SCIENTIFIC ABSTRACT OSTRANITSA, A.P. - OSTREYKO, G.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238430006-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PDXROVSXIY. II.N.; KISHED. Te.G.; 937UNITFA, A.P.
Attachment to W.A.Irrotov's SDDarstus for making a bacS~riological
analysis of air in the field. lab.delo 4 no-2:45-46 Mr-Ap 158.
(MIRA 11:4)
1. Iz Llvovskogo instituta epidemiologil, mikrobiologit I giglyeuy
Wir. - kandidat maditsinskikh nauk S-I).Klyuzko, nauchnyy rukovoditell
prof . L.A.Cherneya)
(AIR-BACTURIOIA)GY)

MOZ t WOK 92TWITATZON SOV, 3624
"&4s Li ya ns" ukrainaiwy SSR. rnatit4t wetalla4evua~d_ L ap-total
ny,%Lr,l opla...
satoriaiy I ast.dy Lan t.r-
to to rxn" matortaly (Corset Pat-ort6le " Meth~da or~zoelr
anslyels; rnf-reatt"INsterial) Kly.,, jzj- JL4 Ukr_'ViR, 1)59.
0. 1.5W copies pr t*J.
rA. offtbitah1nd ft-s.. 11.V. cot.,&. Teen. U.: A.K Llso-ts
&= .3riza Be&". I.M. Franta.'Ich. L.A. a 3.
F%S&rw.~h~. O.Y. Asm-anow (Keep. r_1 ), V.A! rqrvmenk~. enj V.M
PVRPOSE: -his Collection 3f artLeles Is t~.t*,Ul f- :--,t%fIc
'e0rus". jedigne". anj t.lhn.. 11 1
tn. uwt&.I~Klcal. ant
of tal"try
COVXRAJXj In this aollectl- or articles tno sitnors loscrl~ tne
plo,,~ttjn of C&rbI.1eS, ftItrI,1*a &-I 3trer neat c-
v- I pertl,v
P. -1 X3 1~4 t~ Ir p ys1c-r-Iz,l &,J pr~,
Thlroinrual p-..*2N=_- P- ... I" - natallatl.~ a %r,
4,16- A ... rlbw.!~ A -.' t~ Is pr~pjzel f- t~v - F
-1-jr- refractory -=p-i. a- . ..1, 1.
Od', n. *nar~y 41 1 In 3-4 Mjg~, f---
tt,h~llcal Ibr:tI-,L-
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16 2f hj~n a-
ing the XI-ti. .E%-Xr-LI4P 4:11 t~- Vapor or Rote.,
K~x'-Aa.,V.A. Metr-1 of Dot Irmln_-~, tr,* Ft.&I Cn~rzcter-.t--g
Or'X~r& teal til- 1, Materials D,4rlr,, VIbrAtla" 17
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&,_1 T.10. Lnstail.tt.- f- Be.. T.-at.
oclon. at HI&ft 22
Y. rw__ -* " A - , "T.Ta. V.11-- Pr.P.r!.g
Alloy. of -4-ani,ee C.ftilf Wit. wlly:~1-11 25
Kit Lhj. Dt*rm1nation of Small ;uantitles of Nltr~gr- In
27
O&,vIc;.!ar
-L r-rI.I. at P-. 30
1~2.2v_ I_A_ fjttiitatio~ of :Acq- c,stir,4s to rnvoz-i.;at* t~..
State of DI-es 32
3ammomo:. G.V.
and ~f Boron &r.1 S11tczn 36
_, v ~r >,t F- " DI Is'.
rat
tian In a otai:r-I-aD~1 R~g -P V,:f:, or .
Tpre,-~ogly.2-, T.S. P~V-atton of' rttan-- n1tril. F- Tlt~l~
4 5
3 r3-ray.
P". v~tanl ~.-- Z_3zn,~
C-Po-'j.
VT3V.~gy"
?u,n o.
Zb

5(2.4)
AUTHORS: Dudkin,
TITLE: Ternary
Formula
IBVBVI
2
PERIODICAL: Doklady
PP 94 -
L. D. , OE7_t.-_aL1_taa". so '01/2 0 - ' 2,, - 1 -
Semicondocting Compoundri Coming Under th(, Ge! ' er,11
AIBVBVI (Troynyye poluprovodnil:ovyye soyedineniya
2
kkademii nauk SS-,R, 1959, Vol 124, Nr 1,
97 (USSR)
ABSTRACT: The compounds mentioned in tlie title are forned on t,ie ~~qis
of binary co,:ipounds fron -.-,,,.irh one at leart mu.-t hr? a se-na-
conductor. Tlio r '.ios of 11~,e 1(_-trcen the-
initi 1 -o t~,, c, interrr-
The prc::erit -aper deal:; wlt~, L~.e ciiiciliti,)n of t:,e exi.,3tenre
and of the physical ci,e-nical natire )f t~,e h-,,-),-)t,etic com,ounds
V - , r
under review where A, i*u, Ag, B ;I.BimdBVI - Se, Te
(Ref 1). Their formation is assumed fro,!~ nnal.)Cies with the
chalcopyrite-like group of semiconducting compounin
AIAIIIBVI in ternary systems A I - BV - BVI on quasibinary
2. 1 VI V VI
Card 1/3 cross sections A 2B -B 2B 3 at a ratio of the components of

Ternary -tin,,, Co7ir,: Urder the SOV/2a-124-1-2~1 9'r~
General For,r%lan 'k I D7R71
2
1:1, A III ")ein,. Al, ~;a, In, TI. In npite of the reli..ted chp-
~~Ii c' al c 1'7 "08 1 t I on of
AIBV BV I and A I AI I I BV1 It maly eanily be stated thfit ti)ey are
2 2
not iqnntructural . ~n the baf)is of corresponoing birEir-.-7 -D7,-
pourdn 9 tornitry alloyr werf, pr-)fiur(,d . Their connnsition ~s
given in t:.,1vlo 1. The invcstig- tion trnn )-rfr)r-,eJ t,)
method simil-~r to th;it descri~,e,l in rolt~rw re 2. It V~ 9 f-und
that A co-7iVour,3'r only: CuSbSe,), Ag3115e,, A,-SbTe,
1 1 4 2
do reilly exirt. Ti.ey cryst~illi~,,e dl4rect fro-, t, p T,,('
mdcrostruct,ire of tho alloya CuSbTc 2 a-A CuBiTe, if; of eute--r
nrit'Irp; cupi:je ind AgBiTe h-, -'rove(l to be tw'-i)h:is~c III)yc.
2 2
The neatinc:- and c~lolinr rurves were ror tructc.6 on
allDvs ar.d the cryst%.I~;ation te-iperaturer: nf tl,e lter~
conpour~q were from thnne cu.,vns (Tal-le 2). The
coni,ruent char%ctcr of thu -neltin~- w-an confirmed. Tat,!~, 2 -shDu,
the esti7,ated coefficients of ther-itil conduntivity. The leter-
mi r,.,,t ion rnrul tq of the (.-I ect ric cond u(A ivi ty of t --~. ~,i! !~'
Card 2, '3 un -! or rev I ew as a *unr t i on of t empe ra t u re -i re gi v en i r f.i -u r e

Ternary Seniconductini, Co7i)ourds Co-iint.- U,),i(,r the
General Fornula. AIB vBvi
2
CuSb3c A~-,.')!)Se, iand A,71'iSe, nhor dependences (3(T) whl,n ;~r-
charicCrintic ,of nemic~)!~,Iu'ctorn. By menns of o(T) t
activrition erf-r,.-ies of tho curient carriern in t.-r-:iry
were cnIcitlated (Triblp 2~. Cov7der-rridioFrnphs were ta~-r- Fr(,-i
the arsumption th.,t the sc!4e!ir, of the bindini-n (FIF "', in
chararter i tit ic cf Al conpounis me7it~onvd in tnc title, it he
wit hnr i col t ho om I i t ii f i vo r )n'1 I t I on n Whi (~h 'i0t t. I '~ It
ntability. Th~r, fi,7iiron, 2 t7AIvn. %n,', 5 rof~,ro-
of which are !7av~.-t
ASSOCIATIOU: Inutitut met%llurt-,il i~-i. Bay'%-ova 3!7sli
(Irintitute of ~Ivtiillijrry imonj A. A. Ba.0,ov of th- AcVe-y f
scle-cel ussli )
PRES E T;-IFD Augiist 0, "~5r,, 1). 1. 1. Bar,lin,
SITBIT ITT j u I y9 1,113
Card 3,'3

OSTRASZ, L.
Electrostatic filters.
?. Ql (hrIADOMOSCI ELEKTROr~,'SNICZNE) ~-,arsaw, Poland) Vol. I-, r,,.4, Apr. 1957
SO: Monthly Index of East Wropean Accessions (EEAI) LC Vol. 7, No. 5. 1q54.

OSTIIAUSKAS, V. V., Cand I-led Sel -- (diss) "Uncon~lltioned Sallvur-j
Reflox in Disorders of Cerebral Circulation." Lon, 10157. 16 PP
(1st Len Mod Inst im Academician I. P. Pavlov, Ghair of 1,ervous
Disonses), 200 copies (FJ,, 50-57, 120)
- 39 -

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0
: Z/ C-

HAVLIN, I.: 0,';TRCIL, F. ~
Fractul-tr of the radlits with volar dislocations. Acta chir.orthop.
traum.cech. 28 no.5:416-418 0 161.
1. Vyzkumy ustav trauvztologic~y v Brn6, redital prof. MUDr. V. Novak,
Dr.Sc.
(R&DIUS fract & disloc) (WRIST fract & dialoc)

at
IN
Jill
J,q " ; *11. I
WS
3 Eli
f j ~ ~~

KROIIPA, J.; 5POlIAR, J.; OSTRCIL, F.
Importanoe of sulpho-phosphoro-vanillin reaction in dingnonla of fat
embolism. Rozhl. chir. 37 no.1:28-33 Inn 58*
1. VyshuW untav traumtoloeickl v Hrrw. reditel prof. Dr. V1. Novak.
J. K., Brno 12, Ant. Macka 7.
(3MBOLM, diag.
oulpho-phosphoro-vanillin reaction in fat emboliam (Gz))

IMTTPA, J: SPO?IA'q. J. , technicka spoluprace; OSTRCIL, F.
-I.-
Chnnges in blood -)roteins nfter fr---Ct-ux--7.-Acta chir. orthon. traum.
(-ech. 25 no.6:1421-432 Nov 58.
1. Vyzk~ ustev traumatoloeicky v Brne. reditel prof. dr. VIadimIr
N-lvnt-. J. K., Vyzk. uat. trawn.. Brno. Ponavka 6.
(TIACTURES. blood in
Droteina (Cs))
(BLOOD P'?073IIIS, in v,r. dia.
fmct. (Cz))

KRUJPA, /J. ; SPONkR, J. , OSTRCIL# F.
Relation of blood tributyrinase to traumatic fat e~bollsz. :-Ozhl.
chir. 37 no. 1134-39 Jan 58-
1, Vyzkiimny uRtav traumatolorickv v Brne, reditel prof. MUDr Vladimir
Novak. J. K., Brno 12, Ant. Hncka 7.
(EMBOLISM, blood in
tributyrin.see in poottraum. fat embolism (Cz))
(LIPASSS, in blood
same)

OSTRCIL. FrantizakL STRMISKA. Jaronlav
Effect of hydrocortimme on the stiffness of joints after Injury. Acta
chir. orthop. tmum. cech. 26 no.2:119-122 Mr 59.
1. Vyalaimny ustav traumatologicky V Brne, reditel. prof. HUDr. Vladimir
Novak. F. 0. Brno. Ponnvka 6..
(JOINTS. wda. & W.
kydrocortinone for control of post-traum. ntiffneno (Cz))
(HYD110CORTMON1. ther. nme
nost-traum. stiffness In jointing (Ca))

OSTFEU. MARIAN H.
Geography & Geology
Try,t=fu dzien; montaz widowiskovy na swieto denokracji. Drakow,
Wydawn. Dom Kultury, 1945. 23 P.
NN
Not in Mx
Monthly List of East European Accessions (SUI), LC, Vol. 8, No. 2,
February 1959, Unclass.

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mental tberepy of cyaside Istallicstiov 1, 1,
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Eczema
Eezow therapy. Vest. ven i dem. no. 5, 1952.
9. Monthly List of Russian Accessions, Library of Congress, December 195P. Unclassified.

CISTRENKO SIG.
Important imeasure for increasing meat production. Veterinarlia
37 no.7&25 JI 160. (MIM 1682)
1. Glavnyy veterinarnyy vrach Novo-Senzharskogo rayons, Pbltavskoy
oblasti.
(Novyye Senzhary District-Beef cattle-Feeding and feeds)

O.e,-TMnM.L S. G.
"The important arrangement on the increase of mest i%!ocrvcr,."
Veterinariya, Vol. 37, No. 7, 1960, p. 25
, I
ck, I P'(f 1) r, - Ilpt N r- I - e , -~, I 11, ,~ , - ~,k . i . "I ,, 1141 /&A , t, b ~, ~, r

.), G. and GOI. POAII~Ieup V. ,. (Ghief' Veterinitry Sui-Leon
and Epizootoloi.-ijt) (bovoaer21w-nt3k 11hion, loltava Ofiln."t')
"Prophylaxis and treatrnent of' calven Itifected -.1th coccidica.L.-i"
Veterititirlya, Vol. 38, no. IC~ October 101A, I . 50,

S/137/61/000/00 )12,~-;o
A006/A106
AUTHORS: Ostrenko, V.Ya., B3LraxLv. L.D.
717-U: Compretensive r~-!:ng :f j 1pes -,n ~Ilger a:-.I aj* -rnal.l ~'~E
PERIODI~AL: Refera,.'vny~ z~-,.~--ia_ nc . ~,, 1961, 26, aL.s,..rj
(11 --; I . -1. %rutn, in-"' , 1~~
InfcrTr. Ukr. n,
b 2t 33)
MT. A new p1p, r-,Ang met)-.c! was In the rciling
tnick-walleJ pipes from an on a piiger mill, and subseq~ient rc,.'Lll.-.g or.
autorr,sti, mill. ;rsde (-' .22C ) ceei plp,-,e of 32:5 x 1j rnm werc.
rolled. A blank of 2~C x wa;, -nn *)-~e pilger ml,-! and a 32" X C' rTT.
IPA on a "400" aulcma"2 *~ ox'erna,
, ml... :,rprcv,I qualt-y of ~Ipe6 as -
P
and internal was ta*-,, -.f t1anys tc,
repair. Comrrehens'-p --..''ng ir'aln may
ment of the pipe q~a~',
[Abstra-ter' -~- nc*e-
CarJ 1/',

A,,~~- /A 1 :)O~'
TIT LE Energy Dms,-impt',or,
FERICDICAL: R o " , ~ r aI vnyy C Z t
5Dc'414 il~
n
TEXT Ar. lnves-ga* wa- rr.ad-~ differen* types of ~ier:ir,g .'s 111,:
barrel-shaped. dllsk-sha;~ed and :r, all casees Tf7 ~Ham,-r
blanks w,~re pler,~e~l int.,- Jimpristo!"2 r:,r- 69 x 7",r FIP,F. a'
ar, eaual nuj-..,~Pr -,f revol,t.,~r.s -!, *~no T-)::E Fin! :--e val-e, Dr, *.ne I.--
angles (',-. J!sk mllis - a Ma x I m,-;7 -a i
I _; - - r )r.
.~r. '.hf. mill' and the
rclis; least loads -,n rnlil~i wl'..~. fL;rgifr7,, r(-44's. als,7
production of pipes wI*t.1---j* and Irt-?rnal wl-,Iot IIE
tage an :,ompared
M.
[Abstracter's -~- oE :CcmT : e I ri:-,
Card 1/1

BOV/123-5(0-15-59344
Translation from: Referativnyy zhurnal. Mashinostroyeniye, 195~4, Nr 15, p 71 (USSR)
AUTHORS: 0strenko, V.Ya., Bobrakov, L.D.
TMX,! Taking up the Manufacture of Thin-Walled Tubes of Large Diameter by a
big Automatic Mill at the Iranr,-Caucasian Metallurvicnl 11,ant
PERIODICAL: Byul. nauohno-tf-khn Inform. Vses, n.-I. trubnyy In-t, Nr 4 -
pp 17 - 23
ABSTRACT: The manufacture of tubes of the grades 168 x 5, 168 x 0, 219 , 6,
273 x 7 and -425 A 8 mm with a minimum thickness of walls eorresponulnF
to the GOST 301-50 wa-- taken up by the "400" mill of the ZKZ.
Zh V.T.
Card I/I

02CLI, Vladimir Lyudvigovich; OSTROKO, Y.Ta.. Imnd.tskhn.naUk,
oty.red.; LIBKRXU, S.S.. red.izd-va; ANDRKM. S.F.,
tekhn.red.
[Practices in the automatization of pipe-rolling plants)
Opyt aytonatizat~Li truboprokstnoi ustanovki. KharIkov.
Goe.nauchno-tekhn.Isd-vo lit-ry po chernot I tsvetnoi
metallurgii. 1959. 79 p. (KIRA 12:6)
(Automatic control) (Rolling mills) (Pipe)

1 37- 58- 4- '7208
rranslation from: Referativriyy zhurnal Metialltirgiva IQ'~8 Nr 4 p
AUTHORS: Fomichc%. 1. A. 09trenko R. Ya . Rozenfet'd. I B.
L. D.
TITLE: The Technical Foundations of the Production of ',20 mm Ti,bc ()v
the 400 Mill of the Transc,sucasiin Plant (Tekhnologi(hc,,ki,,c
osno%y proizvodst,.-d trub diam. ~211) nim na stanc , -400 7-1ka.' -
kazskogo Za".od,j)
PERIODICAL: Bvul. nalichno-tekhri. inform. Vses. trubnvy in-t 1'~ N r
3, pp 17--")
ABS'rRACT: The possibility of prudu( ing 5.9 mTyi diameter tubing 1") nec(lcd
for gas and oil pipelines, on a 400 mill is established. Pr( lim -
nary experiments with T ot smaller size ( i2~ and 273 nini diimctc- i
showed that the amount of in,, rease in diameter in '-he cxp'-AT15't"1
of slec%es in two pier( ing mills rna~ be as much as -10 p(,r( cii, "'~O
made it possible to carry out the necessarv reconstru(. t~c-r. (A -,."
plant equipment in order to develop a plan for i rolling s( hc-d . v
for making T of 911) mm diameter from 350 mm blank,; Thc -0:"-
ing tible envisages the production of 420 mmi slce%es from ilic
Card 1 2 Nr I pier( ing mill and ',-'0 mr-n diameter rlcc%es frorn the N't

"'8_11 - 71108
Tile 'Technical Fuut-dations ut the Product:on of ~,29 mm Tubc orit
The follovving changes were mAde in tile groc)-ving of the pter( tr,,g mill r(;:[".
the entry taper was ino: rva~.vd from 1()10, to .1", and tilt exit t.1per fl I'm I" TI,
") 0. Rolls of mimmum di.micter used to re(Im v loading. Thc d amt-tv,
of the pa s s whe n T ( III In p . 11 3') a tit 0111 at I( I I I I I I wa ST h e(I I L, I n c I c r
T past the reeling n-iill %%,~,s ~40- mm and th.!~ Issurcd t he r eq,j, I c (I I c (I I
tion in didmeter m the si/.mp imli Thi. protile of tile rolls ( Ithc rvvlmj~
\vas changed so that tilt- untrv t,,pcr ""io' "I lit, 'lzillg tiltH wa~' '' T Ill~~R d
for work with ~ar icu,, st.irid,. The di.imcfet, I Oic p'jss In tile tourth "t.lrld %x
", A mm Technit. i ~ ind powe r (. ilc ul,,t ions ire presented, and thct'v ,r(- to ~,c
used in organizalion of mar.ufao.tuTv.
;-7e
Card Z 2

- OSTREENYO, V.Y., kand.tekhn.nauk; UOBRAh~)V, L.D., inzh.; PrinLmali ucha~tiye:
ROZENFEL'b, N.B.; OSLAMXNY.O, L.S.; TSERETELI, P.A.; MINDLIJI, I.L,.;
KUPERSHTEYIJ, Ye.A., TOPAL, V.A.
Organizinr thr rolling of large-diameter ttin-walled pipes on the
heavy-duty automatic unit at the Z avkazskiy Metallurgical Plant.
Biul.nauch.-tekh.inform.VNITI lo-4~5:17-23 (MiFLA 1_~:I)
(Tiflis--Pipe mills)

3/137/6 ! /00u/0(,) '/() 4 8/u
A060/A 10 1
AUTHORS: Foml~:lnev, 1. A.; 0strenkc, V. Ya.
TITLE. Pressure of metal on rollA and mandrel during piercing of blanks in
mills with barrel-shaped, mu8hroom-shaped, rind d1sk-type rolls
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 7, 1961, 37, abstract DdqQ
("Tr. Ukr, n.-1. trubn. in-ta", 1959, no. 2. 5i-69)
TEXT: Formalae are derived for the determination of the pressure of metal
on the rolls and the axial. pressure on mandrels. Experimental studies of the
metal pressure on rolls and mandrels were carried out In the course of piercing
blanks on mills "'40" of 073 (YuTZ) and on the piercing mill with mushroom-
shaped rolls of 4Tn3(ChT?Z', . Data were obtained indicating the dependence of
metal pressure on rolls upon the reduction, temperature, grade of steel, and the
speed of the rolls. The pressure is lowest In the piercing mill with mushroom-
shaped roils, The values of mean specific pressure are approximately equa, for
all mills. The ratio of qx1al pressure (Q)' to metal pressure on the roils (F) In
a mill with barrel-shaped rolls Is eqlua~' to C.P - 0.35, In a mill with mushroom-
shaped rolls - 0.35 - 0.40, In a m1li with disk-type rolls - C,1.45 - 0.5. Pne
Card 112

Pressure of metal on ro.-s and mandrel ... A060/AlGi
experimental data obtained and the analysis of the stress pattern In Ithe strain
seat yield the conclusion *.hat the formation of the primary cavity in pier-trig of
blanks on mills with mushroom-shaped and disk rolls Is difficult. This frict. is
very important in the pler:lng of high-alloy s~.eels and al oys. Thun, piercing
mills with mushroom- shaped rolls In which '~.ne plercing pre;sure Is lowest and the
Q/P ratio is sufficient.y nigh, possee~, an adva:~-Age as ompared with -~her types
of mills.
Y_ Manegin
FAbstracterts note
-omple~e lrans.a*fon,
Card 212

proc'? -13
cl, Lt,~
%i-- t ri~ K, ;h-sov,i
Card

r 0 f C F. I*
ra i o ",-,e te t!3 t"'! t 1 s
~:-.o~iernizzed ~chem~,tic J.'agrani ~,' il-tO:7!;lt-'C ml--- ar.,i a o:
the new autDmatic m~~116 beine arc- i;-,Ivfm,
Abstracter' 5 notu : Complete
card 1/1

OSTRF.NXO,,Iiktor.,.TakovleviCho VATUTIN, Petr lynnovich, PLYATSKOVSKIY, O.A.,
............... otr.rad.; SWAVSDYA'# Te.K. red.; ANW.Y3W, S.P., tokhn.red.
[NFinufneture Of DiPf~ with nutoinntic equipmpnt) Prott-iodstro trub
nn A-tornticheskikh ustAnOVkAkh. Khar1kov, Goo. nAuchno-te)rhn.
izd-ro lit-ry vo chnrnoi i tovetnot metAllurpil, 1QS8. 11, P.
(MIRA 11:9)
Steel)
(Rolling mills)

r ansl at ion f rom: R c f c r a z. h t, r , a
A u'r Fi oii s - Osir(,Y-k(, % N',, B oh r,-i k'
;t
I D
TITLE: Adt pt,~- kA t I c( 1- t' c (d I 't
11) .1 1 '11-p, Pipe T-( '11n~" N1 :1 1 thc f
luri"it. i1 u~(-Tlk~v pt-m/~t'd,r'n
di,tmc~r.i -ho% hc~k( (ist,ir, ~c /,ti, 1-
PERIODICAL 11~ u' (4hr 17)
N 1- -1 .' ~
A Bs'r 11 A C F p k, d
-t pr, vd~.-c- d If t r
,,I r'0cd lilt, , % -)I r " $" ( t pIT c - P)
' 19xt, -' 7 i-';xR mm t, a ( ( I, r (I it I-,, -, \k , -o~
t It k- G CIS F 0 1 it nda r d I ht, TIC A " k h",
.,-, pr(,(Ikl( (.(I p
of f1j'j,
order to I,- rca-e i-,. prmf i~ ct Olt, ' 40C pipc ii.
t'I'llpim-cd t' thc ZNI/ hlcta'l P!
Card 1 2 of thir-, ~.t.,ikcd P',, and - (,rovr to re(iti(v ~k,t,lc , iiit-

Adopt ion of , Ic( I ar,~, T, p
turiner I,- I rc ,c ilit (~kl' 1) ('W)d J)' L,dkl( 1 1 , Illipt. r .1t1~ 11
impro - enicn, iv, ' he dc., rc ,,q)jw rt lic %% ur~- i.o r0l i
In 111 - old adj~l III cuf pc (A - i,v tl-A,
arrit d mo i,i coordmafi~)t 'h(. F) I,,* Ill ll't1l'it 'U, r. p1l'.
c s s v T1 i I a Ih I IOw (If. ( c , c Ill 1) 1 1 , . 4-d Ill i I , I
I rn p r c, ed ind I ha ti Ic c x pc r- , cr. c d g 0
w h c rv I , c ,f o r ;I u I ( mii p, o. : ~ iI n , r %k , -
i,i( Ii it j - cl I lic Y i zh r iS (, k i, k I, r,PP'.
C a r d

OSTHTFC, V.Ya.; YI'F- 57'Y Y( , 'J.; TYR , V.!-.; N. A.
P i i e produc *, i on from new hf!at-rOsif-t,an', ferr~tic-martens!tic
otecl s. Sta 1 1 23 no. 3:2'~F-1'63 Mr '61.. (m I
1. Ulcrainskiy nauchno-lssledovatel'skiy trubny~, Institut,
Pervourall5k!,, novutnibnyy zavud I Nikopollskly yLzhnotrubnyy
zavod.

ACOMUN NAI Apj;u5y4 S/0137/63/000/oll/DO43/DO43
SOURM BZh. Metallurglyas Abs. UD260
AUTHOM 0strankop V, Yaol Hironov, Yus M.1 Geyko, LK*
TITLEt A now method of producing large-diameter seamless pipes
CITED SOURCEt Sb. Trubn. proiz-vo Ukrainy*, Kiyev, 1963, U-66
TOPIC TAGSt pipe. seamless pipe, large-diametar pipe
TRANSIATIOM The authors present an analysis of existing methods of slanted-roll
expansion. The result--i of the analysis made possible the development of a new
method of expansion which allows the production of large-diamoter thin- and
especially thick-walled pipes, as well as pipes with external longitudinal ribs.
The basic advantage of this method is the application of compressive forces on
a.U sides without the involv=ent of any expansive stresses on sections lying
outside the deformation focus formod by the closed contour of the outor shaping
surface and the inner working rollers. This special feature makes possible the
rolling of thin-walled pipes even from low-plasticity materials, which is very
Card 1/2

ACCESSION NRz AR4013542
difficult vith existing methods. In additionp in products made by the now method,
the outer surface will be of relatively high quality; this is assurod by the
ccrAitions of defornation on a smooth surface with considerable food force. An
important feature of the now method of expansion is the absence of ovalization
of the product during the deformation process. The authors give a description
of the prOO033 and a pipe solling machine for carrying it out. K. Ursova.
IATE ACQ: OqDoc63 SUB CODEj ML ENCL: 00
Cord 2/2

OSTRENKO, V. Ta., kand. tokhn. natik: VATUTIN. P.L. Insh.
Improving the quality of seamless Pipes. Bitil. TSN11CHN no. R:32-
35 '58. (MIRA 11:")
(pip 6)
(Ro 111 iv, (Meta lwork))

2r)( 1) PHASE I BOOK EXPLCj-7TA'T10N -3 () -v, /17
-Ostrenco, Viktor Yakovlevich,and Petr Ivanovinh Vatutin
Prcizvodstvo trub na awtomaticheskilch us~anovkakh ~'11'ube
in Automated Mills) Kharkov, Metallurgizdst, 114nr. 1~4 17.
3,100 coDies printed.
Resp. Ed.: Plyatakovskiy, O.A.; Ed. of Publiohing House:
Sinyovskaya, Ye. K.; Tech. Ed.: Andreyev, S.P.
PURPOSE: This book Is intecded for englneers and techni,~tarts w~)rrklr-
in the tube -manuf ac tur ing industry arid may be useful t0
at metallurgical vuzes.
("OVERAGE: The problems of seamless steel tube production in alltorrate,~
mills are analyzed. The principles of roll and equipment deiign
for all the mill stands are explained In detail. An analysli -,f
the influence of the design elements un the rolling prooess I.:-,
Card 1/5

Tube P-oduction In Automated Mills :7, 0 V, ' 1 J ~! 7
pre8ented, and a comparison of varlou8 typos of
pierclng mills ir~ given. Methods of oetting un tuIle millAs
described in detaftl and all poss-fble troljb~es Prn,;untcred
proftction are eiscussed. All operat4.onp of '.-bc-
process are de6cribad in succession Lnd rietho,-Iti of flow
design for tube manufacture are cxI)Iiiii.,F~d. TuLe T-t,~,Jec.'Al,
caiises and methods for their prevent'Lo-,i ellm-'rattinn tire
cussed. Information on modern tube productlon
Included. The authors state that' (-,I- r,-v?,cPj-.t of 117- tijl)e~q
manufacutred by the seariless procecs. Thf. 11CMeS r" M-)Ct-~,P
Tcchnical Sclencea I.A. Fonischev, of P.K. Teteriti, '..A.
sovokly, P.T. Yemell.venenko and L.E. A113hovskly art- meritlon,,(!
the text as having contributed to this fielO. There ,ire 1-
refe,-ances.
TABLE OF COII.ENTS:
Forewcrd
r,
Card 21~

Tube Production in Automated Mille SOV/1327
Ch. I. Design of Rolle and Equipment 5
1. The purpose of the design 5
2. Demign of rolls, mandrels and guide# of a pleraing roll
mill 6
3. Design of rolls andmandrole of plug mill 30
4. Design of rolls, mandrels and guldem of a rotary rolling
mill 33
5. Design of rolls of a sizing mill 37
Ch. II. Setup of Mille 38
1. Importance of a correct astup 38
2. Setup of the piercing mill ~8
Setup of the plug mill 2
48
Setup of the rotary mill
5. Setup of the sizing mill 51
Ch. III. Tube-manufaoturing Process 53
1. Schematic diagram of the process 53
Card 3/5

Tube Froduotion In Automated Mills SOV/1327
P. Brief description of billets for tubes 55
Preparing the metal stock for rolling 59
Heating the tube billet 62
5. Rolling operation shoot 65
6. Piercing the billet [making a shell)
N

.
i
Rolling tubes on a plug mill
s Rolling out tubes on a rotary mill 93
9. Sizing tubes on a siting mill 96
10. Trimming of tubes 96
11, Inspection and acceptance of finished tubes 97
Ch. W. Types of Tube Rejects,, Their Causes and Remedios 99
I. Rejeate from piercing mill 100
2. Rejects from plug mill ill
Rejects from rotar7 mill 120
Rejects from sizing mill 122
Ch. V. Modern Technique In Tube Manufaoture 127
Card 4/5

Tube Production In Automated Mille SCYV/1327
1. Rapid heating of work 127
2. Mechanization of hand operations 129
Automation of tube-manufacturlng process 132
~-. Increase of service life of tube-manufacturing equipment 133
Blbliagraphy
AVAILABLEs Library of Congress
OO/k8v
4-29-59
135
Card 5/5

SOV/122-59-6-8/27
AUTHORS: Foi-.Achev, I.A. Doctor of Technical Sciences and
Qatrenk Candidat e of Technical Sc I enc C'!;
TITLE: Investigation of the Operation of Piercing Mills With
Barrel-, Mushroom- and Diac-type Rolls
PERIODICAL: Vestnik mashinostroyeniya, 1959, Nr 6, pp 28-31 (USSR)
ABSTRACT: Mushroom- and disc-type rolls in piercing mills have
overhung roll mountings., Barrel-type rolls have gained
favour in Russian tube imills for larger sizes and alloy-
steel tubes. It is stated that each of the three types
of roll has its appropriate field and none should be
excluded in now mills. Analytical and experimental
investigations are described, performed on barrel-type
and disc rolls at the Y-azhnotrubnyy zavod (Yuzhotrubnyy
Works) and on mushroom-type rolls at the Chelyabinskiy
truboperolcatnyy zavod (Chelyabinalf Tube-rolling Works)
stated that all three types of rolls produce the saine
initial deformation and, in all cases, the piercing process
requires a helicoidal motion of the billet. Analysis
shows how to determine the piercing axis of each type
Cardi/4 of mill and its position is found for each of the three

SOV/122-59-6-8/27
Investigation of the Operation of Piercing Mills With Barrel-,
Mushroom- and D1sc-type Rolls
cases. On the basis of theoretical analysis, a number
of curves are derived (Figure 2), which illustrate the
variation of the resultant velocity, the rate of feed and
the velocity of rotation along the initial deformation zone
for all three types of piercing mill. The distribution of
velocities is examined for each type of roll and it is
found that the substantial drawback of the disc-type rolls
is the change of relative velocity between the two discs
across their face. However, the benefit lies in an
improved tube surface. The best velocity distribution is
that of the mushroom rolls where a progressive increase
of the total velocity and its components occurs from the
entry to the outlet. The study of the process of twLsting
the billet and experiments carried out have established
that, in the process of traversing the initial deformation
zone, the billet, in a barrel-type roll mill is subject to
alternating twisting in two opposed directionn, A
takes place in the entry cone in the direction of rot -it ion
Card2/4

-SOVY., 2 8
j 2,k-ftj~ 14.~27
Investigation of the Operation of Piercing Mi Is %-a el_,
Mushroom- and Disc-type Rolls
followed by untwisting completed at the throat and by
twisting in the opposite direction. In the mubliroom-type
raill, the twist usually occurs in the direction of rotati(,,n,
both in the entry and the outlet cozies. This produces t~ie
least stressed metal in the finished product. Measured
output rates at the two tube works mentioned above are
summarized in Table 1. A 90 mm diameter billet was pierced
to produce finished tube of 89 mm outside diameter and
3#5 mm wall thickness. The lower output of the mushroom-
type mill as measured was due to obsolete design. Assuming
equal rate of feed (0.9 m/sec) it is concluded that
barrel-type rolls will have a piercing cycle of 6.5 sec,
disc-type rolls of 5.5 see and mushroom-type rolls of
5.2 sec. Table 2 summarizes the scrap percentages in
Card 3/4

SOV/122-59-6-8/27
Investigation of the operation of Piercing Mills With Barrel-,
Mushroom- and Disc-type Rolls
different tube mills. Mushroom-type roll mills have the
least scrap due to external or internal folds, presumably
a3 a result of the more favourable distribution of
velocities. There are 4 figures and 2 tables.
Card 4/4

FOMICii1W, I.A. . 1-anc1.tn1-hn.mm1:: OSTREU10, V.Ya.. Ninrl.tp;~hn.riilil:
I I
mAtal prenqijrA on rolls In large dianeter pipo rolllir*-, nn
--atic nills. Obroint.davl. nn.2:154-170 151. (MIrL,, 12:10)
1. tnl'nt*-Y insfitut.
(Ralline U1119)

OS777711), V.IA.
Skilled w)rker In the Irl' ' w. 1 casine p1pe soctl n, taTtbo,lk f-ir t)rnottrol -,nd
tecYm!cpl coursps an,, scho,19 for vkIlled %-,orkers
Tpr1kov, G,)r. 17-vo lit-r7 r,,-) c~ernol 1
( r~ 10?08)
7?.'8 ?1 . 5. " ~
Master otipls...19:~ (Cnrd 11, 54-3,298

YCHICHIV. OSTRUKO, V.Ta.; BORRIKOV, L.D.; HINDLIN. I.G.
Hollow mandrels with inside cooling for piercing mills. Blul.
TSIIIICFW no.23:42-44 157. (MIRA 11:2)
l.V];ITI (for Pomichev, Ostrenko, Bobrikov). 2.Zakavkazakiy
motallurpicheakly zavod (for Mindlin).
(Rolling mills)

OSTREh, G.D.,
~3Et%EZOWAAYA, F.I., ber Inst. r,:-ivslk. Chmn., Aksri. '61,99. `kr.
9, 3-16.

AID P - 2109
Subject USSR/Chemistry
Card 1/1 Pub. 78 - 22/24
Author Ostretsova, V.
Title Parkhomenko, V. Ye. Teklinologiya Rel!el botki npfJJ_L_Eaza
(Tuchnology of Oil and Gas Processing) Gostoptekhlzdat.
1953 (Book Review)
Periodical: Neft. khoz., v-33, no.4, 93, Ap 1955
Abstract This textbook for students of technical colleges in
petroleum engineering is critically reviewed. In general,
the review is favorable. However, some of the
shortcomings are indicated.
Institution: None
Submitted : No date

0 0 0 0 0 0 0
04
At It A JLJ Jk-.A- A 4 a P f Si A T 1, v V-1 I A All
:0
0 (A 0 U4d I % d 6 1 1
'00
Th. cd -lumirisubeir im --fil"Itatilis I
frv.ik.)v st-J A. Ostretyy.. J Nolt-b- /ad. I L .1, 6 k
1%a4) -:~~-Mxxulllxvlr - clows nut f-'quill, I'll
It to camly nux"I votill fillff.
-LA c 14"k. The io4hrw,lvlW~s dmiraws with M
l.W,iw to the Pft"XtkUl Of Tb"WU6WW9 lllr 111111k IN
0: jum,"s dut%txg vuk-anizaikm rhmAiA sn,l Till,--
i vultanis" &YO unvuk-am" fr~u at 1.41 alk,j
1--t- Willie. but r-%etr un rtw (of ittrilt I he uw J
h.nW, 1h,
-to
see
too
lk'
4 11"114111 two .911110. 5 At .3 too
IT d^4
0 0

OSTRICTSOV. A.Ta., Ir--h.. SHENKW. Yu.B.. Inzh.
SconotW of electric power congu,~,ptlon In shipbuilding. Sndostro-n~e
no.7:~8-59 JI '60. (MIRA 13:7)
(Shipbuilding) (Electric power)

IVAHOV. A.M.-, OSTRITSOT.B.S.. redaktor; VOLCHOK. K.M.. tekhnicheekly
r*daktor --- - -
(Rapid methods of handling lumber cargoes; practice of Leningrad
dockers] Skorostnye metody pererabotkl lesnykh gruzov. Oprt
lentngradsklkh portovikov. Koskva, Goo. Isd-vo Yodnogo transporta.
1954. 62 p. (MW 7!8)
(lawber-Transportation)
(loading wid unloading)

OSTRETSOV, G,.V.; MANUYLOV, L.K., DRON, A.M.; CFEILMOV, S.S.
Errors of the profile in rollinF gears and methods for thpir cor-
rection. Stgn.i inrtr. 32 no.10:3-6 0 '61. (KIRA 14:9)
(Gear shaving machines)

ATRUTIN, S.T., lnzh.; BAMUNOV, Te.D., kAnd.toklin.nauk; GUMER, L.A.,
kand.takhn.nauk; MINOT, T.P., knnd.tekhn.nqnk; KARTS3T, S.P.,
lnzh.; KEDUMSKIT, T.H., inzh.. loureat Lentneircoy premli:
KORZINKIN. V.I.. Inih.; KOSILOTA, A.G.. knnd.tok-hn.nauk-; KALOV.
A.N.. kand.tekhn.nouk; KATYUSHIN, T.H., doktor tekhn.nauk;
94M!M---g.,I,.__kand.tekhn.nauk: PANCRINK0. K.P., knnd.tel-hn.
nauk: PARFENOT, O.D.. knnd.takhn.nnuk: ROZIMESTYRUSKIT, L.A.. icnnd.
tekhn.nauk-, ROMAIJOY, T.F., kand.takhn.nnuk; SAMIN, N.M., doktor takhn.
nauk; SAKHAROV, G.N., knad.tekhn.nnuk; SMOLOVSKIT, I.A., inzh.1
FRUMIN, Tu.L., inzh.: &IISHKOV, T.A.. doktor tekhn.nmik; ACHEMIN,
N.S.. prof.. doktor tekJul.nauk. C-lsvnyy red.; TWISLATLEY, V.S., red.
(deceasedj; POZDNTAXOT, S.H., red.; ROSTOYM , A.Ta.. red.; STOLBIN.
G.B., red.; CHBUINATSKIT, S.A., red.; KARGANOT, Y.G., inzh., red.
grafichaskikh robot; GILIMMERG, H.I., red.izd-vn; SOYOLOVA. T.F.,
tekhn.red.
[Metalworking tuindbook; in five volumasJ Sprnvoclinik matnlliotn v
plati tomokh. Chlany red.soveta: V.S.TIndialtivIev i dr. Monk-vn,
Gos.nauchno-tekhn.lzd-vo mnshinostroit.lit-ry. Vol.5. 1960. ii8is p.
(HIRA 1): 5)
(Hatn1work)

,Vl2V6o/ooo/o3/O5/OO6
A U T-i I CDR: 0stretsov. G.V.
T:TLE. conference on the Reduction In Overall Dimensions and Weights
of Gears
PERIODICAL: Stanki I Instrument, 1960, No 3, pp 42 - 43
TEKT; in December 1959 a scientific and technical conference was con-
vened in Leningrad dealing with the subject "Ways and Means to Reduce the
Overall Dimensions and Weights of Gears". More than 400 delegates of 123
organizations participated in this conference, where approximately 30 reports
on problems of design, calculation, testing and operation of gear drives were
read. As.the result of the discussions, the conference set the 'following four V/
basic trends which are aimed at a reduction In overall dimensions and weight
of Sears: 1) improving and making more precise the methods of calculating the
,strength of gears; 2) increasing the load capacity of gears by applying new
types of gearings and more advanced varieties of already used gearing systems;
3) Increasing the load capacity by producing gears of materials, which possess
or -T, 1, eiven optimum mechanical properties; 4) applying more expedient
kinematic and constructive reducer layouts. A great part of the conference
Card 1/ 3

3/121/6C)/000/03/05/006
Conference on the Reduction In Overall Dimensions and Weights of Gears
was devoted to the following problems: determining the criterion of surface
strength of teeth, methods of calculating the bending and contact strengt1i,
spiral evolute gears and planetary gears, designing and testing problems of the
Novikov gear drive and modification of initial contours and correction methods.
Also the problem of pemissible stress was treited by the conference and the
3uthor states some pertinent data on this subject. The conference heard re-
ports on test results which were obtained by comparing the Novikov gear drive
with other ge&rings. Further reports were heard on the problems of increasing
the fatigue ttrength of gears by nitridlng, of employing plastics in gear
manufacture - the DSP-G grade plastJc was mentioned as particularly sultabie
and of Increasing the bending strength of,gears by shot-blast treatment. The
--onferen'ce laid the following claims to machine construction: 1) increasing
the quality and precision of gear-cutting machine tools and raising the output
of t;-,ear-finishing machines, In particular of gear-grinders; 2) making it possibi-
to grind wears of t-he Novikov desivni 3) ensuring precision cutti and finlshinj~
of gears witn intern&A SU'algfiL WiLl beew teeth. The Novikov ge as con-
;idE_:ed 1,y the conference as particularly important and a resolution drawn up
Card 2/3

S/121/60/000/03/05/006
Conference on the Reduction in Overall Dimensions and Weights of Gears
confirmed the high load capacity of this type of gearing. Moreover, the con-
ference recommended an extensive application of planetary gears as a means
of reducing the overall dimensions and weight of reducers. Further resolutions
were made concerning evolute gearings. The conference considers it necesnany
to publish a special periodical dealing with the design and manufacture of
gears, which would facilitate an exchange of experience in this field.
Card V.3

OMMOV. B.N.
X-ray anatomy of the temporal bone In tonographic representation.
Hed.2hur.Usb. no.7:41-.44 J1 158. (MIRA 13:6)
1. Is kafedry rentgenologit I wediteltzkoy radiologil (sav. -
prof. D.K. Abdurasulov) Tashkentakogo Institute usovershoust-
vovanlya vrachey.
(TWOM BONS-RADIDGRAPHT)

C ST V , i~ . ~- . , G, ~ I ~ I '-' t (I L;c i -- ( -~ i -,;-, ) " K- r!i -; ~1-, -,, to- -
ti-~t- * " , : , :-I ,
bone a:~ ~ ~ vur. bly ! ~ - ~ ,,,i t -,-, . " - i L ~ r I I , I , I -, . , - ; : . . : ~ ~
J- u r 1 i c ~:;,: ri ~ '. 1; " ;l, ~ ~-* 6, ". " , ~ a , " , 1, . - I . I '' : I_. " . - ~: , * ! . I; - . I - . . I - -. .-
I ,, , , I,''
rl C) t C- i V,- r; . ~ I )

oszwlsov, G.V.
Conference nn roducine size arni we!6ht -1
Stun.1 Instr. 31 no-3:42-43 Mr I .
0,111LA 1 ': ")
(Gear i ng-C o rgr o a 8 e a )

2 (1*
AUTHORS Ostretsov, L.K. , _Dron, A.W. and
ChernlK(1, S.S.
TITLE, Profile qrrcra -f r,-- wears, and a mett~A f ~ r r
re.-ticr
PERICI)ICAL& Stanki ! ins~r---nent, no. 10, 19bi, 3-6
TEX-T j Thread r-!-;.n,,7 Is being st~;dled and introduced into practica-' 'Be
a number of Soviet organizat,!ons. ENIMS has conducted studies of tne n:~*,
rclling process with subseqlien*. ccld sizing, and cold sizing of milled
gear-~ (Instead if shaving). Tne article presents some results of tne ENIMS
work and detailed informat.t^r, or. a method developed for determln;%F F-:*:f_''_e
err,jrs cr. involute straigi.t tooth rolled gears, and for correrting tn? rc-
ling gear to produce gears wi-h ac,urate involute tooth profile. The rc'-
:ing gear is correited by cnrre~~tions made on the grinding wheel. A9 etatei
iF_ ENIMS experiments, profile errors on gears produced with rolling weara
with nominal profile, i.e. r.~t modified, amount to 0.06-0.08 mm, and -he
Card

26 8,", 8
S/ 12 1/ 61,'C~001 0 1 0
PrL;fi--e errors of r-~Ileci gears .... D040/DI13
err--:-s are reg-!Aar. Thft pr:)flie corrention method is explained with tru a'.I
,:,f diagrame. The method of correcting the rclling gear depend6 on te ie-
sign of the available gear grindera and the wheel dressing attachment. A~
ENIMS, "58411 gear gr:LndPrq have a dressing device with setting -,&me -.he-*;
permit the wheel pr-)fi-'e I.: be 8-';.gnt--y modified. A calculatio.,+1 diagram
il!-,~strates the sett'~ng of the diamond dressing device of the "584" gz,-'nac---;;.
A example is inci-ided for a case where a gear with 3 mm molula
a-,d 45 teetb is r).'.'ed using a r-1.1ing gear with 94 teeth. Involotogra-mG
made by ar, ir6o.,,ite meter show the error produced in rolling with a
re-Rd and witq a corrected whoe'-. Errors after correction do nct exceel
5/-Cm. Cold --zing redir--s qrr3rq to 20-25,~kft over the workAn.g e9,.I!Dn --.f
the t,)oth profile. The metho6 of determining the rolling gear modifi:at:.-)n.
for the rear tooth flank is ar.alogoua with the modification for trie fi-)n!
11,w,k and thereforsi ic r) ' tiut it io pointed out thut the ;~ijvfl
sha.pe and the angle f--r tree fr)r, and rear flanks are not, alike, ar,d
r3,.;,~mmended not t~ r:)-'-.ing. There are 9 figures.
z, - 1 2 '-

OSTREMV, L.A.; KOVRIGIII, O.D.; IATTSUV, G.D.; IMNOV. V.D., 7.D.; SHIP-,qw,
N.M. --
Measuring the lifetime of the 279 Kev level of T1203 by the delayed
coincidence method. Vest. AD Kazakh. SSR 16 no.9:?2-78 S 160.
(MIRA 13:9)
(Thallium-Isotopes) (Scintillation counters)

'2AC 11
, 1 L
S/031/61/000/001/002/oc 5
A 161/A1 29
AUTHORSj Ostretsov, L.A., Kovrigin, O.D., Latyshev, G.D., Acaoemician
of the Aca-demy of Sciences KazSSR; Leoncv, V.D.,Shir3hQV,N.M.
TITM Pr~totioal measurements of del~iy line paramoters
PERIODICAL: Vestnik Akademii nauk Kazakhakoy SSR, no. 1, 1961, /9-55
TEXT: Delay lines 4re coming into extensive use in modern ridio
engineering. The authors used an alternating delay line for operation in
a juick-slow coincidence circuit thajo:as employed for measurement of time
intervals in the range of 10- 10 ec. A brief description cf the
design and m4thods of measuring the wave resistance, delay and attenuaticn
in the line is presented in this article. The design is illustrc.ted
(Fig. 1). Its main element is a hollow mobile brass drum with a surface
in the form of a s4uare-section spiral of the type suggested by bell (Ref.1),
The square is 16 x 16 mm. A copper conductor 4 mm in diameter in laii
along this spiral axis on rings from fluoroplastic This conduc-.or Is the
inner conductor of a high-frequency cable. The spiral diimeter is 22C mm,
the turns number 22. The Irum rotates on plain 1~ournal be tringg on posts.
Card 1/ 11

2 2~'5 2
S/031/ 61/000/'DG1//0C,2, O~-
Practical measurements of A16l/A129
Minimum and constant contact resi9tance of the mobile part with tKe station-
ary part is important. In this case it was (~.05 ohm. The transition from
the mobile part to the immobile part is also d coaxial line with the same
ave resistance. A slip collector takes the 3ignal from the open cylinder
urfaco. Tho collector is a cathode follower circuit with a diodo. The
:
drum may be rotated by hand or by triotor (a drive pul ley lo providod) . The
wave resistance was determined in two ways (Fig. 2). Voltage from the out-
put of a 102 -0(102-1) sweep generator is transmitted to the delay line,
the other end of which 13 loaded with alternating resistance (R). A reverse
reflected wave which can occur in the case of load mismatch is trinsmitted
to the generator input. As seen in the diagram, the direct wave from the
output arrives simultaneously. The carrier frequency is to be selected on
the most even portion of the frequency characteristic of the generator.
A maximum approach of the frequency characteristic watched on the screen to
the natural frequency of the generator is to bg achieved gradually by
ah,inging the resistance. The absence of reflections from the line end shcws
that the line is leaded with wave resistance that can be determined by
measuring the resistance R. In our case it was 95:tlO ohms. Wave resistance
Card 2111

,-~ `52
S/031/61/006/001/062/005
Practical measurements of A161/A129
can be measured in the same way with the use of an on x-1 (IPKh-1) transi-
tion characteristic meter. The front of the H- pulse will be seen on the
screen. It grows in (1.~t 0.2)-',0-63ec (Fig. 5,a). Thin oncillogram
appears at full match of the lo-id ind wave rosi~itanco. In the case of
disconnected line, the oscillegrim will be as ir, Fig. 5 b , unJ in the c ~je
of short-circuit as in Fig. 5c. Th,.- 3-~ccnd m,!thod 13 mor'3 tic-urute, the
measured resistance was 100'� 5 ohms. The iounle delay time may be deter-
mined by oscillograms (Fig. ~) u~jing the time division marks on the IPKh-1.
In Fig. 3 it is Indicated by 2,r , inJ it is in our case (1012)-10-6 sec.
More accur~Ate meisurement is t,os3ible with the circuit in Fig. 4. A
signal from a ra-i (GSS-1) sinusoidal oscillator 13 medulAted in amplitude
with 400 cycles frejuency ind fed to the line The line is ,onnEcted to
a high-ohmic me-isurement circuit Anl works ne,irly is in the cige of' ~A line
olened at the end. An. 30-7 (EO-7) osciliogr~i,.h is used as an incic,,tur.
The work frequencie3 are reAching far boyond tne 1-i!jj brAnd of tho EO-7 ~nl
a crystal diode am~iitule d.!tector mu3t be u3~,-d, then the senuso:.dal
L~3ciliatiozis of 10~., cycles frequency Nii, t)e z3k,-en cn the FO-7 .3--reqn.
Measurements consist in the smuoth v,.tritticri ~1 the ,-ent-r'Ator ca-rier
frequency. When the generator frejuency 13 such thit -in uneven number of
Card 3/11

Practical measurements of ...
A161/Al;,()
ave iuarters can be ~!A~ed cr, t~~q line len,-,th, the volt,ge on the .'Me,
nd will bulge Obviouily, there will be I m~,Iximum ainuicid imj~.tukii
:
on the screen Thij case is lescribed by the formula
ri or. v ~ 4 ~ f
4 2n - I
where v is the wuve propa6ation velocity in the line;l- the lin,3 length;
?,- the generator wave length; f - generator frequency. Substituting n
23.1 megacycle fre4uency, and 14 2 m line lengtht
v - 2.63- 10- 10 m/3 ec.
Knom ing the line length and the signal prop.igation velocity the delay
time is found:

T (5-40+
-
l -
d -8
0,15)-10 sec.
e
V
Meas urement can also be carriel out when the line is short-circuited at
the end. The oscillograph must then be connected through the detector tc
the line input. Attenuation was determined by the following procedure:
Card 4/11

S/G51/61/000/OG1/002/00'~
Practical measurements of ... A161/AI29
The Q-factor of the circuit with the line 13 mououred by a Q-met,3r at
parallel and series resonance. The calculation formula io (Ref. 2)
IQ
1 0 2 0
where A is the attenuation f4ctorl Q I - the cirouit iuality at parallel
resonance, Q2 - at series resonance Q - of circuit proper, line
length. Th measured attenuation w' Q+-
e Is 0.004 decibel. A different methcd
can also be used- First, the resonance frejuency in the line i!i ~:alculAtei
using the formula (Ref. 3)
f (megacycle) 1441
here v - relative signal velocity in the lizie; line length in
W 7
ft. Then the ~-factor and capacitance are determined with the Q-meter
The value is determined by the formula
7 - 10
M f(megacycle) C (Pf) J"(Uhm)
Card 5/11

~52
S103116110001001100211003
Practical me-Asurements of A161/AJ29
The 3 value is found from the 7raph in Ref. 5 und the line ~ittenuatiun
will be found by the formula
N - St decibel/100 ft.
In our case it was 0.0574 0.004 d(!cibel The design of the qeluy line
proved convenient in use, ~irid the iccuricy of measurements proved
cient,for the error in the determination of the excitation life time wai
not exceeded. There -ire 4 figures ;ind 5 ref~?rences (2 in Eagl2sh lang-ua-
ge and I a translation into Russian). The references are readingi (Bef.1)
Bell, Graham, Petch Canadiin J. of Physics, 1952, 30, 35; (Ref. 2) Termen
and Pettit (Rusaian spelling); "Measurement in electronics". Izdatal'stvc,
inostrannoy literatury, Moscow, 19551 (Ref. 5) Stewart, C.Z., Trans. AIEE,
1945, 64, 61b, 95f3.
Card 6/11

11271-67 "47
Orlc
;IW de Lec t ioll
tF,
Spec e
~.,k2 u-
i, .. , 1-,- ,:
-m't s for
'Ligures, 4
G~jb COD-7: D",
Cord

OSTEZTSOV. N.I.. starshty nouchnyy sotrudnik
Hoderniging W-4 and TNM-200-K scutchIng machines. Tekst. proo.
18 no.11:53-55 3 '58. (HIRA 11:12)
TSentrallnyy nauchno-issledovatel'skly Inatitut lubyan7kh volokon.
(Textile machinery) (Hemp)

I " T f- - T , r i. 1:I
ARNO, A.A.. starshly nauchnyy sotrudnik; OMSTSOV, N-I-, atarshiy nauchn"
notrudolk; KLITW. U.3.
Redesign of the feed unit on a THM-200-K mchins. Tekst. prom.
17 no.7:53-54 JI 157. (Huth 100)
1. Glaynyy Inthener Usglavluba (for Kleymn).
(Ratting) (Textile machinery)

USTRITSOV. N.I.
Wars water.rotting of suspended bast fiber of hemp. Tekst.pron.
16 to.6:22-24 Je '56. (MA 9:8)
1. Starshiy nauchayy sotrudalk TSentralloogo nauchno-looledovatell-
skogo Institute, 1'nyanogo volokna.
(Rotting) (Hemp)

SIAVUTSKIY. Ta., in2h.; OSTRIVSOV, V., inzh.; IRSHAKOV, V., lnzh.
D-esigns of larg&-panel apartment houses of the 1-48 and 1-4E2
series. Zhil.strot. n0-5:13-16 My 160. (MIRA 13-7)
(Apartment houses)
i

OSTUTSOV, Valeriy Mitrofanovich; R(ILILG, Yevgoniy Romanovich;
LEVOI:T111, N.B., inzh., nauch~-. red. ; ZUBEVA, 1~ S. , red.;
2,CLO-Il!:A, A.V., red.
(Examples of c(ilculationn of cle::entr ~or large-panel apart-
ment houses] Prir.ery rascl,.eta on.,.truktsii sovreverinykh
krupnopanollrVkh zhilykh zdani~. Moskva, Stroiizdat, Incii..
191 i . (KIRA 17:7)

IST'---;'V, ]-~.
Sanitary rep.,ulatil-n.9 f-)r hQating and veritistl-n nf 9partrent and ")Ubic
buildings. p. 3,- .
Tr2fli' KA, Sofiya, V-) i. ,, nn. 6, Auv. /Sept. I )' I,.
6 1: Plonthly Ast. of Euroyv~wi Acce:;si mi, (-Iledtil), J-1, VI)I. r , , I
Jncl. 9 ~ in. 6 , unt, 4 1 (-,

OSTIRFFV, P., MARKOV, H.
!~F I E V . , .1 1,
"Pr-~jFaring kfinual Prcdu~-tion PI, nn. p. I" (YOOPrRATIVII10 ZF D- -1 ) 01 ' 0 "to. - .
1952, Sofiya, BuIgurin.
SO, Month-y LI--t of East Euro-ean Accessions, L.C. Vol. 2, No. 11, Nov. 1953, Uncl.

CAT33MY
ABS. JOUR. i RZKhlmos No* 5 19608 No, 19831
1,71 g
*~To!

CMG. PUB,
(
InSTACT rhq rer-ultr of' 3, tnct.rical iintilysiz, aril a charac-
of *rk- TA41int, nrtt tmktnp~
v,,r ie'is~f, nrr- irlve-~.

OST;d'YKO, Aleksandr Ada=ovich
(Sentine13 of the peoplel Dozc)rnye naroda. Sijrf erc)ycl'
Krymizdat, 1963. 33 P. (VIAA 17:E)

DORISOVO V.A.; OSTRETYO, G.N.; '~.Z-j Y,TIN, L.1.
Powerful pulse modulhtorB of hig~-frequency anplifiers and self-
oacIllatorB without pulse ahapIng long l1nes. PrIb. I tekh. ekap.
8 no.4:83-85 J1-Ag 163. (MIRA 161l2)

EUT (MVEPA(w) -2/tWA (in) -2 LF(c) 03
6/0000/6%/000/000/1065/1072 17
ACCESSION NRI ATS007979
AUTHORI
_4r&myan. Ye. A. - Bander, 1. Yo.1 Rondaranko, 1,. N.i budki"A-la-L
N. I A. A. I Pal't _V~
a
ym
JJ142111L A. Kh. I Hashko!jL 11
ELL, K
_
-
-
-
Ye-
Swo n
.1lov. 1. K-.; Skri skiv, A. P.1 Ym4JD_ L. 1 1 Konlkov N. G.; "9.qt
-
-
;
;
A. A.J TL%0Ajk'_1L_1�1
Heahavernko, 0. A. Ostreyka, G. N. I PqE2yz_VL_V..j Si?kolo
,
__ __ __ 1

"
-
TITLEj Work on the strong-current &ccele!A&qrgLqf the Nuclear Physics Institute
i
m
19
SO AN SSSR. (11 Strong-currant pulse accelerators with spiral storage oF
Itrons. (11) Stmng-current accolerators with on*-revolution capture of the in-
jected electrons
SOURCEt International Conference an High_EneriLy Accelerstoo. Dubna. 1963. Trudy.
'"oscow, At-misda-t-, 1964. 1065-1072
TOPIC TAGSt high energy accelerator. electron accelerator. electron be=, betatron@
Plasma
:ABSTRACT# The work an developing atrong-current electron ring accalareta"
iwas begun in 1965 by the authors at the Nuclear Physics institute. Siberian Depart-

1 of Scianc" SSSR. with the bblect of studylr4 the possibility of
vent, Acadew
LC" L/3

I. 14"37-M
ACCESSION NR; ATS007979 0
forming relativiotic stabilized beams. In the laboratories of the Institute ex-
perimental studies were carried out on the four methods for obtaining large ring
currents of relativistic electrons: (1) spiral method of storing the electrons in
installations of the betatron type with subsequent betatron synchrotron accelera-
tion (Budker G. I. CEM4 Symposium 1. 68 (1956); (2) obtaining of limiting electron
currents by means of the injection of electrons from a strong-current linear ac-
celerator into a ring chamber of large aperture with subsequent synchrotron accele-
ration; (3) storage of electrons in tracks (parking orbits) with constant magnetic
field by means of the multiple Injection of electrons from another less strong-
cumnt accelerator; this method is utilized for the storage of electrons and posi-
trons in experiments with colliding beams (expounded in detail by G. I. Budker
In the present collection. p. 274); (4) obtaining of large electron currents by
means of the acceleration of electrons by a ring plasma. The present report dis-
cusses the first two methods under the following topicat (1) pulsed Iron-less
betatron with preliminary charge storage (B-2 device); strong-current pulsed syn-
chrotron B-2S; pulsed strong-current betatron with spiral storage (9-3 device).
(II) Iron-less orps-turm strong-current synchrotron (ISO)i stronS-cumnt pulsed
synchrotr4m B-3M. Orig. art. hast 7 figures.
Cart 2/3

L 42)7-66
ACCESSIOP Pitt ATS007970
ASSOCIATIONt Inatita pdarnoy filiki 60 AN SSSIt (NUCIS&r P"ICS Institu"I
so AN 6SSR)
SWMITTICOt 2&May$5 EXCLe OD RD CODE t MY
Yo REr sov, ooi OTHrItl 001
3/3

ACCESSIO)l NXI AT5007990 S/0000/64 /000/000/ 106 0/1 of's
AUTHOR- Grits Yu A.; tremashvili, D. V.; Haumovt A. A,; Pystnitskiyo A. Pol
Ponisyuk,_ V. S. i
TITLE: Str*ng-current high-frequency pulse accelerator& for one-revolution Injec-
tion Into a synchrotron
SOURCE,. International Conference on- High Cnarly Accelerators. Dubna, 1953.
Trudy. Moscow, At-c- W-
iililyat. 1964, 1060-106
TOPIC TAGS: high energy accelerator, synchrotron, electron accelerator
ABSTRACT; Plans were begun in 1959 for the strong-current synchrotron 8-3M vith
external injection of the electrons (Budker, G. I.; Neumov. A. A., at al., present
collection, p, 1065). ror this there was required an Injector of electrons at
currents of several tens of amperes and energy not less than I Mev. The tion dura-
tion of the injected bunch of electrons (current pulse) must be sufficient for fil-
ling the chawber of the synchrotron, which amounts to about 20 nonoacconds In the
cast of equilibrium orbit length of 700 cm and relativistic electrons. The devia-
tion frca the seen energy of the electrons In a bunch must not exceed 80.5%. The
beau pulse power of the Injector amounts to ter,% of megawatts. In order to obtain

L h238-66
r I -
'ACCESSZON M AT5007980
such high beam power, the electric field realizes energy that is accumulated over
a period of tive much larger than the duration of the electron pulse. G. 1. Bud-
ker and A. A. Naumov have proposed reveral types of accelerators which are baned
on this principle, which am being developed in part at the Nuclear Physics Ins-
titute. SO AN SSSR. The necessity for the rapid construction of an injector of
such a type prompted the utilization of the mentioned principle, in which a radio-
engineering resonant circuit serves to store the electric field energy. A si'7111ar'
accelerator wns proposed and d*scribed by a group of authors (Tolok. V. T., Bolo-
tin. A. I., at al. Atcmunja "r9riya 11, 41 (1961)). In order to Increase the
;duration of the pulse of accelerated particle curmnt for arbitrary rigid require-
sente on the hoso3ensity of the electrons relative to energy. It was required to
greatly lower the frequency of the high-frequency voltage In copparison with the
cast discussed In the last mentioned work (Tolok, V. T.. at al.). The development
of a 3.5-How Injector and current around 100 anares thu undertaken at the Ptfyslco-~
:technical Institute. Academy of Sciences Georgian SSR, where a group of a3so-
;ciates had proposed the design and consUniction of an injector forminS the basis
of the present 6evelopment. Later. because of causes not In the control of the 60-
w0opere, the preparation of the Injector began to fall coasi6erably behind that
of the accelerator itself. This Morced a search for the possibility of producing
~
CarfO- 2/11

L 4238-66
ACCESSION NR: ATS007960
finjectors of such type simpler to design and construct with the object of ensur-
ing the initial cycle of work on the construction of an accelerator. In a short
.time the mentioned Nuclear Physics Institute prepared an injector using a long co-
axial line as the resonant circuit. With the help of this Injector* work was begun
on the investigation of the electron-optical properties of the accelerator and
channelizing structure. After about one year this injector was replaced by a more
effective one, the so-caUed sisall spiral Injector. which was made In the meiitLon-
ad Phyaicot*chnical Institute of the Academy of Sciences GeorglAn SSR. Still un-
built Is the ultimate Injector with elect ron energy of 3.S Mov and current around
,100 amperes. The work on the injector described in the present report was carried
.out by A. A. Naumov. It is discussed under the topics: block scheme (self-excit-
ed generator of aub-excitation, high-frequency generator, resonant Injector cir-
cuit, pulse modulator, electron beam modulator, fixation of hIgh-frequency thase,
starting accelerator pulses); design and construction; electron gungi radlo-engi-
nearing devices; measurevent of the parameters. In the development of the dif-
ferent costponents of the injectors mentioned in this report a number of ass->ciates
took part In the worki at the Nuclear Physics Institute, $0 AN SSSR (Vt_A,_UrL&Vy,_
V, G. (;Jp4enkob__A. ~?__AfMtq_A. V. Mak~y_!nkos V. . A~eksqM
L. Kol'char**) and the Physicotechnicol Iratftvts~, Acader-4 of Sclences Ceo;~
vskiy, Va._!. _Ab"-_0W. V. Yo. Wenlaj H, 1. ftlroaMl.
I-Cord 3/4

L b2)0-66
ACCESSIM KRt ATSOM910
Yu. Sh. V*Dodiktov, V._!. ItjSinLG. M. Sigidin orig. art. hast 3 flgur*$.
ASSOCIATIONs ID*titut yad~rDoy fLsiki 90 AN SSSR (Nu;Lq~sr x-P-
SMIM01 2&NSYP PCLj 00
mo Pxr sovi 003 OTHERi 000
Cara 4/11
SU3 COM my,

ACC NRa AP6034234 SOURCE CODE: UR/0120/66/000/005/0156/0159
AUTHOR: Yegorov. A. A.; Panasyuk, V. S.; Yudin, L. I.; OstreY'kq,..q!_P-,
ORG: Institute of Nuclear Physics, SO AN SSSR, Novosibiisk (Institut yadervoy fitiki
SO AN SSSR)
TITLE: Generator of high power pulses with complex shape
SOURCE: Pribory i teklinika eksperimenta, no. 5, 1966. 156-159
TOPIC TAGS: pulse generator, pulse shaper
ABSTRACT: A multistage generator of pulses with complex shape is described; the
shape and amplitude of each segment of the pulse can be regulated. Each stage of the
generator has three thyratrons: basic, extinguishing and correcting; each thyratron
has its own power supply. CaLhodes of basic and regulating thyratrons are connected
to the load. The extinguishing thyratron shuts off the basic thyratron; tile correct-
ing thratron, together with its associated RLC circuit either adds or subtracts from,
the current in the basic thyratron and permiLs the shaping of the output pulse. Out-
puts of all basic and correcting thyratrons are connected in parallel. Triggering of
the basic, the extinguishing and the correcting thyratron controls the duration and
amplitude of the output of each stage. In this manner each stage and its triggering
control a time segment of the output pulse. The pulse generator is used to generate
Card
L-621A

ACC NRI U'6034234
excitation currentii for ferrite-wound colls. in one instance, for examp-te, a current
pulse with the following characteristic.9 waN generated: from time t - 99 to t - 250
usec the current generated by the first stage varied according to the expression
I _ e -13t; from t - 250 to t - 600 psec the current was controlled by the second
istage and varied exponentially. Orig. art. hast 3 figuree.
0
SUB CODE: 14~/GUBM DAM G6Nov65/ ORIG REF~ 001/ OTH RM 001

1, Or'079-67
iCC NR, AP6021992-- SOURCE CODE: UR/0120/66/000/003/0023/OC24
AUTHOR: Gol'tsol', M. Yu.; Ostrcyko, G. N.; PanaGyuk, V. S.; Yudin, L.. I.
ORG: Institute of Nuclear Physics, SO AN SSSR, Novosibirsk (Inatitut yadornoy fizi-
ki SO AN SSSR)
TITLE: Modulation of the pulse front of high frequency voltage in a synchrotron reso-
nator
SOURCE: Pribory i tekhnika eksperimenta, no. 3, 1966, 23-24
TOPIC TAGS: synchrotron, circuit delay line, RC circuit. accelerator
ABSTRACT: The complexity of a high frequency gencrator, when a synchrotron j,,encrator
must deliver large pulse power (up to I Mw) relative to its pulse width (%100 psec),
is discussed. A device which can approximate a prescribed calculated curve can be
constructed using a linear modulator of energetic pulses for supplying the anodes of
a high frequency amplifier, consisting of passive elements. A schematic of such a de-
vice and the curve shape for the variation of high frequency voltage obtained with it
is presented. The initial voltage U0 with a front, corresponding to the front of the
linear modulator, is formed with the aid of a potentiometer, which consists of load
resistance R and resistance R. The entrance of the pulse across the delay line into
the choke coil and the load is delayed In a time determined by the parameters of this
UDC: 539.1.076
LCc~ctA 2

L Q907_247___.___
XC NRs AP6021
C
line. The value of the resistance R is chosen to provide the necessary voltage in
the resonator at the mcment of injection, but it must be sufficiently large in order
not to shunt the choke coil. The delay line consists of five T-shaped LC-components.
The resistance of the delay line must equal that of the load. A compensation RC-cir-
cuit is included in the entrance to the delay line to prevent reflections from return-
ing to the modulator wbich would result in a malfunction in its operation. Orig. an.
bast 3 figures.
SUB ODDE: 20/ SUBM DATEs 26Apr$5/ ORIG REFt 002
Card 2/ 2