SCIENTIFIC ABSTRACTS ABELEVA, E. A. - ABELS, V. R.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100120016-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 127
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SUMMARY

?4(0),17(10) SOV120--124-4-55167
AUTHORS: Bel'govskiy, M. L., Abeleva, E. A., Potakhina, N. A.
TITLE: The Nature of Dependence of the Frequency of Lethals Arising at
Various Stages of 3permatogenesis on the Dose of X-Rays
(Kharakter zavisimosti chastoty letaley, voznikayushchikh na raz-
nyk.h stadiyakh sparmatogeneza, ot dozy rentgenovskikh luchey)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 124, Nr 4, pp 922-924 (US:3R)
ABSTRACT; The concept of the mutagenic effect of ionizing radiation was
formed primarily according to the nature of dependence of the
frequency of various mutational types on the kind of radiation,
their dose and diatribution in time. Already in the thirties it
was observed that the frequency of recessive lethal mutations in
the case of Drosophila is independent within very wide limits
(IL-rays up to X-:rays with 2.2 2) of Wave-length and distribution
of the dose in tijue. It is proportional to the amount of dose,
Therefrom it was concluded that "either the individual ionizations
or activations, or their individual bundles are used to play a
mutagenic part" and "these mutagenic agents do not interact with
one another on the formation of point mutations (tochkovyye mutiftsii).11
Card 114 Thus, the conclusions drawn on the mechanism of the mutagenic effect

SOV/20-124-4-55/6-,,
The Nature of Dependence of the Frequency of Lethals Arising at Various StageEi
of Spermatogenesis on the Dose of X-Rays
were based on the -above mentioned nature of dependence on the dose
as one of the most important facts, However, the correctness of
these conclusions was doubted later since the genetic changes (of
the recessive lethal mutations) are irregular. Scientists have dis-
agreed in this respeot up till now (Refs 1-3,5), and there are some
additional complications in the corresponding interpretation, At
the beginning of the fifties it was found that various stages of
the development of Drosophila sperms differ in their sensitivity to
radiation; furthermore it was observed that the increase of muta-
tional frequency is not linear in this case (Refs 6-9), In order to
clarify the above mentioned dependence separately in mature sperms,
spermatids and sper~atogonia the authors irradiated hybrid F 1-males
with 1000 and 4000 r X-rays, which were not older than 24 hourz and
had been crossed from 2 in-breeding lines (Algerieche and Ebrero).
They were immediately brought together with unimpregnated females
of the lly--Meller~511 line with two inversions and recessive yellow
and apricot genes, t%ey were kept here for 48 hours and were
copulated with other unimpregnated females every 2-3 days. The
Card 214 offspring F, from eggs of these females which were impregnated

SOV120-124-4-55167
The Nature of Dependence of the iTequency of Lethals Arising at Various Stages
of Spermatogenesis on the Dose of X-Rays
during the lat-2jid, 7-8th, and 15-16th day after irradiation, was
preserved. The females were individually crossed with their brother.%
If a lethal was produced in an irradiated chromosome, no males of
the wild type appeored in the P 2 culture. The frequency of lethal
formation was calculated according to the percentage of ouch culturea.
3 portions of F 1 offspring originated from sperms during the above
mentioned stage of development. It follows from the results (7tille 1)
that the age-conditioned irregularity of sperms does not play an
important part in the study of the total mutability of sperms. The
data obtained by this irradiation virtually characterize only the
mutability of mature sperms. The conclusions drawn from the experi-
ments carried out without exact age examination of the irradiated
sex cells must not be regarded as being useless because of lack of
such an examination, provided these data refer only to mature sperms,
In conclusion, the authors discuss some supposition3 which are to
explain the abovo mentioned phenomena, but reject them. Thus, 'the
causes of laoking linear dependence, of the frequency of recessive
Card 3/4 lethals in the spermatids require snother explanation. There are

S/560/61/000/01O./Oog./016
27 lz.~D ~298/D302
AUTHORS: Glembotskiy, Ya., L Lapkin,
Yu, A,, and Parfeno'v,tIX._Ya
TITLE: The effect of cosmic flight factors on the
occurrence frequency in Drosophila Melano-
gaster of recessive lethal mutations in the
X-chromosome
SOURCE: Akademiya nauk SSSR, Iskusetvennyye sputniki
Zemli, rto,, 10,. Moscow, 1961, 61-68
T'E'XT-, Reference is made to early studies of mutagenic changes
under the effects of ionizing radiation. Experiments on yeast
and drosophila pointed out the minimal effect of cosmic radia-
tion on the natural mutation process, Further studies on droso-
phila confirmed the insignificance of cosmic radiation in spon-
taneous mutation, More recent stud-ies have been undertaken by
the authors on two strains of Drosophila Melanogaster---the )k-321.
Card 1/4

S/560/61/000/010/009/016
The effect of cosmic... D298/D302
Muller-5 method was used for this purpose, The F 2 (second gener-
ation)culture percentage with no grey-red-eyed females was taken
(D-32) and (D-18)--to determine the mutagenic effect after
a cosmic flight on the organism,, The flight of the 2nd Sputnik,
lasting about 24 hr. and conducted at a height of 300 km, was
used to study the effects of cosmic radiation on the heredity of
the drosophila. Two types of tests were carried out. (1) to
determine the occurrence frequency of recessive lethal mutations
in the X-chromosome (sex-linked), and (2) to determine the
occurrence frequency of dominant lethal mutations causing death
in the early developmental stage of heterozygous organisms in
these mutations, The mutability of the two spermatogenic stages
was compared--that of the spermatid and that of the mature
sperms. The frequency of induced mutations was studied, depend-
ing on the frequency of spontaneous mutations, Cross-breeding
of the flies which underwent cosmic flight was performed in Au-
gust. 1961 to determine the sex-linked recessive lethals. The
Card 2/4

33311
S/560/61/000/010/009/016
The effect of cosmic ... D298/D302
as index of the occurrenoe frequency of recessive lethal muta-
tions in the X-chromosomes of the females which had been in
cosmic flight. In both strains (D-32 and D-18), it was found
that the mutagenic effect is characterized by a statistically
valid increased frequency of sex-linked recessive lethal muta-
tion8 whereby the D-18 strain (Y;ith a higher spontaneouB muta-
bilit;) appeared to be the more sensitive to mu~agenic effect.
The dotted nature of the induced mutations (20 tested cytologi-
cally) and the elevated frequency of mutation of the spermatid,
as compared to the sperms, indicates their possible stipulation
by cosmic radiation. It is emphasized that an accurate deter-
mination cannot be made o1 '' the role played by cosmic radiation
in the mutagenic effect noted during relatively short cosmic
flights. Further experiments to clarify the mutagenic effect
of vibrations, acceleration, and weightlessness should be
carried out, There are 1 figure, 1 table and 11 references:
2 Soviet-bloc and 9 non-Soviet-bloo. The references to the
English-language publications read as follows: 0. G. Pahmy,
Card 3/4

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GLEF30TSKlYl Ya.L.; ABELEVA, E.A.; IAPKIN, Yu.A.
Effect of fractionation of the gamna-ray dose 6h mutation frequency
in spermatids of.Drosophila melaupSkster. Radiobi,oloeiia 1 no.l:
119-122 161. (MIRA 14:7)
1. Institut biologichoskoy fiziki AN SSSR, Moskva,
(GAMA RAYS-PHYSIOLOGICAL EFFECT)
(ZOOLOGY--VARIATION)

ABELEVA, E.A.j BELIGOVSKIY~ l4sL. (deceased); POTIM1111A, N.A.
1-ktations in unirradiated chr=osomes of egg cells fertilized by
irradiated male gawtophytes. Radiobiologiia 1 no.ltl23-127 161.
(MIRA 140)
1. In:~titut biologicheskoy fiziki AN SSSR, 14odkva.
(X RAYS-PHYSIOLOGIGAL a-FECT)
(ZOOLOGY-VARIATION)

42696
3/747/62/000/000/.020/025
D243/D307
AUTHORS; GlembotBkiy, Ya. L., Abeleva E. A. and Lapkin, Yu. A.
TITLL: The el*fect of small doses of ionizing radiation on the
frequency of occurrence of sex-linkedg recessive, lethal
mutations in Drosophila
SO-URCE: Radiatsionnaya genetika; sbornik rabot. Otd. bial. nauk
AN SSUR. Moscow, Izd-vo AN SSSR, 1962, 300-311
T~"XT. The preliminary results are givert of experiments carried out
froru 1959 to 1.1arch 19bl, to study the effect of 20 r doses of ra--
d-Lation on the frequency of sex-linked, recessive lethals, in rela-
tion to a) type of radiation- rrays or.high speed neutrons; b) ra-
diation intensity - single or repF)ated doses; c) gamete development
- mature sperm or spermatido; d) interstrain differences in spon-
laneoue mutat-on rate. It is stated that little work *has been done
L
6n the effects of oub-25 r doses, especially as regards the exist-
ence of a threshold and accumulative effects. The experiments were
carried out onA-19 and A-31 (D-18 and D-32) Drosophila lines, dif-
Card 1/ 2

3/747/62/000/000/020/025
Thq effect of small D243/D307
fering considerably in thespontaneous rate of mutation. Spontaneous.
and induced lethals were detected by the Huller-5 method. Co 60 r rays
wure delivered at 0.93 r/min. !~Xperimen-ts with high-speed neutrons
bouan in 11-lay IquO, using a IOJO kv reactor, the dose intensity be-
u /11r. 1.21,
,C! reSU14-U
ing 115 r refer only to experiments with D-32 line.
0
.eh
1 e authors founu t1hat 5-r doses of r radiation increased the fre-
quency of recessive lethala in uperm and spermatids and repeated
r
radiation produced a CU-11IL1111tiVe, mutar'enic effect. The relative fre-
quency 01 recessive le-Chalnqy per radiation induced by repeated 5 r
,il radiation agrecu with the data of other authors using higher
sin,,le doues. 0The nutagenic effect of high-speed neutrons is 1 1/2 -
2 times sreater than that of ~' rays. Spermatids had a higher.muta-
tion. rate than operm, with both types of radiation. No threshold
offect demonutrated and it is suggested that, should a threshold
be du-ioczed, i-. will L)e specific to the type of radiation, type of
mutation, sta-e of gametogenesis, and the organism. The danger to
of
human ,erninal cells low doses of 6rays, and especially, high-
~~i,?)ccd neutrons i6 stressed. There are 3 tables.
__:,6S0CIA'.OION: Inalitut biologichtskoy fiziki AN SSSR, Moskva (Inati-
lute of Biological Phybics, AS USSR, Moscow)
Card 2/2

42697
8/747/62/000/000/021/025
D243/D307
AUThOR6: Abeleva B d Potekhina, N. A.
TITLE: The radiation sensitivity of various stages of spermato-
genesis in Drosophila melanogaste.r
6OURCE: Hadiatsionnaya genetilca; sbornik nabot. Otd. biol. nauk
AN S3~;H. Moscow, Izd-vo AN SSSR, 1962, 312-316
j
T!-'XT: The frequency of dominant lethals on repeated irradiation~of
Drosophila sperm and upermatidu was studied to elucidate the re-
veraibility of physiological damage and the mutagenic effects of
t--'
repeated low dose radiation. Male F1 hybrids of Algerian and Ereb.ro
strains (24 hours old) received (1) 2400 r in one dose or 3 x,800
r at 1 112 hour intervals, and (2) 400 r and 1200 r in a single ~
dose or 3 x 400 r at 3 hour intervals. In (1), since no difference
was discerned between single and repeated doses, the interdose
interval was increased to hours and the doses were changed to
1200 r maximum and 4U0 r minimum. As anticipatedg repeated radiation
-did not'affect the frequency of dominant lethals in the sperm. In
Card 112 1

3/747/62/000/000/021/025
The radiation sensitivity D243/1)307
spermatids the rate fell b5' 4.55,0', sugge.;ting recovery of the dam-
a-ed chromosomes. The absence of effoct after repeated radiation is
not conuidered a decisive I-CfUtation of Ruosell's hypothesis. A li-
near reiationship between doue and the frequency of dominant lethal8
is JhOlln to eXiS-U LZ,) to 1000 r, and the similarity in the frequency
patter.r~ ol* dominant and receszjive lethals is pointed Dut. The sper-
n--tid-&,,urm inutation rate ratio increases with dose reduction,
chang-~nf, from 3:4 at 1000 r to 4:5 at 400 r and to 5 at 20 r. Small
doses exert, Iherofore; a large effect on upermatids. These effects
are discussed in relation to man and the length of the various Bta-
,-,,es of u,)erwatogenelis. The danger of damage during very short, but
highly radiosensitive stdges is emphasized. There are 2 tables.
0
ASjOCLLTION: In6titut biologicheskoy fiziki AN SSSR,'Vioskva (In-
stitute of Biological Physics, AS USSR, Moscow)
Card 2/2

GIZMBOTSKIY, Ya.L.; ABELEVAI E.A.; IAPKIN, Yu.A.; PARFENOV, G.P.
Effect of space flight factors on the frequency of the appearance
of recessive lethal mutations in the x-chromosome of Drosophila
melanogaster. Proba,.kosm.biol. D219-231 162. (MIRA 15:12)
(SPACE FLIGHT-PUSIOU)GICAL EFFECT)
(VARIATION (BIOLOGY))

I
ARF.T VAS E.A.; FARFENOV.. G.P.; LAPKIN,, Yu.A.
Crossing-over of Drasophila, Malanogaster males caused by the
space flight factorc. Isk,sput.Zeme no,,13:119-122 162. (NM 15.7)
(Space biology)

ABELEVA, E.A.; LAPKIN, Yu.A.
Interdependenco of the frequency of dominant lethal mutation and the
dosage of radiation by fast neutrons in the spormatids of Drosophila.
Radiobiologiia 2 no.2t293-297 162. (MUZA 15:4)'
1. Institut biologichaskoy fiziki AN SSSR, Moskva.
(RADIATION-DOSAGE) (FRUIT FLIES)

L 11243-63 --EW(I)/En(~l,,(BDS--AFFTC/AMD/ASD--Aft/K
ACCESSION MRs MOM007, B/0205/63/003/003/0420/0421
AUTHORs Abeleva! 9- &.1 Lapkin, ju, A.
TITIEs Frequency dependence of gence of recessive sex-linked lethal mutations
in spermatogenesis of Drosopbila on ast neutron dose/d
SOURCEt Radiobiologiya. v. 3,, nD, 3. 1963., 420.-421
TOPIC TAGS: mutations., fast neutron dose
ABSMCT: Barlier Inve3tigations.oonducted to determine the frequency dependonce
Of thO energe=0 Of dominant l0t~hal mutations on fast neutron dose as compared vith
gama rays did not offer conelwive resultse Therefore, recessive sex-linked muta-
tions were used in this study, Male Drosophila were irradiated with an IRT-100C,
reactor in doses of 1000 and 20DD x-" Absorbed fast neutron doses were measured
by an Ionization method with a dDS6 PaWW of 725 rad/mir- Comparison of data with
earlier studies Indicates that the relationship of mutation frequencies in sperna-
tids and sperms with neutren Irradiation of 10DO rad dose is approximately the save
as for ga=a radiation of 10DO r, Fast neutron radiation for sex-linked lethal
mutations is approximately one wid a half times more effective than gama radiation
but the general nature of regaUrity is entiroly analogous. Orig, art* has: 1
Card V2

L 11243-63
ACCWSION NRs AP3001067
tabl e6
ASSOCUTIONs Imtitut 'biologichtskoy fitiki AN SSSR9 MOSCOW6 (Institute Of BiOlOg-
suBmrTmot o6Yeb63
SUB CODEt OD
ch
Cord7 2/2
A - -~ -kt-- , A -2-- . -. . a
DATE ACWs Oljul63 EJELs OD
WD REF SOW 002 OTHEls 002
A , 1. 4 A A A A -1 A

A 13-F 11 A'A , I` - A
r 11:11 cif Ojf.- nal.iirr~. c f- ral i a I I r-,,,- 1 ~: t i-n in cpqr-ri ?, .,ir,
I .,I~ .: -LL:t; I I
of Dro.-nphila onder the of' argin're. " " ') .'. -) /
no.3:426-431 IC-4. ( ~ I T , . 1 ; 7 . 1 " )
14 . .. . I - -
I -: ~ 12 t ~ *, 1'. t r) _4 C. 1 C) -j f ( - l-, (-. -1 , . () y f 1 -,, t, - I r ~ I , :, S " F, , 7 -, c , 'a ,
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Facj A,; c", o~_! oL

FW~7( /FW-T(m) Pa- 4/Pb-4 S$D/'~SD/ FMVASD(a)-5/AMD
A
ACCIUSSI,IN N-i: AF4043215 9/1,205/64/0,)4/004/0569/0574
AUTHOR- Aboleva, E, A
TITLE, An analysis of th4b anomalous dependence of mutation
f'requencios on Iq in s~>errnattds
S 0 U1 ~,_' R : Radlabiologiya, v. 4, no4 L,, 1964,
C T A'j S - Drosophila, riidlation 6ffoct, mutation, fertility,
r.r.:-21.mosoma-1 0-,ezrratlon, qporm
A ',-A~'!! Of !-JaJO "rOSO~,)hj1.G W!D70 CIL7-7rS-!--ad !&ter] Wittl
a r. kr o o.9 e s t o r. c) m pa-r o t f4 e f q S'_' -
r".1o .-v an! or" tv. A -i, e r
7t -q e 1 1 -1
~D v 0 r, B:.,)w that up 1.0 tne "'t. -,a-; 41:
u-t-es up thu qrLmntes which iad a haploid number at Dime of irradlatior'lo

L 16624-65
ACCESSIOE NR: AP4043215
thus, spermlogenesis enbrarles a period of 4 to 7 dayB after irradia-
tl-n an! the Ath day corresponds to meiotic divis-lons. The mutabllity
-j~' "re S a z0a
1tv r-u-vf'q !,.j t a*, e e,.c y
"i S Fi~
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-9 3 9 -
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AC,"FISSION Nil: AP4043215
S."ll-MITTE-.: 071-1-qrA3 El 17 1, no
Card 3/3
=Mmmsa~

ADHIUVA) --- El I A I
Fff,--ct of arginLne o,: the radiation 1-ri.jury of opormatidu and
spermatocytei) ti Drosophila. Genetika no. 62115-119 D 165
(MIRA 19t1)
1. Institut biologicheskoy fiziki AN SSSR, Moskva.

A.Aq ARrA24IYZVv U.N.; VIASOV, A.P.; GALIPERIN, A.S.; YEVSIKOV#
A
A-.V-.,--VANOV, G.P.; KOROLKV, N.A.; LKVITSKIY, I.S.; LIVSHITS, L.G.;
MFJMV, M.P.; NAZARGVp N.I.; NOVIKOV, M.P.; POPOVt V.Ya.j TBTIDVt
A.G,; BAKRARRVp A.P.9 inzb.9 retsenzent; SAVELIYEV, Ye.Ya.# red. izd-
va; MODEW, B.I., tekhno red,; BLIKINDI V,D., tekhn. red.
[Technological aspects of the repair of crauler vehicles) Tekbnolo-
giia remonta. gusenicbrX7kb mashin. Moskva, Gos. naucbno-tekhn. izd-
vo mashinostrolt. lit-ry 1960. 466 p. (14IU 140)
(Grauler vehicles--Maintenance and repair)

. AMMIGH, L.; GIRONIMUS. 11.
Now ideas in denigning automobile repair plants. Ayt.transp. 35
no.3t23-25 Mr 157. (MLRA 10:5)
l.Giproavtotrans.
(Automobile~--Repairing)

ABELEVICH, L.. inzh.
Design of a standard automobilo repair shop making up to 1000
overaaule per annum. Avt.tranop. 35 no.11:18-19 N '57.
(MIRA 10:12)
(Automob:Lles--Repairing)

ABILICTICH, L.; XATS, A.
Uontinuous overhauling of motorbuses. Avt. transp. 36 no.10:56-57
0 158. OIRA 1311)
(Xotorbunex-Maintenance and repair)

L., inzh.
of holvitingand checking equipment. Avt. tranip. 36 no.118
27-28 N '5 '
(Service 6tations-Squipment and supplies)

ABELSVICH. Lev Abramovich.; DIYAKOV, N.Y.,red.; MALIKOVA. N*V.,takhn. red.
-
--'
[Zqnipment for tenting motor vehicle parts In repair shops)
Oborudovenie dlia iopytaniia agregatov ma avtoremontnykh sovodakh.
Moskva, Nauchno-takhn. izd-vo avtotransp. lit-ry, 1958. 157 P.
(MIRA 11:12)
(Automobiles--Apparatus and supplies--Testing)

ABBLIVICH, L.; SHAKHNXS, M.
-,-Vs ,
--;s of automobile service stations. Avt. transP. 37 no*5-.20-21
My 159. (Ser,rice stations) (MIRA 12:8)

- ABELEVICII, L.A.; YEFRACT ~ If.V.,, prof., doktor tekhn. nauk, red.;
M.V.., red.; TUNTSYNA. L.A., red.lzd-va;
YASWKOVA, N.V.., tekhn. red.
[Running-in and testing motor-vehicle units in overhauling]
Prirabotka i ispVtanie agregatov avtomobilei pri kapitall-
nom remonte. Pod red. V.V.Efromova. Hosvuzizdat, 1963. 42 p.
(MIRA 16:12)
(Motor vehicloa-Maintenance and repair)

ACC NRa A11602 9195 (A)
Monograph Ult/
Vereshchak', Fedor Polikarpovich; Abolevich, Lev Abramovich
11andbook for a mechanical engineer,- design of automobile repair shopt
(SpravQchnik inzhenerA-mekhanika; proycktirovaniye avtoremontnykh
predpri'yatiy) Hoscow, Izd-va "Transport," 1966. 333 p. illus.,
biblio., tables,'l fold. chart (insert) 10,000 copies printed.
TOPIC TAGS: automotive industry., mechanical engineering
PURPOSE AND COVERAGEt This handbook is intended for engineering
pe'rsonnel of automobile reconditioning plants and design organiza.-
tions. It may-also be useful to students of secondary schools and
of schools of higher education specializing in automobile repair.
The material-co.-itained in this handbook is based on an analysis of
methods.used in designing automobile equipment and also on scientifi(
research and experience gained in modern automobile reconditioning
enterprises. Chapters 1, 2, 3 and 6 were written by candidate of
technical sciences r. P. Vereshchak and Chapters 4, 5, 7, 8 and 90
.~y Engineer L. A. Abelevich.

-ACC-NR, A*M60 2-91-9 5
TABLE OF CONTENTS [abridged)
Foreword -- 3
Ch. 1. Types, capacity, departments and structure of organization 5
Ch. 2. General provisions and basic data on planning automobile-
repair plant -- 19
Ch. 3. Planning of principal production sections -- 22
Ch. 4. Auxiliary services, air-supply, and laboratories -- 58
Ch. 5. General stores handling -- 85
Ch. 6. Grouping and planning layout -- 100
Ch. 7. Transportation facilities within the plant -- 176
Ch. 8. Principal provisions for unification of sizing and planning
layouts --- 243
Ch. 9. Fire pre,~rention, sanitary precautions and power supply
sat-up 253
Appendix 282
1. Weight and size of automobiles, assemblies and principal
parts -- 282
.2. Non-standard equipment (for dismantling, assembling and testing
of automobile units, subassemblies and for lifting and trans-
porting) -- 286
3. Non-standaTd equipment (for washing, boiling out, costing, heat
treating, ate.) -- 301
Card 2 / 3

ACC NRi AM6029195
automobilas 324
4. Standard special equipment for repairing
5. Production implement* -- 330
Reforancos -- 332
SUB CODE: 13/ SUBH DATE: 05Mar66/ ORIG REF; 022
I

)V, -1
British Abst.
A III
Aug. 1953
Ductless Glands, Excluding Gonads
Motoxic littive%ws lit experimental hypeirthymosis.' 1,
I . 1953. 323, 4-16 451~ Animal (v!k
t1w to lrm~cr vo tain ammints ~f thvr..xm,- inat five ; 116%
pt,yeTty iq pattictilarly mark,li %T% -A"A m bilt
II'll S., lit ollilli- ati'l i-'trm-xmv~ 1tv S11-t ilit'~Tvlls
littritip" dw t'f tm~ th,
I rr of tit,- NAv itlav N, 11%.mil-Am,1 asul %it, t, viA A-. a i% ult
t1w wilmak (ait I., k(.I.t alm. ift pra, 11CAIN tolllwfi~m %'1111
wilt, a 'hijit1v Ili( I k1m, Ili, all't m inctva',
.it "."'flmo t'. Oixt-Oll. 1,
1'. 11 A V;.

ABELIOVICII, Yu.I. inzh.
I-:,- .--
Use of turbine conderiBero in the capacity of principal boilers.
Elek. ata. 33 no.1000-31 0 162. (MIRA 16:1)
(Steam turbines)

VATLAUA I G. S. XA-,AYOV
1. ABELISHVIII G.V. :3)!Vl' A
2. TISSR (600)
4. Soil Percolation
7. Field method of determining the filtratinn coefficient of coheetv soils,
GMr.atroi. 21 no.12, 1952.
9. Monthly List of RujRjaXj AQCeFIRions Library of Congress, April IQ51, iinclasn.

"al
rin'-, nn,
3 1 in -)r -..,!r to -1 wal -i i', i r~ )n cr
,,!i ,~4 Ins'

15-57-8-11605
Translation from: Referativny zhurnal, Geologiya, 1957, Nr 03,
p 221 (USSR~
AUTHOR: Abelishvili, G. V.
TITLE: Consolidation of Cohesive Structural Soils Used as
Impervious Seepage Barriers (Nekotoryye voprosy
uplotneniya svyaznykh strukturnykh gruntov v tselyakh
sozdaniya protivofilttratsionnykh ekranov)
PERIODICAL: Tr. Gruz. n.-i. in-ta gidrotekhn. i melior. 1956,
Nr 4(17), pp 218-233
ABSTRACT: The author presents the results of laboratory investi-
gations of' moisture content, water permeability, and
stability of consolidated soils used for the purpose
of constructing impervious walls along the sides of
canals and reservoirs. Two types of undisturbed soil
were used: a heavy structural argillaceous soil, and
Card 1/3 a macroporous, carbonate medium-argillaceous soil. The

15-57-8-11-6G5
Consolidation of Cohesive Structural Soils (Corit.)
soils were consolidated under laboratory conditions by means of
being rammed. The impacts were produced by a drop ham"mer iAth a
weight of 7 kg to 16 kg, falling freely from a height of 40 cm to
50 cm, depending on the impact impulse used. The number of impacts
varied from two to 14. The article describes the methods used for
testing density, moisture content, water permeability, stability in
water, and aggregate composition. The structure produced as a result
of consolidation was evaluated by means of conventional criteria.
1) the degree of consolidation was determined by the equation:
a,. fraction(%) 5mm after consol.- fraction(%) 5mm before consol.
fractionM 5mm before consol.
The increase of al indicated the formation of compacted lumps made
of the fine aggregates. 2) Stability of the coml,,acted lumj.s in
water was evaluated by the equation:
a2 ~ fractionM 5mm in wet screening
Card 2/3 fraction(5Y 5mm in dry screening

Consolidation of Cohesive Structural Soils (Cont.)
15-57-8-11605
The increase of a2 indicated an increase in stability (in water) of
the compacted lumps formed from the aggregates. 3) The stability of
the structure in water was evaluated by the relation:
number of specimens not diqintegrating
a3 number of tested specimens
The increase in the absolute value of a3 indicated an increase in the
stability (in water) of the structure formed. The author concluded
from the tests that creation of a proper soil structure in the im-
pervious wall by impact consolidation is insured by proper selection
of the moisture content of the soil at the time of consolidation.
This moisture content should be equal: a) for heavy structural
argillaceous soil, to W 0 = WM+W PI b) for macroporous medium-argil-
2
laceous soil, to WO = Wm. Here Wm represents the maximum, molecular
moisture capacity, and 111p represents the lower limit of plasticity.
Card 3/3 E. G. Borisova

ABELISVILI, G.V.
Technical and economical evaluation of seepage preventing
measures. Trudy GruzNIIGiM nc,.20:98-103 158. (WRA 150)
(Seepage) (Irrigation canals and flumes)

ABELISHVILI, G.V.
Factors in the impermeability of soils. Trudy Gruz NIIGiM
no.21:113-120 160. (MIRA 16:1)
(Soil percolation)

ABBLISHVILi, G.V.; VASILIYEV, V.V.; KERNER, N.A.
Underwater antissepage screening in reservoirs. Trudy Gruz
NIIGiM no.21:309-316 160. 1 (MIRA 16:1)
(Reservoirs) fSeepage)

ARKLISHVILI, L.G.
Empirical equation of the electromechanical dutracteris tics of the
running spaea of D.C. traction motors. Soob.AIT Gruz.SSR 8 no.4:223-226
147, (MIRA 9:7)
l.Akedemiya nauk Gruzinskoy SSR, Inergetichuskiy saktor, Tbilisi.
Prodstavlono daystvitelInym, chlenom Akademii A.I.Didebulidze.
(Electric motors, Direct current)

ATIFLISHV17:1. 11- G.
A"belishvill. L., G "Empirical equation of the nlectromech:in4c-l rnrfor.:,-,.nce suced of
direct-civrrent traction mrlnes,"' Tr,.6,y Ercrgcq. ~1,-t, (A~rt4. nauk Griz. 54), vol.
IV, 10' ~" P. OQ-1N, . ( In Goor.,ipn, renzia In Ructra(m)
SO: U-1-93,;. 29.Oat'53, (Letopis 'Zhurrn-l 'nykh Stntcy, :10. 1*L', 19.'~'-).

Abol!phylli, L. G.- "The, C:,lcu'Pttoi of th~ torque-rvvirt.-nce T.hrres :~f d1rect c,,-I-re:-,t
cloctric 1 -o.-o!jotives, 11 Truey Fner-~et. in-tit (Akrw. rimik Cirliz, SP), V-;I. IV, 19-
P. 107-11~. (:,j, Geor.-inn, rerr.-ne in
SC: LJ-1-031!, 201 Oct ~:3, (Latopie 'Zhunvil 'ny'-h St- tey, "to. l-, 191-9).
E

Abf-lishvill. L. G.- "'he equivalence of the rysten of molile loads. of clectric rnllvr,~rs
i-Ith n conr tant dis r r lbution lono, " Truey Ener -et. -i n- tr (A':-ad. naWc Gruz. SSR),
r
Vol. IV, 191-9, P. 115-20, - (.n GeorCian, resime 'Aii-Rustian).
SO: 29 Oct 193, (Letopis '"hurrail 'ny!-.h Statey, Nlo. 16, 11

ABELI-cWTLI, L. G.
20039 ABELISHVILII L. (,. Padeniye napryazheniyao opredepyayusheneye ekaploatatsJ.onnyye
izmeriteli elektrifitslpovannopo uchastka /-zheleznoy doropi7. - V ogl i A. G.
Abelishvili. Sooschch. Akad. nauk Cruz. ~ZR. 19h9, No. 1,-s. h14,2.
SO: LETOPIS ZHUML STATEN, Vol. 27,, Moskva, 19149.

ABELTS'71U. L. . 0-pr,:,,1raL.-T'i.,-u vrc~:,;.d !:;-o 'a
-1 11 nal 11-~-anl 1-111 ya.
,c,
S37, 1114L), ::0.

ABFILISRI~I, L. . Idat tokhnicheakikh nauk, dotsent.
Calculating tho elements of internal power supply for electric
railroads by means of average load curves. Trudy TbIIZHT no.22:
337-386 15o. (MIJU 9:11)
(Blectric railroads) I

ABELISHVILI, L.G.
-- 1 1, 1.
C-., Calculating the weight of electric trains by the heating of their
traction motors. Trudy Energ. inst. AN Gruz. SSR 8:129-136 153-
(Blectric railroads) (MIRA ll.-IO)

ABEUSHVILI, Levan Grigorlyevich
Tbilisi Inst of Engineers of Railroad Transport imeni Lenin,
Academic degree of Doctor of Technical Sciences, based on his
defense., 28 May 195hj, in the Council of the Moscow Order of
Lenin Power Engineering Inst imeni Molotov, of his dissertation
entitled: "Method of Diagrans of Medium Traction Loadings
and Its Application".
Academic degree and/or title: Doctor of Sciences
SO; Decisions of W, List no. 9,, 16 April 55, Byulleten' 1,110 SSSR, No. 14,
Jul 56, Moscow, pp 4-22, Uncl. JPHS/NY-429

ABELISHVILI."-L..IG.-. T1UPAIDZE, L.T.
Magnitudes of the preparatory time and braking force in the braking
of freight trains. Soob. AN Gruz. SSR 21 nool:77-8Z JI 158,
(14IRA 11110)
1. Tbilisskiy institut inzbenerov zbeleznodorozhnogo transporta im.
V.I. Lenina. Prodstavleno akaAsmikom X.S. Zavriyev7m.
(Railroads-Brakos)

ABBLISHVILI. L.G., prof., doktor tekbn.nauk (Tbilisi)
Time in which investmentsin railroad electrification pay
for thnmeelves. Zhol.dor.transp. 40 no.4:42-43 AP '58-
(MRh 13:4)
(Railroads--Bloctrification)
(Railroads--Finance)

32(3)
AUTHOR: Abelishvili, L. G., Professor, Doctor of SOV/105-59-6-7/28
--T6c-fffftUNr-SUT5-nces
TITLE: The Dependence of tba Indirect Expenses of Electrical Railways Upon
-the Parameters of the Electric Supply System (Zavisimost' uslovnykh
ekspluatatsionnykh raskhodov elektricheskikh zheleznykh dorog ot
parametrov sisterV elektrosnab;-.heniya)
PERIODICAL& Elektrichestvo, 1959, Nr 6, pp 28-3o (USSR)
ABSTRACT: The economical calculation of the traotive system of electrical
railways is basically dependent upon two variables: the overhead
wire oross-section and the distance between the substations, For
ordinary transmission lines such a o&lculation has alreadybbenaL=ied
.out by V. 11. Khrushchov (Ref 6). The indirect expenses, which should
become a minimum, gather the costs for the following items:
a) construction of overhead wire system. b) power loss in the
overhead wire and in the rail circuit. c) reduction of train speed
due to voltage drop. d) expenses for the construction and the
operation of substations. The relaiion combiming all these terms is
differentiated with respect to q (cross section) and 1 (distance
between substations). Under consideration of the fact, the. the
Card 1/2 optimum values cannot always be realized (viz., because of

The Dependence of the Indirect Expenses of Electrical SOV/105-59-6-7/28
Railways Upon the Parameters of the Electric Supply System
standardized conductor siZes), a formula is derived, Aich
describes the increase of costs above their as a function
of the deviations of the variables from their optimum va-lues. By
negleoto the formula due to V. 11. MiruBlicbov can be derived from it.
If the two formulas are compared, it appears that according to the
new formula the increase of costs as a function of the deviation
from the optimum is smaller by a factor of 2.5-3. Hence the
determination of the most economical design of electric traction
systems makes sense only if the cross section and the distance
between the substations are taken into account simultaneously.
There are 2 figures, 3 tablesand 8 Soviet references.
I
ASSOCIATIOM Institut energetiki AN Gruzinskoy SSR (Institute of Power
Engineering AS Gruzinskaya MR)
SUBMITTED: January 12, 1959
Card 2/2

ABELISHVILI, L.G.
Operational expenditares of electric railroads an a function
of the electric power supply system. Soob.AN Gruz.SSR 2.3
no.2:181-185 Ag 159. (MMA 13:2)
1. Inatitut snergetiki in. A.I.Didebulidne AN GrusSSR. Tbilisi.
Predstavlenn abdemikon K.B.Zavriyavym.
(Electric r ailroade--Current supply)

AWLISHVILIj_;tsl~~,_ doktor t ekhnicheiskikh nauk; ROYNISJIVILI, N.M..
dok-tor takhnitheskikh muk
Lcouracy of calculations for determining the weight of
trainee Zholedprtransp. 41 n0.12:41" D '59.
(XIM 13:4)
(Railroads-Traim)

AEELISHVILI, L.G.; TRAPAIDZE, L. T.; PICHKHADZE, I.P.
Study of the carrying capoity of electric railroads taking
into account traction current supply systems. Soob. AN
Gruz. SSR 3-1 no. 3;661-668 S 163. (MIRA 170)
1. Grus~inskiy politekhnicheskiy institut imeni Lenina.
2. Chlon-korreepondent AN GruzSSR (for Abel-tshvili).

ABELISHVILT, L.G.,, prof., doktor teklin. nauk (Tbilisi)
Comparison of locomotives by the specific capacity. Zhel. dor.
transp. 47 no.6:64-65 Je 165. (MIRA 18:6)

ABELISHVILI, L.G.1 GABASHVILI, N.V.; KAKABADZE, D.R.; KARUMIDZE, I.G.;
kl*~A,' A.K.; KURDIANI, I.S.; LOGUA, Sh.S.; MACHAVARIANI, I.V.;
MSKHIp H.Sel MIKABERIDZEs A.S.; SEKHNIASFIVILI, G.M.; TOIDZE, M.Z.1
TOPCHISHVILI, I.A.; KREVSURIANI, IM.A.
In remory of Stepan Petrovich Kirkesali, 1890-1937, Elektrichestvo
noo5t9O-91 My 165, (MIRA 18t6)

'ACC Nit, AP7009M
SOURCE CODEt UR/0105/66/000/008/0095/0095
AUTHORt Abelishvi 11, L. G'.; Alotgauzen, A. P.; Baycher, M. Yu.; Gabashviliq
N. V.; Dididre, M. S.; Yefroymovich, Yu. Yo.; Notlya, A. K.; Kupradzeq G. D.;
Kurdiani, 1. S.; Netushil, A. V.; Nikollakty, L, Ye.; Razmadze, Sh. M.;
Svenchanskly, A. D.; Smelyanskly, M. Ya.; Tkeshelashvill, G. K.
ORGt none
TITLEt Professor Grigorly Artemyevich Sisoyan (on his 70th birthday)
SOURCE; Elektricheptvo, no. 8, 1%6, 95
TOPIC TAGSs electric engineering personnel# electric furnace, academic
personnel
SUB CODEt 09
ABSTRACTs G. A. Sisoyan graduated from the Moscow Power Engineering Institute
In 1931. In 1932 he went to* work at the Georgian Polytechnical Institute In
the theoretical and general electrical engineering department. Sisoyan has
worked and published many works in the area of electric furnaces. He has
also worked in the area of Investigation of electric spark action. He has
published over 50 scientific works. He has also been actiye in %miversity
level teaching. Orig, art, hass 1 figure. LiMs 38,3367
UDCs 621.36

ABBLISHVILI, L.T.
Calculating the elements of oleotric-railroad power supply systems
by means of average load diagrams. Soob.AN Gruz.SSR 9:53-60 148.
(MLRA 9:7)
1.Akademlya nauk Gruzinskoy SM, Snergatichaskiy institut, Tbilisi.
Prodstavlano daystvitallarm chlenom kkAdemii A.I.Didebulifte.
(Electric railroads)

ABELISHVILI, T.L.j GACIIECHILADZE, T.G.; HDIVANI, O.M.
Angular distribution of neutrons in the reaction C13 (d. n)N'4, Zhur.
eksp.i teor.fiz. 38 no.2:631-633 F 160. (MIRA 14:5)
1. Tbiliaskiy gosudaretvennyy universitet i Izwtitut alektronikio
av-tomatiki i tolemekhAniki Akademii nauk Gruzinskoy SSR.
(Neutrons) (Paclear reactions)

ABELISHVILI, T.L.; SITENKO, A.G. [Sytenko, 0. H.]
Electric polarization of deuterons due to 11 cattering by a
Colulomb field. Ukr. fiz. zhur. 6 no.1:3 _11 Ja-F 161.
(MIRA 14:6)
1. Khartkovskiy goaudaratvennyy universitat im. A.M. Gorikogo.
(Deuterons)
(Polarization (Electricity))

S/Oq6/61/040/0',~5/015/019
s-0 0 B109/B212
AUTHOR: Abel i s-hyj1i,.-T_,_L,_-
TITLE: Neutron transfer in nuclear collisions
PERIODICAL: Zhurnal eksperimentallnoy i teoretichookoy fiziki, v. 40,
no. 5, 1961, 1440-1445
TEXT: The calculation of neutron.transfer in nuclear collisions is based
on papers of A. I. Akhiyezer and 1. Ya. Pomeranchult (J.Phys.USSR, 0
' 41
471,1945); here, a calculation is done for the case where the effect of
the Coulomb field is considerable. According to Ref. 11 (K.A. '2er-
I the amplitude of the neutron transfer
'~artirosyan. ZhETF, 29, 713, 1955),
reaction is describe-dby
11 (p,) VI-1 V (p) y, (p) drdp.
01 kj ki
where denotesthe radius vector of the neutron mferred to the residua*.
nucleus A1 - 19 tile radius vector of the neutron referred to the
residual nucleus A2 in the nucleus A 2 + 1; ? and 7~1 th e radius vertor of
Card 1/ 5

S/056AI117~640/005/015/019
Neutron transfer.in nuclear collisions B109/B212
the center of mass of the nucleus A 1 and of the residual nucleus A,
referred to -4 the center of mass of A ; g the reduced macs of the colliding
nuclei; 11(t) the interaction poteniial existing between the neutron and
the residua nucleus A 1; Ij the Yave function of the neutron having
momentum 1 in the nucleus Al; Y~1(1)(r-') the Coulomb wave function of the
relative motion of A and A wave vecvor ki); the Coulomb
1 2
wave function of the relative motion of Al 1 and it, + 1.(Wave vector k,):
%+)(r) - exp(--!7tyji + ik,r)r (1 -4- i1qj) F(-I-ql, 1: 1 (kir - kir)),
h1j) F (iTil, 61; -1 (ktr' + k
(r)'- exp nilt + ikir') r (i ,r
I1i;;T,z 01r, V*, > 1, ill -Z 1Z 2e Iftl > 1.
Assuming that 1.1 R)(H - radius of A
denote
0 1), C., ~, , ,
the angle of (V the angle of -r+-'), '.he following expression is
obtained from (1):
Card 2/5

2L 7 1 S
S105616 1
Neutron transfer in nuclear collisions D109/D212
t - N, M,-rtpVoBl I- 1:~l ~,pj P (r) k, ((xr),tL*) (r) Yl..- (0. T.) Yi. (0, T) dr, (8)
2jT' YTX ( t k
Bi- R 1*2,1.(%R) dIj.% (aR) -(aR) -~- Jt, y. (,IR)
il ~+M W dR
U -
where TVV: L denotes the binding energy of the neutron
0
captured by A,, I A+j (A) the modified BaoBel function, k,(x) the 1)AcDonald
spherical harmonio, u a ~F27WA, ~ I the binding energy of the neutron
captured by A 2 + 1. The integral occurring in (8) ic; calculated by using
the approximation L +
which is commonly applied for encrgies having the order of magnitude of
the 'Coulomb barrier. Neglecting the thermal effect, which is small com-
pared to the kinetic energy of the colliding nuclei and setting .'~ R El -S
and 2 ~+Ijf>> 1,))f -)jj