SCIENTIFIC ABSTRACT NAZAROVA, N. M. - NAZAROVA, T. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136310011-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

33585
5/20li/61/001/005/003/008
E075/E484
AUTHORS Freydlin. L.Kh . Nazarova N.N1
TITLE Alkylation of cycloparaffinic ring in tetralin with
olefins
PERIODICAL Neftekhimiya v 1, no 5, 1961. 619--6-,3
TEXT It was observed recently that aikylation of .yclohexane can
be a,:complished under conditions (high temperatures and pressures)
at which benzene is not alkylated. It was expected therefore that
the saturated ring in tetraline will be selectively alkylated under
similar conditions. The experiments were carried out in a flow
apparatus described previously (Ref.5 Dokl. -NN SSSR, v-37, no.5,
1961, 1125), the reactor (120 ml) being filled with crushed quartz.
Tetraline used had a boiling point 78'C/12 mm Hg. djO 0.9677 and
1`120 1.5440, The ethylene contained 7% ethane, the propylene
D
contained 12% propane. The reaction with tetralin was studied at
400 and 450'C and 50 to 200 atm pressure. The reaction with
propylene was conducted under optimum conditions for the
alkylation with ethylene, i.e 4500C, initial pressure of 200 atm
and mole ratio of tetralin to propylene of 2.3. The degree of
Card I/@

-113585
5/2o4/6i/OOl/OO5/OO3/oo8
Alkylation of cycloparaffinic E075/E484
conversion of propylene in one cycle was 51% and that for
tetrallne 29%_ The yield of alkylate was 150% of propylene mixed
with tetralin Products obtained by the alkylation with ethylene
are given in Table 1. The main product is I-ethyltetralin
The products of the reaction with propylene are mainly mixed
propyltetralins, It was not possible to obtain any information
about the structure and position of the side chains in the
constituents of the mixture but it is expected that mainly
I n propyltetralin is formed, Acknowledgments are expressed to
G.K.Gayvoronska and I,N.Lifanova for assistance. There are
3 tables and 15 references 3 Soviet-bloc and 12 non-Soviet-bloc.
The four most recent references to English language publications
read as follows. Ref.7~ If Pines, C.N,Pillat. J. Amer. Chem.
Soc, v.81. 1959, 3629 Ref.8 R. CloAson. J. Napolitano,
J. Ecke A. Kolka. J. Organ, Chem., v.22, 1957, 646.
Ref.9, C.M,Staveley. T.C.Smith. J. Inst. Petrol V.42 no.386,
1956, 55, Ref.10. G.F.Hinsher P.If.Wise. J. Amer. Chem. Soc.,
11.76~ 1954, 1747
Card 2/6

Alkylation of cycloparaffini
33585
5/204/6i/ool/005/003/oo8
E075/E484
ASSOCIATION Institut organl~.he3koy khtmif. AN SSSR
im N~ D.. Zelinskogo (Institute of Organi- Chemimtry
AS USSR Iment N D. Zelinskiy)
SUBMITTED August 21 ig6i
TaLle I
'onditions
Experiments
4
Temperature, 'C 1150 450 If 50 1,00
Pressure, atm 200 200 50 200
Molar ratio tetraltn/ethylene 0 75 1.6 2.6 2.2
Space velocity of feed, ml/min 3 7 7 9
Yield of products, g 2 34 5 4 3 if
Distilled tetralin, g 103 313 325
Degr~e of conversion of ethylene, S wt 95 94 6o 71
Depee of conversion of tetralin % wt 1114 36 18
Card 3/40 '

QJL4
AUTHORSt Na7qrOV4' ii. Y'.
TITLEs Th e r un,i'. aj
PERIODICALt Dok I ady Ax,il-,
TEXTt Tho alith,)rs -r-,
1) ethylene, ?) F: if-1-7-j ,,i t
used by tho~m hag DA!"
Ca3 (PO 4)2 a r. irr
action ve-3991. V~,, ~i y T
resultant arrmu ir
lica gel. The a,,', Y"
f- P-,
hexanes by dehyfir
correspondin ar I, Ma r 1- wt
acids. Ad 11. Elny',-
of 200 and 450 atmp t It IT, H,i
M
hexane from
Card 1/1()

19
Thq rmal all
cyclohexane I I
cyclohexane r pi*.
sponded to a thy] cy(;! !--x,ir ne i
fraction was c hrr ma t,_ L I r, -1 f r :r r I t
(80%# boil ing V,-,' r,,. i lie', r
diethyl benzent, , - PI, 1, r, f q
sulted therefrcm ~y x 1 t
fractions I and II
zation produoto cf I t:~ -1. T K j
consisted of

. - , 61
high-boil ing rva"duf4. T
fractions 185-220~ i--_ Ai ~ir ; -' - r 7
polyethyl cyclohexan~:~. F, x T, ?-T ~rf,v,,
bona. By Incr,-agin,~
reducing the vo 1 liz-
J
while that of the hivh.P77- i I
-propane f rac tion w' th E, I
Card 2110

Thermal taIkil rill i, %
resul t P. The f r, 11 - w Ir,iz - wi.,i
fraction of UP crnckin,~ I r, i
150-157'C, and tl o r-- i1 i,~ . A
(5%), dehfdrogenat t , lr~i- r
Product (48%) with a 1, 1 : I v. "d
r - -
corresponds to n-pr--Ty. r, er t,,- r
at 209-211OC/739 ram-Hg r- Y".;- W
propertie--4 re t,'Ic,- - ,3f ..T,,-l 17y to 7
?0
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these e%perlmc-rt- ~-i. T- f 1
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f
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kiaxazi4i Tab!-~ 3 1 .r! rm, tn i
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(lard 4/1:)

NAZAROVA, N.M.; FREYDLIN, L.Kh.; SHAFRAN, R.N.; LOGINOV, G.A.
& --------------
Alkylation of cyclohexene by ethylene at elevated tezperstures
and preaffures. lieftekhiaiia 3 no.1:66-70 Ja-F 163. (MIRA 16:2)
1. Institut arganicheskoy khimii AN SSSR imeni Zelinskogo.
(Cyclohexone) (Ethylene) (Alkylation)

FRNYMIT, L.Kh. ; NAZAIRDU)~ N.N.. 0 LITVI!:, Ye.F.; ~;AYVOM:.SKAYA, (,.M.
leactior, of cyclohexane with 3--meLhylbutene-l ard 2-meth-yl-
butadime-1,3. Neftekhtniia i. no.2:246--251 :tr-Ap'64
I
,MJR.4 171P)
1. -iioy xftm!l AN SSSTR Imer,l Zel'..~skcgo.
friotitut (rganicho.

VLODAVE'r6. M.L.; GOLIBERT, K.A.; CHERVIIISKAYA, Ye.Ya.;.LiAURGVA, N.N.
De"rmination of the cintent of carbonyl compounds and &Uyl
alcohol formed in the contract reduction of acrolein by ethyl and
isopropyl &Iaohols. Trudy Kom.an&l.khim. 13:209-216 163.
04IRA 16-5)
1. Nauchno-issledovatAllskiy institut sintaticheskikh spirtov i
organicheskikh produktov.
(Carbonyl compounds) (Al-lyl alcohol) (Acrolein)

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RkZAROVA, U.S.
A now Interme4late host of the proboscis worm Yonillfornle, nonlli-
foredo (Bromser, 1811). Trudy Gel'm. lab. 9:203-205 '59.
(KM 13-3)
(Krasno-Parekopok Metrict-Acanthocaphala)
(Parasites-Scarabaoidae)

RYZHIKOV, EX.; ILAUROVA. U.S.
PV.socephaluB sexalatuB and Spirocerca lapt as r"er-Tsir Taraeit-s.
Trudy Gollm. lab. 9-24,9-252 '59. (MIRA 111o1)
(Nomatoda)

NAZAROVAP N.S.
Biological cycle of Spirocerca lupi (Padolphi, 1809), (NematoDda,
Spirurata). Uch.zap.GGPI no.27:121-132 160. (KRA 15:3)
(Mematoda)

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NAZAICIVA, C~nil'Bontan
Dissertaticni 11 Tro -*wy.-aq fiyalurord-law In. Ini*li malor
y of th,~ .'enale t,!tl
Z on-- . ";and :ed 3ci, 'Nr~awn -)taW :,,,nt, A=kriabad, I)5L.,.
Ktii:,I:ra, Moscow, No 14, Jul ~4.
3(,: 11u. 35bo 25 Jan 1955

RAZAROVA,JL&A LOKSHIRA. N.D.; FOGMIZO. L.T.; TIMUNSX&TA. TO*Ae;
T.S.; KCDIrXVBXATA, P.A.; XRARUKOVA. K.S., IAVOCHKIN.
K.P., otyetatyennyy redaktor; LILIYX, A., tekbmicheskly redaktor
[Moscowl a concise co=ercial and cultural directory. As of July 15,
19561 Moskva; kratimia adresno-sprevochnate Icnigs. ?o sostotanitu
as 15 iiults 1956. [Moskva] 1956. 495 p. (KLRA 10-1)
1. Noskovskaya gorodakaya spravochno-informatsionnays kontora
"Mosgorsprafta." Moscow.
(Noscow-Directories)

KULMV, S.M.; KULITIT, A.B.;,NAZAROVA. R.G.
Calculating the diameter of bit nozzles for turbodrilling [in
Aserbaijani vith summary In Russian]. Azerb.neft-khoz. 39
00.9:16-17 S160. (KM 13 '. 10)
(Turbodrille)

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TITL&s Metbod for mmufacttwlM MA type eloctrical resistors. Class 210
go, 174697
SOURCM ByuUetenf isobretudy i tovarnykh xnakov, noe 189 1965# 47
TOPIC TAGS* elsotrIm . revistor, obromdum, nickel
ABSTWTt This Author Certificate pressita a mothod for umfacturing thin Mot
electrical resistors by uMN djMLjUgnFbf Wksi-BILAto, an Insulatlift bass.
To lqwm the qj4g Ja the metal MA to the insula bass and to decrease
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Al"THOR: Nazar~vL, R.
I PLE: A Study of the a G 1 C7,;
Di sc harge in Ox~ f en :1 1 U I 'v
usloviyakh tlejushch.~j r!-zr K I
P .1 !,:)ICAL: Z~iijrnn I Fi zI - ~i-!:ixn,/ K:- I,"; ~ I
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ADS NiACT: Same data ire- t',ven i,:.i -3h -::.itr
aluminium, Iron, cop,),?r, r, i ~i~
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to obt;tln juantit,iti i t'
of Jual'. r.,
di schfirl u In :,x,, (,I,. i~ I
according to th, a~,i(-nt u .-tz c r,) t

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Di3charl,e in r"rl
b--- lr:inn tfi; t, f--nt fr,,r tc
me tal r I v --, r, t I Z ;. t " : 1 5 , L I ~ 111 ~ 11 0 rC
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membr~,.ne on tht! :,wt.tl exc~-,ed.,i tenf-)l ttiA -i.-
oxydation in ~iir. An increase of th,, c v i ~i,'
in the I love rlisoh,,trip -vith all mt!t,,l,,; s,.rvinf i .- A en
c an (I e v e 10 p f C r t Y, (I f o I I o,,v i ni, r e w--,) n 3A' -,: 1, r. ~~
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Tho-re ar~-- 0 fi.ur,~q, in 1,
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A Study of' the Oxidation of fletals 3'jbj(:ct(-- ; tO a G10w
Discharge in Oxygen
ASSOCIATION: Institute of Physical Cl-mintry, Eo-qc0w, AS '1-):;R
(Akademija nauk SSSR. Ins t i tu t f I z! c iie ,)k oy ~ ~, i :.-i ~, i . 1.1 , 3 'r. V;i '
SUBMITH,l): October 1, 1956
AVAILA3LE: Library of Con,ress
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AUTHORI Ng sa rojA.. R~-
TITLG: gl*ctronographic study of the ox1dation processes of thin
films of Internstallic compounds of the ni kel-aluminuu system
SOUR i AN.S.SSR. Xxvestiya. geriya kh1mlchesksys,, no. 7, 19640 1164-,
~1167-
,TOPIC TAGE n Ickel aluminum systeng nickel aluminum Intermetallic
compolundo thin fit* coupound, thin *film# thin film oxidation, oxidrsta:
.film stru ture' oxidized Met composition
ABSTRACTs Vocuuu-deposited films of ML-Al alloyst 350-400y thick
band containing 429 57, 670 85, or 00% UL (with a composition corre-
.spon41ng to NIA13, Ki2A13- ViAl, and a mixture of NiAl3and ff12Al3X
:h3ve been oxidized at temperatures up to 920C, and their structure
and the atcucturAlchanoe with increasing oxidation tenperature
studied by examination of electron diffraction patterns& In the
-dLffrdetion pattern of a 42Z Ni alloy y lines be
.;A1201 djLn f to appear
4t 540C.tin addition to,the c ha ra to is tic 'T 'c t i 0U.
113

'AM
At 70-0C, d ~o~
-only A1203 as are observed; lines of the
.6pluel HIOOA1203 begin to appear at 860C,and at 920C, the diffraction
~.pattsrn consists primarily of AIM ILnes-and some Ni0;eAlJ03_l'G*G*
,In the diffraction pattern of a 7 Hi alloy, Y;A'203 9 us to '4PPAer
,at 540C. alcket oxide (MLO) and NI0*Al 0 at 70 C, and at 860C only
2
ithe NLO-Al 01 tints are present, In a A120~ begins to
.appear lat.140C, NL10 to formed at 700C, 6an?%d Nait &8610107a;d 920 both NiO
--,and NL04120 are present. In the diffraction pattern of an 85% Ni
,alloy, in adlition to the characteristic lines of'tho HiAl-alloy,
i;lines of At begin to appear at 540C, MLAI and NLO lines are observed
!at 700CO and HIO and NiO&A1203 lines at 860 and 920C. In the diffrat-i
_t-L-on-p&tteLrn___qf a 90Z Mi alloy, N iAl and At lines appear at 540C$
~mio and HIM lines _10*A1203 lines at 860C. The
~67M-33XAI (50_~at-,Z) alloy was found to be -aii-t-Mabia In vacuus,
,orig, art. hoot:20 figures and I table,
!ASSOCZATIONs Institut fisicheskoy khIaLL Akadonil asuk HOR (tasti-
etuta of Physical Chomistry,.Academy of-Sciences 008A
'Card - - - - --

BUAII. R. L. I 4#ZAROVA. _S.A.; SYPCHENKO, D-A YUMNITSVI YU.N.; YAKShIJOVA.
A.M.; R'01~111SKIY, S.I.
Outdoor day nape during trie cold season rf nignt
sleep disorders. Vop.kur., fizioter. i no-3:
1?-21 MY-Jo '511. (MIRA 11:1)
1. Lz P~ratigorskogo klinif-hetikogo otdoloniya (7av. - Drof. Yo.Ts.
Stavakaya) Ball neologicheskopo inntit.uta nn KnvVezakikh Minorsil'-
nykh Vodakh (dir. - dotRent I-S.Savoshchenko) t klini-heskogo
sonntoriya flyatigor8koiro Vurorts (jrInvnyy vrfich O.N.Smolensk-nya)
( INSOMN LA ) ( SL"P)

GULTATEVA, L.I.; NAZooVA, s.s., KuZMII;A, R.A.; GI&BOVSKIY. D.N.
On the composition and causes of the formation of polymers and
acid condensates in the gar pipeline and apparatus of the oil-shale
combine In Kshtla-Jaive. Trudy VMIPS no.7:174-197 '59.
(MIRA 12:9)
(X*htl&-JrLvs--Ot1 shales) (Polymers)

GULYAYSTA, L.I.: NAYAJkOTA, B.S.
Group chemical cowposition and flotation prop~rtiss of neutral
oxygen compounds of shale oil from sealooking. ?rudy TIGIT
no.8:142-153 '5q. (MIRA 13M
(011 shalew-Analysis) (oxygen coupounds)

LAPIN, T.M.; RAZWVA. S.3.
Ways of increasing, the production of surface active ar,"nts
from shale oil. Trudy MIT no.8:176-IM '59.
(KIM 13: 4)
(surface active agents) (Oil shales)

TSTSKOVSXIY, V.X., kiind.tokhn.nalik: 1WY1A)VA, Ta.M.. insh.; HAZAROVA. S.S.
Latoot development In the preparation of prinnry alcohc1s 3rd
their derivatives by the direct oxidation of short-chain
n-paraffins. lkiel.-zhir.prom. 25 no.12:16-20 '59.
(MIRA 13:4)
1. Yeasoyuzny7 nauchno-iseledovatel'shy institut naftyanoy khi7lii.
(Alcohols) (Paraffins) (Oxidation)

NAZAROVA, B.S.
Action of sulfuric acid on trimethylpentenes. Xhim.1 tekh.
topl.i masel 5 ao.5:41-45 My 160. (KIRA 13:7)
1. Teeso7uzrVy nauchno-iseledovatellakly institut neftyanoy
kbimil.
(Peutene) (Sulfuric e6cid)

NAZAROVA, S.S.
Production of secondary but7l alcohol from gases obtained in
the procesEing of petroleum by sulfuric acid nethod. Khim.1
tekh.topl.i masel 5 no.9:10-16 S 160. (MIRA 13:9)
1. Vaesoyuzny-y nauchno-isaledovatellskir Instittit po pererabotke
nefti i polucheniyu lek~isstvennogo topliva.
(311tyl alcohol) (Petroleum--Ref I mi ng)

5.3300 77 t,
S07
AUTHOR: Nazarova, S. S.
TITLE: Oiutalnln,~ Fvum Petruleim Proceosing
Gasej By Mearij -jl' Acll~i Method, Ant Itj
Dehydratlar, Into I.~()lj~ityleiie
PERIODICAL: Znurnal Iml I , 2 )G(), V~-)l jjr 2, pp
448-14~4 (U33R)
ABSTRACT: S,.AlfurIc a(Aci %-jjf,.J In ll~ie a),)3c)rptl,)ri l3obutylene
1'rwn petvulf- ur, ,i rn,ot L-, periodically
tu vc~ ~-)c- ~he req-tired ac-ld -,;ic -ritratlon.
To :iv,)id thli yr-oci~d,,ire, a i; meth:)'i
lia3 been ib-irlupe,f t).~j ttw a.ithoz-3 wtillct, all.-)ws Cor
tale Jlrpct re-~jse ~~r tht- 3ptnt acid. I:Lveotlgatl r.
~'f (1) 3h,,)w~ -1 that the anoi!,t of sD-
S~~
wi3 2.4 to
butylene wilcn C-)Mtl[Led Wlt~l R
,~
2
tline.3 t,~iari thr--,re-tlcally pof3sible. ~~an be
Ca rd 1, "G J-j,"~-3 ttiererore, ' ,,it t~ie (1) a -- -- Dm -

r T-1
ool a
I L
Cark,l 211f'

Obtalning Trimethy1cai-binol F,, 1,.!
ProcessInZ Gasej Bj MeaI13 ~X :3 V
Me thod, A rid I t a DQ t iy d ra t 1,~) r.I
c f 1 .3 (.'113 f 11011 -0 C113 -C,113
77h[~~i
SOV/ttj-J3 -2-~JI'112
14
the extra2tion C
frum a~;Ps wa~; madf, )Yi -a 11,1~it-fled 1,-itane-b,ltylone
fractiori j1' pvupyl-cie (1-1-3.0% based
on welght), propanf-- (0.2-1.8%), divinyl (1-,,%),
lsc~butylenp ri-butyleneo (37.~-
242.0%) butanes(l:.0-'l,.l%) anJ f,ydrocarbrni above
C, (-':) - -) - (--) - 5%) .Trie e'~-pl- were at
Card 3/6 4~-50- C, u,.Jer J-1,6 ~ityn. Tn"I"t: r,ttll -)

Obtalnln,t, Trtmethylcarblw)l From P(~t vol-lin 7 (W
ProcessIng Gase:; By M-ins r)f* lSjJt`irl,- Vlti 1) v r j 3 j / 'i
Method, And It.; D-`,v,lratl j., t
Ca rd
,& 1.~ .. i 1 1, '! ,-I , ! -I
w I..

d,

't t,al;,
v t

all~l ~l w 1"n In
I )l'Imn w! ~ii

r, am : it, b,'I t'Dm f, t'i' un ri
T,i,, I mpf,ral irr, :itt I r)p wa,,', 8;( -') C .Spv-ri t
a,-- A w i:! ,,,I I I In -I ; carts I rri I an I w It
va 'I'; vi # -I ' ~ 1-; t,.~ I orw we rr, -in-vo, I -it t, fit-
o )I t p . T, h I t t r I m- tl~).,/ I -ar I; I,, -)I y I -I I
w A.,; a v- I w I h 3') ~ ~ t ~ - - n 1, ra 1, 1 , t~ nv- i rc
ac At, )k)% a Id 1-0 1 ~i~ t~l"
(.0 % l-,

obta I I I III . 1.1m. I . ~ I, .., "; , , L
TI .I :- . I : - I , ,
.
1
.
-
I , 1"
1 M. I
"'.;
! " ~ (
1
1 .
, ,
M2tij-A, Ari~l lt~,

~jl

Wt.

L .1,

i

I-- E.
W. F t
Fl. 11,

obt I I F lmol
P
M-th(A, J~rl i It,:- D-
SUBMITTED:
C;Ird )/,

MAZAROVA. S.S.
Density of the solutions sec. butyl alcohol - water and water -
see. butyl alcohol. Zhur. prikl. khim. 33 no.12:2780-2781 D 160.
(KIRA 14:1)
1. Teesoytmnyy nauchno-iseledovatellskiy institut neftekhimicheakikh
protsessov,
(Butyl alcohol)

NAZAROVA, S. S.
Cand Chem Sci - (diss) "Several reaction,.9 of the h " P--"4
copolymerization of unsaturated components of resec in !-etrcleum
refining." Leningrad, 1961. 19 pp; 1 nave of dinrrnmE7; (Lenin-
grad Order of Lenin State Univ imeni A. A. Zhdarov); IFIIU copiplz*
- ' I
price not given; list of ai)t.~or's -,~.,orks on p 10, (10 ent.ries..;
(KL, 7-61 sup, 22P)

NAZLROVAP S.S. -
Letters to the editor. Zhur.prik-l.khim. 34 no.ID2588 11 161.
(MIR- 15:1)
(Hydrogen peroxide) (CILlorine)

PIGUIZVSXIY, V.V.; NAZAROVA, 3.J.
Density, visowity, and aluctrie coixtuotivitY of producto
of interattlon botwoon n. lvtylenes and m1furic acid. Zhur.
prikI.Wit.m. J5 Mly 162. (MMA 15 15)
1. 1,oningradnkiy iustitit klrx-nzh6nervv.
(Ru'One)
(3u)'Curic acid)

L 18850-63
ACCESSION NR-. AP3006037 S/0064/63/000/006/0015/0017
AUTHORS: Tsy*akovskiy, V. K.; Schegoleva, Ts. N.; Fazarova, S. S.
TITLE: Continuous catalytic oxidation of liquid paraff'.ns at an
elevated temperature.
SOURCE: Khimichaskaya prony*shlennost', no. 6. 1963, 15-17
TOPIC TAGS: paraffin, liquid paraffin, continuous oxidation,
carbonyl compounds, 14n, K
ABSTRACT: Tsy*skovskly, V. K., previously showed the possibility Of
increasing the reaction rate during the continuous oxidation of
liquid paraffins by means of a continuous addition of cataylst. The
present article is a detailed study of the specifics of the catalytic
reaction during the continuous oxidation of liquid paraffins. Also,
the study was made on the possibility of lowering the concentration
of carbonyl compounds in the oxide as a mans of increasing their
rate of oxidation into fatty acids by reans of a continuous intro-
duction of catalysts in the form of Mh and K salts. It was found
Card 112

L 18850-63
ACCESSION ?TR: AP3006037
that the continuous introduction of catalytic additions into the
oxidizing zone results In a considerable increase in rate of oxide
formation, Improvement of qualit-1, and increase of distilled acid
yields. It was also shown that, at a low level of oxidation of liquLd
paraffins and an increased temperature, the obtained fatty acids are
of high qunlity which are obtained in maximum yields and at a maximum
rate. Orig. art. has: 3 tables.
,I SSOCIA TION: None
SM31-TITTED- 00
S'M CODE: CH, PH
DATE ACQ: 1lSep63
110 REF SOV: 007
ENCL- 00
OTWER- 000
Card 2/2,

ROZENFFLID, B.A.; TFZHOVA-GfT!lF'JA, NAZAROVA, T.A.
Metric invariants of plqnps In LaP. Wj?:
no.208:278-287 '61. fM,RA ll".-O

MAZAROVA, T.A.
Reflexes of the carotid sinus followin6 stimulation of splenic
interoceptors with haterologous blood Lwith summary in English).
Biul.akep.biol. i med. 44 no.7:41-44 J1 '57. (MIRA 10:12)
1. 1z kafedry patofiziologii (zav. - prof. A-N.Gordlyenko) Rostov-
skogo meditsinskogo institute (dir. - prof . Te.M.Gubarev). Fred-
stavlens deystvitelInym chlenom ANN SSSR orof. V.N.Chernigovskim.
(CAROTID SINUS, physiology,
reflexes after stimulation of splenic Interoceptors with
heterologous blood (Rua))
(SPLUN, ohysiology,
off. of stimulation of lnterOCCDtors with hatorologous
blood on carotid sinus reflexes (Rue))
(BIA)GD TRANSFUSION, experimental,
off. of splonic interoceptors resoonses to heterologous
blood on carotid sinus reflexes (Rua))

NAZAROVA, T.A.
Alectrophysiological characteristics of the action of neterologous
blood on splanic interoceptors [with all-mmary in JInIgishl. diul.
elcop.biol.med. 44 no.8:29-35 Ag 157. (MIRA 10:11)
1. Iz kafedry patofitiologii (zav. - prof . A N.Gordiyonko) liost ovskogo
meditainskogo institute. Predstavlans deystvitel'nym chlenom AKY
SSSR prof. V.M.Chernigovskin.
(SPIABN. physiology
off. of hoterogenous blood applies to Interoceptore on
brain electrophysiol. in dogs (Rue))
(B LOW.
off. of hoterogenous blood applied to splanic intero-
captors on brain alectrophyaiol. in dogs (Rua))
(BLOOD,
W. of haterogenous blood applied to splanic Intero-
captors on brain electrophysiol. in dogs Pus))

A ', A , . i . ,I " 1, , , I
~s
,,,,[ . - - - - . I . I . . !" j 1 , . P
. I '.. . . . 1 1 ... p 1 71 1 9

( A-1 -
I
,. I
~'i I,
. .
- I I . . ".
- '(' ' . , , ~i .

NAZAR07A, T.A., dotsent
Bioelectrical activity of oolwi nuboortical formations during atimulatirn
by a peptone from the interooeptors of the intestines. Trudy Somipal.
mod. inst. 203-66 159. (YdRA 15-4)
1. Kafedra patofiziologli Semipalatinskogo gosudarstvonnogo meditnin-
skogo instituta (zav.kafedroy T.A.Nazarova).
(PEPTONES) (ELECTROVICEPILUMUPHY)

HAZAROVA, T.Y., vrach-k-nametolog
Is it possible tn got rid of r"d blrthrarkg? Zdorov'm 5 a,-3:31
Hr '5 9. (MIRA 120)
(B IRMHAWS)

WAROVA, T.F.
I-lethod for the removal of coal and gunpowder d,-Ei~ 'rc-- tLe ski-n.
laiirurciia 35 no. '):EO-84 My 159. 13 - I - .
1. 1z Instituta V-1-LCI.Obnoy koi3mctiki (dir. 1.V. Kurkovskiy)
Kinisterstva zaravookhraneniya RSFISR.
(SKIIN-WOUIIS AIM INJURIE6) (DUST)

Fedorovna; KARAPETTAN, MargarltA Karpovnaj
Taisiya
IWZ-bTUL# Ucf1ja Vois-yeynai 11JASHKILIZISONp A.L. , red,;
HATVEYEVA, M.M., tekhn. red,
(Physical therapy in cosmetics; practical manual for
physicians] Fisioterapila. v koematikej praktichaskoe po-
oobie dlia vrachel. Moskva, Medgiz, 1963. 114 p.
(MIRA 1616)
(PHYSICAL THERAPY) (COSMETICS)

IP_ &I rrl 11 '1
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P- IN rz" v- YwT a,- mVT ev taloofte
%." a- " c3s. lp"-" "T~ T"o-oss-ew
...d. (.1-stimi rum -or) $**jams
I= I& *A W"m -010
133 1:: .1 -3 -~Uft._.awv ~.UOWT"~ Twover
q% .. .."mg-jol Tuft"s 's'w
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IXA.~RwrWftv .91memon)
~su a- U-n-of 0."1 -0 nrim
T"VWW-4 a* &-%-"

7 7
-4t.h
-I'" 'I'A P- ~V. "1'1 -1 k;-T.v
V M =;,2 -Us ErcmulA 2)cg
V A ii. s 'I -V, t
~-LV 'i-TA -4 -11A r--J P "'"-1 'A'V --qT
IIITIV J.
.1, 'o -U-.t '-y-,
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'A'A P- '--4 'V-1 "et
--t!) J. ".J-.-~3 .1.1

KOWRIYETSO B.T.; NAZAROVA~ T.F.
A
Role of iuqurities in the conductivity of vitreous %3eTf~.
Fiz. tvar. tola 2 no.lil7i.-176 Jan 16C). (MIFLA 14:9)
1. Leningradakly fiziko-tokhnicheakiy institut All SSSR.
(Arsenic selanide-Electric properties)
(Arsenic telluride-Electric properties)

81349
5/181/60/002/03/03/028
76 0 B006/BO17
AUTHORS: Kclomiyets,_B. T , Nazaroval T. F.
TITLE: II. Hall Effect in Vitreous Materials of the Syatem
Tl;,Se. As j rs-eae
~04 N\
."ERIODICAL: Fizika tverdogo tela, 1960, Vol. 2, No. 39 PP. 595-396
TEXT: In this paper, the authors present the first results obtained from
investigations of the Hall effect in amorphous semiconductors. Because of
their high electrical conductivity materials of the system
Tl2Se.As2(Se,T:)3Tvere chosen. It was between jo-3 to 10-9ohm-lcm-1,
depending on t e e content. The measurements were made by means of an
W14X-1 (IND-1) instrument resembling a Hall voltmeter; the Hall effect
was measured by the well-known method in variable electric and magnetic
fields. This instrument permitted measurements in the resistivity range
10-1 10-5ohm-lem-1. The Hall voltage was measured in the range
0.2 - 3,000 pv, the maximum magnetic field strength attained 1,800 oe.
The samples were parallelepipedona of 12 - 4 - 1.5 mm. Fig. I illustrates
Card 112

jwl~ 81349
II. Hall Effect in Vitreous Materials of the S/181/'60/0u2/C,3/03, ~28
System T12S6.AB2(Se,Te)3 B006/BG17
the final results of the inaasurements; it was found that with increasing
tellurium concentration the carrier concentration increases monotonically
(from 5-1011 to 6,1o17 cm-3) and, accordingly, conductivity as well. The
data refer to room temperature. Fig. 2 shore the dependence of mobility on
the composition. If the sign of the carrier is determined from the sit-n of
the thermo-emf, result differn from the determination of the carrier sign
from that of the Hall effect: in the former case, p-type, and n-typc in the
latter. It may be concluded from the results that the chan6e in conductivi-
ty with the composition of vitreous semiconductors of the system investi-
,~ated, which is brought about by the change in concentration and mobility
of the carrier, is very low. Similar conditions are expected for other
vitreous semiconductors. V. Ogorodnikov, graduate student of LOU (Lenin,~rad
itate University), assisted in the work. There are 2 figures and 4 3oviet
references.
,ASSOCIATION: Piziko-tekhnicheekiy inatitut AN SSSR Leningrad (Institute
of Physics and Technology of the AS USSR, Lenincrad)
SUBMITTED: August 1, 1959
Card 212

3/181/62/004/008/041/041
~Sl 08/b 102
AUTHORSs Andriyosh, A. M., Kolomiyets, B. T., and Nazarova, T. F.
TILIEs Effect of iodine and germanium admixtures on the 3pectral
distribution of the photoconductive effect in vitroous TlAsSr.
~!.-RIODICAI,s Fizika tvardogo tela, v. 4, no. 8, 1962, 2266 - 228a
L
_
T.!:,XT: The effect of iodine (up to 6.2 at-%) and Cermanium (up to 35 at-~;)
admixtures on the spectral distribution of the photoconductive effect and
on the conductivity of vitreous TlAsSe 2(T1 2SeAs2Se3) was studied. both
iodine and germanium shift the maximum of photosensitivity to shorter
WavelenEthe and increase conductivity. The activation energy increases,
too. Germanium also increased the softening temperature of TlAsSo 2 which
is attributed to the formation of covalent bonds between the chains and to
an incroaas in bonding strength of the chains along *hich the carriers mom.
This effect was not observed when iodine was introduced. There are 2
f igurQs'.
Card 1/2

UM/ebemistry - Vanadium Compounds Ian/Feb 51
"Investigationa in the Field of the Coulometric
Wthod of Analysis. Development of a Wev Type
Titration coulemeter -- the Vanadium Coulometer,*
V. G. Syrokoaskiy, T- I- Nazarova, Chair of Anal
Cb4a, Ural State U imeni A. M. Gor'kiy, Sverdlovsk
"Zhur Analit Xhim" Vol VI, No 1, PP 15-23
Stu&ied electrocbem oxidation and reduction of
TO" ion. Developed nev-type vanadim titration
eftlameter, based on oxidation of VO+* to V04*9,
Vtdch is simpler and more accurate than silver
"a- 17W8
WO/Chemistry - Vanadim Compounds Jan/Feb 51
(Contd)
eMlometer. Only one titration is needed, and
pmcess takes only 10-15 min. Ce+** salts gave
Mg results vitb. respect to use for cerium
eouloneter.
LEW

I
ITKINA, D.Ta., MIIJIVQVICH, M.A.; NAZAROVA, T.I.
Reaction rate of decomposition of ammonium nitrite solutions. Zhur.
priklekhim. 35 no.1:43-47 Ja 162. (MIRA 15:1)
(Ammonium nitrite) (Cheaical reaction,, Rate of)

PMOSUN't, k~i.. red'.; KOZIK, I*Ne; PSHX91CHNTT, A,79.; ROKAKOVO Nege, red.;
SUGAUT, V.A., red.; DZHCHIMBIO. T.A., red.; NAZARDTA, T.L.;
CHARNYMOTAv O.N.; WHAUK&L, O.N., red. Izd-4a.
[Atlas of typical synoptic procesaes over Central AAW Atlas
tipichnyth sinoptichaskikh protsessov nad Sradnel Aziel. Tashkent.
1954. 116 maps (to portfolto). (MIRA 11:7)
1. Ako&niya ruquk Uzbekskoy SSE~ Tashkent. Institut mtemstiki i
makhaalki.
(Sovist Central Lota,-Olimtology-Charts, diagrams, eto.)

L 32735-66 EWT(1)/FCC GW
MR:
ACC AT60 11800
AUTHOR: _Xazarova T. L.
ORG: None
SOURCE CODE- UR/2648/66/000/025/0031/0041
ITLE: Thunderstorms over the Tashkent region and their forecast
SOURCE- Tashkent. Sredneaziatskly nauchno-Issledovatellakty gidrometeorologicheskiy
institut. Trudy, no. 25(40), 1966. Voprosy regionallnoy sinopfiki Sredney AzH (Problems
of regional synoptics In Central Asia), 31-41
TOPIC TAGS: storm, weather forecasting, weather chart
ABSTRACT: The purpose of this Investigation is to give the synoptic-climatic character-
istics of thunderstorms over Tashkent, to elicit the most favorable conditions for convec-
tion leading to a thunderstorm, and to give a method for forecasting thunderstorms over
Tashkent. The Investigations utilized the material of the 1954-1963 observations of the
..4 sounding station of the Tashkent Hydrometeorologic.:-1 Observatol:y (zondiruyushaya
stantslya Tashkentskoy gidrometeorologicheskoy observatorii), the meteorological stations
of Tashkent Airport (meteorologicheskiye stantsii aeroporta Tashkent), and the Bozsu
Card 1/2

NAZAROVA, T.N., aspirant
Clarification of house sewage with suspended precipitate. Trudy
Ural.politekh.inst. no-85:12-27 160. (MIRA 14:8)
(Sewage--Purification)

r-fro-ar-IC-0 19 (a 41 a U a 4
A a -r- I I Ad A A KKII~-' -IL-A-&--L~ &- c A A 0 0 a A A

AUSTEVITF GRAIN SIZE IN TOOL STILLS. T. 1. Nazarove and V. Y.
Skotaikov. (11achest"UM's Stal 1937, Wvt~pp.763--64). (in
--
-Pe'
Le ~00
or
r
"s to methods available for the
Russian). After 11rieny r '00
dateminatica ot grain also, the authors point out Uis, advantages '941
00 of the oxidation awthod of graiz-olse determination which has been -00
es developed In the laboratory at the Skoda Works. S=e oxporisiental 00
*0 data ovtaimd chow that the fraln sic* determined by this ve
0* j method agrees fairly alottly with that determined by the K*4u&id- li
"'-0e
00 0 Ehn owthode The oxides formed In the grain boundaries appear to .100

0 0 .3 1
have no retarding offset an the grain growth. The oxidation awthod :1-00
0 0 U can be applied In certain Inv*atigatione connected with grain growtA 'I-00
404111 to which the cementation process Is Inapplicable.
Ask-

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:IAZA:107A, T. U.
USSR/,`et.al3 - Steel AllOYS
BorDn
Ma r
"Effert of Boron -in Ki-notics of Austanitic Transformat.ion in Steel," Ara(I N. T.
G,idtsovp T. N. Nazarova, Moscow Steel Inst Imeni 1. V. Stalin, 8 pp
111z Ak Nauk SSSR, Otdel Tekh Nauk" 140 3- it. 39t,-13
Conducted experiments for determininr effect of boron -in steel prupar-ties using madium-
carbon chromium-silicun-manganese steA. Fcund addition of 0.001-0.003% boron cauSO3
decreas-~ in .--rain growth of austenita, pra-tically does not (!hange position of
critical points on cooling, and sharply i-icreases hardenabi-lity.
158T70

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P.-I, f,la:A, !,. '. , "., " .

I . NAZAJIOVA. T. N.; STEPANW, YE. G. ; T3YFWI.'A, Y_r; D.
2. USM ( 600)
4. Cranks and Crankshafts
7. Experience with reinforcing tractor-engine crankshafts by rolling the fillets.
Avt. trakt. prom. no.9, 1952
9. Monthly List of Russian Accessions, Library of Congress, January 1953. Unc)assified.

'4A, T. ~.
Yetals - Fati,gue
Effect of surface hardening under high-frequency carr"nt on the characterlsti,~s of
fatigue strength In steel of av"raga carbon content. Avt.trakt.Drorm. No. 3, 1953.
X,onthly List of Russian Acc2saion , Library of Congress, J= 1953. Unclassified.

AUTHOR: Nazarov i -Ii t,f, - t' "'o., tin Iit I e., - es
TITIAB: Contact Fatlwue of (~,jvt-on I'lori-,ase lia-deried
Steel After Ligh FrPqut:!rcy Hardenine, (Kontlaktnaya
ustalost' sredneui~lerodtstov neti~,e,-,,?ritvLrinoY stali
zakalennoy pri nabrove T V C~i I
nRIODICAL! Meta llovedenlye i Ot)r;ibutk~t Met~tlllov. i,)5't 1jr 11,
pp 57-59 (USSR)
A.BSTRACT: The predominant character of fEjilur~iq of gears and
tractors is the chippine, ou,, ,f Lb,-, rubblrq~ t~urfaces of
gear teeth due t,) tbe fatik~ue of I.he Meta! caused by the
lar,ge contact stres~:eF F,,-,r soivine-, ~t.te prGblem on
whether it is adv,-sabl~~ t(, use non-carburlsed induction
hardened steel fo- jpec-atjn~. at tji~;Ij ~:ojjtact
stresses the &Lith,jr- c~onsl(I-red it adviS.ALle tu study
the contact fatigue of steel havloned accordiLi.- to
,5
va.rious6regimes Tht- contHcL fatigue saE studied
(5 x 10 cycles) by means of ~i NAMI roller test-stand
on lubricated rollei spec.';aen~~ of 8q ;in,-i zi::; d JL a ,
working as a mesh6d p-31r. ~I,~-h ~i :,a-,io ensures a
sliding, whiot avproact,,r-3 in v;ilur- ~.ne (-,f gear
Card 1/4 teeth under real coajit- 1 ""hi- wpr(-- terminated.14yr,

Contact Fatigue of 1,10(13 U111 CIT",
High Frequency Harder,in~;
t h ", ch i P p ri t-~, " U
of I mmz T'lip t ~.tz f I _t,- (,f tl." depth
of the hardenp,1
and of dif f -v in~Z. V t:- ~31, m--~*1-,_,,-,P_: re of' the
er io XtrO Made of' 3teel 45
roll T
(0,,U4% C) ti.ol f I ( 0 ;w, C III F1,, . I the
change is 6~-iplriei 1 1, rA rip ~i 1 ~,,Tl t r 0 5 f; Se C t i On
of h1kh fr~,quen-1- i-, i iri Fi~ , the
result.~ ivt- _avoi-k 0i i v, 1)1. _p%', trvated
wid fr-j,
f~n i, ard e n i r, t;
t o a d,- 1- ssa-r. tt~a- t,te
contact fat:_ - ,ta ~rr;,r 1 r,- 1 i ,i i n a ry
:4 ',1 a 1 S
heat treatme
2 1 00 0 ;- i~/ , 1 --,, - - t,
frejuc-,_,-y
anne a le a
of 1,8 tc ml:i r1l'i in I -ra ~>t,
Fig Thp ~,, El x i u, I 11L fl 1~ Li -j-~ri,th iri obtained
if' the tAf:pl~h =m --,,A hi.-,her
-1 t , 1~ -1 rflo
Card 2/4 tile collt ~j

Contact Fatigue of Medium Carbon Non-Case Hardened Steel After
High Frequency Hardening
to a depth of 5-5~5 Mm an~ meshint, with a case hardened
steel equals 23 200 kg/cm ; for the Steel 45 the contact
fatigue strength under the same conditions equals
22 000 kg/cm , Specimens of the Steel 45 had a slightly
lower contact fatigue stren6th, Reduction to 1.8-2 mm
of the depth of tne hardened layer of heat treated
Steel 45 does not bring about any change in the contact
fatigue strentth However, at specific pressures exceed-
ing 21 000 kg/cm2 an appreciable reduction of the breaking
strength is observed,which will be the more intensive the
smaller the depth of the hardened layer. The hardness of
the core does not Influence the contact fatigue strength
if the depth of the hardened layer is 3 mm and more, For
a depth of the hardened layer of 1 B-2 am the limit contact
fatigue strength of aor-aalised Steel 45 wai; found to be
17 500 kg/cm and or the same steel in the heat treated
state 21 000 kg/cm , After high frequency ha-rdening to
a depth of 3 am and more, non-case hardened steel has a
contact fatiEue strength which is near to that of the
Card 3/4

SOV/129-58-11-lV13
Contact Fatigue of Medium Carbon Non-Case dardened Steel After
High Frequency Hardening
contact fatigue streritth of case hardened alloy steel,
There are 3 fi6ures and 3 Soviet references
ASSOCIATION: NATI
~r J7
Card 4/4

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-J6 WP( )/EWT(M)/BDS AMCA~b JDjJG
L;JL65 q
ACCESSION NRt AR300142G, .51OZ7716110001005100081ma
SME RZh- ff&8MA*str0it*l'1W6 N!&t8rWY'-, ~Onstruktsii I raschot dower
m"hini 5.48.49
AMORe 1(tiatova, T. Ni
TMXt Now strucitural'steelv'idth Inalusioni' of' 1~~ialand bor"
CIT -isouml TV. Ch3s. 44'
Wo 12.4. trakt1V Int-t* v", 2,35,1 1961_1~47
TOPIC TAGS i struatural. st4*19 carbon AU41045* 45M, 45T9 4SKhT. 40Kh'# critical
tomperaturee aust"Ite gramda, boro
n allay.
titanium -alloy
ASSMOTs fto- romdto are pf"sented of reswarcS an laborat=7 ateltings of 45 and
45M"Iwam carbon at0*18 w1dak ar* &Uoyed with 0.002-0.0055% of boron and
0.05.0 L5% of titsidum. It Is noted that the, suoying of 45 and 43M stail vith
titanium increiies tho tam rature of th b g development of an austenite
naibllil the Istpa'a at room twperature and
grain. the h&rds at ~Cth at
low teweratures, "REAlbilitj of ~JT eel-is increased by 2,8 times and
the
45nT steel by 1.6 times for the all*yizg of 45 el with boran redmaes

L 17465-63
ACCEWOR IOU AR3001420
temootaturs of the Int o4austezilto arA ~nar"sss tho hardena-
b.Mtye Us alloying !af4OrK-4k'bdQ4f5tKEhL Ifteel, with T1 4A 3 amass an Increase
tho-IRRI&I growth of the matenits, gmin azid
of the critical tempiraturs; a
Increases the hardenability and Impact strength* Ths. critical temperature for
transition to a brittle state is lower then -600.
$41
DATE AC13 s 2UW6) INCLs 00 30 COSs ML

5/129/62/000/010/002/006
E073/C335
AUTHOR: Nazarova, T.N., Candidate of Technical Sciences
TITLE: Critical temperature bf brittle fracture of steel
quenched using induction heating
PER 101) 1 CAL; Metallovedeniye i termicheskaya obrabotka metnllov,
no. 10, 1962, 19 - 22
T; ."I Impact tests were made on notched specimens of rolled,
150-mm diameter, rods of open-hearth steel of the following
compositions: 0/
Type of
steel C Nin Si Cr Ni P S Cu BCa1c. Ti
45.
(45KhTR) o.48 o.8o o.3o 1.07 0.13 0.019 0.021 0.15 0.003 0.09
4 5,x
(45KhT) 0.42 0.76 0.32 l.oi u.2o 0.o16 0.022 0.23 - 0.1
One batch of specimens was heated in an electrically heated
muffle furnace. Another was heated by a high-frequency
Card 1/3

S/129/62/0ou/olo/oo2/ooo
Critical temperature .... FU73/E335
otic i I Lator u.4 iniz an 6-turn LIIdkICtOr Of 4 mm diameter copper tube
so that the entire specimen heated up simultaneously to h90 -
90o OC throughout its entire length. The specimen 0was held in the
inductor for 6 sec. ~4uenching in oil at 25 to 30 C was effected
2 sec after .4witching-off the current. The same quenching
conditions were applied to the specimens which were heated in the
muffle furnace to 850 0C. To prevent decarburization, the notch
was protected during heating by a copper wire, the diameter of
which was equal to the notch diameter. The specimens were sub-
sequently tempered at various temperatures (10 specimens for each
temperature) in steps of 20 0C up to 300 0C and in steps of 50 0 C
above 300 'C.
The holding time was 90 min at each tempering
temperature. rempering was in an oil bath up to 2_20 0C - above
220 0C in a saltpetre bath. Results: induction-heated specimens
showed a wider range of optimum tempering temperatures (180
')110 0C) with maximum impact strength (for the steel 45KhTR
ak = 3.5 kgm/cm2 at 20 OC, which is about 2006 above the
ret3pective value of specimens of the same steel quenched after
Card 2/3

S/129/62/000/010/002/006
(_r it I ca I t empernture . . . . P'073/P.335
heiting in the muffle furnace). The zone of temper-brittleness
is considerably narrower. A sharp drop in impact strength was
ob4erved at -6o 0C after induction hardening of the steel 45KhT
and at. -40 0C for the steel 115KhTli. The respective temperatures
fur tile specimens quenched after heating ih tile muffle furnace
were-20 0C for both steels. There are 3 figures and 2 tables.
ASS OC, I AT 10 N: NATI
Card 3/3

e., -:,J. n. nriuk ii/th AY A.- V. inzh. i, 1i I: ~1, 1-
Ye.Ya., iriz~..
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f - r Ba bri var.
f.-
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i, n i i ri, I Al-, A
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(Mp.A I'l
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Tf,
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o. ~ 5 ~. , j" r r rv y 71fl V r-,, o r- K ar~ 1; 1 r

5 3-1b-17/18
AfJT.UOR3 POLOSKOV,S.Y., -NAZAROVA,'2.".
TITLEt The Investigatio-a--ot-the 166lid Cdapcrc~nl, ~-f Interplanetary
Matter by Means of Rockets and Artifi,-Aal Earth Satell'.-,?5.
(Issledovaniye tverdoy sot; tavlys$u -icaey mezhplanetnof:o
veshchestva s ponoshch'yu raket 4 iskuss;ve-iny,-.h sputz.11cov
Zemli 11 saian)
PERIODICALt Uspek~,'Iiz. Nauk, 1957, Vol 63, Tir 1b, pp 253 - 265 (U.S.S.R.)
ABSTRACTs The atudy of the meteoric matter entering ir- Ih,- terrestr'all
atmosphere is also of Creat 6eophycinal impcrtanse.
est (with respect to the notion of rockets and artifi~!ial earth
satellites) is cauued by the following problemai 1) The detenuin-
ation of the flux of meteoric particles. 2) 2he ut~idy of their
energy spectrum. The spectrum of the massea and the dpectrum of
the velocities should here be determined separately. 'rl-.e solid
component of the interplanetary Liatter is irveat~6ated by d1ract
methods (with rockets) and by indirect methods. ihe astrono-..-,1cal
methods and the various methods for the atl;dy of Laetooric matter
falling onto the earth belonC to Lhe indirect methods. Hitherto
only indirect methods Kave beer. applicable, their rc,3ull.3 are
sparse and contradictory. Reliable reaultu are prolahly iblained
Card 1/4 only by means of rockets and ArLifIC--al ear*Lh satelllteF-

Me Inve6tigation of the Solid Comi.onunt of
Matter by Mleans of Rockets and Artifi.~ia-l Eart*,, Sate.lit--s.
i'he determination of the flux of metecri,--
ta on the solid components of interpla.---itary m-itter ., 'be )t-
tained in the followint: wayt a) by the objerv.itio!i i,i(. x-
terior corona of the 3un, b) by observation3 )f th,3
c) by the study of the meteoric sAstancea rr-~- t -.e
earth. Theso processes and the resilt-i 'j'a 1: 1 1 L re 3 . jje 1 1,
di v i dua 117. 1 - i a e s t i ma to d tha t; f rom 4 tt,)!- a o f .-ie" e,-
matter fall onto the earth in one day. Ac j '.ej
Made by seve ra I i n ve a t i gn to ra , 4000 t j I')GOOf;31 i,~ a t.
fall onto the earth.
Determination of the kinetic enerj,-y ~(,r quan'.it~-,' if
meteoric particles:
fhe relative velucitie3 of meteoric particles (outside the at7ij-
sphere) in relation to a satellite or to P- rf)o-',,:et ar~- j,rob:ihlj
within the range of 70 >/ v >/ 11 kn/sec. ,~he ener,,;Ies of
10 ( F-kin ' 10 11 erg transferred by tnem c,--: b-2
difficulty in the absence of any tr)r~; a a '. !~,D r a
here discuss various methods for the inveit,
Card 2/4 by means of rockets. Micrometeors were Uf

The Investigatio.,, i)f the Salid Compnout of lnter~'Ianelary
Matter by Means .f Rocket& and ArtPicitl Earth Satellites.
scratched traces on the polishod, sirfae of the rock-eta, by re-
cording the sound energy p;-oduced 5y collisions, as well as by
recording light impulses by means of photomultipliers. The traces
of the micrometeors coneiot of craters having a depth of some
microns and a diameter of some millimeters. At the edges of the
craters tempering colors are observed. Even these smallest parti-
clam may do serious damage to the surface of optical apparatus.
On the occasion of acoustic experiments carried out with a V2
rocket in 1949 (1) 66 collisions were measured from the.70th up
to the 214th second of its flight. Several other acoustic measure-
ments are discussed, after which the device developed by O.E.BERG
and L.U.KEREDITH(J. of Geoph. Res. Vol 61, Hr 4, 1956) is de-
scribed. According to an American measurinG test carried out with
an Aerobes rocket a collision occurs on the averagy every 57
seoonda on 1 cm2. Meteorites do not come from d certain radiant.
The factors by which these measurements are perturbed are then
discussed. The rockets or satellizes may also collide with cor-
Card 3/4 puscles ejected by the sun or belonging to the primar-i cosmic
Uard 4/4

1.
t"' : ' - I-ffit-' t (" '1' 1 1 e~ ; "' i : ( ' :' ' ' ' '" (' 1 - ' Ll , i. IL - C, - ~ : , e !. , " , q (-I' : rr, I , ,
rf, : Ao uem :11 , i '. I f, . , . . .
. AV "n. -1, . ',I! , , T,, A J~. . , - .

KOMISS.kWV. 0.D.: %,7AJVVA. T.N.; L.R.; POLOSKOV, S.14.:
FWSAKOV, -
Studying micrnmatenritfis W rnricets and sats~llitos. Isk.sput.
ZAm. nn.p:54-58 15A. (K1 RA 12: S )
(Aetonritos) (Rwito ristronot3y)

~U-ulu-,,UM, f. 1. , LJOZIR.
"Research of Micrometeors with the Help of Artificial Satellites of ghn th., Earth
and Space Prober."
report submitted at the LIth International Astronautical Ln
Stockholm, 15-20 August 1960.