SCIENTIFIC ABSTRACT ALFEROV, L. - ALFEROVA, N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101020017-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 24, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ALMOT. L.Ta.. vot. vraah.
-
Usive lumbar novo"Ins bl"Ic In veterinary practice. Yeterinarlia.
34 no.2:38"3 P 157. (NJAA lotll)
It Tatioriwiruays, lochabuitse, Ok%ya-.br'skogo rayons KoBkvy
Orovocains) (local anesthesia) (Veterinary medic;")

s TOT a
elliiiir; o 9 Mol,
0 *so**
Im a 44 .10"29
Lu- 1.1.1,11 1 A.". Ai 1 4., -
A a a 0 4 a 4 A 's 6 ok -!Loo
"own "Wao" 4d
10. X X t.4.
t"t ow .4
4%0.bt. Ml~%UOLIK" t,Tf&.jLqj CLA%iowfitft
to

A.D, (K*Skva)
Doteralmablon of the does of t%9r*&2 neutrons by the activation
method. Otg I man. 25 no.2096-50 7 060. (NMA 1316)
WT IM)
(RADIOMMY)

LLrxlvv, it.
Prapmrlvg f*r tanestlog. Posh.dolo 5 w.1:14 Ja 159.
(MIRA 11:12)
1. lamostitell npLeballoOm Otdola pcxharw7 ok:hrany Stantelavelcoco
obliopnlk-ons.
(Stimialsiv Province-46rvestlDg--Wety ueajmroo)

~
ftereq4sits of mwceea. Fozlt.delo 8 no.5t26 Vq 162.
(KM .1535)
(Twils-Chealwa IMustries-Fires and fire prevention)

"kat No- =K 19 peow rrm sw
(stow). 't. 1. a- A, 1941, P, =14st
GI-a "Who of a study of tpw p.WM%iU. ~f
*'age -ar" volm Im U."% cf. I.., luc
owd by ""fybw Im li To. V. M.,
Mi. W. &. I
T..V-+ ad'N Ti ww"
ad 040 ammovaIs. mw" so saw1m..1
Pf"-Ula SAW M-Umf r*WOAOM are aim gi,..
j,A
00 #*A
see
SO*
see
WD 0
too
40 0 a 6 0 so 0000 010

*rranslation from: Referativnyy zhurnal, Metallurgiya, 1958. Nr 5, p I
A.Iferov. N.S
The Creative Work of Russian Architects on Piants in the Ural
Region (XVIII and First Half of the XIX Century) I Tvc-rchestvo
russkikh arkhitektorov na urallmkikh za%-odakh (XVITIv. i pervaya
polovina XIX v. ) ]
Ural'skogo politeklm. in-ta,
Bibliographic entry

ALMOT, I.$. . Itand. tekbm. nank
Diffeviontial nanomter for superbIgh static p"asure.
Inargamasiblvastroonle 4 7n*.10:42-44 0 158. (MIRA 11111)
(vamm"ter)

ALFIWV, N. ll.; EYBIll, R. A.
11
"Sxperl-ire:,-ta7- lkm* Transfer Investigallon for Aritrulur Ctowir,el 5.
Paft~r xid=tU livenicinted at ZInd All-Union Cotif on Ilictit tind Trunzrcr, Minisk,
4-11.2 Nh:, J~'4.
List.,

A;,---?.MV, u. V.,
"Use of Models in tile Detmrmination of Torsional Vibrations of Ship Power Plants."
(Dissertation. for Degree of Candidate of Technical Sciencecl lenIncrad Shipbuilding
Inst, Leningmd, 1955
SO, 11-1036 2 4 liar %

JL:,Mlov, ().S.
--. .1 ... ..... . ... ..... I - 1.11.1
3n,"luame of certain geologioal factors on the stability
ocr wall rock in underground workings. Izv. DGI 42:107-201
164. W-lu IS:11)

IUKFIOV, O.S.
RmIuating the effect of tectonics on the degree of metamarphilm
of the maidl=mUry rocks in the Donato B&sin. Geol. zhur. 24
no..1,42-48 164 (Mliii~ l8s2)
1. Maepropetrovskiy gornyy inatitut.

AUMOV.. P.T4
words to parents, Folitakh. obach. no.1:80-81 Ja 158.
(KM 10:12)
1. ftadupwa. shIcala XO.2, Orenbul .
(TachnicAl edmoatiozIL (Now a.nd school)

ALI-.I,wv,
Ydn ld~,her --ducation L$5R. lWacorw Lyist of the ex-chanitation and --Iccteiftcation
of Arr:~4%ltuve Imorti vov;. ~.olotov.
A!!T:iOV, ".INv,!vti,~,ation of the procects of pressinj- straw." Lin HiCher
FAlucation JBSR. Illoucaw Inst of the NechmIzation and --lectrification
of Agricalture imital V.P*.. holotov. Moscow, 195c).
(Illssert.ation for tliq Degreo of QwitUdate in lechnAcal Scienecb.)
&,: Knizl-,m4ta Letoj4sl. No.20, 1956

ALrAMLL.jA.j,_~tWld&l tdftiobftklft mos.kl
assim"ass t"s US ba obwml am Uls guld" in taurs.
dolikhouralbbs 00.4925-19 Al 15T, (Ian 10:4)
1. Tommo7umw namob -looladaratellakty InstItal sellsko-
ftespativanoca valakwotroyoulyss
(Aoritnlftftl x&*hiuW)

ALnmov, S.A.., kand'"t takholchemkikh Wtuk.
I mollml 11mm"14
r"484bo6opolved In comp. using straw. Sallkhoxmshlna no.3:6-10
Wr 157. HLRA 10:5)
I.Vaomoy"nyr lmseam-looledovatellskly Institut sell skokhoXyayxtVennogO
MkMhinD*tr*y*niY&. (Straw)

AUTHM Alferov, S.A. 115-5-14/44
TITLE% 1 Rubber Prossure-Indicator (Rezinovyy datchik dayleniya)
PERIODICAL: 'Izmerltellnaya Tekhniks", No 5, Sep-Oct 1957, p 28 (USSR)
ABSTRACTs V*%siled description Is given of a small, simple rubber
pressure-indicator - developed at the All-Union Institute
for Agricultural lachinebuilding - for investigating the
pressure within soil layers when working with ploughs and
cultivators, as well as the pressure within a silo or straw-
like materials Inside a press channel. The device consists
of a conventional wire resistance indicator glued-in between
round rubber sheets covered with metal plates to prevent
bvnding of the rubber disks. It is said to be highly sens-
itive. and the measurement errors do not exceed 4%. A series
of such pressure-indicators stayed fully serviceable for one
year.
The article contains 1 drawing.
AVAILLBLEi L%brary of Congress
Card 1/1.

ALMOV, S. A. (Coarl. of Teeb. Sci.)
"The N)s1lin of Toreign Cereal Harvesting Combines."
ALI-Union C(niferenco txi Problems of Designing and Products agricultural Mac'-nines
(VaescTutnaLys. honferat'.1taiya p0 volpree= konstruirovani)a i
praizv,~datrs sallskohhozynystvenny1ch mashin. Rostov-on-Don, January 1958
Ifta,inc,strniltel', lclfil';, 111r 8, p 46, (USSR-).

,,3 :zo-to 33191
VZ ti 0 S/335/61/000/139/003/009
.I qr 9140/E435
AUTHOR; Alrerov, SJ11 Candidate bf Technical Sciences
TITLE; Oscillation of a neutral aircraft with auto-pilot
containing a sampled-data servomechanism
SOURCE. Moscow. Aviatsionnyy Institut. Trudy. n0,139. 1961.
Voprosy avtomatichookogo reguilrovaniya
dvizhushchik.haya ob"yektov. 71-86
TEXT. The nrtl~_le considers a system including a sampled-data
servomechartlam according to the block diagram of Fig.1, where
I -- a log element with time constant T, corresponding to the
Input wimdtng of a magnetic amplifierl 2 -- a linear element with
insensitive zone :) and unity gain factor; 3 - the pulse element,
generating a pulse-duration-modulated signal, 4 - the transmission
between the driwo and the radar, with delay t and angular
velocity ca = fl 5 - an integrator (the rudder with feedback
potentiometer), Such servomechanisms are used in a number of
auto-pilots in which the signal sunnation unit is a magnetic
amplifier, and the transmission between the continuously rotating
drive anti the rudder is realized by pulse excitation of electro-
magnetic clutches. Outside the dead zone the equations of the
Card 1/5

331191
S/535/61/000/139/003/009
Oscillation of it neutral aircraft E140/E435
sampling element can be described by the equations
f sign 6 [n] Tn t T - e
0; Tn - v,~ t (n 1)Tj
C K'j a [n] a i gn, 5 [rk)
where Ki is the ratio of pulse duration to the magnitude of
input signal at the start of the pulse, T is the repetition
period, n is the number of previous pulses and e is the pulse
duration, The first problem in considering the stability of the
aircraft with an auto-pilot containing such an element is the
stability of mollon of the sampled-data servomechanism itself
outside the dead zone. This question is beyond the scope of the
artxcle, it bettig simply assumed that the stability conditions of
the servomechanism as well as those of the aircraft with auto--
pilot containing such a servomechanism are satisfied outside of
the dead zone. From these conditions it appears that if in such a
system self-oscillations arise, this will occur at the first pulse,
which has minimum duration. The equations of the system are
Card 2/5

P191
S/535/61/000/139/003/009
Oscillation of' a neutral aircraft ... E140/E435
solved by a piecowise analytic approach. The system equations
are found by means or the Laplace transform for each individually
definable time interval. A necessary condition for the
exiat*nco of mexr-oscillation in the isolated 3ampled-data
servomechaniam is found in the form
ft i
(9)
where %A in the duration of the minimum pulse. (This inequality
wab obtained empirically by N.N.Yefitnov.) The half-period of the
os,111ation will be equal to
ti 4 T + tj
where I., is defined by the formula o(tl) E
t, is tho delay, Since Eq.(9) for the appearance of self-
oscillations in an isolated servomechanism is independent of the
amplifier titre constant T and the system delay z, the author
investigates the oscillatory regirne of a neutral aircraft with
Card 3/5

33191
S/535/61/000/139/003/009
Oscillat4on of! a neutral aircraft ... F140/E435
ideal pulse s(irvomechanism, L,o. one in which T = % = 0, The
auto-pxlot under consideration stabilizes the aircraft for angle,
rate of turn and angular acceleration. In addition to the
elements of the block diagram in Fig.1, it is necessary to add
one block for the aircraft transfer function and to indicate the
aerodynamic feedback from the rudder to the aircraft. Conditions
are again fourAd for the self-ascIllation of the system, which
under -:.ertain zimplIfying assumptions lead to an expression for
the half-period of oscillation in the form
k-Ifti
t I. = ti + 2 (17)
cl
4
where the numorator of the fraction in the right-hand side is the
previously given condition for oscillation of the isolated
servomechanistu., From this expression it follows that if the
isolated servomechanism in sufficiently far from the boundary of
instability, tho introduction of second derivative of the angle
Card 4/5

3319i
S/535/61/000/139/003/009
Oscillation, of a neutral aircraft Z140/E4135
of deviation reduces the period and Amplitude c~f se2:r-oscillation
of the aircraft, an is also known experimentally. The author then
considers the case where the isolated servomechanism is in a self-
oscillatory relgime. It is shown that these oscillations will be
duplicated with the same period in the aircraft auto-pilot system.
It in shown that those conclusions remain valid in the presence of
delay and lag in the servomechanism, as was assumed from the form
of Eq.(9). Specific examples are worked and the phase
trajectories of self-osaillAtion of an aircraft are plotted.
There arn 4 tigiwes, I table and 3 Soviet-bloc references.
W
'dz
Card 5/$ FIX.I.

LUMINP S.-Til.
116'410dr. Knd reau.1ts of petroleum prompacting in the couatries of
the floar Easit. Trudy '1111GRI no.4;!:114-132 164.
(MIRA 180)

i
4
.
....
I ;j
M~~
I
I

USSR llorylholok'~If or CI-ystalij. Cr.'-.taj-j'Tzaj;~. ja. E-7
Abs Jou:- Ref Zhur - Fitika, No 4, 1957, Nc- 9335
Author Filoomiko, N.Ye.,AIQL~ly ~V-A._
Title InfW4.31ce of TMIXWittes on the Crystalliration of Silicon
Carbide.
Orijz Pub Abruzqrviy, 1955, No l3j, 3-X
Abstract An Inveettv
.Ation war, M%de of the influence of Lmpurlties of
Fe,qO3 and Ca. 7he initial materiLls were quartz cand and
petroleum voke. Heat treatount was carried at 1650 -- 2200~1
vttll soakinz for 5 -- (5 hours. The specimens obtained were
subjectel to microscopic and chemical an&lysis. The follo-
ving viLs estabLished: -~l) Impurities in the charre have favo-
rabilt or adverse effects essentially not at high texperatu-
res ( >- 2Wdo) at the end of the process of the carbide for-
maticAn, and at temperatures below 18WO their effect is felt
at the beginning of the process. (2) liqurities that do not
form ",%upounds with silica (for e-OLmple iron) are no. harm-

USSR / Marphololly of Crystals. Crystallization. E-7
Ahs Jour Ref 12hur - Flzika, No 4, 1957, No 9385
Abstraot ral and my serve as catalysts. (3) Impurities that inter-
act. irith Si.02 upon production of SIC(CaO) effect adversely
the Cormation of SiCm the most harmful impurities being A12
0 axid CaO; if they are jointly present, there is formed In
e 1.1iQ2 a eutectic with a melting temperature of 11700.
2
(4) Al',>03 amomting to 3% prevents carbide formation; a eu-
tectic Is formed with a melting temperature of 15950; at a
tempawature above 17500 there Is formed A1453 and SIC of the
third wdification (more valuable for electro-technical pur-
puseti than for abrasives). (5) The presence of free CaO in
the charge reduces the yield of SIC (at 1-5~ CaO in the char-
ge, the silicon content is reduced by 17%, and at 35 CaO it
is radixed by 49%).
card 21/2

1. LUMMOr. VA.
P. UWFL (6w)
4. Ulles
7. So" propftulklon oC liliso. blul.Glur.bot mad& so.22 1952
9. KWhU ;Ual. A ljgpgA#A Appm&lLU&,. Library of OoaLross. Xarch 1953. Ohol"Wied.

anHOT, T.A.
Ism ift., - w M., j~'
SaaA pr*psotion of amiarYllls (HiMastrun). Diul.Glay.bot.aiwilis no.16:
85-67 W. (XLRA 7:4)
I-Sovthow "Yuskmyy* kullitury". (Amaryllis)

ATpgIOVO remilly Alskseyevieb; SJIMTJUO 1,6*. rodairtor; ZUERILIM. Z,P..
radaktor
[Bulbous flowers,. tyacluths, tulips. lilies, narcissuses, 0027111883
hippeatitroms and tuberose@] Zjmkoviobuye tevetochuyis rastenita;
Ciatminty, t1ullpsays 1111t. nartsiveye a" rilliny. gippeastrumq.
tu,14orcmy. Koskvao 09s. lad-va selkhos. lit-ry. 1956. 91 9.
(MIRA 9:9)
1. Acranom sovkhosa "Yushnye kul'tur7" (for Alferov)
(Bulbs)

ALYMV, V.A.
111stary of the 0". n1satlon of epociallsed. nurestries for
flowor1rig bulbs In tbo Caucasus. Trudy Botsinst.5or.6 no-7:
438-431 '59. (MMA 1314)
A. Sovkhom "YuhWye kmlltury," A41sr.
(Caucasus-I'loriculture)

STROWOVA, T.P. I MUSH, A.rj- .:V.,-4La-Y-ARWOVA, A.N., red. imd-
va; MKIMAP A.1909 t4k3m* red*
(CataUg of flovoring PlAnts std lawn grasses grovn in imrseries of
the SUte Tnut of lAudecaping W Tres Planting] Ketalog tevetoch-
mykh :rmst*nJi i pso=Wkh trav, vMsbchivamqkh pitounikazi treat&
'Gonwlenkboz." Niookv*p Isd-vo H-va kommun. khos. RSFSR, 1961. 93 p.
(KCRA UtIO)
1. Goaudarstyantyy rempublikazekly treat selenogo khozynystva "Goa-
melankhom.0
(Platte, Ornaments-Catalogs)

ACC Nite (AT SOURCE CODE: URJOL\9',/65/OO0/O22/BO18/BO18
AUTBORt Uterov, Zh. L; Gals-ranov, V. V.1 Zlnogorova, N. S.; Kaz&rinov, R. F.
TITUS Recombination radWion from the p-n-n* structure In Indium antimon a
SWRM W. sh. thimiya, Abe. 22B91
BW 3=11 Mr. Xomis. po "Ictroskopii. AN SSSR, VYP- 1, 1964, 503-507
TOPIC TAGS1 bxliwo antizonide, recombination radiation, semiccnductor carr.er
ABSZ=t 1he speatral distribution of rooombination radiation from the p-n-n'
structure In indUm antimonide was Ptudled. The p-n-n+ structures were obtained by
fusing Indium &rA Un into rr-tn" Indim antimonide of high purity. The dependence
of the Intensity wSd spectral distribution of the recombimtior, radiation on the
concentration of the injected carriers was Investigated. Authoret abstract.
[Translation of abstract).
SUB CODES 20
J,

ACC Nk: A-Ff(XI5336 SoUim coDE:
Kor'ol'kov, V. 1. ; T.-Ultan, M. K.
Institute im. A. F. loffe, AN SSSR, Leningrad
Inatitut AN SSIOR)
71T=-: Eleztric pr*perties of GaF-GaAs p-n heterojunctions
SCURCE: Tlzika tvaTdoso tela, v. ~;, no. 12, 1966, 3513-3522
.OPIC VZG: pzi junction, volt ampere characteristic, electric capacitance, epitaxial!
growing, soniconductv band structure
ABSTRACTA - 7he papei, Jeals with the electric properties of GaP-GaAs het eroj unct ionsf
such as tba volt-woere characteristic, the capacitance-voltage characteristic, and
the tempercture and frequency dependences. it also deals with the interpretation of
the curre.= flow neenanism ana of the fundamental parameters of the band nodel of the
i."estigatcd beterojunct Ions on the basis of the experimental data. '11-.e 'unction were
prod:uced by q)itaxiiil growing of GaP by the ras-transport method on sinGl~-C:-ystul
substrates of n-typo GaAs oriented in the (111) ;lane. The GaAs was doped with'tei-
hiriun. 7ne single--crystal Gap films were doped during the growing with cadmium. --he
rilm tbickntsa vas 10 - 30 m. 1he electric properties of the produced heterojurctions
vere measurtd faro a large number of* samples with different degrees of doping of both
the substrates and tbe layers. The procedure for obtaining the epitaxial fi-Inx, and
their electric prope2ties were described earlier (M v. 7, 2370, 1965 and elsewlere).
P21# _V2

ACC Nt- A?-(C05336
The volt-unnere and voltage-capacitance characteristics were investigated in a teriper-
i. ature range T! - 4WK. The dependence of the capacitance on the voltage offers
evidence of the presience of a layer *f increased impurity concentration inside the
space-charee regloa. The causes of this layer are discussed. The results are in-
terpreted within the framework of the band model proposed by R. Anderson (Sol. St.
Ilectronics v- 5, 3h.1, 1S-62) with allowance for the'presence of this layer with in-
creased conA~entration of deep donor centers. The gaps in the conduction and electron'
lt~ands calculated on the basis of this model agree well with the experimentally de-
termined quantities. 7be authors thank V. N. 7uchkevich and D. N. Nasledov for con-
'4i=ous interest in the work, D. Z. Garbuzov, A. A. Lebedev, Ye. L. Portnoy, and B.
V. Tsarenkov for U301VI discussions, and Ye. A. Gamilko, A. N. Yermakov, and A. A.
Takovenko for belp Vith preparing the samples and the measurements. Orig. art. has:
figures, U forauW, and 2 tiLbles.
SUB Com: DATz: impr&/ oRiG Ru: oo6/ oTH Ru: o13

SOUliCE CODE:
UPe-rov I'h. 1. Garbuzov, D. Z.; Gr!'gor'yeva, V. S.; ZhUyayev, YU. V.;
:4
K:- a!-ov;! ."Ito'.-ol,kov, V. I.; Mrozov, To. F.; Ninua, 0. A.; Portnoy, Ye. L.;
V. D.; '~r~ikan, M. K.
-3. 1'v.,,1cvte.-bnLca1 Institute im. A. F. loffe, AN SSSR, L-eningrad
O-iziko-
le*-41nich,~~;.--Iy instiltut AN SSSR)
~--,.Jectian 1,,=inescenoe of opitaxial hatcrajunctlions in the Ga?-GaAr --jr-tem
tvar4ogo tela, v. 9, no. 1, ic)67, 2*19-!~BL-
TA04'. vp-,t$j11is1 growik7, junction diodo, gallium arsenide, gallitza p~~ozphide,
1=inescence rpectm-t , '4W io"sc r.,0-)
use the results of an earlier inve;A.,gat--on N'. 5, 3?-36,
1~166) of tine affet:t of heat treatment . an the photoluminczcence of ealllu;m arzenide
to the 2,uminotoerxe and photoluminescence spectra of n-GaA-,O.SSPO._,5 - p-GaAs
z.z,d - p-Ga.Aa opitaxial heterojunct ions grown on substrates of eal-lium arzeaide
doj~cd twith culhiizi. 7be measurements were made at 77K. 7he abrolute c:L*L----1*o:-. in-
tcns!-~Y In -.be a,,,-A1tmxia1 junctions vau not less than that from diodes d1b"ined by
d-Iffu-io= of Zn in GaAs. The absolute intensity of the edge ezillz3ion in the r.-Gap
- p-Gc~:,s jim.--rons Ir" approximately one order of rnaaaitude lawer than in gcod GaAG
difl^uz~c-- d'-04itz mt the same currents, brut there was no decrease in the ca-se of the
p-GoJU junctions. This incijoates that epitaxial junctiorm of 'he

~CC NR; 411-005358
G&P - G;.Az vyutem cian be to constructed as to 06fford high3y effective unilateral
in~cction zrA co-i tWa be use4 for effective emitters. Triple structures
p-GaAs - pt_GtAso.85Po.'I5 exhibited radiation at much hieher
current denaitia3 than for diffusion GaAs diodes, and a sharp increase in the i:n-
tensit ty a marroirIng down of the spectral band of the edge emission was doserved
with tLrther LncreLfie of the current through the structure, proba~bly as a result of
population Lwrerrioti resulting fron the injection of electrons and holes from the
broad-band uzAters and a transition to the stimulated emission mode. No sur-h
phenozena ware oba4wved in double structures. -the authors thank V. M. Tuchkevich
for continuoua inte~rwt, Ye. A. GamiDw, A. N. Yermakova, T. A. Potiforova, T. N.
Izvitr-kayu, T. V_Ihei4ze, and G. 1. Hirianazhvill. for help with the preparation of
tte sar*-'ez and with the measurements. Orig. art. has: 3 figurea. [021
SUB C.-DE: 2o/ sum nATz: isjui66/ o= mw: oo4/ oni REF: ool
A'.D
Co,-d

LETTSIS, agronom po zaahch:Lte raztoniy (Maloyarosla-
votikiy rayon, Kaluzhskoy obl.)
Following up our articles. Zazhch. rest. ot vred. i bol. 6 no.12:
110 L) 161. (MIRA 16:5)
I* Direktor Loningradskoy stantsii. po raku kartofelya (for Leytsis).

ITT~!~-kA,_Xop agronom po sashchito r*stoniy
Tko *Io7aroslayetm unit. Zamhcb. rant. ot vred. I bol.
no. 5133~-14 My 160. (HIRA 16:1)
(Malayaroslavets District-Plaxte, Protection of)

UPOMP lopq A4UMA.AA-
M"Maed "ulpomt for olmetv"UUng. MmUnmUeltelf
n*.91 " 3 11664 (XMA M22)

'ac-oN, ZXMO~MTION 362

SSA; 'Otatistiabolony mwrmk
-of tho tliLr~=mn 845JR.J~ sta~lmtloal ftues
" 4 ,'. ~),
SaUtIrOO, .1,95T. 171. P, 5,000 O*A*f Print

AL-j Tooh. Rd.t St~ojft#*Y, 1. 9.
sorliorm ot stfLustlool tables, md It
OTA" to provide statlo'bionj data 6ft t3k* gr4loh or
co,oncay or the "on S.S.R.
0140 *1oh ar* imclude~ ut tb1s book givo a
doelvjs~efit of the natiatkoa 040 r*r tke
J
Y*qLrm-4%uj.nS the period I*t*ooa
W
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1$140 as a Usis of a
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362
ai~tw bt6ubotod by, ovIltrit. Data for 2:956 a"
'auto
a i iO iW Indcmiz Uid. In4uotrial targots for
Dat& on,
r4a 410 sawe Irrimb
the Statistical IM
Jk,,ttpndII tj, L(Offtle mop*xato
Olmcm rowIrts With
-1 ,
oii t1hrigo b I :r the national srocimov
Th or varloics
B.A.
NIS
If," T. o axid It'l 'Car Ax:XRp ; industry.
I. or Y(I . t
Acon I i 140;L5. "rojboll;h, N.D.', and Mang
a V4 4~1 0 3 i3jimotiont 14 .~'j amp;oymenti- Timofeyev*
bor=c1~4tY U-Niel, Pful'~A=0VA A 1-,, Alferova.
t Irw p T,4,latlon, tim j;m'I)IJx hom.11;h" YL*517&)wv, A.A." A.1,1&"~
dabant.,va, -!((' 1.1114 V01LUS.- chii4y~, A.-I
*I A xvi,%flov, A.

i - -- - - ~ - -
MANIKIN, E..A.o., kand.tolt~j.naukj MOR02OV, P.N., k&rd."khn.na-uk; )LFE:ROVA. A.V.,
Ingh'.
Distribution of leekkAge thx and additic-nAl losses In Lhe cores of
lar" tranmformers under IOAA Conditions. Flektri.-hestvc n.,.9!68-70
S 16s, (MIRA 18tlO)
1. VnewryumM elaktrotakhnichankly inatitut tm. beninit.

Y4141)1, F.A., kemd.tokhn.naukk WR020V. II.M., knivj.tpkhri-r%hl~kr ALFEROU. A.V,,
tralt.
Adidl.tional eddy e.-arrent Icstieg In irarsre"wr winaiji..?r, El"iktrotakhrika
36 tic.10:16-19 0 45. (MIRA 18ilC)

ALMOVI, E.S.
-------
vetsmWng the "Oolft of visual recognition in children.
vop.poikhoi. na.6s7740 N-D 162. (KMk 1612)
1. Ufodrs poikb*logil pedagogicibeskop instituta 4-m4 V.I.
ImIma, Moskva, (Sight) (Child study)

AUMZOVA p 0. , starshly Urk.-tekhnalotr
. -.1 . .....
Conoumers' cooperatives for the inhabitarts of the Virgin
Te*Tltax7. Obahabsetv, pit. no.St2O AS 161. (VMk 14:10)
2. Umlinnyy kraypitrebooyum.
(Virgin Urritor-p-Cooperative aocisties)

76 51 _Z
8/080,/62/'035/005/014/015
D247/D307
Yu. X., Skvortsova, Ye. V., V-:s-e=J_rsI~:iy, V. S.,
a, G. V., X.-'yushnJkova, G. G. and Smirnova,
f,~ r o v
~tJon of the butane-buTene fract43n of crack-
ing :,ases on a phosphoric acid film catalyst
Zhurnal 2rilcludnoy khimii, v. 35, no. 5, 1962,
1116- i i 50
2: carr4ero for films ol hosphor4c aced, based on na-
7
Were 11ryestigated. The filr. Ca--ilysIs were prepared
or, o b,i.,~e of ground quartz of sands -,reazed with HF.
w. u carrie -tior
n d out under constant 17ow cond s. An
o
Q i". p."12ou"re from atmosDheric to 40 50 atra was found o
;_n 'v,ter e--f~ciency of t* e polymerJzatlon process. A ser4es
'ned sands were also prepared as car *ers to 4nvest4
4, ,effij,,-~s of impurities and of spec"Je a4r. surfaces. Re-
t;i;, i!xpri~oaed as the yield of diisobutylene polymer as a per-
V

S/060/62/035/005/01 4/0-,5
C3 f t", a... D247 'D307
o prejent and as gzams per. liter of the ca
uru given. for :~, 5ar4e-,~ of Car hers for -.he film
!"-Ir V-110'as -,imes for the reaction. O:Dtimum conditions
we-~& found to be (a! pressure): a tem-
of 1;~! -~ 6,- - -
iO~, ar. irput ra-te of 75 ho-Ur:,l ~Or -he reac-
a addition of fresh phosljnorJc ac4d for the
--L..7e of 0.5 - 0.75~ of the ori-inal. q-,~--Lntity per
f or 50 "rours under t'-e,;o tJ ons, e a---
me comparable w4th
~y ~nl fillms on quartz beca
Itit*,,, *,'ne industrial CUtalyst (phosphoric acid on
!~--,d- or quartz-bared catalysts were lasier to rege-
washing and air or ateam and aJ.-
Acid-resittant Steel uZied as rea.-tor
did i~ut -~f::ect the reaction. There are 2 fii;ures-
'rouadurs-.vennyy univ,~r!51.tet imL.-_4 1". G.
,y !3 t eogo (Saralov Stute Un4versity i=eni G
~he:~%yul~evckiy)
10, 1961

Usev, rv.ATjjSVORTSOVA, re.T.1 TRLOUTSUYI, L.A.; VAYSTUD, T.G.1
WVNAJIL~-,
"3yels of Stepnovskly gas conderisatse In. vys. ucheb.
sav.1 soft$ I gat 7 mo.UvO-49 164. (HIPA 18,11)
1. Saratovskiy gosuderstvamW universitet is. N.G.
CherVshevskogo.

USOV, YU.N.; SwouniOVA, G.V.; Y..IAIVAI'SKAIA, L.A.
Catalytic refo"ming of Ste;novskiy Cas-condensate fractions.
1xv. rya. uchch. zav.; neft' i gaz 7 rc.5:~9-63 164. (HIU 17:9)
1. Saratovskiy goaudaretyannyy universitat im. L.G. Chernyshevskogo.

*kLYMVA, L.A.
CAM TECH SCI
Di3sertatloat 00blalning 6.64Amuwi-2-yiwi-Bicyclo-(1,1.3)-Haptana-(2) and its
Pa3porisation."
25 X*v 49
M*xcow Order of Lenin Cheniootachnalogical Inst imeni D.I. Mandeleyev.

-I.- I I ---- 1 .111
ALFENOV)4, 4-A-
of
lug . It N
$111o ..m livok. f 41.0.4 1 1.. 1 % I, m 14
AI VA I "itt *. 1 1 4%. %Ili,
" N

IUMVA, L. A.
Folymerimation of' Monona. D, N. PutovskILL and L._.A,_AjLq=v&. Zhur, Friklad. Xhim.
W. Applied Chem.) 24P 67&9(1951.)-Nopenm ce-n 1;WPOIY-mi-rUza`rto high.-mol, polymers,
tiving by thermal Method (1000) products with mol. wt. about 9500 in air, l2tOOO in N
stm, and about 9CCO when polymerised with 0.11. BZ202. The reaction is a typical chain
repetion The rofluct in siallftr to polystyrenes but the softening point is somewhat
higher (190-M. G. M. Kosolapoff

w x ltww--
710=077AZ (j. Am"
*11lot .0 Imm vwpw~
W" wed ko
PW do
@w 0 h"
.4
Wk. a bm "m ocjtAj"%v%Al
w Wit Mm dMw w "-w.

ALFIROU, LA.; IMYMK. V.I.
. ... - " 11 1 -1 -11 t
Intemottring tho operation of wood drying kilns. Gidrolls. i
lemaktim. pros. 9 no.739-12 '56. (KIU 120)
1.28"trallayr nauahno-imaledovateltskir loook:hisichookir
institut.
(Wood-AC71ug)

At-VMOYA.. "*,,bLnd.tekhn.nauk; SLDMOXOT, V.P.,k&nd.tekhn.n&uk; ILLIKIN. D.I..
Recovery of low-nolecular acids C -C frou the waates of synthetic
fatty acid nanxifacturm. Hael.shii.1-4am. 25 no.1:28-31 '59.
(KLM 12: 1)
1. IMOutralinyy nauebno-Iseledovatellskiy lenotekhnichesidy
Inall'tut.
(Acids)

,-...A'j=OIrA, L.Aml XATUXIIIA, V-1.
Technalsigr of the procoselixg of wood powder. Sbor.trud. TSFIIM
t5ge (KIRA 13:10)
(Wood-ch"Istry)

T13HCIUWXO, Do V-; AMMOVA, L-A-g RUACM, P-1.
I...
Now antim"P, an __ wood-tar phenol*. Sbor.trud. TSNLLM
no.13:60-66 159. (NIRA 1,3zlO)
(Antiseptics) (Phenols)

(, ALMOTA. LL.t KATURBL. V.1.
- -.1- ......
Prostration of acids from wood powder. Gidroliz.i lesokbis.
Prce. 13 no.40-10 160. (JURL 13:7)
1. Sontral'My imucbmo-iseledovatellskiy losokbimicbeakiy
institut.
(Wood-Cbesimtry) (Acetic acid) (Acids, Organic)

ALFWVA, L.A.,~ KATUXIM, V.I.
...................
Tacbnoangy of the processing of gray calcium acetate. Sbor.
trad.1010ILKH1 no.WM25 161. (KMA 16:4)
(Calcium acet*te) (Wood distillation)

'~-AMWVA, L.IL P kand.tekhn.rsuk; CHISTTIV, I.P.
Purification of acid vatere In the production of synthetic fatty
acids. Maul.-thir. prom. 27 no.6:19-24 Jo 161. (KMA 14:6)
Is T41entrallnyy nau0no-lemledovatellskiy lasotekhnicheskiy institut.
Acids, Fatty)
Se%mge-Purifieation)
~

LUR I U1, Tu.ft.; TITOVA, G.A:
Ana2yals of waste voters of the sulfate pulp industry. Zav.lab.
29 no.4t412-425 16). (MIRA 260)
1. Tnesoyusnyy nauehno-lasledoratel'skiy institut vodoonabsbaniya,
karAlizataii, gidrotekhnicheskiM soorusheniy i Inshenernoy
gidrogeologli. (Woodpulp) (Sewage-Analysis)

.ALlFE#QjA,, L,4j iu-d.tekbn.n-nuk; BONDAREVA, T.N.; SHERSTNEVA, V.A., inah.;
lVAG;YA, L.N., inzh.,; GUSHCHINA, L.I.
AmounL of acid uaters fomed In tha ::anutacture of fatty acids.
~ksl.-iblr.prom. 29 no#11140-43 h' '63. OMIRA 16s22)
1. Vapbsoyusayy nauchnio-isaledavatellekly inatitut vodoanabaheniya,
kajutllzatsil, gidrotekhmicheakAb sooruzhonly I inzhenernoy gidro-
logil Akftdenii stroiteltetva, i ark.aitaktury SSSR (for Alfereva,
Boadere-vu). 2. Volgodonskoy f1lial Vaeso),uznogo nauchno-isel-dova-
tellskogo I proyaktnogo inatituta sintoticheakikh zhirosamenitelay
(for Sheratneva, lvemskays, Gu-shchina).

ALMOVA, L.Aq FANOVA, V.A.; TMVA, G.A.
Deo&r1sation of Us, voste vaterm from vuMte pulp factories.
ftm. prom6 (38] no.6%5-8 Z* 163, (KMA 1.6:7)
L Tawyust" institut vodomnab-
%ber4jmp kmoslisateilp g1drotakhnIcbeskikh Pocrusheniy I
inshmemay gidropel"11,
(D6edorlsation) (Industrial vastse)

LURIYE, TuJu.; ALMOVA L.A.; BONDAMA, T.N.
Sepairute detemination of low-wiecular fatty acids In waste
watern. Zav. lab. 30 no.7099-801 164. (MIRA 1813)
1. Vmiia*yuznyy nauchno~lsmleeovatellmkiy Institut vodosnabzheniya,
kanallmatell, gIdrotekhnIch,.iskI.kh sooruzhonly I Inzhenernoy
g1drogelologli.

Rri!ettt of mniml mod vageUbilo fat* on blood oaagulabUity In
bniortsusion. Terstp. arkh, 3J* to.12%,V-26 D'62. (KMA UtO
1. ~n kafedr7 takul'tetalmy te7apIl Cscv. - prof. A.G.
Ckj4"yvm) sanitarbo-gUlyenichoskogo fak-ulfteta I HDvkcv-
altato orditna Lanim nedItsinskage I=titutab
(PAT) (SU06-WAGULATIM) ( HYPERMa IM)

AUTID&S. Undyakiy, 0. M., Ratner, T. V., Lakarova, V. P., 79-11-4/56
Gorin, Yu. A., Ivanov, V. S., A!,Eerova, L. V_
TITLE$' An Investigation of the Composition of the Hydrocarbons C 6 - the
by-Products of the Catalytic Synthesis of DivinYl From Alcohol
(Ituchenlye sostava ug3evcdorodov C 6 - pobochnykh, produktov katalim
ticheskogo sinteza divinila iz spirta).
MMMICAL: Zhurnal Obstichey Khimii, 1.057, Vol, 27, I!r 11, pp, 2927-2931 (USSR).
ABSTRACT: The investigation of ethyl alcohol in divinyl over a catalyst repre-
sents a complicated catalytic process -ahich 1.9 accompanied by a con-
siderable amount of side reactions. in spite of the informative pa-
pers by S. V. Lebedev and Ya. A. Gorin in the field of the catalytic
formation of the cembined dienes (Crl~ n-2) from alcohols, their bina-
% 2
ry mixtureox and the rLixturen of the alcohols with aldehydes and
katones witli regard to the by-producte, their corposition is by far
not sufficiently Investigated. Cf the insufficiently investigated
by--productA; obtained on rectification of hydrocarbons the so-called
hexylene-boxadiene fraction (boiling point 6o_qooC) is the object of
the authors, investlGation. On further rectification the following
Card 1/2 were obtained beside other by-products. 1) hexadiene-1.3. 2) 3-

An Iaveistij;ation of the Composition of the Hydrocarbons C - the 79-1.1-4/56
By-Producta of the Catalytic Synthesis of Divinyl krom A19ohol.
methylpentadlene 10, 3) cyclohexadiere-1,3. Thus the presence
of the combined dienes. 1) hexadiene-1,3. 2) 3-eethylpentadiene-
1.3 and 3) cyclohexadiene~1.3 was datoermined in the hexylene-hexam
diene fraction of the hydrocarbons, the by-products of the catalytic
synthesis of divinyl from alcohol accordinr, to Lebedev, and the way
or their formation was partially sug&ested.
There are 19 references, 9 of which are Slavic.
ASSOCTATION: The lAboratory of the Factory SK and the Leningrad State VhIvervI+.y
(Laboratorlya savoda SK i Leningradskiy j;osudarstvennyy universitat).
SUBUtT"M'. November 23, 1956.
AMAILMLE: Library of Congress.
1. Divinyl-Synthesis 2. Diene syntheses 3. Ethanol-Catalysis
4. Itrd roan rbmia-knalys In
CArd 2/2

ALMOTA. L.T. I DDIAOPLOSX. I.L. : MbOPACM. V.A.
",
Mechanism of the dedamweltion of aliphatic - aramutic tris-
men*s under the Influence of acids and water. Tysokom.soad.
2 no.10-12 Js 060. (KIRA 13-5)
I. Institut vyeakomolakulmakh soredinsniy All SSSR.
(trissene)

_~LMOVA. L-Y.: DOLGOPWSE. B.A.; XROPACHN, V.A.
. .....
Decomposition of dlazoaninobauxons In hydrocarbon roodia under
thoo influence of organic acids, and use of the reaction in
initiating polynerixotlon. Tysokow.soed. 2 no.1:67-74
ja 160. (14IRA 13:5)
1. Institut vysokonolskulyar soyadinenAy AN SSSR.
(3anzens) (Acids. Organic (Polynerization)

ALFARCNA, t. V
Cand Chem 4ci - (dIsm) "Study of the method of decomposition
of J'atty allomatic and aromatic triatenes under the influence
of water agid acids." Leningrad, 1961. 17 ppi (Leningrad
Ordtpr of L(linin State Univ imeni A. A. Zhdanov ; 180 copies;
price not q;iven-, (KL, 7-61 sup, 221)

oil%
IN
I j9 liv Atli
MTP

, 'j,

-ACC - N SOURCH CODES Ujt/0413/66/000/02210094/0094
INVENTOR: Garin, Tu. A.; Chorakaya, K. N.; Rodina, E. I.; Kropachev, V. A.;
Alter .6jr.; Xwen'gins, T. N.
ORG: none
TITLE: Preparative method for elastic tetrahydrofuran copolymers. Class 39,
Ito. 188670 (announced by the All-Union SceIntIfIc Research Institute of Synthetic
Rubber In. Akadermician S. V. Lebedev (Vaesoyuxnyy nauchno-tooledovatel'okly institut
sInteticheskogo k4tuchuira) ; Institute of Nacromolecular Compounds AN SSSR (InstLtut
vysokatooleltulyarnykh soyedinenly AN SSSRI)
SOURCE: Itobretentya, promyshlennyye obraztsy. tovarnyye znaki. no. 22, 1966, 94
TOPIC TAGS,. elastic copolymer,buIV. copolymerization, tetrahydrofuran copolymer,
readily curable copolymer
ABSTRACT! An Author Certificate had been Issued for a method of preparing elastic
copolymers of tetrahydrofuran with oxacyclobutane or organic oxides by bulk co-
polywrizaticc In the preaence of diethyl zinc hydrolyzates or of a system, can-
sistIng of aluninumalkyl hydrolyzates and oxacyclobutane derivatives. To produce
vulcanization, the method provides for *the copolymerization of the above-
mentioned monomers In. the presence of unsaturated epoxy compounds (e.g., alkyl-l-pro-
panol or butediene apoxida) as the third monomer. 5107
CODES 11, 07/ SUM DAM CJjul65/ ATD PRZSS
It I I MCI 178.a3'6fi. -nA7-7A%

OvA, M, 04, aspirant
cluii4a~
mallkw
11 Al-
POO ~*
us~q oral
.Kre,
-h"atoriotlcm oir parbpartussain In chl2dmn. Aserb.
42 0.1:814ft Ja 06% (baRA isto
~.kta~om.%ogo~otod*lm, (sav, - prof. X.To.Sukbareva) laredry
(say.'- prc'~r. 14L.Gamburg) TSentrallnogo instituta
I-PtraIuWYO irraebay (Muoba" rukovoditooll - prof. H.T*.

ALFEWVA, M.P.
- .."I".." ........ ...... W.". I
Clin~c*l epidomfologloal observatinno in parapertuBsts in children.
Truljf 't'JIU '18tX-13 165. (MIRA ISO)
1. Urt~dra pedimbril, otdel detfik-Akh inrektsiy (zav,prnf.
14.Y,t. 3ukh&roy&) TSentrallnogo Instituta

rAt mo rowo*
w4w OVAPO"'o
"AA.& and PasoMme col Mk4&1.
$"go. no" I um a KNOW"). on " be*
td 6h askWo 0.01 Upill" OWWWOS " In 0-10. of nttbcm
pea Of IMWYWft~Wk VhWh um Pnowmd Imm Armm
Ina,
Sim! -114
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MIN
41
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in elf alo or ow guartim P" OUW of do psint as( m4=
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lood 40"k MWIMA imalood NM4 tim pwago of .4uuw, In
ft*d am" 6.T of* 0- MI&I Malonroor. In conkw to
VNIm ol OSAWM aftionatkm LA go
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a a a GO19014441 lot,
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). a To numir owl ilm-Aippilittl
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-A vit male In a"Tamotian
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*

B-47r., Siri. Resoorirh Pip-. Instltule,
op--o.aucti~nti off fron atuinlear and heat-renintant steel,' Strl'~ No. lt 191.8

(, '0 i f
komal 00100100 MW ouslom an th* ptop"Isto of
@"is b"I'l 14NO&NA ot.01 at hoo tomi-stv "
x .,t, 11-1 ~~; 5 1.11 1. 1.4'. 8. ....1 Cl.
&- , It 44-0 . 'd it. .0-1 11.
J.. ~ lk~ 4d ..P&i- b... . . 06,t. 1.,t.UL"I, ow.
" *~ Alw M. li,-h

Tab/Aft" Oct he
Bbeal, Tlt&zLivm
Columblum
*Action of Slablum and Titani= an ths Plastic
bapertise of Stainless andL Imt-It"Istant Btoela
at I& Tsmvmtvxoos N. B. Alferova, CM& TOOL
tail 0 pp
Sol, 801 ago Pipe Ims
ft 10
AMItion of titmim and sq**I&l4 uldblun laws"
pUntle Wapertlea of hmt-oresietlng &M aftialess
stool in hot condition. 2fteence of cc pbame In
at"aless stool ("peoiaI4 vith n1ablus) also levers-
p3awtlolty In hot coadItion. Data obtai3wd samblef
all- igAgro
~AIOAI. (C=td) 40at 48
laft, IIxItf for hart-working bmt-malutum
aml stainless stools to be specified. InolmA
***a "a minwhotcampbs.

. 1. ~( "'f t .11 ..
BVXMIMW# V.Sg AIMOTA, VJ60 bLulIA&t takWaiwaidich ns*; Wx , R.L.
imtwaor.
Q~&Utjr oad pari4in stmature In eantrifuma met steel pipes.
TrWy Imot. Cberm. ~%* AX MU )r62-76 149. (K= 8:7)
I* Do"tritelvin ob]Aa Almismil &*Ak MM. (for S"abxftw)
(Five, awal) Oteal "Otim-fosting)

Ir
.04
a W40 jA_ Malf M76
roatel, 9 - Us Feb-
07o (to , Vol
*011
U%MIMIM, tAnt,41101111, VATAIdiVIR, .
Aw 1 beryllium, solonivis, %
Rik
00 to
IWIFw"Itu'M
and a 4 %IZL%a an arresting the 1640
keel ware studied. The effooto me ,
n3
06 an stool heated at 9OC6
i6& Ono .OIL L
30 O"doo to br tbo We a-., prop"Lies of this stool
14
Mu"Go a stool Least) Is coarossrained.
on "WASO wit,
0 60.1 JtWAW~%w most effective In reducing
1" me 6.23% titanium taken together with
C6 090 attroOms 0-S-%AUbUftp Od
9% us itom rod to a considerably lesser do-
0 At o1wrattodd t tb66 tivocess of the allc7ing elements
UIN pt order, niabium, titanium,
nLQWXAO. fJ"MU&' so
11 % a
4.14 ON 0001 0 lot 0
is 01

0,
0 jjoh"
000,111ij
th
=
#tI h34
4nd t4
1~
Orioda. The Ii
um titan OW
I vA
4ulsf titan
J$~
* or the *toso 11
tee
Ot jwW vsmW are
vj~sotitw of 4 rq*
i4mowratures. :Ttwo
1"UM had no atfoot
MOWS6,0000
XWftv up to 12W". Vanadixim and
Mwo". Ttatalin was effective at UOO-
to
t its orfaut when the steel me heated for
"Ost orroietive In preventing grab Coarsen-
VGA wd twtialus did not impair the heat
ttfiesta of nioblus, Litanium, tantaltm,
ttribuW to their forming stable carbides,
Is AWbut4ed to the formation of 2umtenlt*
ons oobaltj nU**JL, beryllium, selenium,
I Pau V*Ah.
0 0 0 Is 0
00

ALmOVA, I.$. lard. te)-,hn.rAuk; OMNIZOVA, R.B., lnzh.
....... . ....... I-A
Propqrtieu o:' scale-rotmistant Ih?5IU5 steel as ApPlied to the
manixfteture of pipes. Obr.v%at.4&vl. no.3*132-14-7 154.
(MIU 12:10)
1. Ikimbno-Ionlodo-vatollaktIr trubrWy institut.
(Stool, Stal"Ied") (Plpft' Stool)

M, c7la
-Cto~
1EI'll. ln5t alf
(DImmertntlon for The Def-ree of Doctr-- in
ice)

/t7-
123-1-842-D
Translation fromi Referativnyy Zhurnal Hashinostroyeniye, 1957,
Nr I, P. 127 (USSR)
AUTHOR: Airerova, N. S.
TITLE: Hachanical and Heat-treatment Processing of Stainless
and Heat-resisting Steele
(Makhaniko-ternichesk-taya. obrabotka nerzhaveyushchikh i
zharoupornykh Staley)
ABSTRACT: Bibliographic entry on the author's dissertation for
the degree of Doctor of Technical Sciences, presented
to the Metallurgical Institute, AN SSSR, (In-t metallurgii
AN MR), 1955
ASSOCIATION: Metallurgical Institute, Academy of Sciences, USSR
(In-t Netallurgii, AN SSSR)
Card 1/1

137-58-6-13454
trans Lation from: Referativnyy zhurnal, Metallurgiya. 1958, Nr 6. p 330 (USSR)
AUTHORS. -04farova, N.S., Konovalov. V.P.
TITLE, Brittle-f racture Tendencies in Pipes Made of Kh25T Steel as a
Fanction of the Processing Methods (Sklonnost' trub iz stali
KhZ5T k khrupkomu razrusheniyu v zavisimosti ot usloviy
ob r a botki)
PERIODICAL: Byul. nauchno-tekhn. inform. Vses. n. -i. trubnyy in-t,
1957, Nr 3, pp 92-100
ABSTRACT: The effect of rolling and heat-treatment operations on brittle
fracture tendencies in pipes made of heat-resistant ferrite
KhZST steel was investigated. Impact tests and static and dyn-
amic tensile tests were performed at temperatures ranging
from ZO to 2000C on pipe specimens which were tempered at
temperatures of 500-1100o after having been rolled, at in-
creased and reduced temperatures, on two machines, namely,
a continuous and an automatic one. It was established that max-
im%Am critical brittleness temperatures, Tbr, appear in the
absence of heat-treatment rocedures and after quenching at
Card 1/2 low (5001) or at high (I 100X,) temperatures. Minimum values

137-58-6-13454
Brittle-fracture Tendencies in Pipes (cont.
of Tbr correspond to tempering temperatures ranging from 700 to 8500. The
hi0er the temperature of rotting. the lower is the tempering temperature at
which the Tb, begins to increase. Pipes produced on the automatic ro.Iting
mill txlhibit a ~Ilgher Tbr* It is noted that the increase in Toccurring at
increased tempering temperatures is connected with the groW of ferrite
grains; howevier, the Tbr is also affected by other factors, e. g. , the rate
of cooling. Slow cooling increases the Tbr, provided the grains are of uni-
form size. Unlike impact testing, the tensile tests are not suitable for accu-
rate determination of the Tr. On the strength of the results obtained, it
is recommended that hot rAng be carried out at reduced temperatures and
that the subsequent thermal processing be performed in conjunction with rapid
cooling.
1. SleeL pipati--Production 2. licat resiatant steel--Heat trea....er_ P. V.
3. liew'. resi:71'iint steel-Mechmnical properties 4. Heat resistLn. .-.eci---_est
re3,,.1-.x, 5. Riilllng nills--Metallurgichl effects
Card Z/9

133-1-16/24
AUTHORS: Alferova. N.S., Pishebikov, G.P., and Konovalov, V.P.
. ... . ........
TITLE: Production of Hot Rolled Tubes from Steel --M595 and
Their Properties (Proizvodstvo goryachekatanykh trub iz
StILli 91 593 1 i1ch svoyst-va)
PERIODICAL; Stall, 1958, no.1, pp. GO - 66 (USSR)
ABSTRACT: An investigation of the suitability of heat-resistant
steel J0595 for hot rolling of tubes is described. Specimens
of metal cut out from tube semis (FiS.3) were tested under
laboratory conditions, for deformability and piercing ability
in a vride range of temperatures at various degrees of reduction.
The results obtained were compared with those for other heat-
resistant steels: X25T, X25fO5 carbon steel 10 and stainless
steel lXlBH9T (Pigs 1, 2 and 43. As steel W595 is brittle
in the cold state, ;he influence of heat treatment on this
pzv;erty was investigated. The results of tests for impgct
strength of speeimens hardened and slow-cooled from 950 0 are
shown in Fig-5, together with the values for Opact strength
after hardening from ?50, 850, 900 and 1 000 C. It was
found that to prevent temper brittleness, it is necessaSy to
apply rmpld cooling of tubes in water from 950 - 1 000 C.
Zxperimental hot rolling of tubes was done on a laboratory mill
Cardl/3 from specimens of 35 mm diameter and 120 mm long, cut out from

133-1-16/24
Production of Hot Rolled Tubes from Steel ;M595 and Their Properties
works' somis of 90 mm diam ter. Piercing was done at 1 200 0 C
and hot rolling ender two practices: 1) piercing with sub-
sequent rolling frSm single heatingand 2) reheating after
piercing to 1 200 C. The micro-structure of experimental tubes
rolled by the above two methods before and after hardening from
various temperatures is shown in Figs. 6 and 7, respectively,
and mechanical properties in Table 1. Cold rolling of tubes
made according to Method I after thermal treatment according to
the method described in Ref.4 was also tested with good results.
Bzperimamtal rolling of tubes on an industrial scale was done
on the works imeni Lenin. Whe temperature ofEemis before
piercing was 1 160 - 1 180 C, after piercing 1 120 - 1 130 Oc.
Rolling of tubes 57 X 5 mm was done on a continuous mill in rolls
with rovmd passes on a long mandrel 48 mm 'ameter. Lt the end
of rolling, the temperature was 930 - 970 C. Rolling was normal,
the coefficient of consumption of metal for finished hot-rolled
tubes before and after heat treatment (hardening from 950 after
1 hour soaking) are given in Table 2 and Figs. 8 and 9. The
following personnel crtJ*ftnt,Im*rdLvdnpartdLaUat*d in the work:
I.N. Gulyayev, N.M. Kolpovskiy, A.M. ludenskiy, N.M. Bukhman,
K.F. Beskorvnyy and P.P. Bezrukavyy. There are 2 tables,
Card2/3

133-1-16/24
Production of Hot Rolled Tubes from Steel )LA595 and Their Properties
9 figures and 4 Russian references.
ASSOCIATION: All-Union Scientific Research Tube Institute
(Vaesoyuznyy n.-i. trubnyy institut)
AVAILABL9: Library of Congress
Card 3/3

A OVA, 1.8.1 VDXffAWT, T.P.
-"I penstration-freaturs lost of beveled specluens for
determining aptimm Seformation teagwratures. Blul. T=IICM
no.5'IW50 158. (NIU 1185)
1. VhesoyuVy swidbuo-isslelovateltskiy trtkbVy Institut.
(steol-Testinc)

SOV/133-59-1-15/23
AUTHORS: Rudoy, v.s. , Aaferova 1"" - Konovalov, V.P., Nesterova,N.N.,
0 U Na dze, N.S., Dergach, A.Yaand
lorobochkin Rrval,
rakimenko, U.
TITLE: The Technology of Production of Seamless Tubes from High-
all0K Steele Alloyed with Boron (Tekhnologiya proizvodBtVa
bees ovnykh trub iz vylaokolegirovannykh staley s borom)
PERIODICAL: Stal', 1959, Nr 1, pp 68 - 73 (USSR)
ABSTRACT: Nfforts made in 1956 to produce seamless tubes from high-
al.1o steels containing boron BI769 and NI??O gave
negNive results but in 1957 after some changes in the
teebw1logy of smelting the metal, satisfactory results
were obtained although there were no substantial changes
in tbe chemias.1 composition of the metal (%, numerator -
date. for 1957, denominator - for 1956):
C Si Un Cr Ni W Ti B
ZI769(Xhl3Kl6TR) 0.08 0.55 1 *65 41jj- 15.? 0.81 0.009
". U., -a T -M . I". U-96 0.0037
-BI-/7O(Xka3Nl8VM)Q-O8 0.51 1-58 13-2 19.? 2.34 0.81 0.0022
0.08 0-56 1-90 14.2 19.4 2.10 0.69 0.0026
Cardl/5

SOV/133-59-1-15/23
The Technology of Production of Seamless Tubes from High-alloy Steels
Alloyed with Boron
The sain characteristics of the technology of smelting
metal in 1956 and 1957 differed as follows: a) in 1956,
smelting was carried out in a 20-ton arc furnace from a
charge containin 40-47% of stainless scrap (the remaining-
soft iron and fresh ferroalloys); oxygen was used during
melting and ox1dising period (500 - 700 P per heat); slag
and 2ketal were deoxidised before the addition of ferro-
chromium and with the addition of ferrotitanium onto the
metal freed from slag 15-20 min before tapping; b) in
1957 smelting was carried out in a 4.5-ton arc furnace from
a frash charge containing from 55 to ?8% armco iron and
corresponding ferroalloys without utilisation of scrap and
oxygen; refining under a white slag with the addition of
ferrotitanium after the removal of slag 8-10 min before
tapping. In both cases the metal was cast in 500-kg ingots.
The quality of tube billets 85 mm in diameter in 1957 was
higher than in 1956. The microstructure of metal in both
cases consisted of austenite with fine intermetallic
inclusions, stretched in the form ~~f lines along the
direction of rolling. Piercing ability of the steels was
Card2,/5 tested on conical specimens (Ref 3). The determination of