SCIENTIFIC ABSTRACT OKHOTIN, M.V. - OKHOTSIMSKIY, D.Y.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001237910007-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

15-57-7-9475
Translation from: Referativn zhurnal, Geologiya, 1957, Nr 7,
p 107 (USSRj
AUTHORS: Okhotins M. V., Levina, R. S.
TITLE: A Study of the Linear Rate and of the Upper Limit
Temperature in Crystallization of Silicate Glas5
Containing B203 (Issiedovaniye .1ineynoy skorosti
i temperatury verkhnego predela kristallizatsii
silikatnykh stekol, soderzhashchikh B203)
PERIODICAL: Tr. Vses. n.-i. in-t stekla, 1956, Nr 36, pp 20-26
ABSTRACT: A study of the linear rate and of the temperature of
the upper limit of crystallization, conducted by the
quenchJng metbod, has shown that the introduction of
B20 in place Of S102 and CaO in sodium-calciun-
map-esium-alumino-borc~-silicate glass lowers the rate
of crysta3lization 0.23 to 0.83, 0.14 to 1.67, and
Card 1/2 0.75 to 1.14A(/min. The introduction of B203 in place

A Study of the Linear Rate (cont.)
15-57-7-9475
of A120 and Na20 increased the_crystallization (maximum rate of
crystallization 1.14 to 1.339 0.68 to 1.30, and 0.40 to 2.70A/min.1
During these experiments, the temperature of the0upper limit of
crystallization varied between the limits of 892 and 10780.
When magnesium oxide was replaced by boron anhydride, the crystal-
lization properties remained practically unchanged.
Card 2/2 L. N. Smirnov

P
OKHOTIN, X.V./, irof.; visitor khim. nauk; A=TUXEINA, T.D., kana. tektn. n&uk.
Determining the viscoelty of silicate glasses In the softening ana
innnealirg teVerature raDge by the rod deformation mthoa. Th4
VNIIStekla no.37:77-84 137. Ollu 1111)
(Olass-Tbatimg) (viscosity)

15(6)
AUTHORS: O~hotin, M. V., Professor, Doctor of SOV/72-59-.2-5/21
Che -6-iT
Sciences, Ushnnova, A. V.
TITLE: Influence of FluoridesUpon the CrystpIli7ntion Pnel Vinconity
of Alknli-Free Highly Alunninous Olpas Types (Vliyqniye
ftoridov ns kristnllizptsiyu A vynzkost' besshcholochnykh
v7sokoglinozemistykh stekol')
PERIODICAI: Steklo i keramiks, 1959, Nr 2, pp 15-16 (USSR)
ABSTRACT: Is can be seen from the pnper by V. V. Pollynk (Ref 1), fluor-
ine compounds in the form of fluoride are ndded to the glass
charge to accelerate the glass formAtion process. As is shown
in figures 1 (for three-component glans) and 2 (for four-com-
ponent glass) a 3 1~o fluoride content cnn be regnrded ns on
optimum percentage. It becomes evident from figure 3 thnt
fluorine additions lend to n decrense of viscosity.
card 1/2

Influence of Fluoride Upon the Crystalli2ation nnd SOV/72-59-2-5/21
ViscositDr of Alkali-Free Highly Aluminous Glnss Types
Conclusions: By fluorine additione, glans tuboa cnn be T)ro.-
duced under lower tompernturo conditions. BY a 4 '~ flitorine
addition the production temperature can be lowerEd by 80-",.
There are 3 figures and I Soviet reference.
Ca-rd 2/2

80835
B/:072 0 0/1) 6/0 6/0 2 4
,/60/0
3015!.1003
AIITROR3 Okbotin, M. T., Professor, Doctor of Chemical Sciences
TITLEj The Temperature of the Upper Crystallization Linit of Classes
Vith a Content of 16% Sodium oxide
PERIODIOLLi Steklo i keramika, 1960) No. 6, pp. 23 - 24
TEXT3 The computation method for the above-mentionea -temperature is given
in the paper under review. The formula for Us determinatiq of the temper-
ature of the upper crystallization limit of silica glasBeB'Pwith a content
of 16% 11&2 0, of 6-10% Cao and of 0-5% 3190 and A1203is given. The values
determined in accordance with this formula agree with the experimental
-values, as may be seen from the Table. The temperature -values of the
upper crystallization limit of glasses with a given chemical composition
can be determined vitt the aid of the graphic representations of the de-
pendenoe of this %"~mperature on the chemical composition of the glaaB
(7igs. 1)21 and 3). TLere are 3 figures and i -table.
Card 1/1

OX140TIN, N.V., doktor kbinicbeskikh naulc, prof.
-.- ~--- -1 - _- -
Temperature of the upper limit of crystalli2ation of types of glass
containing 16 o/o sodium oxide. Stek. i ker. 18 no.11:18-19 N
'61. 0111BA 15:3)
(Glass--Research)

OKHOTIN H.V 02 doktor khimicheekikh nauk,- VIIZMXA:IA, Ye.l.,-
TUMOV, A.I.
HetbcKla of mnavurlng the v1scoBity of neltod gla113 iD a POI,
furnace. Stek.i -ker. 19 no.5:12-14 MY 162. (141RA I!, t 5)
(Glws manufacture)

OXHOT?Tj__~.~- doktor kbim.nauk, prof.1 PJWHDIS.UYA., k.V..p petrograf
Optical crystallographio method of 4etozziniagdefoots In glaaa.
Stek,I ker. ig no.nj,7-io ,,v 162. (MM 23j22)
-1. NaCudbno-Issledovatellskiy inatitut stekla.
(Cryvtal optlen) (01"A-zz-ef ects)
I
1:

OXHOTIN, N.Y., Voktor khImIch.nauk, prof.
ThIng a foraula to determine the maxim= cr.1stallization speed
of Bodiun~-calclum-nagnesium-alialmum silicate types of glass
containing 16 per cent Na2O. Stak. I ker. 20 no.4iS ApOR163.
RA 26:3)
1. Tseaoyuznyy nauchno-issledovatel'skiy Inntitut stekla.
(Glass)

SOURCEI StWO i kcranr -q, no. 3, 1965. 18-19
1 T0111PIC TAGS.- g)as~.;
ki~,,ation, cryst-1111nJon ternperaWTo, upj)vr cryi;1,14'
limit,- Qhuniuosillcate
ABSTRACT: Me tO.M~)UrUtUT9 Of tbl Uppt,7- cryq,-jjjjzjbcxj 1jrlit of LTidwitri.-I.
gi-It-guo-v, c,onLawing 15% Nt,O cm bit cal,
formulas (111 And ,z'ven bolow. llai k;r11n',vn, L,! thn glaAs OOW~-PaaMLA ito il:q
in Wedght percent.
+ +
where f
t F, tlal te, mperatIre Ln dekrrees;
1/2
OWN

Cli,
e UUM M
to the first and accow Pumer, an tw'O&Oioii.!"'Uc-s aro
tabulatec~. Use of Lhe formulas 1-a I'lustraw) wab two eio=plev. The CA1cvi;I
were fawd to be in Wimamout with che ")crimenW ones obtaiued'3y the aiAtli
&P. Yakovlava. Grig. ae.. has: 2 tables and 2 formulas.
A&ROCIATIOINt Institut stekla CIngtItIltv of-Glass"
19M=ED. 00 MICL; 00 S LIB CODE: M T
RIO Ur SOV, 000 Ooi2
Iva

.()KHCTIN, N.V., doktor khIn. mauk; RAY-;VSXA-YA, le,I,, ln2h,;
TMJXOi,v A.I%> lnzb.
-~utvmatlc diagram for measuring the Plactric conductivity ct
imoltan glazso Stak. I kers 22 mo.11:7-9 N 165.'
(MIRA 18:11)
1. Gosudarstyannyy nauchno-issledoratallokly institut stekla
'Cor Oklotin., Raysvskaya). 2. Pro7.,3ktno-konstruktors~oya byuro
C-o.qud&rBtvenno,go nauchnt>-issl9dovatal7skDgo instituvi stokla
(for Tu--ikov).

OXHOTIN, 3. (g. Saratov)
:BazbDo :flnis'h for furniturs. h-vis.kDap. no.4:29 Ap 157.
(KERI 10:7)
QurnltuTs Indu9try)

OKHOTIN, I.T.
Testing the C-277-1 warping machine In ths flax Industry. ?ekit.
J)roza 13 no.12:16-18 B 155. 002A 9: 3)
1. Nacballmik tsekha I'nokontinata OU'rys xotBlallzm~.
IV M Ing machines)

OKWTIN, 3.7--
Now metbod of drYIng :Liwn yarn. !pqkst.prom, 20
w-5:55-56 )V '60- ()(!U 13:8)
i. Giavmvy Imsbaner 11nokombinats
OAMOM-Drying)

OIKHOTIN, S.G.
Cage of a benign tumor of the renal pelvis. Urologlis no-3:67-73
J1-S '55. (MLRA 8: 10)
1. ZaBln2benmyy vracb M&717skoy ASSR. 2. 1z khtrurgicbnSkogo
otanlenlya ReopublikanEkoy bollnitay Hariyakoy ASSR (glavW
vracbA.M.BogP-tIcina)
(XIDNS17S--TLTMORS)

'OUOTIN, B.G., zasiu2hennyy yrach Narl7skOY A'SSR
Tramatic stringulation In dispbragmatic hernis. Xhlr=giis 33
no44.*137-239 Ap 15?. (XUU 10:7)
1. lz Mari7Bkoy rezpublike-nako7 bollnitsy (glaTnyy vroch A.N.
Bogatkina)
(10MIA, DIAPEUG)UTIC, case repvrts
traum. strangulation)

MOTIF, S.G., zaBluzbemnyy Traeb )brlvskoy ASSR
70T,algn bDdy of the 'bladaer. Vrolzglia 24 n0-3-63 W-Je '59.
(MIRA 12:12)
1. 12 VATiyskoy respullikatzkoy ballnitB7.
(BlODIR-YORMON BODDS)

-11;r-T-rfTT-?rDfp
Y~roblezs in modern soil m8chanics' Tes" IDU 2 no-3:54-63 Mr
31)7. (Soil mechatico) (MIRA 12:9)

OKFIOTIN, V.V.j 3OGDANOV, 0.7.
Xleroaggregate anal7als of sol1q. Uch.sap. LGU no.93:259-274
(MIRA 10:10)
Polls-Amalv3lq)

OIDIOTIN, Y.Ye; SIINATM. Sh.m.
'""" - lwvwkk"~
DfittrnininE the 'Origim Of SOJIS ACCOTaInd " the'?
chnnieml properties, Uchq2&p*7Wn*un* nogIP2:163-170 150.
(MLIRA Ic:I)
(Sail P)Vaics)

MOTIN, BOGDANOV, G.Y.
11, ~
Methods for determining friction and cohesion In 20112. UCh.%AP.Jen.
un. no.102:183-198 050. ()CLRA 10:V)
(Soil physics)

OKHOTIN, T. V.
Soil Percolation
Yovementa of vaporous vater In soils In autmn and winter. Uch.zapjan.un., No. 140, 1951,
Ylontbly IAjt of Russian Accelssions, Library of Congress, June 1952. Unclaf;sifled.

OXHOTIN, Y.Y.; BWDA2407. 0.7.
3asis of the microaggregats method of subsoil anal"Is.
UchoSAPP1632-UN& 32oal59-*93-109 153a OM 936)
(Solls-Anaysia)

OYHOTINA, D. N., C,,d AFri Sci - (diss) vialk Productivity of
,ABkan yino-wvoled Sheep," Xiravabaa, 2960, -19 PP, 150 copies, (AzL*r--
baydzhan -.iricultural Institute) M, 46AA), 120

OYJICF.INA t
MM production of Askaniya fine wool abeep, Trud7 "Av~.-Ncv "
Siq3-103 160. (MIRA 14: 4)
(Sheep broods)

OXHDTIHA, B.A.,aeali3tent
Corn-InfBsting nematodes In 1-fanovo Irovince. 6bDr.nauch.trad.
Ivan.sellkhoz.ixwt. no.16:69-t' 158. (MBU 13: 11)
1. Xafedra zoologii lyanovskogo sellskokboxyaystyennogo InDtltuta.
~lTanov Province--Corn (Maize)-Diseaseq and posts)
(Nematoda)

OKHOTIFA,,H.V.
More precise definition of the limits of the habitat of zertain
amphibians and reptiles of the Maritime Terrilpr7. Socb.N7AN
SSSR no.ll,-139-i43 '59. (MIRA 13:11)
1. Dallnevostochu" filial Jzonj 7.1.1omarova Sibirskego Otdaleaiya
AN SSE51.
JMaritime Territory-AmpbibianB)
(Haritime Terri t ory-Rept ile s )

O)GIOTINA, N.V.
0 Role of the Ussurl wel '(Mogera robusta Nehring, 1891) in
.. z controlling the abundance of soil invertebrates. Soob.
DYFAN SSSR no.19:125-129 163. (MIRA 17:9)
1. Blologo-pochvennyy Institut dallnevoBtochnogo filials
SibirBkogo otdelenlya AN SSSR.

OKHOTINA, S. M.
-"Obtabdmg the Y~requence Speintrum for the PrecimioD Measurement of YmpencieB
in the 10 Xi,,-130 Me PAnge." 'Cand Tech Sai, All-Union Sci-Res Inst of YAtrology
Imeni D. 1. Mendeleyev, Domittee of Standards, MeasureB, and Measuring InC".ruments,
Council of Xinisters 'USSR, Leningrad, 1954. (KL,, No 3,, Jan 55)
Survey of Scientific and Technical DIsmertations Defended at VBM Highsr
Educational Institutions (12)
SO, Sma. No. 556, 24 Jun 55

I. ~ r-1 ~--11 - --;---
.- ; I ; a
MTZZFW, 1.D.; 3URWN, G.D.; 1VIIN, A.Ta.; OINDTIRA, S.M.; SINKIN, G.S.;
SEPANJOR, Y.A. "daie-low".
Precise determination of the units of tim ama freT.2enc7 b7 means of
atomic constants. Izz. tekh. no-3:3-9 MY-Je '55. OaRA 8:9),
(Time measurements)

Z:
lnii
. . . . . . . . . .
S,
W AUT
Z 5c~ Jv
j 16. 16 IC 5.. MC 0 WX, 0 *A
-.Xt
mu -35~
C.. 02 C~"fj
.34 3~
UJI, :,4 . 3.
h; V ix
vo,
0-1
OF
31
vto 1 2 A

24(0)1 50b 6(2) MASS I bOOK ZX?LO1Ykt15d 30VAZI.5

WrsoyUkriyy n tuahno-Isslodavatallakly Inatitut b6troldIll itiodl,
D.Z. W..ddl6ydva
W*raty hauehnn-Isalrdavatellskikh rabot; sba.-Alk Wa. 2 (Salibntifte
ltde*rcit Abstractal Colletiza of Articles, vp 2) Hascow,
StAh"Ptal. 1W. 139 P. 1,000 copies printad.
"dit-Lamal Sponsoring &Aefteyl USSR. x6matat StAhwtov, war I
tX"rLt4I-nykh priborov.
Ed. i S. V. RaLhatlma; V*eh. 9d. t M. A. TaeAY*t1ysvA.
PUR"Ka tha-se r-oports a--* int*Mod for 6cIQA%I*tV. rdIG&Mho",
and toginsers snigigad In davaloping staAdards. measures, anj
g"" rer the various lnl"trios.
COVUJAEs %%~ volume, ccr;W,%s U3 reports en standaYda of aitasu"-
rs&nt " control. the r#parts ware pr*Vars.3 by scientists or
Institutes or the Kowdtot standartov, wAr I -IxwrIt*l1ny6jx
*
Standards.
k)k-Lb4r6v pri Sovate Kintstrov SSSR (Cokalsallaft ca
aRj Mda8urIZJ Instruments und*r tho USSA Counall of
A.
The Partielpsunz Institut4s W-Oz WIX .
)
VaelluYuh"Y hAuchno-15416davatallskly %atrc.=9jj Im*nt D.I.
K#adaIvYav& (All-Urtion Scientific RsBsxr-!,. -Instituts, of Mot-
"loty IA*aI D.1-M-indsla)w) in lAningrad; Sverdlovsk branch
of tnis 1"Ititilta; VWrrx - Vd0*oyu2"vY
Institut Komitots at3ndsrtov, nor I I:msrSt*--ftykh prlbomv
(All-unton scientific laseareh Institj-a of t." Comalsal-
an Standards. Measures, and Measuring 1.nstru~&4mtm), created
fftka KCIMI? - koskovskly gosudarstvannyy insIttut nor I
inearital'nykh prltom-v (x3saGw State institute of Measures
and Nassurine znstrus~nts) Odtabor 1, zq~-; VYIIFMI -
V"soyUWyy nauchno-Las.'"svatal &!Ely -n3---ut filiko-toLhn!
eh*oSakh I rjdIotakhRIe"1AIkh
Lzmpr*n.-y UH-Unia- 3cl.ntLf~;,
.
R*saarth Instituto or bLysteot c"Ical ar-d
liditsurafta,tits) In Moseba; Kh3D-a? - lGt"
" s;dy
&oRudQ"%v#hnYy
1
r'ko State 1nat.1tut4
v
Institut aior I lzmorLt*l1nyk2i priborov V.
i
6r Kdaeuiras " Magauring Instr%;xOnts). ar's UdINIP - Novoe...
birakiy gosudarstvan" Institut nor 11 lZmarttal'n7kh pPlbo"Y
(Novosibirsk State InctItuts of Measures " kaaeur-Ing Itiat.-u-
"ntj). No parsonalitiss a" mentirned. '!%4" are no r.rsr*rc6s .
rubantogy m2rarls" MMIV).
- ' ' OW ... 14011 e"I
-W,4Lja.. tor no-Ing --~ -voltmeters 101
and Yd- P r-,% vU (VW=N), end A.L--ChuWh~.-
ping Methods and
XAM!Ac.~jtv"1ovsk Branch of VWjrM). Davolo
Standard Arraratus for Testing Diroct-Current- Transformore Type
1-58 Utsdor Operating Conditlors at 70 XilzamrArof
VkKhOINIP).
Fjb__X-3., V,r. ZlnZpr4.%n, and Yo. To.. 15CLIty"
-tWj,qvjcVInZ and ZFtudyinz A;pa.-ztus ror Waas~e-~g k4anotic Pla*.d*
by the Nuclear RaVetic R-SwAndO Method 1W
Rudryy. U.N., A.Z. Veknlar. And A.Z.. 11ul-ovs. 'Sverdlovsk Pr4"h
Method or H.asurlrz Hyntemsis 1rsi.4 and Fddy C,,r"nt.
In Double X1znetI z"tion
Card 20/27

PAM; SMS 6(2) MAS1 I bmx vVyl lltkTxcmf SOV/2215
V6496yularlyy nauahno-laslodavatel'skly LligtLtut %atralcitil la"I
D.Z. 3skmalsy6va
Rafaraty nauah".Lasl6davattal lakikh rabat, atormlk Ila. 2 (SaLeftUria
USfArch Abstraetal Collection of krtlalss, up 2) Moscow.
Umd*rttiz. 1W. 139 V. LOW CaDiad print"
AddlUbdal Sponsoring k4itneys USSR. 16ii1tat SLA&WtOV, Me?.' t
1x"pIt#l'F,Ykh Isribarav.
Xd.: S. V. R46hatinai Yeah. Ed.g X. A. Kamdratly#va.

PUSPLJI~ "@so raparts are IntfiajGj for SaUatlats, romear-aAara,
and o"Linaors anigazed I" davalvoing standar4m, Imazu"s, "I
guas far the Various Industries,
COMA011 the volume contains 11,~8 r4"rtv on standards or saasur*_
a6unt and control. %it& r6ports ward it"Parad by talent.-sts of
Institute& or the Koaltat staAdartov, skor I IrA*rLtvI-"74,,i
prlb6rov VrI Sovats )Unlst"v 333H [Caimalssl6m an Standais-'a
M643upas, and k4asuring instruments uA4&r th, UUR Council of
kir-ititi,re). Tito Participating Institute& ares VVIIN -
VdallultyUaflyy nauchno-joaledovatallakLy uatpolotij Imanj D.-_
W*fid*1*Y#vx (All-Udion ScIontirle Rawaaareft Znstltuto of x&t-
ralo& IA"I 0.1..kAndaI&y%v) In Lsm!ngrad; 3vordlovsk
Of this lKlItitutt; VVX1X - V*SscYuzriyT nauchno-IssladavatallakLy
lastitut XmItats st"dartav, map 1 1 maor! tel ."Ykh pribomv
(All-union Scientific Research institute of the Commission
on Stknd&Ms, Mazzuram, and X.,aaur.-ng ~Ins_:-,~~-ts- crozt~~-
Ircm kalklt - Xaskowakly goludarstva,nmyy -.nat.4tut wair
ir.&RrIts."rykit priborov (ouscow state :n2t.-tute Of
and Kda uring Itistraments, October 1. !;55; VWTIMI
VsRsQy=Yy nauchno-lasisdovatal,"iy patittut riZ_4ko-tawoj
Gh*gklkh I radlotskmlehaa4kh IZ%4--*nty (all-Union acleptiri.
114"areh Institute of ana
Rd urfiatants) in koseow, Ila%and? - latar, kowakly jasudarvtv~knnyy
15tarital-ttykn pritara-f State Institute
I.atitut itar I
f ma"Urfis " wamuring inatrux,ntal; and JjL:jRjP - Vjvz;,Sl-
b-lr*kLy gGaudar4tvOnYY I"stItu% mar I LI&Srital'tty" prlb-,rov
(Novosibirsk State ImstItute of xamtras &P4 WassurinZ .1nalru.
RD P*rGonalitism ar a santloaal's. t"jora, are 110 ro:dr~oavs.
and T.P. Miroleve (11WITU). Studying Chs!wIng
-
_
,fitomua~org With Attenuation to SJ lb
~
Waltha,de for Abearptlon-ty~
In the Threa, CantLaster WLve Range 125
Witin, A _V , 3 akhatlna ?.A aqawen. and v x _-xLra-vixL~.1"
-
-
t ~y
C
[
i
LAN
W~sratarv
p-
aW~
ftod
or Ch4aking W-
D 1n
(XhaDar).
,g
by a woltaze to I vacrovolt antl by the Pactor of go-dulatton 123
Kshi=vakly.- V.V. (Vwzlj(). &zpar:t- 9 for Checking and Cs'---
fratIng "..rat-rv af UndanD.4 Els tric carizistions or v;-ra_%,ah
rrv,zu.ncy 130
0tryaRh~.1,Pv_Yu.X., and A.A. aardinizij- (111111VT.P.1). r~vv,.-Ing
a k4Uod and Apparatus for Koasuring Timo-varying Parametvra, zf
Delay Lines Iji
and L.S.Moustroyev D-voloping %att,,,Im
and Standard Apparatus ror Ill Tt%*-Tj.-7jnZ ftramatorv if

Puz~~n", V.5., and.L.A.. Pvrvvvrzev (VWZIFM~~). Dovolopong tc~Lhod,
Car-4 25?.1

OKWTINA, S.M.
Narrm-band quarLz frequency neter. Ism, tokh. -no.12:3?,.41
D 16). (MIRA 16:12)

L 6PS59-65
iAccumm m WtO190.39 /028C A,~/000 "f- 3.
'Xolpa6ev rw
Yu. (2,1 00-~(kov, A. A. o
d V _14 F _.; G -is-h i r, d a k "!'e --X7*,'
TITLE: A tang for ator8,~o ar..i Cla&!, 31, N,
SOURCE Byulleten' iznt E
tovarnvkh z-iik(-.v, no. 12, l9b'~, I'
ITOPIC TAGS: lliqui~l
';ABSTRACT: This Aurhoz-9 1. A tank- for- sioraj- -v
portation of a lifp~-id. Tte jr;l :s madf_~ f an miterial in lhi-
ltmmcated cone with a ne,,-~ an,~! e T-Ing. 'The rj._~3ting ring is mourted ci-
of tne neck and can It- T-iet)laac*~,6 so that bxickling of the ri;~, of the neck
!amoiaed in cisa thf, r-irg is dami-ge(l. 2. A mc.,dificztion of this tang in.
If-loating ring is madp rqplacea):~!A by ccm-.iring it with a Al-qv-v%i whic't, Is fa~,
the neck by s"v.
ASSOCTATION- nme
card 1/3
EMIR
L

TTCT. 0-1
OCX)
S ~rv C
INCOME

rw c Wo I; -q
Fig. 1. 1--flbq*
2--sleeve with I-
3--lid
5/3

7 0 0_'i 4 9 1
V. S., and B. P., All-Union Scientific
A, o ?ctro3cun and G;,3 lndu~;.ry,
r; on 04 w64 L, I
.~'Oscow (V3czoyu-_ryj nauchno-issicdovatell3kiy inotitut komploksnoy
icftyanoy i r;azovoy pronyohlenno3ti)
"Ohrom.-.tographic Dotc.-mmination of Traco 1mpurition of Gases in Ultrap-jxo
Xcacow, Zhurnal Analitichipokoy Kliiti,di, Vol 12, No 0, 1966, PP 985-988
h
"OPIC TAGS: trace anmlyuin, helium, 1,-i:; c rom. to r. 1 hy
Xzz.ract. Do' c-ndnation of the gas impuritios it 2P 02 ) N,..,) G114, Otc., by za5
c:-,ro.-_-to;-rzphy Livolvo3 dMicult.W3 due to tho lack of ~i-h-sonsitlv_lty
dat~,ctors for t1n.cm. Chromatographic concentra",-ion of impuritics in this caro
a!.-o d-*fficult, chiefly due to the low dcgmo of hydrogen enrichnclit. TAO
zolvc thiz proliblom,, the authors u3cd the G-23 typo di3chargo jotoctor., -Vaich hzo.
a lim"' t of. detection for tho above gasec; of approxinatoly 10-u volu:-..o It. Bzzod
a method of -dotermining, Jn;)x1ri6J,o3 of hydrogen, Oxy,;
on thio clotoctor
LrZoz.., -mv.-ogen, and methano in ultrapure holium, has bton dovolop2d.
The o,-,cration of the discharge detector is basod on ',,he ionization oi' cm
i-,n-arity by mota3tablo holimi ztMmu. The pron-c-noo in the gan-carrior of, gaG
. .... .a-4tion IcLda to a decreazz in the rato of f ormation of mot:,,3tablo hallv~m
atc-.=, ..-.*Aich datworiorato3 detector porfom, anco3. At higb impurity con-
as
c-ntra-Lienn in tho gas-c=rior (greater than 10-2 vojur.,O %)., t 0 g - 0
Card I
J2

L 10~21--,S-67
ACC N-3:
induces a drop in discharge curzont. In thir. caoo,, the dizchargo
datoctor as a dotact"or of indirect clcctro.-dc mobilit"Y. Thi3 lead3 to a
lowo.-L=Z of dotoctor son3itivity by moro t:han two orders of magnitude in
comp.~.-ricon wit-h the porfornancD Of the detector -.;it:n Varo holium. An t4vanti~o
Of ';:no dinCilargO ft'MtDr is itS 1033 rigid roquiromont Sor purity of thu Zz.3-
carrier than holds Sor the bota-ionization detector oporewing with the haliwz.
ras-carrier (at the same sensitivity toward gases). brig. art* has: 4 figures
and I table - WIS: 38,9703
SUE CODE: 07 / SUBM DVIE: 09Aag0'5 / CRIG W: 002 / GTH RU: 003
Cc;.-4 2/2

OKEOTNIX07, 0., laureat Stalinakoy premii.
,4mob,
Improring -the affectiTeness of towing Tessals by pushing. Xor.1
rach.flDt 14 no.4:5-7 Ap 154. (Towing) Oaak 7-5)

OKHOMKOV, G-,, Jmzhenler; 343RONW, 7,, kandid-at 't93b--.7-"-6b3k!kb nAlfK;
--o- Do, Inzhener; ]MY TS, M., luzhemer.
Operating calcaatic= IL Orj;amlMln9 fli)et miovements accordIng tt.
towlmg facilitlese Rech.trazsT. 14 no.1:9-15 Ja 25,40' (MRA,
(ln3zzd navigation)

-TSTIRYATNIKOV, Mikhail Btepanovicb-, SIVKOYSKIT, B.I., retsenzent; DUCTSIX07,
retsensent-, MAYMSKIT, G.I., redaktor; 70MINSX.11Y, 1.1.0 redaktor;
MMUSHJJU, A.3., redaktor izdatel'Bt-YB; 33GICIMVA, tekbnicbe-
ski7 redaktor
[Organization of navigation and the work of barbDrs) Organi2atalia
dvizhanila f1vta i rabDty portov. XDakya, 1".d-vo 'ORechnol transport.0
1936. 355 P. (MIRA 9:11)
(Harbors)

OKHOT31KOV, Georgly ljlic~; HIRONOY, Viktor -Petrovich-, SOSTROV, Dmitriy
w`";~"'-Vfklfo"rovich; -'XM'&nTS, Haveho Berkovich; XOMISSAROV, 3.00, . .
rttBensent; 5VIRIDOY, A.A., red.; MMU5UNA, A.Al.. r9a.isa-";
TSYMOVA, S.Y., te)Chu."d.
[The wDrk of river navigation districts] Rabota flota po tiagovu
placham. Moskva, iza-vo nechnoi trBmsDo'rt,O 1957. 76 P.
(lasnil vater transportation) (MIRA 11:2)

.KOWOV, Anaiiolly 71adimirovicb, doktor -tekhn.nauk,, X051-MIKO, I.D., ratsenzent;
retsonzent; SOMPT
0=6.10~e_j. XV, I.Y., red., AZROVA. A.G..
-ad.1xd::;;s'; IAZKOV, N.F., tekbn.red,
7
(Interaotion of railroad snd water transportation in cem'btned
SYBtemal Yzaimodnisivis zhale2modoro2bnogo i Yodnogo tranDports
T ameshannykb soobahcbeniinkh. Mookya, lzd-YD *Rechnoi transport,"
1957,, 211 *p * (MIRA 11-6)
(Railroads)
(Inland watar tranoportation)

OXHOTSIX07 I
j 0. Inzb.; SHUST307, 3).S,j kand.iskhm.mauk
N~ . L,
insure depapaalility In tramoportation ana regularity of traffic.
Rech.tramp. 18 no.?:'12-W' 1- 159. (MMk 12:11)
(Imlamil water tramiaportatio-A)

OKHOTMOV3 0.
Improv's, the orgamizational 1evol of the flow cf zerchandine
In ri-ior transpartation. Rech. tra=p. 20 no.12-9-10 1) 161.
(MIRA 3-4:12)
1. Zmeztitall direktorn TSentralnogo naucbno-iasledovatellakogo
instituta skonordki i akBpluatataii vodnogo txansporta.
(Inland water txwasp="MM&=)
OA
.91440",

OXHOTNIXOV~, G.
lu~~ve 'tl-A organization of the river transportation of
cargoea. Rach. transp. 21 no.1:5-8 Ja 362. (MBA .16:8)
L ZameBtitOI3 direktora TSentrallnogo nauerino-insleduvatell-
akogo fini3tituta ekonoml3d i ekspluatataii Yodnogo transport&.
(In2and water transportation)

OXHOMIKOV, G, 1.
"On emplOYment
of -vessels v'.'h submerged vingB in the UsSRI,

MeSdOMMAM .--., a- - . .
F, - ; .
I- . . ~- ,-- .--vmmm~
O)MOMKOV, L., POLMOV, 1.
Video ma~petto taps recording. 2nam-alla 35 mo-5:38-39 )-tr
3,6o. (HM 13:7)
(Television-3quipment and quWlivB)
Mgnetlc recorders arA recording)

r'7HOr:T7'C,', A'.T'.
Third Scientific and PractIcal Confererce on Engineering
Rroblenm in the 'Wlater Management of Siterla. 'Zap. Zabsik.
otd. Geog. ob-va SSM no. 24:139-140 164 (I-Mal 19:1)

ox"; VISIRIYA, L.F., red.
12
[Literatorskiye Poatkll Literatorskle zoetki. Lqningral,
Lenizdat, 1965. 42 p. (MIRA 19: 1)

4com:Dendativns on maintenance of grDup switch &Ivas for
electric ImIts- 3191'. 1 tePl- tlaila 3 no.4:36-38 Ap 159.
(N12A 12:?)
I.Rashinist-inspektor depo Moskys, Ottyabr ,skaya doroga.
(391ectric locomotives-31actric equiymant)
(ZlDctric switchea-Maimtanance and repair)

OKHOTNIKOV, I.I. , rasbintat-inatruktor
NaIntnance of -valtage regulators and rociprocal-current ralW-s.
Jilek.l tnpl.tlr~ga I nD.6:",'8-39 Je '59. (AIRh 12:9)
:1. Lo'counti-ynnya depa Moskva, Olalyabr'ska7a dorogs,
(3lectric locountivAR-3jectric equipment-Haintennnen ani repair)

wr !Fn, o,~
L 1.08 1
tAEDC(b) V ",*~,**Jk,
ACCESSION NRI A T4 0 4 S 2 9 1 7 /64 /00tj 264 '-0,1
i AUTHOR: Xula,8 in L. V. J,',snd (d rtt e Ical scie"cev)
.__ -, 9 nplnerr)
TITLEI S u h a t an t I a t Ir, t~ F tr P~,jf rt-Ments for the qua It tv c~'
s"tomizatton of 11 q U If v e 11 i r. c 0 Mt~',j r t 1(3 1~ Ch4t2bgr$ With 11 1 & h -
jet atoills~ry
SOURCE) Mcps cow p T 1, z t., a u q F 1 0. 0 1 -., a t e I
x he 1 e z n o d o r o z h n c 9, c-, t r A r,ra264, 1964, P i
ny*ye Metudy* fithiganivn pv1rorfr.,cF g A z e
methods of I iqkx [(i f u,1c, n r., -o r as~ae t--bue ton" 9
TOPIr TAGS! !t; t e R,, r, co ruct tf p c o L-,.
chavaber, diesel !-ie I i k,:,, c,,.j n t I c, n P ( fi c ~ an c
AB'STRACTi To pubszan,i a t p fi re f o r h tg b. -
atowizar3 of heAVY llqu!_,~ !~If,!~;,Ih i, t!t t h o d er P. e c
t ion wi p f f i c haf, betv, ftudi*d zxperiMc_,-,1)
burning a dteelel f tjel~,, and r- rnritert cooll cnking distillate -In
motive covbLzilon cham~-c T untier vvirious opr rat ion condit ionp
_Card 114,

run , 2 5 . 5 0 and 100Z I t~ nd An a I y a 1 a n f cNe curves ob tatnee f
ccwplateness a f combuqt i t.- n a t he enaine load (N) and v~
_Imitation ( XO Titat cite Completeness of Cotnt";A
for the two T"U41 i incre-sted t h t n c re a # Ing load to a valuit 01
0.96-0.98 at a lead of i Z A I I he r Conditions bf Ing rQuij 1
completenoss of c om h u 4A c I -,,~ n o f t 1, 6d a t ! 1 1ate was lover thAr, t~-, a t
the dlesel ft-p I TT% f ft 1. s A I t t !~ b t~ t L o th i! difierenct i n t h e
gation Constant;) of tl~v tv-D f U u I 11 0 zompleteneas C, f C 0 a h U t(
decreasbd with incraayl n g d t amn t e e of ~ 'ie atom~xed fut I drnpi~
dtpaadrnta wea mo r it ir it % k P. i r% t h c A s v 1-he d I g t I I I at te tb an
case of the diesel f u a I Tn c. f the degree of niomleA f
the Complete"Con r;f I; p M d e T f~ e ~41. ( 14 1 n V r 0 a 4 1 Ig '1066
totAl loseep due to '4 T i ( (3 - n j, I et e u (4 1 e e c va t, u a t I erl con n e cted t
chanical causna (poor a t n r,~ I r n L i c~ n d e c r c a 9 -3 d w t h I n c r e a a i n
The proceso of mixture fot nat Ion 6t amiadt Lon vevorti-a-LI-r--a AUQ rU4
-44fill"R of
burning of drvps)'1i6
e e
Vublished thporiee t ho v n,~ i a,~ qt -1 u n t inn wno eerived f or i h e
0 f fuel Stomizetic-1

L 10817-65
ACCISSION Nit: AT4045hhl~
~v
where 60 19 the irl t i a 't d t nm t, C P r of a d r 17. r. to the coeffir! P r
repraeantIng the sretcu cc c ki t v, d v t 1-i 4a t I n , h a c o m b i, a t i r~n
e; vapo r I z a t !, oz, f o n CC 5 v R t e v p vne t,
a c t I ve comb u -4 t t oi-. [i F-. S F1 -,I T
ichambe r
is fuel C., o qI a u m 0 t 10 n i n k r a i a c exz4tad ki ri ti r
t h e heo r4i t c LA n-
we t t 0 f It
ing 14.
r tI
aters , and f ~ie I
1 ate d on t h< ',a s I it
(a) the leagth of the e f 1 a r 'T, ned by
of the lar*;ea t f ua I I f I I
I f the b U r n t 1, ame t e r
t1je 66MQ ri I
largeat drop I n e g 6 t lit C i r. fT
of the drop I t h a r on b ij Q n -.I (T hgs t I
mi ab 14o a.
2
3/4

L 10617,65
f-.I.--kC 9SMS~-BRI AT4045685
ASSOCIATIONt In-atitut
trwwporta, Inatitute of Ruilroad
SUBMITTEDi 00 ;N'tb V t-tY~'5 E-N CL
BUD CODSI TP NO Ry'r SOVI 016 0 T11 9 P.
4, 1 A

~0
~Vm rp !'N
tit
pu
AUA'HDRI Aulag~p L.

,
(ft6t
An
TrFLE ~-r dotermirl.nr No! lmsgaLn dlw to moc,4arl,
do f , ixiisp t t I

nago trpmr~apor,.-. ty,

5hidkofo f~j
ga a c cm b,, trA I c, r~: i~
TOPIC T-44;S t lmv- c- L,,-, -:q
&f~-erhurnirig iC, rlRi ',91 :t' ot
c on f -fJc i an t
AJk5*,rFUCf i VQrio,.3,-; of
reviewed. It 1.03 ir- NwtytoAE fc~?-
mogt pTiowlaing prmgatani- &.-A paAd it-c 1 -,m Uvn ortloikl mthod WrA t~A no

ZC8&zvf" Nil; ?C40J4e,-`7
I-Trt4 ran ))j? jjf~ 4
-1, 'en,'qjVf) Fp,7'ft,~,
W I
ofterburning mot~i.
for a MPH -ef ic7lifor
A
bustion, pr(Y-id-W thii ""r) og of the
ruruier imprc,,4od. fiplms, and 11-i
Ln*tltiit
Un i cc B ci ef, ttf -1 c Re s1mr-.-In. Tnisti tote of fmil-r-j"
tronsporta Ti it A iAi, i-;,
SUB~ej T &D T
Im orm-Et Fp
1,40 RKT Afil W3
(X R&~ I

CWP&TN)RI'v' -=~S-
I VANOVA, N. 1. 11
kAndidat takbnicheskIkb nauk; IMAM, V.A., kandidat takhni-
cheskikb na-uk; OXHOINIKOV, S.S. imahener: SMOKHULOYA, A.I.,
aspirant.
7nanatrial burner with pneumatic fuel flrIZ6- from-aboya to a
statlonar.v grate. Trua7 TSNII M no.135.-124-163 '57. (MIRA 10:8)
(1*00MOtiTs boilt7s)

. KISTIYANTS, L.K.j POPLAVSKIY, A.N.; lov S.3 - MOROZOV, B.M.;
-apLoTmo.,
FILIPPOVI, I.S., red.; XPITROV.A, I.I., tekhn. red.
[Design jof burners ana Bpray burners lor beating furnaces] Kon-
struktaii gorelok I forBunok d1la nagrovatellrqkb pedbei. Moskra,
Voss. izdateltzko-poligr. oblleaimenle M-va putel soobsbebonlin,
MMA 14, a 6)
1"I. "' T"era) (Fumaces,, Beating)

OIKHOTNIKOVY S.S., :inzb.j SMAI'll-DI, A.A., intlis
tksa3 -ners. Trudy TSRII )IFS no,228.,29-33 1,62* f A 15:7)
_I bur (MIR
~Uquil fuels) (B=erii)

P,AVL4ffj 8.7#1 kand,tekbnoiauk; ~~~qV
j__S.S. j imzb.
Special featuroa of burming lvv-grade liquid fuels Im -=Mcv
ombustion ahamberB, Trudy TSVn M no.241:23_1-340 162
1 1 iMM 1533-2)
" 7.,

AUTHOR- Kulasin, I., V. (Cax~didistir of technic'*1 aciences),
14
TITLE S a I e C ( Io n- F Fir, e f c I e r, g-) p at t e rn f c, r q
o nraye r
SOURCEs -,Aqtvow, Vmtrovutnv*v
a sno do raltinc gD r ran a po r t a. Ra to I Ora I.
'the t a dy * a a h-1 q an -iv -t-a v I I v a I vriroelnogo gaign (~(f ii i
methods of I tout d f ael PLnd natural goo cat2bus Lion) , 20-29
TOPIC TAGS: aerr~dynm~A.icF, propulsiin, pneumatic xpraypr,
chav~ba r is p ir a-we r , A t r f uc I r, ! i o,i , t tj rbi:i 1 on t f I ov i4h f r I I
vtowlser
ABSTRACT& The Tsan t r all ~lv*v n auchno-- L so ladavate I ipktv i n
H I rLiSte rd tV Ft pt, LP.V ~!Ontl A h Chf--n. JV41 (f IETJ Z T A I Sc Ie nt if i c R" -P
of the Mtnia t rv i- f Corimun ! (.,at I ons) v'cied a carte%;
Fo-th n l7roll" ~8, 1) r v s t lin d n ~-4,2 ir n a rn a i o V is r a t i n g v, n a
sprayers uped ~r. heAttvaR furf~aces , hei rtho , rai I road ho'A!: i? i:
and combus t t -~ n C h!.Mbe ra 0 f jj a4 - t13 rb t no I a Como P i v4 0 1 t if 5
Cara-

OR
in nize can be obtatned
Air sprayers Camsuming a 'dinimum 0i Otte h6" I
r y I I *dot th
requirementat 1) red-.ced fuel jet width; 2) maximum relattv! 4--?-

the fuel-air boundary.,
t
a
3) incr
emsed surface ~oatact hstvtor
and spray air; 4) nptimuvt air Set thickness; 5) Increased t o r i
i of air jets,, 6~ angular d i rtcEi~,n of the air flow towards t It ~i
flamtj And 7) tile Possi D I If ty of Cs tablishitle the tlame at-tjI
The Authc ra I)el I eve th&t a %RTATO T tilat %rould meet these to
should have F ~.jvt omppI ied br tue#n two air jet so and shouLd
of the contriftig&I off ot:L arliging whpn an eddying fuel ott,4 r z
!rau the nczrle, 07-1 g, a rt , hoo 1 9 fiPteres and 8 formulu
ASSOCI Al I ON in 1) n e
SUR MI 7 T9 D CI 0 A -DI F RESS t3104
SUB CODEr ;r'R M E III) R EF SOVI 013 OTHE

OMMIKOVj Vadir.
In the world of congoaled sounds Sofija Nauka i Jzkustvo 1951 49 p. (N&uchrjo-
popaiarna bibliotelca)
)4TX - 226

. ; I
CF )
Science
in the world of quest; scientific and imagi` ary tales and stories
?-!oskva, Gos. izd-vo detskoi lit-ry 1952
"'onthly -11 st of Russian Acce3sions. lAbrary of Congress, Auj7ust, 19r~2. U"CIJ, ':,;T7Tj,'T).

AUTBOR: Okhotnikov, V.N. 12-90-2-12130
TITLEj Glaciers of the Polar Urals (Ledniki na Folyarnoz Urale)
PERIODICAL: Izvestiya VsesoyuznoEo Geografichaskogo Obshchectva, 1956,
Vol 90, Nr 2, Pp 174 - 176 (usn)
ABSTRACT: The article contains a description of glaciers in the Folar
Urals illustrated by 3 photographs. There are 3 Soviet
references.
AVAILABLEs Library of Congress
Card 1/1 1. Glaciers-Photo analysis

ORHOMKOV, V.N.
Genesis of Kemin tdiorites. 1xv. JO Mr. SSR. Ser, ant. I tekb.
:nau'k 2 no.9.*n7-:120 160. (M3RA 3J,-.7)
(Xemin District-Dicrits)

OXHOTNIKOV, V.N.
Findis of fauna Ordovician In the
Pro-Canbrian. lsv.AN Xir. SSR.
91-93 162.
sediments regarded formerly &a
Ser. sat. I t^-kh.rau): 4 no.":
.16:3)
(Tian Shan-Palsontology, Stratigraphic)

MAXSIMVY Ye.Vj OKMTNINOVS V.N.
Wimber.of ancient glaciers in 'the Kirghiz and XungeyAla-Tau.
Dokl. AN SSSR 152 no,4:956-959 C 163. (MM 16: 11)
1, Pred3tayleno akaderAkom A.A. Grigorlyevym.

f C, C n ir.
.
(ncrC*,,e?-n Tien :~.ran)-
("g 165.
no
'jr. ut'". VSIp

tj
nn-_37. WC7 -~ir.F ncn--,,-
wjl,
.Jurg 10 no.'
lv,3 ta 1-32
tjj7hnB-TiFilll".Y ~cnbinate

L 2276-62 EWT(2)/EPR/F'Iq-T(t b Pr 4 1 J1, JD/M1A
AMESS1021 NR: AT5002755 3
Okll,~trltkovs, N, A.; Yerimilov,
AMOR., t 7
Raimbekov,_ ye, S,; Filimorlov, _ M..
TITU: Recovery of rhenium tr--mI (~ppt- by elkaline J1. ~c
_yu~rio),JL* se p c ~,lt f, a 7 u.9 Mr, r, c ow ,
SOURCE., Vs e sp
(Wilen i UM) t rt I C Vov'~ c.. 9 10 --1-- 1
TOPIC TPZS; rtionic-m.. I ka
rhenlum rew!ntatlon,
ARSTRAM : The wnthcrb prc-i,-- !ng rhooLlum III whtclo
centvate (abfwt ;071. ~'. rh*niur', itf
sodium hydroxide, r~,~tW r~ Trk,,~ an,3 11)eir cr-rientA0o,
carried crut on ztac_ A "a, pro(~enlt 1"'; given, a-I'
procedure is detcrO~c-,! .r '.s a~r)111.cahle to Z)cith ccpi~it
copper-lead ltwi~ recmtfry of the It.-
tentative.'y
0lig, art. halls

L 2076-65
,-- ~:-ACMSM--M
end I formula,
NO REP SOV: 0 12
0
n7q7a 7
C-'r4 2 ~ z

YEEMLLIYANOV, A-S-; J~ Sl-()'IAYA, L.l.; CKPOTNIKOVA. 1.1,11.
.0
I- ---- -- .--
und hydraulic raining Of c0al- J9011 Uicr. 7
Efficient undergro
no.6:1,2-45 Jo 163. 16:8)

BORC)VJTSKIYP Y.N.; OHOTNIOVA, Ya.V.
-: --- 1-- .
Topical exhibit at the ExhlLdtlon of the Achievements of the
liational Economy of the U.S.S.R. Proin. energ. lf) no. 4:52
Ap 164. (HIRA 17:5)

OKHOTNITSKI Anxh.; 7=07, Inzh.
Method for najustb~g ibe relay IR-1. A-rtoj2,, talon. I svins' 2 no.l:
28-29 JA 158. (mliv. Ila)
1. ChalkarsIm7a distantmiya signalizatsii i ovyazi Oren'burgal:oy
dorogi.
(31ectric relay-B)

1. A.A. [OkhctO" C'-C"- ]; ",
BABI~I;(w, G.K. D~dl;amv' cy'li(rlow, J
-- a
C) 1 (Tlch, M.V
A.G. , I N.v . no.3:49-50 .11 c 165. 18*9)
Unit for air heating* Khar. prCX. -

OXHOTSIMSKATA, M.7.
Seasonal distribution of short-period oscillations (of am elect"
zognatic field of the earth. 2xv.AN SSSR.Ser.geof1m. nv.8:999-1000
Ag 15640- (MMIA 10: 1 )
1. A)mAaniyjL nauk SSSR, Geofi2icbeskly Institut, Geolisicheaka7a
stantai7A Alma-Ata.
(Magnetism, Terrestrial)

OXHOTSIMSKATA, )1.7.
Iffect of the Persold Abover on -ths almotriama flold Im the earth'i
jLtmoB.phers, Isy.Lq SSSR, SereBoofise no,l:.=-12) JA 157*
(XLPA 10:3)
1. Akademlyz nauk SSSR. Insitui :flziki 2amll. O*ofizichsv)*,% stantslys
RAlm-Aul. (Me-Webra-August) 'SlimoNpbakle aloctrIcityl

Y".
I
sm Ae If 3) Y. Mllolslm-A% - MON)w
malifs allil 'Mcchalliks III Ist ir)), vi %)I filf. VA, jf)~ )!)if;,
pp. :1M-272. 11) ui))) summall'. ~

Distr; 494.,
Tit" of ek WAWGO of 0 U"
-OWINHY fill" Wilb 04JW_A (ig 4U&WAX PftW. NO.
tdW ~y 4 Hqq,d LAd abova [h" oil syetalkik
=.i ISO itplA,"4 1,y somw -siww hi.&j, Nnvfo,* iim *,ssaw fmws as

&P~-*vugvi ky AtAvs (1841) mt-; avidtod b7 NoWAU 04W.

-cussed hm iN 1140.. t 4j f"U go twe
palitimliv lijt#q VMS -16

cu,3r Wq C~A nog r~pf~. lt~v Wyktom ~,y im equivskof
-Qt VA m htuvdvvq IL, ktik4 t~ Aawistice of Aq mrwmi~
4e; mi-st ans teiammv 4 kitaid fiv uw OI:"W wake
6n4 catlUie.
63, i4gput4i*T, mtow Mai 4~
*-.4mliast ca motiab .n;AiXU4 Cher& ha 04w " ta issay at
tho uymtm a givvn egtmo Im"s, Rvqultm
Q~e O'k.-Ift'r-d (01 &.0 ct&* a covin in *Q it qli*Aw too
xW ;nXtem': cytilri-4f 8~ rififtAs, )@p&8
1YX)

0jM0TSjj~SKjy, D, Ye., Eneiev, T. M. ond Ttnratynovo, G. P.
"Determining the Tim of ExiBtence of the Jkrtificial Earth Satellite and
,Studying Secular PertuxbBtions of JtB OrbIt."
Paper prepared for the VIII International Astronautical Congress Iv.-ld in
Barcelona,, 6-12 October 1957-
Incl. Vo. 4, R-456-57, . Conf. File.

SOV/124-58- 3 -2659
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 3, p 16 (USSR)
AUTHORS: _Okhotsims Kondrasheva, 1. L, , Vlasova, Z. P
K-azakova, R. K.
TITLE: Calculation of Point Detonation With Counter- pre ssure (Raschet
tochechnogo vzryva s uchetom protivodavleniya)
PERIODICAL: Tr. Matem. in-ta AN SSSR, 1957 Vol 50, 66 pp. M.
ABSTRACT: The author gives the results of the solution of a p:roblem con-
cerning point detonation in a motionless medium where the con-
stant values of the initial density and pressure arep0 and
po, respectively. Taken as initial equations are tile equations
of one-dimensionai, unsteady, adiabatic motion of a perfect
ideal gas with Lagran8ian independent variables and spe6wt'ly
selected unknown functions. TYe problem is solved by the
network method with some changes and additions. The distri-
bution of the functions sought, at a certain moment of time
sufficiently close to the detonation, as obtained f rom L.I. Sedov' s
solution of a self--5imilar problem concerning a detonation with-
out taking into account the counter-pressure, is used to provide
Card 0 the initial known quantities. The paper presents an account of

SOV/1 24 --58- 3-Zb59
Calculation of Point Detonation With Counte r-pres sure
one of the possibilities employed in the calculation, in which the intervals on
the, coordinate &a remain constant, while the time spacing AT is selected
from the condition AT 7 A9 /c (c being the velocity of the shock wave at the
moment of time under consideration), After the number of intervals, was
doubled. the intervals were also doubled in size. At the center of the detona-
tion, in view of the singularity thereof, asymptotic formulae describing the
behavior of the functions sought were employed. The magnitude of the cen
tral interval was taken from the condition of a smooth fairing with the asynip
totic curve. The smoothness of the fairing was controlled. Calculations are
made for the exponent of the adiabat *y n 1.4. In two stages, the calculations
are brought up to the moment of time t = 61. 47 sec (corresponding to the I
dimensional variables at the liberation of the initi2l energy E. = 8. 54 x 10
kSm, Po = 0. 125 kg. secZ/m4 p0 = 10, 321 kg/m ) with a shock.wave radius
r = Z1666 m and a shock-wave Ipressure p = 1. 040 atm. Detailed tables and
graphs are presented. Comments are made upon the peculiar nature of the
changing characteristics of the motion of the gas with the passa&t of time. A
satisfactory coincidence is noted of the calculation results with t'he self-similar
solution at the early stage of the detonation and the extremely slow deformation
of the shock wave profile during its deterioration. Parallel solutions of the
same problem were achieved by different methods by Goldstine and Neumann
Card 2/3

SOV/ 124 - 58 - 3 - 265Q
Calculation of Point Detonation With Counter- pressure
(Goldstine, H. , Neumann, J. , Communs. Pure and Appl. Math, . 1955, Vol
8, pp 327-354) and Brode (Brode, H. , Appl. Phys. , 1955, Vol d'!6, Nr 6,
pp 766-775 - RZhMekh. , 1956, Nr 9, abstract 5794). It is indicated that the
comparison of the results obtained with the results of the first of these papers
shows a satisfactory coincidence,' but that a smaller number of computation
points along the coordinate and the time was required in the paper here
reviewed.
M. L. Lido-,
T
CiiTd 3/3

AUTHORs 0KH0TSWM,DJ8., EIMYM~,T.M. 53-1.1-2/18
TITLE3 Some Ya-Ha-fro-nrroblems Connected with the Launching into Space
Of at ITtifiCial ZaTth Satelli;e. (ffskotorrye variatai-onnyye
zadaebi, svyazannyye a zapuBkon lskuBtvennogo sputnika zemll,
RusBian)
PERIODICAli Uspekhi Fiz. Nauk, 1957, Vol 63, lir la, PY 5 - 32 (U.S.S.R.)
ABSTIUM The present paper investigates the problem of conveying the
artificial earth satellite to its orbit. This conveyance is as-
sumed to be carried out by means of a rocket booster having one
or more steps. The problem is investigated here as to what nature
the lav of the modification with respect to time of the direction
of the trajectory motion of the reactive forces must be in order
that the satellite may be conveyed on to a given orbit with the
least possible fuel consumption. Also the most favorable fuel
consumption is ascertained. The authors solve this problen for
several simplifying assumptions, and this solution convey3 a
defimite idea of the characteristic peculiarities of the optimum
conditions for launching the satellite into space. By making use
of these data it is then possible to construct rocket booster
71th the lovest possible weight.
Card 1/4

Some Tariation Problems Connected with 53-aa-2/18
the Launching into Space of an Artificial Earth Satellite.
� 1) Se3octiop of the optimum process for fuel consumption and of
the optimum program for trajectory motion3 The following assumptions
form the basis of the solution of this proble=3 ierodynamic forces
are assumed to be lacking and the field of gravitation is assumed
to be ylane-paTallel. These assumptions apply only very approximate-
ly in reality, but also in this form of approximation the problem
is very interesting. First the equations for tho notion of the
satellite with its booster art given, after which the boundary
conditions are formulated: At the beginning of the motion a certain
height 7a is assumed to be attained at t - 0, and likewise also
certain 'Values of the horizontal and vertical projection of the
velocity (here denoted with u 0 and w0 respectively). The velocity
V at the beginning of the motion is, of course, put equal to zero.
At the end of the notion, i.e. at the moment t - T, the hei ht
must be Zr - 7 and th4 -veloci ty must be horizontzl (w - 0) - 5he
amount of 7 must at the end of the notion be equal to a certain
fixed value Vk. Certain simplifying circumstancos prevailing,
the assumption of ~ dvfinite value V k corresponds to the as-
sunytion of a certain ratio between initial and final weights. With
Card 214 a given value of the earth satellite this means ass=ing or

Some Variation Problems Connected with the 53-la--2/18-
launching into Space of an Artificial Earth Satellite.
presuppoDing a definite initial weight of the rocket booster.
The xacket motor mead not be in operation during the entire flight
of the accelerator. The authore then construct an auxiliary
functional which is varied according to the functions and variable
parameters occurring in it. The various oyerations of computation
are described. In the case of an optimum program, the tani-ent.of
the "angle of pitch" (called "tangage" angle in the Rusaian text
and meaning the angle formed by the axis of the rocket anl~ the
horizon of the place from which the rocket is launched) must be a
linear function of time. Various varieties are then mentioned
(combustion of the entire fuel at the beginning of the motion
or at a later stage, combustion of fuel during the entire duration
of the motion, and various com1binations of these possibilitieB).
All these possibilities are realizable at certain conditions.
Vext, the case is studiod in which the duration of motion is not
fixed but is ascertained from the maximum condition of final
velocity. Also the initial angle is not assumed as fixed, bat is
chosen to be as favorable as possible. Also a numerical erazple
is given.
Card 3/4

Some Variation Problems Connected with the 53-13-2/18
Launching into Space of an Artificial Earth Satellite.
Motion with assumed regulation of fuel con3UMDtiOn: The best rule
for acceleration is the linear dependence of the tangent of the
"tangage angle" (see above) on time. By integration of the equations
of motion expressions for the projectionn of velocity and for the
coordinates at a Eiven point of time are obtained. For the practical
computation of the integrals it is necessary to know the dependence
of reactive acceleration on time. There follows a detailed in-
veBtigation of the optimum motion of a composed rocket. 2he ne-
cesBary computations are followed step by step. A special examin-
ation is made of a composed rocket the n steps of *hich have similar
main characteristics.
Conveyance to the orbit in consideration of the variability of the
field of gravity and of the rotation of the earth3 Here the motion
of the rocket is investigated in relation to a system of coordinates
connected with the earth. The formula for the optimum control pro-
gran, which is found after complicated computations and ie valid
for various geographical conditions is explicitly given.
(With 9 illustrations)
ASSOCIATION3 Not given
PBESENTED BY3
SUMITTSI)i
AVAILA13LE: Library of Congress
Card 4/4

A;j
IIARATY.-Q Al~ u.p. 1 53-la-3/18
111'h-~ Datcr- of ti: ar. .1.~ t if icial S atellite 1,.-,d -.re
Inv, Qf tl~e Be,~ Ve.,,turbn-ti:,:-,.q of it s Orbit.
JB)LU92t-.: r...
-;z 2 en 7 e go
101) L i:
63
, -
AD S'-` 2A, C T At, heizhta 0~ fro-i abuut loo to lj,~ ':i-. tip life of the oa'eliite
iz short ar.. i!i the case of low transv-rja'- L!.~e riat~--Ilitf-
does not evc.i C.,L!rfurm a full revolution.N' uxit,,Ling .,~ 4,,) ;:0W L~:.
the life of 3-.tificial oat-1-11ites USE aj,!)A~oximatio~. ~-.Cds
aj,,c for the 4:eneral caze do i-.ot 7ive a fall solution 3f th!-~
-ic,thods of --a~- 1-~~
tial crvor3.Dy ka,~:irs of the ;iiuthod disc-xioed here the !if, vf th!-, sa-
tellitQ caii for V%c- casc be c;c:..; ited S.4ff-CjCj,t"
ant! rcliably.Thia iz,.vc:~ti~;Lition ;rovcd the of
bet..c-en the ...,ain of thc~ osu latorj- ellipce.
'i*hese relations apply in the case of any GatLljjtCS and d,2,)end orij
%q:on the denuity distribution of the air at ii;crea5-,f2z
the hf-lp of the dia -rari, and t::151vu given liere the lifu 0' tile L!ItLl-
lite as well au t'-ie cn3n~;o of its orbit paraLietern with to
time call be (1cl-cr.:iined. -juick1.,-.T4e used ht.re cc..i~~utcd
byzeanz of the electronic :~-a-pid co-,---t-or J1~31: of the Ac;a6L;ay uf SCi-
c-rxe of the J.S.S.,t.13ccausu of th.-.
-ivcn 1
heiEht of the air uo.*~;ity,the il-17-rical t r, 1cl, at

The nut i t~., of 4.,ie Lite of an Artificial u,' 53-la-3/
Perturbatioix j-- its CrDit.
of the
1.~VU3t 4 t
1~1 tv--~Ifar 01-- cl.,.t-~* 4.cn ---,rcer-, b~-
the satcl-1 it c~; 111 t c~ :3 1C~ o arr.; compata-
tion-,
L.:, d L'n 0 f t'! o L11-11LOZ., C ~uh i A: r,
..:i--iutcd for-Ila for thio '~J .iven,
The esantion of :.lotion: Th--- i~ictlon of Lhe satLilitl Is
,ierr- by ma%ir- a.92 of t),e Urbit ',112
Of .i,tion LL--(, writtell L',Own .,,-t3te~L' of
cq-~iatiors ii; t`ien Lrw,jfr,.%.~Qd 'o-; Of the
r., - tiorm "or he variable "ar ~,i -ent of r -adth" U
ical theore:.,E; . Lu.c.,,
a.e iaore L;-af-Lable for cc-ij.-,,,iationj Via-n the of
anomal5r 4,~ -
The mcthcd cf "he determinat ion o' t1ie life o' i---. a~,-' i f 1-
14-te: The aiithor.3 i-.vvsti-ato t,:v i.~otio.i L)~, th,- 3:Lt!
U
the terrc3tcial i;i the caoo of a 1-ravilational
field of thc carth.Thr" :,-,tion rf t'i- hf:rr~ ~,f;,, -
ther 4it!~ tii,e daily r .,Vul~Atl' -;j UL' %,hc .:arth 1"i -c Qtt t1~:1-c." ~1,
correspondin!, sj~te.-,; of cl~-iatiors in 1vea,Th-; rc~s4 of tlle ut-
U
:..os- here Cot-s io '. ctx.-, -- s - o i I ar :rba I i um Q i -n- an
the inclination of the or*,)it Th o
t h e i nt c r:. t i 0 f a L I j :, r e r1- 11 t j a. 1a,
Card 2/4 out of inte_ra-tion is discas2u,,`-Th-- arC ~Ut

The Of the (j,' --n A: ~,ifioial Sjatcl' ite 53-1a-3/18
#I -
and the Inventigation of t' 'ie i~erturbations of its Or'Dit.
here for the initial heiEht of I.:Lc a~_ogee h UO w 16:)o ::La and for in-
itial hei~;hts of the ;)erigee 16o k=_4hx 490c km. The integration
of the syoten of equations was,ap to th? height of loo kri, carried
out by the satellite.
The results of com1utaiions and their discussion: These ref;ults are
shown toSether in a table and are illustrated by a nomogram.T'iis ta-
ble contains the unounts of V (ill m3/kg vec2) as function of the in-
itial values of h. and hZ as well as the velocitico in the pcrigee
a'. the beginning of *the -tiotion of the natellite.During the motion
of the satellite the heights of the apo6ee and perigee decreaue mo-
notonously, and h. decreases more rapidly than h,,j. 'k'his difference
can be very rcxar!:able for loni;-stretched orbito.The excantricity of
the orbit docreases z;ore and zioro and tends towards zero. The life
of the satellite at an increatie of the initial height of the peri6eu
increases -,ore fuickly than ir the csoe of an increase of the ini-
tial heiSht of the apogee. At unchan.,ed heights of the perigee the
life of the satellite can be prolon-ed considerably by increasing
the initial height of the a,,.o,;eo. Long-3tretched orbits are, in any
case, of advanta0e. The life of the satellite is nearly ir,verselj
proportioila-1 to the der.3ity Zf the air within the domain cf the pri-
mary 'perigee. The times of re-olution coiaputed here for acme numeri-
veral,oz (rion ;:iany years.
Card Cal examples anount to se

The of th Life of un Arti."icial Satellite 53--1a-3/18
and the invectig-i icn of t.ie Sec~lar PerturbationB of its Orbit.
?he last cha-'-tir t%c cf thc- ~r-
it -,.f the ::,~t -.1
11 t t I t al
-ol -3
Az SCIC I,;,T M; c- n
TI
SUB*L ITTED
AUILAM Librari of Cozifrmi
Card J/4

IQ
'CTA73'! '31.10n3l ZLZ,2)Mlbtltn r,;.Stf-2 Vf ArVMCIA
Vln C
re7=,ta -,mezted at tbo 33tb Intl. Amt-=---tuUcs Can,7rvj;s, T==,
23-29 SO;

OXHOTSIMSKIY, D. Ye., and WYCM- , V. A,
"Yassive stabilization o:r a s-ntel,'Lite in gravitational field,"
Report presented at the Conference on Applied Stability-of-Motian Theory and
Analytical Ybeahnics, Kazan Aviation Institute, 6-8 December 196)2

S/208)9,2- 002/001/008/016
D/299/1)303
AUTHOM Okhotsimskiy, DaYe., and Vlasova, Z.P.-W080017)
T IT LE: On the behavior of shook waves at a large distance
fron the explosion
PERIODICAL: Zhurnal vyc islitellnoy matematiki i matemrLticheskoy
fiziki, v. 2y no. 1. 19623, 107 - 124
TEM A numerical calculation is carried out of spherical shook-
wave propagation. The pregent investigation is a continuation of
3).Ye. OkhotsimBkiyy I.L. Kondrasheva) Z.?. Vlasova and R.X. Kazako-
va (Ref. 1j Raschet totchechnogo vzryva s uchetom protivodavleniya.
Tr. "laten. in-ta AS SSSRp 1957t 50). As initial datat a distribu-
tion- of gaadynamic parameters was taken, corresponding to a pressu-
re gradient at the shock front equal to 1.1079. The computation
grid covered only the region of disturbed flow immediately behind
the shock front; the other part of the gas behind the shock was
,considered as undisturbed* In order to nake allowance for the va-
luea of the hydrodynamic variables at the late stages of shock de-
Velo ty correction terns were added* A 48-palnt scheme was used;
card'PU/611