SCIENTIFIC ABSTRACT ARTEMYEV, A. - ARTEMYEV, B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102220012-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2002
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ARTEMIYU,, I., aspirant
NB*v to organize inexpensive highly o0isftetory flood $"I"
in lunchrooms by V.T,*ofiM&ft and o%fto., Ro"Owd b7 AJxt4wievo
Obehohestys pitana.U%%.55 V 161, (fM Bd)
lo Institut skonomiki AM SM#
(Restaorantst ~Mabroomo doo)

ARTSMIYEV, A., kand.skoum.nauk (MInsk)
11"d for the trainiq of spolAlists with M& quaUtiestimo
Ob#Mheatv.pit. noi, 518-10 Vt 162, (XUtA l5t5)
(RestiWants, lwwhromet eta,".-Vocautmal guld"be)
,4

A.A.
The acid "ride of 3 Asid, V i p4d" 11 1A
k- - ""*' "'T11.)
1~01QVS 4UdM " 6 M . V-1
H MCA# ArtWs* (Moscow Tftt: It9t*1 - i~Tv
113 (1916)# bome observations woro made *n the be or -of 3-AAV_v-2-
raphthoyl chlorides 'rho chloridd vas prepC by hr tNi acid with di
6-fOld amte Of =121 Only Once did the product a 91V 0 impat Cr the expts. lhd U
very vague m.ps. In the range 120-600# Ssp4 of -the ehlorl$e on dooliml,, fou~wad
by drying In a vacuum desiccator and than in an open dishp led w ynUaor neoaos., us
95-601 after further standing in a desiccator 2 days the produc to m4 ICL-30 and
no longer yiaded Me 2j,3-hydmW-e-naphthoate on treatment ,with UaMli vtandin$ in:.
the desiccator for 2 days longer raised the m.p. to 191-V (Ana:.*,TOU01Y to
Moyer's product, Monata. 22,, 791 (19M))j further standir4r ~or '.! dap ralsod ~he
m.p. to 204-100 and the resulting product pvo,, on treatftnt with *011 for 6 hrs.3,1:
a substance.. m. 115-250, which was not identified# It is pmballa that the
acid chloride slowly transforms itself Into an irvier astor.

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'ICTi thf- shloro-anh:,-C*Irlde c-f 2-3-cx7ma-il VoIc r.~ !d' by ii. !. ;. K. Bagoirlme-ki
and A. A. Artmiev (p. 444)
ZO: J(urr:n-', of -Genera'- Che, irt (Aurntil tb!~hchei Xhlrii:~ ll:,4( , Iclw,,tD 16, llo. 3

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UM/ Physical Chadstry Holeeple. Chemical bood
AW J= : Refamt Shur Maim, No k, 1"7p 100
Author : Gankins, To.v., Finkashts)u A.Lj, Artftlyff AA-.-
inst : AaMeW of Sciences VON
Title : Molecular Complexes of Vitrosyl QUwU*
Orig Pab DOkl- AN SM,1956, 109, No 3, 526-531
Abstract Investipted were the absorption spwUa of solution of 3M (1) In & av*w
of cramic solvento Alch tU suUms, OWAivide Isto $ VcVs 6a She basis
of their effects on the absorption speetrtat of =M. .1- Dtpol#-free solr-
ent$ (cyclohexaze, cyclo-octs", U-boptane" CM4); in *M th* WWMTtiCkh
curves of I in the visiblo region of the "trm ooludd with those, of
sous 1. 2. Solvents 414 a rarOly po3w1%U* b,amw nwileas
M A6 . 2be ~;*tytI= curves of K:Ln the" solviesta
a
r ~wrim-teRied *a& 0
0 A f the Mtb= in the blus-wwou restou IaU
a shwter vare-laft region &M complete distortim of Upt ata. In tho
600-610 xAA region vith forlatiou., In 34*u of The warAaw, of may a alldit
inflexion, folloved by a rise. ftis con be OWULad W faimation of moltc*r
lar compoundB due to interaction of vuhared elactr4os of I Vith ri -614e-
Card 1/2

VM/ "'C&1 Ch"d9trY Y,010cuU. Cbadaa band
Abs Joux Referat 2bur lbiadys, No 4, 1957, 1090
3-4
trons of the ban%=* rins sM tho foraktim " 4 t*4% th woof of a va-
table complex almilar to descriw (Sh. obsbob.. kbl*i,
19m, lat 190~- 3. POW 0 chlor0onsp i*butyl broodAN, a-
heptyl broodde). AbSOrPtiOd CWV40 Of LU US V`100616 ft#04, U the 601-
vents of this Voup, we dWrutorixod by a shift of the *atom into +Ao
short wave portion of the spectrm vbicb is appsawtly comocted with d1star-
tion of the olectrou claW ot I moloavles ved4w the Istluato Of Upole mlo-
cules or the solvent. In the altraviolet restom If the aratramithe abmv-
,?, of Wissom b is obsorred only In solvatts of W
tion mudmm at X 335 a
1-st vroup vbile in the othqr imftw#s the" Is dbeftv" *a tanedca Wd
sharp inexame of absorption coefftelaft. Absence of nue strwtva* In the
500-600 sWregion has been abowtalmed, *lah cm be aftribated to a dmv
In the state of amoption of I an Its dissolutUW4
Card 2/2

lc" 1'1%~ fl L! il L
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ARMITV, A*A-, kand.tobM.Awk; SIMI"Of(At APA.* k*MAhi%A&*;
~--. -~- , Te.T., k&%d-%*ftA.UvAkI nM'"=' &8*0 "Ur f1gs-
ustenank
photoahouloal Itras Mon with Altralwl ahl*A400 htm~saftk I
prom 3 no *5 92=31 158* Tmim usu)
(Nitrosyl chloride) (Photo*hmimt27) (Mydreo*rbous)

44
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VATSMIXt Pavel EVaculik- Povel]* Wh4dr, 4WO N.A., ksmA, tokba.
nank [trauslatort Tcmlrm, BA manslatarlt J=TAWS, ",
akedemik, red.; ZUMIZNVUjx, V.A., rod,,; PALUMWAO S.T.,
takhn.nd.
(Chemistry of umommys] DAINUS, Smoverow, PW Ted. 1$11,
Imiantes. Moskva. %ad-vo laostrlit-ry. Volol, 1960j, M
.(=A Ilk 33,
(Polymers) (Chemistryo Orpnio)

302 4/110,j0
AUTHORSt -Artemlyev, A* A** Stropikheyovp U. A+%:: Dabitino 3s go v
I o"nov sk ijv p T & I
TITLZs A Commercial P2100988 of Istorifying TowphiM116 Acid
PIRIODICALs niniobeakaya grosyshlonOostIt 1960# X~m 8, 'PIP. 9-15
TEXTs The present paper offer the principal rosult4 ob-Aload by thal
authors front their laboratory Lthod ior the nu"OXytL3 saterificatlaft
of torephthalio &old and "UtIvo obsoking In., the V$~ot fig* V
shown the dependence ct Us, esteritioation rate. on. t*xW*x*t*v*t ax:a ftg~ 2
the 'dependence of the estorifteation 4egres on pros*uro St *$Doc. ]PLO 3
illustrates the depondena* of the ostorification 40#rma, on -the tereph#Suo
said t methanol ratio at 250000 and Fig, 4, the dopo*emas Ollt the vohbift
of terephthalic acid In mothyl alcohol an the monomobbyl Wrapbtbalate
content at 200C# The dependence of the eaterifloation digroo an -the T ter
content in the reaction mixture and on the duration, of prOtiesS at 25;0'C
is illustrated in Yjgo 5, Table I gives the 0001PONI"400. Of the PrOdU*tl
for different esteritiostiot dsgreos# VhIle is#. VgTaphlo#lly depict*
Card 1/2

RMUND131IT, T.I.- ARTMITM, A.A.
ftepration of Aromatic m'boxrltc acids by tb* darlowlatien
of p-d1ohlorobewens. Shwe TM 3 so-A:02-473, 16C.,
(WA 13:12)
1, Ocaudarstrennn IvAtitut asolmy prowshloxaptl t pcdwcw
ordwilcheskogo slatem
(Acids, Orlosic) (Car'bomyl gmq)
(salmou)

MUNOV81IT, V.I.$ AMSYST, A.A.
Noahmbw of tba reaction of amboiWlation of
Shur. V= 5 ao.4i4?6-W? 160.
Is Gomadarstympy
Orgallabiesba
=00 (CkrboW grato)

3/063/6D/O0!,/006/Ol3/Ol4
A0511A026
AUTHORSs Genkina, Ye.V., Gorodisakaya, U.N., Artea4y, A.~.
TITLE't On the Reduction of Primary, Secondary and Tornavy 11--tro-Compounds.
PERIODICAM Zhurnal Vowyusnolgo Xhimichoskogo Obnhohee4ra is, 0.1.
Mendeleyeva, 1960, No, 6, VnL 5, pp.709-710
TEXTt The authors carried out the reduction of aliphaiio primary
(from C, to Q and secondary (from C3 to C7) nitro-oompoundvi torrawy nitt*-
butane *and 1-atro-l-mothyloyolchexane, for the purpose of p:-oving indire6ily
the validity of the previously made assumptions, that awwaiii Au needed In'the
system of reduction for the formation of aoi-nitrocyclobexan-t, which then is
reduced to cyclohexanoneoxims (Ref. 3-Konovaloy). In Ref, 1. aid 2 (Patent No.
7972 GDR, Rzhxhimp 7793 (1956) (Works of the Nitrogen Indust -y lustituts) I the
transformation of nitro-compounda of the aliphatic And ilicy:11o, rows, into
the corresponding oximes, is givdi as being accomplished thryugh the catalytic;
reduction with hydrogen. Nitrocyclohezarts, for examplep is reftood over
metallic copper, under presourd, In the presence of liqmll asmorvLa, to
cycloboxanoneoxime, with a yield of 90A,
Card 1/6

3/063J600 5A 0 6/013/014
A051/&026
On the Reduction of Primary, Secondary and Ternary Vitro-Compc=b
a-SOM 0 C.m
\N02 0 CNNOO'114 --+ ()
The validity of this reaction amdd then be proven, accardIng ,* the authors#
by establishing the possibility for this process to take place wtth any
primary and secondary nitro-compounds, capable of tautomor traratomation into
free nitrone acids, and the impossibility of ternary nitro-comlounds tobe
reduced if they are not cabale of tautometrio transformatWn.. Phe authors
conducted the reduction process in a reactor made of stainless tteel, with a
mixer on the panless belt (Ref.7-Tishnevskiy) in a oyclohmme ae4ium, with
"I,"
hydrogen, under a pressure of 150-200 atm and 125-130OCt in th resencs of
an excess of ammonia (5 mol of IM to I mol of the nitro-compow 4f, over
metallic copper. It was astablieRed that the ternary nitro-comlovuls, under
these conditions do not undergo W changes. In the retiuction cf the secondary
nitro-compounds, a high yield of the corresponding ketoxings, (65-90%) were
obtained. In the case of the reduction of the primary nitro-com)outids, in
addition to the aldoximes, amid*s of the corresponding acids wort*lso noW
Card 2/6

3/063160/DO5/1)06/033/014
A051/AO26
On the Reduction of Primary, Secondary and Ternary Nitro-0*mpcrmdiI
to form, identified by their melting point, elementary iwnalysVt mul molecular
weight. The type of transformation noted is explained by the aimatanewis
occurrenm of isomerization of the initially formed aldoxisms Lito acid asides
as wellt R- INO2 ---* R- --4 R-C 41#0 . Hereby, th-0 rela-Ave part of the
NOH 2
amide of the acid increases in the reduction products with an ncrease of the
molecular weight in the homologous row of the nitro-oompounds, and, beginning
with the primary nitrohexans, the only product of the reaction is found to botkv
amids of the corresponding acid (Yieid-ea-eqA . With. dL doareate in the number
of methylene groups, the amide, yield gradually decreases and tie saaoxime yield
increases at the same time. Table I gives the resultsfor the xxpetriftents on
the reduction of the primary and secondary nitro-compoun4s. 3 mcial experiments
were conducted to prove the possibility of isomerization *f tho Mdoximse under
the given conditions. The same law sequence was noted herie as for the transo
formation of the asides in the reduction of the primary nitro-.aspounds (Table
2). Thus, it is concluded that the obtainod results could eon!Irm the validity
Card 3/ 6

3/063, 60/005,f006/013/014
A
4026
051Y.,
On the Reduction of PrimuTt SocoAdary and Tersul Nitro-tompow As
of the assumption that the reduction process with hydrogerA or pi Imary and
secondary mitro-compoundst over metallic copper, in the provence of liquid
ammoniat takes place through the stage of free nitrous aoid. forsition, It wao
also established that the primary nitro-paraffin6a behave im a 9?saial wV
under these conditions, namely, their reduction is accompanied br the isomeriza-
tion. process of the initially-form4d a1doximos into acid amides, the yield of
which increases with a growth of the mothylone chain of the hydrooarbom frov
C3 to C6. There a" two tables and 10 referencest 6 an Satiate 4 English,
kSSOCIATIONt Gosudaretvannyy institut szotnay promyshlennosti i praduktov
orgarLichaskogo sintoza (The State Institute of the Nitrogen Indu.itry and
Produoto of Organic Synthesis)
Card 4/6

ARTIMIYXV, Aleknnir Ivanovich, k&ud.tsJ4km.naukj, dotsentl AJIMIRYJ Nil
Alekswulrovi PMPC&lMtA$I'
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Selection of optimal VL"mtsrm of tranafftmerm ~wltb o*P*so
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snergeticbeskogo institul1a (for ArtsA.*7"VA,X )'~ 2. Ivoomkir
energetichmokly takhmikum (for AtUxOyev, A*~,;

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ARMIXEV. A.A.; GENKINA, Y(.V.1 KALIMOITOVA, A.B.; TRorri,'K NA, V.P.;
ISAYEHKOVA, M.A.
04duction of nitroerloboxans with sodium thloakilfa e,
Zhur-VKHO 10 no*5158&589 165,
1. Gosudaretyanrqy inatitut azotnoy
produktov organichookego sint6ma.
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provVehlothnoti i

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INVENTOR: K~aylov, V. B.; Art"
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cyclohoxem (50-450 ato) plus. 2~ attric said in 1,4 ~0.1 IAt
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tbe reactor outlet,, the reaction mix%" is r*ft ac*2~d
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"im-tional wthods and "&w"o irjib" ho - k$ odn " Ift + mj~ A
At
two Alob Is grafts.12y Inmvesed traj SO... 8% to U5
UhIch to subsequently convarted tov~cqwolsot* 0 met TOO
a constant temperature of 200 g5o~o MW reactor ID1 1 4
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ARTEMIYEV, A.A.,, inzh.; k~TEMIYFV, A.I., kand. takhn. rauk, doteent
Prospects of the development of frequency and phase conlrertere in
power engineering. Izu. vys. ucheb. zav.1 energ. 7 r~*.12:117-120
D 164,. i,'HjRA 1812)
1. Ivanovskiy onergetichaakiy institut.

ARTIMIYEV, A,I,
Apyaratus for fil1ing gelatin c*pml$s AIW 01401k iw*rm.
Apt. dolo 12 no.4:W59 A-Ag 163s (IOU 171;,')
1. TSentralliVy aptsohnyy nauohno-issledowatelIALY .1ooUtut.
I;.,,

ARTEMI-FV, -A. ; KORF, M.
Simple method for caloulating bonuess for but caiduttors. Avt.-
transp 40 no.1005-37 0 162. (MIPA 15i U)
Nages-Notarbus drivers) (Bous systates)

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AUTHORS: Razuvayevs 0. A., Pstukhov, G. G., 20,.U&5-3i/59
TITLE: Reactions of the Zxchange of Radicals in P:080009 of AM 3
(Reaktaii obasna radikalov v prioutetvii ALCI 5)
PERIODICAL: Doklady Akademii Nauk 888R, 1958, V014 118, Nr 5, pp. 96o-963
(USSR)
ABSTRACT: The authors proved that the exchange of ralleate of organo-
metallic conpokmds with the ffsolvent" takes place In
reactions of the radical as well as in ionLo reactions
(reference 1). In the present paper the authors wanted to
examine the possibility of the progress of the exchange of
cations R+ + ROD < ~' e + RD (1). by using
deuterium-containing "solvents" and AICI The use of this
last oatalyst van chiefly investigst*4 LA,reaotions of one
acid type (reference 3)- Exchange reactions which take place
with the participation of carbonium ions were investigated
by means of deuterium in reactions between aliphatic hydro-
Card 1/4 carbons and H 2so4 (references 4, 5)- For the investigation

Reactions of the Exchange of Radicals in Presence of AM 3 20-n&5-32/39
of the exchange of cations haloid and aronatic hydrocarbons
were used. The chosen substances show an txchange systems a
double interaction with AlCl : the haloid compounds show
carbonium ions in presence 0? AM 31 as it well known
(references 6, 7). Here the exchange oun take place according
to the equation (1). Aromatic hydrocarbons form a x-complex
with AlC13 in which they are subjected to a strong
protonization (reference 8). The exch4nge can take place
according to the reaction of the &aid type. Table I shows
that chlorobenzons-dsuterioboussne as well as cycloboxyl-
dsuteriocyclohazanoohloride carry through the exthango In
presence of AM 3 until the state of equilibrium. The
exchange taken place in those systems acccrding to the
equation (1) with the participation of the, pherylcarbo-cation
and the cyclohoxylearbo-cation. It is postAble that the
deuterolysin of the douteriobsnaene favorr the reaction of
the hydrogen exchange. This conditioz, hovoysr, is not
necessary. Contrary to these systems the 1,ydroten exchange
between toluene and douteriobanssue (tablt 1, experiments
number lo, il) only takes place accor4ing to tke equation
Card 2/4 (2) (acid type). The particles that take part In the exchange

Reactions of the Exchange of Radicals In Presence of AlCL 3 20-118-5-31/59
are a proton and a deuteron, The oxohmnge process can also
be represented as a rotation of olsotrophffla substitution.
By 2 isotopic markings (douteriotoluene a2d radiobousens
1-6 C14)it was proved that besides the ex)hange of hydrogen
there is also an intramolecular migration of th CH group
of toluene to*arde the benzene nualaue. Tiore i: p;40tically
no exchange b6twesn douteriobansent and c.rolohexane and
between cycloboxane and deuterio,oyclohexa:ie (table 1, ex-
periments number 12-15). This partly confLrms the correctness
of the conclusions drawn above. There is io exchange of
hydrogen if one of the components forms n) x-complex with
AM (cycloh*xane) or if the formatiDn or such a complex Is
not accompanied by a protonisation4 In chLoronltrobonzono
and bromo&nisole the influence of the subitituento on the
exchange was to be investigated. In spite of the expectations
it was proved here that only a limited ex-hange occurs
between p-ohloronitrobentene and douterioiltrotenzene, and
between o-bromoanisole and douterioanimo1o (table 1,
experiments 6-9). These results do not quCte agree with the
Card 3/4 fact as stated above that the radicals lo.-atod at the oxygen

Reactions of the Exchange of Radicals in Presence of AIC. 3 20,118-5,-A/59
atom are stable (reference 11). Finally tie experimental
methodology is given. The results of the Lnalys*.,s are
included in the tables I and 2. Thor# are 2 tables and 11
reforenoest all of which are Soviet.
ASSOCIATION: Gorlkovskiy gosudar tv an universitat
(Gor'kiy State Univ:rs,717
PRESENTED: October 23, 1957, by V. N. Kondratlyev, M-~xber, Academy of
Sciences USSR
SUBMITTED: July 17, 1957
Card 4/4

FIOSPIN, M-YA-1 GMU, O-P.s VASILIM# YU.S.1 XIIJIUUVO N.V.; FOLITMTOY#
M.N. i ARIW M AM'-
Additions of alacholuand their effect on lobolo ~140trosynthagisp
Dokl. AN SM 140 no.611Y38,I)9I 0 '61. (HM 14$11)
14 Institut slektrokbirdi AN SM. PradvtavloniD sks4600ca A.U.
Frunkinp, (Chemistry# Orj&nia--*tbe&il) Wlato 48ts)

ARTFM
for -Miting ointment Lasee. Ar.~_ lp.*-o 13 Nr-Ap
(Al:.--A 1,111V
-jS"nt,rnllnyy apt-flxiyy Mookv*,,

IMMMY,
he"ration of Amygftla amra aqva, Artodelo 9 no.213440 *-
Ap 160. (AM=) (UM 1336)

- AR,TEM"lgVj A.1.1 ILIMIN# H.T.1 RATKSVICHo G.I.1 Imomrsunt S.I.
Hechmdcal oupplyipS of distiU*d water to waklonatlaus, Apt,
delo, 10 no. 242-45 Xr-Ap 161. (XMA 344)
le I&boratoriya tahnolboi lWwjit"m#h fom J plinovych
preparatov, (VAMP DISTILLID)
. ~ 4
i I
~ i
40

ACC NRo AF6W583 MCI mms
J**
Al~: Artg~~v AKO $1
(ftndidats of Technical MUMS#;
-At I
OWS: (Artomt*
14
3119bowrim'I LAW
eloktrotsidwAld ivamovskov --w-w--r1dWsk"b1
Ivanov ?0ar IntLasering insutuf* (IM10"k4 0 W,
Tm I aftoo Olt 00ion pwmuts' *r tr4watamotw
T
i
now''.
Moms IsvesItum v7sahm
TOPIC TAGSt electric matcri sU0t4*Ardw&%0'~' er*
i -~~! 1",
0j
Aw,
10
*Wi4oueo
10410
induction
ABOMM I In spit* of 10io .
the. I
ad goe ftm* ajw~vml A
t 'hmol tirleal
rA
am tly, th Moore idall P1
lob
See$ Solt*$ Ao L Artem yftp *A4k
tried tw.esUblink optimim $6041 lisis for 41 6 0 t is 111111
gate 00 Choice of movatle I
mal proportions of Ahs tramd r t
L CREd: 1A

ACC NRs AW-13583
characUristitso Ab# tossibillOy f Oak WOU6,00
and Me dynamic stresses of S*14 a/sve. tread N* all
1) the losses within copper'sro looJok, largri. 00 Stolj
decrease In froque&4 leads to sW across 044V rat I
Multiplication factorp 1k) the tionsformorl design a
to
Stainnis equivalent air Sapi 3) Air- I
cuit can serve the double pwpg* of vorktog Vi
mentioned "rimental frequenciesp and .41 porw
an optimum geometry for the tr stool*$ 16 quo i
4 figures and 20 formuUa. S1
Sn 0=1 09 Bunt DMI Mb so A.
2T
Cwd 2/
Ina

jj_jj_jj'j7j-o V16-

*0 A[ I, so
A
1

:

00 4 qhm- W 14 *0.

A. 1.
DO Owuld fm 'A'AA106 tsw Wa kpqAmu
's
lfv~
f
C
k
1114
, 4
vvr~
OrW o
t0% 44 Ohr m
46MV1 qvhtmathA NVOIA
CAA,Lj T_ (A fCj,
Uf w4 U444
iW 'i, 16 1 ~_lr
,
900:40006:0*10*0 0#0 0 0, 1 sit IS, I I I iU I'll'i
~*Oolse 06*06 1

ARMYN, A-1., dote*nt, klodidat tekhaiaMstft =qL
bralnolov of thsontlaid 6100010 "XiWWilW4 XL*),lllrlCb*S%T* S0&12*7j-?4
D '53. (XW4 641)

AR701TW, Ael., kpind.takhn,nAulL.
".
Present state and prospective development of froquemV champrs.
Prom.enert. 12 no.10.1-5 0 'W. (mm 10:10)
(Frequency changers)

AR M IYIV, A.I., slaktromonter
Impovad oonstruation of a $park cap., X*k L topl* tt&ga 4 n0.101
20 0 160, imau 13, 10)
1. 2-y uchastok energosustahs" Omkoy dor*SL,.
(%kiltoade-goobric equipwat)
,!r."

ARTrX'M, A.14
Zfj "i~-ftRratioa of liquids in drugatar4m* 4t- dolo 10 n0-3$
40-43 My-Je 161. (FILTUS AN FILTUTION) (MIRA 149 7)

A:M,;-I'L-;V, A. I.
Influenas of ustalp gW thM "yo on thq qUaity *f t1itUr
almond oil vater. Apt. delo 10 no.4:51-52 J14S 161. (HIM W12)
(OIL Of AUOM)

AJITU41YEV, A.I.
'Joe of bactericUU1 Imp& 132 ph&rm&*OuU*al procUcso Apt. dolo 10
no.506-58 S-0 Ifilo (MRA Utl2)
(ULTUTICIAT US) (STRaMATIMO (PUWMT)

Afasm Th-f ) A. 1.
Machine for the produioti= of supposital6g, Apt. jWj* 10 no.6152-
54 N-D 161. (SUPPOSITOUM) Pmm 15$2)

ARMI MW A cbnyy sotrudniki BULIU10VA, S.L.muolmy sotradnik
JI-ALL-0--mu j
VA-SILIMyS.F. 0 assobo" motrudnik
Anmmrs to questiond an the preparation of medleird tam presentit
diffioulties and indompatibilltles In COMPOWAL129. Apt delo U~l IA20.1
92-95 JsF 162. ZMIIIA 15, 4i)
1. Laboratoriya, tokhrclogil Idt4LrwhwmyM torm I plonawykh preparsUm
TSentrallnogo muoWo-Assledovatallskago apt**M"o imstituta.
(INCOWATIOM (PUMOT))

ARTEMSIEV, A.I.
Preparatidn of bittar almmd water from a comentrutte, Apt. do3* 11
no.2s27-31&Jlr-Ap 162. 4MIRA 2585)
1. TSentml In" aptsobn" nawboo-isslodovaW takil - inn titut.
JAMOND)

ARTEMIYEVY A.I.j k&nd.tekhn,n"*q doteent,
Present state and Nture dowelopment of can"rters
and phase convertors, lloktriobestyo no== D 162.
(WFA l5ij2)
1. Ivanovokly su"Ucheskiy bsfdtut.
(Frequionq changers) (Phase 60fivertm)

ARTEM'19V A I . ".tokhn.nauk, dotsent
Problem oono tjw desip of trawormars MW limpsuo amplifiers
for operatic7rift4usaies from 2 to 10 ap.s. -.-w. vys. nabob.
my.; energ, 6 no.2ol,9-26 F 163. (=A 160)
1. Ivanovskiy enerptiahaskiy institut, Iment V; w1joinlasa.
Predstavisna kafedrcq toorstichask0b oemov ol~ktr,)tnklinikl,
(3106LAO trdA8fw%sr*) (M%Oet.a amplifiers)

iui::IIIEI-u-L-iLailuLu-jlq5jlll.~I 111; [Al I 11IL&IIII11M.111 U111111 I 1WId" It 11111
IJj~jq:p JV Y F rl" IF I. X 111- 1 11 1.111,
4o
UW4
I"IRT:
i J-d
Ili T: it
IJ
!hL. ~..!A ;L!.
.1 M-1
KIP
r H
I I ~,

1~~Iljmi.I
;iil;i~h--.

1-l: !!JIF111! HiT,
,FIFOF FPFF,I"11YJ
Hip tl~41101111111,i,
Tj
li 4
Ifu
IMP, T!'! 11,
P
-I JA I P.
all L'T"i
I -,,;"ITT 11;111,1] i it Ii Jl~ li, It
C. r jai

ARTYNIMP A.A., Insh.; ARTEMITEV, A.I., land. tekhn. nauk. dotsent
Prospects of the d,evolopment of frequency and phasi! corvarttra b
power engftearing* riv, vys. uchob4 sav.; entrg. 7 no.MI17-120
D 164, OURA 1832)
1. Ivanovskiy energaticheekly insti-tut.

ARMIYEV Alskumdr )wW,t*kbnvAuk,, dotAsmtj ktMOIV,, AI*Wws&
Selection of optial p"Urm at b"00 vl; '24-15 COP4801
frequency. Isvv",udb*bi,"vs Oak
165s 3*28) i
lo Kafedra towedebtlakikh oft&V eltIrtrotok4a4i AsmovIlabW
orArgeticheskogo iss%~tuta (for Artl%# 2. Ponovskly
anerptichaskiy tekbobho (tor Artes

Zo
T -1
-ifu-ii
H
9 , 2"-~
mks Apso 3 1 cw~
AUTHOR: Ad=!Zni A.- ~646
TITUCt CoakroUabUity of
SOMCEI WVZ# EnergofiUlif ma.il 1965- 40-~s
if
'W
ioincuasl heqq*fty.
Ti.
00 MOO,
lk'06,44*~ 10000: and 10
; "I 11R~1Y."'I'lu
ro~"*4w
OU~ characteristics) a# pi its
6equency cbs"ists this ebamser ed
motormbich io aunWed
~.j~ onverted 1614ty mvertor) was toot~o~ *ttMss~ 4-t0 Oll
if
11~4 il

'A
" I.. P
9292,
Xq(*.SSION NJU APSO)
; ~ -11--j,-,~;l,~11 1." 1
e"'per loss wao,coa*144"*r~wl i
An! electric drive with
considered desirable (or W'
loptimal machine design re itto 0,01"44 YIN
zi~,!
frequency Induction motors Us to 4 Ail
;frequcncies. The optimal jeottjoi f ht
0
i1nduction motors differs frabl'" of 49"
Is figures and 44 formulas.
ASSOCIATIOM ban
It
ii'~! iSUBMITTMI 08AAA'~'
NO REP SOV: 014
t-

ARTEMITEV#
Examinatiou of the periwability of plastics to
Sbor. nauch. trud, TURN 604-42 064.
Effect of the composition of Ikedbasents an the permobility
of plastics. lbid.t42-54
Effect of temperature on the permeability of plasties to
medicaments. Ibid,t%o-59 WRA 19t1)
1. Laboratoriya tekbuologil lekarstvonnM torA L .;aIAm*vykh
preparatov (rukovaditell - kand. farm. nauk Ost. bylovs)
?Sentrallnogo aptechnogo nauchno-issledovatellskagu Instituta.

ARTIE."WIT711, X.T.
Solub'11ty of plastica In drusp. Apt. dml* 14 no. W3-22
JI-Ag f65 (IMA 19il)
1. TSentmltnyy aptactryy nauchno-issledant-tallshy Inatituts,
Moskva. Submitted September It 1964.

ARTMIM AUksandr Iveawch, land, tekha.nauk , dotsoat
................ --
Orlim dimsioniLuty Of 2w-voltage pava tromprarwao
two v"o ucheb& saw*; o1ok .-.zmkhe 4 no.nto-p #6...
(Mal :4132
1, TAtodra teorsticheMM oanov elektrotektoW Ivinovskogo
energeticheskogo instilats.
Cglectrla tranoformers)

ARTINIM, A. X. (Ishavsko uL Trafto d. 28,, kv.
Gmw of fals* Intraniuml anemn of Us arteria tomitaw rVI
Ischiadlaia Nov, khIr. &Ab, no,1175-76 too IMA 15141
11 lafedrd, fakul't*UkW birw*U (MT. - Ow. S.
ehiwdn) hhe"bw Awitalubogo imstitut&4
(SCUTIG No"-wom SMU) (AM900)
(far :0M."= ASO MMM)

AM (Ishask, MAM, ul. yor*v*W. 4. IM. kv. 27)
1UPbragatic beret& in o#ajuoioa wlik rib tr"jaf, gir. IdLtr~ &Ak.
40,92112-114 " 139, (mm US?)
1. hfodrs fakkilltsl*ow ktiragil (mv. . pftt. 8, 1. V~r4mob*bjA)
tshmlw seditolukolo lostlWass,
fv0l=W-xwu) Wo-zmcm)
-,%L

ARTIMITEVo A.M.
Cas* of I*ft-#:Idod appmWicitis in altos iriso" 111pr#"o 14w,,
shurs no*3:69 8.0 11604i (KIA 131
1. Is kafedry f"*4t*kclr khIftijil ($a. or.
Ishavskogo misditainskek'm butibit*0
(AFPiiD III AM 00WOMY

ARTEKIYEV, A.M., kamd.med.nauk
Fracture of the first rib* NovAhlroarkh. zio*4174-7 5 1052
(;nA 1585
1. Kafedrs, fWnattetakoy khinwgii (may. - prof4 LI, Vbronachikbb
lzhmkogo moditainakdp instituta.

ARTEM11TV, A.N., inth.-meteorolog
Sow differeness in the metearologital oonditAoias a,*, Lasmv and
Novolaurey hations. Inform, blul,, Boy. antark. sk-sp, no.39i
29-32 163. (KUtA 1637)
1. Shestaya kontinentallmys ekspedits4a.
(Princeas A*trld Coast.-Yateoroloa-4baet-oatt*ns)

L I-P ' - - 1 -~ , 1I "-~-i - ---- - -- - - --- - -- ----
;t- d 'A ZVW 2 5 2 9 5 SOURCE CODE: Ull/31*14/6510,001054/0024/4028
ALMIOR: Androyev, 1. D. (Candidate of phyalco-m4themaTical scie"Ns); Artem.'Ypvo
A. N. (Junior r*soarch associate)
immon- '17;e
ORG.- CAndreyev] Leningrad Higher Maritime Eteineering S;pAl im. Admiral Hakarov,
(Leningrodskoys vyssheye inzhenen4a,morskoye uchilisho'he); rAr:eWyev)--Arctip_-~p0-_
Antarctic Scientific Research Institute (Arktichoskiy i &ntawkt1-.-h&*kiy nauebw-
issladovatellskiy institut)
IF
TITLZo Certain diurnal variations In yiod~valocivy at the "La&mvskaya 10tift
SOURCE: Sovetskaya antarkticheakaya ekspeditsiyas 1955-. laforw~tsionnyy byallet**19.
no. 54, 1965, 24-28 1%
TOPIC TAGS: wind direction instrusent, wind velocity$ solar rad:,atloa, Antarctic ~j
mate
ABSTRACTs The present paper deals idth the dharacter and coues of diurnal variation
of wind velocities in Antarctica. It is based -on data obtained irLth an automatic ane-
morhumbograph. Observations at the Novolazarevskaya Station werit made for 338'day*,
between March 1963 and February 1904, The article presents tablits; showing wW vslo-
city characteristics at various hours of the day and night &W w-Ad velocities for
sumer and winter months (July and January) at the Novolaxawavsk-iya Station* A SrqA
ard 1/k

L
ACC NR, AT6025295
depicts fluctuations in wind velocity for a 24 hr period as ranj ing ANN 2. 5 al"c it*
27.5 m/sec. The authors conclude ~dth a brief discussion ofthf effects of solar
radiation an diurnal wind velocity. During the polar night, shert wave rediatLon do"
not reach the surface and the variations in wind velocity are ispomptible. In the
suwmr, the solar radiation ranges between 0.1 ad 2 CAVC02-mim and %b4 amplitudes
of diurnal variations boom* coasiderable, OriS, art* hass 2 lablost I fi9VmO
SUB COW. 1 014 SUBM DAM mar6V one ur, oo
2/12 4~

AR7T,.-e ': ,, inzhener.
1 ~,i I in moumatic g4too. Bazn.truae v Drom.
-
(Cil Well D-EquiTgoont end "Mmliss)
fted.): T I S 157.
(118A 10:9)

PATWT, Mikhail Stopummichl , umcww red.; PXUWNN S.T..
rea.; 2m, F.K.. & "do
[Organization of ulbot sod Odablidummut $f to% standards
for smob4ldste and Ammilbure Is we mAufaawo of two* a mill]
Organizatalls, troda I tAb'dab m-adrov*WW @Is smo-storo4b-
rqft rabot T prIboroeir"all, foldm4nde Obso volumoo 06-TO
lud"trolt, prolwshl.0 19560 lu po (Ulu U19)
Obstiumut Lmftmtry--*od:wtift Standards)

SOIr/19-58-6-33/685
AUTHORS: Rozhen, P.-1.1 Rovnin, L.I. and 4&jem!jev, A.P.
TITLE: A Method and Device for Installin$ Brtdges During
Well Tests (Sposob ustanovki mostow p.!i ispytanii
skvazhin i usitroyetvo dlya osuahohest-rleniya spo-
soba)
PERIODICAL: Byulleten' izobrateniy# 1958, Nr 6f p 11 (USSB)
ABSTRACT: Class 5a,' 40 Or 113345 (572611 of :.5 April 1957).
Submitted tolqie Committee for Invent:ons and Dis-
coveries at the Ministers Council of USSR. A method
of installing bridges during tests of wells in pro-
ducing pipe strings; with a stopped-up Insulation
of the tested layer without the use of cement, by
the use of a cylinder with a pro-impr(ased rubber
packer of a diameter larger than the (iAxeter of the
producing strings. The cylinder is l(wered on putp-
ing-compressor pipes and pushed into 1hese pipes by
Card 1/2

SOV/19--58-6-33/685
A Method and Device for Installing Bridges During W(-l1 Tests
the pump pressure when it reaches th(, :set depth.
The device for pressing the rubber pixker Into the
cylinder is designed in the forM of U. conic cylinder
with polished inner walls and a 'nut itith a pipe
stud.
Card 212

14(5) SOV192-10-10-16130
AUTHOR: Artem Chief of the Drilling De'Artment
~__ 17~!J~w -
TITLE: Cementless Shut-offs In Oil Well Testing (:Iestsesentnve
mosty v lepytyvayemykh skvazhinald~)
PERIODICAL: Neftyanik, 1958, Nr 10, pp 22-23 (MV)
ABSTRACT: When a horizon is tested in an oil wello it in usually
shut off by a cement plug. Since this operati-30 taus much
time and Involves the use of c4ment, a group of engineers
including P.I,. Rozhen., L.I. Roynin,, and A.P+ Araoalyev suggested
that the horizon be shut off by employing a devtoe which makes
the use of cement unnecessary. This device consists of a 100
cylinder, a 200-250 mm -uboer plunger, equeeted Into the cylinder
under pressure with the aid of an auxiliary section, and a imber
of other minor parts shown In Fig. I and 2. Whstn the cylinder is
sunk through the shaft to the depth of the testsd horizon,, the
rubber plunger Is pushed out or the cylinder by the force of the
injected fluid. The plunger coming out of the *Vlinder expands
Card 112

Cementing Shut-offs In Oil Well Testing SOV/92-58-10-16/3o
and shuts off the tested horixon. When thotsetlAj of th*
lowest horizon is completed, the next higher hoelgon Is shot off
in the same manner. Fig. 3 shows how the cylindar Is sunk Into
the well, and Fig. 4 how it is lifted. The devi3or which Is
quite simple in construction, was built in the w3rkshop of the
Tyumen' Geological Prospecting Trust. The use el. this now dievice
proved to be very helpful and economical., There are 4 figUreso
ASSOCIATION1 Otdel bureniya T7vnenskogo geologIcheskogo upravlonija
(The Drilling Department of the Tyumen' Geological Administration)
Card 2/2

2210. A&Um!zgv. A.$, and Bolowni 2-E.
OWt FoluchenVa By#Wdkh Vm*ov Poddor*v I Partsu (%Adav. SSR.).
lishinsv, Y41daygiz, 1954. 28s. a Ill. 20sm. (MAV. UPr- a.-Xh. PropWr*
X-Va Sellokogo Khoaiwstva MM). 3,M0 M- 30k- - MA yOld*v- I"--
(54-56054) 635-64st-163). Poist (47-75)

A R11".17., "I P V, A.,;.; I ~'! ~- ", 1 y", 1':,'K f Y 0 V.,;.
Orivin or the axial rotation of the planats. ilistrm. z.%ur. 1.2 no.l:
124-1.18 ja-F 165. (MIRA 1W)
1. Yaroslavskiy goafaderstvenry-i pedagogicheskLy imt1tut.

ARTBKIYBV Alsks Vasillyevich; rodakt(T; OLMOTIWA#
rddaktor
Cwork hygiene in the dairy industr7l Olgions trots. rabocheco noUwhnal
sti. Noskra, Ops.Isd-vo medlIslulk0l lit-ty, 1955. 63 P.
(DAIRYING) (MUMIAL MDM3) W&A 93 2)

-------------
RADZIYEVSKIY, V.V.; ARTEMIYEV, A.V.
Influence of solar radiation pressure on the motion of artificialiI
earth satellites. Isitronabur. 38 no.3t"4*9916 3.0 161.
(KM 14%9)
1. Yaroslavskly rosuditretvennyy pedagogicheskly insAtwt in. K.D.
Ushinakoro. (Artificial satelUtes*-,-()Obi*0

ITTIMMt I*Aop kando Uklme miky reteamwotl UrAlUp r.1.9 Imbpp
red.1 MAOUSHINAp A.Nq red. is&-Ta; WWXA# VmA.l toMm. red.
[Loading am unloadime mobizwo "a mommmal logrillooblo.
rasgmwahWe mobisw i makhmnieW. Moskva, to$-vo 04odumol
transPart t" 196L km (43VA 240)
(Conveying mobinsITO Nrew$$ Orridikils '011a.)
(LOMIN WA =loading)

ARTLWITEY.&A.X,l kuW.geol.4#vml*n"kl Otl"Mv Lv4,p L-2hal
IZEIM,, X.S.p 1W~b.; RODIWTv O-A-s,10sb.
gVediency of usim horlswtal drainses, b*leo in Abe ar the
Xwok Wpotic AUMS4. Goro4w. no#51V*-19 W 161.
(NU 164)
1. Nauchno-imaledovatollskLy lastitut pe probloon *OArsbW
w4nithoy anommo gd OubkiA.
(Kursk a4n*Uo anowkU-40m dr4iuqo)

43268
3/848/62/000/040/002/003
11300 tlql/z48l
AUTHORS: Krupin, A.V., Astakhov, I.G., Candjda.t*# of
Technical Scioncosl Artoplylv, AoV., Maxtor*v, V*A,,,
n-'-17o_"_.
Kontsevayo, yoom" 9 S ne*rs
TITLEs Worm rolling of avioo ftnoo) stainione steel
SOURCES Moscow. Institut stali i splawov, Sbornik. no.40, 1962,
Protsessy prokatki, 138-151
TEXT: Rolling at a temperature intermediate between room and
hot rolling temperatures (warm rolling) was ox*mlved with spotial
reference to the effects of the number of passes, reduction factor
and initial strip thickness as applied to, wioo At5H4Pq)
[EI100 (Xhl3N4G9)] steel, which bolongs to tbo auttenitic-
martensitic class. For comparison, ~ho 'cold r*ILI&g behaviour of
the same steel was also examined. To determine the optimm -
temperature rang*, specimens wore also tested in it t*n*Ll* mchino
at temperatures between 20 and 400*C. A fourlhigh laboratory
mill with working rolls of 180 and back-up rol 0 of 360 ma diameter
and a working length of roll of 800 mm was uo*d tiperating at a
surface speed of 0.5 m/sec. Shoots of 2 x 45 x 250 om wore
furnace heated slightly &boy* the test temperature, measured by a
Card 1/2

S/846/62/000/040/002/005
Warm rolling ... E1911E481
thermocouple feeder. The rolling pressure was moossired with
universal load cells and automatically recorded. The temperature
range for minimum rolling prossurs coincides with thtt of the
minimum tensile strength and extends from 130 to ~10'C. The
lower limit is preferable under shop conditions. RcIlIng from
various thicknesses in a single pass and split Into 101; passes h
shown that warm rolling in soveral passes can increase the
reduction by 1554' compared with the maximum in cold rolling without
intermediate anneal. * The specific rolling pressure diminishes
with increasing initial sheet thickness. Examiaotions of the
metallographiC structure, the hardness and the magmettc saturation
flux density have shown that much lose martonsite, forms in warm
rolling and the cold work off-ect is substantially rodliced.
There are 12 figures.
Card 2/2

awplh, A4V.; ASTAKROV) I.G.; , OA.j ARVMIT~A,.~,,AL
0 _ ~?-
thasuring and recording toziAarat-,irmo daring vem rgilUpg,
Isys vyso ucheb, sayb; abarn. met. 6 nos3olVWX A0, J)
(WA 16;
lo Wskovskly Lnotitut otall % splAvoy.
(HoUirq (Wtalwork)) (mmmeatpus)

KIWPIN, A. V.,,kand. tekha. nauk; ASTAKHOVO I. 0.t iard, timm. muk;
LM EV. A. V., Insh.; MASTMOT, V, At, imbb.;
CWTSETUA., -is. M., insh.
Wars rolling of 11100 stainless stool. Sbor, lost. siali I
splav. na.40s138-151 162. (MRX 161l)
(Relling(motalwork))
(Stooll Stainless)

ARTJMIYJ;V,-Alska&&dr V"Ll'Voiic4j UWAMOV, M.I., kwW.guol.-
-- min. nauk, otv, red.
INngineutiv pologicAl ot=V of the vatw4 pjj~otjc
and rupture deformations of rookil
cheekoe izahoub *isteivtv*uVkb p3&xU*$*sMkh I ras.
ryvzqkh doforzataii gomftb porod, N*skvap OW 1-44.
149 P. (KLRA NV.)

ARTEP f'EV , A.V.
Origin oC the Urthlu radial rotation, Ucb, tapo JAra ps. poC
inst. no.56:9-86 163. (41AA 17i10)

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liew desigs of an olodtrto drtve for a semtf)At mossubly plAps. Ahts.
mas. ao.60-8 " 160. . (NIRk 13til)
(VAchine-tools-Sloctrio driving) I

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tun, polyomdeneation
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owdeneation. was carried out at 2WIL Tharmogm;hic aftloof mo NO44 Ot tM
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m7stallins phase me deternirsedl VAse data are tabul"O 1106trioal sfalise
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Inoreass In polarimbillty An4 dielectric loose It Is comelaw %at %0 1 d-t=A%Md

51393-60.,
ACCESSICO Me AP5011249
resotlon of the ocayounds in an olootrio field Is Osterwtn*G by M* "a I* vj! NW
amorphous ph"o. The time of relaxation woo found to be Indepondat of tb v I WO
of the poWixtqtbyls1loxmn* tranchod. Us glass point for the sIMUNd = vu
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found to Its within the rengs from o120 to -tSW# Orig. art. hase 2 CIVn w us& 2
tables.
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facing P. 608
"PIC TMI 2 ny studyt polymert tit"110 oompowde struohn waysis
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rray structure ana4vis at room temperat OM at -120C. no zrsr tboo" a
on 0- - 1-54 on
owe taken with CuK rad1atL T, and the Interplavar distakaw 0
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oompated by the D z
oligomeri and polymers are amoryhous at room tomperatun. Us stnot" 0 *&
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ACMI(V no-"W112~6__
the m7otalline phases we Identical. Oric. ut- bass 4 tiger" ad 2 Ubl"o
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so IV We 002 Q= 1 000
2/2-

AMMOM. 2.I.; Q"WF, GoTS*l XUVtWA* lolp
Nothods for testing t.bA elastialty of wtiftk# io*m&u0*w**
frady ul no.6212W29$ 0$8. (K3A %I S11)
(mootdo Gooduatorm-TooUng)