SCIENTIFIC ABSTRACT ARTSIMOVICH, V. - ARTUROV, O.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102230002-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2002
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TUUWWj~.X.X., WOVSKrT, I.Lo AX"IMICM Y.Se ?XTRIZNM,X.X.
Ach - fot. W%* tv-61lay tools for rep tomwd, UT.
lab. W 00-71 wm ITM
1. vesesomn" muchoo-lelledarstv V ski r I Ivroyakino.-
tokhnologlebeekly institut ur p nap
(Test tog aelhines

TOKAM, I.A.; ROMOV, V.A.1 tOOVSKIY, 1.1o; AIMPMCS, !:!.~
"Mozov, V.D.
Bit for drilling with a psrforator. Oor,%Ww., nooft?2
Ag 062, (Raek drills) (ERA 150)

.ARTSIS, KOBRINSKIY, A.Ya.; SPIVAK, Ya.A,
Connideration of forces of f Motion In the ealmulal tnn cwf conveyor
drivej for processing shoot glAss. Stek. ~ 'ker. 2; nos2i
4748 F 165o (KM 180)

RUUJI0T. T.T.; ANICTIMo IJ., land. **l'dcDftowMwtv*=jft uxokg
AM I ff ~WBU L:!U NVOmon,
hVOAAW Of OISAft ftllOw is ONNIMM PbVt**o lededLolls 6
sO,5f3"4 rf 158, (xtu Ut6)
1. GLWAVY AAmmum Oroubucokop abUataoco u"w2enUa vollabo
khozni*-t;viTr;r wessaaw).

Translation froms Referativap alumal. *d4uq*trqWjy*1 1959, Mr 16, p 234 (qSW
AVM s Artsishavskaya, N.V.
M=I Automatic LIM of Maohin## for the FAMtA*tW* Of Oftell-SISOd CASUM
PMIWICAM Tekhnol. aytomobilestroyahlys, 190, Wr 6. 63 - 65
AWMCTs An automatic line of naddim to go maguftsowre at small-sixod castifts
WIth a ""city of 900 0*14 boa"/Mor to assortw,4 AAloperstions
except the puttUg of cards, the dwokUS of ** solded baft, the
filling, and the oUsulag 4C VO IOWWWT *Mqq r owe ratomatod. Four
pairs of muUmstle smadblasts aft lm*wWaW In Wo Has, ot which 4Z*
Is a spws pair. All autabatia asehlaes at Us lUa operaU with a re-
volvir4 table. The rsvolviM tables of Ak* autaAUo m**$As* for the
lower mold boxes an used tor the julk" *; *a oar". Va autamatio, de-
vices are located art both sides of VO fawAry 604mor which mama It
pwalble to assemble and dismoust the molds dlraot4 above the conveyer.
Thas* operations are carried out by madumleal beWs. The assembled molds
am put from the tables onto the sonvoyer AV trinsfOr trolleys. The latter
Gard 1/ 2 are hooked uP U the platfOM of the 1GWft oav4qor vith the aid of

XV/123-59-16-"g
Automatic Lim at Vlachim" -for the Manufacture of Nall-Sited CasiAr*
speolal catch" sad travel tagoVar Vith the plotfornsa d1st6fias of 4W - 6W am.
DurivS the time of this travelinS the lifting mechsolams of the trolleVe transfer
the molds to UW sawraw. At the "d ot the VAW a lever 10*00ks the trolley frW
the conveyer and it returns to Its IzUtIal p"ItIon. 20 catch*$ (it the trolleys
of each mechanism an fitted at different h*40tt. -gko conveyer
platforms can also be shifted. ?Us permits Ow distribution of the sold boxes to
the VaLrious Machaalsms, and to switch the~goft IpdMWdM In AMA off 'the Use. ft-
fo" the fil I I the molds are automatically loaded vith uslots which MV traveling
along a suspension railroad. At the Ond of the stral6t 0"Ibo 8*410A thm ow.
vey*r makes a bond and, at this; spot, the WHO Aft PU" W sobaW aafthas onto
UIG rails Of VIV ISGUOU whers the Wtb~p an knodked frw Ow mo.A. The awtv
mold boxes a" again put onto the conveyer ad UkW to Us automatic molding waoWn a.
7he control of all the mochanisms of the autwatic Ifte, laoludIMS swltablm 4w OW Off
of the automatic sachInes. Is offlectod br Ow f*wAbj counjor, Whilai warrants a gow*
plate synchronIzatIcn of all units SM 000hanIsma roUtIve to U0. l&4t*r, 1 f1pre.
L.*%A
Card 2/2

24(1) R 7/0-25-9-24/57
AUTHORSt Averbukh, Me Mot Artoish*vsku: V"' 14~vsyfv' It. 1.0
Torina, 1. L# M19 aTrIT-1sov, to Go
TITLEs Now Photoelectric Spectroscopical Appamtus
PERIODICALt Izvestiya kkademit nauk SSSR. U ri a fizichoskkva, 1959,
Vol 25, Nr 9t pp 11o5 - 1107 03W
ABSTRACTs In the present paper the appatatus of the types MA-4 and
YESA-4M are described. The former consists of an.ara generator
of the type DG-2, a three-lons condenser system, the optical
part of the spectrograph of the typo W-52, the camera of the
typo UP-94, the collimator of the type UP-61 and s, system for
line separation with four outlet slits and f*ur photosloctri*
cells of tLe type STsV-4. The instrument is autottatized and has
an error of less than 0.5%. A photograph of this apparatus in
shown by figure 1. The second apparatus doearkbod here consists
of four blocks, and dtffers fro* the first by the optical syst4a
and by the ~ora of its construction (Fig 2). ?'he notrumont makes
it possible to control the line Intonsities. The oxperim*nto
carried out by means of both apparatus iri th two c Iftioront
Card 1/2 materials are shown by two tables. There aro 2 fij-urea, 2 tables,

Ncw Photoelectric Spectroscopical Apparatau SOV/48-23-9-24/57
arid 1 Sovict reference.
ASSOCIATIONs Hauchno-issledovittel'skiy itintitut tokhnaloili avtomobillzoy
prcmyshlt~r,nosti (Scientific Rvaearch lnstAtute for the Tech-
A
nology of the kutmobile Industry)
Card 2/2

ARTSISW-ISTAYA, N.V.j YERINA, I.I.j V.Rrtl7SOV, I.C.
Photoelectric adapter for the ISP-22) (ISP-28) apectTograph,
Avt.prom. 21 no.10134-36 0 163, OdRA 16t 10)
1. Waite hw>-is slado-ratel 0 sk ly InsUtut avtaw*btI'mqf provqshUmnosti.

ZABBMN, A.G.; AMI Ye.
usim raw phenols in ptodwiva this m water-soubie resin, nor,
pron. 7 no.2tlB Ir 158. MIA Ilit)
liketitat
(ftesolis) (om am resins)

BEHIOVICF, Mikhail Amoltdovich; VAVIN, Vittor Nikolayevich; GatMv,
Mikhail Llvovichl MUFDV, Turly Grigorlyievicb; RIERLI, Norwad
Yevgen'yewich; SAVIOSTIYAWV, klaiksey Ivanwich; SIMIVO
Vladimir Alsksandrovidh; DOwnw, Y.z., inh., retsmsentl
MOCHIN, K.Lf Insh., retsensent; FEWD, insh.,
roteenzent; AMMNIVSKn, Ljj;-j rod.1 Un , A.D., red.;
BORUNCV, N.I., tokhn.-red.
(manual on relay pmtoction optaxal SpmvooMlk po mlalnoi
sashchits. (Byl H.A.Berkovich i dr. Moskva, Goesknerpisdat,
1963. 512 p. (W&I 160)
(Electric relays) (Electric protsaUon)

~: , r ~- - - " !),: m
3, ly
L-1 I ',,ultivnt,.,d PItints, Gtneral Problem.
A FZ. - J, -1, R. ROf 2~hur-WOIOOYR, 110-Le IM, 110. 1.5557
AT"711,02 Rytivinov V,T.; Anikovioh, 'l.F,;Artalmh*v9kiy,L*V*
ITO tgi ven
:Th,.3 Importnnee of Pitre Fallown In 0:,iunburgskm
OblRst. T
0*.Rj' GPn. ZemIA-ilizve, 1958, NO.5s 30-34
-No abotract
CARD: 1/1

137-58-2-3651
IPS H ffV!; A1,.4,
Translation from: heferativnyy zhurnal, Metallurgiya, 1956, Nr 2, p ZZ4 (USSR)
AUTHORS: Pshechenkovs, G.V., Kadykova, U.N., Artaishevskiy, M.A.
TITLE: An Investigation'of Alloys Based on the iron tobdlt'sysie~
and Containing 25-35 ercent Co (Issledovaniye splavov na
osnove sistemy zhelezo-koballt, sodermhashchilch 25-35% Co)
PERIODICAL: Sb. tr. Tsentr. n. -I. in-t chernoy rnttaflurgii, 1956, Nr
15, pp 86 - 101
ABSTRACT. The best conditions for the production process and heat
treatment of alloys containing not only Fe, but 35% Co And
0. 4-0. 06% Cr. to guarantee a combination of satisfactory
magnetic propertied (MP) and adequate ductility, are sought.
The effect of other Alloying elements (Si. Zr., Al.) are invest-
igated. It is found that in order to obtain the beat MP it is
necessary to cool the alloy slowly (200/hr) otter iinnealing
at 850-9000C. However, the metal is brittle In this state.
Ductility improves on oil cooling, but this brings a certain
impairment of the MP. Cooling in a magnetic field improves
MP in the direction of current flow. The most favarable
effects upon MP are afforded by combined addltior~ of Cr and Si.
Card 1/1 A. Z.
1. Iron-cobalt 2, Irm-eobalt, systaW
--Heat trestmont.--hnAlysio

ARTS ISMSXIY.-)LA,[ trans lot or) S=9811T, Y*.Ps, rod., ISTUM, I.M.,
red.;-ARIXANM'SUU, K.S., r*d.Isd*tsl'stvJI'j'WAiO, A.I., tskha.red.
(Iffect of wwlear irradiation ca strwturs &4% ptoprklss of me(als
and alloys. Trauslatt6ussl beistvio Ia" kh alwhouli na
re"
Itruktura i evoistva ustallov i splawov. 17V v ~'x A.Artsibbervekno,
vod red.U.P.Selleskogo. Koski*, u.1.94-vc lit-ry
po chernot I tovetuot astallurgil. 1957. M P. WWA MI)
(Nualear reactors-Kattrials)

3151S
is R Ito $1058it 1/tX)OA 10AB91100
AOQIPIOI-
AUTHORSt Artijahe* B.S., Noshaly9yew, O.V., 3011"kly,
Ya.r.
TITTZt Effect of dWt
w4rAv4lation an electric resistance of ordering and
aging alloy&
PERIODICALt ]W*r4MI Pjalks; no. IQ.. 1961, ?79, Abstr6at 10PA34
Sb. tr;.
in-% oh#moy msts1lurgW, 1959; no. MA
168 - 176
Twt The authors the effect at, irraft4sion. by 44ev doutro"
an electric resistanoo, alloys NIP, Fd3Al and,the &SUW alloy
35% N;, 4,5% TI,. v"s 0 In all cases -irradUtion %7 b*"w of up to
1. deut Joe _1Z.-
5X10 ron/o . eaus a * *atria r*sIstancat in the owdvired
alloy "Fe Al it grew cws4::rW~d1ft the annealed one It drqpP4d,.!A'N1~% the
.ordered Q disord#rscitta ~j*trle resistanot decreased shoply. im # FO_
0 r
*1 #T1 alloy the affect -was ~r+t~! V~%*tet than *Varjm~ntal errors. 'rhe most prob.
Ole process causing decrease. it electric resistance in or4orim, As,& result
card 1A

32no
ElT*ot of deutron Irr6diatIdl~,4, Awl 101
of irradiation of Vw 03me 1, awe intorvadlato degree of ordering-la pos-
"Ibli attainea, This hm le *Mfig*M ty . the - obftl&*UM or OhOW98 10 01*0-
trio resistance of the allej .~'*woallng which was carried out wlth DPOOLOMS
after meaduramts in the likedlited state.
V. Patskovich
(Abstracter's notot CompleW 4M*Iationl'
Card 2f2

3OV/126-7-1-7/28
AUTHORS: ArlAialie-yaki -ROA4.6 Vasillyw, B.S., hoshell,alayt asy,
and Seliss y, .0 4
TITLE: The Effect of Deute'ron-Bombardment on lglaotrloal XesisUAaia
of the Ordering Alloys Nige, P03AI and the Ageing Alloy
Fe-Ni-Ti (Doystviye bombardirovki deltronami na elektro-
soprotivloniya uporyadoehivayushotikh a $PlaVO'V Vi3F*J
F93A1 i stareyushobego splava, Fs-li-Tl,
PhRlODICAL., Fizika Notallov I Notallovedeniye, 1959, 'fol 7, Mr 1.
pp 63-56 (USSR)
ABSTRACT: The authors studied the effoot of Irradisticn, with 4 M*V,
deuterons on eleotrioal realetanae of the ordering alloys
Ni P9.4 Pe Al and the ageing alloy with 36~ Ni, 4.6* T1 and
tJ rest 3;G. Samples were of 20-30 tA%ic1mo&s which
ensured interaction of deuterons with Cho laitibe &tax*
throughout the whole sample. before measursitent, samples
were subjected to various forms Of host treatutoat, The
ordered state of the Ni F9 alloy was obtained by slow
Card 1/4 oooling for a fortnight from 55000. The PeakI alloy was

suv/126-7.1-7/28
The Effect of Deuteron-Bombardment on Slaotrical Revistdince of the
Ordering Alloys Ni,3F9, FeSA1 and the Agelng Alloy Fo-li-Ti
ordered by cooling at the rate of 2500/hour from 660*25000.
The disordered states of the N13pe, p*SLI alloys vere pro-
duced by quenchIng from 850*0. kg*Lng of the Fe-Ni-ft alloy
was achieved by four-hour heating of cold-doforsed samples at
70000. The latter alloy was also tests4 after quenahIAS from
100000. For irradiation the samples were plaosd in a cassette
oooled by runnin$ water. The deutaron ourreat density did
not exceed 1 IjAlozl~, and the temgerature of the sample during
irradiation did not rise above 40 0. Blectrical resistance
was measured by means of a potentiometer bof3ro and after
irradiation. The results are shown in Tablas 1-3. Irradiation
increased, in general, the electrical r saisttince of the
annealed (ordered) Pe Al and deareased that of the quen*hod
Fe3Al. The electrical resistanee of both tho quenched and
the annealed (ordered) Ni:sPa fell Nith increase of the
integral do Ile ceivad. Low intenottiss of irradiation,
up to 5 x Oil* deuterons/am:2, decreased the eleatrioal
resistance of both Fe3Al and Ni3Fo. In the case of the
Card 2/4 Fe-Ni-Ti alloy the changes on irradiation ve:~* haLrdly

bJV/126-7-1-7/26
The Effect of Douteron-Bombardment on Electrical Roalstanos of the
Ordering Alloys Ni3pe' P93A1 and the Ageing Alloy 00-Mi-Ti
larger than the experimental error, but their :ign was
poaltiv in quenched samples and negative in ag d samples.
The autiors conclude that deuteron bombardment produces
further ordering of the Ni3?* R1107. In Me F*3A-l alloy
deuteron irradiation prodwas a state 11fttermediate between
the disordered and ordered states. After irradiation the
samples were subjected to tempering at irarlous temperatures.
In the ca e of ?a 1 the shap( of the el4ctrical resistance
B . I
curves (Fig 1) of erradiated samples, which ivere subsequently
tempered at 25000, confirmed that deuteron Irradiation does
in fact produce an intermediate state of ordering. Wban
the irradiated Nigs samples were texpered the durations
of tempering were Insufficient to reach a at&to of equilibrium
(Fig.2). No noticeable difference was obEorved between the
behaviour of Irradiated and the non-Irradisted Fe-11-TI
samples after temporing. There &.~e 2 figuresp 3 tables and
Card 3/4 4 English references.

b JV/ 1.2 6 -7 -1 -7/ 2b
The,bffoot of Doutoron-Bombardmont on Wlectrical R,isistanoe of the
Orderln~,f A110Y3 M319e, P93AI and the Ageing Alloy F*-Ni-T1
ASSOCIATION: Institut protaisionnykh splavov V0l-"'0bU (Instituto of
Preeluion Alloys T8N11ChM); 2-y
fizicheskiy In-t ROU (Sooond Solintiflo-Research Physios
Institute, Mosaow State Unlversit7).
SUbMITTED: May 27, 1967
Card 4/4

6/237,'62/000/003,/105/191
A060A~101
AUTHORS: Artsis Vasiltyev, S. S., Koaho:Lyayev, 0. V,
Selisskly, Ya. P.
TITLE: Action of deuteron Irradiation upon the electric resistance of
alloys undergoing ordering and aglng~
PERIODICAL: Referativnyy zhurnal, Metallurglya, no. 3,1962, 6, abstract 3138
("Sb. tr. Tsentr. n.-i. in-t ahernoy metallurigli", 1959, no. 22,
168-176)
TExr: The effect of deuteron irradiation upon the electric resistance N
of alloys N13Fe, Fe3AI undergoing ordering and of an alley of qe with 35% NI
and 4.5% Ti undergofng aging was investigated. The specimens -4*re Irradiated In
a cyclotron with deuterons having an energy of 4 Nev, The thiArAss of the
specimens constituted 20 - 30,1~,. The R measurement was oarried out by the
potentiometric method. Becauie of the small dimensions of the specimens the
voltage and the current leads constituted a single whole with -.he working part.
The specimens of Nl3Fe and of Fe3Al were investigated in the ordered and the
unordered states; the specimens of Fe-NI-TI - in the aged and hardened states.
Card 1/2

S/137,'62/000/003/105/191
Action of deuteron irradiation ... AW/AlO1
It was established that when the ordered F*3Al alloy is irradlattd its R is
increased considerably. and the A of the hwdened a3loy - drops. The bombarding
of the N13Fe alloy in the ordered and unordered states causes & onsIderablo
decrease in R. In all cases irradiation In fluxes up to 5 ' 1011 deuterons per
1 =2 causes a sharp change in R. at a further Increase of the total flux the
rate of change of R drops. The effects uncovered In the F4i4Ni--TI alloy do not
exceed the limits of experimental errors. It to considered Uum the most
probable process causing the reduction in R is the ordering. I considerable
drop in the R of the alloy NIgFe is noted, whose degree of ordering corresponds
to a temperature of 250 - 300 C. In this alloy a further ocourrenc* of ordering
under irradiation is possible. The shape of the R c4irves of the Irradiated
specimens tempered at 2500C confirms the hypothesis as to the attainment of an
intermediate degree of ordering as result of the Irraiiation. ::n ta"ring the
N13Fe the soaking time of the specimens at the respective temperatures was In-
sufficient to obtain an equilibrium. The character of the R Yarlation of an
irradiated unordered specimen is close to tho R variation of an unIrradistod
ordei,ed specimen. In tempering the Fe-Nl-Ti alloy no great difference in the
behavior of irradiated and unirradiated apeoimons was discovoriod.
fAbstracter's note: Complete translation] A. Rusak.)v
Card 2/2

'%too 141b 1413 1t;4S7
S/126/61/011/001/001/019
1110 IL07- h3S
I I Do 9195/t485
AUTHORSt Artsiphovskiy, M.A. and Aelieskly, YAJ),,
;TITLE: The Effect of Neutron Bombardment an the 914tatrioal ond~!
Magnetic Properties of Aj~oys Undergaiag Usorder/Or4er
Transformations
PERIODICAL: Fizika metallov 1 mat42460odeniyo, 1961, Vol' No,

'
-28
pp.20

~ The current views reSarding the effect or:U*11trah
.radiation on properties of alloys that undorAo or4or/disordor
transformations ar* based mainly on conclusions inf*tred from the
rosu'ts of studies of Au-~Qu
-k -:alloys of composition corresponding t
Cu3Au. Little work-hiCe boon done an alloys of this type which 1~t
have industrial applications, and it was for this reason that them
present investigation was undertaken, The composition 4weight
of the alloys studied by.the present authors is tabul2ted
below

Ca rd 1144

89933
3/126/k/oll./on/ool/m
The Effect of Neutron Bombardment on the Rloctrioal nad MaxnetAc
Properties of Alloys UndergainS Disorder/Ordor Trians-forisat ions
Ni MA Cr Al No Ite,
i V e 85-1 - Item inder'
'NiSMn 75.7 23.6
N'3Cr 76-72 22.65
F03W. 14.88 Remainder
5011 51.7 Ramaind r
Mo-permalloy 76.o R*maind:r
Admixtures: C - 0.01 0.05%; Si '0.15 0.4%; Mn - 0-1 0.5%.
The magnetic properties were Measured on toraid, spetimens
(O.D.= 30 mm; I.D. a 20 mm; ,6 at OJ5 on) and an rosta 25 ma long;
and 3 mm in diameter; spociriens for measuriag thi *2.eetrical
resistivity were cut from foil 50 micron thick. Us experiments
Card ~/Ao
A,~

S/126/61/01,L/001/001/019
9193/Z483
The Effect of Neutron Bombardment on the Electrical and Magnetic V
Proportion of Alloys Undergoing DIsorder/Ordar Transformatians
were conducted on specimens In annealed (i.e. ordered), quenched
(i.e. disordered) and work-hardined condition. The va-cuum
annealing treatment of the Ni Pot M13MA, MSCr, 50H and
molybdenum permalloy consistol in the followinSt 3 h at 1000%,
furnace cooling to 550*C, cooling to 250% at VC/h. furnace
cooling to room temperature. The F03Al alloy was heated In VAcuum
to 700*C, hold at the temperature for I hj he^tvd to 8006C and
held at the temperature for 10 win. after which it was furnace-cooled
to 550%, then cooled to 2200C at 25*C/h and, tinally. furnace-
cooled to room temperature, The disordered specimens were obtained'
by oil-quenching the F03A1 alloy from 800*C and the other alloys
from 1000%. The work-hardened specimens were obtained by 65%
(toroids) or 90% (foil) plastic deformation in eomprex3ion, Th*
electrical resistance at 83 to 293*9 (20 to 293*K in the come of
alloy NiOn) of specimens before and after neutron bombardment w4s
determined by the pot*ntiametric method. Thi wap*tic properties
of N'3FO, 50H, F03Al and molybdenum pormalloy were a*aaur*d at room
Card 311A
91

89938
S/1 20; /61/011 /001/001 /0-19
9193/9483
The Effect of Neutron Bombardment on the 81*ctriewl and Magnetic
Properties of Alloys Undergoing Disordor/Order TransforgAtions
temperature with the aid of the ballistic method. The moasur*meftts,~
were made with d.c. The magnetization curve was plott*d; the
initial and maximum permeability, it* and I&Maxo respectively,
were measured an well as the Coercive force Ile, residual
induction Br, and the induction in a 50 Oo field, B50. Neutron
irradia ion was carried out at 60*C (with an integrate-d dome of
5 x 101t or,OJ65 x iol7 n*utrons/egg2) and at 350% (integrated
dose of 4 x neutrons/cm2). Some of the typical results aro
reproduced graphically. Thus, the relative change of electrical
resistivity of annea led Ki3MR specimens during agolog at 350'C Is
illustrated in Fig.2, where (RO - R,[)/Ro (in %) in plotted against~:
time 0, hours) of ageing; here, Ro is the initial resistivity,
Rl. denoting the resistivity atter time I Oxperimental points
marked by circles and crosses relate, respectively, to specimens
that had, and had not, boon irradiated prior to atctag. The
temperature dependence of electrical resistivity of Fo3A1 is
illustrated in Fig-3, where (R20 - RO/R20 is PlcltOdAgAiust the
Card M4

S/126/61/011/001/001/019
9193/9483
The Effect of Neutron Bombardment an the tlectr*eal and Magnetic
Properties of Alloys Undergoing Disorder/Order Tmnsformations
test temperature (*C)g hero, R20 and Rt denote the resistivlty~
at 20'C and at the toot temperature t r*speetively; the graph*
:relato to specimens In the following con4itiont I .. annealed oad
Irradiated; 2 - quenched &a4 irradiated; 3 onnnaled, not
irradiated-, 4 - quenched, not Irradiated; 5 Work-hardonsti. slot
irradiated. The same relationship fo; the X13mb alloy Is
illustrated in Fig.4, which contains graph* relating to Specimen* its,
the following conditions 1 - annealed and Irra4tht4d; I - anneal 4,
not irradiatedi 3 - quenched and irradiated; 4 - quenched, not
irradiated; 5 - work-hardened, not irradiated. Analysis or thes:
and all the other results obtained led the present authors to tho,
following conclusions: (1) Neutron irradiation brings about an
increase in the rate of diffukion in all the alloys studied; this
effect is particularly noticeable after irradiation at 600C, at
which temperature thermaliv-induced diffusion is practically non-
existent in these materials. The accol*rotod rats of dirfusion is
probably associated with non-equilibrium concontrati*n of Fraonkel
Card 5/0

e-_ ~ I - ___
QW,"
S/126/61/011/0011-001/019
E193/E481
The Effect of Neutron Bombardment on the Electricol and Magnetic:
Properties of Alloys UndergoinS Disorder/Ordor Tr4tooformations
defects formed during irradiation. Irrediation ot 50*C affects the
course of subsequent ageing tat 200*0 of quonchad and annealed
:specimens of the NiCr, Ni3Fe and N13"A Alloy* tn which the rate of
the thermally-induced diffusion at this temparht"re i.s very slaw
This effect can be attributed to the higher v.%t-ancy coiAtant.oxtsiing
during and after irradiation; this accel*rates dIffusion during'
subsequent ageing but only in the initial stage of -the process
(cf Fig.2), after which the rate of ordering ottaiAs the level
characteristic for this particular temperature.
(2) On the basis of electrical resistance measuromients, it con
be postulated that accelerated diffusion, caused by neutron
bombardment, brings the material treated nearer to th* state of
equilibrium. In some cases, such a state cannot be attained by
heat treatment, owing t.) the slow rates of diffusion at low
temperatures. (3) Ch.-inges in 9 and 41t1 of ountaltd. (ordered)
alloy N13Mn, brought about by neutron bombardmentlintegrated dose
of 4 x 1018 neutrons/cm2) correspond to an increase in the degree *f'~
Card 6/

S/126/61/01,1/001/001/019
The Effect of Neutron Bombardment on the elettrical and Magnetic,
Properties of Alloys Undergoing Disorder/Order Transformations
.order, whore&& neutron bombardment of quenched (41oordorod) alloy,
N'3.mn brings about a 50% decrease in A and a very small inersois
Jn MI which, After bombardment, amounts only to 5% of that at, an
ordered specimen. This =y be due to the fact that In the came at
a disordered alloy, the degree of short-range order only is
increased by neutron bombardment. In an annealed specimen in whIch
domainn of long-range order **tat already before noutron boubardoont's!
neutron irradiation may cause both an Increase in the degree of
order in these domains and their growth. It is very likely thati~
R depdnds to a large extent on the deXroe of short-range order
whereas 41TI is determined mainly by the degree of long-range ;rder.~
(4) Comparison of the effecti of neutron bombardment ut 600C I .
(integraved dome of 4 x 101 noutrons/cm2) on variour, properties of,
the alloys studied shows that the magnetic properties are more
sensitive to neutron irradiation than the electrical ones. it to
most likely that the change in the magnetic properties is brought
about not by a change in the degree of order but by radiatioa
Card 7/ 10,

S/126/61/011/001/001/019
E193/9483
The Effect of Neutron BombardmAnt on the Electrical and Magnetic
Properties of Alloys Undergoing Disorder/Order Tramsforsmatims
defects whose concentration must be relatively large, since the
change in magnetic properties persists for long oriods after
irradiation. In experiments carried out at 350VC the ofrect of
neutron bombardment on the magnetic properties was obliterated by
the effect of temperature, owing to which the concentration or
residual radiation defects was low. It was only In the case of
annealed alloys N13Fs and Ni3Mn (in which the degree of order WaW
considerably increased by neutron bombArdsment) that a c*nsiderable~:
change in the magnetic properties was observed Me of Btl Fe
having been doubled and 4M of Ni3Mn having increased by 13%.
(5) Vhilet according to published results (R*f.7), R of annoaled~
F
A subjected to deuteron radiation increases, it decrease* after
:3 11
n utron bombardment. There are 4 figures, 3 tables and
12 references: 6 Soviet and 6 non-Soviet.
ASSOCIATION: Institut pretsixionnykh splavov TmNllCbX
(Institute of Precision Alloys, ToNIM4M)
SUBMiTTED: April 8,-ig6o
Card U/

_5533,2-65
A,".(-.TS5.TnN t.R- J,TS0111631
AMU.: Strov, Ye. A. Al'tignialleilo 4), 111,; Awtstoihev=kC III,, A.
I- x
T I 11 [1-1 f 1. I.Im 1'rat'll ImIlItive-f-voIA-r moft 41[1111-7-4
e MnMlll (lift )Itml: Ck L c 47chill.
le
q
i;%:, i.1 114
TOPIC, TAGS: thin mmvgne~fc filn,, ilmigmetis N.1m prrpdu',t1*hp IIIIIII)jr IvIlpietic PX130r.
U 7* 1.,:, so f I:I a II ,,v-)r cli 3111 r I 11. I.glq
~A ti-c- wtjeflplrqla~l incouparat ii an of ItuippollAc !1jrIjs In-m 0:
tronic devices, the pernorinel 1,ha Tmistil-ol: womfo 4
ot! &FtwElLcipid Livil U:4tc it kill to it ~v
Lfi~o,u Alk)
1 0 Ir It r ifl.'Itf
(III Of 91 1. 1446 1:, . f 12
1,11m '41porII Ior rt IIII
Cad
...........
r
7-7

L 55332-65
ACCESSION MR: AT5014631
Oil d !to
of the savqsles, chc nape -artiem of''...
tic g1r4
.1ail"wra r tirl! I 41-11f:1, , '1114 lip., Ic i: 11ilt, to Ora
olt 1, v(XInt, WA
ad
11-1 !. rtijul t:9 01011111 1. 0 -1111171tie vith the
!)A I El ~El r t t: I." hills,
&I)
M I ci H C.1 t al r. t. Iii d 11 1; (1-1: 1 8 RX14i -Aid 1,41, 1.0 'a CIT11111HAkS 1111 ill 't M. A.
.1,r s i s h.- E. Ly Ya Fmq, 1.9~6!, 1. 1., toil,. 1). (110L8
2 ftgurf!s ead td,b),ns.
ASMOC IAT ION: TaKIMA
SOMTTHD- Meo:64 )%CL:
13) REF SOV.- 003 Orrum ID02
4
11 *M1

larovemat of devoloplu lWassom. ?no 1191 a0.,3:1936,196 133.
i(" 918)
1. Zsfedrs obsboeboy fotogWli I tokhaologii olbfttotk:i kWofttomts-
rWav.
(Cla*mtov*vbr-Dov*l*p"4 am dovol"Po")

Fastening device fOr draldos dabl*s throwSh pipopo' hgooled ty
A.M.Arkerml. late.1 lsdbr#Wedl,v str*j. mo,160"'o do.
(NIM 13:9)
" Tre~t 'Sent roe"oktr*w%U 2b I NO$kva, 16149fth4W P096 4.1116.
(Oables..)
'1 1 ',1

Aitl'UM~ DeXpe losbour.
Clmps far ra-log slActris calso tbrovo toop ad bl"'I "T
lwptlk 4 so-603-3$ Js 156. (W3A 9 T -
(21461110 oble$) (ftessalAP)

AR"RMI D N Inshener.
.. 4 ,. .
Grip for MIling electric *able* tbroo& wpoop, PAt*, 1 jjojff$'
prodl. v gtrot. no#150:16-19 1%. 1 (a& 1085)
1. ftest *entro,olektroisontash.
(Blectric cables)

ARWMI. D.M"Amboner.
.."Woomom
ftOrlenco JoUdug al=bma bare by the prossuro M$tboi, pM.,
anorg. 12 no.6t24-29 is 15?. (=A Us?)
1. "ontrallsoys upravionlre oloktramoutasbuW proWshUftosti.
(NUOrle Wu ban)

ARTBRUNI Vahan
(Ruselan-lotin-Aruenion dictionary of medicol terms) Russko-
latInsko-arslanskli slovarl soditsinskikh torainov. Irenn,
Armianskoe goe.itd-vo, 1956. 359 V. (min na)
(KNDTCDnL.-Dlcf TOURMS)
(RUSSIM LAMUAM-DICTIOWARUT$-.&4jH)
(RUS31a LOQUAM-DICTIORARIM..MM[LAN)

BUTS104~GA, M.M., doktor sallokokhoz. nuuk; ATt'.rSUKCiICJIp S.rj.j $HMKAO
YO.K.; KUZIMWOP YU.P. ~ I ---- 44,11-11,40,111, ,,, -
Tim uW methods for the placement of fertilizers for c*m
Zemledelie 25 no-10,46-49 0 163o (MM 16M)
1, Ukrainskiy nauchno-issledovatellskiy institut mouLledoliya.

IRMOOV, L. Ta.; AIMMMOT. Tu.N.
smulsirying proportion of agget4l INT.V"O
uchob.sav.-, pishch."ekft. no.l-.?1-75 160. ixtu l3t6)
1. Xafedra kollollMoy Wait LealuaMakage tokhmaWches"
instituta imoni Lenso*ets.
(Oloomarorlue) (AMISIfying agauta)
-111 v.,11,1111VIIIII

ETONMAIMV. *I JMLOTXIIWO A*N&
- -r-
-r
- -r
~btbod of determiniqg comactions for emanation in radlometric
aampling of mdioactive ores in plus. Voporudogsaf1s. moo3t
102-105 161. (Radioactive proapecting) (KIRi 1588)
,It. ;L It;., t, 1

8/169,/62/OCO/009/060/120
D228/D307
AUTHORSs Artsybashev Vo AL and Bolotnikovi Ai N.
TITLEt Method of determining corrections for the rediocontai-
mination of naturally occurring radioaci;lve oras in
radiometrio assaying
PERIODICAL: Aeferativnyy zhurnall %;eofizika, no, ')o 1962,
4 3
stract 9A283 (In eolleati6nt Vopr. rudn. goofiz., no4
3, M., Goageoltekhizdat, 1961, 106-110)
TEXT: The relation is established between the magnit-ide of n
I/10 -- where I is the 6'~-radiation intensity on'the o::,obodyls ex-
posed surface, and Io is the a-radiation intensity of an infinite
semiSPLCe with radioactive eqalibrium between radius and radon - .
.and the radiocontamination factor. It is shown thatp in order to
calculate the radiocontamination factor from the magnitude of nt
use can be made of rough tabulated values of the dirfusion factorp
-and that the mass absorption coefficient for rocks *an be taken as
Card 1/3

S/169/62/UQO/OD9/060/120
Method of determining ... D228/D307
equal to 0.035 cm 2/g . The method of obtaining the magnitudes of I
and 1 0 is described. This is done by hermetically settling a smooth
evenly n%ineralized area, 80 x 60 am in dimension, "with a 0,5 - ';,.D
Pmm. metal plate, whose edges are deepened into furrowe 5 - 7 cm d
Several series of 15 - 20 measurements of I are made under good
ventilation conditions at tle center of this plate,. Then the plate
is cemented along its edges and coverbd with grease. The equilibri-
um between radium and radon comes in 10 - 15 days. Then 1 0 is mea-
sured. Measurements are also conducted during the Awcumulation of
radon in order to ascertain the moment when the measurements of 10
should be started. The influence upon the magnitude of I of radio-
0.
active radon precipitation on the plate's inner surfa:e is taken
into account by means of direct measurements Immedlataly after 1 0
has been determined, No corrections are introduced for the plate"d
thickness, since all measurements are mad* on ito The results of,
the method's practical verification in 4 deposits are given. Obs-
parison of the linear reserves of metal in terms of the data of
Card 2/3

Method Of determining 8/169 62/00o/0()g/060/,,,
char X.
Inel and radiomatric sampling D228, D307
determining the emanation fact., showed the high Authenticity
"Mara the ratio 1/1
commended that the method 1 0- Zt 18-re-of
Posits Of another rype. ,-!hOul4 be sZperlmentall
AbotftOter'M notes (I... 0~200.kqd In do.
tranal a t 10 4--t7
Card 3/3

ARTSTAWWO V.A. -
bstermbing soil dosity by mus of pme 2wp* *rt.datr. 25
z0on:15-16 19 N t62. iiMi 1542)
f3olls-awting) ((kma r")

V.V.p otv. zed..;
POPRETINSKIT, I.F., red.; BORUSHIUL, T.I., red.jz4.w.;
IVAHOVA, A.G., tekhn. red.
(Concise me=al for determining the do"Ity.of rocks and
ores by the method of Vxma ray attenuation) Kratkoe mko~
vodstvo po opredelevillu plotaostl porad i rud imudw oa-
lablenlia gamma-luchei. Mbskva, Goageoltel-hIsiftt
57 P. (MIRA 16'-a')
(Rocks-.Density) (Ores-Density)
(Gama rays-IndustrIal applications)

V . 4
Lffec~ of weakion1r.,- of :r,- y rad'A&^.fng gvwa AyAt as ii;asd for
abuclute meanuromtr --o.ume welghte rjr roc~v Iml ortat
I-ap. ILI 45 no. 163.
Reevaluatior of' ~,.,uffjcients tor the quantitative
of ramm-leggirg !LIIJ famm-allsayIng of U.--,Ar,:um Onp. , jblig~` t Q-67
1.. .1" lkmnu*vl$)

AR-.5YBK;HEV, V.A.
Interpretation Of 9REMP-90MIN& 10goll1g,, VOP*rud*l*ofis,, n0.4lILL,-,Q 164.
(MIRA 2811')
Measurement of rock density by the ewm asthadf. MI-47-73
quality of the radimistric anc4sis of urantua-tharlumi orta. Md.09-47

'V'.A.
Uptim) sonde for sampling nres by Ine griima-gazu& t2ethod. ltv.
VYS. Lcheb. zgv.; gaol. i razv. 7 n,;.9:102-IOS 11 164. (M M- 17 110)
1. Leningradekiy gornyy institut Imani PlakNwovik.

ARTSTPASUV,j.A.
Investlgating certain factors affecting density tpeaturownt
by the scattered gamma-radiation method. Nv, Tpl, ucheb. tay.1
geol. i razy. 7 no,11:92.-107 11 164. (FIRA 18:5)
1. Wningradokiy gornyy lustitut Im. G.V. Plekhawva.

:% F
I.A. f "ind-tekhn-nauk
U81ng t"P mP0;,.-d 'Ir -91~31teryj
JenB;
-.-y ('r :;~n,-'refej 1.1. ,;,. . . "'! I 1,R t h n fft !?,e !,.! llg ~he
I . o ?7 1, .j,,Il.io..:.2
4 D 164.
0'14 18t2)

DIRT Yp:--~t
.ft-v v
. .11 ~P A .
1111 0 c)fIthO n1milnrity t~
dens I tY4 Vip* rud, pklnry jn the O,?RAm!'-'m(1thOd d9tvniftration
I _q 5
r) r porla, #61. 041RA 11119)

ARTSYbASIIEV. Vladimir Aleksandrovich; MALYAVINA, O.M., rtW.
(Gamma-method for density measurements] Gan=-wtou is*-
reniia plot-iosti. Moskva, Atomizdat, 1965*, 201 P.
(MIRA IM)

".",: IN11.11OV, V.A.; IVANYUKOVICH, ('.!A'
.1
StudyIng the spectrogriam Pnergy "etra e.1 tre p!).Inc qOijr-p
of gamma rays. Vol), rud. geofiz. no.5zS2--A2
Transfo-mation of a sport.rogram primmn-i-ay vettra Into triie
energy speotra. lbid.i6l 67 N'T11A ttsq)

r
0 w(Warim
A%gmwmqalbo 917# va" P$ LAM
lip sot
IMIC, TIM own rart gookao
PAM AND, COMO& t Nei* bo*s
now" of mm~mb a& ww; 41
OU41cuou and son-sGuorstivi roi
rfq~ sound
mat Its arputs"Mi
I presented In Chapters 1-0. It beciome soces 114 mv*
an probIms of the gamma-my msU" of moa*&Ang tim Ow 49
sufficienuz fuuy wd In a &ASIGIO PIAO. 1W "s
book
of the theoryi, mothode and procedur6s of as 40011'. 'NoI
40atiou in the study of rocks,, Ora*, sa,1140 UW# r4mC0*0M Ow
e book Is intaMed for enginserst.alAmUflo wo*sn md,s4dots'o dar-
responding specialties.
B44vduation
Culd 1/2

L10423-"
WadA75
A
Cho L FbIdta AM tachnied pd
Cho' no mom" OUPIOWW7 Sam"
Cho ni- Nell" of tA* Idde bm
Cho Do method of, 0ift
Cho To, Use of the SON&-ra so*
MW CM AfP r, 0.,
10,w sms L

fill 11111 W.--
91111 IMINIPfAll; 1111111 VI
m(d)AMU) 1
AC-C NA- AP6013237 SOMWI out M~04~310*
INVENTORi
To.; A.
AttSishavs
01GS liom
TITL13 Mot x
ri
d
jai 441901
(Nau no-ties y Intitvt;; todskcyA sell I*&"$
SOURCE: Izabratentys. prowablannyys obrastsy teVotayyo 04# no..
TOPIC TAM starep flovicat, fortit4i care am"oill, tll~
ABSTIAM 'An Amiltbor Cortif
4evice which, ustol a rally4tPo'"As b" the I ~61
04 idoftitiose VU16 tho soibiirl'of~ 0~0'4 is A*
use the recordlag'idros far 'all Ost ootoo of "o roltif 1-,30 t44~. ih
output -Area of the raw, the Input of oath roaftdi "to 10k;
'a it
controlling contact to the battery sinus pole, ~1 u An 00 ft04 to
tilt 04
actuating device-using the controlled relay. It order to I no tl~ dift
windings with the output w1sidtagail ad* Vlodtag, wh1cb in's fill 0 up
diode Is connected w1th the recording wire at one ead and WAW 0 k* 011as re1A
L Card 112 WC 31% 32

L 24056.66
ACC N14 -
13237
..............
ths other, is w~mmd groM4
each fe
000 rOv and Is commete to, dor*4'
I~u WWI tk
d th"agh e:841jecti, t oft
side and through the c I
olotisef wt
contr
Other.
t
Ol'o
8 ~us cm,
VAU
p
jl~
LA
TI
N I
41
I I'll 4-o

BZIA)V, S.Y.; ARTSYBASHIT. TO.$.
"N.4"Ar
Studying the reflecting ability Of tr90G* Bot.shur., 412 no.1f:517-534
Ap '57. Mm lo:5)
i.Laborstoriya aeromotodov AkAdsvii Abuk SSBR, IOAIuPsd-
Mose) (Reflection (OPU08))

AFL'STBASIDCV, Tm.S.; BIWV. S.V.
Reflectivity of trees. Trudy lab. amrometo 6sI20-145 1 58.
(MIRA 12$1L)
(Trees--Spactra) (Photographic Interpretation)

ARTSYBASMV, Ye. S.: Master Agric Sei (diso) - "the spit(Itral r(iflective
properties of woody vegetation and Its connection with the ability to deciphor
forest aerial photographs". Leningrad, 1459. 15 pp HkgJ!--r Educ USSR,
l.eningrad Order of Lenin Forestry engineering Acad Im S. H. K-roy); 150 copies
(KL, No 11, 1959, 121)

h4
v'Ip
All
-4
tit A
1N
.............

AFTSIBASM, TO.$. "
.. . .... ~ -1--l-1-
StudyAng the spectral reflecting power of arbormosm
species and pure stands: motation, I~tudr Imbossrommito 71271
159. (haft 1311)
1, Laboratoriva aorovetoiiav Al SSSR.
(Tresel- (Reflection (Optic*))

sielskbos, hauk, zLWBbiy muchW aotr.;
VMMUM, M., kand. geocr. nituk,, ffterobly touch-Vy
sotr.1 KUZWSOV, Y.Y., pochvoved, m1mishly vaudmrt solm.;
MMOVSKIT, VJ.v insb4-jidropol.0 mUAsbiy VWtIOq7 sotr,;
MCI j 0.1a., doktor geol.-miner. nauk, stars1d;y navebM
sotr.; NMDOV, K.Te., iwth.-gidropol.# nopirmtj MMTA,
?.A., kaM. biol. naukj mWeMy nsucbM sotr.1 K=',,
N.G., oty. r94.; MMITOM, D.M., red, Izd-v*j UMAWM,
R*Ao Itekha, red,
(AppUcation of wisl metb9a for tb* study of vvA*rgro=d
vatersl wAterials on tba studies in Turkmeniap the wrtb-
vestern regions of the last ftropean Plalmj and V* CaWsa
DeprassionjPrimexoni* aororotodov dUs izwb4nUm P-Imtoqkb
vodj vaterialy issledmnlia v selero-sapdqkh roSonakh
husakoi ravnitW v Prikaspliskoi nimemetl ftriftoMi. )%-
akya) Isd-vo Akad. nook SM, 1962. UI p. (HIM 152 U)
1. ftasia (1923- U.MoR.)MMaterst" goologli k okhr%W
nedr, LAboratorlya mermatoday, 2. ChIsrs-korroppoodent Aksr-
domii nsuk SM (for Kent
(Vater, Undorp-OUMI. (Aerial pbot-offrometrY)

D5028796
AUMOR: Arts9bashav,
ORG,# Sivershy rorestry of xounnjui~ 181"rwdy,~* khot
TITLI: ExIdbition and soulzar. hold on the aubj*6~ f, pi
of forests from firej
3OMWZ: lasuoye khozyaystvo,, A** 9) 1965, 00-61
TOPIC TAGS: fire protection$ fire fighting a
ABOMOT: In Tuno 1965p on exhpition
opened al the Siverskili Forabt#$ an4 a As ~00*r
ing the modern protection of fo*68ts fr0m, f~
opened by Z. 1. Torekhov (Diroo~or of S4011=11.
presided over by I. F.-Wlskhov (Aosdomibian of
of the State Toreit MM_0_1TMt-. The lea" ro
toozion was presented by Ye. S. Artayba fooof ~ V~l
meat of louNIIM),, In additiozio several spe-aketts,
Utions were also mentioned. In,total, more tbntt 1 01
from different parts of the country attended the so
a o
--Showing of a motion picture "Por6st lire" was press ~,Gt
'2
~T
V
06 466til

L 18864-"
,cc mks AP5028796
and many demonstrations of di f~re,410
yed
organized. The exhibition di "OrMlivo 0',
eyed
~
t
pat-going v6hid
s9gaial fq I a t,
on a hauling a TSOS w"ter-tan
and other fire-fighting equipideAt. OPOCiOl St
use of alroreft and helicoptels for trusVoAi,
brigades* The demonstretions were oonlw od v
*raft and helioopters of UI-I and 0-4 typos.
showing various fire-fighting Oqqipmont and ps

qu vor$~.
A,10 606r* a,
0
fire ngtno -ma
AW-00 lrsnch,,I~i
00 W"46 lavin
A
PI a
0 Oldv~ of 'AN
I
all
~d defimi itrati A
~Ii
SUB COD3: 13 SUER DATS: WMa WO RKI: coo.~, Om TO:
COW

AW",-A
~;qtmla wllmmi~
M UT, R ~, E Elm
1T)
I - I-
4 i
i A
~jj I 1 11 W;
iZU,
:11 IRI I
L

TATANIaTt T.B.; n0f~X&NIMMY, V.A.; BURAMA, Toll.; UAMT, T*T*-,
FATMV. ?.Go-, KOMMIAIMA, V.V,; xuawsir, Kyio.; amunrOMA,
VJ.; AUMOSIVAI 4wzw.., MAYUMBUrAt Solq
KO, I.A..
. Mok,; QOTXOs TO.A.;
&XIM19 Aot&; XONT10H. V.A la"11MU. 0.P.; EMMA, LT,;
mmfxv 1y, V.A*-, P*WA,*L.T,,- PmV, Me; SAMOVA, GoP.;
SMOLVA. To 7.; 3TVU*, Sol*; MARIMOVA, V.0o; SHAFLUMTKIYo, 14J.;
MMWBM. A*Ao; YAIWWV* K&P*
O.M. Anabales; obitwtry. Test. MV 12 uo.18t152-1,54 '57,(XIU 11:3)
(Ansholes, Oalp 1krkovich. 1M_4.1957)

mw~mw- ro KJMIXMp.V.A.1 ROVSRA, T.S.; SARSAVOKMp NX
Cl"airication of kinUrUtes in Takatia bmW *a tM kl0sr-
Utoo of the AlWt4M#yn diasmd-biarinit rosizi*~Sftijwlo
6 no.1:70-ft 4 16), l6s
L mudmo-loolodaystollskly goalftl4askiy
Institut. (Ukutl*,-lUborUto*)
(yaknua-kamods)

AUTHORS: Favorskays, 1. A., Auvinsn, Z. X., $OV/79-20-7-15/64
Artaybashevat YU. P.
TITLE: The Homologe of Monovinyl Acotylere (Ganoloai nonovinilatoeti"
lena)VII. The Dehydration of Seconlary Acetylene Aloohols (TIL
DeCidratataiya viorichnykh atsotilanovykk qjrtov)
PERIODICAL: Zhurnal obelichey khimii, 1958, Vol 26, Ur 7,
PP 1785 - 1791 OSSR)
ABSTRACT: Vinyl acetylene h3-drocarbons with alkyl radicalo at the teraintl
carbon atono of the combined system may be obtained by the de-
hydration of secondary acteylene alcohols. Thane compounds
were of interest to the authors witb respoat to their styrene
dimerization (Hof 1). In the present paper the dehydration
of four seconiary icteyleno alcohols was Izvottigated: ino-
propyl-acetylone carbinol (Formula 1), n-propyl-'acetylenyl
c&rbinol [II), isopropyl-(mothylacetylonyl)-carbinoI (III) &nd
othyl-(mothylaostylanyl)-carbinoI (IV) (not n4 roar formulfte
given). These compolmde were synthetized according to A.Ye.
Pavoraki
00-65%). many dehydration *xperiaents of the com;oundiA
Card 1/3 (1) and 1) were carried out, they were, however, not suceeos-
i,

The Homologs of Monovinyl Acetylene.M.The SOV/79-28-7-IV64
Dehydration of Secondary Icetylene Alcohols
ful. The desired hydrocarbons with substitu4nts at both ends
of the combined aystem were obtained onl:r bY the dehTdration
from thwompounds (111) and (IV); they were: 2-nathyl-he7ene-
2-in-4(V and hexene-2-in-4 (VI) which correspond to the
empiric formulae C 7H 10 and C6 RO. The secordmry apP-acotylene
alcohols with in acetylene tertainal grotti, do not --separate
water under their usual dehydration eiineiitioi a. As seen by
spectroscopic exaAinations the hydration of haxene-2-ir 4
leads to the uneAturated Q#P-ketone, ti-,e hexene-4-on-3. 1here
are I figure, I table, And 14 roferercen, 5 of which are Soviet.
ASSOCIATIO*!: Leningrad Okiy gosudarstvennyy univer:vitot (Lerinjrrad State
University)
SUB21TTED: June 20, 1957
Card 2/3

The Homologb of Monovinyl Acetylene. VII. The S-37/79-28-7-15/64
Dehydration of 66--indary Ac,?tylone 11cohols
1. Carbinols-DeWration. 2. Carbinols-aptbasis 3. Wrocarbons-4besipal
reactions
TITLE: Acetylene Alcohols
Card 3/3

AUTHORS: Vavorskaya 1. A. SOY/79-28,-12-16/41
TITLFs Homologs ~f Mcno-vir-y-, lattylene (Gouo~"i monovinilatestilona)
VIIL On the Spertral Cha::a~:teriatics of the Osain Hydrocarbon
31 and Its Derivatives (VIII.
K spektrallnoy kharaktsristike yeninarogo uglevodoroda-3',Y-
yego proit-loanykh)
PERIODICALi Zhurnal (.~Aeh~.hu,7 khim".I.- 1958~ Vol 28, Wx 12, pp 3238 - 3242
(TJSSR)
ABSTRAM The pr,,~se!.t paper lisle w~ith the spectral investigation of
acme vnsat,~.7!atad aompo '~tids with a tert.bittyl group. Wlier
(Ref 1) Favorskays deszribs4 the irert behavior of 5,4,4-
trinethy! pontyne-i-o~--3 (i) in. the resotion where the
hal,iger. was substituted for the hydrorjI, and ahe also
..n7e3tlgati~i the ie:,ydrat-~% o:f thi3 carbtnol. The structure
of the hydrocsrbcL formed therefrom was proved by the oxida-
'.icn with permangmnate, w th trimethyl pyro-textario acid
aldi being identified in the form of its p-nitro-
Pher,y1hydran.one. Tabad. on these data the structure (II) was
at'zrl~ntzr6 to the hyArocarbon. Nevertheless, it wa3 not
Card 1/3 that .-',t c-,ntainel an isomeric hydrcoarbon with

HOM01098 of VT11. On the :;(J*I/*l 9-28 -12..16/41
Spectrai Miaracte:~Ia;f.t.,E, -f the Gsn:.-vi Hydr,'cartoL
A'-M&thr:-3-E-.-hv1 Buts"a-3-Ir-1 Its Derivatilres
nO,,-,-c.cn'ug&ted b3ndet. 4..*. the 5,4,4--trimethYl PWG40-4-in-l
( 11.-,. ~f %.- c. !hug, also tht 'Anusually low exaltu-
t 4,-,.I Tf :refracticn .).nd the relative dispersion
of uxpli.svioi, T1 provo the struoture
.--,f tile rr.^duclz -,~);&ined i.r. the duby1raiion of tarbinol M
then t: ~,he spe,;Arum ozalymis to fInd
with ch&!~ge of %he carbon skeleton
"It 183 !4DU1A that In the dehydration
of 5,4,4-trlm;~thy.~ a r*groupamg wiph a trans-
7-1 '.1,a sk,)Ietan doom not %&ke place. Th*
k ;., t c t,,:.,51 , Zuyi cutenv-5-ol-2 the sooctral churao-
~'~r h-i :'.--:fra.nvd and ult.raviolet ranges of
-~rresp7,rW9 %n oharvvovistits of IL COR-
I iqatsd ell lrn~emit is formsd by the hTdrstlor of
Tho awitivarbazone &n4 the
~f lunutvrated ketone
b,il-mvi-i-or,-2 abc)rb An the u.1tmviole-z
rAlligt- ljoic 1.tii Apr',:stiven cf saturated ketonte. There mrs
Card 213 6 (if whioh art So-riot.

HOM010ge of Monovimll kcetylenv. Vill, On the SOV/7948-12-16/41
Speatral Charaoteristica of the Oenin HydronarboL
31,3~-Ketho-3-Ethyl Butone--3-In-l and Its Derivatives
ASSOCIATIONt Leningradflkiy go6udarstyonnyy univiarsitot (Leningrad Stato
University)
SUBMITTEDi June 29, lqt~7
Card 3/3

.3 300 6 "1
AUTHORS i Favorskaya, 1. A., Avt;~sybaaheva AW.1.1,
TITLEt Monov Iny lace tyl~?rie 11oM,,310g,~. MChar-a(iteristict; 0~
E,iynes Containing Tetriary B~i;yl armi Isupropyl Groups
PERIODICALt Zhurnal. obshchey khImll, .1950, Val 30, Nr 3, PP 789-794
(USSR)
APSTRACTj This work ii d,2voted to a 3yntheale of ltvrWiies contalnJna.
tertiary butyl and isopropyl graups anc to a qtudy of
thEir optical propertiep. Met:iylation (if tiompound M
In liquid ammonla ytelci -i C
ompound (1.0.
Tne itructure of compound (H) ira3 corif Lmid-4 by hydro-
Card 1/4 genation to a saturated hydrocarbon, the piiysicai

"onovinylacetylene Homologs, IL Chtivacteri3ti($ 7f:260
of Enyties Containtrig Tatriary Butyl an-d Isopropyl, SOVA'9-30-3-14/69
Groups
constants of which were identical ivith those of 2,;2,34
trimethy1hexane. Deekkydration of compound (111) yielded
Compound (IV).
L
1W31S)l ovf)
(IV)
fill)
("Itil,113 (IVI
Dehydration of compound (V) m~r unfired porcelain yielW
compound (VI), yield 66%, the -,.nfvari~d spectrum of which
showed conjugation.
[-11((-11A
(VP
Card 2/4

MD11OvIrIyj,w0,YII,,! ,
Ix.
of Enynej Contalnink~ Tetriary Blity.1 ~.'OVA'9-30-3-i4/69
Groups
The physical constaritj the jivi~p~4,rt_,d ewmpounda are
shown in Tabli~ A.
Table A. 1. Compc !',nd; 2. 1,1p HMO; 3. found;
4. Calvulated.
h3
('11.1-C-C CII -to" M601 1.43t,;~ 1,41-1114 IA~~41 0.07 Z".33
11.01

CIII-C _c: c-CII, L45U'l 41_131~ 41.2!4 037 250

l
J
~44,10 I'ArIt 4411
i 4t29 Om 24.3
it.

(cI13),c_C --cZ:C_CII
tm VA5
Card 3/4

Mc>novinylacetylene Homologs. IX. Cnaracter.Latics 78.~6o
of Enynes Coritaiiing Tetriary Rityl and 13opropyl S07/79-30-3-14/69
Groups
Spectro3copic study of dehydration products of 4,4-
d1methyl-3-ethylpentyn-1-01-3 (III) indirated that they
vre a mixture of isomeric hydrocart-one C11) 1114' There are
1 f igurej 1 table; and B refe-,ences, 5 ioviet, 3 U.S.
Tne 3 U.S. rererences Pr--s Bprgman E., Sprinzak D., J.
Appl. Chem, It 3, 97 (1953); Hermton, 0. F., J. Am. Chem.
SOC., 79, 21 3 (1957~; Braun, 'if. 0., Spooner, D. F.,
Anal. Chem., 22, 1.07t (1950).
ASSOCIATIONz Leningrad State Univer~ilty (LeritngradsViy gosudarstrenNry
universItet)
SUBMITTEM Sept. 8, 1958
Card 4/4

ARTSYBASHEVA, Yu.P.; FAVORSIMA, I.A.
Photomtric siorodeteminatim" of aostle &cJ4 In the wesence ot
othor acids. Zhur.ansl . 16 po.3070-34 Hy-J4 161.
(Km UtO
1. k. A. Zhdanov Lozingrad State University.
(Acetic oald)
(Acids, Organia)

ARTSUPWRAs hirli YAVWZUYAo IA.
Imestigation of the atructure of vinylacetylanic hpirocorbonx
by g"-Ilquid partition ebromatogT*pby* Zberoobskbia, J2
no.7s2380-2381 Jl 062. (XEU 15 al)
Is loniWadakiy gosulareumn ulvmltst.
(ApdrocAtboxml) (clad cbmftwomphy)

AftTSYBA5HNVA, Yu.P.; FAVORSUTAp I.A.
--- I--- -
ReUopinaeolin roarxkXpwft dUAW UP d0b7dMUm Of
t9rtj&z7 n9opgatyl &Owtylanic alcohol$* thwtobakMAm
33 no,3:1047-1048 YX 163* (KM AM
1. LeningradsIdy gowidarstvsnaly wdvwsIt4to
(pinuolow)
(1* amute (Chemistry))
" Propenol)

i.,.; Yu.1'.; 1.11KINA, V.I.
fiard,j vitflytir! ml,~rcmethod for daWrminlig cia-bcda arid t7drogen,
Vent, V,11 20 no.llilV-140 165. (MIRA 18-.4)

BURrER, M.Ye.; METASHOP, L,A.; k!q$XHU8HWA., E.I.
Methods of develop'ng tho disloution structure of auuterlitic
steel by etching. Zavo lab. 30 no.1:58-60 164. (KIRA 170)
1. Voesoyuznyy zsocWy'washinostroIt9lItiyy institut.

V. 111.
Earthwork in the Constructico of Hydroelectric Power Mation (,Imdyuyyt
raboty pri atroitellstve s.0droelecktrostanteiy) (KOMM
- - XXPM=), Gosenerphdat, (S p1p,
Book W-22517, 29 Apr 52

-1 "Y
ARTSnT A.; BV40ORSUTt, VINWHANTA, L,Tu - OAW'fo Mot
!
E~Imr A, T.T.; ZVORTKIN, B.S.; Zola, LAO; miaiew. Jr.N't
mmm-,IN, V.T.: x1smamy, YO.Ta.; POOOIWY, A,,Ao; RUNIOV, 41.;
SAIMMYO D&I*,- TMONOTAg Zolo; IDUBCOAROY# 941o; 037Ws Mel*;
TUSIXOTION. V.7.
Profamoor S.A. ArtsYbyshely; obitWy. Pis. v shkato IS U0.105-96
ja-P 158. MIA 11d)
(Artayhyshov, ffergel Alsksawdrovieh, 087-1157)

Physics - Teaching see ILC

DULIKII, Illipp bdorovidh; POP=, lym Own4loviob;
red.; MrIL, X.P., toktm, red,,
[Salisc directlaft] lots" Nookmot Tom lad-" " Oor,
88M, 1958. 121 p. (NDA Utg)
-T

LUKOYINOV, Tikhon Petrovich; GEMO A.D., retseamt;
L.I., Seteanxentf BIXXM., LKI-.1, retsomaj IMON4.1.,
'-- A~cbnyy red.; FAMMUP A.L., red.; TOM~ A.M.; taft,
red,
[Adjustnent of electrical xystwu)Nalsdka elakUmstanovok.
Moskva, ftVnekbildstj 1962. 618 p. (mm 1519)
(Slectric apparatus and appliances) (Ileetric measurements))
(Electric ongimering-4afety wm*m=vm

ARTSUOV p 1. P.
*Investigation of Certain Designs for Obips' ]Boilw VexUjgtWM,W 001
Tech Sai, lamingrad Shipbuildug Imet, laftingrade 19%. CM,, No 5, ha 55)
,urvey of 3cl-ntifte -ir,,l T-thn"eil j~, U,,,R
'I*gh-r `~-'du7,t*t-nal ln-t!--ittons (r)
Sol :10. 5~, '4 Jun 55

SOW124-57-.4-4149
Translation from: Referativnyy zhurnal. Mekhanika, 1957. Nr 4, p 42 (USSR,
AUTHOR- Artsykov, A. P.
TITLE: On the Problem of the Optimum Axial-flow Velocities in tht De Isign
Calculation of a Stage of a Ducted Axial-flow Fan (K voprosu o
vybore optimkllnykh osevykh skorostey potoka pri raschete stupeni
osevogo venttlyatora)
PERIODICAL: Tr. Leningr. korablestroit. in-ta, 19$5, Nr 17. pp 110-119
ABSTRACT: Test data are given for the experimental determination of the
optimum axial-flow velocity value obtained from two single-istage
ducted axial-flow fans equipped with rectiTication devices and charac-
terized by different specific speeds. Relationship charts are plotted
showing the dependence of the efficiency of the ducted axial-flow fan
upon the air-flow rate, the angular pitch setting of the impeller
vanes, and the recovery coefficient of the dynamic pressure. An
empirical expression is obtained for the determination of the opti-
mum axial-flow velocity in terms of the paxameters of the fan.
V. M Sokolov
Card 1/1

AWSTI.Oyp. Aloksandr Petrovichl VORDWOV, Radisir hdorovichl CHIMM,
- I.A'O Aok6' to auk, retseasontj $ZtVAWVp I.I., st.
nau;hri. r
totr.,, rotmossont; SHOW, To.Iv.v rod.1 mImt
Yu. F. , nauchn. red. I CWTIA%OUq LX. p tomm. "d.
(Auxiliary ship moebaidsm; tqdr&uU* makdams) Sudavre UPO-
mogatelloye uekh&M=W; gidftvUcheskId N"hinY. JA &--'& 0
Sudprongis, 1963. 4YI p. (oamA. I I F)
(Marino ongin"ring) (4droulto machiusty)

ARTMANOV, Y. (Toronesh); LUMT, X. Mrasno-isr): SXRGtMKO, A. (Anprok);
-'-I - 1010109,
' V. (Astrakhan')
Courage, resourcefulzmes, skill. Posh.delo I no.10tl$ 0 157.
(H IU 10: 11)
OPIre extinction)

7 T
A. 7,A;.ZV,
y '1-'Ll!0VAf T.
I Y!I- STL14BUI) arld SuftM,
"Effective c""'s-Sectil-M MmsurealiLrIts (jr Aut *Neutron R&4tjfttir
Paper t0 L'Ll presented 8'. 2nd Un inti. , acrf. A3 Capture#?,
3norgYj Geneva, i - 13 sep- 5~~. an tfe Pimcertil tlsl!p cr Azcm.

ARTLM, A.
'Destroyers of fawal p, 31,
ATUTIL OMTIYAO Vol. 5, No. 90 OfFt. 1954) kw"Itit bammia.
so: Xonthly list of last Jurops" Aooaselcme. (ML), 14. 191. 40 loo I
Jan* 19550 USCIO

ARTUR, A
OThe devastating bomb-O P- 31
(AVIATIA SPC9TIVA, Vol. 5. 10. 9. Sep. 1954p BUOU"AtIp Ihmms.)
80: Noutbly List of Rest hropou A4ovolifts, (1w), wo T014 4110, 1
ju. 1955, V401,

ARM, I
*The devastating bomb.* P. 31
UTWU SPMT1VA. Vol. 5, Not 9, Sep. 1954p Buoureshi, Rwft3dA.)
SO: Monthly List of last Awaps" Accessions. (XUL). LC, Vol. 4. to. I
Jan. 1955, Vaal.

AUTHORS: _4xiurQv, O.A., DecesseO., Gellbramp V.G., 3-1-30/32

TITLEt Against a Superficial Representation )f the Econoty of
People's China (Protiv povefthnostaogo osveshcheniya oko-
nomiki 4arodnogo Kitaya)
PERIODICALi Vestnik Vysshey Shkoly, 1958, # 1, Vp 82-87 (OSSP)
ABSTRkCTt The article contains a criticism of A.M. Kosolapov Is
lecture, now published &S a booklet entitled "The tc*nomic
Structure of the Chinese P*~plels Republic". The book
deals with the sconoaic background of the Chinese revolution
and the conversion of economv on a socialAstic basis. The
criticism is partly a doctrinaire dis;uW of the reviewers
who, on many points, disagree with the view* set forth by
Kosolapov. Thus, for instance, according to the reviewers,
opinion, Kooolapov seen the objective premises of the Chi-
nese revolution mainly in the crisis of the capitalistic
world's economic system, and examines the internal contra-
dictions existing in China only superficially. The re-
viewers, however, consider that the aggravation of the In-
ternal and external contradictions have created objective
conditions for a rel,:Jution. They further state that the
Card 112 booklet contains ;let inaccuracies which have distorted the

3-1-30132
Against a Superficial Repr6sentation of the Economy of People's ChIn't
sense of the revolution's phenomena and processes.
The reviewers claim that in the booklet the position of
the classes in the country, the moving fdreas of the re-
volution, and the role of the working class and its leader -
the Communist Party - have been poorly repz*sented. This,
in the reviewers' opinion, to due to the fact that Kosolapov
is lacktng a clear understanding of the country's economic
situation.
They further object to the statistical fIgQres not being
always correct, and in conclusion thoy reerst. that the Le-
ningrad Univereity has recommended the booklet to instructors
and sludents as an aid for the course of political economy.
There are 6 Chinese refereAces.
ASSOCIATIONt The Scientific-Research Institute of Labor, State Committee
of the USSR Council of Ninistore on tuestions of Labor and
Pay (Sauchno-iseledovatellskiy institut truda goaudarstyen-
nogo komiteta Soveta ministrov SSSR po Yoprosam truda t
zarplaty)
AVAILIBLEs Library of Congress
Card 2/2