SCIENTIFIC ABSTRACT ALEKSANDROV, B. A. - ALEKSANDROV, B.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100820011-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ALEKS-AIM1110T, 12. A. and Vany-Wcov, E.. K"*,.
"Optic 1.,easuruments of the Phenomenon of a Directed a. r,~;)ort pri,,--ente~l at one
of t1lic sessions of the; General Assemblies of MI.' in 194~,
TLII-Ser Fiz., Eo 3, Vol 9, 1945

ALIKSANDROV, 13!,.A, ush.; SAIDOV, M.S., inzh.
Sectionalization of rural electrical networks..Mekh.i elek.
sots.sellkhoz. 17 n0-509 159. (MIRk 12:12)
1. TashkentakeWa oblaBtuaya koutora Glavael'alaktro.
(Electric networks)

ALEKSANDROV., B A
Stalinakiy Plan Proobrazovaniya Prirody V Deystvii. Moskva, MOIP~ 1952.
197 P. illus* 26 am,
At head of titlet Moskovskoye Obahchestvo lBpytateley Pdroc~,.

89 778
9, fs-do I-)/169/61/()00/0()P/033/0--ic)
3. A?/0 0 A0,05/AC,01
Transiation from: Referativayy zhurnal, Geoflaika, 15361, No, 2, P. 49. # 20339
AUTHORS: Aleksandrov_,_ B. A., Pudovkin, M. I., Yanavsxly, B. N
TITLE: The Magnetic Field of Magnetic Dist;arbancea Jr~ the Arctic -~Lnd Ant-
arctic Regions
P-ERIODICAL: V sb.: "Magnitno-ionosfernyye.yoznTarsIlLli.,Bniy;,-", No., 1, M;-)-SCcw,
AN SSSR, 1959, pp. 17-23
TEXT: During 1953-1957, up to five magnetic variatior*al fl1q.11d ~~tatior:%
oj~erated simultaneously in the northwestern region of the AZA-atic part ~J' the U33R,
Their data were used together with data of the arotic and mid.-ItitAWdc- mWnetic
observatories of the USSR *for the presentation.of the geomagnst--,c.
during magnetic storms by synoptia maps of va--lation iscllne,,. Tli~, Q!
these mkps allowd the authors to draw some conclusions or, the
magnetic variation field during storms. The author holds ela~.tria -.urrea'U,
the main cause of variations; they formed nearly linear --,nd eTti-nded in' 1!!zll t;udi-
nal direction. over latitudes of about 650. The compari-scr, of tts
Card 112

89778
~i/ 169/6 I/bOO/0.021/033/0 3-9)
AO i ~, - I
etic Dieturbanees in ths A:,ctl~ and kat3x~_ti~.,.
gnetie Fiedd..of-Magn
ionospheric data of the antlarctio observator-y Mirnrl lpd te.) t~.,,e
-these currents are originated,, apparently, by the "dynarnc,
E -layer at I-Is motion in the Earth's constant magnetic field,
V. Af.SpIttz~1-1ra
Translatorts note: This is the full translation of the o.-iF-ftnal --var:sIwi
Card 2/2

ALEKSANDROVP B.A.
. I
Structure and dynamics of magnetic variations in the Arctic and
subarctic regions. Trudy NIIGA 132s10-20 162. (KMA 16t4)
(Arctic regiona-Magnetism, 2arreatiral)

ALEKSANDROVI B.A.; DEYENITSKAYA, R.M.) doktor geol.-miner. nauk
--'red-
.7 -1-
[Concise instruction on calculating a changing magnetic field
in ae-romagnetic surveying in the Arctic and Subarctic regions]
Kratkoe nastavlenie po uchetu peremennogo nagnitnogo polia
pri aeromagnitrykh s"emk-akh v Arktike i Subarktike. Leningrad,
1964. 42 P. (MIRA 18:5)
1. Leningrad,.$,Nauchno-issledovatellskly institut goologid,
Arktiki.

ALMSAIMPOV, B. A.
ALEEKSANDRCV1 B. A. "The elder af:ronamist of the Soviet Union, Vasil-Ly Roberto'.ich Vill
yan.s", Okt1.,-brI, 19hg, No. 1, P. 153-66.
SG-. U-,042, 11 March 53, (Letopis 12hurnal Inykh Statey, 111o.-I 19L,9).

ALLYSOID140, B.A.
Uchenie V.P. Villiamsa o pochvo-
obrazovanii i travopoltnoi sistame zemledeliia, (Doc-
trine of V.R. Villyams on soil formation and grass-
land agriculture). Moskv'a, Gosk-ulltprosvetizdat, 1953.
48 P. (B-chka 'IV pomoshchl lektorull. no. 9)
53: Monthly List of Russian Accessions, Vol. 7, No. 5, August 19511

ALRESAITMOV, B. A.
,
Raise flowern. Zdorovle 4 no.6:31 Je 158 (MIRA 11:6)
(FURICULTURE)

" UNDROV, D.A.
z .. X-
Lemons in the window. Zdorovle 4 no.11:30-31 N 158.
(MON) (MIRA 11:11)

4 L I-K) ~J.Al
i~
D%(I, .
, J*SKNDROV, B.A.
Fig tree in the house. Zdorovle 5 no-10:29 0 159. (MIRA 13:2)
(PUNS, ORNAKWAI) (FIG)

SA49/6o/ooo/o4/017/018
E032/E3i4
AUTHOR: Aleksandrov, B.Al-
TITLE: In Memory of(Dmitriy Nikolayevich Kazanlil (Obituary)
PERIODICAL: Izvestiya Akademii nauk SSSR, Seriya
geofizicheskaya, 196o, No. 4, p. 631,
TE)rL: D.N. Kazanli died on November 7, 1959. He was concerned
with the study of the natural resources of Kazakhstan and worked
on this problem for over twenty years.
Card 1/1

ALIKSA.NMOV
- - -.1-- .. .... -.L
Vitaminic greens In the room. Zdorovle 6 no.1:31 Ja 160.
(MIRA 13:4)
(GEMS, EDIBLE)

L 64717-65 VA (h) /&-rl (1)
ACCESSIOTI NR: AP5020244 up/ol88/65/ooo/oo4/0091/0091
621-374.4
?AUTHOR- Aleksandrov, B. A.; Brandt,_A. A.- Tyagunov, A. V.
TITLE: Dc!-imeter wave frequency mu:111pligr using gas discharge in a nonhomogenetlus.
electric field
SOURCE: M_-,scow. Universitet. Vestnik. Seriya 3. Ylzika, astronomiya, no. h, 1965,
91
.TOPIC TAGS: 'frequency multiplier, gas dischargz~ multiplier, decimeter range fre-
lquency multiplier
ABSTRACT, A frequency multiplier is described in which a nonhomogeneous electric
,P~- I
. ~ Id is created between plates of a cylindrical capacitor with considerably dif-
lering diameters. High-frequency pulses (400 Mc) a-re fed to the discharge chanber
a m-rasuring line, matching transformer, test loop, transit resonator, and
a~ i~ne streteber. Current thus induced r-witains higlif~r barmanic c(,mponents as
,a result of.the movement of plasma electrons in tne nonn,;mogeneous fieiud. The cur.,
irent excited-'he resonator, which is tuned to the frequency of n-harmonics, The
harmonic is picked up by the test loop and supplied to the measuring. inBtrumentL.
ard 112-
. . . . . . . . . .

1 64777-65 . .......
kCCESSION NE: V5020244
-he loop i's ad,lustc-d so that its maximum impedrin(-e rorresponds to the basic fre-
.quency and its minimum impedance, to that, of the hamonies. In order to cfeate a
,-urrent alitinode in the resonator transfer loop, the test loop Is located at a dis-
Itanoe from the resonator equal to the even number of ball'-waves of separated bar-
rn-.~ ~ CS Argon, neon, and helium were used in thp discharge tube within a wide pres-1
-,~_'-~~-. 't wp,!-, 11.-ur-A that harmoni- powor Pn:i -_-)nversi-~ri effii-iency devend ori
t~i- t-vpe tf gas and the pressure. Optimur pivssiires we-ze i,*r?~; lar for all the
':iv-st"gated harmonic's but different for the --jari )uF gFiseii. The 1-i~lt resillts were
u -f the second bar-
i "el m a' a pressure of 1 im, Hr, Thp power output
-j w fit a conyt-rsion efficiency of tha- of t-he t ~i i rA h armon,-- ,
I ~KM'l
al 3 lb . Orig. art. has: 2 figures.
~,~kovskily gnsudarstvennyy universitet, Kafedra fiziki kolr-baniy
Mys i cs c f Osci Ilat 1~)ns W~rz R~ '17, i vers i t v

AR6035071 SOURCE CODE: UR/0169/66/000/008/AO54/AO54
AUTHOR: Aleksandrov, B. A.
TITLE: Structure and dynamics of polar and world magnetic storms
SOURCE: Ref. zh. Geofizika, Abs. 8A345
R.EF SOURCE: Uch. zap. N., -i. in-t geol. Arktiki. Regionalln. geol., vyp. 7,
196 5, 201-208
TOPIC TAGS: magnetic storm, magnetometer, magnetic survey, ionosphere,
magnetic anomaly, aerial survey,' hydromagnetics/T-magnetometer
ABSTRACT: A study was made of maps showing the distribution of magnetic field
disturbances on the Earth's surface during the magnetic storms of 8-9 and 21 July
1958. The structure of the disturbance field and its dynamics on 21 July indicate
that aeromagnetic and hydromagnetic measurements could be made with a required
accuracy in medium and equatorial latitudes. 1~ut on 8-9 July, magnetic surveying
with a T-magnetometer was practically impossible in any region. The changes in
the field on 21 July follow clear-cut rules only in the Arctic region, which indicates
c.,.4 1 / 2 UDC: 550. 385. 36

ACC NRI AR6035071
the proximity of the source of disturbance to the Earth's surface in that region. The
appearance of two sources of the storms of 8-9 July is clearly seen. One of these
was in the ionosphere near the polar region, and the other evidently at a consider-
able distance, covering the Earth in the equatorial plane, !urge anomalies
characterized by, another sign in relation to the surrounding field and caused by
regional, deep-seated ruptures, are shown in the maps included in the article.
Bibliography has 20 references. Ya. Felldstein. (Translation of abstract] [GC]
SUB CODE: 08, 20/
Card 2/2

AIEKSANDROV, B.B. i VASHCMMOVA, T.A.
Z - - L 777-77~ ~'
25750
Induktatomna,ya tormoobrabotka evarnykh shvoniz uglarodistoi stali. Avtogen. delo,
1949, No. 8, a. 20-23.
30; LSTOPIS' No. 34

ALEKSANDROV, B.F., inzh.; BALYKOV, V.M., inzh.; BARAHOVSKIY, F.I., inzh.;
~60TSKIT;'-H.V., inzh.; BUNIKO, V.A., kand.tekhn.nauk, dotsent;
VAVILOV, V.V., inz.h.; VOLOTKOVSKIY, S.A., prof., doktor tokhn.nauk;
GRIGORIYEV, L.Ya., inzh.; GRIDIN, A.D., inzh.; ZARMAN, L.N., in2h.;
KOVALEV, P.P., kand.takhn.nauk; MMOMSOV, B.A., kand.tekhn.nauk.
dotsent; KUSNITSYN, G.I., inzh.; LATY&M, A.F., inzh.; LHYBOV,
R.M., doktor tekhn.nauk, prof.; LEYTES, Z.M., inzh.; LISITSYN, A.A.,
inzh.; LOEHANIN, K.A., inzh.; LYUBIMOV, B.N., inzh.; MASMIEVICH,
K.S.. inzh.; MALKHASIYAN, R.V.; MILOSIMDIN, H.M., inzh.; MITNIK,
V.B., lmnd.tekhn.nauk; MIKHHYEV, Tu.A., inzh.; PARAHONOV, V.I.9
inzh.; ROHANOVSKIT, Tu.G., inzh.; RUBINOVICH, Ye.Ye., inzli.;
SAMOYLYUE, N.D., kand.tekhn.nauk; MMMOV, V.K., inzh.; 31OLDY-
REY, -A.Ye., kand.tekhn.nauk; SNAGIN, V.T., inzh.; SNAGOVSK-1Y.
Ye.S., kand.teklin.nauk; FEYGIN, L.M., inzh.; M14MI, B.B., inzh.;
FURMAN, A.A., inzh.; IWORIN, V.N., dotsent, k-and.tckhn.nauk; CHW-
VNAlOV, B.M., in2h.; CHUGUNIKIIIN, S.I., inzh.; SHELKOVNIKOY, V.N.,
inzh.; SHMYAlXV, B.M., inzh.; MISHKIN, N.F., kand.teldm.nauk;
SUILIBERG, I.L., inzh.; SHORIN, V.G., dotsent, kand.teklui.nauk;
MUOKKAH, I.G., doktor tekhn.nauk; SMIS, N.A., inzh.; ThWIGOREV,
A.M., glavnyy red.; TOPCHIYEV, A.V., otv.red.toma: LIVSHITS, I.L.
zameetitell otv.red.; ABRAMOV, V.I., red.; LADYGIN, A.M., red.;
MOROZOV, R.N., red.; OZERNOY, H.I., red.; SPIVAKOVSKIY, A.O.,
red.; FATBISOVICH, I.L., red.; ARKHANGELISKIY, A.S., inzh., red.;
(Continued on next card)

ALRKSANDROV, B.F.---(continued) CArd 2.
BELYIrm, V.S., inzh.; red.; BUKHANOVI, L.I., inzh., red.;-VLASOV,-
V.M., inzh., rod.; GLADILIN, L.V., prof., doktor takhn.nauk, red.;
GREBTSOV, N.V., inzh., red.; GRECHISHKDI, F.G., inzh., red.; GON-
CHAREVICH, I.F., kand.tekhn.nauk, red.; MMALOV, V.P., kand.tokhn.
nau , red.; IGNATOV, N.N., inzh., red.; LOMAKIN, S.M., doteent, kand.
tekhn.nauk, red.; MARTYNOV, M.V., dotsent, kand.teldm.nauk, red.;
POVOLOTSKIY, I.A., inzh., red.; SVETLICHNYT, P.L., inzh., red.;='-
TSEVICH, L.A., kand.tekhn.nauk, red.; SPERANTOV, A.V., kand.tekhn.
nauk, red.; MUDdR, G.A., inzh., red.; IBARBARCHUK, F.I., red.izd-va;
FROZOROVSKAYA, V.L., tekhn.red.; KOHDRATIYEVA, M.A., tekhn.red.
(Mining; an encyclopedic handbook] Gornoe delo; entBiklopedicheakii
spravochnik. Glav.red.A.M.Terpigorev. Chleny glov.redaktaii A.I.
3aranov i dr. Moskva, Gqs.nauchno-takhn.izd-vo lit-ry po gornomu delu.
Vol.7. [Mining machineryi Gornye MSBhiny. Redkol.toma A.V.Topchiev i
dr. 1959. 638 p. (Mining machinery) (MIRA 13:1)

23916
3/035/6i/000/006/034/04't
60 0 (//~Lj/ /4~1) A001/A101
AUTHOR: Aleksandrov, B.G.
TITLE: The preliminary calculation of the sides and direction angles of
direct intersection by the graphic-Analytical method
PERIODICAL: Referativnyy zhurnal. Astronomiya i Geodeziya, no. 6, 1961, 8, ab-
stract 6G74 ("Nauchn. tr. Khar'kovsk. gorn. in-t", 1960, v.7, 45-53)
TEXT: The author proposes a method of estimating the accuracy of direct
intersection which takes into account the condition of angle sum, beside the other
conditions, and permits therefore the estimate of accuracy of results with-a
higher precision'than by formulae presented by K.L. Provorov (see RZhAstr, 1957,
no. 7, 6132), A.S. Chebotarev (see RZhAstr, 1957, no. 5, 4056) and others. The
knoAm formulae are used in estimating the accuracy of sides and direction angles:
MI" M.
lo- jo,
M. - M,
Card 1/2

239)46
S/035/61/0-00/006/034/044
The preliminary calculation ... A001/A101
To simplify calculations of inverse weights PlgS and pl~l,the author compil.ed
graphs. He presents the graphs and results of estimating the accuracy of 10 inter-
sections made by the graphic-analytical and analytical methods. It is noted that
the accuracy of the graphic-analytical method is quite sufficient, if angles are
measured with the root-mean-square error -+-15!'; saving of time in comparison with
the analytical method amounts to 20-25%. There are'6 references.
P. Kuznetsov
[Abstracter's note: Complete translation]
Card 2/2

- AINMANDROV, B. G.
Estimating the accuracy of -6riangalation sides. Nauch. trudy
KHGI-ho.6-.37-49 158. (MIRA 14:4)
(Triarpdatibn)

ALEKSANDROV, B.G., assistent
Errors in the linking sides of a simple chain of triangles
between two fixed points, Izv. vys. ucheb. zav.; geod. i
aerof. no.4:57-73 163. (MIRA 17:9)
1. Kharlkovskiy ordena Trudovogo Krasnogo Znameni sell-
skokhozyaystvennyy institut imeni VS. Dokuchayeva.

-ALL- k~-,s
Ky ON,
It
I Moil is
r " T. -
a rip Ir
r.,P- '.~Rflp fm
it IF i a , -I I I v
13 1 1 1 -"-, -
r ~; Q ~9i 8p vi v rIF`;" I
ir D2 v R'q
r a
. i
njAl
rflstj~ 13
R y
jaw
So. .4 MIF.Pili
I IR rL
F,7 W" 4-H,

AID - P-254
Subject USSR/Aeronautics
Card 1/1
Author Aleksandrov, B., Lt. Col.
Title Interception of Air Targets
Periodical : Vest. vozd. flota, 6P 70-77, Je 1954
Abstract : The author describes the USA theory of air attack and
antiaircraft defense. He cites several USA authors and
their articles, describes recent 'USA aircraft, and dis-
cusses their performances. Photos.
Ihstitution : None
Submitted : No date

F- W~ -5 A r4 V fkc>v-l
Subject USSR/Aeronautics
Card 1/1 Pub. 135 - 18/21
Author : Aleksandrov, B., Lt. Col.
Title : American guided missiles
Periodical : Vest. vozd. flota, 12, 79-86, D 1954
AID P - 974
Abstract : A report on the development of guided missiles in the
USA. General technical data and photos.
Institution : None
Submitted ; No date

7_1
AID P - 4742
Subject USSR/Aeronautics
Card 1/1 Pub. 135 - 23/23
Author Aleksandrov, B. I., Lt. Col..
Title Semi-automatic system for guiding of fighters to aerial
targets.
Periodical Vest. vozd. flota, 7, 93-96, J1 1956
Abstract The author, on the basis of various foreign aviation
periodicals, describes the Semi-Automatic Ground
Environment (SAGE) system for guiding of fighters, used
in USA.
Institution : None
Submitted : No date

AL-F-Ith specinwm all, wd the
issuat sh~-rfi break tit ij-3) X 1,01 eycl,% Im trmp!. of 20-
and was
&L-nilArly- except - thit their rt-w2lts wore -oorv v.-uft, r,:, .
lyhril rfi ev elA fill) ill "4 ein ril') v) t be ps 1,111 al:,CL- J) 43ITS,
y
Wag cfrk-cti'e ill c'fW-ttii%g qtrt" uawlts.
';hc4to I'o 01"Inge Ill miumt,fli turc but it Frvl,ah-d w, vige.
ot at
Atulled tiepresy'itnig tit the ~1111A'x'
Owl Tht-Ee lv-:Ie sloclei for Lltigm: culcl l'
"Al

,4 / C k 5 *,V 4A) 6 1,/ /13 - _1 e 137-58-2-4165
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 2, p 271 (USSR)
AUTHORS: Aleksandrov, B.I., Shislikova, A.P.
TITLE: The Effect of Tempering and Surface Hardening on the High-
temperature Fatigue Resistance of Steel E1434., (Vliyaniye
otpuska i poverkhnostnogo uprochneniya na ustalostnuyu
prochnost' stali E1434 pri povyshennykh temperaturakh)
PERIODICAL: V sb.: Vopr. konstrukts. prochnosti stali. Moscow, Mashgiz,
1957, pp 144-159
ABSTRACT: An investigation was made of the effect of stabilizing temper-
ing, surface-hardening with rollers, haxnmer-ha.rdening in
sealed dies, aluminum- chroming, and electric-spark hardening
on the fatigue resistance and susceptibility to stress concen-
tration of the Cr-Ni-Co steel E1434 at temperatures of Z0.
650, 700, and 7500C. Tests were made on smooth and notched
test bars, the notched bars having circular notches 1 .0 mm deep
and 0.5 mm in radius. Initially the bar.~ were quenched in water
at 1220-12300 and had an austenitic and Nb-carbide structure,
Stabilization, which occurred at 700-8600 and lasted 20-24 hours,
Card 1/2 was followed by a supplementary heating to 760-8000 , which

13 7- 58- 2-4165
The Effect of Tempering and Surface Hardening on the High- temperature (cont.)
lasted 10-20 hours. It was found that steel E1434 at 20 and 6500 , after
being quenched and stabilized, had good fatigue resistance, which declined,
however, when the metal was heated to 7500 . The conditions of stabilization
did not significantly affect fatigue resistance at 7000 - Susceptibility to stress.
concentration at 20 and 6000 depended on how the notch was cut. When
notch surfaces wereopolished, the steel was highly susceptible to stress con-
centration up-to' 700 ,. When notches were made with a cutting tool, fatigue
resistance at '.20 and, 6000 was increased by 80 percent and 22 percent
respectively ~._ Which is attr i1buted to the hardening of the metal's surface
layers and to the propitious, residual stresses produced by the turning.
Working the surfaces with rollers (knurling) increased fatigue resistance at
6500 by 1-6-24 percent in the case of the smooth bars, 42-45 percent in the
case of the notched bars. Aluminum- chroming and the electric- spark treat-
ment caused a 12-20 percent drop in fatigue resistance at 6500
N. K.
2, Stool.-Fatig"o
Card 2/2

137-58-4-8201
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 4, p 265 (USSR)
AUTHOR: Aleksandrov, B. 1.
TITLE: Fatigue rt_rengTE7o_f Alloys at High Temperatures (A Review of
Foreign Investigations) [ Ustalostnaya prochnost' splavov pri
vysokikh temperaturakh. (Obzor zarubezhnykh issledovaniy)
PERIODICAL: V sb.: Vopr. konstrukts. prochnosti stali. M!:~scow, Mash-
giz, 1957, pp 163-197
ABSTRACT: A survey of investigations in the field of the cyclical strength
of heat-resistant alloys at elevated temperatures, performed
chiefly in England and the United States, is offered. The methods
and machines used for fati-gue testing, the effect of the cycle
frequency, the temperature, the chemical composition of the al-
loy, the grain size, and stress concentrations on the strength of
heat-resistant alloys to repeated stresses are examined.
Bibliography: 36 references.
S.G.
1. Heat resistant alloys--Fatigue--Temperature effects
Card 1/1

KORYkVTSNV, I.V..prof..doktor takhn.nauk; AUMIMROV, B. I .,dote., kand.
tekhn.nauk
Fatigue strength of the 1113 steel samples with fixed joints at
high teimperatures. Inargomehinostroanie 4 no.12:36-41 D '58.
(14IRL 11- 12)
(Steel-Fatigue)

PHASE I BOOK EXPLOITATION SOV/2883 'P>
TsentralInyy nauchno-Looledovatellskly Institut takhnologiL I
mmahinoltroyonlys. F
PovIltnlys, prochnostl elementor konstruktaLy I detaley mashin nts
reasing the Strength of Conatruc tional and rlarhlne gleme
Romeo", KaghgLz. 1939. 210 P. (sort.,% Its.8 4Sbcr1%tj7 iam. 91)
3.500 copies printed. A,
19d. (Title page): 1. V. tudr-fartsev. Doctor of Technical Sciences.
Profess(:rl Ed. (Inside book): A. G. NLk Itin, Engineer; Tech'
Kd.: r V . 91-kird; Kanaling Ed. for LLt.r& tur. . Tr..,.rt
RAChIn. Building (Kaxhglz a K. A. Ponomarev, Engineer.
pVRp0SZj This collection of articles is intended for designers.
Inears, and scientific research workers in the
=-bunglMng Industry.
COVZRAG39 The collection contains !V;g dealing with experimental
work done recently by TmUIITMASh 0 experiments are concerned 7V
with tha prsotlema use of surface work hardent" in Industry.
Industrial practices Intended to Increase the strength and
servide-We of machine parts and constructional elements are
discussed. Several arto lea are devoted to problems of in- _ C_
cresAing the fatigue strength of machine, parts by work hardsm ng.
Industrial practices of NKKZ in Kramtorsk in external burn-
Ishing of large cachine parts a" pr::en ted. Tools and fixture,
Used in surface work hardening are d cribed. No personalitlem
each arttele.
d t I. V. Nauscra. and
'a
- Effect or work hardening an the Strength of
tER-1101.1a 129
i
Changes In hardnesal ductility, yield, ultimate stress,
Impact toughness, and fatigue limit or carbon steels d~e
to work hardening are Invest1gated. Results are presented
in tables and diagrams.
teev I and T. V- F--- Effect of Large
Pr
Steels "a format on& on the Strength opertles of Austenitic 159
The Investigation described in this article was can-
du,ted In order to establish tbt erfect or eztennlve
.train hardening on the fatigue resistance or hat-
resistant steels. In addition to fatigue tgcts, short-
time tensile, compression, ImPsct. and hardness teats ere
taken. The tests were taken at room temperature (200C)
and at Ole v8 tad temperatures (3800C). The effect of he~%
treatment on straln-hardened B-4018 and the Simultaneous
effect of strain hardening and artificial aging were in-
as tgated.
W . ~ Team
.enzav.
_610A?.a.Ue"V0-f%h3" band I at aa 0, nca. Sc.
rear tic Steel at High Tec;paraturez 174
The method of Investigation and ;reparntlan a!' s&aples are
described. The Influence of "opemt.m and gxemal
burnishing with roll=the mer1s:t1vj-y tc stream car.-
C. nentration. and the a OB In z'crostruct." aue to cyclic
rd 8/lCL..t,,.! e-4t v-
SeUlynyov. A. P. LDoctor jZr TechnLcal Sciences. Profeascz7,
Maro scopic Investigation
or ;.t;. ro",.tin lea
This article describee.nn exp~rjmemtal iny.stigation of
Plastic derarmation with the use of the optical micro-
:Cope. A titanium model or the microsectlon .819 then
Itudied in an electron nicromccpe.. Plastic flow, ahares
n gral n shape. and generation Of cracks are discussed-
IV. MODERN STESHM-TTST11C EQUIPmE.-cr
I. LUandidate or Te-I'mical Sciance17. and
!_~ ~_Ri- ~vLEnKtneei7. Mode! V-200 Machine for
-lc-- Au
Fatigue TOStIng Shaft, With up to ZC,-Mllllmeter Diameters .101
This machine. designed and built by -~SNJIT?Wh. rej-,ires
only 16 km; for ratigue testing 2n-aUl1-.tar shafts.
mP~_Oyff th principle or resonance for loadinr. Other I t
de;Ign considerations and opem,.jrr techajojej

4,
CY as .4
04
me 01.1 A
'01
ej
Z. i-
IM ; E h
8-0 --O.,Ov
ed 0 t3 ~ts
.11 -0 A
.14
10,
-0 E...
~ 0
-0-.
IN
10
11.10 .0 g
9. A Sov - 5- 0
A 0. 0 811 - IC I I
50. 0.
z 10, An A.
A., HI 0
1.9
14
0 .41 oil
-f)O
00
00, Dial ab: A CIA 0
00 100
-P all, ;s R

83851
"0 S/114/60/000/009/oo4/007
c26 o E191/E481
AUTHOR,. Aleksandrov, B.Is., Candidate of Technical Sciences
TITLE: Surface Rollin V'for the Strain Hardening of Turbine
Rotor Grooves
PERIODICALt Energomashinostroyeniye, 1960, No'.9, PP-32-34 /00
TEXT: The'ring grooves for the end glands of turbine rotors have
a depth of 3 mm and a fillet radius of 0.75 mm and the relieving
groove, a depth of 8 mm and a fillet radius of 2 mm, This group
has a theoretical stress concentration factor of 3.5 and, in the
austenitic B1405 steel at 6oO0C an effective stress concentration
factor of 2.1. It has previously been shown that surface rolling
to produce strain hardening increases the fatigue strength of
components made with B1405 steel having stress concentrations.
A surface rolling device with interchangeable rollers for the
0.75 and 2 mm radii was used*capable of exerting a spring pressure
of 300 to 800 kg. Experiments w re carried out with surface
rolling of a rotor model of EI4051steel (containing 0.085a C;
o.66% si; 0.77% C; Mn; 0.0-2-,T%-P; 0.013% 5; 14.119% Cr;
13-14% Ni; 2.1% Mo; 1.2% Nb), having a diameter of 265 mm and
a length of 330 mm. The forging was normalized and stabilized and,
Card 1/3

63851
s/il4/6o/000/009/004/007
E191/E481
Surface Rolling for the Strain Hardening of Turbine Rotor Grooves
in this condition, had a yield stress of 26 kg/mmz, an ultimate
tensile strength of 56.5 kg/mm,2, an elongation of 240%, a reduction
of area 37.5% and an impact value of 6 to 7 kgm/em . Already in
turning the grooves, some cold work takes place to a depth of 0.3 mm,
in which the hardness is raised from the initial 180 to 235 pyramid
number. The depth of the cold worked layer begins to increase
beyond a rolling pressure of 500 kg and reaches 1.2 mm at 800 kg.
The hardness increases to 270 PN. The surface finish improves with
pressure. At a rolling speed of 9 m/min and a pressure of 700 kg,
the cold work takes place mainly during the first'3 passes when the
depth of cold work reaches I mm. Further rolling increases the
layer depth gradually to 1.3 mm after 25 passes. Increasing the
rolling speed to 40 m/min has a negligible effect on the layer
depth. Rolling of the 0.75 mm radius produces cold work beyond a
pressure of 200 kg, reaching o.6 mm depth at 300 kg. once again,
increasing the rolling speed from 9 to 38 m/min has no effect on
the layer depth. Changing the roller diameter from 68 to 54 mm,
it was possible to reduce the pressure to 150 kg. The procedure
for inserting and rolling-in of the gland fins is described in
detail as followed in the model rotor. It is important to maintain

83851
s/1l4/6o/ooo/oo9/004/007
E191/E481
Surface Rolling for the Strain Hardening of Turbine Rotor Grooves
a precise distance between the edges of the double swaging voller.
The recommended procedure for surface rolling of the 8 nim depth..
2 mm radius groove,makes use of a 68 mm diameter roller with a
radius of 1.95 mm at a pressure of 650 kS, a surface speed of
40 m/min in 6 passes. For rolling of the 3 mm depth, 0.75 mm radius
grooves, a 68 mm diameter 0.7 mm/radius roller is recommended under
a pressure of 200 kg at a speed of 40 m/min in 6 passes. There
are 4 figures, I table and 4 Soviet references.
Card 3/3

ALEKSANDROV, B~I.; MISHIN, P.A.; FUNSHTEYN, Ya.N.; DR020, S.N.;
-- P, P.
Effect of surface hardening on the strength of the rear semiaxle
casing of motor vehicles. Sbor.trud.Inst.mash.i avtom.AN BSSR
no.2.29L-45 :61. (IMA 15: :,)
(Case hardening) (Motor vehicles-Axles-Testing)

ALEKSANDROV, B.I.; NISHIN, P.A.; DROZD, S.N.; VASILETS, F.P.
Effect of the suiface heafening on tfie wear resistance of thejcavaj
of the rear axle'shaft. Avt.prom. no.2:35-36 F 161. (MDA 3,4:3)
1. Institut mashinovedeniya AN BSSR !LMOskiy a,,rtozavod.
(Automobile*-Axles)

- ALEKSANDROV, B. I.,_MISHIN, P.A.; DRUM, S.H.; SJUTIOYLENK02 V.I.
Effect of beat treatment and of tht dimonaional factor on the
strength of boltv. 8'bor.trud.Injt.rna6h.i avtom.AN DSSR no.2.,65-80
161. (MRA 15:3)
(Bolts and nuts-Testing)

ALMS"DROV, B.I.,knnd.takh.nauk.;KLIBANSKII, I.B.,kand.tekh.nauk.
Effect of material and technological factora on the strength endurance
of the connecting rod of a tractor engine. Acta t(-(ihn HM9 35/36:319-330.
161

AIMSANDROV, B. 1. kand.takh.muk.; SMOYLENKO, V. L nladshii nauchnyl sotrudnik.
- I
Influence of heat treatment and measuring factor on the strength of bolts.
Acta techn * `13~-338'
,,U9 35/36: 161

pn 1!
;;11 n
T. P,.
~clo:lco!7. of i:!-;,:
a "he "norin-I
at tho r-f
with tho
Card I/P

Cyclic Metal Strength (Cont'.) sov/6025
and growth of fa'~*Igue cracks, the role of plastic deft,rnation
In fatigue fracture, an accelerated mi~thod of determiring
fatigue strength, the plottlng or fatteue dinrrarns, and
various fatigue test methods. New data are presented on the
sensitivity of high-8trength steel to stress concentration,
the effect of stress concentration on the criterion of fatigue
failure, the effect of the size factor on the strentth of
metal under cyclic loads, and results of endurance tcnl;o of
various machine parts. Problemi connected with cyclic metal
toughness, internal.friction, and the effect of corrosion
media and temperature on the fatigue strength or metaln are
also'discuseed. No personalities are mentioned. Each article
to accompanied by referencen, mostly Soviet.
TABLE OF CONTENTSt
NATURE OF FATIGUE FRACTURE
Oding, 1. A. Diffusionless Mechanism of Formation and Growth of
a Fatigue Crack 3
Card. 2/,#

Cyclic Metal Strength (Cont.) sov/6025
Gladyrevskaya, S. A., L. V. IgnatYUks and V. A.
Svetlitskiy. Unit for the Study of Corrosion Fatigue
of Metals 250
Aleksandrov, B. 1. Effect of Temperature and Steel History
on Tffe--EMM~~=mit of Oxidation-Resistant and Heat-
Resistant Steels and Alloys 257
Oding, I. A., and Yu. V. Kostochkin. Effect of Temperature
Variations on the Strength of the Metal of Gas-Turbine Blades 267
Rakhman, B. M. Procedure of Thermal Fatigue Test Under
Given Stresses 276
FATIGUE STRENGTH OF MACHINE PARTS
Aleksandrov B I.- and I. B. Klibanskiy. Study of the
Endurance o ;ac or-Engine Connecting Rods 284
Card 8/9

S/137/'6PJOOD/011/023/045
A052/A 101
AUTHOR: Alcksmidrov, B. 1.
TITLE: The effect of temperature and technological factors on endurance of
heat-resistant and scale-resistant steels and alloys
PIMODICAL: Referativnyy zhurnal, M(,-tallurgriya, no. 11, 19.*12, 43, abstract
1112-13 (In collection: "Tsiklich. prochnost' metallov".' Moscow,
An i962, 257 - 266)
TF-KT: The sensitivity to stress concentrators was studie-d as well as the
effect of temperature and technological treatment.on the endurance of various
scale-resistant and heat-resistant steels and alloys. Fatigue tests were carried
out under conditions of' a round alternating bending in air atmosphere on Jq -8
(Ya-8) machines. Flat samples with 10 mm diameter in critical section and-samp-
les with annular notches of two types (p = 0.2 mm, t = 0.5 irim and (,,= 0.5 mm, t
1.0 mm) were used. The basis of fatigue tests was 30 - 300 m1n cycles (fre-
quency -3,000 cycle/min.). Fatigue limit values in the presence (or absence) or
stress concentrators and the sensitivity of steel to stress coneentrators were
determined, Fatigue curves for various austenitic and ferritic steels in P-0
Card 1/3

S/ 137/62VO00/011/023/045
The effect of temperature and ... A05Z/11101
8000C rar6re were plotted and the shape variation ot' the obtained curves depending
on the temperature was analyzed. It is shown that for ferritic steels, at a
general tendency to a considerable decrease of (J~j with an increase of temperatzv,
in 300 - 4000C range an inhibition of the decrease of fatigue strength is ob-
served; with an increase of testing temperature to 400 - 15000", -and higher a
sharp drop of (~.j is observed. Most austenitic steels at 5000C have about the
same 5, as at 200C. In 600 - 7000C range the presence oP large amounts of car-
bide or intermetalloid di!~persion component has a decisive effi,,ct on the fatigue
strength of steel. A comparison of a,, in the presence of stress concentrators
points to the advantage of ferritic steels at relatively low temperatures (up to
4000C) and of high-alloy ferritic steels at temperatures up to 535OC; at 5WOC
the endurances of ferritic and austenitic steels practically coincide, but at
higher temperatures the erdurance of austenitic steels proves to be higher. The
results of the investigation of the effect of heat and chemico-thermal treatmenV
and of plastic deformation of metal on the value of 3. He
'headed Via All Union Advisory Board on combusItion, represented Soviet science
lat Internaltional Symposia, and was a manbor. of the International Institwte of
~conbustion. For a number of years, he diractod the Hoscow general sa,.iinar on
combustion, and took an active part in the work of the Scientific Council of
Jthe Academy of Sciences USSR, on high temperature heat physics, and of the
scientific council on the comprehensive utilization of fuel. He devoted a
large amount of attention to teaching work. He directed the combustion Divi-
sion of the Physics Do a -Moscow State Univorsi .0 His monograph _7
ysic's ustion and sio, IS1957) is a basic text for students In
this field. Three Doctorl~ ortationsand fifteen Candidate Dissertations
were defended under his direction. In the. lael, ye;irs of his life he directed
work on methods for comprehensive utilization of fuel at power stations so as
to obtain valuable products from the minoral part of the fuel, as well as work
on the physical chemical processes 4-n a plasma stream , and thd Inechanism of
:,interaction between carbon and gases. He was the author of more than 60
is'dientific works, got which he was . aw-ardedi---tho Order of the -Red Banner of,..-
Labor and medals* Orig. art.'has: I figures
SUB CODE: 21,20 SUEM DATE:' none
Card

ALWSANDROV red.; GEDIMINAS, A.A., red.; GRIGCRIUT, S.Vo, red.;
MICLIYANTSEV, V.G., red;; KOZLOVA, G.I., red.izd-va; KONMATIYEVA,
M.N., tekhn.red.
[Biology of inland waters in the Baltic Sea region; transactions]
Sioiogiia vnutrennikh vodoemov Pribaltiki; trudy VII nauchnoy
konferentaii po izueheniiu vn~Ltretnikh voaoemov Pribaltiki.
Moskva, Izd-vo Akad.nauk SSSR, 1962. 286 p. (MIRA 15:2)
1. Nauchnaya konferenteiya po izucheniyu vnutrennikh vodoyemov
Pribaltiki. 7th, Petrozavodck, 1959.
(Baltic Sea region-Freshwater biology--Congressee)

, O.N.; ZABOIDTSKIYO A.A.
AINK ABROV, B.M ODRDEMV
Limmological characteristics of Iake Lososinslkoye. T+zap.Kare#e~-
inst. 741-45 15$. (kRA i5t2)
(Iososinskoye,Lake-Limnology)

Category USSR/Solli State Physics - Marphol:gry of Crystals. Crystallization E-7
Abs Jcur Ref Zhur - Fizika;, No 2~ 1957 No 393P
Author A.Ieksandr:~v,, B.Nz ~ Verkin-, B41.,,t Lazarevq B.G.
Dust AcaAemy of ScIances Ukrainian SSR
Title Obtaining Pure Metals' by the Zone. Crysta-Ulzatior- Method. I. Obtaining
Pure Tinr ~
Orig Pub Fiz. me~all_,v i metallovedemlye, 1956;, 2., No 1, 93-99
Abstract. Me puzity cf the t:dtial ani recrystaalized tir. is c acte ized by the
,relative value of the residiml electric resistivity 6 -~ R4 IRr i where R4 2
is the reeistaace of the kcirestigated spercimens of tin atAe boiling poSt
of liquid helii= tcler normal press-rL-ce conditions, and Rr is the resis-
taace of the same s]~ecljiem at room temperature.. When measuring the. resi-
dual resista-rce of i.,_,dividua.1 "samples",,,, the specimens were prepared in
the form of them wires (0.1 mm in diameter) obtained by melting a piece
of metal ia a' glass capillary tube arad. stretching it into a thread. The
wires weie sz.-zealed at 120 -'- 140" for one hour. Curves are given for
the dependence of the residual resista-rce of tin in the initial and final
card I/P

Category USSR/Solid State Physics - Morphology of Crystals. Crystallization E-7
Abs Jour Ref Zhur - Fizika, No 2, 1957 No 3932
portion of the ingot on the number of the recrysta-Uizations. Right
to ten recrystallizations are enough to complete the tiri-purification
process. It can be seen from a graph showing the distribution of the
impurities along the ingot after tin recrystallization, that in half
the length of the ingot the impurity concentration is at a minimum
and is constant. The impurities are'concentrated at the end of the
specimen (approximately 0.25 of the length of the ingot). From the scheme
of the fractional multiple zone crystallization it can be seen that
commercial tin contains impurities with K 4 i (K is the
coefficient of impurity destribution,,K-- C solid /Clil.; C is the
IMP-- Ifilp
concentration).
CsXd 2/2