SCIENTIFIC ABSTRACT ANTONOV, N.G. - ANTONOV, P. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101730006-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 96
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ANTONOV, N.G., gornyy insh.; GRADOBIX, A.N., gornyy
inah.
Industrial testing of now explosives. Gor.zhur.
no*806-39
Ag 162. (HIRA 150)
1. Magnitogorskiy, metallurgichaskly kombinat,
(Uplosive a-To sting)

- ~ - TN , , " - I
I ~ , w I : , -'.. . 'I '. , . : ~ , ~' , ".
P;O. I ' '- n-19 ~' i, ~ no, . ?'c ~ 1, . . i , . ,
. .;
" ' - I I , : I W; . t %.' * - I ? ; I '
I . ~ . t I

SHIVN, I.S.; ANfCINOV, N.G., gorVy inzhener; TIKHOVIM.
A.Y.. gorVy iush*ner.
11 .1 1 ~ , -,
Potentialities for ln~reaslug labor productivity in the
Magnitogorsk
mine, Ooreshurevioog:8-11 a 156. (KLRA 9:10)
I.GlnvW Inshener Oornogo uprarlaniya Magnitogorskogo
astallurgichs-
skogo kombinats (for Shitov).
(Magnit W rok-Mining engineering)

ARTOVOV H.G&p Romyr Insh.; GRADOBIK, P.N., gornyy Insh.
Iffial.ent use of KZDSh-58 pyrotochnioal relays in the
Magnito rok
Mine, Gor,zhur, no,lt?)-74 A 16). (MIRA 161lr
1. Gornoye upravleniye Hapitogorokogo metallurgicheskogo
kombinata.
(VAgnttogrosk region-Blasting-Equipment and supplies)

; ,?I I' ,'., " . . ,,, i I , .: i ; . -- 'A e t I , ,~ ,
z Ill-t~o 1-if -,i;1" ",:,,, IN. - .. ~ ; -A"i 1, ,,, Vi-
f,
. I I I . , I ~
I .
Ovorloading of mill, riuclcar rcmr t or., . Mor , 3f,f)
-.- , -,4'6 11 o . ~.: : 62-68
1) 164. (HIPA 18:2)

ANI,
Ile r-4
f?a I
MI, 165.
z.) ;I I,.,.
C,-,i J..h ta
Gorn"'M

, Ill. T. 11% .. T -F-A . 1,~ vT-: i-
-11 -1- - 1 -1. 1
"The Spread of T,ltremln Through WfAter, A New Factor In Its
blildemlology,11
Jour. Bact. (4R%AT V. 32:2113-58, i9�6.
Epidemlol. Sect., Inst Epidemiol & Mlkroblol. Tomsk.

"TONOV, N. 1.
Technioal and economic Indices in the automobile
induntry. Avt.
pros* no.7:1-2 Jl 160o (MIRA 130)
1, Ullyanovskly avtosavod.
(Automobile Industry)

, - - - -
i i ; i , 1p, I . I I . # , !': *~ "* ~ " ~: - ~. I .
Tree rlanting
riantinr, jAne In solf-shading holes. Les I stepl 4, No. 20
10152
.It
9. ~opjhlX List of Russian Accesslote, Library of Congress,
June 19~2. --AW, Uncl.

AM110Y. N.M. -N'q~ ~ A
Iffect of benzene hexachleriZe on the viability of pines In
connection
with treatunt of their seedling roots under dry conditions.
Vauch.
truay Insteent, i fit, 6:30- 7 135. (KMA 917)
(?in*) (Benzene hemohlorida3 I

PAYLOV, P.P.; ARrONDV, 11.14.: MIKOV. B.A.; PLOTKIN.
M.Z.: KWVAUOVA. A.M.;
SILINA, V.G.
Using fine water spray for extinguishing petroleum
product fires.
IzY.vys.ucheb.%av.; neft' i gaz 1 no.9:85-88 1 58.
(MRA 11:12)
1. Aserbaydahanskiy industrial' W Inatitut innni H.
Atirbekova
I TSontmllny7 nauchno-Issladovatel'skiy institut
protivopozharnoy
oborony.
(Petroleum Industry-Firne and fire prevention)

ANTONOV, N.A,-, ZAKAMTIV. H.S., redaktor.
(Now method of planning vertical curves In the longitudinal
sec-
tion of automobile roade; description and tables] Hovyi noted
prooktirovanila vartikallnykh krivykh v prodollnom profile
avto-
mobillpykh dorog: opliante I tablitay. Moskva, lzd,-Yo
dereshns-
takhn. lit-ry Gmwhoadora XYD SSM. 1953. 130 p. (KLRA 7:7)
(Yeads-Tatles, Coloulationo, ate.)

ANTONOV. likolay Mikhnylovich; ITNVtr.VA. 12.A.. red.;
KALIKOVA, N.Y.,
-
[Designing vertical curves In longitudinal sections of
highways;
tables] Prooktirovenis vertiknl'nykh krivykh v
prodollnom
profile avtonobillnykh dorog; tablitaye Isdo2e, perera
I dope
Moskva, Snuchno-takha.isd-vo K-Ya avtomobillnogo
transp. I
shosesinykh dorog RVSR, 19596 ~66 p. (MIRA 12:12)
(Roads--Design)

i li~O I v67
7 T
A, "A',
AM MOR - Antonov, N. M., Vrglnerr
TM-E. Nert (hrcml ~.m-pl tit 1--,A and o*, ln'emal s;rfaces of'
Pkr-s
PERIONCAL.- Vest-nik irash.1norlroyinlya, no. 5, 060, 66-68
TEXT: A now device design ellmln%ting the shortcomings of
existing devices
for porous chromium plating In bores was developed by the
auttior (,to4.n,..Iy with
Engineer S. V. Sha:ov. A-ithorla Certificate no. 91635). '.L
was tested In miss
production of erg:ne cyilridora and linIngs. !he device
1~7,71g. .'j is svspended and
simalta.n*oiasly conta-:ted in 3-5sec. ~re anode consists of a
rod 'I'- atta.,hed to
fk ring (2) with three conl,:L~t taahlngs (3) also fixing
4..rt, anode pc,31~11on. The
cathode Zonzists of a rod (4) and a ring (5), the part to be
pla-ed is InAzzalled
on the ring (5) with -.he uee of rep1i.,eab-'e ,'I&rges (6)
and tc,Its. Tt;e pa:-t
oontaote with, the flange by thread, or by contact screws
Pmmta connect
Iryl p'as,
the anode *-nd camcoe pits te"ig irsulated by v. tl~ wash6rs
end a Vashing.
The mode D) 'IS -1 3.eQA' Pire -ZOAted with lead and ~olned
tz~ tne support flWe
( 11) by three gj Ide ptlns k !21 .Conta,"Is (113) w.'-:n
hooks 110 &!-e to the
Car,d 1144

256? 1 S
S/122/60/000/005/015/017
New "h,rom!um-pialing ... Al 61,/A 130
anode wid ~v.noje roads. AIL ptir.s ~IX,_ept C'r ~nl% bAS!-,.ngS 3:d
-OT1t%CtS
I )) -u-. A 0 -, ~' a - t a ( 3)
are tradf of S"ee.. T n t r Inq ashtng~! " - I I I
m&y be of copper on 17rit43. a.;Ao 11P o" an iA,",-y of 92-94* wl,'n
6-8%
&n".11r,or,y. 7ne pos,.~ (~\ ev"d ~,Ae Of t.'Ie (4) 1--~ Wlt-h
ba.kel 11to vA-zri.' P~r, z-tven, zlj: cmlam Jepos.-." I 1rsI p?,-*-
o tf p:a~,~d s V-1aced
on ttie Wlhods~ ring (;), xrJ :.ne arcde ,n~erted 111~. 'h:et~ ptns
%'12) are
put Into the g-jides t3~, ox.J wrioib devl~i~ sa,,Rp,_4rded into the
plat'Ing tath.
"he anodoy of a derIgn for plating onp or!)- cylinder atze con'ta s
the ar~%Ae rod thriugh cnck,,,~tcrs. A SPOLi I de Ite ig. Is se
after heat trsitmert oil :A-IrL~, llut-p I a Led par.9 ta 4~lmlnate
brittleness. :h.1 a
device Is trstalle:i dr4,, re!ro\i~d !r, 2-3 sec Ir the bath. Tt
nnsists cf rcds (1)
conneoted with a euppcrt flsnge i'2) havIrg two opposite ~,.Jts for
transittlon flanget, and n)w rods are proilded w"th bores fcr
connec-.1ra '.~ire&dAd
contaot flLngtsa set o-i the to'15 -4) ews;,;Ire contA,~t_ C ?n e o f
the
i- \
pair of hooks or, the rod tc-p3 is designed for zcnta,~t w.1.,h *.he
~%Inode rDd In
the bath. The anode ~7) is Inslalled or, a flargoN (6) made of
orgekr.1c; glass. The
anode consists of -~ jttenL p1pe w,.,.h iiad oat,.;*A, Flna (9) In
the mid of fl"es
are for pitving I.I.e '"ontact between tne Arode rod of the bath is
by flexible cotAu, Itors ( 10) &:~d ipe ~-,&I par-.s and ( ~2) .
'.!ne part. is at
Card 2/4

Nou' chromium-plating and anodizing ...
Card V4 Q
S/122/60/000/005/015/017
A161/A130
the same time the holder for the anode. All
major parts are of alloy steel, except for tor-
minale and hooks (5), being of copper or brass.
Spots on cathode rods not screened by the work,;
piece and locA~teld opposite the anode are ii3sulat-
ed with b&kelite varnish or *.inyl plastic hlooda
(13). The parts may also be made of carbon steel
and coated with lead. The workpiece in inatall*d
in the flange (3) by the flange (2)(or liarowed
on the threaded flange),-and the anode is con-
tacted to the anode rod itt the bath by the
flexible conductors (10). If necessary, p4rts
to be treated may be Installed and removed
directly above the bath. There are 3 figures.
Fig. lt (1) - The workpiece to be plated.
(2) The electrolyte level In the bath.
Fig. 3t (1) - The workpiece to be anodized.
(2) The electrolyte level.'

ANTIONOV, N.1-%,
Anode-jet chromium plating, Ve3t. mashinustr. 41.
no.10:37-Y)
0 164. 0,11111A 17%11)

2)55b
S/122/61/000/005/002/01)
D221/D304
AUTHORSt Anton"_,__,N&M~_,_ Engineer, and Voronitsyri, I.S.,
Candi-
d6t-6--of Technical Sciencesp Docent
TITLE: Mass production of chromium plated components
PERIODICAL: Vestnik mashinostroyeniyaq noo 5, 1961, 10 - 14
TEXT: The author states that Soviet electro-chemists have develo-
ped and mastered the technology of ac chromium plating as weli as
depositing chromium in self-controlled electrolytes, and jet and
flow methods of covering, The ac chromium plating allows the im-
provement of deposits and intensification of the process to be
ob-
tained due to increased density of current. Deposits have a
bexter,
fine crystal structurep their internal stresses are lowerp whe:
the fatigue strength of carbon steel remains almost unchanged.
Li-
mit of endurance in steel 45 is reduced by 4 - 9 % as compared to
a drop of 27 % with a normal dc chromium plating. Uniformity of
de-
posits is increased by 15 - 25 % on account of partial
elimintition
of Cases in the iormer. Surface finish le also higher by 1 - 2
Card 1/5

S/2)5.56
122/6l/OUO/005/UO2/013
mass production of chromium D221/D304
clauses. Lower allowances for machining coupled with accurate di-
mensioning of thickness of deposits Indicate a promising 'Luture
for
this proceso. Change in frequency of ac results in the iormation
of
either porous of plain chromium plating. The composition of the
electrolyte, density and other conditions are described, Porous
de-
posits are easier to machine due to their fine crystal struciure.
-ihe feature of a self-regulating electrolyte consists of its
con-
tent of salts of oulphuric strontium and fluosilicic calclum that
automatically regulate the content of ions of aulpnate, and make
unnecessary frequeni correction of electrolyte. The possibiiity
of
obtaining thick layers without hindering their mechanical proper-
ties Is another advantagep in addition to high wear resistance
and
hardness, Jet and flow methods of chromium plating also increase
output and quality of production. Investigations have established
thaT. forced circulation of normal composition electro.Lyte
coup-Led
with stirring intensify the process of plating. Stirring in the
zone of electrolysis promotes the reduction of thickness of
bounda-
ry diffusion layer, and thus raises the number of ions that reach
the cathode. This lowers the concentrated polarization and the
Card 2/5

~')55(j
S1122161100010111~~J'00,e,'O!
Mass production of chromium Df,'-'21/D304
electrode overvoltage which facilitates the discharge of
metal. Continuous supply of fresh electrolyte into the 7%.,iic!
electrolysis ensures its renewal anode-cathode space, helping
tuc
evacuation of gases, increase of conductivity of
ele..'trollyte and
larger deposition of chromium with the current, A fixture, for
'Ar'
mium plating of internal surfaces of cylindrical component& is
shown, covered by Author's Uertificate no. 12t325-, n the namp
of
11,M,, Antonov, Its main feature Is centering of the anode in
lr~'~pe~t
to the treated component. A new design for an automati,- unit
for
wear resistant chromium plating based on jet and flow methcds
:f
electrocherical trPatment is covered by Author's Certlfl:ale
n.-,,
b65606/22, dnted October 31, 1960 in the name of N,M,
Ant,)n,),. 1,
should be noted that all similar constructions envisage stage
tread
ment by transfer of components through a series of bathiz
vyhl,~h
complicates the equipment and does not correspond to the
nodern re-
quirements of intensified proceen, and also results in the
inAff"
cient use of production area# The automatic machine is equipped
with a system of valves that are switched over by a contrc!
arT-a
ratus which also regulates the electrolytic and thermal
corAii,,on9
of the process at various stages of treatment, Thlu
ar,rangemfrit
Card 3/5

21)55~)
S/122/611/000/oo-5; Qu2,., Co I
Kaos ,mroduction of chromium DZ21/D304
not only simplifies the design, but aleo lncrease!~ the work
effi-
ciency, quality of plating and the use of product;on arna. The
ar-,
ticle illustrates the anode jet inetallation for autcma*~i~'
Aiv_rr,"~M
plating of internal surfaces of cylindrical components. .1t
des degreasing, chromium platingt anodizing, cold and hot
as well as hot &ir drylng~ Various sections of the anods., ,e-
ce'--
ce are described. In addition to the cathode miunTlrg
arrangemeni
Vie equipment Is Litted on channel structure. The unl-t. :an.
be i6ed
for electropollshing, anodizing, phosphating and other
gaivan.i.:
processes with some modixications In its design, Approprvite
of anode-cnthode sections or ihe suspension and jet aevi-es
al'L~wo
treatment of components with different shapes to be madp,
(,hr,:,m,_1,iir
plating of such items as cylinder blocks of car engines 1-5
MOTe C'X
pedient with the use of flow through 'che mexbod Wh':.h
enb--jres the
Intensification of process and allows high quali*U cf
be obtained. on the basis of investigations car.-led by
on this subject, a Priority Note no., b793)f22,- dated
AuC,-.o~-t
1 146') -.,;uvd.- The installation consists of an P, Le-~ -.ro~
yT.,~ - '5-caad
lor degreaoing and chromium electro.yt~_ A.Lth a
Gard 4 /5

29556
S/122/61/000/U05/002/013
Mass production of chromium D221/D304
ter and corrector, control apparatus, centrifugal pump,
piping and
valves etc. The automatic installation can be used for
batch chro-
ming of cylinder blocks for the latter's hardening or
during re-
clamation of worn units. There are 3 figures and 3
Soviet-bloc re-
ferences.
,y
Card 5/5

ANTONOVS N.M.
New autcmatic unit for electroplating and
electroobamical
tr6atwnt of parto, Avt.prom. 27 no.1003-35 0 161.
(MIRA 14:10)
(Usetroplating-Equipment and auppliao)

AhTOI:OV L_NikQla--HiUW 'ER, Ya.V. t kand. toklu~.
19yich, inzh.; VAYN
nauk, red.; MUCIlkV, A.G., rod. izd-va,,
GVI:,,T.';, V.L.,
tekhn. red.
[Now susponded devices for electrochomical
trontmont of
cylindricnl pk%rts]Novye podvearWe prispocobleniin
dlia
olektrokhimichookoi obrabotki tailind.-IcIvakikh
dotalel.
Leningrad, 19622. 17 p. OAningradskii dob natchno-
tekhnichoskoi propagpndy. Obmen perodovyr opytor..
Serlia:
Zashchitrj,-fe pokrytiia inetallov, no.5)
(IIII.-LA 1r;:11)
(EloctroplatinC-Equitr.ent and supplies)
(Electrolytic pol1rhing-Equipmont and supplies)

ANTOW)V, N,M.i
Hosc, vv- Volgog rad. Avt.dor. 27 no.11:3-4' N 164o
(MIRA 1834)

EW i -%I%- 1, ) - -r* .!IT.
'I
!to Culture - Novororod rrovinco
Kub~m b33s in Novccrcxi rrovince rchjlovo,.jstvo -49, no, 4,
Alril 1952
2
9. Monthl Lint or Ruselmn Accessione, Library of' Congresu, _ u
IT
uncl.

1. N, K,
2. USSR (6W)
4, Bee ~ I
7. Aiding the queenless colony in the winter hive. Pchelovodstvo 29
no. 12.
1952.
9. Monthl List or %.PaInn Acceselons, Library or Congreas, April
1953, Uncl.
W I - 'L -7- ~ ;, - -~, -: . ~, ~, -.. I .

1. N, 14, ANTCNOV
2. USSR (600)
4. Bee Culture - Equipment and Supplies
7. Ir-porWice of a Ltock of artificial co,-abs. Pchelovodstvo
~U no. 1. 1953.
t'rt of HUS811111 Accessions, Library of Congress,
- . -- - - _ Apr - - 1953, UnA.

k?4r,N,-.Vl N.11.
1. a - k
v-s Of effe ',I':e ulk' (.!' ;o".'n ',-irgc rated
vmd-v- in
c.,..qJcjns'-.g o t -,: *.71 - rc wo~!, r *
an'V "'Teratit.g In a -
a, .-, or. F~ ', -' au , 5 d
V.~. ve :- a , - torm. . S br. r . ra ly ~ po
v,-~ p . c I * ~. t r c: ms k h . nc . 10 ~ --'
?-. V
63. (MARA -!?-8)

ri , i jr IF
ANTONOT, N.P.; KULIJ, P.A.; KARAHZTN. A.V.; UrKIN, I.A.; VITTORY, M.V.,
-"diktor; HOLOXOVA, Ye.I., vadushchiy rodaktor; SOKOLOTA, Te.f..
takhnichookly rodaktor
[Pxploratory drilling with the
manual] R&zvedochnoo burenie
rukovodotvo. Leningrad, Oos.
gorno-toplivnot lit-ry# 1954,
(Boring machinery)
217-300 drilling unit; praoticAl
stankami EII-300: prektichookoe
nauchno-takhn. itd-vo n6ftianoi I
221 p. (KLRA 7:9)

ANTON-CV, N. F.
AM1107, NIV. 1.: 'Inve3tiption of high-spPol cuttinp
of tl-rt-613
on cast-iron r4rts". Moncn-i, V"~54. Min Higher
Educattin USSR.
Moscow Order of lAbor Red Banner Higher Technical
Schm], Impni
Bauman. Pl-jsertation3 for the Degree of CanItInte,
of Technical
Sciences)
SO: Kaithnan je&gplml, No. 52. 24 December. InI5.
Moscow.

ANTONOV, M.P.
Specific nature of the individual consciousness of man as
the
highest degree of mental development (with summary in
Inglish).
Vop.petkhol. 4 no.6:79-88 N-D 158. (MM 12:1)
1, Kafedra filosofli Ivanovskogo pedagogiahaskogo
Instituta,
(consciousness)

~I. Sbojiiil~ zadnci,
1,? IWC~tl.T itOlInyk- v
(Coll-cti-n of nothen"ktical -,robloms n "arA,
d in ~~ntranco
,,xaninat! -l,- f or ld~-Jicr celucnt tz cr t-
:!o:;crw, ""Jos. -tooret. lit-'.7y,
ro U enr r It 'k knirincc
*1! a nunber of schools
by

ANTOXOT, likolay Fatravichl V'YOCDBKIr, Mark
Yokoylevich; NIKITIN. Vladimir
Vasillyevichs, SANKIN. Alskeandr losifovich; RTYKIN,
A.Z.,redaktor;
AXHIAKOY, S.H.,' takhnichoskty radaktor
[A collection of problems in elementary mathematics;
a manual for
home study) Sbornik sadach po elementarnot
matematike; posabie dlia
samoobrasovanits. lid. 3-e- Moskva, Oos. lid-vo
takhniko-teoret.
lit-ryo 1956, 532 ps (NLRA 1011)
(Mathematica-Probleas, exercises# stoo)

ANTONOV, Xikolay Petrovich; rD IIJIY rk Yakovlevich;
NIXITIN,
I'ladimir I -h S:X 1: Ka
S
asillyevil.7; Alaksandr Iosifovich; POUNINXIN,
SXI red,; BRUDNOj go op takhnoredo
(Collection of problems on elementary mathewtics;
aid for
self-study) Sbornik sadach po elementarnoi
matematike; yosobie
dlia samoobrasovaniia. Isd.6. Koekva, Gos.izd-vo
fiziko-maten,
lit-ry# 1960. 532 p. WRA 13:6)
(Kathematics--Problessl exercise*, etc.)

ANTON(Al N"Jo a) PeA,.L
qyjp~q WWDSKIY, Xtirk Takovlovich; 1111UTD,
~;ffZimir-Visillyevicbj SANKINP Aleksandr Ionifovich;
WILVINKIII,
S.M., red.1 USELIROD, I.Sh.p tekhn. red.
(Collection of problems in elementary mathftatics; a
textbook for
self-education) Sbornik zaanch po elementarnot
materatike; posoble
dlin awnoobrazovaniia. Izd.8s, atereotlpnoo. ~',oakvnp
Fimtgizp
1962. 528 p (MIRA 15M
Nathoratice-Problems, exercisoe, etc.)

ANTONOVP N.S. (Arkhangellsk)
Relation of mathematical instruction to other
subjects of the
polytechnio curriculum. Mat. Y. shkole no.20-15
Mr-Ap 161.
(MIRA l4i4)
(Technical education)
(Mathematics-Study and teaching)

AMNOV, T.T.
Apparatus for fitting togethor bell-and-spigot joints of
pipes in
rmning *and*. Rate, I Isobr. predl. v stroi. no,3:119
157,
(Pipe fitting) (UM 1111)

"14
AWHOR: Antonov, N.V. and Mindlin, M.G. Soy/93-58-4-411",9
TITLE: Prolonging the Service of Roller Bearings in Come Rock Bits (Ob
udlinenli aroka sluzhby rolikovykh opor v sharoshechnykh dolotakh)
PERIODICAL: Neftyanoye khozynystvo, 1958, Nr 4, pr 20-26 (USSR)
ABSTRACT: The authors refute the idea of certain designers that the skewing of
rollers in cone rock bits can be prevented by lengthening the rollers. They
prove their point by calculating the possible skew angle of rollera ranging in
length from 20 to 24 mm. (Figs. 1-5) produced by the Plant is. Kirov. Further-
c2ore, they prove that the skewing of rollers is related to the clearance be-
tween the rollers and to the clearance in the roller bed (Figs. 6-8). The
authors suggest that the skewing of rollers can be prevented by decreasing the
end play between the face of the rollers and the shoulders of the roller bed
at the expense of the roller length and width of the roller bed (Fig. 9), as
well an by raising the shoulders on the trunion. There are 9 figures.
Card 1/1 1. Petroleum industry 2. Drilling machines-Equipmnt 3. Roller
bearings--Design

KWMHKBV C6A.; TRAVKIWv V.S.; VIADISLAVIEVo Yu.Yo.;
ANTONY, N*V61
GURMCHp M.; SHITp U.B.; PIMPAVIDVSKIY, lp.; Acmavo
N.I.; BORHOTINO I.H.
byentions. Goroshure noo2t74-75 # t63- (MIM l6s2)
(Mining maahinem7-Technologiml innovations)
(UrUmoving no,chinery-Teftologioal innovatiozo)
(Railroads-4W.1s)

DULIN, I.L.; YES I I OVP P.T.), Afil-OVOV4
;,.V.1 KAMN, A, I.; z-j ~', 11'1~ ~,
V.P.; BUGRO, Z.N.;_ PbPOV, V., red.
[1he :,echora Coal Basin in the seven-year plan;
a teclaiical
and economic survey fir 19.58-3963] Pechorskli
ueol.'Ul bas..
seln - v semiletkel tekhnIko-okonomichaskii
obzc,.- 7.n !91,,~..
1963 eg. Sykt..vvkar, Komi kn!zhzioe lzd-vo,
lc)b.,.. Y2 p.
(MIRA 18:4)

I i I -- IA I -_ f-!,
-- . - I - 7
PAMITSXIT, A.B., doteent, kandidat takhnichaskikh nauk;
EYDINOV, H.S.,
kandidat tokhnichookikh nauk: ANTON Inshener; GASUKOV,
V.S.. inzhener. I
Working cycle study of mine hoisting machinery.
Sbor.st.Ural.poll-
takh.inst. no,4?t78-90 153. (YIJIA Bil)
(Mine hoisting)

A4
PAHNITSKIY, A.B., doteent, kandidat t-ekhaloheskikh nauk;
XTDINOT. M.$..
kandidtt tekhatch*skikh asuk; AMOY, NaTe., iar-hour,
GASMOT.
V.9.. Inshener; DRMIN, a. I., ln-s6n~er.
Wire transmitter tenslomstry of etas hoisting wichinery.
Sbor.st.
Ural.politekh.inst. no.47191-101 '53. NM 8:1)
(Mine hoisting) (Tensiousters)

WDINDV, K.S.; ARMY, N.Ts.
Investigating trunks of ground-type charging
machiness Sbors
st.Ural.polttekh.inst. no,65si2q-142 158, (MIFA 120)
(Metallurgical plants--Squipment and supplies)

t Ij45?.-'-63 M-rC/APCfC Pr-4 BWIDJ
3j000"-:- 001/0~01:~
ALIMORS.- Antonov, X. Ye. and PludAikovs, T.P., Engineers
TITLE: Operation of transformer oi %.,Itb antioxidanto\\
PM-10DICAL: Energetik, no. 11, 1963P 20-22
TEXT: For prevention of oxidation of transformer oils under operating
conditions, besides thermosiphon filters, various antioxidant additives
are used. Witb filters, operation is more complicated and expensive, where8b
previous data for antioxidants was limited and inconclusive for operating
conditions. A five year (195'7,-61) experiment under aperating conditions
Vag
made at the power supply network of Mosenergo using oil wItb 0.0')%
Pyramidon
(amitopyrine) as an antioxidant-tor-44-ite-."f-eqvdi=nt-,
-----fo-rm-e-r-*--w-ith-cepaelties of 1000-320041lovolt amperes. Annual
samples of
oils vere taken, and results of 1^borstory teats for oxidation no. (Ml.
K09),
Pyramidon content, and reaction of the aqueous extract (pH) Indicated that
Pyrazidon definitely decreases oxidation " the transformer oils are stable
for many years. Not all transformer oils are compatible with Pyramidon. The
Card 1/2

L ipg-63 S/091/63/000/004/001/001
Operat on of trozeformer otl6..
cv%pstib;l*ity
of Pyramidon and stability of oils was first determined
udder
laboratory conditions. When laboratory tests indicated
incompatibility with
Pyramidon, oil stability was not attained either under
laboratory or opera-
ting conditions in two transformers Of 32M and 1000
kilovolt amperes. Oxi-
dation is more rapid then in the oil without an
antioxidant. Laboratory and
operating experiments were also made with antipyrine.
Regardless of com-
patibility, within a year of operation antipyrine was
absent and the oil be-
came progreerlyely more acidic and had to be
regenerated. Antipyrine did
not improve that oil st*bIL~~y and vii unsuitable for
this purpose. There are
4 tables and 2 figures. 1~

ACC NRt AP60285M
SWRGE COVEt UR/OM/66)
AUTHORi Antonov, 0. JGeneral designer)l TSIEachev, nginear)
(F
ORGt none
TITLL: Transportaircraft today and tomorrow
SOURCE: Aviatelya i koamonavtIka, no. 8, 1966# 10-25
TOPIC TAGSt transport aircraft# aircraft performince, turboprop
aircr,tttAN-22
!transport aircraft
ABSTRACTt Although subsonic aircraft are considered to be the
mosteconomdc.%l air-
,craft for transporting cargo, It to possible that sooner or
later supersonic.*-
jeargo transports will appear. The main prerequisites for success
In the
.developmint of such an aircraft are the reduction of the weight
and specific
fuel consumption of jet engines and the search for new
aerodynamic coni.figura-
tions for transport aircraft. At present, however, even the
developmeot of
transonic transport aircraft with large cargo compartments. high
takeoff and
landing characteristics, and independence from ground-support
equipment to
a problem. It to more Important to decrease the loading and
unloading time
of transport aircraft than to Increaje their cruising speed. Vie
load ratio
(cargo-over-takeoff-welght ratio), specific fuel consumption,
ranget and
takeoff and landing runs aro the principal economic factors of
transport
aircraft.

1_A_CC NK, AP6028566
An increase in aircraft speed results In a decrease In the
lift--over-
drag ratio and an Increase In tho, specific fuel consumption per
kilogram of
thruot and of aircraft weight. The flying speed$ however, should not
be
lower than tho optimal speed for tht power plant oelected for the
aircraft.
The turboprop power plant chould be uNed within a speed ranRe not
exceeding
Mach 0.7. The speed range for by-pass turbojet power plants Is from
IM - 0.65 to M a 1.1, and for jet-engine power plants the speed
range reaches
a Mach number higher than 0.9.
From the article it follows that future transport aircraft heavier
than
tile AN-22 will be equipped with turboprop engines. After stating
that the
AN-21 _11(t9 up to 80 tons of cargo and has a maximum range of
11,000 km.
the authors Indicate that there are no basic limitations to the
development
of transport aircraft, equipped with new turboprop engines designed
by air-
craft Designer-in-Chief N. D. Kuznetsov, with greater payload and
range
than the AN-22 aircraft. There are other techniques for :ncressing
payload
and range which do not require an Increase In the
payload-to-ttikeoff-weight
ratio and an Improvement In engine efficiency. Since range Is related
directly to the lift-over-drag ratio of an aircraft, designerv, are
paying
great attention to the Idea of boundory-layer control by auction in
order to
decrease total drag by 20 to 30 percent. There already exist
experimental
aircraft with boundary-layar bleeding systems. Aircraft takeoff and
landing
performance can be Improved by the use of a boundary-layor blowtog
system
X coij 213
A

ACC NR, AP6028566
i with a ja flap. However, since there are a great niaber of design ccmplex-
ities Involved in the development of a jet flap, "there may be only a single
experimental Aircraft In the woild with this system."
7
The possibility of automating all phases of flight, from takeoff to
landing, is discussed. In spite of the use of semiconductors and miniaturi-
zation, the weight and volume of aircraft electronic equipment have continued
to increase from year to year. The total weight of all aircraft systems and
equipment makes up 6 to 12 percent of an aircraft's takeoff weight, and each
additional kilogram of equipment weight Increases the takeoff weight by
4 to-10 kilograms. Orig. w-t. hass 8 figures. tATV PRE-551 5062-r)
SUB CODEt 01 / SUBM DATM none
A? QW-1

AVONOVO , O.G., starehiy leytenant
Supplying ultmabort-va" radio stations from an a.c.
netvork.
Voat*proUvovosd.obor,, U0,3159 Mr tfil. (HIM 140)
(Radio, Mlitary)

INTONOVP O,G.
Concerning the economic efficiency of sAeolerated
autovatle
starting of steam turbines. Energoi
olaktrotekh,prome no*40-5
O-D 162, (HIM 160)
1. Institut aytonatiki Gosplana Ukr6SR.
(Steam turbines)

L
ACC NRi AE6021489 SOME WDEt VR/0413/66/000/011/0140/0140
INVENTOR: Antonovo 0. K.; Anisenko, V. C.; Solbot, A. V.; Towshin,
V. F.; Ryshik
Td. Le; 1011%achev, V.
ORG: none
T11LE: Meth,)d of Compensating for the Aerodynamic ssywwtry of
propeller aircraft.
Class 62, No. 182328
SOURCE: liobretenlya, promyshl*nnyye obrattay, tovarnyye anaki, no.
11, 1966, 140
TOPIC TAGS: aerodynamic coptrol, gas turbine engine, aircraft
auxiliary engine,
asymmetric body
MSTRACT: An Author Cetti,ficate has been Issueu !or a vethod of
compensating for
the aerodynamic Asymmetry of propeller aircraft. For the purpose of
inert-Aging
flight safety and 81WIifying flying technique, aerodynamic
asymeletry is decrease4
by ~the thrust of an auxiliary gas-turbine engine (1). This creates
a moment opposite
Card I

"49
Ja
fig. 1. Compensating for serodynaide
asymmetty
Auxiliary Ses-tuthine engine; c
of gravity; 3 - vertical tail surfa.,#01
4 - nain power plant
to the mownt Indicated (see V.g. 1), which to caused by an
asymmetric blast on the
vertical tail (3) surfaces by the airflov from the smin power plant
(4). Orig. wrts
hast I figures
SUB CODEt 01, 21/ SUBM DAM 130ctO/ ATO PPY.SSt
Cmd

JKAYLMYAN, A.L.1 OVRtITMIY# Ya.S.i ANTIctirV, O.S.
kesults of the use of angtwRrdtopraphy to improvr4 the
prf-clalon of the
d1apoals or tumors or tio rAmointimim. vor). Pitt. I
r#R. org. krov. i
dykh, no.lt23-31 161. fle.'RA M7)

1 --- -
MULAW
MIKATELYAN, A.L.1 ANT040Vt 0.8.1 MFINO V.I.
Diagnosis of patent ductus arterlosum, Vop. pat. I reg. org. k". i djvkh.
no.1033-241 161. (KIRA 180)

4

.
1

'lly

YA, .'I "I I

TAPTAKYA, S. L,j__~!1TC?1OVt_R. ~*l nladshiy
nauchrWy notrudnik
Localization and formation of pseudorocal tima In
larynReetonized
patiente. Vost, otorin. no.100-82 '62. (M-IRA 1517)
1. Is otcr-,.iolaringologichoskogo otdolenlya (nach.
- doktor
meditsinthikh nauk 1. N. Alskeandrov) Hoskovskogo
gorodskogo
chelyustno-liteavogo spitalys I InstitutA
eksperimentallnoy
biologii I meditsiny Mr. - laureAt Leninskoy premit
prof.
Ye. 11. Monhalkin) Sibirako;-o Welentyu V1 SWR,
Notosibirok.
(LARYNX~SVRGGERT)

AMMOV, O.S., *spirent (Kooky&. 0-117. 1-y Meopallmovsk-ty
per. d.10, kv.8)
Relationship between the oliniftl r6estgenologie&I
platurt and the
howdymnio characteristioe of high defects of the
latervoutricour
septu and patent duatus artoriosus, Yest.rett.t rad. 316
ao*6130-
38 T-D 1596 (Ktu 1315)
1, Is 3-Jr WSW rOut9*5010CII (I&T- - Prot- 1A, tager) I
W*dry
graduoy khtrurgit I an*etesiologli (sav. - Prof. U.N.
moshalkle)
Mutralloogo lvetltuta usovershoustrovanlys, ITAChey (dir,
- Prot,
V.P. L*bqd*TA).
(VJCTUS AIMIOSUS diag.)
(MLAIT SBPMX abnors.

ANTONOV, O.Ttl- YONKINAIi-i, V-'d'.
Paasnge ot e;gtiala tbrftiWh 4
18 tin. 11 ~ 13- 1~-jN'63. ( KIRA It, t i "f.')
1. DeygtV4"1_IfVye chleny Niuchnr.-tpkhrdch,~.,4kofro
olahchentypt
radlotekhniki I olektroaryAtt Imoni Fopovm.

v
.0 ANTONOVI ?*Yuep Inshe
Proust reinforced concrete in the bearing elements of subvay
statioris Trnap, stroi. 12 no.900-51 S 162. (HIM 160)
(Subwao)
(Precast concrete construction)

ANTONOV, O.Yu., insh,
Prestressing of undertround bearing elwwnts, Transp,
strols 12
no.12t44-45 D 162. (MIRA 1681)
(Prestressed concrete construction) (Tunneling)

ANMNOVP O,Yu., inst,
Construction of precast reinforced concrete tunnel linings.
bet. I shel.-bet. 9 no.lOt462-464 0 163. (MIRA 16t!2)

ANTOIANIJ.'Juas IrIth.
Pliable tmu7t.4,p'.t, hinged systems in elozert,,% cr
tunnol l1ringes Trmnsp,
I
strc.l. 14 ne),7,,4,.--45 JI '(4. (MIRA 18!1)

LN-W)NIOVO O.YU.p Irish.
Looking through old magazinea. TranaV. ntroi. 14
no,8-.59 Ag 16,/#.
(MIRA 1811)

ANTCNIOVy ln?h.
tunneling vith jacknting asit in rock, Tramy, strol,
15
ni-5147-49 My 165. (MRA 18117)

""7', A 1 1. . I
,,,~ "-. 1 -, r~r I ~, , r.,
llrov t,,-o- rocorkin -nl~orf,,t Ji. ti,e lint.
Kryl. rod. 15 lin.8t
I' ~-] I Ag 164 0,11~f, 1811)

ANTCFNOV, P,; KOIMICHIIV, N,
Ifew reguliktions for repairing automobile by units. Ayt.
tranap. 36 zo.li:
29-30 v 158. (HIU 11311)
(Automobilas-Maintenance and repair)

A11,7MOV, 13, irr.; P"CHTIj, T,j irg.
Now vqo1jamit of =all mcohWilmAtion IlAmdunod fol- rAj
''afaoturing T .
I
proranses at tho brarichas of tho Frogivriul Flarit, bicimmint.
Rov c~-llstr si ant, uovatr 15 too'?C'90-4~'2 StO,

ANTCNOV, rp. , licilitel (gr. Biala Slatina)
Now I activate my students in the course of
teaching biology.
Biol i khim 6 no. 3t 27-32 163.

/.P. !~1,7/ 0 SOV/137--59-5-11248
Translation fromt Referativrkyy zhurnal, Met&llurglya, 1959,
Nr r, pp 251-2r)2
(USSR)
AUTHORS% Antonov P.A., V,~raksiu A I
e--- A L ;_ I ~ I
MLE: A New Design of a Thiok-Sheet. Roll LT&.-Mil I Manlpllator
FMODICAL - Sb. statay, Urallakty z-d Vazh. mashtnoatr,- Ira.
8, Ord-zhorilkidze
1958, Nr 1, pp 166-- 1? 1
ABSTRACT- The authors describe a now design of a maniptilator
of a semi-
continuous thiok-sheat 2800/1700 mill. The manipulator is a
raek-type device with a one-side hydraullo drive of the left
and right rules which are connected by a rigid rod, The
maxinram
weight of thf rolled metal is 8000 kg. The maximum tra-iel of
one rule Is 1175 mm, the speed of the rule travol Is 0.3 - 0.5
r
see, The hydraulic impulse stroke cylinders of 130 = diNmeter
and the back stroke cylinders of 60 mm diameter PAre lo~:attpd
I,,,
one housing. One transmission shaft Is ueed from the drive stle
instead of the two shafts in previous designs. The new design
Card 112 of the manipulator mAdfd It Possible to plac(~ th,~
trin~mlsqlcn

GRABOVSKITO L.K., inzh,,l BASHILOV, 0,N., inzh.;
SOKOLOVSKIT, O.P.0 insh.;
KPASNOSELISKIKHt S.N.p fusho AUQMV,-~4-; DTKOv, V,A,,
Insh,j
DANILOV. 0.0., insh.1 GELIMBETH, fe.Yu*p inth.1 PILTPI
H.M,p
ifthel MAWOVj HeYs. Inabo; RAGINSKIT, D,M,o Insh.
Iq%lipment of a working line of hot rolling adIls.
Sbor. at.
NIITTAZRWH& UralmachsavoCa no,,600~-96 165,
(MIRA 18:11)

ANTONOV I _~. I MVK S, Z.
Multiple machining of parts. Prof.-tekh. obr. 18
no.2317-21 F 161,
(MIRA, 103)
(149tal cutting--Study and teaching)

AIEWj!qYjL P. D. I TRINOVA , N , H.
Hateorological &M eynoptic characteristics of storms
and their
prognosis in the Chernoytay region. Trudy UkrXI(R4l
no.12:57-68
1380 (MIRA M12)
(Chernovtsy region-GIclonas)

AUTONOV. P.7.
Botany field trip dealing vith the topic "Trees and
shrubs In
winter." Diol.v shkole no.1:20-25 Je-P 160. (MIRA
13:5)
1. Rookovskl3r gorodskoy ps4vog1.cheskty institut.
(Plants-4Proat resistanoe)

ANTONOT, P.r.
Results of summer praotice on state farm. Biol.v
shkole no.2:
87-88 *-AP 160- (HIRA 13t8)
1. Moskovskiy gorodskoy peda4ogicheskiy institut.
(Stuaef.t aotivitiell

ANTON, P.F.
Excursion woric in botany. Biol. v shkole no-3:15-19 My-Je
61,
(MIRA j4:7)
1. Hoskov3kiy pedAgogicheskiy institut imeni V.I. Lenina.
(School excursions) (Botany.-Study and teaching)

ANTONOV, Petr Oeorilzrovich takhnolog. gero7 truda;
GOMKOV, A.A., doktor
retmensent; OSIN. I.A.. inshestr. redaktor;
I=Wy# A.00, rodaktor: rALIT11A, A.To, Inshener,
vedusbchly redaktor:
DUOIRA, N.A., tokhnicbeekly rodalctor.
[Advice to young foundry workers) sevetr molodowu
litelshchikal Isd.
2-00, parer. i dop. Moskva, Goo.nauchno-takhn. lad-vo
mishinobtrolt,
lit-ri, 1956. 59 P. (KLRA 10-4)
1. Uralmshwaved.(for Antonov)
(]rounding)

Garoy Truda; LUZIN, P.Go. inshap
lnzh.p red,; DUGINA, N.A., tekhn.
red.
[Advice t* a young foundry=m] Sovoty molodomu
liteishchiku.
Yoskyap Yavhgin, 1961, 53 P, (Bibliotaka rabochogo-
mashinostroitelia. Seriia: Paredovaia tekhnika - osnova
kourunisticheakogo truds, no.5) (MMA 15:7)
(Founding',

8 6 SiIP(k)/rIP(q)/BDS/E*T(s)--AFFTC/ASD-..Pf-4--JD
AP3003683 S/0186/63/005/003/0342/0346
AUTHORt Shvedov, V. P.1 Antonov,_P. G
-V C _~So Y_ ~M:
)VIC
id -j1-0
01 ot
Y electrolysis with it nercury~
21
cathodo
SOURM Radlokhtmiya, v. 5, no. 3, 19639 342-346
TOPIC TAC&t To" earth*. praseadynium, noodymium, separation,
electrolysid,
mercury cathode, electrolysis output# prasoodymium acetate, complexing
agent*.
lithium tortrate, rore-earth amalgam, separation factor
ABSTRAM Outputs and separation factors in 0.e electrolysis of aqueous
solutions!
of proseodymium and neodyatum acetates, in the presence of lithium
tartrato COM-
0
-A
IR-lectroll 1A
__plsxina agent have boon detafained.
p
*46-scr li" by I t- A a Xvkx%-*1 I ariC. - It. P, Grabom (Cbem. Rev .
o 46, 3, 471 (195(j) with
4
-mercury -cathode and platinum &nods.-- The- *loctrolyto-vas-
maintained at-2UG and--,--,--
pH6-7. The prostodymium concintration was 0,02 M in all electrolyte&.
The Nd
p
concentrattcn varied from 2 x 10'5 to 0.02 H. The cathodic potential
and specific
activity of radioactive tracers in the electrolyte were measured
periodically
__CWd

SIM-Mv-03003W
durInS alscti~ax~sii' for. ii~'-"~"J. to"~Wft. Itha rm-4arth 61"aits
In th4k o"181MAI ,'111
and the electri'AytZwere W'trlal fy, &!",!a!; 'SkA
66V ioll
Offsets of "it #~
Current dons ity'Ar
to
PU &L'44r e.
the at trayte
Rt
with Aiii`._ So that 4~44.ikrotv_
At 1'i1A 1, -)ioqt~
unevally
V
zor P0.0 d an W45 .. xiot: af f"c
and *ss ioi'=16
_'~y 4artitions tn.4fii P M'. ti-o - it% ~ tti electrolyte I - -'and
3), cuiix
:f c-c6duntrAt an ra
ri
dons Ity varia-lons at 0. t-j .A I fthiuiri tartratc, isignif IcAntly
of rected - the -output
and - separation facto-rof-lod-and Pri as shown in Figs. I ste 2 of
the Enclosure.
These data together with &4tn *obtained at different lithium tartrate
concentrations,
show that separation factors of 30-60 and over were achieved, as
compared to a
waxinAn factor of 3 obtained previously by E. 1. Onitott (Anal. Chem.,
33, 10,
1470 (1961). Tha optimum operating conditions at 0.02-M Pr and 0.002-M
Nd are as,
followas lithium tartrate concentration, 0.34 M1 current d*"sity.' 7.7
mamp/c=21
alictrolysis time, 60 mini teeperaturs, 2OC* Orile orts hast 3 tables
and
3 figures.
ASSOCIATIONt none
SUBMITTEDt 2?kpr62-- DATS ACQs MugO -SNCLt 01
SUB CODE: CH 10 REr SOVt 002 OTRSRs w6
Card 2100-

SH, V.P.; ANTUNOV P.Gq
. VFivVP - - P - - . -
Separation of sumarium from neodymlum r-nd praBeodynium
by eleclr-)ly3lB
on n mercury cathode. Radjokhimiia 5 no.5s616-618 163.
(MR~ 17%3)

t- 16-4--X~-JA KFMI'a ~1-2./EDC (-A)/9WA(d)/F3-T(t)/V-FF(bN Pt-1 0 1 JJ
PC K'- D (I g, MO k F n. k/
N;l:
AUTHOR: ShVf,,e
,0.,. a_ V. P.; A_ntonov, P. G.
T ITL(: A study of the condi t Ions tot the format ion of am.319'V!11~
(if ~j "'Joi i nitifil,
tc,rbivm, dy~_pros lun and holmluen durInq eltc-( t ri)l yt, I %. cm jj
rji~,[ , it
SOIJRCE: Andloklilmiya, V. 6, no. 5. 1964, 581-5M
TOPIC TAGS,. gadolinium, terblum,dysprustim, llolmlutm, a-malgam
Forniation, mercury
ABSTRAM. Tiw authors note that In the electroly!.k, J aq-jeous
solutions con-
taining acetates of the rate earth metal-, arid lithi,im cittal( I,, it
ccriplexinq
a-tent, the 0.1-ments or the cerium sub(Iroup and ytturbiui--i readi ly
iorf'l .3maliclanis.
Roforcnice i,~ made to ftudles which have shovin that the elenven?,
heqi(Inin(' Vj;ttj
cp,?nlinlirn h(,w little or no Inclination to ttic for,ratior of The pu
I
post oT tht Present artlic-To-wos to-e-s-tablTsh the capacity cif
cladolinlum, terbhjm,~
dysproslum arld holmium for amnl9am formation by means of the
f-;ectroly~'Is, cr, a
me cury unthodr, of iij:tion-. containing t-he orprate-- oJ? t_#vf_-sL-
atements -r,
11thifim- lei tt%!te___a9_ 0-romOlexIng ag-enk. The aGt"-rs do not
describe thn experi-
mental procedure mployed. aasicaliy, hu-sever, the quantity of rare
earth ele".
ments In tho amallgam and In the electrolytic phase was deterinined by
weighino. the
Card 112

conct-ntration 0 Cd, Tb, Dy and 11o:0.01 M; 2electrolytIc volume: 15 m! ; me-cury
Volumes- 8 ril; current densIty: 30 ma/cm ; cathode area: 10 cm ; time 0(
C I or I rof ,s i s2 hou r Thic 2.wt hors e5 t;)', i sheJ that Grf, Th , Dy and
!w have Ulz
eou"c
ate--on(a--of---the-rare--carth- Olcifient -lit
41 -tir
71
Oel,
w0ght Of.",ft 05S.- :Nol ;~j
ha
=AS
Socurto
4k -
EN LI I'C

CHASOVITIN. P.A.; ANTONOT, P.~.
Development of tunnel corstruction in the V.S.S.1f.
Tranup.stroi. 7
no.10:20-26 0 157. (MIRA 10:12)
1. GlAvayy inshener Olaytodn# I 'set rowtroyv (for
Chasovitin).
2. Olftynyy Inshoner 14atrogiprotransa (for Antonov).
(Tunnallng--HWory)

CHULAMOV, O.Ch.; IbIDOXHMSDUT. B.; ANTOMOV. P.I.;
ROENJUJOV. N.M.
(Outline history of the economy of the IrDEAkh
S.S.R., 1917 -
19281 Ocharki istorii narodnogo khosinistva
Knzakhakoi SSR,
1917 - 1928 gody. Alma-Ata. Vol.l. 1959. (MIRA 12:12)
1. AkAdemlya nauk Xazakhakoy SIM. Alma-Ata, Inatitut
okonomiki.
(Kazakhstan--Mconomic cenditions)

YoN-, kand. takhn. nnuk. red.,,ANTONOT, P.I.. arkh.,
nouthAyy red.; WITACKVA, T.T., red.
tekhn. red.
LSOundproofing residential and prablia buildings] Zvukolso-
119tells xhllykh I obehohnstyonnyfth ~dmnli: abornik atstei
pod rod. T.U.Nikol'okogo. Hooky&. GovAnd-vo lit-ry po
strolt.. arkh1t. i stroit. naterialem, 1961. 127 p.
(MIRA 14:5)
1. Atadealys strottellstva i afthitsktury SBR. Institut
stroltallnoy fisiki i ogra shdoyushchikh kon2truktoly.
(Soundproofing)

ARrOWff, Pe-I.; POLOO V.I., nauchnvy red.; CHMOVSKATA, T.P.,
BOROVNV. N.K., tskhn.red.
Nfety regulations for workers In the manufacture of roof-
shooting materials (ruberoid)] Phisiatka po takhnike bez-
opasnostl dlia rabochikh po proinvodetvu ruberoida. Moskva,
Ges.isd-ve lit-ry pa stroit., arkbit. I stroit.materialam,
1961. 12 P. (MMA 15t2)
(Building materials industry-Safety measursa.)

SIMPIM-sp L,T., inzh.; TOUITIYEV, S.Gal irmh,.; ANTONOV, P.I.,
insh.
Applioatior of automatic hard facing or rolls on the 750 Mill.
Stall 22 noOi256~257 Hr 162,, (IMU 150)
1e Zaved Obasroy Oktyabr'N.
(W.ls (Iron mills)) (Hard facing)

ANTONOV, P.I.p insh.1 KHODOSH, V.A., inzh.
Over-all mechanization for the construction of tunnels
In urstable
soil* Gor, xhoz, Mosk, 35 no.1105-28 N 161. (HIRL 160)
(Underground construction)

-ACC M. AP60150Y' SOVRCZ CODES UR/0363,66/0021(105 0950
AUTHORI Antonov,
A_~epgnovj A. V.
ORGe Phy# iorechnical Institute to. A. ?._Lqjf amy of Scienced
SSSR [to-aT--1yGMtut Akademli nauk SGSRJ
TITLEs Preparation of tubular &pM,4r
SOURM AN SSSR, izvostiya Noor$Anic ookiye materinly, v., 2, not tD.
1946s 950
TOPIC TACSt crywtal growth, semiconductor crystal, germanium crystal
tubular crystal, malt grown crystal
ABSTRAM Semiconductor germanium crystals of tubular form were
obtained directly from the melt by Czochralski technique with the
help
of a forming device which is schematically drawn In. Fig. 1. Tito
preparation of crystalline products of a given form, directly from
the
malt is aspecially important for materials which are difficult to
machinob Germanium cryntale of tubular form ware grown on a germanium
single Crystal plate or tungsten foill as a seed. A ring-shaped
column
of-the melt was raisad by capillary forces ou pulling the osed from
the.
melts Under proper temperuture conditions# the growing crystal thke
the thape of the forming Braphite cylindere Either crucible alonit :r

_ACC_ NRt AP,
fl
L 5075

tig. I,

schematic
crucible and the seed
dra%ilng o

f the forming
were rotated
at 2 rpm.
devices

At a growth rate of

0,5-2.0 am/min. poly-
I - Seed 1

2 - growing
crystalline tubes 8-20
tubular c

rystall
am in diameter with a
3 - malt;

A - thermo-
wall thickness of 1-2
couplal 5

- forming
am tare grown which may
cylindert

6 ~
crystal-
be used as sensing
lization

frontl 7
elements of a strain
crucible,

to
measure meclia
gage n-

ical otreenea in solidus

Orig. art. hass 2

figures. JJK)

Sun COM 201

SUDH
DATEs 07oct65/'

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