SCIENTIFIC ABSTRACT ARTEMYEV, YU. - ARTEMYEVA, O.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102220016-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2002
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

r
AUMP,XT 0 Tu. 1.
lxporimmmtal Investigation of the single offset of OJ3fso6or lines
and dimmtral tolorancei on ibe ow"rkim cawtor cr tb* uUU4.
Treft- I isn-umb- no-9311-113 154. (mm 7s9)
(Tabrication and l4bricauts) (Jewinp (MMblasty))

BATULIK". Wail Devidovich knuadat tekMicheakikh
umuk. reteensent; Ichedclkh amok,
redaktor
CRoller b"rings to form mochinaryl a mmol for si-rivalturml
machinery operators] Podebipatki knaboutis Y o*~,I'sVoWosI&I*tvs*-
nykh moshinakhl v pokosholk' sakhanitatorft sistIAW khostaistva.,
Moskva, Gas assuchno-tolhu, Ind-va ashinostr*194. 11t*ry 1957.
222 p. (Roller bearings) (Agricultural machimi-Y) IKUIA 1019)

TV tyn
---w .. kand.tekhn.muir; SLUMANTS, II.A,, Insh.
Investigation of the rotational movesent of plakou r1no In
tractor diesel engines. Nekh.1 w.6:15-18
157. OIMA 10: 12)
1. Gosudarstyanzq7 sopsuff asuchno-1-maledovatol 'skl.- bekhaologlobsOdy
Institut remonta I skrplustatell trnktor" i
sambin.

ARM" T
u..U.. '=-td.tekhn.rauk
I%thods or eolvernining, the lif* of tractor pi,,rts -,vnC cc-tullinprm. Nat'l,
i ele!,.9ots.sellkhos. 17 no.1--tio-34 05n.
1A."Isseoptifff nits lutitut mokbavilitsil vall-
0-opo M.N., , '" Z~
( i 20!T,' .1 - -

ABBLEVICH, A.A. A.F.; GALIFERISo ko$.; MSIXOvt
A.V.j IVANOVt O.P.; NONUVO N.A.; LVITSW# I.S.j IJVIMITSp L.G.;
KUM, M.P.j NAZAROVj 1.1.1 NOVIMp H.P.1 ?"s MAt.; TWINt
A*Goj BAKHAM9 A*P* p lkmbo o retsenzwA; SAVELrM, Is.7s. v rod. Is$-
val M=lp Met tekboo redal XLIKDMg V*Dj t*Mmo red#
(Teaboological "pe*U of the repair of ormler vehicles) Teklmola-
giia remonta gussuiebmrU milabla. Moakft, Cos. imclu~wl*bm. lvd,-
vo mehinostroits U+.-* 1960* 4" P. (03RA 14s?)
(Crauler vabiclow-Maintenswo and repair)

ARTUMV, U.N., k&W.teklpnm*
Ivaluatilon of the wedr of tmot4Ws WithcUt diftsON4414
thm, VAjth. I aUk. sots. "Ilkbos6 19 uc*OsX~-36 161o
(KOPA 1012)
logicheeldy inatitut revionta i ekspluatatall 0004
purks. (Tractors)

ARTJW!LW4-3!mJ.p-kaW. takhn. exttkl ACVH&VMWVp 0.04;. il&'j
BARLBAWOV.. V.1o.t insho; 8WWTp G.A.* Lush*; aSOl'ATTTp $,I.$,
lusbo; ULAMA* L.M.0 imM.1 QLIP=lp A.Oj* Wd. toft. aLuki
GAL'r 11 1 j IOIOP took) *NCM# 103#$ kaw. tsvm. nm*;
DROTUM, I.L., kand. tahn. mmkj MADTOMOO 'V,P., U0.1
TERMAKOVj, I.N,j, inab.; ZBOISMCH, T.S., insbol. IMSIAW9109, G.O.,
inab.; KAZAROV, V,X,t lasbe; XOZtgVp A.M.# iss4; KO:Wuvj N.A.#
insbo; IRIMOs P*M#p kmWo tallme muk; IAY011"s M6Ael Insbo;
LIAM, IJ.# insh.1 UIUMUp A.R.p inab.; UVSMTS, L.O.9 ksind.
tekbn. nauk; LOWVp VXv Losb.; LUXANOV, M#A.p ing.1 LIUBCMKDO
AJK.j insh.; MMWVO k.K.0 kad. tekbn, zftk; WATUTWO V.A.#
insb.; ORMSM, Y.N.,j insh.j POLTACISM, Mag ka.do tekbn.Daut;
POPUV, V.P., kwA. tekbn. nm*l IIUSTOVAU)Tj I.Ip ilisb'j
PYTCWXOy P.I.g iwths; PlAWSIM, B 0 lash RAIO=# L.G.9
UW. tekbn. naukl R01,69n, To.14.9 1;;;:; w5v OVs A*I*t doktor
tekbn. nauk; SXMWOV, V,M.q Ing,; WROM saes Whol $LABDDCWMO
V.1.0 in3b., OTUNW: I.M.0 imb.; lvia;j" cla. kwA takbn..
n#Axkl SUM=j N.V. bub., mo"$ I'D.p L~w W;Wvo$ IA.g
kand* tekbn. naukl hGh, A.O., ifth.; WftY I L.pohro;
MOWSW9 P.A., inih.; TSMXUF9 V.S., insho.; TEU , SJO.J
inab.1 SHAWINj A.M.j inths; C31WAIM, V D iwh4l BMIXQ* V.A.9
red.; MMAMV, A.%., red.; WMCIO X.x:,Ubn. rod,
(Okmt.omed on next cW)

ARTHMIYEV, Yu.N.- (continued) Card 2.
(Manual on the repair of machinery and tractorml Spr-imochnik Po
remontu mashimo-traktornogo park&. Pod red. A.I.Sellv&MVS.
Moskva, Sel0khosisdat. Vols.1-2. 1962. CXMA 25s6)
(Agricultural radbinery-MaIntenance and repair)
(Tractors-Raintenance and repair)

ARTENIIYEV, YU.N., VOLGE16, 1,V.j GALIM(IN, A.3.; DYADYWIM), V.P.j
UIPIW~ I.B.; UVRI'.IH(,HEV, VA.; NEVEDOV, B.D.; TELIPOVO A.S.;
CIIICHEV, Yu.1., red.
[Control of technical conditions of tractor par%4i in repair-
Ingj a handbook. Traktors DT-54, DT-54A, T-'.Y$, *BeLnruO'j*
T-40) T-28, DT-14, DT-14A, UT-14B, DT-20, self-jwopil2ed
chassis VV3Sh-16 and T-16) Kontroll takhnichiskop iwat-'Wla
traktornykh detalel pri retrowel opravochnika, Trakto)ry
DT-54, DT-54A, T-75, 080arus',* T-40, T-28p DT-14,
DT-14B, DT-20p aarokh*drWe shaaml UV3Sh-16 i T-16. MosIkup
Kolos, 1965. 471 p. 011M 1310

ARTIIKIIV h got UM, UWM* Ulk) GhLtmns Asocpkaado
--1:419~mk MIM, AA, lash.1 DIAMOMOP I-P-t Imb-)
SUITAXOTs 1.1.0 MOO p PON*# 0*40ndal
MICHITS119 R.I.# sp*to, rod.1 AWWMZtSWp 84YO.p
spot&O. rodol GINUMj lot*# rod,
(Opecificatiou &vA instrustions on obso" for war of the
parts &M mpUsp of T-40 tractors in ropoit] TAWAsekle
usloviia i Wmsanila pe defektovko dot&Ui i o*qr.AsMnU pri
rmonto U-aktorov IT-40, Meakftp Piwo Ukba. InhMtoil
000ITIO 1964. 149 0. 5)
1. Form# Gemadarst"way vxosop=Wy
our Wdy imutut nwnu i skso"W411
aktormp puU* 2. 14~oritorlya isolodgm#a
imm traktom 0* t"=w vv*oonn*O mobao-
isawovatoll
okspluAtuton moshimo-u= a (for Atwa*yew,
0allporls, 30 srus= avod (for
Topt'SISTS =. 4, Up&UkLy'tnk%oA#y umod (for
ArkbaMel I Wdy) 0

A. A.
Artemlyeva, A. A. - "EcIalipsla, rised 9-.1 Tiate lal from the clinic", TrLdj
Medinstituta (1-hev. -o3. ia!d. In-t), Vol. VI, ;). 211-130
SO: U-4110, 17 hlY 53, (Letopis 'Zhurnal Inykh Stiitoy, No. V0 1k?).

-A., mluchVy sotradnik-
AlM'lWA,_A*
Vptraphic procassom to the botme is t0srot4qsis of the hip
joint. ?&t.$ klia.1 tersVotabe nosel2oo-mg
2, Is Odesskoeo tiborkubw
(Hip Join-ASUMMIS) (mm.4 WIN)

I ---V - -
lf;_At A ts~t, - .
-!N
Changes on the map of Africa. Geog. v shkole 25 no.2:68-74
Mr-AP 162. (MIRA 15Q)
(Africa-Maps)

ARTW,IYEVA, Aleksandra UprIjump kand. pogr. wwk; &IMOVA, N.P.,
- .-- TO.Y., takha. red.
(Tbe modern map
lzd-vo "Znanie.,*
prostranenitu
i geografiia,
Atric&)
of
1961. 32
politiclaskikb
no.22)
:Afrlc&-Nw)
Soyrowenmis kerU
V. (Vasolusnom
I nau*WWkb suWi.
A.Mkie Hookwas
obabah"Wo po ras-
Star.12# Geologiia
OURA
15:2)

AHMIYZYA. A.I., aspirant
Oxyhosomtry in pnousoula, In children under osMu therqW, h4latrila,
37 to.9:42-48 5 '59. (mm 1312)
1. In imfodry fakalltstskoy pedlatril (wareftrahchly - moluxbouv#7
dayatel I mvki, doystvItallra chlon ANN SONk Vrof. M.9o Welow) T*da-
gmdskWo poftatx4chsillcoV Sustituto (di"Mor - pr,)fo Sol# 8hatm),
(PRITANU thor.)
(WM thor, )

SCIROSON, S.N., kand.med.nauk, KO7UF1WAq A.P., AMWOM.~ A X.
wow-* 4 4-
Concentration of nickel in blood axe ~Urlml or, w0 *11no in the
carbonyl nickel Indvatry MS. 1, son 2~ fl*o69-"2 3 1.5e (xim nm)
Oor'kcvmk:ro
Ufthno-ine'le4oTatellskop
1e Is klinicheskogo otdola
Inatituta c1glymy truda i professiona2laft boLicn~7 Kinisteretwe,
adra"okhrinentys RSM6
(11CM,
in blood & urine of oarNonyl jilckol workers (RU))

I
ARTEM~6A, A. V., Cand Med Sci -- (dies) "Proble" cf the treatment
of pa ients with open fracture of the ribs." IxhcVsk$ 19W. 16 pp,;
(Ministry of Public Health RSFSRI Kazan Medical 1600; 22"" copies;
price not given; (KLI 18-601 155)

Results of restoring the cruc~4t* 11gaments of Ue knot JoInt
vith a lavean tend. Ortop., trava. I proism. 26 mo.8sl6-20
Ag 16K. (MINA 1819)
1. lz otdoloniya sportimoy tT*yq (Sav.- dottw Mod. neak
Z.S. Mironova) TSentrallnogo institute tr&vmtolrgli I ortopedli
(dlr.- chlon-korTespandent MN SSSR praf. %.V. Vclkov*,,.
Adres avtoras Moskva A-299, ul, Pr1rorava, CIO, TSentT&l'nyy
Inal.-Il,ull traymatologil I ortopodil,
11. 1:

aAVRIUX, A.I.-Aaktar tekhnichookift smk, prof **sow; XUAVICK, IxX&,
inshener, redsUer; -AAIMMIM A.Tim.,re4akt4w; KATNWA,
U.N., W&Richos
(Aftmed to6hualegy in Instrustat x*lv4 Propespiftols.
tekbnologilapriUr tro&*11a. Pod "44A. AwwrIlerva. Moskva,
Go$. ild-v* washblost"It* 110-274. ]Ft.* [?**A*-
loa if
elementow ttlswtw~ 1955, 214 00 (mmki 9ts)
L TNO~Wuv*Ye wWblwY4 atoWbost"
mobluestrolteloW I pWl'bwostrolt&j4W,
(Instrument* taftatz7)

GOROKIMISFAYA, V.I.; OSTRYAKOVA, T.A.; ARTRPYEVA, G,A,
RsactiOD of copper with 4-oxo-6-mothyl-1,2,1,-t~14L$~20(2,34)
pyrimidine. Zhur. neorg. khim. 9 no.10:2339*216; ) 164.
(1411M 17j12)

7/36
AUTHORS Artemlyeva._%. onedlktov, Ye.A. and Getwantsev G.G.
TJTL1-, On the relation between sporadic solar radlo emission
and the state of the ionosphere
PERIODICAL: Izvestiya vyssbikh uchobnykh zavedonly. ffadtofixikmo
vA. no.5, 1961. 831-848
TEXT: Geophysical ph*nomenn which are assoctittowl with
chromospheric flares, bursts of radio emission and other wantt*sla-
tions of solar activity way be classified Into three groups The
first group contains events which occur practioally simultaneously
with the onset of a flare or a radio buret. Iffects belonging to
this group are due to the abort wavelength iong.stivg radiation
originating on the sun. An example of this typ* of phenomenon
is the sudden increase In the radiowave obsorptiost in the ionosphere
due to ionization by solar UV radiation associatoof with solar
flares. The second group includes phenomena vh,ch are delaved
rolative to the onset of flares and radio buv*ta ind are associated
with solar corpuscular streams. Here the dolay is of the or-der of
a day as compared with less than 30 Wn In the cami" of* the Irtrot
Card t/4

33200
On the relation between sporsdJc S/141/61/004A05/002/021
1032/%514
group,, The second group includes magnetic disturbincoc. auroras
and a number of other *ffects. It has also been established that
in addition to the fast (sporadic) variations, the
field and the ionospheric parameters are subject to slow changes
associated with the general level of solar activity both In the
optical and in the radio rang**,, this type of olosr variation
which can be correlated with the level of solar acLiviiy, bolajig'f
to the third group of phenomena,, The preseat auta*rs review lite
relition between sporadic radio emission of thft sun and the state 4,i'
the ionosphere on the basis of published data asid measurements
which were carried out at NTRYI durinS 19S8 and 1~5f) The review
is given under the following headingsl
1) Relation between solar flares, radio bursts and goophystcak
phenomena due to the shott wavelength tomizimS sokor rodistion
2) Relation between motor flares, radio burst# and the g*ophysicol
phenomena due to corpuscular streams.
3) Long-period variations in the state of the Lor.osphere and solar
radio emission.
It is shown that fade-out and other ionospheric )heviomend in the
first group are better correlated with bursts of sporadic radio
Card 2.,,4

M200
tin the i e I a t ion between sporadi c ,4/14 1/61/004 lowilnogl(J2 i
zou/B514
emission on high frequencies than with bursts of low frequencies
I'his haR been conftrmed by the work of M R.Kundu fife( 7 J Geonhvs
iies b5 3903 1960) and also the radio-astronem,scot tail ionosphorit
observations carried out at WIRFI in 19W There ks tonxiderabit,
evidence suggesting that bursts of solar radio emiss on on low
1'requenctes are associated with ionospheric and magn-itic disturbances
due to the entry of solar corpuscular streams into tie Earth s
atmosphere, The use of solar radio emission as an index of solar
activity ror the purposes of long-range forecasting of the critical
1'requencies of ionospheric layers dote not appear tt have any
xpecial advantages an compared with the optical ind-ax of solar
activity A possible advantage to that the solar ridio data are
frequently easier to obtaid than the optical date. Acknowledgments
are expressed to V V,Zbeleanyakov who read the manuscr.-tpt of this
paper and made a number of suggestions There are 12 figures and
25 references; 5 Soviet and 20 non-Soviet The Ong:ish-languagit,
references read as follows: Ref.6;0 Machentiorg, ki,.-folland,Z Astrophys
47, 69, 1959. Ref.7,- quoted in text; Ref 18: T,Obafashi Y Jiakti,*
J Radio lies Lab 7; 27 196o. lief 21;, C M Olkunist G 1i bazz'wrd
JAtm Terr Phy,# 18 2117, 1101-
i ard 3/4

33200
On thp relation between sporadic
EOWM4
ASSOCIATION Nauchno-insledovatel'skly radiofizichemkilt in"tits.1
pri Gor,kovskom universitot*
(Scieutific RomeArch Radiophypics Instktute o( the
Got kly University)
:4 IiM I I'l F.11 March 819b1
Card 4/4

42157
S/203/62/002,'001/005/020
1023/1223
AUTHORS: Artemlyeva,0.1h.j PolIkov1ch,V.V.0 Beriediktov,YeA.,
KorobkoV,YuS&
TITLE: Measurements of cosmic radlosmIssion &")sorption
during the solar eclipse on February 15j 1961
PERIODICAL: Geomagnetizm I Aeronomiya, v*V, no*1, 106-4, 68-60
TEXT: During the solar eclipse of Pebruary 15, 19U observations
of the cosmic radioemission were made In Yovp0orlja at the
following frequencies: 25, 18.6 and 13 Moo, &nd ir Oorlkiy at
25 and 13 Mesa nuch measurements were omttted during previous
eclio3ese The purpose of the present meaSurOftnta is to discover
any ~eerease In the absorption of cosmic radioamissi*n caused by
the solAr eclipse and to differentiate betweem the absorption of
.different layers, The apparatus used In b th )Itcea was Ideriblaoile
The receiving antenpas 0onalsted of six wan Ocktors, The
maximum pointed to tbeAzenLth, and the width
at half power was 300. 7he measurements wero corAueted for 10-12
Card 1/3

S/203J62/002/001/005/019
102311223
Measurements of cosmic rrdioemlsalonss.
days, before and after the eclipse, Data from thm fl,va days,, on
which foF2 was not much different from its value on the eclipse
day, -sera used for further analysis* The variations of the
absorption during the eclipse are presented graphtta'Ays In
Gorikly at Mos no affect was observed within aXporf.mantal errors*
The maximum decrease of the absorption Is shifted several minutsm
with respect to the maximum of the eclipse& The lag to near to
the value of relaxation time In the D-layers in Yovpstorlys, a
second, smaller maximm, lagging by approximatel 30 =in, was
observed. This maximum is probably connected wt?h chimps In the
absorption in the F-layer, where the relaxation time 1$ much
longer than in the D-layere The ratio of the maximen ahanges of
the absorption in Gorikiy and in Svpatorlys. is appro.cI:m4to1y equiK1
to the ratio of the Soler zenith angles cosines+ ni main reason
for the changes In the atsorption are changes In the elootron
density in the D-la7er. There are 2 figures and I tablo,
Card 2/3

V.V.: EMIKTGV, IS.A.) MARAMAN, L.M.;
ITIKINk, H.A., XCIRGBKGV, YU41;.
Iteaults of obaer-T&tjqw of izitansity fjuetuatj(~w or discreto
sources at low frequianclee. Geomg. i aer. 3 no.,5:R-35-W S-
0 163. (IMU 16:11)
1. RadIoI*Izjch(!~,,kiy iiwLitut pri GorIkovskom gcnuda-sttre cim
Uaiveraitete.

iiz
AM Us AM6611
AUfHORI
ij
ONGt 16
jadW
Gwlkovs o gosuduvtvomtg
kcS
TITIX: It'"U1144 bow"'o djk~lfl
ITVV~It
I-A
IM
and in"stiptious of %bo "o k
=uJaZI to tile
A-Ai
59 - thiv b &Vt rj~
acemd1bg to whothir' i chi
Cmd 1/2
4,j

-- - ------ ----
r7
L 6343-"
ACC MRs APIS025618
this sepa*tIon sw~ Wbift I il
Ot,
sion bursts In the *most i4t ti
example, of the 131 bursts- obiserrvad ft 5
(57%) coincided in time with Ioh*cmo*ph*iPOIc IAreb~. a 61
were only 57 bursts kt*h - no tomphidio f. *AtU
: I i i
sis reveals that the probabi t ~M*004 b4$
of '0
5 times less than for the bur6t's of thslIft
rst
0
group of bursts were 4nalyzo~ to, 46termloo 1008 It-it: II:
,01
tensity of the bursts an4 their spoatral ini~ox, Asid A 0~ sto
areas, brightness, width of 16 H. line and ~ Posit$ the
no clear relationship was discovered kw"**U~ths P004A Wit f 'the burs 412d!
flares brightness or area, th~rs is atdifinita da M im Ili Oil; 1#1ty
of appearance of solar redio *mission bUrsts at A 3~ 01 W4 0 144th M
line. Further analysis revealed promps Win OtsM s~ I
bution of radio emission burattaIn the Asemeter=11"'I
authors express appreciation to 6-LJNVA* OW "~~ 114041
L
Orig. art. has: 3 figures. 77 1~1
SO COM ASI :$M, 0 ijer Id 0C or~!
aw
Cari 2/2

ATtAlYzVA, 1. G.
Forensic Medicine
Dif3ertation'. wOn the L"al Medic4a InvastiSation of the Thossala 4moutic Duct#*
94od Mod Sci,. Centml last for the Admeed Tralaing ot MWatalanss 4 ljr 54. Mr-
herayaya Moskya, Moscow, 25 Mar 54). VS
SO: .30M 213, 2D Sep 1954

A -, t lak 1 .1 . ~, 4
Legal medical meaniqg of the angioneurotic form o! atenocardia. Sud,
mod. ek-spert. 4 noj~sJ2-14 JI-3 061. (KIPA 1410)
1. Kafedra sudebnoy owditsby (sav, - prof. :KJ.T4Uyw) TSentralluago
instituta uscvsrshsnbtvovwdy& vrachey.
(ANCIII F2MORIS) (WATL.CAWES "

SOV/124-57-8- 9707
Translation from- referativnyy zhurnal. Mckhanika, 1957. Nr 8, p 153 (MSA)~
AUTHOR: 0Artem'vi-va, 1. N. ---
TITLE- Peculiarities of the Working of Duralumin Weldnients (0sobtumosti
raboty svarnykh soyedineniy iz duralytirninm~
PERIODICAL- V 9b.: 15-ya nauchn. konferentsiya Leningi. nzh.-stroit. in-ta..
Leningrad, 1957, pp 397-3q9
ABSTRACT: Bibliographic ent.ry
Card 1/1

$0V/1 37-SS- 11--2356Z
Translation from: Referativnyy zhurnal. Metallurgiya. 1115.1, Nr 11, p 244 (USSR)
AUTHOR: __Artem`yeva. I. N. ...
TITLE: Aluminum Alloys i- A New Material for Buildi.nj Structures (Alyuniini-
yevyye splavy-novyy material dlya stroitelInykh ltonstruktsiy)
PERIODICAL- V sb.: Dokl. 16- Nauchn. konterentaii prof.-prepodavat. sastava
Leningr. inzh. stroit. in-ta. Leningrad, 1959, pp93-98
ABSTRACT: Brief data on structural Al alloys manufactured by our industries,
with indications of the areas in which they can be applied rationally.
S. M.
Card 1/1

SA/137-594-8162
Translation fromt Referstivnyy zhurW, Metallurglya, 19", 4. 9 119 (USW
AVMOR% Artes'Le-val I'm.
TIMEi the Development of W*ldod Al%nln%o Struete~lp
O~
PERIODICAL: V sb.: Ekon. motalla. pri pr1imenti staltu. k4jahtt"kte1r, Mosomi
Goastroyis"t, 1958, pp 104 - 112
ABSTRACT: In welding duralwdan the weld SMAJA n stowaft MpiklIng
that of the seam metal. If "and AK %"o flnv- %UcWS ax% us0d,
of the jolnt In BlW*-pM W*ldFW 0t *A*k sheets StWU
b
28 - 30 kalue. Singl#-pass welding coodittoo a in bo selected 3A suh,
a manner that the base metal does not loose, Its cspsbUlty to sgUW. In
two, three or a" Pass*$ the strarqrth of %b9 bass dotal in sharply re-
duoed, since It-B ann"IiAg takes plaos. To **our* thottime metal
heating the welding owed ant be raised by weril t4jw* with
simultaneous Inoreate of the ftroal poor, wMab In assossary ftr
the smelting of the welding rod and Its fu4ca w1th ths edges of the
'k pimot
metal being welded. Me offeetivo offlalso0y of heating the Wor,
Card 1/2 in welding with W-oleatroft Ia Ar is low (0.4 - C.5). Moreover, in

On the Development of Welded Aluminum Stmature
welding thiok shs*ts by We method, Intasiftsd mavents oan 4ot be used, Therefore
It in uonssaxT to develop and brIng into use new t$pes of torlass for sami-sutomm;tla
welding with fusing *19otrodo ad to increase Us procWoUca of p.L* Ar. To bring Al-
alloys Into wide use in building aWin"Ping It is necessary to rectuas their comrt~ to
develop now forms of welding high-sUvngth alloys and exteW %be asaartmt of WUcqs
made of suah alloys.
AA
Card 2/2

Al.
AUTHORs Artemlyeve, ij,-, Engineer 135-58-5-6/17
TITLXs On Calculating the Temperature FiAld 10 Ar#OW-ArO 081diAg Of
"D 16" Duraluain Plate$ (K r&sch~tu-t**pisr*t*rno 0 polys p1ri
argono-dugovoy avarke plantin is duro4um~,** D 161
PERIODICAW 3varoohnoyo Proisvodotvcl 1958, Ir 5, pp 16-19 ('USSR)
LBSTRAM The Leningrad Cvastruction-Enginseriso Institute stu&idd
welding detoftations of duralumin "D 160 to find Ways of
calculating t4aptrature fields whM ftrwod in cases of butt
welding of plate& and the welding of a busd upon the edge of
a strip. The welding host propagation theory developed by
Nembor-Corrospondent of the USSR A004-84.v -f $clone**, N.S.
Rykalin fitef'o 19203-7. the exporlonos s.o methods used at the
Institut *Isktroevark-i Ail Ma (1414JIL6 Wtituto of AS USSR),
and studios by A.G. X*riaov *or* utiXisel. The basio.calcu-
lation formulij used in thq study by $he Lo4jullrad Construction
Engineering Institute as well as 4atis on the diunsiois of
specimens and welding tochooloa used, Ir exporissuts, are
given. The author suggests a caloulotica sohoss for the
Card 112 electric are source and the argon atTessi, which has not as

On CalOulSting the Temperature Field in Argon-Arc WsIdtAS of "D 160
Duralumin Flats*
yet been experimentally verified.
There are 6 diagramet 2 tables, and 0 $oviot refereAc**.
ASSOCILTIONs Leningradskil inshenerno-stroitelInyy ixat;.tut (Leningrad Con-
struction-Enginaaring Institute)
AVAILABLEt Library of Congtoss
Card 2/2

ARTEMIYEVA, I. N., Cand. Tech Sci -- (dies) "Research Into deformatiobA
and stresses in the welding of duralumin D16T in oonnection with the
application of aluminum alloys in welded building strictures-" Lenin-
grad, 1960. 14 pp; (Ministry of Higher and Secondary 5pecialist FAuca-
tion RSFSRj Leningrad Order of Labor Red Banner Construction Engineer-
ing Inst, Chair of "Metallurgical Structu"s"); 250 copies; price not
given; (KL, 17-60, 150)

-AICJK'-MWA,w--I,N* , Insh.
ftresses and deformtIons In welding D169 duraluala. Snro proisr.
no.2tlS-19 7 160. (MMLL 13 W
1. raningradskly tashdoorno-stroltellayy Institnt,,
(DamIusla-Volding) (2tvalms and #tresses)

SHARKOV, VOL; LEMMA, V.P.A ARMI~Mj, I.S.
Packing density of some nstunl holocoUdomoip Zhurolpriki'mm~1
34 noo.Us25OS-2515 N 161.
1, GosuW*tvwmyy Muohmeo-issledovatellskly WtLtut S
i sultfitno-spirtevoy promphlemuti,
(11400ollulood)

SHARKOVP V.1.1 KUYBINA, N.1.1 SOLOVITSIA, Yu.P.; GMEIP%, Ei-9.1 ARTM~M, I.S.
Chemical compositiod of the corncob. Gidroliz., i .'.*s*khUPr=v
15 noa2*7-8 162, MrRA 10s))
1, GosudarstvenW nsuohno-iseledou tell skLy instl tut gLdrolizw~,
i sulffitno-spirtovoy promyshlennostio

S6- ~000/0c,5/006/009
D 4 , 1:
AqTHORSt Ginevich, 0.1.; Artemlyovat
.....................
TITLEt Nov apparatus for vaporizing Md mixing IIq% id organic cott-
pounds
PERIODICALs -thimichookoye rAbbinostrojeniye, no. 5j 196:., 45-46
TZ4Ts The artiole contains a detailed dascription of the ionign and op*ra-i
tion of a no* apparetus (Fig. 2) for mixing and Vaporining liquid orginjo.,j
com,~ounds for which Qjs Ginevicb, F,A. Arteslyovs. dnd,'Yao A, Toapnik-ib
obtained the author0a aertifioate no. 129669 detsd Ootiuber 21 1959r. ~Tho
apparatus is based on the layer-evaporation principle', imd ho
.bubblb-type evaporatorwhich boo larger dimensiona amd to '.Boo ef ,.
-ea.
There are 2 figuz
Car

Raw apparatus for D04;1 /Dl .3
Ir"
rigt
34
Diagrag"oft the appa tua* for 'v paxising mrou; mi:L-ng I iquid croimia
'Oompdunds.

Now apparatus for ...
3/184/61,10C0/005/006/009
Legends 1 -- body of the appar*tual 2 -- body of the mixerl sleeve
containing the thermo-couploi 4 steam cushioning appliancet 5 -- miting
ohamberl 6 -- protruded tubel protruded tubel 8 electric valvol
9 pneumatic slide valve; 10 charging boxest 11 c)mtainers;
12 tube; 13 -- tubel 14 -- tube; 15 -- protru4ed tubet 16 -- protruded
tube; 17 -- disphregmi IS -- flow m*tsrj 19 -- pnsuAstic vnIve; 20 --
differntial pressure meter; 21 -- protruded tubel 22 -- vuauum gagel
23 -- control panel; 24 --w'protrudsd tubel 25 -- seoon4ar) 4*yicel 26
secondary device; 27 -- protruded tubal 28 -- protruded tubol 29 -- dif-
ferential pressure neterl 30 -- pips; 31 -- pneumatic slids,valv*j
32 ;.- diaphragm. 33 exhaust gases from the adsorptiom coluftne; 34 -- to
the vacuum pumpl 35 alooholl 36 -- air.
Card 3/3

ARTSK I TWA. L. 1.
- --, - , .. '. -,'0 . - :!,..---14p..,.0, - ~,., -
One nothod of caloulAtIng statically determi lie khrq9-dIvswLo4
link.systoss. Tr4dy IVI no.178tI79-18? 155.1 (*IVA 101u)
(Macbsnies. Analytic) I
I
.0
V.

SOV/124 58 4.-4660
Translation f rom- Referativnyy zhurnal, Mekhanika, 195%, Nr4, p 14Z (USSR)
AUTHOR: - Artemyeva, LA
T IT LE: On the Eccentric Compression of Flexible S,,raight Cylindrical
Nonlinear Elastic Bars (0 vnetsentrenmom izhatii gibkikh
pryamykh tsilindricheskikh nelineynykh uprt Sikh sterzhnev)
PERIODICAL: Inzhenernyy sb. , 1956, Vol 23. pp 77--88
ABSTRACT: Instead of the experimental variation of the Mress a as a
function of the strain 1, for the region *F tit elastic strai9 S.
the author uses the polynomial equation tt - A F_ f- C Z
By this approach the author succeeds in obtaining a general
solution of the problem of the eccentric Wadi3ig for elastic bars
fixed at one end. The integration is p*r(ormed, graphically.', It
appears that the force restraining the compressed elastic bar
in the state of ultimate equilibrium is always"ess than the
critical as calculated by the "Engesser" form dii.
1. Beams-MatherAtIcal annlysie 2 Betutw.-St.-eases
N. F. Lebe4ev
Card 1/1

11 -. -.1,-e
. - 11 i~, L,.!iln Xtt;-'rinlcl~:ijk.
no hnrv-,~t flax V.~t, ~AcHnerv. Yoz~,,Va. Irl"ladat, l9r,4. 1,4 .
Oavakazy n,)Vat,lr,)V)
1. Fla. -
2. Farvestin- aacMner,,.

S/068-x/60/00010,)8/002/003
2071/2433
AUTHORS: DaV: V.I., Doctor of Technical Sciiesliptoio,
Ra kina, L,3.1 Martsinkavich, Log. siol 1.00MIXelva.-
TITM Isomerization sad S*paratfon of.jjy
PERIODICAL3 Koks i khimiya, 1960, No.8, pp-44-46
TMM s The possibility of production of paraxylole (uhich can b4
oxidized to terophthalic acid) from technical xylolo was
investigated. The problem can be divided Into two prArtst
1) separation of the individual isomers and 2) imomtrization of
motha- and ortho-xylol*s into paraxylolo. Labormtory experiments
on freezing 0out the p-isomer were tested at temporAtitros of -23,
-40 and -50 C and retention times of 15, 30, 45 asW (-0 mxnutes.
It was found that in the absence of o--xylolet the goelaratiLon of
p-xylole takes place satisfattorily at -504Cl namely the yield of
p-isomer reaches 18% with its residual concentration ka w-xylole
(filtrate) of 1.6 to 6.8%. Thus the method tan bit ustd for th~*
preliminary separation of xyloles, providing the filtrats is
submitted to a further separation for which the adsorption method.
was tried. The possibility of this method of separation was
tested using activated carbon of various marks (BAU, KAD and
Card 1/3

s/o68-.v/6ojooo/o08/002/003
K071/1433
Isomerization and Separation of Xylol*a
KAD ground). The beat rosalts wore obtained with EAU carbon.
It was found that a mixture rich in p-isomor passes through the
adsorbent practically unchanged but if the contoat of p-isomer
does not exceed 15% the separation does take place. On passing a
Wxture through the adsorption column,at first rs-iscKner is obtained
followed by a mixture rich in p-isomer and then agai.i a-isomor
(Table 2). Thus, after preliminary separation of p.-icylole by
freezing, the filtrate can be passed through an adsorption column
and a practically pure m-xylole and a frAction rich a p-tylole tan
be obtained. The former can be passed for the imom(ritation
treatment whilet the latter tan be again submitted tc the freezing
treatment. The isomerization of pure o- and a-xyloles was tested
using an apparatus previously described Otef,2) and an
aluminosilicate bead ca!alyst. The optimum conditions were found
to bet temperature 450 C and feed rate 0.6 hr-1. The Influence
of addition of gaseous hydrocarbons (propane - butane fra~;tion) to
the reaction mixture was also tested. The experimental results
are given in Table 3. It was found that the additlox *:r gaseous
hydrocarbons has a positive effect on the yield of p--tylolo on
Card 2/3

3/0681;/60/000/0(,8/002/003
107 $435
Isomerization and Separation of Xyloles
isomerization of m-xylole, and a negative Wool on the
isomerization of o-xylole. Thus, the IsomerizatAon treatment of
the above two isomers should be carried out separate.1y. on the
basis of experimental results, a scheme for the woparation and.
treatment of xyloles is proposed (a** figure). Thit consists *to
preliminary rectification of technical xylole and lacmerization
products from isomerization plants of o- and m-xytoles for the
separation of lighter and heavier hydroc*rbousi fine ractificetion,
for the purpose of separation of o-syloles from the mixture of p-
and m-xyloles. The former is then passed for the is:imerization
treatment and the latter mixture to passed for the frt*ong
treatment etc., as described in the experimental part of the work*
There are 3 tables, 1 figure and 2 Soviet referencits.
ASSOCIATIONt Dnopropetrovskiy khimiko-tekhnol*gicb*skiV institut
(Dnepropetrovsk Institute of Chenicol Technology)
Card 3/3

DAL't V.1,,; NABITACH9 VAI RUKIMAl L.S.1 AAwVVXlY#J,.~fjfq
Pyrol4sWof ShobeliWca gas condermatss Aml at-I of p7rol"io
products by meam of gas-Itguid chrousitography. zvevTfi,ucbmbz&v#
neft' i gaz 5 noe8s79-83 1&2. (KM 17, 31
1. Dnepropetrovskiy kbiml o-tekhmologleheakiy :.ngtitut im. Pja
Dzerzhinakogoe

TWvW----wT I ~,,v
A oata4st for br&wdIm4h
I* 0~1
peftedwaiftlao Came Qj~ No* ilit,
kIdlotm, 111$t"604,
."m TAW.. ftul~rsi, 1~,Mmalf fqjtm~Vaqwo tva 4040*',~ *wu 4~61
CTO Thlom
me= &0 iow ad Vol
-MUNIVM vxwo " I iot MA t4 14MC L% 001,114"W6
so omsialm fit' irm, 4IMPMMIN an~f doll$tMemim mopmd 11~11u% 'ttll air
1-,.,a
'tli
lip
No 1w mu am
."I., U Tit

U.S.S.R. / Human and Animal Physiology. Metsbolism. T
Abs Jour: Ref Zhur-Biol., No*-5, 1958,,21866.
Author : brtamma.I'm K.--
Inst :-Not given.
Title The Eff,-.it of Organic Materials Producted by Liv-
ing Plprzs on Respiration and Oxy-photsphoryl-
atian of Certain Tissue of Animals,
Orig Pub: Vopr. Letchenya Bolneekh Tubercolosom as Climat.
Kourortye Simfelenopol 1955, 165-168 (Problems
of Treating Tuberculous Patients in ClImatic
Resorts).
Abstract: The object of study was the effect of certain
volatile materials of plants inhibitinE, the
rowth of Tubercle Bacillus, on respiration
After Barbourg) and oxy-phosphorylation (in
T
observing the lowering of the coutent ia inor-
Card 1/3 11

TJ.S.S.R. / Human and Anial Pbysiology. ReUbalift. T
Abs Jour: Ref Zhur-Biolb, No 5) 1958, 218664
Abstraot: gania phosphate) in the liver a#4 brain of rats
and ado*. The, Volatile SubstsA406 of thO I in-
vestigated piants (Santolina 844A~~'R WrIt6ntal
form of the Oergreen ~ cypress 1, - OiW GrLr~ Pins,
the Urmlay" O"ressli w4th ths ttixl~-Option ~6f
the MontesIlmd4ine I whose I VOIAU14,': I%Ut OU1264110
did not reveall!any Ottoot an reqo~totioa Or
the braino all Itimulaw respirOjon '~t the
liver and brain, Signifiasat stlgqlatlan of
phosphorylation with volatile euOsteno-ia of the
Montezuma Pine and Santolins Seft.*s iwtoid-
The substanoes derived. from Orixasin.ftue did not
have any Offedt on phosphorylations tint the mt-
eriale derived fron the reimaining plOntat tart-
ioularly the Ftymalayan Oypresso lied tin Iiihibit-
Card 2/3

ARBUZOV, Yu.P.; PrinimAli uchastiyes FRLW#qDM IIN.l gAIISBYA N
. .1.1
BUROVA A]=$
M.S. TO-I,; SOLOVITEVA, T.V,j ARMfIVA,, .1 . . . . . . . .
Proportion of wold*d joints in %be B92 alUgnal allay. Aliup.
sp3Avy n0,3180-91 164, (l(W 1716)

VEWT(w)/OAfl~
ION Aft
.i-- -'AMORSI V4,
Win v m
SurYXhirm
TLEt
Weak
OU'M PIX.Lka t
Verdoop,
VO!
V0
f PTO TAGS: CalcjU
anetio
Id
go
toMps"'
~ZTIAOT,
Ihe PU
rpose
vose or
gn ;l
OtIsm In mv
Properues
.."aAhd,
crystalline SamplAII ng
p u
meas
urement p b& Aft
rOdedure a t
Author elsewhtire (with 0. A
MOO we ft-
tests bave shown that ca& pw!l,vl
a *e4k ro
;'Perature (T.) 123K and with
spontek"moulo,
1/2
;T

22,

0
P!

P

r1 :Iiji
. IV,

t
I

i ~4
L 4876-66
ACCESSION
T
I 1 1. ,ill
~4t 77K. B01ow T it the;
ii. WS i3,
teiV6ratUr,$.. indio4t
00n
Vhe.temperature do obi. 40 00
otne 44.
vlates from the ao roso
ments yielded a v& * of I Or I
a value of 12.5 for t
ytxois in kly!
a9q)ared with data on oth Waak~. to
n'~;, the
A. Smolenskly ror inte t A
T'.--Ye-, - W IV, Iii use t
Synthesis of the a& lee, ahd')(s. 44_1
for ths? chemical analysis or
and 1 formula
ri7 1
ASSOCIATION: Inst
of Semiconduator
SUMaTTEDS 097ob
Mrs 009
YR REP N

-.1 11 I'll" lhl ,I
ARTEM13XVA, N.0 ekonomist
Put construction w at the coutor of &--Untions Yb*
SSSII 23 no.9t65-69 6 162, (KM 3529)'
(Construction Industry-4asts) (Saks and IW*iAg)

rue 1
'yu'
_481 f
,,,, Ink-J,

ARTFMIY--,,VA, N.A.; POFKOV, K.K.; RUBANO'll S.M.;
Use of various approximations of the iftethod of q44rical hsrzcOcs~:
in claculating the penetration of neutrons throigh stlelding. Atca4l
erierg. 19 no.6:531-532 D 165. 1~4

XVITRITSM, Leonid Ari~onm-ith;
BOROMIJI, B.,, red.lad-val
TELEGINA, T., tekbu. red,
(Control over reducing construction and seseably work
costs) iontroll sa saishmien vebootoimstl otroltallno-
sontazb:Wkb rabot. Mashap Goafinisdatp 1963 115
'> If
(MIRA 163 U
(Constructioz industry-Costs)

83625
)/tM/014/1)O5/W9
Translation from: Reforativnyy shurnal, Xhimlyas 19600 :00. t4o p..306, # 57492
AUMMORS Y4zlovich, Ij.,
Investi
TI=t Sation. Into:the ChsmLoal Stability of~Tlt-wlum
PERIODICAL: Ir. Lenlngr. ekhntl. in-ta, im. Lensovots, 1059, Igo. 50, pp. 260-
273
7M. Me authors Investigated the corr sion behAv$or of Tj obtained br
the magnesium thermal method, utMr atmo6ptwrio cotidit,#n~, Lit I*chnical water
solutions of chlorites of.K, 04 and Sap V040 =, Wx~!41rsd (Wids)o
aqua regia, and solutions of eadstio alkalis. The invoAlpt:.on ahowed that
all chromium and carbon steel soolmons W:ljeoted to comporls(m tests in water, C,/
were covered with rust after 3 days. 2he surfaces of Ti ad JX18H9T (1Xh1$WT)
steel remained lustrous after 5 menths expired, In aqua AWjjj all the gfelal;
were completely dissolved within 15-2D hours, Ti akw"4 hlgh aorrionlon rvaltstance.
In alkali medium TI and stools did not corrode. Ths r4te of 'All corrosion in"
creased at higher temperature add HCl (acid) concentratial. ]n glover and
Card 1/2

KOZIDVICHt I.Z.;_ART941TAVAs N.D.
Invootipting the ebftdoal resistaboo of tmft 19 040,060-
273 159. mu U;3)
(titodwo-losting)

ARBUZOVI Yu.P.; Prinimali uOhastlyes MDLY'RM19 LN,,; Z.WSVAs Met
BuRovA Yej,; SOLOVIrEVAl, V*V9j ARMITUA &?."t AIMIMAt,
M*59 WAwww""Olow"NU d -
Propertios of weldod Joint$ in the B92 alainAm gUart, Ali=,,
splavy no.3:60-91 164. (KIM 176)

Nftj AP6001796 0
SOURCE CODS: UR/0000 7010
A
OR: N. Aij,l
VM Was Eg~ K Rt,
Art
0100:~* None, J,; -T~ -!I,
i f
$so lboo ap CIN
MIX: Appliaabil
'004oulations of' Aeu if iI ti,! II.,
00 1~
401MM Atomnaya enIsi
00i
1AA;
d W~
TMO TAGS: nuclear reaotorlshidlAl!
he ~l
ABOTFACT: An abbrovIiated I jolon pf
aoauracy of multigto No Oil
41
analyzl,~ the neutron f.1 strigult GO I*
gated In the original wr#'"Tb0!aA di Ii* Ira
pap
considered. Theoretic 4 0 0 1 lat 10 ligoo I, a
al al
F date obtainad on spaae-enogg alstrio4ti 0 i~~
groli)l system VMs use&' f6r a 6 a
ti p
A 7- -tun vas a I64d,:fGk:A4p4-4.. -qu
g"up syl
compositio'Al containing wqt*~i V. I
various homogeneous and hetAfil MOO .~Xzl
r
concluded that by using 7pi; _hlk
1,11, MA, ill III
ff "A-. Iri

L 283E9-66
ACC Nib AP6001196
coUld be, 1
P,
Wted by
t
at 4 0
applied Ws for Shieliu*
len$thn.~ It was alm px"exk ~Of
als.-,-of heavy akid middle- 06MT iOU
intentediate exiergy. -A satl OW44- -i.b
of
obt
w~roji fluxes was -alxot to 02
heterogeneous 004081tionse U-406 9 li 'WI
oil,
f or moderated and the=al no tons. I
'U 9 T
4 Alt,
all
1A 1,

ARTEMITEVA, qj~.; VAYLUXOVA, G.A.1 OCHNEVA, I.M.; WTSCOVA U;.;
BORISOV# G.A.
Recovery of sine sulfate from settling and plastillca~ion both$.
Kh1m. volok. no.5t6'7-68 165. (MIRA IWO
1. Krasnoyarskly fills.1 Voesoyusnogo nauchnojaaltdo"tellskoga
inatituta Iskusetvennogo vololms, (for Artsulynys, Vaylukova,
Ochneva). 2. Kmsnq7&rsk1y savod iskusstvannogo --olokna
(for Sotakova, Borisov).

)MSEMMYAU)V, N.T*, kajA* tokha. lAuki ARM'WA, 11-1-
MAC
Orantaatl*U Of &MMIUM nitrate, TrUdy OUr 01)08:10412
157. (Amsius nitrate) , , (mm urg)

3022/3)05
AVTHORSj Kasakova, To.-AO, ReshaboFyokovs 1. V40 Art'l Irevat
TITM Cooling of Granalsted 400DIVA Kiln&An a Pseudo-liquid
Layer
PZRIODICLLs Kbialchookaya promphleaftstIt 1960, 96, 2, pp. 132 - 138
TRITt the authorv &&do expsVibents with periodic bad 'MoAtIOU016 air
cooling of Mmonius nitrate Ortual" in a psoudo-liqU4 layor the results
of which are liven in the present paper. The experiAWA of porio4ic
cooling of granules were *ad* in a laboritory plant da*,*rIbod,. Bone
results obtained in this plant for the granules of 4*60mium r4trato and of
urea in a pseudo-liquid layer trs given in table Is Xxpori*onts with oo*-
tinuous cooling of granules wets carried out in the workshop of the
Kessrovskiy ATZ (Xiserovo A22), Th* diW&a of the *"#rIn#wt&l arrsnpa*nt
used is shown in Fig. 1. The output of the plant was Wie I within
161 266 kg/h, and the height of the pseudo-liqmid layer ititbia
50 150 an while the air volooity was 0.6 - o,e p/sies. Th-t influence or
the air-flow velocity on the amount of heat abducted from ;be granules
OV9641$(VO001021101025
Card 1/2

Cooling of Granulated Aamoniu* Nitrate in a W06V6010001021101025
Pseudo-liquid Layer J02913305
(Fig. 2)v and the aeam hnt aMissiou coefficient, (Pig,, 3) are studied.
The results obtained in osperiftents of Coatimous oool,,,ima of ummium
nitrate granules in a pseudo-liquId layer are om*1104, in Table 24 Pigs 4
@haws the dependence of the seen, beat Wssion coeffidiont on the 1"Ids
number for different heights of the peoudo-liquid layers am4 Pig. 5 the
influence of the height of the pasudo-liquid layer b on thasoan best
saission coefficient. Furthers the influenoo of the output a the pleats
the wear and the entrainaeat ot #ftnales are investigated. Fig. 6 shows
the dependence of the specific beat abducted fro* tho $ranidja an the
specific air consuaptIon In coolingo Fig. 7 the dspenOme of the
taperature drop of gramules m the spoeitto air oanswotica in the
cooling of granules. Table 3 SiVes the results obtal:hst for tb* tesp*mture
drop in the cooling of granulsso table 4 indicates the results obtained for
the cooling of granules on the $*stmg* of one and two pstudo-liquI4 layers.
Fig. 6 shows the sketch of a Ortaulation towor with a dsviot for cooling
the granules in a Pseudo-liquid W*r- Th4re or* $ NWSS, 4 tables, and
3 non-Boviot references.
Card 2/2

ARM-I-YVAI N-...-S.
- ---------
T"=]Ar AUK" 4W tVXWtICMI $Wts In thb4ptivv momenolWm
In osUoartiou2ar tuberculosis and tbolr amftdtion Oth ost*6.
pox is* Ortop6p tmw a i protese no*3152-57 0(4*
(NM t5s6)
1. Is kosuouirargio skoy k3.lMki ("b"odo - pm!. Go ?o
d
SkosogenuM(doome ) o4slaskoto lotitota W%rkm:Looa (dir. -
dr
st, muohno "trobik'No A. bwmdjft)
CONUMVI TIMM) Oolumve)
MRS-Lum= (-ToDnS--wBvwpw--S)
i

'/V1 y
V9, /V.
ACCESSION XRt AT402653
AMORa Bamov, V. 1.1 dyurAshiss, A. A-1 14movs, K- A-1 R#4044k- L, 4*4
Tutachkism , L. T. I rodorovs. It. A. I Turayoft, L. P. I Kho0obeir, .3. X. a Wff.-Aoft"
TITLZt The effect of Sftvity so Me dovelopmest of orgastaw
SOURCE: Komforestsiya po 4VISASIDAW i keftiabodWy 0*410100o 196j.
AvistAommq& i kosm4cbedtaya fteditsime (Aviation and *plot* m*dWjw
konforentaii. Moscow, 19610 %&60
TOPIC TAGS% grality, aeatrifu$#, orpolm &Wt$486
rat, chronic centrifugation* blood voopositioso urine coopmitiom6 WWI*
acceleratioa
ABSTR=s In this investigation, laramov and his oo-wor%orm deml4md a colkirltap
for small &nimalo with &a or* AWIve of 135 to which mold lbo rtolat rd to P. *does
artificial gravitational fiel" at from 4 to 5 g. The dostrUgo Vag atramod
is mob a way that Me &me OJA "gas at Me sad of Me am "UtIL aboiluom"64F
rotate arcuad Moir &xes pradual" Corious mooloratio". A WAAS t4msrol, puial
cart 1/)

ACCMIOX XR; AT4016203
regulated the photography and illumination of top tAtortere, atos%tit feedlog
of the animals. *od the revolVINS rate of the 4#sWtu$#. tt, "no pissiblo to
record five separate physiological fanotiona froa so" apai:ialky pr"pore4 &aiftlev
Uperiments were conducted *a white rate* coamencing *a the first do,,y otter birth
ad continuing ror 25 days. IMors consisting of 200 *&Uwlo wore divided tate,
:
xperloental and control. groups. All animals were born at a""ximaUly tb*
"so tine. Experimental animals were Subjected to mageleratlooo r4*404 (Me 10)
to 3 a for periods of from 4 to 6 hours. 6 days per week. the oti4hih; of all
animals took place every three days as did biochemical assays *r the taooi end
urine, tests of vestibular activity. and the determination of the title of sexual
maturity in female animals. At the tereloation of the experiment, a comporktivo
test of the reopon" of both eXperl"atal and control s*As4o I* brief Atnelers.
tions of 5, 10 end 20 g was coiduated. After 20-25 days, the ** *tight of
chronically centrifuged aaimali was 60--" that of the costrollso Tso cospost-
tion of erythrocytes (89.6%), jrtdcocytes (91.40, and heft$1044A (".W) is the
blood of experimental animals with respect to 4coat"i animals twnect*4 a
slightly anemic condition. WhU* blood &IUMPLIS is #Xp0t&ftSt#I RALIM.0 W 800o0
what lower than in the aantrold~ serum W461d compa$Itiog va# M~68r. j"JitatiSC
a ch&A&e of dyatrophic charaster. Was &ooqo of *xpertsestal wAtmalu **Nod
that ta levels of Dicho-pollitite substance ChoM, &Lt"Ps (W)4 gnsus*
Card 2/3

AMEUIOM ": AT402653
and creatinins (6%) were lower thas in the 464trol, antrAls. IrlOally. the astral
eyele, or experimental fWldA W" Significantly altered, thoulft 01W reealo Olve
mar ag. In the second I&VIGUOMOO, toatrol AAWIS 4IM"4W to
brief accelerations of 3 a abovid noticeable iwrt"#* is tko Isv4I at motio.-vateritled
fatty acids. dureasso in SOVIS IMACOid, O*MpOditidm~ and iravows to t w AlUwiso
globulin ration. 110vower, at, 20 a there was " Istresse Am *OtW* w4":.4 omppeettlea
&M a 4ecresse to the albumis-SIOWis Mine. 3144heaUsl v*risklons In oRwrimesto
&I animals subjected 14 tb* sow accelarAtions were lan4niftomo Tho asthwo
conclude tkAt gravity plays a 606plax role to the physiological procow-es et U*
developing organism Int Oat the ire* mosbamism of We avle is fAr frto belas
ua*rstood.
ASMIATIONS "no
SUIN 00
NOW SOY$ 000 0=1 OW
cut V3

ARTMOYMU. N.S.
o9t of distal Irritation on regeneration proolls see and on a" &-
*story hypertrophy of the ovary in alesi Clitth souary in BACHST
Blul.eksp.blol.md. 44 no.8i96-" Ag 15?0 (um 10111)
I* Is laboratorit rosto I roxvitip (save - Prof. &.10-11osmar)
Institute eksperiazitallwy b1ologit (dlr. - praf. 1.1.11spldy)
Akodemil mdttslmktkh amok M, Nookwa, tr6datsvloms doyotv%-
tell zWu chlemom ANN BSU prof. X A, Vbukwqm-V0 real dkMm.
(OVA;128. pWsioloa,
off. at proseme of males on regamo. & compowntory
hypertropby in nice (14m))
(U=L BASTIOR,
off a d prosenoo of sale On raps. & c(opommotory
bMrtrap4 of ovaries 1: nice Me))

- ArM"ITK, Y.36
Begeneratiou of rat amies following Goveasakery b"ertroft.
Blul.NDIP. MAUI. 65 10JR150 Ar-Je 160. (WM 1317)
(OVAIUS) (9mm"WIN 010u)GO)

ARTEM 'MA, 4. S.
Regenerative features of the rat ovary followbW ccopmatory
hmpertrophy. Biul.skop. blol. i asd* 51 ao.1003-& A 161,
(look
1. In laboratoril rosta iran-mys, twTs - pW& 1.10#14osomr
Institute. skeperbmtkllnoy biologU (dir. - VW. I.N.Wpk4)
ANN SSSR, Hoakwa. Predstaylem daystritaliq* chlenm AM MR
N.N.ZhukovymP-Verszhnika"m.
(MOMBATICIN (BIOIAXY)) (calUTION)
(OVARnS)
it.

ARMIMA, N.S.; FAROTINAp L.K.
Restorative process" in the ovary vzdar the Influmuce of
Tbio-TEPA. Biul, slop. biol. i md. 53 zo.1084U J* 162#
(MAA 1513)
1. Is labontorii rosta L ra2vitiyu (24'r. - Fat, 1.0. U05m)
Iwtituta sksperimmatallnoy biologil (41r. - pvt, Ix myskiy)
ANN SM i laboratorii sksperimantall=V WOUWapit (mr,
cUen-komespandent AN$ SSSR prof. 47. WiGitow) InatituU
k3ilmicheskay I okop*r -nW'Moy Owtolog"L (4020 .1 delstvitelltv
WasnAM MR prof, N.M. Blokhin) ANN UU~ Wk,%. Pro&Uy4m
doyetvitolirp chleiftom ANN SM N.'N, BjoAjzq*,
(TMO-TICPA)
(DVARW %I

L107NER, L.D.; ARTENI"J.,S - BABATEVA A.G.; ROMAIA)VA, I.I.; ~:V,BININA'
Z.A.;-"3VMVAI V F ;--,KSARLOVA,' G.IV.
Level and 24-hour rhythm of mitotic activity in hypo,AysectoxI&*d
rate. Blul. ekBp. biols I med. 54 no.8-77-81 4, 162,
(HIRA 17:11)
1. 1z laboratorli rosta I raxvitlya (zav. - prof, L.). Liouner)
Instituta eksperimentallnoy biologli (dir. - prof. I.N. Mayokiy)
AWI SSSR, Moskva. Predotavlena daystvitellmym thlonot AMN SSSR
N.N. Zhukovym-Verezhnikovym.

L JqZ02-00 494 DDIRD_
ACC NRs -AT600386V SOUM M8 _WW.W3rWrDff10M7bjW7,
AUTIOM Kctovskm. A@ A I Y"il P, jrj.1&& B. Ass pot
So
ON
ORM none
TIM Effect of trwumff~s lgekageLs on VW wommovi of tow* =Wcrn
mracs, AN am. otdaadya biougwhsakft r4oks ProbIsq ~*W*ss)w tdoladis
Ve 4, 19639 3U-332
TOPIC TAOSt cardiov"Mur Animao bldlo& soctUrAtIft ~4
b1ologia "Spiration, qMM Zdl"Zov"t "PIM179 biblogm roproftitims spoes -
MAU& ~V0r1=nt
ABSM=j Tests were conducted on 16 half-grown monkeys.' 5 mandrin and
11 rhesus. Exposure to 12 0 centrifugation (varying durational took place
during the following sex byelet: proliferation, secretion, desAmamation,
and ovulation. Acceleration t6ok place an a centritup with am arm radius
of 7. 25 m in a chest-back position. The behavior of the animals was
.monitored by TV, and cardiovascular and respiratory activity were used
as criteria for the resistance Of animals to accalerstlom A p4atograph
show* the position of a n=&q fted in the chair of 1ha castrifuls. Table I
shows the effect of acceleration an cardlavueular &W.r**p!rsto"-.'"UYitr#
Cdfd 1/3

ACC MIt
Table 1. ChanSes In pulse rate and respiration
rate In monkeys exposed to 12 C (man for 14
animals)
l
Physiologica Before Durial After
function
Pulse rote :!W) un.-O"
Xespiration 21- -.15 is A15. -5i tn- 30;
rate -A F ---
The z)Mvs of ardm2s exposed to scoolerstion revealed sim U04MAUt shOrt*n*4
T-P intervals, AM Ventriculfir wd strioventrimlar 4Xtr40Vt0Ue C4*dW "tivilf
in general returned to normal 10-20 Mz OW d6ntrift0tiabo It, Vag tOmd that tho
endurance of female monkoys to 12 G ranged from I to 4-5 MIA- A histoUgical Awl"Is
of the ovaries of monkeys wmdned 10 min, 1 br, 24 hr, AM 72 br &fUr tGrNimt1ft Of
acceleration revealed the follwAng dOVISUOUS from DOrwat PrOliferati" Ph&se:
ljoakly pronounced depolymerization of &aid wo*po46&oOMAd0$ in UO MWUIU Wd
separate cortioal seations of the nVANst " mal AS In the IKWMI* 0"llation:
After one, and aswi&W 3 dare UUr the ter4MUOU IOf the 000ri"Ots all.
ovarian tissues vore found to be M of ft7tW09US; MW M144 WWWA the VOMLU$
we" plasmorrhogii arA lo*&W hmwrha&*# AAd MAd depoUmerissUM
was; intonsee SS*r*t4U7 ph"410 TVO 3 showed pmM W=Uu"n MA

ACC NR, AT600W-
herwrrhaging'in the endometrium when examined 10 min after termination.
This was attributed to the deleterious effects of acceleration. Examination
of an animal 24 hr later revealed Individual small hemorrhages in the
cortical ovarian tissue. Some erythrocytes were observed Moog 4h*
'vascular walls. Wderate depolymetrization of acid mucopolywch irides
was evident.
Dtbqutmatjve,ph#sq. A macro- and microscqAc exami"ation ed the
ovarieb, Fallopfsn lubbs, and uterus revealed the some chaviso at,
occurred during the proliferation phase.
It was apparent that acceleration had its itreatest deleterious *1144t
during ovulation and its minimum effect during proliferation. lMe.
observed deviations probably reflected neuroandocrine procomets useciated
with stress reactions to acceleration. The long-term effeets,of atmel-
eration were not evident one month after acceleration, domqnNtraling OA
ability of.the ovaries to regeneralt after various bduries.AbUO, ad, bms
5 ftgmvs and 2 Ubleso CM PUNI 409147
ma CM 06 DM um W1 00 / ON U?i 06
Cffd 313

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T
if f k
USM/Chemical Technology Chemical Products and Their
Application. Troatment of Natural Gases and Pmtro4ein-
Motor and Jet Fuels. Labricants.
Abs Jour : Ref Zhur - Xhimiya, go 1, 1958, 2595
Author : Artemlyeva O.A. Mitroftwv, M.G., Wrtyawft., A.G.
Inst :
Title Tnvesti~&tion of Chemical Composition of Fred WA Spent
Aviation Oil NS-20 of the Grown Fetrolein 011 PLuxt.
Orig Pub Sb.: nim. sostav i ekspluatate. svoystva ammockri. weal.
M., Gostoptekhizdat, 1957, 108-113-
Abstract In fresh M-20 oil and in oil that had been in use, for 50
hours, in an engine, a determination v*A wAa ol! tie basic
indices according to the OOST, of groupwise dmsicL'L com?.
position and structural groupvise composition of nuTow
fractions, in accordtmee with the Vk = n =d dad n = d = X
methods. To separate the fractions the oil vas extracted)
in a column, with liquid propane at 99-550 and the propane
Card 1/2

USSR/Chemical Technology - Chemical Products and Their 1-8
Application. Treatment of Iktural Gaseo and Vetr)leum-
Motor and Jet Fuels. Lubricants.
Abe Jour Ref Zhur - Xhilmlya# No 1) 1958) 2595
extract was passed thereafter throuab 6 conseqative 44-
sorbers containing ailumosilicate cat&lyst. Me produat
that had passed throuo the aftorbers coKWW omly AvO-
thene-paraffin hydrocarbons (WI)p and after the itAxse-
tion there remained in the colum =1 tho V" -Inso-
luble asphaltic-tarry substances (AT61. aghth'Me-Ma-
tic hydrocarbons (02) and -tare (T) were extmated fta
the adsorbent with benzene and a 1:1 3dxture of dieblare-
thane and benzene. Analysis of fresh oil y1olded the
following results (in %): NP T2, NAL 27- T OAP AT 0-2;
vb.Ue spent oil was found to contain: XP 58.6, FA 32-9,
T 0.7, AT T.B. A c ison is OhMM of the covosition
of fresh and spent oil, according to hyemmArA groups
with different conteat of naphthenic and arolwMic rings.
Card 2/2

lmyostlptlon of the Dpwlam of CbmsWs lu the Ckomloal Ocapoeltlan ot Civise
md Litermedlate, Products In ths Productim at Avlailas Oil U340.0 P. 90
C!=itlan &n& DLOMUS Of the RU& lialacular VOLM rvactlim 21 iltralm'.
Conectlon of papers on the Ca"Itm *1-11- proper or MV&x am pet-lem- hViacte
Nmoowp Izd-vo AN ~,, 190,. 3700 (16,-ta no I
2nd Colleatlon of pWm )OU. by AV ComfNan 560 *sow#.
.&-a- poom
thIs paper In a study of the ft*ftct of pr- so on the quIlty
at lp cawaltion 1n N 8-20. 18-0 to d"arlbed as the fl3mM podwt ditalmed
froat a blwA or concentrates fr4a Mwsahukhw4kma&m polh-lonam on& orm"
o.vllnddr stock. After roflalft by selactive sol"rft, dopwaffifttlan, aad, contest
r*flnlM vith clay povdar, Qw 10-90 ohm the f*UWLU$,VuV ca"Itica (7mrosat
bY IM Vol&) I wPhthm-PftftJA hY&O*ft%ft$ 70-31 0OW040woutla
k4marboam 27.1; propane solAla, two 0,71 avid tany o0stAmse not s*Wl*
In propaw 1.9. 2here we 20 tables aiA 2 IngUsh rofthmaes.

&W2
Stf/ft-59-23433541
Translation from, R0f*ftUvM Shutwa. M110174k, IM, Ur 234 pp 443 - 444 (u&%
AMSMs Artem't
fva,.O,A., MltzpfaAcy, M, ., N~Mw*OA 840.
TIMEs An Investigation or the Dynamics of the Change In 010doal Compowition. of
the Raw Material and the Sami-ftnished Products In -the hvduction ?""as
of NS-20-Aircraft 011,11
PERIODICAL: V ab.: Sostay I avoystva, vynokowlskul. 4wtl rafll. Mosooi~, AS OUR,
1958, pp 9D - 108
ABSTRAM In the Production of NS-20 alroraft oil from raw SaUrlal mixture of
KarachiWwro-Surakbow pWolaum sad Orv=" ql1ader distillaWthe
following consecutive optfttims we Appliedl M Is Oumflod by,, a
phanoleresol mixbua In a solution of pmpMW: the Wined product is de-
paraffined in a solution of d1ohloroetharse-betwo *nd to thad Vm=od
by contact with gu*rin. The chemical gr composition of the proftots
In determined prioe to and after each of Z rawerated, qporstlans, by the
method of chromatographlo separation wA the ikydroas;rbou groups separated
are analyzed by the methods -4 -d-n and n4.M,R4 (d4M 0.924, viscosity
Card 1/2 36.2 centlatokos at 1000C, pour point 46) cotalned (%) naphthene-juxaffln

68962
SCV/81-59-23-83541
An Investigation of the Dynamics of the ChwWe In Chemical C*tpWtj= of ft 10
Material and ths Semi-Finished Produ6ts In the Pra&jotlon ProEmas of 99-20 Aireraft
Oil
hydrocarbons 46.2, naphthenewaromatid bydraearboas 39, realm molu4o In propane 2.8"
sabhAlt-resinaus substances insoluble In propow 12. Ths followim subotanoss *ohulasd
in RM passed Into the refined product (%) t 96.5 of the naphthoao-paraffln hydrocarbons,
36.1 of the naphthene-aromatic hydrocarbons and 40 of the resias scluble in propow. The
naphthene-paraffin and the asphthene-aronatic hydrooarbons of the refined product have
64 - 72 and - 62%, respectively in the paraffin ohalnx of tbb tot&L number of C stome
In the molecule, and the naphthene-paraffin and naphthww-armatic Mdrocarbons of the
extract j< 58 mid *-36%. In the case, of deparaffWUUM 67.R% Miphth=*-paraff In
hydrocarbons and 60 propane-soluble realm of the total cont4at in the refined pr*&ct
remained in oil. The finished MS-20 oil contained (%) & nsphth*ns-jwr&ffIa hydrocarbons
70.3, naphthene-aromatic hydrocarbons 27.1, propane-soluble resba C .7, asphalt-rosinous
substance 1.9.
Card 2/2

MN165-9&6-0; -6- 7/14
AUTHORO"O. Mitrofanov, Mo G; 4stem yeva, 0. A; Karay)og, Ye. V,
TITLI: Manufacture, )f ME- U Ot-. FAIgOokp Zbirnovelo",
and AnutaxlyevabaA Petroleums TPO1U4hOA1Y*'mxs1a UK-9~
1z Nalgobakskov, Zhirnovalcoy I Anastas'yevwkay neftey)
PERIODICAL: Milmiya I IJV~hnologiya Topll:i I Xasolp IS59, Nr-5-
pp. 42 - -1. OUR).
ABSTRACT: *The MK-8 oil is abaracterised by Its low solidificatiDn
point G550C)p and by the position of the viscosity
curie ( ratio of the kinetio viscosity at .2000 t8othe
kinetic visoosit7 at 5000 and should not sizeeed 60
Ifl,1956 investigations were oarriel out In OrozVI1
( f.1) which showed that petroleums from ratlous reg-
Ions could be deparaffinated by the ca,rbaalas method,
and that low viscosity oils 0 suohoas trauformer oils,,
with a solidification point of -45 0, mou'~d be obtained.
It was found that narrow fractions of tile 11111t~
leum possess the lowest solidifloatiop polnt (44 to
-620), and that their viscosit at 50"0 wits either near
mr *3 qual to that required by tKe norms fo,, the NK-8 oll,
E xperiments ire now being carried out -;0 investigate
Oard 1/3 the possibility of producing U-8 oil fron deparaffirAted

WV/65-51145 - 7/14
Manufacture Of the Vr,-S Oil from Malgobek~ Zwwwdsays, ad Amant"'yovsks^
Petroleums.
Zh1rM*4SP8troleuM fftations,, and also frcm the do-
paraffinated distillate of heavy 10A1500k petroleum.
Table 1 gives the yield0and properties of the oil frue-
tionsct -?etroleum before and after doparaffinstion
witlh a ~staiM~~ carbamid*. It wag found -that the do-
paraffinated fraction at 3500- 375'JO shdNed a solidif'ta-
tion point and viscosity aorresponding to the norms for
the MK-S oil. Tahle 2- 71elds of propertios Of d13till-
a t e a -.)f MK-B oil from %Wbandopilewolaum &f ter de-
pai-~fflnation with crystalline oarlamids. The preparel
samples were tAsted for their stability by oxidation
according to GOST 981-55; satisfactory resuIL3 wera 0-
tained - Table 3. The low-visoosity oilyfractions of
Anft*$"!vwY*k&J% petroleum wore also inve ti Ited; yields
and properties are given In T able 4. Rifareo of 0o
fractions boiling between 300 and 30000 were prepared
which satisfied the requirements of norj3 for the MK-a
oil. This mixture had a solidifioation point of -52100
and its viscosity at 200-8000 corresponded to 31 ana
9.2 centi stoke. ThlSoil, having the ohamaterl3tics given
Card 2/3 in Table 5,was obtained after purifloaLlion of the

WV/654~ ;-7/14
Manufa,.,, ture of the MK-G oil from yAlgobek, ZMO"UIM
Pe troleums.
distillate with 10% oulphuric acid and neutrallsatiQn
with alkali. This oil does not possess the necessary
properties gequired by the norms. I-IlIxtures of fraction.3
between 320 and 3000 from heavy M190box ;Otroleum
possessed thS,requirad viscosity -and W a solidific-d'it-r-
point of _24 , The properties ofths oil obtainecl aflt,~
purif loat lor "0 "h 2. 5% sulphurn. - ft
deparaffination and ~fd M
given alm in Table 5; this oil possessed the required
properties. There are 5TableL.&W I Sawle-, reference.
AZ- SOCIATION: Groz NII
Card 3/3

LZYGmM, Te.S.; BDP1OVA, U.N.; ARTEMITIVA, O.A.; KARItYBDC, To.y.
Studying the crude oils -if the Kara bulak:.Acbpkldd field In
the Chachev.-Ingush A.S.S.R. Trud7 GrosNIt ao.W7.39 1%
(VITA 12s9)
(Cbechan-IAg=h A.S.S.R.-Patrolom-Azalysia)

KRIYII, S.S.: ATUKVrTM, O.A.-, MITROYANOV, M.G.; VARrTMIMD, A.4.
Ways for ;vi mg the lubricativg perform&4" of residmal oils.
Trudy Gro2NII no.4-.171-183 '59. %Ixm U:9)
(IfabrIadtion arA lubri*ants)

M1TIWFAhDv, M.G.*. JiRnVITIVAS -0.A.; KARNTBOG, To.T.
Producing MX-8 motor oil from Nalobek, Zhirwrok, and
Anse tastrevskaya crudes. Trudy O"M no.4tlo-189 039.
(lubrication and lubricants) (KtU, 1219)

RITROYANOY, X.G.;,ARTDflp!!A_t--9.L.-,
Production of 04 mA N" oil* from AmsfmiyeviA pstrolem
without the one of altablUsindl addItivee. XhIm.1 t4khtOPOL'a
suel 5 no.1205-28 D 160, (NMA 1302)
L Grosumidy sauchao-iseledov4tallskir nattyasol Institut.
(lalaricalkloA and lubricastm)

---7 5
8/081/62/(IOC/001/056/067
AUTHORS: Mitrufanov, M. 0.,
TITLE: Production of m~-6 (MS-6) and MC-6 (XS-6,s cils from
Anastastyevskaya petroleums without making use of stabilizing;
additives
PERIODICAL: Heferstivnyy zhurnal. Xhimiya, no. 1, 1962, 447, abstract
IN161 (Tro Groanenske neft. n.-i. in-t, nc. 11, 1961, 112-117),
TEXT: Experimentat carried out at a test plant, sho-se6 that it Is I
to obtain0US-8 and MS-6 oils by furfural refining of Vle 300 - 590 and
300 - 380 C fractions of Anastaslyevskaya petrolouxt aid subsequent afi#r- 4211
refining of the raffinate by H $0 and bleaching chy. For refining' tha,
2 4
distillates of MS-6 and US-6 oils 70 - 90 or 1109 furfural, respective4,
has to be used; the consumption of H 2s04 is 2*0%t t'ha'; of gunbrin 4o%. The;
MS-8 oil obtained corresponds to 1"0',T6475-55 (0031' 6475-53) to which to 2-
stabilizer has been added4 The US-6 oil in stable avd possesses far batts~,
viscosity characteristics at low temperatures both in bhe fresh for* and
Card 1/2

5/081/62/000/001/056/067
Production of MZ-a (MS-8) and ... B102/W01
after vaporization of the light fractions. rAbstrooter's noto: Damplqtst
translation.]
Card 2/2