strength and heat resist!~q9p of austanitic stools for high
terperature'44181t
atchangers I Il-
k X#*.? ~_r -, If.
SOUICEs Energomashinostroyeniye, no. 10, IY65, 35-36
nFIC TAGSt austonitic stool) stool, high temperature strength,
heat resistant
stonl/ 91446 steel; EI417 steel, EI283 stool
ABSTRACTs The long duration strength and high tempera 0 oxidation
resistance of
au3tenitic stools KL448e,(Khl6Nl2M2T) E1417 jlKh23Nl8):Knd Elgp
(Xh2 N20S2) j;g
were experimental1_y_1_nv6Mg_&TR i , ijK'V (900 iid
1 by ME1 and
NI -VT,, -The stress-time curves for 900 and 1000C are presented,
and the f<
stresses for 1000-, 10 000-p and 100 000-hour operation at 700,
6OOj Mp and
1000C are tabulated. Curves for satiuting tho limit stresses for
IM-hour
Card 1/2 UDCt 669.1h.018-4636.27.001.4

L 21651-66
ACC MRt Apwo6in
operation at any temperature between 670 and 1000C are given.
Oxidation
resi.stance was measured by subjecting flat steel specimens to
a heated atmosphere,
remaring the oxidation products, and weighing the clean
specimens. kII stools
were found to hays sufficient resistance, but steel Kh25N2032
was superior. It is
conaluded that steel Khl&Nl2K2T has the best combination of
properties for heat
excluknger applications (at 04.5 kg/m2 it can be used for 104
hours at 960C). For
tsmViwatures below 8= the cheaper steal Kh25T should be useds
Orig, art, bass
2 tipres and 1 tables
SUB CODEt 131 SUBM DATSs none/ ORIG PJZt 0031 OTH RIWs 001

10 1-W ~, C o VE t-,;o4 6o00 vC.io Q 10;
AUTHOR: Anti xnyr, P. A. Fridnan, Z. G.
OHO: lizo-titute of Metallurqy im. Bnvkoy CTnntitut metaIjitrp,11)
TIT1#Ei Nffect of fatigue "training" on rupture strength 4
SOURCEi IYUZ, Chernaya metallurgiya, no, 7, 1966, 153-156
TOPIC TAOS: steel, lov carbon steel, steel training, fatigue
trained
steel, vA**J~-rupture strength, steel rupt~te life, '641r/40p- 7V57
ABSTRAM Specimens of 15kp cftrbon steel'vere subj ected to stress
rupture tests at 475C under 8-Wi-riii---of 15.0-18.0 kg/mR2 after
being
Str 608
kg/022
0 Fig. 1. Stress versus rup-
ture life of untrained
0 (circles) and fatigue-trainod
k (triangles) 15-kp steel
BPecimens at-hT5C
-flit
1/2

to 10V80 w w M 1100 MW 7w tAV 000 AW
Time, hr
UDC, 669.15-19h-12:620.lTO.30

_~C''C__N_'R,-'__A_r6_ 0__2___h'5 30-
"trained"by fati ue tests at room temperature under a stress of
19.4-19.7 kg/mMI i
, i.e., just belov the fatigue limit, vhich was
19.8 kg/mm2j for i2.4-8.5-io6 cycles. The "training" vas found to
have a pronounced ndverse effect on rupture life, and all
trained speci-
mens failed in a considerably shorter time than did the untrained
specimens (see Fig. 1). The adverse fect of training is
explained by~
the formation of submicroscopic.cr -ack':(Ivithin the ferrite
grain&$
which open during the stress rupture teste6 Origs art. bast 4
figures
and 1 table* (DVI
SUB CODIO -/ SUBM DAM llApr64/ ORIG RR?t 009/ OTH RM 001
ATD PRISSs
-Card

AXTIKOVA, L.. trah.-takhnolog (g.yuvbyohsv)
-.mb."Moft"
We Improve the technology of yarn dysinge Promakoopo 1)
nooll:2)
N 159, (MIRA 13:3)
(Dyets and dyeing)

CALLSHp Z.I*; RASTCROUMV, Yu.L.; SUDAXOVp P.Ye.;
AIMMIROV, M.YA.;
Frinimali ucbastiye: DIMITHIMIKO, O.M.;
BOYAROVICII, V.A.
GNI automatic denaitowter for liquids.
Izv,vyv*uoheb*sav*j
noft' i gas 5 no.2t109-116 162. (HIRA 15%7)
1. Gromonshy noftyanoy institut.
(Denaitometers)
(Petroleum products-Density)

. --
, I ; ~ ~ - . I ! ' OV ~
I I - -
I
~ ~ , , I - I

-~ :, I - ! 7
- . , .
- -, , :,~ -, m
i 11; - . a

Cord

ANTIMIROVP Me.
Concerning the integral value of heat losses in case
of
injection of hot liquid into a bed. Ity. vye. ucheb.
&&v.1
neft' I gas 7 no.11:64-M 164. (KIRA l8tll)
1. latviysl:iy goeudaretvennyy universitat Ia. P.
Stuchki.

ANTIIIK)NOV, H.S., prof.j VEDEIIIN, N.N., kand.
yurid. nauk; GENKIN,
D.M., prof-i GRAVE, K.A., p")f.; YEPANESHNIKOV,
N.V.P
dot9%; ""HUKOVA, L.F., dote.; KUNI~, Ya.A., dots.;
LIVOVICH, Yu.Ya.; MARGOLIN, H.Z.; M04OVSKAYA,
T.A., dote.;
FOLENINA, S.V., kand. yurid. nauk; SADIKCV, I.N.1
FIkLKOV#
M.A., kand. yurid. muk; YAZEV, V.A., kand. yurld.
nauk;
YAXHNINAP N.A., k&nd. yurid. nauk; KIRAKOZOVA,
X.Sh., red.;
ELIKINAI E.M., tekhn. red.
(coverrment trade regulation) Regulirovrinie
gosudarstyannoi
torgov1i. Mookyn, Gostorgisdat, 1963. 339 p. (MIRA
16:7)
(Comiorcial law)

SUUTSKIY, G.S.,, insh.; A.NTIM014OV, I.A. .. tekhni-k
Automtic switching qn of Vxt auxiliary power supply
of mm-loipal
olectrio pover dintributiou stations with remote
control.
Energotik 9 no*2t26--Z7 F 1619 (,%RA 16:7)
(Rleotri* power distribution)
(Remote control)

AUTHOR: Antimonov, K.I. 122-2-26133
TITLE: --!Wt-t-e-r to ~the Editor (Pislmo v redaktsiyu)
PERIODICAL: Vestnik Mashinostroyaniya, 1958, No.2, p.?2 (USSR)
ABSTRACT: Letter to the editor correctinG certain errors in the
article "Theoretical Determinatlon of the Cutting Forces",
by B.A. Gravchenko, published in the vo.12, 1956 issue of the
same journal.
AVAILABLE: Library of Coneress
Card 1/1

ANTIMONOV, N.
Brickwking on collective farm of Kursk Province.
Posh, delo
5 Lo*6:24 Je 139. (KIRA 120)
1*Naohallnik otdalenlya Oosudaretvannogo posharnogo
nadgora
oblastnoy potharnoy okhrmw Kurskogof:blispolkoma.
(Kursk Province-Collective rm )
(Kursk Province-Brickmking)

SM(RAH, O.A., red.
AHTb~%xl-f-#A&i-~.,
. I'--
[Main snow gauging surveys] Kassovys anegomemyo
sfemki. Leningrad.
Oidrometeor.lsd-vot 1950. 45 p. (MIRA 12:9)
(snow) (Sirveying)

Atillycli(v, N. A.
Issledowniya Mvsly~ Rok. (Explorini- of Small
Itivers)
Lenint7rad, Gidrometcoizdot 195C. 127 1. Tablen
Diarrs.
"Lit-ruture"i P. 127-(128$
Soi N/5
623-38
.A6

ANTUXONOVP N. A.
USM Meteorol~w - Water Meacurement Aug 52
"Inclined Water Wasuring Rod for Recording the
Highest Water LEvelep" N: A. Antimonov, Kursk
Hydrometeorol Stat
"Weorol i Oidrol" No 8, pp 46-48
Author describes equipment he designed for study
of
crests of spring floods of small rivers.
Equipment
is based on a metal pipe 10-12 cm in diam) in-
stalled in an inclined position. States that, for
lor4l-range observationsp several rods may be in-
stalled. Gives details of operation.
229T107

TA
USSR/Oeop"Ics - lot Drill Noy 52
"Rationalitation of the GGI-47 Ice Drill," N. A.
Antimonov, Hydrometeorological Sta, Kursk
"Meteorol I Gidrol" No 11, P 53
Presents the difficulties encountered in the use
of 001-47 tYPe ice drills. Nev type with bori-
zontal handles operates more easily and quickly
than former.
245T62

ANTIN ~
How to usasure the depth of a body of water from the
"hors. Osov.
shkole 20 noo2:52-53 Kr-Ap 157. (XUU lor4y
(Ponds) (Stream measurement)

ANTIMONOV, Nikolay Alsksayevich; OTCHAROVA. N.G.,
red.; PROSUOY, NqA9,
takhn.red.
LNatural ohareateristloo of Belgorod Provinoe]
Priroda belgo-
rodskoi oblesti. Belgorod, Belgorodskoe knishnos
ind-vog 1939o
238 p. (MMA 14.-1)
(Belgorod Plrovinoe--Oeography)

ANTIXONOV, 1.
Determinite distames between geographical points. Os v
shkole
160. of,
23 no*2:35-41 Mr-Ap (MIRA 13:6
(MAP$)
, i

ANTIMONOV, N.A.,(Kursk)
Pleasuring areas by mans of a tranalwant shoot divided
into squares
(*=all ohangel* method), Geog. v shkole 26 no.106-59
Ja-F 163.
(MIRA 16tS)
a (CAltometry)

ANrIK)NOV, N.A. (Kursk)
iP
I - Y
I" Coordinate method of enlarging and reducing mnlis. Geog.
v
shkole 26 no.4t52-55 JI-Ag 163. (MIRA 171l)

ANTIWPOVP N.A,
Metbodology for conduatIng hydronotric work. Geog.v
shkole 24
no.3127-36 W-js 161, (MM 146)
(Hydrology--Study and teaching)

Aleksoyevichl KliViETSOVA, M.G., red.1 SURYUKOV, P.A.,
.- . -takhn, red-.
(Kursk Astronomer Fedor Semenov) Fedor Semenov -
kurskii astronom.
Kursk, Xurakoe knishnoe izd-vop 1961, 52 p. (MIRA
lloll)
(Semenov,, Fedor Alekseyevich, 1794-1860)

ANTIMONOV P gvardit p-OpolkovyAk, voyenrVy letch1k
pomyo klassa
--- - I - * ) -
Skill in a pass to the sky. Av.1 kosm. 46 nc,.6t44-44
Jo '63,
(MIRA 16t8)
(Flight training)

V.AW Biology - zoology
C"'d 1/1 Pub. 86 - 30138
Authors 1 Antinin, V. M. p Cand. Biol. So.
Title I Regarding the ecology of gazelles and canelol nrds
Porlodloal i Priroda 44/7p page 117p Jul 1955
Abstract j An account is gi"n of how the severe winter of
1954 In Kazallistan
near the Syr Dtu-ya river cauved wild, hoofed aninals t~L-
nbnndon
their tendency to seclude themsolves tuid to r!q,,rot.ch
cott-Ic-cnts, In
search of food,
Institution : .....
Submitted i .....

-.10ft
VT
TO VU Of 71111 ACTION CORYMMNTI TOR TIM
I"VI OF TU YINAVOKAL IHICTRA~or PoLy.
2w:~ AVOW 1JwTboKTO9rrICmm, ,
I Its ON avicam, "RU or vism"m Do"Mullow
MUM AND AN ANALTIONO.T0111 CIIARACTZR Or
"I WMItA="OF F= M ACS"IAMX
14
0544~ by a.
Rkv
IL

twR / ram Animis . cattle.
Abe Jour t P&r Zhur - Blologiya, No 5p 19591 206.
2=7
Author t Antlokh
Inst I MiW4ssstia Ino-titute of Agriculture
Title t Mus Selection azA Sconomloally Useful
rndicatorn
Of Cattle
OrIg Pub Tr. Bev.-Osetinak. e.-kh. in-ta, 1957, 19,
235-246
Abstract The results of judgIN the charactehatice
of 114
hybrid cove of the Red Steppe breed at the Druzhba
(Friendship) kolkhoz of the Severo-OsotIrA)mya ASSR
vhich vere divided into 3 groups (in the lot group
the
milk's yield was 2700 kg~ In the 2nd, 2250 and In
the
3rd less than 2250 kg) aro given, It was established
that among animals with a relativelv highor Yzilk
yield, large cows with a good appearance are found
no" often* In the cove of the lot group lactation
Card 1/2

ANTIOU I G - G. I CmA Arr Sci -- (dius) "Large cattl u of the
f oothills
nnd p1nins regir ns of J;orthern C)8tiya grid t1i(j path to
tl)0i r ii.,,l l'ove-
ment.11 Ordzhonikidze, 1960. 30 Pp~ (Min Istry of
A~-,rjCUItUl'C- h6pbli
Northern Cstiya AFricultural Inst ; 1,1;(.1 copies; vrice not
:Jvcn; NL'
18-601 11-4)

AnIPANOT, It., lashomarg KLRIoOf. A., lusboner.1 PAN,
N. lashemors
-
1. 1 ~'.Mn'-z6mj
jv,w.
We diocuss work organleatioa prsbltuoo Stroitel'
no,2123 y 03?e
(KIMA 100)
(Bmilding) (Wag**)

ANTIPANOV, ~!,.Inshenor.
"Wom-
large-panel floor slabs. Stroltell no.4:10 Ap 157, (nU
lorO
(Concrete slabs)

from Refcrativnyy zhurnal. Melallurgiya, !958, N r p 5
(USSR)
AUTHOR, Antipanov, Yu. 1.
TtTLE:. Reassembly Procedures for the Washing Installations
at the
Timoshenko Precious-rietal Mine (Organizatsiya montazha
proniyvo,,-Iinyhb priborov Tia priiske imeni rimoshenko)
PERIODICAL. KolNnia, 1957, Nr 6. pp 24-Z6
ABS'rRACT: The layout of the installation is exemplified by
Section 2 of the
mine. At the end of the 1956 season the entire washing
apparatus
was cleaned of all gravel and tailings, and was dismantled
and
transferred to new sites. In transferring the installation,
the
individital components were not fully detached from one
another,
but were moved an units Much tit-tic was saved thereby in
the dis-
niantling and reassembly operations Much preparatory work at
the sites to be occupied by the apparatus during the
following season
was completed in the autumn on thawed ground. The
reassembling
was dore by tested vet-satile (multi- skilled) work squads
with long
experience as assemblers One of the best squads in Section
Z was
led by G. V. Pushkarev A description is given of how this
squad
Card 1/1 goes almit its work A Sh
1, Minkag-USM 2, Ram oarth elements-Dotermination

ANTIPASHINS N.M., lnzh.; GALAKTIONOV, V.I., inzit.;
)U11GIIENKC), T.I.,
InA.; YAKUNICHEV, V.I., lnzh.; YAYGlfYUK, N.S.,
inzh.;
LFHEIUIOV, V.N., kand. tekhn. nauk
Preparbtion of flne natural sand, Strol. mt. 10
no,l:
25-26 J&164. (MIRA 170)

A?q,rTttKt,T', Yu. P., Onnd 1-1101 S'A (dine) --
"Chnn,--cs in tl~rv vasc,,11mr System of
I r~~e,, .
the atomach &M Intestino of pijn vith oe," miM verlous
Alets". K! ev ,
11) pp (Mr. ik,~rtc ?;)~r SM, Ukr Aced Agric ,ci), 1~0
copier. (XT, No 11, 1~(O, PO)

or 'V- Ionl ;d, nroim
7 Ii
at, c 0
1,11krainInn Sc lent! f Ti-tit ite '-)r Fish
Irylontr7)
VicrobiologicnI -irthcO of determinntlon of lrm-O-cct ~n
IvIntri-inni-iYa vol. 38, no. 9, Sv~ptrzmb-r 1961, -,,p.