SCIENTIFIC ABSTRACT ALEKSANDROV, K.S. -

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100820019-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

E la t i-c .con S/07o/63/008/062/004/017
stants of.'molecular. #06 .
E021/E120

GANDA, S.P.; LUNDIN., A.G.; MIIUIAYLOV, G.M.; ALEKSANDROV, K.S.
Position of hydrogen atoms in natrolite. KristaUografiia 8
no.3:388-392 My-Je 163. (MIRA 16M)
1. Institut fizild Sibirskogo otdeleniya All SSSR i Sibirskiy
tekhnologicheakiy institut.

ALEKSANDROV, K.S.; RYZHOVA, T.V.; BELIKOV, B.P.
Elastic properties of pyroxenes. Kristalografiia 8 no-5:738-741
S-0 163. (MIRA 16slO)
1. Institut fiziki Sibirskogo otdeleniya AN SSSR.

ALEKSANDROV, K.S.; TROPIN, Yu.D.
Appearance of pyramids of growth on surfaces of iron whiskers.
Kristallograflia 8 no.6:928-929 N-D'63. (MIRA 17:2)
1. Institut fiziki Sibirskogo otdeleniya AN SSSR.

GABUDA, S.P.; NIEWLOV, G.M.; ALEKSANDROV, K.S.
Behavior of zeolite water and the symmetry of harmotome.
Dokl. AN SSM 153 no.6:1360-1362 D 163. (MIRA 17:1)
1. Institut fiziki Sibirskogo otdeleniya AN SSSR. Predstav-
leno akademikom M.M. Dubininym.
1-1

S-;To
%?-,: AI)LO173.56* S/0126/64/017/002/0237/0242
A Talashkevich
I. P.; Kostin, N. F.; Aleksandrov, K. S.
TITLE: Elastic properties of fiber textured cubid metals
SOURCE: Fizika metallov i metall6vadeaiye, V. l7o no. 2, 1964., 237-242
TOPIC TAGS: modulus of elasticity, shear modulus., polycrystalline materiali single.
;crystal, elastic constant, Poisson coefficientj, elastic., anisotropy
:ABSTILICT: Expressions have been derived to determine the average value of Young's
modulus E and the shear modulus G of isotropic polycrystalline material from the
.elastic constants of fiber-textured cubic metals. In a single axis grain (composedly
;of a cubic system) the various grain elastic constants are determined by means of
:the elastic constants sik of single crystals. These lead to the expressions for
and E
2
OT
+
:Card 113

F
1ACCESSION NR: AP4017356
where 0-d - dispersion Poisson coefficient and*
Iat
a, -_d
.33.
These are verified experimentally for 10-mm copper specimens -of type H1 and'MS.,
lannealed at 600C for three hours and drawd through a die at room temperature down
Ito 0.4-1.0 = diameter. A qualitative analysis is made of the texture of the
1copper specimens from the change in E and 0 moduli, based on Vke fact that i*n face-'
Icentered cubic metals two single axis textures are created upon drawing the
is _~111_7and fil067 orientations. The ralationship between the sign of!
pecimen with
:the elastic anisotropy and texture coefficient C is given by
4
S
'C 44
ST C".
X.ns
I'Where n4 -o.64636. Orig,i, art. has:.8formulas, I table,, an6 1 figures
iASSOCIATION: Institut fiziki SO AN SSSR (Institute of Physics SO AN SSSR)
-Cord.

ACCESS ION NR: AP4017356
:SUBMITTED.- 27Mar63
!SUB CODE: ME
DATE ACQ: 1&lar64 Z%'CL.- 00
NO REF SOVt 008 OTHERs

..Aj4KSANDRO.'J,,,-.K.S.; RYZHOVA, T.V.
Internal conical refraction of elastic waves in ammoniun
dihydrophosphate. Kristallografiia 9 no.3:373-376 Yy-Je 164.
(W RA 17: 6)
1. Institut fiziki Sibirskogo otdoleniya AN cZSR.

-'*2/EWT~6)/E-PFt -4/t-PA( )-2/fWP(j~)/E- fi,)-
ACCESSIoli NR-. AP5oo4341 S/oo7o/65/010/001/OD68/oc~

Z71
-sr
-664,
fIR PM. SOV IM3.,

in

RTZHOVA, T.V.; AIEKSANDROV, K.S.
Elastic properties of potassium-sodium feldopars. Izv. AN SSSR.
Fiz. zem. no.1:98-102 165.
(MIRA 18:5)
1. Institut fiziki Sibirskogo otdeleniya AN SSSR.

AIEKSA ,-.K.S.,; GABUDA, S.P.; LUNDIN, A.G.
1-
Proton magnetic resonance in the ferroelectric Ca2Sr(CH3CH2CDo)6-
Izv. AN SSSR. Ser. fiz. 29 no.6:907-909 Je 165.
(MIPLA 18:6)
1. Institut fiziki Sibirskogo otdeleniya AN SSSR.

ANISTRATOV, A.T.; FOTCHENKOV, A.A.; ALEKS!iNDROV, K.S.
Measuring the linear electro-optical effect in crystals using
the dynamic method. Izv. All SSSR. Ser. fiz. 29:97.3-977 Je 165.
(14IF6. 28:6)
1. Institut fiziki Sibirskogo otdeleniya AN SSSR.

ALEKSANDROV, K.,S.
Mean values of tensor quantities. DoK. Ail SSS'!, 164 no.418oo-803
0 165, (MIRA 18:10)
1. Institut fiziki Sibirskogo otdeleriiya AN SS!!R. Submitted
February 26, 1965.

,TAIASHKEVICH, I.P.; ALROANDR(PI) K.S.
I
Development of an axllal texture In met'&I!~ w-,'th a face---entered
cubic lattice. FIze met. 1. metalIcxed. 20 no.2.2-70-27) Ag ?65.
(MIRA
1. Institut fizild SiLbid-sk-ogo c'---aleniya AN SS,11,111.

L 4o027-66 GW
ACC NR: AP6G&499O SOURCE CODE: UR/0011/66/000/002/0003/00 9
AUTHOR: 'Aleksandrov, K. S.; Belikov, B. P.; Ry7hovajL.T. V.
ORG: Institu-'a of Physics SSO AN SSSR, Krasnoyarsk (Institut fiz ki SO AN SSSR); IGEM
AN SSSF, -Moscow
TITLE: Calculation of elastic parameters of, 4s\~n the basis ok\mineral composition
SOURCE: AN SSSR. Izvestiya. Seriya geol.ogicheskaya, no. 2, 1966, 3-19
TOPIC TAGS: elastic modulus, propagation velocity, porosity, multiphase rock 'M1,0VERAL
ABSTRACT: Elastic moduli of rocks with uniphdse and multiphase were investigated on
the ba-sis.of quantitative evaluation of their.composition. The data were compared
with the experimental values obtained from some selected rocks. Because the errors in
the deterfaination of the elastic properties of minerals usuilly range from 3 to 10%,
the Voigt-Reuss-Hill method, described in detail by Belikov (1964), was employed for
studying uniphase rocks; it was assumed that a multicomponent aggregate is elastically
isotropic. A formula V
11
A,
was used for the evaluation of the mean elastic modulus W) of an 'aggregate, where Vi
is the specific volume.of i component and Ai is the elastic modulus of i mixture com-
ponent. Some experimental values of the elastic properties were obtained using the

L wov-66
ACG-,NRt--, -AP6-0049'90
extended to Yu."K. Andreyeva, G. D. Afanaslyev, I. V. Ginzbu:rg, V. I. Gon'shAkova, V.
A. Kononova L. H. Lebe A. E. Mar V. F. Morko;Ok-in.-V. G.--and N. G. Udovkina.
Orig. art. bas! 3 f6mulas and,8 tables.
- r,-
7
!;UB CODE: 08/ SUBM DA7E: OBJun65/ ORIG REF: 017/ OTH W.F: 029
11'4~1
Caro 14/

.-L-26744-66 EWT(1)/Egq(k)-2
ACC NRi A1*0j1469
SOURCE CODE: MOO M
10111OD21OW0258,
AWXHOR: Aftigrbrator, A, T6 AlWWWrM
Ora: institute of Mysicap _8Aber1=-'Dqpsrbment~AN SWR (Initiltut Ifil'ba-1,
Otde
lentya AIR GBSR)
'TITLE: Conditions for seiarste measurement of the'Unear and qtvidratle electro~-
optical eff eabs

SOURM Krifftsl~~i _Y4 U., no. 2 -10 2"-258 Ti

TOPIC. TAGS: Oectr, oolytic, if fecti,
plezoiliftrie erysts4 eUctric polarization
cal.
ABS7MT: The authors show that even when the Iinear and qtvulratic eleetroo,
effects exist simultaneously In piezoelectric cryst.&U., the3* can be measured separate
ly by,either static or. dynamic methods* The proof is based on an evaluation of the
charge occurring in.the polarization constants of such Msi&U followimg.urplication'
cal
of an electric field., expressed in terms of the strain and the rotation of the opti .-
axis. This, conclusion is corroborated by a theoretical am3ysis and It*is pointed
out in the Conclueton that the posolbillty of separatiM the; two effects bao never
been ftTloyed before. 2be authors propose to review in a ft4ture paper the presently. 7;
available experimental data from the point of view of their deduction. Mie authors'
thank A. A. Fqtftenkov for participating In,& discussion of the remQtoo Orlgeart
]3 forna'"
has:

010) OM'IW: Oll
MM cODIR.- SM DAM Okjan63/.
MV

ACC NRi--'AP6036322- SOURCE CODEi -GE/0030/.~6/018/011/K017/020
AU1110R: -Aleksandrov, K..S.,, Reshchikova, L. M.; Beznosikov,'B. V.
ORG: Institute of Physics, Siberian Department of the Academy of Sciences, Krasoyars
TI'.LE: Behavior of the ..elastic constants of KMnF3 single crystals near the transi-
tion of puckering
Physica status solidi, v. 18, no. 11, 1966p X17-K20
LL
S: elasticity, phase transition,ycr stal structure, cubic crystal
ABSTRACT: An investigation was made of the anomaly in the elastic behavior of Kt4nF3
single crystals. KMnF3 has two phase transitions. Above 184K the crystals have a
cubic structure. Below this temperature they possess orthorhombic symmetry. The
crystals were grown from a melt of MnF2 and KF11F in Ar and 11F gas atmosphere. The
specimen had orientations of [100] [110], and [111], and linear dimensions of 1.9545,
1.3560, and 1.3203 cm, respectively. The velocities of longitudinal and 'shear
elastic waves in these directions were measured by an ultrasonic pulse method
(3 X_107 cps). A sharp anomaly in the elasticity of KMnF3 single crystals was
found in the vicinity of the upper phase transition. All velocities (V) rise with
the temperature in the cubic phase in the range investigated. For the majority of
crystals, the slopes Of C k(T) and V(T) curves (Cik is the elastic constant) are
negative. At 20 to 300 a~qve the transition (for the above-tientioned crystals the

ACC NRs AP6036322
transition point is 1981.0 all the longitudinal and one of the shear wave
[r)V2 . 1/2(CI, - C12)] velocities begin to decrease. This decrease in velocities
is accompanied by a sharp increase in ultrasonic attenuation. The velocities of
longitudinal wades have non-zero values at the transition point. There are no
magnetic and dielectric: anomalies in KMnF3 at this transition. The lattice paramete
of the low-temperature phase have a linear temperature dependence. The transition
point increases with the Na content in the system (Kj_xNax)MnF3, where x :~ 0.1.
Thedirection of this shift is in accordance with Isupov's d.-tta for the puckering
tran Pitions in other crystals of the perovskite family. Orig. art. hag: 2 figures.
[WA-141
SUR CODE: 20/ SUBM DATE:j 22Sep66/ ORIG REF: 003/ oTH RF,.F.- 004/

-41EKSANDROV, L.
Tractors-Repairing
Organization of tractor repair on the "Shishovskaia" Machine-rh-actor Station.
N
MTS 12 No. 3, 1952.
9. Monthly List of Russian Accessions, Library of Congress, A,, gu s t 95:a. Unclassified.
2

ALEKSANDROV9 L.
Anniversary conference. Avt. transp. 38 no. 5:59 My 160.
(Min 14;2)
1. Pro'deedatell orgkmiteta po provedeniyu yubileynoy konforentoli
avtotransportnogo fakulfteta Moskvskogo inzhonerno-okonomicheskogo
instituta i=.. Sergo Ordzhonikidze.
(Moscow-Universities and colleges)

ALEKSANDROVP L._,-d.qtsent
Scientific
transp. 40
(Transpgrtation,
conference on interurban havl service,. Avt.
no*3t6l Mr 162. (KIRA 15:2)
Automotive)

'h~DRQV,, L.; KM-ELINITSK.AYA, L., rod.;
KONSTANTINOV, A.; AIEKS
SINYUKHIN, V., tekhn, red.
[Guide to the exhibition of Achievements of the National
Economy of the U.S.S.R.] Putevoditell vystavk-L dostizhenii
narodnogo khoziaistva SSSR. Moskva, Otdel informatsii i
pechati VDNKh SSSR, 1962. 74 P. (11IRA 17:2)
1. Moscow. Vystavka dostizheniy narodnogo kho:.Waystva SSSR.

ALEKSANDROV, L.
Development in the free Pirin Mountain region. P. 4.
(GEOGRUILA Vol. 5 No. 3, 1955, Sofiya)
SO: Monthly List of East European Accession, (E"EAL), LC, Vol. 4, Tic. 9,
Sept. 1955) Uncl.

AMMARDROV, L.
ALEKSA'.DROV, L. Kara-Hum Canal* pt lle
Vol. 5. no, 9p 1955
MOGWIIA
Sofiya, Bulgaria
So: E Etern European Accession Vol. 1~ No. h April 1956
1 .1

A~n'--'SA':L-ROV, L.
Cu'- - -L
,7,, is'and or --u-,--ar Drod-action. r. 12
1:7 E, C. -, 1-1, -_- ii't '.'C~',. -1, no. 10, 10~'
Sofl-,,a, ~.,Ulfft-rla
so. EAST AMESSIM','~S LIST VOL. no. ',' --*Ill.,,, 195'

ALEKSANDROV) L.
The Chu Valley, p. 12.
(Geografiia, Vol. 7, no. 4, 1957. Sofiia, Bulgaria)
0
SO: Monthly List of East European Accessions (EEAL) LC, Vol. 6, no. 10, October 1957. Uncl.

-- -AIMSANDROV, L.
1 -1-11.1-- . .....
"Fergana the Valley of White Gold."
p. 10 (Geografiia) Vol. 8) No. 5) 1958, Sofiia, Bulgaria)
Monthly Index of East European Accessions (I.-EAl) LC) Vol. 7, No. U.,
Nov, 1958

n LY, C) fJ Vq D R 0 V, L.
AID P 1882
Subject USSR/Meteorology and Hydrology
Card 1/1 Pub. 71-a - 25/26
Author : Aleksandrov, L. A.
Title : T~-ienty five years of S6viet radio sounding
Periodical t Met. i gidro,, no.2, 65, 1955
Abstract The article reports several conferences commemorating
the 25th anniversary of the construction of the radio-
sounding instrument designed by Professor
F. A. Molchanov.
Institution None
Submitted No date

1~4'- I
-1 ALEKSANDROV, L., dote.
--" - .' -- -----
Training of engineers-economists should be on the level of
current objectives. Avt.transp- 37 no.11:50 N 159.
(141Rk 13:2)
(Transportation, Automntive-Study and teaching)

BRONSHTEYN, Lev Abramovich,,dotsent, kand.tekhn.nauk;_ALXKSANLR0T'
L.A,, kand.okou.nauk, retsenzent; USMOV, B.P., kand.takhn.
nauk, retsenzent% XUIIRTAVTSET, A.S., prof., doktcr ekon.nauk.
zaaluzhannyy dayatell nauki i tekhniki RSFSR. obehchiy red.;
IOMO M.L., red.; MIMIKOVA, N.Y., tekhn.red.
(Organization and planning of automotive transportation units]
Organizateiia I planirovanie avtotransportnykh predpriiatii.
Moskva, Nauchno-tekhn.izd-vo N-va avtomobillnogo transp. i
shossainykh dorog RSM, 1959. 439 p. (MIRA 13:2)
1. Moskovskiy inzhenerno-okonomicheekly inatitut Iment, Sargo
Ordzhonikidze (for Ushakov).
(Transportation, Automotive)

A S&NEHOV. L.A.; AKSENOVA, Z.I.; ARTRM:TNV, S.P.; AFAWITW, UL.,-
BONSHTMN, L.A.; BURKOV, M.S.; WrAWY, V.A.; VXEMUNOV. D.P.;
VR%MVSM, I.A.; GOBIRMAH, I.M.; D&VIDOVICH, L.N.; IBGTZWI,
G.N.; ZZMSKOV, P.F.; XArABUKHDV, F.V.; KOIRSNIK, P.A..-,, KOZHIN,
A.P.; KWURMO, G.V.; KIAJZS. I.L.; KOSHEV, A.N.; OSTROVSKIT.
X.3.; PASHINA, S.M.; SKMIKIN. N.V.; TAMANOV, A.T.; TIKHOMIROV,
A.K.; ULITSKIT, P.S.; USHAKOV, B.P.; FILIPPOV, V.K.; GREWAVSKIY.
L.M.; CHUDINOV, A.A.; SHUPLTAXOV, $.I.; TIMMMV, N.N.
Petr Valerianovich Kaniovskii; obituan7., Avt.transp- 37
no.4-.57 Ap '59. (MIRA 13:6)
(Karxiovskii, Petr Valerianovich. 1881-1959).

AT.WKSANDROV, 11.~ ~mnd.ekon.nauk
----------------------- r-
Mechanization of loading and unloading
most important objective of automotive
workers. Avt.transp- 38 M-8:35-36
(Loading and unloading--Technological
operations is the
transportation
Ag 160.
(MIR& 13.8)
innovations)

BOGORODlTSKIT, N.Y.; RXYNUV, N.M.; ALXKSANMOV, L.A.
Temperature dependence of ITC of the compound CaZrO3 at liquid
helium temperatures. Pis. tver. tela 1 t0-2:350-352 F 159.
kMIRA 12:5)
(Calcium zirconate-Electric properties)
,(;ev twvoraturs research)

-57 f16 00 I-A S/057/60/030/06/16/023 81595
/"V B012/Bo64
AUTHORS, Aleksandrov, L. Bogoroditskiv, N. ., Lisker. K. Ye,
Fridberg, 1. D.
TITLE: On the Tem2srature Devendenoeyof the Dielectric Constant
of the Ion Dielectrics in a Wide Temperature Range
PERIODICAL: Zhurnal tokhniche8koy fiziki, 1960, Vol.30, No.69 pp.699-704
TEXT: With reference to the papers (Refs. 1, 2) investigations are described
of a aeries of clear crystalline phases and their mixtures as applied in
radio ceramics. The purpose of these investigations was to obtain further
data on the character of the temperature dependence of the temperature co-
efficient TKE of the dielectric constant in a wide temperature range. The
ceramics which were investigated are listed and the production of the
samples and the mode of the experiments is described. Since in many di-
electrics E varies strongly with temperature, TKE 0was calculated in every
case for a narrow range of temperature of 15 4 20 C. This coefficient has
the symbols TKEd (d = differential). The data obtained by the experiment
are given and discussed. Fig. 2 gives the temperature dependences of the
Card 1/2

On the Temperature Dependence of the S/057/60/030/06/16/023 81595
Dielectric Constant of the Ion Dielectrics B012/BO64
in a Wide Temperature Range
investigated compounds in the range of (-150) 4 (+150)OC- It is seen that
for most of the ion dielectrics (polycrystalline ceramics, glasses, mica)
TKEd decreases with a drop in temperatures but in some cases (calcium
stannate, calcium ziroonate) a minimum of TKF-d is observed. Those dielectrics
in which TKE is subject to a particularly strong change (up to 2.5 - 3 times)
can be divided into two groups. These are explained in detail. On the basis
of the investigations made it can be assumed that ire tho various ceramic
dielectrics a relaxation polarization at low temperatures exists, i.e., in
ceramic dielectrics with and without titanic dioxide. The paper by V. A.
Ioffe (Ref. 6) is mentioned. There are 7 figures and 6 references: 3 Soviet
and 3 English.
SUBMITTED: December 18, 1959
Ca-rd 212

US!Olj~iectronica - Time-Delay J~x 52
"An Electronic Tim-Delay Relay," L. Aleksardrov
'!Radio" No 6, p 60
Description of an electronic time-delay circuit
vhich provides any delay from 0.5 see to I nin
in opening or closing an elec circuit. The de-
vice has two tubes, i.e., a 6Ts5S (or 5Ts4S:)
rectifier and a type 11IM-0.1/1-3 (TG-2050)
thyratron.
231ST33

KRYIA)V, Nikolay Hikolayevich, professor, doktor takhnichaskikh nauk;
RIZKIB, A.A., kandidat takhaichaskikh nauk, redaktor; ALEKSANDROV, L.A.,
redaktor; VOMOVA, Ye., redaktor.
LTheorstical principles of radio engineering] Teorsticheskie onnovy
radiotekhniki. Izd. 2., stereotipnoe. Moskva, Morskoi transport,
1953. 552 P. (HO A 7:5)
(Radio)

A7"'KSANDROV L.
Direct Current Amrlifiers, L. Aleksardrov, "o-scow. ?-a-,;io 170 .3, Pp 45-49,
I'ar 153.
Describes vir--*.oiis dc amplifier circuits includinq 2 stage types w~tii a
batter
y, potentiometer, or neon lann used is inter-stage. couplivc. Also
Eives principles of imro. comi-ple% puSh-DUl-L t-,~)O.S. D-",',C !SSCS OT)orati-C.,
stability and liFing~ a carrier frtquency.
255T82

ALMANMV, L.
High stability masier oscillator. Radio no.6:25-26 je '53. (MLRA 6:6)
Ohdioe Short-wave-Tranamitters and transmission)

KAUFMAN, Anatoliy leotildovich; ,R&aktoi-; LAYRINOVA, N.B..
tekhnbzheckiy redaktor A4Vw=Uj4&
[Sound reading and transmicsion by hand key of red4otelegraph
.signals; metbods of study] Priem na slukh I peredache kliuchom
radiotelegrafnykh signalov; metodika izuchaniia. Moskva, Izd-vo
'Horskoi transport#~ 1957. 97 P. (MLRA 10:9)
(Radiotelegraph)

I~z
rWE 1. YIAK EXPLAlTA1101
k~of-rt.iy. p. flalk. 2d. M8
4t.lktrik.,; tMij vtorol vs-0yu-)y konforvatall. (fty.ics of Dlol&-trlcj.
Tram%' ' of Ita, ad kil-unt- clmfa`r.~a on the PInIst" -, Dt.le'tric.)
_z
14.ww. Led- AN SSZA, 19uO. 532 p. Errata slip Inserted. 5,000 copies
Sponsoring A4r~19 LkAdt=40 "uk ZWA, Fisichaskly inatitut. liment. P.3. Lebed*v..
Zd.t:f PUbil.blal Naha.. T..L. St.r.k.4-kay.; T~h. Ed., I.S. Drokhj"; Ell-
rj.1 board, (U.p. U.) 0.1. Ska-1, Doctor of Physics -1 Whemstics
(D.C-1), and X.7. Filippm, C-ii4.t* or Fbj.i.. and
PULPOCTIo This collectica or rop~rts is intended for scientists lcvv~tjlallze
%be pbjbl-* of dialettTits.
CCV13LLUs The Socohd LU-Ualn Comforance an the Physics of Dl*.'*jtrlcs held in
Mae,- at the lAstit2t !Mahi 'P.4. Labod-A (Physics lz3%%.qt* Iza.1
P.X. Lebejev,) La %-%bler 1958 was atti.'-fod by representatives of the prl-ipLl
sctam'!tJ4 centers of the U= -d of several -.'the r c ~Iftts c~l-
laa~jza contal" =a- of the reports preAentd at the conference and abridg
V!~*:!: fzl!~_e_. :!.a ;4;~rtj " Lj'j. -11-".h 4..j wlth
Prop,ortus, loss.., and and dth p-11J. id-tl,.
C*;.cIt&zcq or '~I- c~jptl.' C--pI,"d,, ad Phat-
.1satras, f--lact"Z try.t.11, and r.dlatl.. ad Irradl.-. ..I-
9"ta 02 a,r. Lo'.St-g.-ei. Th. 101=. ecit.Us ~ 11-.%, of .-.her
jA;*r, Prts-ntal at the confervAce dealing with pol4rizat. lo.ses, *rJ
-on,
breakdown of dl*ls-atrj-s, which were published in tL% jonrcal Irve.t.
_ys AN
as '79 flzLzb*3k4Y&, I-m. I KdZ Ick(l. No personalities Lre x.otlized.
e.:h npr*.
A.1 ku.A- Lijl~-, amd
sat, ~j 21
M.-f Lc Inducti- Capacitance &.4 D1.1-tric 149s., of S.M.
R. 3trOng HIgh-Pr-quancY Electric ?I-2ds at Rlg!~ Temperature
(3-_blrmkl,j fisikn-tokhmIchaskly S111, T'- ~Slbsrden ?btsi4s -d 7*,hh-I
S:L-tifla R .. arah Inatitut., ' -k)) 28
Dt.."sdm 37
02 the problem of the Static Specific ladwtive, C4Tsaitanz*
lpstl-ut,
(Tcronoin, Agricultwal Institute)] 39
Dletleatri. Ps.ram.lre of D..bl. Liqud Systems in the
1-titut.] 49
Dl"*-Mizu Dbs.rvod in 3cia. D--*lfttrls at Adlo
CyCirozath Agrlmnatrl institute] 17
s And I.I. "bed9v,, Dislactria pmplni&x of g~ter,gsheonsa
r'5L"'-ICh rroqcaul.. 65
77
Eoba.ac'. sttir or t'.~d t,b in P.."aer. As
lion, of b ftqu*h,j . [I.Xtitut vys.k.
I&Mkb I,IYWIROWT AN 3=, Leningrad ~I#Irj_
(Institute Of 1119k IW"u2sr Cmpoum.. 3
91
Cb.Lract*rjatUq (c "A tgb ) of I ter
R4ls%lcfi to the Properties of the Cohaam~zt. aq ast4d Cable,
=r U IP4P.r -A Oil)
kovsklY anargatl4hoj"jr lostItut ('40coW P~vr IngtOearine 97
105
Iah. rr~bi_ of %be Dyn__.c Theory Or T4.res,j pb.~ca 0
P
Xclesamt of Dl*TRT_rrF`alji an
(UniCA)
uatlwt is. V-1- Ul'Y"Ova
(Loningad Elgatro-ha~hnical lmltltut*
124
"A., And V.A. 5-91tE. Use Of CO~Aaal Resonators ?or
,ItThel
-
-
-
k21
_~

Cr
.
.
FT
13
Islac C -108 -A act-It.
Sp
3
2slation to Texporstare ~Iustltut* Of Rl9t Molecular Cautounds, Ai4dony of
Salawas U=, 132
7-M, rylU- Ph-t.-I-ctmt. and the Elea tm;h~tcgrapblc
kil.I
I.
as
I
fit AN SSSA
(
-
.
.
C.
. H'.._
Institute of
14gr.phy, A..d.my of S . . . 0.11ti, X.Mm))
139
0. Charge St billt f I fttr.t.
V, AS U.'SR,
50

NDIAL'ISSNA, T.M., nauchn. sotr.; ALEKSANDROV, L.A., nauchno sotr.;
KARAMZIN, V.P., nauchn, red.;
YER14ACHENKOVA, LA, tekhn. red.
(Organization of atomic energy research in Japan] Organiza-
tsiia nauchnykh issledovanii po atomnoi energii v IAponii.
Moskva, Vses.in-t nauchn. i tekhn. informatsii, 1963. 66 p.
WRA 16:12)
(Japan-Atomic energy research)

PMVp A*A.; PUGAVKD, S*V., redaktor; A LNWV I, (A., redaktor;
ERASUU, A.K., tekhnichaskiv redarzorrmw"im
[Fuel system of marine diesel engines.] Toplivnaia apparatura
sudovykh dizelei; konstruktsiia i takhnichaskala ekBplUat&tGUr.,
Moskva, Gossizd-vo vodnogo transport&, 1954. 226 p.
(Marine engines)(Diesel engines) (MLRL 8:3)

VOZDVIZfGUSKIT, B.I.; VASIL'YIT, M.G.; ALIMMANMOV, L.A., redaktor;
KISILIRA, A.A., tekhnicheakiy redaktor
[Mechanics in boring] Burovaia mekhanika. Izd- 3-6, ispr. i dop.
Moskva, Goo. nauchno-tekhn. izd-vo lit-ry po geologii i okhrane nedr,
1954. 491 p. [Microfilm] (MIRA 8:4)
(Boring)

ElMaHINGY. Vladimir Ivanovich; KOMIMOV, V.P., redaktar; AIMANEROF, I.A.,
redaktar; TIMMOV, Ye.A., takhnicheekly redaktor. - I --
(Determining tide factors affecting navigation] Opredelanis elemextev
priliva-stlivafth iavlenit v ahturmanskei praktike. Xoskwa. Isd-vo
"Morskol transport", 1956. 80 p.' ()MRA 9:5)
(Tides) (Favigation)

BAYEV, Stepan Mikhaylovich; ALEKSANDROV, L.A., red.; LAVRENOVA, N.B.2
tekhn. red. ------- __-'___.__
(Ways to increase labor productivity in maritime transporta.-
tion during the seven--year plan; lecture f...iven i.*or studenis
of the applied economics of maritime traw-oortation1puti Po-
vysheniia proizvoditallnosti truda na mors~wm transporte v
semiletke; lektsiia, prochitannaia dlia. izv,.chaiushchikh kon-
kretnuiu ekonomiku morskogo transporta. M(-.skva,, Izd-vo "Mor-
skoi transport,n 1959. 80 p. (MIRA 15:9)
(Merchant marine--Labor productivity;,

GRIGORIYHV, Sergey Nikolayevich, prof.;
uchastiye: YAKOYLU, K.I., doteent. YASTRZHZHBSKIT, A.S., prof.,
doktor tekhn.nauk, zasluzhenn" deystell nauki i tekhniki, retsenzent;
VODOLAZHOHENKO, V.V., doteent, kand.takhn.nauk, retsenzent; ALXK-
SANMOVI L A inzh., red.; VERINA, G.P., takha.red.
[Heat engines and compressors] Teplovye dvigateli i kompressory.
Moskva, Gos.transp.zhel-dor.izd-vo, 1959. 363 P. (KIRA 12:10)
(Steam engines) (Gas and oil engines) (compressors)

WDOPEKIN, Boris Iosifovio h, dotsent. kand.telchn.nauk; LYSSUKOt
Tsevolod lonstantinovich, doteent, kand.tekhn.nauk; PATVUMVICH~
V.N., rateenzent; KOUSHIKOV, O.G., starahiy prepodavatel"
reteenzent; AM--4ANDRQY,-L.A.,--rad. - Prinimal tchastiye MINOY,
I.N., red..; TIKRONOTA, Ye.A., tekhn.red.
Narine steam boilers and their operation] Sudovye parovye
kotly-i ikh ekspInatstaiia. lid-va 'Horskoi trans ort,v ig6o.
590 P. ~KM 14:4)
1. Zamestitell nachallnike Leningradekogo Arktichaskogo
uchilishcha (for Fayvushavich). 2. Rostovskoye.-na-Donu morekhodnoye
uchilishche (for Kolesnikov),
(Boilers, Marine)

ALEKSANDROV, Leonid Afanaslyevich; STRUZHESTRAKH, Ye.l,,, red.;
---------------- I MS-R-) ~ ~,. . ~Oe ~ -.r e d .
[Establiobnent of technioal noms in automotipi tr4naporta-
tion] Tekbnicbeekoe normirovanie truda na avto-.robillnom I;.
transports. Moskva, Vauchno-tekbn. izd-vo M-va avtcrobi4-
nogo transporta i shosseirorkh dorog RSFSR, 1962. 54
(MIRA 1520
(Transportationo Aub~uotive-Froduction standards)

jljo~
A,

f rN #v

AIN-SLA I&ETALLURGICAL LITIENATURE CLASSIFKATION

JONI SIVI Vj A 110"I 800JAV
-A S1130106 Nip 09V oat 811141 off ONY Aft
U IS AV
1, 1, ts, It w J It It It Of
RM III 1 I tw 00101
1 W640,13 a 3 1 V

f., M f" ~- ~' C, (% (A i!lb
" S~ Ift 4
V% 11% ~4 *4 il
in C) q? 1$ C, 10 41 111 go F, tl~ 11 V C f" f, t 0 f, 6 (A r 1, 11 r fl #a A
ND I'St
POP"SSIS
PERIII
I
DEX
0 '1 A
N
O
S
WA
M Khoswistre 17,
'
was Ad 1 1
nsual y
I ay
IC in the
'
F
w P
'd. .1
. t
h
inan I - I!
from a mixt. of limestone, clay and cinder from pyrites used
K
Y
,
"r
A cement made from 13 parts of limestone, 1.3 Parts clay i,nd I part.
acid
.
Is compare4with ottland cement, The resp. values are: volatile meter trace, 0.73176;
SiChN.22.24.24iv; VcjOj6.16,2.96%-, A130,3.05,0.04%; CsO60.18,05-367o; hlrO
trace, 0.35%; .90j 0.35, 0.30%; RIO 0.05, 0.02%; hydraulic modulus 1.98, 1.97%',
3A6%; beginning setting 4 hrs. M min., 3 brs.
2
silicate moduJus2
63
60%; sp.grA26
.
.
,
,
40 miti.; final setting 6 hrs. 20 min., 4 lirs. 20 min. The high cot) terit, of iron and
C low AIIOg make this cement very 71istant to sodium sulfur compds, A..A.BonuTuNGx

fit .1 V

Id

vow I fly
I-v
I
h In lo %I I I MI-1 IM(AT
_w_r_r lit
6M' W 14 0 il a 3 4
'~T rti, FT
cht",ulating taw pAst's-lk"Iti iN-16-p-m-Aut tlon qD I~AWA
mctllmdIfor Wtg. PdAtil of X,
t":010 us.
W 'A 0

0 0 0 0 0 0 0 0 9 0 0 0 0 146P 0 0- W-,-
I a I W it if it IS 16 It '

0 11 If.
~&-. M~ It Wit US) 141 "Ists a @I 1; 43

DA 16 M CO to
W cc rt t . V % L A ~-- v.- b A
- a Ot
Ai
a,
.
I I -
t
I
.
v
I
.it Is# I A 49, ?a II
ROAVY Opet Ot m cliasv
COMI" 6114 With SWAMAW NO OIL hl, 1). Tit I
'
1
A
.
v- OPb- V*q- am C
nukimp 11Yhoffmai6a Grm-vy 1. 240-46
(Imlimillinary cirsain
of Sumkh
n
i f
l
il
a
u
ue
g
o
in a otim-thnmuigh tioll yields
alxxlt IA% gavilifir with little Coke. but this Yield CILO 1W n rrercle
ritim"I to Z14. 71: -
'
*
WeLkaddril
1
11('IltiLlL~Xasolifwyiri~initainaigell4tl%. Thisy0d ,is Armnipanic4l
by 14% tif
a%
las l
i
d 40
f

a is
x an
g
p
% o
frakhw Cracking with crcydins amwipan"
b
ol
f
i
ld
y v
tv
unnst
on vir
st am phn km 3M critelted Stiaolipe ,.tl%. 1"Auum :3-3s%
Wid colic 7 5% The emckvil naidur am brW en
*
d t
t
A
l
v
o ci
m
e Vie
ift jawl Ii
us I,m
'
)
di
il
%

00
f s(
late M
,K
!
r and coke ISAO%. fly a tion-rexiduum nwititix of thr atKivr
l1
f
l
t
f

- oi
ue
i
*
iglowilis yicklii can be obtained-. xas Pitts hums W%. cawAitir 54% and
A. A, ltomimmm
A =00

j
0

09 1
r*
lit A~l
m*O
.3.0.
~v Got 614411 dK a- lit
%#,ta.v
it 1 14
to a it a I T1 It it x
0 0 0 0 o : : : :1: 0 4 0 411 0 0 0 13 0 0 0
4 000
o 0 996900- 0 0 4

to, Ow-s -MO 0 ~ 0 -0 *- -0 0 00
j 8 1 $ I I I to 11 u 11 li 1) )A )I to li is it a 1.; 61 a Do
AA-" I At L-x-j Lk-a-h r a R i, 1 0. A I .
A :- T-t :1`00
go
Cracking Grostay paraft olls to aspWt tu~ L. A.,.6kk~!apt)ruy- Nefivall1w
23.40-9(1911)~A fraction b. 2(iL)-,I*I* avid UT~ stram diltillaw frot" the
06 %-h, above .100* obtained on cracking Groiny twraffin nili were led fi
tinirs. 'Me yirldsanintintrd to 10,77v gas, bl.27p, crarked rawgine unit
tiLT, white the losti was 9.3%. The eriteking was eartied out alwa" unti O.Vt of
carbolds were fumed, the cracking tenip. bring C1,01, pressure ao 4o Stitt.. whfh~ the
duration of cracking was caled. anus to avoid an excess of coke. *Mr,wigiruJ crack ing
0 stock had a sp. gr. of 0AW, Ew viscosity 1.24 and pour point of --4* 170Y (0.7tQ CA 0
If
sp. U.) lit, below '-W*, 41.1% (O.M sp. gr.) b. ;nd a rrsl~u~ I
(sp. cr. P-8417. F'~ %iscesity 1.51). The -tlk of mckinig are tabuLated. A
xoo
ld
AS. SLA AIVALLURGICAL LITFRAIL99 CLASSIO'KATtOs-
I 100a it not 641" C~ O.w 45t
-i F-1- 'IV . It i w i--
b U a A* to 4 T
it ;w waltilt n9ttt 11111w" lilli,
i-T

as,
110 It 0 Is w n 16 U w a It n mi Is a Is It
I Il Is I' Is M

-A
A-1 A A t A 2 I

at F
A -B..x I-1-IL
11"91" ~
.014

sz%L. A, Alekiandrtiv and N. V~ IN,Ixlvjk. NOW"Of
q,tins. with t I I
disfillate, (2) ga"int-stripped dhifillate, (31 traction
04 it. up to 350' and (4) msiduc k1t a(zer dLttt. the Ittictionq
,
Imm hollonts obtain") in the winklerkoch
It. beloww
06 A cracking unit we" carried out in a kb~ BuirrUw At 40
mint. and UP and fin I by. and 41) Inin. Tbt hight'M
Xvu~finv Yiel& wrte obtained inins the flactitm h. lwtow
W", The pcdomances of the Grotay and the Ktinwit-s
mking 11tifis am empared, and chameterist" of varimm
cuts jv~twfuved In the crac nx
~~r Own, A. A. 11.
0 41 .3 .

v

32 a it a ad v
well
seal
A 5 4 1 L A SITALLUIRSICAL U104411JIM CtAUSPIC47104
~z WO410 at I sale" "if 0kv Ott
F0 w iv P 11
I 17A a VA 0 0 0 1 v m 9 iv 4 3 1 v
It J, as
0 0 0 0 0 0 * 0 0 a 41 0 0 0 0 0 0 a 0 0
0 0 0 0 0 0 0 0 0 0 0 0 0 * 0 0 0 0 0 0 0 0 0 0 0 a e 41 0 0 0 0 4 0 0 o a

F C I ifL 2 H
041 A
60 AkO 4 tctotal.,
oft, POOCLIM ANO PROOMICS .Ogx
041 A
of;
040 4
00
go) 'z
41 ad= of um Dwrod" Provarame
it uAlmA w an Awdirsw Ds"-il
Cudmil pplya. L A. Alelmadroy (Grvzwj'~i Nq1ramik. 19U. 4. (A). 52-
40 A. rwqlnlnwfYL4 cArrYing out
53; 2719). In ItussLan-1 C. for 15 tninutro, u-Ing 6
41 the copper-at ' ust for craca IM-1rolm at lro), ion# arv equivalent too
n
a MpAkrwLr on an oil- bath. Throccondil
O"k with a TV u "I light fractions being Insignificant.-S. G.
to 3 bro. at IW (1, t)w lum goo
goo
Coo
moo
Q
to 0
A$A.SLA AtTALLOWCAL LMATMR CLASUPKATION goo
jjO*
Sojeso 411 a" cot aw -a_ as I
0
u u v X1 An I I 1~
0 0 000000000001,0000 so 0 0000
0 0 0 0-0 0 1 a 0
o
0800*000000*0*0*000

14
1 8 of or I t a at t2 u 14 is so it a it a 11 a 24 a M v A 21 A; if 9 If id A k v 111, 30 41;
M 1 9 IL p a of T u v
A.0 J-P CROM
-OCKIIS(i -ftV

A
A
T
b*tWtcldwidttrgstmtfttOfcrtckfd4aa0line- L,A.
AleksapdrQv.- Neft 5, No. 13. 9 w(jp:t4). Thr 1,,11ow;
00 ing reconinfornoiatioms aft tuadc,, (1) sclwifi,ori of a pro-
ttitive la)w for the equipwrit against cwtivoion, in,itrad

0 A lining lorith Cu; (2) stkctkm of a pn4wf ca"i" ftitant
(3) w*ctkm of a mr1w to ppl. 11h. rr-

4 R and (4) thr devr4q,otent 4 rm"j,jj.
*
0 Wiling 11101144ts tow f4w"t ;'t1(
I,, A. A. ll,whifirial,
* * a
00 .3
00
09
at I At I LINCRICA& 1,1111114TURI CLA'St"'KA110"
-j I %llama "it ONV Olf ditIlIcHt
a I I ad 0 of I Ir It Of a a 3 111 v
T u If .11 No a al K 't of it it ct a (I Im KW If I
00 1
0000 0 00 e
-*9
-00
-00
as*
ce &
=00
coo
00
coo
as*
a**
111410
j Igo

a a a a a I v
C for
I I F I , two is 11 0 If Is 4 If IA If xf R a If IS Al I? a of 1, it 1) u )w 13 Is v a if 0 41 u 4) to
A L L M J-L 1. X,- F. v -A A L -AA to CC M 4 t I - -- -
A a tt :,- I I , a
lot ..p
4 ro- %to I A
to ISC.0fol'i I~
Distillates frm cncked tvalolues as addid" Mv, Into-
teristj for cmddog. L. A. Aleksoindruy-AserbaldsUm-
00 5. 97,91-The hm
I In tile WinkIrr-K(och and lea-
Ltll- IAII%A- in RUW1iA Air d%%C IU A "'Fy utild cracking Rnd its
00 )w Inothany W the rvollwatw, And Ihv Wlbk towel. it)
gtkod fraclilmittitm. A. pr%nww,!& it, rutiw the iziow.
Llrm,, yirld by vatimin dimit. the r"idual M, fAlow"J by

K it W a Mild cmrLinr. Teluttlinot it into the
'1111jectin
..%4144al "I '"m pooming it tion-ligh tile rimitr cycle in tile
u."Al"V-11 unit. The v*vInluI~%Iil1 l%-11"111- -0t" be
00 CAM t'T pfuc"wd in Asphalt still%, yidding acwthet -1 .411'
of gosoline. A. A. BlwIttlingL
00

rw

0

0

00

=00

oo
Z4 o

00's
flow wj_'~--%*mDvv $Sjobl -to Ov Ott
u 11 AV to 11
1; of P to
it it
7*0S g 0 000010 a 00
0 0 0 4910 0 g 0 0000 0 0 0
An A I
0 0
0 *Is 0 0 0
so 0
ago
o*
'00
too., Ia.,- Iwo*
allill 34 4.. Ltt
Istwo so o-two,
a
0 0
000 99 0 0 0 0 9 0

E5 4 4 0 0,
0
Ij Is it III$ tir:11n D)4;3 ;*r .3 IN jV ii M 0 )1 V if 61 41 u 41 at a CO
I --I . -U _Y~ A _L_j 4A IM CX OD fj_j_ t 'I t_ p ~. 11 4 ' _. q
0 4p
'..Pf.s
000 logo
Selecttan at the Int folf the furnace tubes of now
craddlig units operattid at high pressures. L. A. Alck-
nd V. 11. Sukhanov. GrossirRikil NeNytordt 13.:- .00
to ,'a. h 11, 1211,1A(M15).-Attiong tile tfiffeirnt I~ and 111- -00
l(sycil ttvit jrtrd in varitmq party tif the I-rdAinx reiijill-
nient. It wat found that: (1) Lcww% (through coff"Mon)
in C steel used In the tadiant smtiou eacerd thooe in the
tower by III tinim, (2) !-09
lower wvtion of the bubbJe
00 t I.ows of *amples placed in the lower limit of the bubble
lower in mg./sq. intn./3D day% were for C-i4rel O.Ml.
er-ateci O.Mi, Cr-Xt-steel CIA111; and for maniples '09
1 in the tetutn bends of the cracking coil: C.-tttel
faced
1
I .2M, Cr-oted 0.020, Cr-Nio-steel 0.011 and Cr-NI-steel ze 0
0.00011 mg./mm./30 days Dct&Us of the investigation 9
are dewribed. qxtcen rcille.M. A. A. B.
1 0 - i, I !0 0
itv
. G:-:j!
0
0: 8:
r0
IS AT -0 5 1 ?1 n I
opt to it top t( it u It it 0( go 5
0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0 0 0 to t 0 0 0 0 0 0 0 0 0 0 0 0 0 0 90"
'ooooo*ooooeooooeeoo;eooaoooeooooooooeo:I

foe
004
wwa
00 a
OOV
0011
dismuss iA
MA T.
Uall
mm
09. An. (Q)
ILA NCTALLMKALLMNAYMCLAIWICATIft
Most 1111444 MAP akv Ops
AV IQ
=of
too
aos
goo
see
goo
wit 0
MOO
06 &M 449 a" All
I Ow 0 0 o11 1 a I do 0 3 1 v

It --V--
lavestilatt" the causes a Corrosion in
Cracklag La, -
stlitijitions mad methods tot cambatl% the tamer, L.
A A. AkkmxuJvq'V.' No, 4. IA J,OWA).~ Variou%
iterl"Ok4wem "'U"
Ill. in diffetral Fkvtians 4 tile crack.
go a insequiprotniftwOuda". l(was (ound that the (Ulm-sand
IrtUtO WO& Of the r4diffint fttlkln %11~tahl 1W %1A1%tt*Wt"l
00 1 .00
to Cc. CI -MO tot Cf-Ni Mimi. *ldlv tile WRIveli ul the 11441.
06
oil puinp bhould he nuole ul Cr-N1 blvel. the billet having
altoa higher resistance to croviton. Vatiounktutwititarth.
ads for The rernrival of 8 comps. and naphtlirnic acids :a.% 0
well Cl mile prv diwiitwd. A. A. 11twhilinsk
Vag
of
0=0
S a . S L A .9T.LLUtC.C11. LITERAT01 CLAISIFKA1100,
116, A.
i
W-11 -v. I
An 0, a
lex sto via* a n
00 0 * 9 0 0 * * 4 0 0 : 9" "0' 0"
00 0 0 * 0 0 0 0 0 0 0 * * 0 0 0 ;i* 0 0

0 it it is W 11 it to n m 21 U b j4 h
ji a ji i a it A; U M a M u U X as
I L
A &_JL --- a -L-1- r h
4 F W, ..0 !!vP!4J_
".0ca M 1.

L

st So 6. No. 5,
cmdft Astack. L_A_AWkftnd1nv~-
ing, pasNing fil't thl"Urls, the pritilary vralorator and the I
is_I3(IW)'_Thv yield .1 cracked gissailine may be ~,,wvr~ The I., fril wish the h-A oomlen. I
:
00
USlit up to w% of the stripped crude oil by u&in4 the ItA-
bra Air huni the ftewcv The krtir~-nc traviiiiii4 w.IKI. In -
. lowftproc-ess: The topped crude oil is preheated in beat
r i fir strill1wr Are paved intu thr trIesinting visit. Theprod- 00
"chairvers and enten the primary TVIIPOM(Or go as to
i iscii, front all three cracking Aotivii enter inso th tzas

z
= :0 0
lower, the temp. and to give up the lighter fillictims. ise
-vapuralor. The ~Vparate cracking of I d
e
60 The mixed vaporvi PMV 1-11 the rv2JX"jor th.muSb the from the t,,wer and of The distill-910 Insist the savortilary
00 hear exchiLnM into the butifile tower. the gazoluse vapors
h the gas actimentor
d flin"I
9
d evalmitatar will Iii-finit the ulicraii(tis (if the Isigh,firritattre
it
d
L
fi
00
.
are passe
sc
at discharged an .-
un
- ~)Isi
t
lsl% %iniihis vi th(we under which it is 4
13* while The kerosene Vapors; are WN. In a WWI evalkiratta. '-perat"t in Or imial K.". unil- A. A. It. =00
ne CMdmnlt is discharged through the bottom of the
0
ut train the PdMVY c-P-t-
011rer, The cirsarked re6d 0
'
the condentate hissin the beat eschaupw enter the
and 6*0
iseconditty evaporator where the lighter fracticall are distd.
nic latter we condensed and p-d into the low-pritwarre
00 ckft call, vrhere they we subimted to a mfld cracking.
era
P&Nft funber Into The high-11ftsNurt c0il [cc A fi1W crack-

Zoo
00 j. Woo

411 04.
t.: AS.-ILA SITALLIM&KAL LITF11A71,1111 CtAS$WKATIO*

09 it
.1a 4 iii.1j, 4W C., is,
-T-T-
0
v
1 F
t
U Is AT 00 is
0 1
I
i
t X K
a
t a n .
11 1 An A 1 0 ad 0 a I Yj sla 0 Al a I v
0 TV tv rp 1P
st 61 At a
t
P
I
W
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-
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of reagent sufficient to r1olect these parts should be
intfoduced. An excess o reagent Causes excessive con-
lamination of the cracked reiddue. A. A. Boebtlinak
00-ji
'T
a I a - I L Aallitti;VWAL UTFOATP119 CLAWFICATION
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day
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Premus dislillgile hung the Virkers and Winkirr-Ktich
unit go woo treat"! in I hr vatmit phone during redist n. Ilm
agline. (login Itaku is Irm tembir than that fitmi (Iftinany -00
s
I
taited-base. loppeel modr toil; lhat obtalneol ley rtarkifts -40
Baku gas oil in the Vickers cracking coil is less stable I ban
that forxi, the Winkier-Kmh ,mckinx unit, when toprivef -41411
vin'Ir fell I- n-441, mg~ quiollit, of the joa..,inte j. ""t a(. gee
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I hr . d1mvit % 4" 1110 %!14%- (11101 two t'"I ..( lmv~kllv .11.141141%, 0
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0 'S b lily Of the g%K)WIC WithOUt MUCIL-6119 iS initial lIIt4JTT- Goo
jim. la Igs e-scsole. units the stability of the gavol0c is
t. legmerad. it highest yield get pormure distillair lwr ton to*
00 1 of rlay shmW not exceed U.&40 low. Tbr evirruseverom
of the SaWine is eliminated by introducing stuall Ports,
of NH, at NaOll Into the line after the candcover. The are 0
tirucedurgo In described in detail and the expil. rrigulls am
atoulaird. A. A. 114whtfinSk Q00
age
logo
is
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A.
U-~""Rlt-,'etrolsma Products
Lubricating Oils
Cqrro5ion
Aug 413
"Use of Gorrosion Inhibitors in Lubricating Oils." V.V. 1,o3ikov,, A.L. Khalifx L.A.
Alaksandrov, 5~ pp
"Naft XhosN No 8
Authors refer to admisturen of certain acids to oil, introduced by them In 1944, to protect
polinhed metal parts from corrosion. These admixtures have been successfully used since
then, but certain alwrtoomings resulted. Discuss" pxperimental results of method for
obtaining new effective anticorrosion admixtures. They are: W-2. Y-T-3j 17-1-41 with high
activity in 00'5% solutions. HT-2. and HT-3 in 5% concentrations do not deteriorate while
KT-4 actually Improves the do-emulsifying characteristic of oil. Ori stability is influ-
owed sligatly, Soviet admixtures surpa3s US and English admixtures recomended for this
purpose* Ives seven tables and illustration of experimental results.
PA 49/49T98

TANDURA, I.P.; SHPAKIN, N.G.; AIALUMOY, L.A.. redaktor; NIKITIKA, Y.N.,
redaktor izdatallstva;GMIMMO, =.., tekhnichaskiy redaktor
[Xxperience in setting fuel consumption norms for opare4ions involved
in well drilling] Opyt, pooperatsionnogo normiroyaniia raskhoda topli-
va pri buranii skvazhin. Moskva. Gos.Aguchno-takhn* 12d-vo lit-r7
po gaol. i okhrane nedr. 1954. 30 P. (KM 10:1)
(Oil well drilling) (Diesel fuels)

ARSHAVSKIYP V.Z.; ALEKSANDROV, L.A.; TSYAN-SHAO-TSZYA [Chiang Shao-chial
Metal jamming during the process of rolling in T-grooves and
its effect on the amount of deformation of the main elements
of a rail section. Sbor. trud. UNIIM no.11:138-149 t0'5.
(M~RA 18:11)

USSR/Pbysics - Steel 21 Oct 50
"Influence of Concentration Stresses Upon the
Speed of Lateral Growth of the Pearlite Grain,"
L. 1. Aleksandrov, B. Ya. Lyubov, Inst of Metal
Studies and Phys of Metals, Cen Sci Res Inst of
Ferrous Metallurgy
"Dok Ak Nauk" Vol LXM, No 6, pp 1081-1084
Math treatment of diffusion eq to clarify compara-
tively great speeds of decay of solid soln for temp
where speed of normal diffusion is small. Sub-
mitted P-2 Jul 50 by I. P. Bardin.
im
172T91

ALFKSA-',-,DRCV. L. N.
USSR/Metals Steel, Structural Analysis Apr 52
"The Field of Stresses Originating During the De-
composition of a Solid Solution Bear the Spherical
Nucleus of the New Phase," L. N. Aleksandrov, B. Ya.
Lyubov, Inst of Metal Studies and Phys, TsNIICW4 (CEn
Sci Res Inst of Ferrous Metallurgy)
"Dok Ak Nauk SSSR" Vol =III, No 6, PP E;33-835
Analyzes effect of stresses, caused by decompn of
solid soln, on growth rate of new-phase nucleus and
applies results obtained to calen of stresses 'in-
duced in supercooled austenite (T= 9930 K) of hy-
poeutectoid concn around sepg ferrite grain., Slab-
mitted by Acad I. P. Bardin 29 Feb 52.
223T48

N

Thi fluld'of VMS ATA lalb p4rllte fibat9i
tmidgms kn of austtnlta, ! L. N. '4ue'k ndrb,.-
Arffr Trist.. ARfITI'll

s
The field ofst. %is Ing
In Cut steel
durl
thC CIOWI'l of 9 PZAARA 110d'tlC

eto
ivthe~tnitl (700*1 tratOorniation of -a s -111te I,e
ut'
01)

I
(d. UUsrova and TA-Ahim, C.A. 4 MR 3g). e n

dim
pIw;~ deftmAtIon spmadlug in rill tiorL4 ur m n
vjm, as vm front is i

AIIIX&ITMOV, L.N.- to
IiThi- RffiR-of Plisfiti DWiziiibmi'Arlsing- During Decom- -
Poidtion of a Bond a anon 1, .1 PI-1
of the Now Phamse. K Aleksandrov and"D. Y4C. v
Metallurgical Abst. (DokWy ACA lVdR'f
Vol. A may 1954 Rusitiatil. Math. Equations are devel~p~-d.,AD
growth of a - Bad^ Of
Structure pherical nucloi froin sopmsatum I It.
which take into considemtion the effect''of jokstid derwma~
tion, and they are applied to isothermal 'gm,%th of ferrite
from austenite. The chief conclusion ivietwil is that the
R 3# No stmwa wt, tip by the transfarmation cause the proe(ms to be
autoeata!~,tic. 6 ref. (,rrangfitted by tho U.S. National
10! Scieneo loundation 11.
4(+-
&WIA At r J%SF .
Alf
~Y- V- P, J I J,

=K9ANI)ft0V,, L. 14.
Dissertation: "Stresses Arising from the Decomosition of Solid Solutions and Iheir Inr:Lu-
ences on the Growth Rate of a Nucleus of a New chase." Cand Phys-Math Sci, Dne-propetrovsk
State U, Yoshkarola, 1954. Rel'erativzrjy Znurnal-Kilimiya, Moscow, No 13, Jul 54.
SO: SUM No. 35(), 25 Jan 1955

R I " vc / 123 - 1 - 104
AUTHORS: Aleksandrov, L. I. Artemenko, N. P., Fel'dman, L.M.
TITLE: Influence of Structural Joints on Strength of Bolts
(0 vliyanii konstruktsii soyedineniya na prochnost'
boltov).
PERIODICAL: Tr. Khar'kovsk. aviats. in-ta, 1955, vyp.16,
169-174.(USSR)
ABSTRACT: Witnessing the work of screws 'which brace the flange
and drum in the fill P -200 plunger pump at the
"Gidroprivod" plant in Khar'kov has proved that it is
possible to reduce significantly the tension in
screws by increasing the rigidity in the joining
parts. The calculation of stresses acting on the
flange and screws is given. The well known chart of
stresses and deformations in screwed Joints was
Card/2 established. The stresses and the safety factor for

123 - I - 104
screws made of carbon and Cr-Ni(chromium and nickel]
steels were computed. To increase the rigidity of
jammed parts the gap,between butts of the flange
and drum was eliminated, consequently the screws
draw tight the flange to the drum. Previously the
center belt of the flange was resting on five rings
inserted inside the drum. The cross section of the
pump, four design, sketches and one chart are given.
M.B.D.
Ref. Zh.2 Mashinostroyeniye Nr.1, 1957, Item 104.
ASSOCIATION: Aeronautical Institute in Khar'kov (Khar'kovsk.
aviats. in-t)
PRESENTED BY:
SUBMITTED:
AVAILABLE:
Card 2/2

ATAWSAIDROV, L.I.; AMZMXffO, I.P.; KOSTM, D.I.; GIROHIMUS. Ya.L.,
DPW WN 18P,4tva t stvennyy redaktor;AHIRMHERKO, Ya.T., tekhniche-
skiy redaktor
[Cylindrical gearing; theory, -calculation and design] TSilindri-
chaskie zubehatya kolesa; teoriia, raschet i proektirovante.
Xharlkov, Izd-vo Kharlkovskogo ordena. truclovogo krasnogo znameni
goe. univ. im. A.M.Gorikogo. 1956. 317 P- (MIRA 9:9)
(Gearing)

o A/
AUTHOR: Aleksandrov, L. N. 126-2-26/35
TITLE: Determination of the activation energies of processes of
reconstruction during phase transformations in solid
solutions. (Opredeleniye energii aktivatsii protsessov
perestroy1d pri fazovykh prevrashcheniyakli v tverdykh
rastvoral,--h).
PERIODICAL: Fizika Metallov i Metallovedeniye, 1957, Vol.5, No.2,
pp. 370-371 (USSR)
ABSTRACT: Calculation of the kinetic curve of phase transformation
in a solid solution requires knowledge of the activation
energy U of the process of reconstruction of its crystal
lattice. Experimental determination of this value
requires knowledge of the complete transformation diagram
of the solid solution. Approximate determination of U
can be effected from the speed of germination n(T) of
0 "
the centres of the new phase or from the speed of growth
of the centre of the new phase v(T,t). The conceptions
of Iyubov, B. Ya.,(Ref.3) on the speed of growth of the
nucleus of a new phase during isothermal decomposition of
a solid solutionpermits evaluating the activation energy
if the speed of growth v(Tlt) is Imovm 11 being the
Card 1/2 transformation temperature and t the ~im--e of annealing

126-2-26/35
Determination of the activation energies of processes of
reconstruction during phase transformations in solid solutions.
of -the grain. The growth of the centre of the new phase
during the first stage is limited by the speed of
reconstruction of the lattice since removal of the
dissolved component of the soiid solution by its diffusion
into the initial phase begins to limit the speed of growth
of the grain only after the grain has grown to relatively
large dimensions. In the general case tile speed of
growth can be expressed by Eq.(2), p.370, and the results
obtained by means of this equation are in good agreement
with results obtained by Kogan, L.I.)and Entin R.I.,
(Refs. 2 and 8) and Plotnikov N.P. (Ref.9). ~he here
described method also permits evaluating the activation
energy of the diffusion from the speed of growth of the
centre of a new phase in the range t > T, Which determines
the diffusion of the dissolved component, whereby T is
the time required for growing of the grain to its
Card 2/2 limit dimensions.
There are 9 references, 8 of which are Slavic.
SUBMITTED: March 18, 1957.
ASSOCIATION: Mn-46* State Padagogical Institute. tNariyskiy Goaxjo~
PedogcgLeheekiy InsUtut),riocated in Y6shkar.-OIla, Fiarlyggya ASS~3
AVAILABLE: Library oi Oongress.

e. UIRL __- - -T, ,- .
PHASE I BOOK EXPLOITATION -SOV/5055
Vsesoyuznaya konferentsiya po treniyu i iznosu v mashinakh. 3d,
1958.
Gidrodinamicheskaya teoriya smazki. Opory skolIzheniya. Smazka
i.smazochnyye materialy (Hydrodynamic Theory of Lubrication.
Slip Bearings. Lubrication and Lubricant Materials) Moscow,
Izd-vo AN SSSR. 422 p*. Errata slip inserted. 3,800 copies
printed. (Series: Its: Trudy,.v. 3)
Sponsoring Agency: Akademiya nauk SSSR. Institut mashinovedeniya.
Reap. Eds. for the Section "Hydrodynamic Theory of Lubrication
and Slip Bearings": Ye. M. Gutlyar, Professor, Doctor of Tech-
nical Sciences, and A. K. D'yachkov, Professor, Doctor of Tech-
nical Sciences; Reap. Ed. for the Section,OLubrication and
Liibricant Materiale: G. V. Vinogradov, Professor, Doctor of
Chemical Sciences; Ed. of Publishing House: M. Ya. Klebanov;
Tech. Ed.: 0. M. Gus1kova.
PURPOSE: This collection of articles is intended for practicing
engineers and research scientists.

Hydrodynamic Theory (Cont.) SOVA055
COVERAGE: The collection, published by the Institut mashino-
.vedeniya AN SSSR (Institute of Science of Machines, Academy
of Sciences USSR) contains paDers presented at the III
Vsesoyuznaya konferentsiya, po treniyu i iznosu v mashinakh
(Third All-Union Conference on Friction and Wear in Machinel
which was held A ril 9-15, 1958.* Problems discussed were in
5 main areas: 1~ Hydrodynamic Theory of Lubrication and
Friction Bearings,(Chairmen: Ye. M. Gutlyar, Doctor of Tech-
nical Sciences, and A. K. D'yachkov, Doctor of Technical
Sciences); 2) Lubrication and Lubricant Materials (Chairman:
G. V. Vinogradov, Doctor of Chemical Sciences); 3) Dry and
Boundary Friction (Chairmen: B. V. Deryagin, Corresponding
Member of the Academy of Sciences USSR)and I. V. Kragel'skiy,
Doctor of Technical Sciences); 4) Wear and Wear Resistance
(Chairman: M. M. Krushchov, Doctor of Technical Sciences;.and
5) Friction and Antifriction Materials (Chairmen:
I. V. Kragel'skiy, Doctor of Technical Sciences, and
M. M. Krushchov,Doctor of Technical Sciences). Chairman of
the general assembly (on the first and last day of the con-
ference) was Academician A. A. Blagonravov. L. Yu. Pruzhanskiy,

Hydrodynamic Theory (Cont.) SOV/5055
Candi 'date of Technical ScIences, was scientific secretary. The
transactions of the conference were published in 3 volumes of
which the present Is the third. This volume contains articles
concerned with the hydrodynamic theory of lubrication, sliding
bearings, and lubrication materials. Among the topics covered
are: modern developments in the hydrodynamic theory of lub-
rication, experimental methods for investigatingthe performance
of bearings under various conditions, the mechanics of lubrica-
tion under various conditions, the design of bearings for dif-
ferent applications, the theory and practical applications of
'lubricating materials, including viscous-plastic lubricants,
calculation methods used in the design of bearings for turbo-
electric generators and other heavy machinery, experimental data
on the lubricating characteristics of many different lubricant
materials., the effect8 of additives, operating and environmental
conditions, corrosion, and accelerated wear testing. MaTTy per-
sonalities are mentioned in the text. References accompany most
of the articles.

Hydrodynamic Theory (Cont.) SOV/5055
TABLE OF CONTENTS:
[I.] HYDRODYNAMIC THEORY OF LUBRICATION. SLIDING BEARINGS
Gutlyar, Ye. M. Modern Trends in the Development of the 3
Hydrodynamic Theory of Lubrication
_Alp,k,ganQrov, L.-I., N. P. Artemenko, L. M. Fel'dman,
and Yu. V. Yakovlev. Setup for Testing Supporting
Bearings of Powerful Turbines 9
Bulovskiy, N. N. Investigation of Friction Processe-,T in
Heavily Loaded Sliding Bearings of Rolling Mills 17
Vypov, G. P. On the Unsteady Motion of a Viscous Incom-
pressible Fluid Between Closely Located Moving Surfaces 25
Golubev, A. I. On the Motion of a Viscous incompressible
Fluid in Short Bearing Gaps in the Laminar and Turbulent
Flow Regimes 30

BEGMATO I., prepodavatell; ALEKSANDROV_, L.I., starshiy nauchnyy sotrudnik;
REBROVI P.I.-, kand.%n-6?-.~-`Ha`
Use of tissue preparations. Veterinariia 37 no.1:8-10 Ja 160.
1 (MIRA 16:6)
1. Priazovskiv sellskokhozyaystvennyy tekhnikum (for Begmat).
2. Novosibirskaya nauchno-issledovatel~skaya veterinarnaya stantsiya
(for Aleksandrov). 3. Narlyan-Marskaya sellskokhozyaystvennaya
opytnaya stantsiya (for Rebrov).
(Tissue extracts) (Veterinary medicine)

ALEKSANDROV, Lev Iosifovich ARTDTMO, Nikolay Favlovich,- FELIDMAN, Lev
I dotsent, otv. red.; KURIIDVA, T.M.,
red.; TROFD=0,, A.S., tekhn. red.
[machine parts; laboratory work] Detali mashim; laboratorr7e raboty.
Khartkovs Izd-vo Khartkovskogo gos. univ. im. A.M.Gorlkogo, 1961.
152 p. (Mechanical engineering-Study and teaching) (MIM 14:10)

82973
6 V_e4oo S/142/60/003/002/013/022
E192/E382
AUTHOR: AInksandroy. L.N.
TITLE: Conditions Sufficient for the Parametric Stability
of an Automatic Gain Control System
PERIODICAL: Izvestiya vysshikh uchobnykh zavedeniy,
Radiotekhnika, 1960, Vol. 3, No. 2, pp.270 _ 2711
TEXT: The system considered is shown in Fig. 1. The filter in
the automatic gain control network is in the form of a two-stage
RC filter (Fig. 2), whose two stages are separated by a buffer
amplifier having a gain of unity. The differential equation of
the system is:
d2E dE
T T P +r(T + T P + Ep = K U (t)K(E
1 2 dt2 1 2 dt 1 BX P
When the input signal is not modulated, Eq. (1) has no unstable
solutions. However, if the input signal is amplitude-modulated
by a function 9(t) , the automatic control system can become
unstable due to the parametric character of the feedback. In
this case, it is necessary to carry out a special investigation
Card 1/3

82973
S/142/60/003/002/013/022
E1~2
Conditions Sufficient for the aMeiric Stability of an
Automatic Gain Control System
of Eq. (1). This can be done by employing the second method of
Lyapunov (Ref. 4). It is assumed that E p is an arbitrary
solution of Eq. (1), corresponding to the initial conditions,
while Ep = EP + x is also a solution of Eq. (1) but for
different initial conditions. The difference between the
initial conditions for the two solutions is referred to as the
initial perturbation. By substituting the solution E p into
Eq. (1), it is possible to obtain Eq. (2). The function K in
this equation can be expanded into the Taylor series, as shown
by Eq. (3). By considering only the first two terms of this
series and by introducing a new variable '-i:; (defined on p-271),
Eq. (2) can be written as Eq. (4), where m is the modulation
index for the input signal. Eq. (4) can be written as a
system of two differential equations; these are in the form of
Eqs. (5), where Y (-r,) is defined by Eq. (6). Investigation
of Eqs. (5) by means of the Lyapunov method shows that the
stability criterion for the system is expressed by Eqs. (17)
and (18). The investigation of a system is first carried out by
Card 2/3

S/142/60003/00WR3/022
E192/E382
Conditions Sufficient for the Parametric Stability of an
Automatic Gain Control System
verifying whether it satisfies Eq. (18). If this is the case,
the system isstable for any m . Alternatively, by employing
Eq. (17)9 it is possible to determine the values of m which
guarantee the stability of the system. There are 2 figures and
6 Soviet references, one of which is translated from English.
ASSOCIATION: Kafedra radiopriyemnykh ustroystv Moskovskogo
ordena Lenina aviatsionnogo institut~,im. Sergo
Ordzhonikidze (Chair of Radio-Receiving Equipment
of the Order of Lenin Moscow Aviation Institute
im. Znxzo Ordzhonikidze)
SUBMITTED- July 10, 1959
Card 3/3

AL, r-- cS A N r-) ro V)
AID P - 2617
Subject USSR/Meteorology
Card 1/1 Pub. 71-a - 2o/26
Author Aleksandrov, L. N.
Title : !!%16T =b=ar 11. Skue Gidrometricheskiye
sooruzheniya (Water gaging installations) Gidro-
meteoizdat, 1954 (Book review)
Periodical : Met i gidr, 4, 56-57, Jl/A9 1955
Abstract The book reviewed in this article is devoted to
measuring flow conditions on small streams. This
book is an approved textbook for hydrometeorological
technicums, and deals with the design, construction
and operation of water gaging installations. Some
criticism is voiced on the carelessness in editing.
However, the book is considered to have a great value
for students.
Institution : None
Submitted : No date

ALEKSANDROVA L. N. and LYUBOV, B. Ya.
"Effect of Concentration Stresses on the Rate of Lateral Growth of Pearlite
Grains." Dokl. AN SSSR 74, No.6, pp. 1081-84, 1950
Evaluation B-78945

AIRKSANDROV9 I.N.; LYUBOT, B.Tal',, kand, fiz.-mat, nauk,
L'
affect of concentration stresses on the rate of pearlite grain
edge growth. Probl. metalloved. i fix. met. no,2:256-270 151.