SCIENTIFIC ABSTRACT GUSHCHA, F.S. - GUSHCHIN, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000617620005-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 21, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GUSHCH.A, F.S., knndidat tekhnicheskikh nauk.
Replanament of intermittent process Machines *
comb spinning of woole Teket.promn 16 no-10:33
(Woolenqad worRted spinning)
ring frames in b;nby,
0 '56. (miRA loa)

GUSHCHA, F.S.,kRnd.tekhn.nauk
Factors affecting strength of sliver nnd roving in woolen asnufnature.
Tekst.prom. 18 no.5:27-28 My '58. (MIRA 11:5)
(Woo'len and worsted spinning)

K
3r - AI Ye.G.;
GUS.HCHA, F.S. , -kand.tekhn.nauk., starshiy nauchn y sotrudnik; TO R
starshiy nauchnyy Botrudilik? EMISKEUSHVIL T
0 AY G.I., niladshiy
nauchnyy sotrudnik,- BOCHKAREVA, M.I., mladsbiy nauchnyy sotrudnik
BRsic principles of the production line m-thod for the manufacture
cf top silver in wool spinning. Tekst.prom. 21 no.12:17-22
D 1,61. (MIU 15:2)
1. TSentrallnyy nauchno-issledovatellskiy institut sherstyanoy
promyshlennosti.
(Assembly-line methods)
(Woolen and worsted spinning)

'r /26
30(l) 7, 2 1 -- 5) 9 -
AUTHOR. Guslicha, G.]E.
TITLE: New for the Fauna of 'the USLA 6pecies of Larwff Mite Tt1c)T_
bicula (N.) Muris (Oudemans, 1.910) (Acari,,Trumbicu-
lidae) (Novyy dlya fauny Sovetskogo Soyu~_--a vid kle-
shcha Trombicula (N..) Muris (0udemanq,lql0)(Acar i~
Trombiculidae)
PERIODICAL: Dopovidi Akademii nauk Ukrains1koi RbR, 1959, Nr 2,
pp 217-220 (UbbR)
ABSTRACT: The author describes in detail a species of para-
sitic larval mit-e hitherto unknown -for 'the fauna of
the USSR. It was found on 16 June 1957 in the area
of Belp,,p Tserkov', Kiyevskaya oblast'. Co!.,iparing
thin, mite :iith the one described in reference 1,
the auinor comes to the conclusion that thip, mite is
identical with the one knoan for the fauna of tiie
Card 112 CSR.

7/2) 1-5 c,"- 2- 26/2 Or
New for the F:wna of the Uz)6R Species of LwwalMil~e Trcmiblcula(N~)
Muris (Oudemam-, l~t-,-O)(Ac-,ii-i,Trunibictilidae)
There are 3 dialyrams, 7 tables and 7) referencesi 1
0
of which is Polioh, I Gori:,~,uri niv] 1
AS60CIATION-, Institut- zooloc,ii All UkrSbR (Instituute of Zoology
C~ 0
of the AS Ukr6bR)
PREbENTED: By A,P, Markevich, Member of the
Ab UkrbbR
SUBM=D. Nakrember 10, 1958
Card 212
USWMK-I)C--60804

SOV/21-59-9-24/25
AUTHOR: 6ushcha,
TITLE: New Data on the Distribution of the Mite Trombicula
(L.) Russica (Oudemans, 1902) (Acari; Trombiculidae)
in the USSR
PERIODICAL: Dopovidi Akademiyi nauk Ukrayinslkoyi RSR, Nr 9,
1959, pp 1032-1036 (USSR)
ABSTRACT: In this article, the author states that when studying
the ectoparasites of rodents on the territor7 of the
forest-steppe regions of the Central Ukraine.,and of
the forest part of the Crimean mountain area, a con-
siderable distribution of the Trombicula (Lentotrom-
bidium) russica (Oudemans, 1902) was recorded., At
first, this species was described by Oudemans C.Ref 1
7
-
in 1902 according to a single larval mite obtained in
Kiyev in 1898. A more detailed description war. made
by Oudeman in 1903 and in 1909 Z-Ref 2, 17. As the
results of the author's investi-ation, some differences
Card 1/3 in the structure and ecoloSy of the T. russica larval

2412
New Data on the Distribution of the blite -Trombicula (1-J-) Russica
(Oudemans, 1902)(Acari: Trombiculidae) in the U30"R
mite, as compared with descriptions of other -authors,
have been discovered -and new data surnlementinl-_ the
descriptions obtained. Consequently, the aut!'-or gives
a new bionomic and faunal description of the larval
mite of this type. The material was collected on
Apodemus flavicollis, A. silvaticus, A. agrarius,
Clethrionomis glareolus, and Pitymus subterraneus,,
The invasion intensity varied bet-ween 1-72 speci-
mens, the extensity reached The finding of T.
russica on rodents disproves the opinion that this
species is host-specific for bats. There is 1 draw-
ing, 2 photos, 1 table, and 5 references, 3 of which
are Dutch, 1 Polish, and 1 German,
ASSOCIATION: Instytut zoolohi~i AN URSR (Institute of Zoology of
Card 2/3 the AS of JkrSSR

GUSHCHA, G. I.
"On the Thrombiculid Mites of the Ukrainian Central Forest Steppe."
Tenth Conference on Parsitological Problems and Diseases with Natural
Reservoirs, 22-29 October 1959, Vol. II, Publishing House of Academy of
Sciences, USSR, Moscow-Leningrad, 1959.
Institute of Zoology of the Academy of Sciences, Ukrainian SSA (Kiev)

GUSHCHA, G.I. [HuBhcha, H.I.]
Aish'o'ngastia ulcerofaciens Daniel, 1957 (Acari, Trombiculidae),
a mite speciea heretofore unknown in the Soviet Union. Dop.AN
URSR no.4:540-543 160. (MIRA 13:7)
1. Institut zoologii AN USSR. Predstavleno akademikom AN USSR
A.P.Markevichem [OiFeMarkevychemlo
(Kiev Province-mites)

MWADIM, A. S.j, GMWIy Y. A. mad- GUM=Y G. 1:.
"About sources of InfWtIan dul%- lwS erjuip4w,"
VwWwl=w*P# Vol- 37P No. 20 X96Ds P- 32
1 9 A. Bj, QM026 1b. At ~~s, 0. 1.) - Uw Mot. - - md
WarddolqW =a RmIth Mr 909 Mr. AwWWM- SWIcatamL $04 ad Imutmw at
leakUWX Amd. ftl. tOw M

MAZURMOVICH, i3.11., otv. red.; DOSIT.0, G.V., red.
red.; S-',ORGGRZIiEVSKAYA, L.A., red.: FEDOPM.-M, I.A. ,
red.; ANDRIYCHUK, I.I.D., red.; KASIYAN, S.H., red.
(Parasites and parasitosoij in man iind anirmls] Parazity
i parazitozy cheloveka i zhivutnykh. Kiev, flaukova dwr~-.a,
196r~- 411 P- (ml-,IA 18;9)
1. Akademiyn nauk 1JUSH, Kiev. '. Klvevskiy wosuda-itverinvy
universitet (for Hazurmovich). 3," Institut zoologii 0 Ukr.S,':%It
(for Boshko).

LEVIN., M.I.;_GUSIICHA,_k.A.; AL'ITIAN, K.Z. , Otarshiy inzh.; PESINY I.Ya.;
AKSENOVAJ, A.F.
New reagents for feltwork. Tekst.prom. 21 no.12:48-50 D
161. NIRA 15:2)
1. Nachallnik otde3.a valyalino voylochnykh izdeliy 11onglav-
leganabobytoyriye pri Vserossiyakom sovete narodnogo
khozyaystva (for Ievin). 2. GIA*nyy inzh. 'rolentralinoy
r-uchno-issledovatellskoy laboraforii khlopka i shersti
Mosgorsovnarkhoza (for Gushcha). 3. TSentralInaya nauchno-
issledovatellskaya laboratoriyu khlopka i shersti Mougorsovnarkhoza
(for AlItman). 4. Glavnyy inzh. fabriki "Tekhvoylok' (for
Pesin). 5. Zaveduyushchiy 2aboratoriyer fabriki *Tekhvo.,rlok"
(for Ak-senova).
(Feltwork)
(Amonium sulfate)

BONDARCHUX, A.S.; GUSHCHA, 0.1. --it'. I .
Device for controlling the conditions of mine cables. Dop.AN
'URSR no.4-359-361 156. (WaA 9:12)
l.-Ine.titut girnichoi spravi Akademil naut URSR. Predstavlano
akadealkom Akademii nauk USSR GoN Savinyme
(Cables)

GUSHCHA, 0.1. Effushcha, 0.1.]
Changes in total losses in the remagnetization of steel as a result
of fatigue. Dop. AN URSTZ no.6:632-635 '58. (MIRA 11:9)
l.Institut gornygo dela AN USSR. Predstavil akademik AN USSR G.N.
Savin [H.M. Savin].
(Steel--Fatigue)

1'~-7-n- '` T . u
~~ U. - , Cand Tech Sci -- (diss) "Research into tljv fati~Sue
brenl~do,.,-r. process for metals by the method of loss in magnetic hy-s-
teresis and eddy currents." Kiev, 1960. 14 pp; (Academy of Sciences
Ukrainian SSR, TnSt of Mlechanics); 150 Copies; price not given; (KL,
50-60 / -~ -

BOGOLYUBOV, M.V.; GUSHGHA, O.Y.
Experimental investigation.of the atrength of certain IB-153
excavator parts. SbIr. prate I Inst. hir. spravy-AN UWR no.-6:122-
129 6o. (Excavating mnahinery-Testi*) (MIRA 13;9)

I I -. I r 7
'- -,, - ;, _i "
~ - //l
I
1 -1 'P-:1". - -1
, I i.l ~. I i. II
11 . q. -

Cyclic Metal Strength (cont.) SOV/6025
and growth of fatigue crackfi, the role of plaqt1c deforift'.1on
In fatigue fracture, an accelerated mothod of deter:;j1ntnF
fatlgiw otreni,,th, the plotttng et' dllaiy,-~rm, 1-ind
V'11'1011.1 catigno toot. motlwd:'.. Not" tiatn zu'%~ Pvt~vc.,01c"I Oil the
sensItIvLty of hIgh-3trongth viLrol to aLrcono concentration,
the erfect of stress concentraLlon on the criterion of fatigue
failure, the effect of the size ractor on trip stren't,,th of
Dictal. under cyclic loado, and or vildut'linco tvOtil of
various machine parts. rroblerns cunnoctnd vilth eyelle nintal
toughness, Internal.friction, and the efCcct of corrosion
media and temperature on the fatlgue strength or metali, are
also discussed. Ho personalities are mentioned. Each nrtial(~
In accompnnied by reforenoon, mostly Soviet.
TABLE OF CONTENTS:
NATURE OF FATIGUE FRACTURE
Oiling, I. A. Diffustonlean Mechanism of Formation and Growth of
a Fatigue Crack 3
Card 2/V

Cyclic Metal Strength (Cont.)
SOV/6025
of Differently Treated Materials Under Conditions of
Assymetric Loading Cycle 123
Ivanova, V. S. and M. Ya. Gallperin. Analysis of the
Possibility of' Applying New Criteria for Accelerated
Determination of Fatigue Strength 134
Lebedev, T. -A.., T. K. Marinets, and A. 1. Yefremov. Investi-
gation of Cyclic Strength of Metals by Recording Fatigue
Diagrams 141
__Gqshcha, 0. 1. investigating the Process of Fatigue Fracture
of Met-HT-s-b~yed-suring Magnetic-Hysteresis and Eddy-Current
Losses 14'(
Panov, S. F. New Method and Unit for Vibration Fatigue Tests
of Metals 153
Card 5/9

kt 9200
ID IL100 St)~
AUTHORt Gushcha, 0. 1.
11~~2/62/028/001/010/017
B108/B138
TITLE: Investigation of fatigue failure of metals by studying
variations in remagnetization losses
PERIODICAL: Zavodskaya aboratoriya, v. 28f no. 1, 1962, 75 - 79
TEXT: The hysteresis and eddy current losses in a metal depend on its
electric resistivity which in its turn is partly determined by internal
stresses and fatigue phenomena in the material. If the test metal id
placed in a coil instead of'a core any hysteresis or eddy current losses
can be observed. As the sum of both types of loss is observed, ferro-
magnetic as well as non-ferromagnetic metals can be tested. The basis of
the method is measurement of the .4-factor of a parallel oscillating
circuit, which is dependent on the losses in the core of the induction
coil. The measuring coil is shown in Fig. 2. One or more section5 are
applied to the test piece, depending on its shape. For reasons of
comparison, the initial conditions are also adjusted at an equivalent
coil and then measurements with the test coil are made at various stages
in the fatigue test. With this method ' fatigue can be detected and'
Card 1/2

AUTHOR; Gqshcha-)-O-.-I--,--
5/13'[/62/000/012/052/085
Aoo6/AlOl
,TITLE: Investigating the process of metal fatigue failure by the method
of losses in magnetic hysteresis and-eddy currents
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 12, 1962, 103,'abstract
121636 (In collection: "Tsiklich. prochnost' metallov", Moscow,
AN SSSR, 1962, A7 - 152)
TSXT: The author investigated the effect of fatigue In rotating bending
upon the electromagnetic and mechanical characteristics and microstructure, and
upon the correlation of these characteristics during fatigue tests of Y 9A
(UgA), YIO (UJO), Y12A (U12A), 4ox (40Kh) and ',AH435 (E1435) steel. Summary
losses in magnetic hysteresis and eddy currents were-determined as electromag-
netic characteristics. It was established that during the arising of fatigue,
the total-losses in hysteresis and eddy currents, mierbhardness, and cyclic
strength varied continuously, and that a close relation existed between these
characteristics. Losses decreased at stresses below Cw, with a greater number of
Card 1/2

S/277/63/000/001/001/017
A05Z/A126
AUTHOR: Gushcha, 0. 1.
TITLE: Investigation of the process of fatigue break-down of metals by
the method of magnetic hysteresis and eddy current losses
PERIODICAL: Referativnyy zhurnal, otdelInyy vypusk, 48. Mashinostroitellnyye
materialy, konstruktsii i raschet detaley mashin, no. 1, 1963, 3,
abstract 1.48.16 (In collection: "Taiklioh. prochnost' metallov."
M., AN SSSR, 1962, 147 - 152)
TEXT: The ef f eat of fatigue of Y 12 A (U12A), Y 10 (U10), Y 9 A (U9A),
40 X (40Kh) steels, 314435 (Ei435) heat-resisting alloy and steel rope on their
electromagnetic and mechanical characteristics and microstructure was investi-
gated as well as the interconnection of these characteristics in the process of
fatigue. All samples, with the exception of the rope, were subjected to rota-
tional bending test. In the process of fatigue of U12A, U10, UqA and 40Xh steels
as well as of EI435 heat-resisting alloy the changes of summary hysteresis and
eddy current losses in the metal on one hand, and the changes of microhardness
Card 1/2

VOROBRKOV, A.M. (Kiyev); GUSHCH&, 0.1. [Ytmhcba, 0.1.] (Kiyev)
Investigating the strength of a thin cable. Prykl.mekh.
6 no.2:220-224 16o. (MIRA 13SS)
1. Institut gornogo dela AN UW%
(Cables-Testing)

-GUSHCHA,,-Fo#_ Kazin, irovich; SAAKIYAN, Yu.A.31 red.; BOROVINSIKAYA, L.M~,
tekhn. red.
[Asphalt-concrete operations] Asfalltobotonnyo raboty. Rostov.-
na-Donu, I~ostovskoe knizhnoe izd-vo, 1961. 53 P.
(MIRA 14: U)
(Asphalt concrete)

BOBYLEVA, Vera Ivanovna; YAKOVENKO,
Ye.P., red.; ABBASOV, T.,tekhn. red.
[Asphalt concrete pavements] Asfal'tobetonnye pokrytiia.
Tashkent, Gosizdat UzSSR, 1962. 62 p. (MIRA'16:7)
(Asphalt concrete)

GUSHCffA, V.
. . -,- w - 7 7. -
Eliminate shortcomings in educational organization. Prof.-tekh.
obr. 14 no.1:3-4 Ja 357* (MLRA 10:2)
1. Nachallnik Uchabno-metodicheakogo upravlaniya.
(Technical education)

GUSEQjk--T&BE,NGHUK, G.M. (Hushcha-Tebenchuk, luf.], kand.med.nauk; GAIRMIZA,
S.Ya. ffkx ~yza, S. IA. J, starshiy nauchn3rf sotrudnik
Intestinal lamb]-iasis in children of a nursery group and its treatripnt.
Ped., akush. i gin. 23 no.3:24-25 161. (MIRA 15W
1. Ukrainskiy nauchno-issledovatellskiy institut okhrany materinstva
i dotstva im. Geroya Sovetskogo S 2a Prof. F.M.Buyka (diraktor -
zasluzhennyy vrach USSR M.D.Burova
M.
(GIARDIASIS)

MARKOV, VlAdimir, akad.; GUSHCHAROT, Georgi K., asp.
Free nitrogen utilizing bacteria on roots of role of Irazanlik.
Isv. m1krob. inst.. Sofia Vol.4.-49-60 1953.
(AZOTOBAMR,
on rose i0ots)
(CLOSTRIDIUM.
pasteurianum on rose roots)
(PLANTS
rose: Azotobacter & Clostridium pasteurianum on roots)
14-

GUSHGHEnO, I.I.
-1. %m~a,rks on the Kronotskiy volcano and
Vulk. sta. no.26*.-75-80 157.
- (Kronotskiy
its side formatulone. Btul,,
(KIRA ll - ~)
volcano)

GUSHCHENKO. I.I.
Status of the Koryak volcano in April-May 1957. Biul. bulk, sta-
no. 28:21-22 159. (HTAA' 13:12)
(Xoryak volcano)

GUSH-CHENKO, I.I.
Volcanic activity in northern Kamchatka in 1957. Biul. Vulk. sta.
no.29:3-6 160. (MM 14:3)
(Kamchatka-Volcanoes)

GUSHCHENKO, I.I.
I --
Volanic activity in northern Kamchatka (Jan.1 thro-.Zb Dct.15, 1958)
Biul. Vulk. sta no.3ft3-6.160. 414IRA 14:3)
Omehatka-Volcanoes)

-GOSHCHENKO, I.I.
I
Mechanism of the formation of-pyroclastic material. Trudy Lab.
vulk. no.22:131-142 162. (MIRA 16:1)
(Volcanic ash, tuff, etc.)

GUSHCHENKO, I.I.
Characteristics of partial oxygen pressure in the chminey of the
Dezymya=yy Volcano in the procems of eruption, Dbkl, AN SWR
148 Tko.1:191-193 A 163. (MIRA 16s2)
3~-edatavleno
akademikm D.S. Korzhinskime
1.
(Besymyannyy Vblcano)

Gu"11CHWOOP 1. 1. 1101.1, Y'.; $i.
Biul. vulk. ata. f)QPA 1830)

GUSH'il-14liKO..,--Iva.n,Semenovich; PESKOVA, L.B., red.; YUDENICH. N.V., red.;
IHITROV, P.A., tekhn.red.
[Management of railroad buildings and structures; organization,
planning, economic activity] Khozisistvo zdanit i sooruzhenii
zheleznykh dorog; organizatsiia, plantrovanis, khozialstvannsia
doiatellnont'. Moskva, Gos.transp.zh~l.-dor.Izd-vo, 1959. 183 p.
(MIRA 12:3)
(Railroads--Buildings and structures)

GUSHCHENKO, Igor' Ivrinovich; NA;~;'CHCI, S-1.1, Otv. rod.
[ABhos of northern Kbmobatka and thp coridlr.Lono of I'lie"r
formation] Peply Severnoi Kamchatki i 7uslovila ikh obrazo-
vaniia. Mosk-va, Naukap 1.965. .143 p. (MIRA 18!12)

KASIMOVA, F.A.-! KlCFlYEVA, D.D., RArrl.!C.V,
Hexachlorbenzene based on normal hexane, ,izerb, ~hjm. .,hur.
165. (MIRA 18,7)
1. Inst-itut, neftekhimicheak:Lkh protsessov AN AzerSSR.

GUSHCHERKO, M.S., kaniidat tekhnicheskikh nauk.
Review of "Compressed gas vehicles" G.I.Samoll, I.I.Golidblat. Re-
viewed by M.S.Gushchenko). Avt.trakt.prom. no-1:31-32 Ja 155.
(MIU 8:4)
1; Ukrdortrans NIIO'
(Samoll, G.I.) (Golldblat, L.I.) (Automobiles--Engines (Con-
pressed gag))

kel
GUSHCHENK0. V.
"Growth, Development, and Utilization of Light by the Potato Plant Result-
ing from Application of Certain Agrotecitnical Methods." Moscow Order of
Lenin Agricultural Academy imeni K. A. Timiryazev, Moscow, 1955. (Disser-
tation for the Degree of Candidate of Agricultural Sciences)
SO: M-972.1 20 Feb 56

GUSHCHENKOO N.; KOSTYUSHKO, K.
Floors made of coumarone tiles. Straitell
(Floors) (Banzofuran)
no.9s23 S 062.
(MIRA 15:12)

GUSHCHE 9,,9,F.,v i-.nzh.
. I .
-
Plastering under winter conditio". Transp. stroi. 8 no.3:14-16
Mr 158. (miRk r1,:4)
(Plastering-Cold weather conditions)

-Lk '13MK'i i KU, K. L. , 1 !1:., h
11,14%, inzh.: KI,
Using trays in transportinj~ bricks piled by "oerlparllInt"
mothod. Tmntip.otroi. 9 no.7:56-57 JI '59
(I-ML 12: 12)
(Bricks-Transportation)

GUSHCHEMCO, N.F., in-,h.
The beat brigade of the Southwestern Trust for Transportation
Installations and Structures and Railroad Fooder Linos.
Tranap.stroi. 9 no.8:12-14 Ag 159. (MIRK 13.1)
(Construction workers)
(Railroads--Buildings and structures)

GUSHOMTKO, NI.-F. F in7h.
Constructing folazdations for r.-:ntai::t ayptrr- qupp~,_rt.*, in daap
ds-pressions. Tranap.Btrol. 10 no-1:55 Ja 16-~-
(mlu 131: 6)
(Ilectric lines-Poles)

GUSBCHENKO, N.Y., inzh.; KOSTYUSHKO, K.L., inzh.
Using couplings in connecting hoses. Tranap.stroi.
10 no.8:55 Ag(~60. (MIRA 13:8)
se couplings)

GUSHCHEIIKO, N.F., inzh.
Fibrobituninous panels as local beat insulating material. Transp.
stroi. 10 no. 12:52-53 D 060. (MMA 13:12)
(insulation (Heat))

GUSHCHENKO It' F. :Lnzh.
nf 9
Team converted to economic accountability. Trunsp. stroi.
11 no.8:l4wl5 At 161. (MIRA 14-.9)
(Konotop-4onstruction industry)

GUSHCHEMO, N.F., tarshiy inzhener
All the workers mastered allied specialties. Transp. stroi. 12 no.2:
7 F .162. MDA 15:7)
1. Kiyevskaya nox-mativno-iseledovatel'skaya stantsiya Orgti-ansstroya.
(Building)

GUSHCHENKO,-N-F., inzh.
Excavator operator Pavel Zorin. Transp. stroi. 12 no.819
Ag 62. (MIRA 15:9)
(Excavation)

, ~-~; 1,11 !., W. ,
11'.1 i. , , - . I ,
I ': F. 11, ,
I
vtr; rk rrl--~~ ' I ~-!s of a pailn~u Fibrt- TT~iar.!41- 9 -; - 1-3 1 c ~H-Z--,,',
Ift I !, -1
v I ': -.- " 8 s. '~f )

, I' ~,,f - - I Ku , K. 1.,
Brigade worKs tha new '!~-a-asp. strol. 15 no.4:31-32
Ap .6,9. (IMIRA 18:6)
1 ';tarEih-*y inzii. KJyGvsk,,)y rormatimo--41is'edauateVskoy stantail
1 -1.
Org trans 3!.royij. (f or Gushe--hanko) . 2. -ins truk tor KI yev-qkoy norma-
tivnc-issledovatc-llakoy stantsil Orgtrannat.rovR (for Kosty-u-shko'.

SAVGIIENKO, A.I., Inzh.i GUSHCHEITKO N F l.nzh.; KOSTYUSHKO, K.L.
Reinforcement of hollow panels by high-strength wire. Transp.
stroi. 15 no.6:26-28 Je 165. (IAIRk 18:U)
1. Instruktor peredovykh metodov truda Kiyevskoy normativno-
issledovateliskoy stantsii TSentrallnogo instituta normativnykh
issledovaniy i nauchno-tekhnichaskoy informatsii v transportnom
stroitellstve (for Kostyushko).

-NKO~ %"~M,~
New developments in the pronecifi.ing of hidr;s and 3k.ng, K--jzh.--
obuv. prom. 6 no.9g216-28 S 16L. OCUIA 17~12')

GUSHCHENKOV, Ye.M.
:FXfect of synoptic conditions on the flow of water from the Barents
Sea and the continent i6to the Kara Sea. Probl.Arkt.i Antarkt.
no.7:39-44 161. OIRA 14:10)
(Kara Boa--Hydrology)

GUSHCHENKOV, Ye.M.
Distribution and metamorphization of Pacific waters inthe Arctic
Basin. Okeanologiia 4 no-1:36-42 '64. MRA 17:4)
1. Arkticheskiy i antarktichookiy natichno-isilficlovatellskly
institixt, Leningrad.

GUSHEV, A. (V. Turnovo)
Mikhail Kvartirnikov. Mat i fiz Bulg 6 no.2t55-60 Mr-Ap 163.

I
AdOX3810N Nits APA015544
SOURCE: RZh. Metallurgiya. Abs. 11E1 2
AUTHORs Sokoll, LA*; Gushchevq Aje,
TITLEt Argon are welding of allor.steel. pipes
8/0137/63/000/01VE017/EO17
CITED SOURCE: Sb. Progressivn. metody* svar~i na montazhn. rabotakh. M., 1962.
133-14Z
TOPIC TAGS: argon are welding. are welding, pipe welding, 3teel pipe welding
TRANSLATION: The manual Ar-arc welding of alloy steel pipes is performed with
the AR-9 torch designed by the NIAT (NauchM3~, Institut Aviatsionnoy Tekhnologii
Scientific Research Institute of Aviation Tedhnology). It is universal and uses
vari-ous 'd-electrode diameters (1-6 mzd), which makes possible the welding of pipes
of differing wall thickness. Automatic Ar-are welding makes possible the joining
of straight alloy steel pipe sections'8-219 rim in diameter; it can be performed
with consumable and non-consumable electrodes. In the welding of pipes 8-26 mm
in diameter -with a wall thickness of 1-1.5 =, the NIAT I-SS-19 and NIIKhIMASh
Card 1/2

ACC=ICN NR; ARA0153"
(Nauchno-13sledovatell3kiy Institut KhAndchesko o Ka3hino3troyeniya - Scientific
Research Inatitixte of Chemical Machine Buildingi AGN-8-26 welders are used.
15-219 = pipes are welded with the AN units designed at the NIAT. V. Fomenko.
DATE ACQs 09Dec63 SUB CODE: ML ENCL: 00
Cwd 2/2

VASIL'YEV Mikhail Vasillyevi..-h; GUSHGFEV, Sorgoyll.
y j
(Your wisteries, naturel,]Tvoi taii-q~, prirod,-,,Ii lloskva.,
Sovetskaia Rosaiia, 1960. 166 p~ (MIRA 15:8)
(Science)

GUSHCHEV, Sergey
What is it7 A breakthrough of the front of biological incompatibi-
lity? Tekh.mol. 31 no.1:32-34 163. (NIRA 16:3)
(Transplantation of or,,.-anB, Tissues, etcj

AZERIIIKOV., V. ; ARLAZOiIOV, m.; ARSKIY, F.; DAYJi.T!OV, S.; DELOUSOV, I.;
3IIR4KII", D.; VA'-EL', I.; VLAADD-11IROV, L.; Q~Q
YELAGIN, V.; YERESHKO, F.; WURBINA, S.; KAZAWiOVSKAYA) G.;
KALIND', Yu.; KELER, V.; KONOVALOV, B.; KRE711IDLIN, Yu.;
LE-JEDEVY L.; PODGORODNIKOV, IA.; RABINOVICH, I.; REPIN, L.;
,SMOLYAN, G.; TITARENKO, V.; TOPILINA, T.; FEDCHE21KO, V.;
EYDELIVAN, N.; EI-VE, A.; NAWOV, F.; YAKO'V'L---V, N.;
MIKHAYLOV., K., nauchn. red.; LIVANOV, A., red.
[Little stories about the great cosmos] Malen'Ide rasskazy
bol'shom Kosmose. Izd.2., Moskva, Molodaia gvardiia, 1964.
368 p. (MIRA 18:4)

ABDULIN, A.; ALEKSEYEV, I.; BANTLE, 0.; BOBROV, L.; BOZHANOV, B6
BOYKO, V.; BONDAREV, K.; BORZOV, V.,- VERKHOVSKIY, H,; G~WPOI~ V.;
qqqHqHFV, S.;.DEBABOV, V.; DIKS, R., DMITRIYEIV, A.; ZHIGAREV, A.;
ZELIDOVICH, Ya.; ZUBKOV, B.; IRININ, A.; IORDANSKIY, A.;
KITAYGORODSKIY, P.; KLYUYEV, Ye.-. KLYACHKO, V.; KOVALEVSKIT, V.;
KNORRE, Ye.1 KONSTANTINOVSKIY, M.; LADIN, V.; LITVIN-SEDOY, M.;
MALEVANCHIK B.; MANICHEV, G.; MEDVEDEV, Yu.; MELINIKOV,
MUSLIN, Ye.; NATARIUS Ya.; NFYrAKff, A.; NIKOLAYFV, G.; NOVOM---YSKIY, A.;
OLISHANSKIY, N.; OS'~UN, S.; PODOL'NYY, R.; RAKHMANOV, N.; REPIN. L.;
RESHETOV, Yu.; RYBCHINSKIY, Yu.; SVORENI, R.; SIFOROV, V.; SOKOL'SKIY, A.;
SPITSYNP V.; TEREKHOV, V.; TEPLOV, L.; KRARIKOVSKIY, A.; CHERNYAYEV, I.;
SHAROL', L.; SHIBANOV, A.; SHIBNEV, V.; SHUYKIN, N.; SHOUKIN, 0.;
ELISRANSKIY, I.; YUR'YEV, A.; IVANOV, N.; LIVANOV, A.~ FF-DCHENKO, V.;
DANIN, D., red.
(Eureka] Evrika. Moskva, Molodaia gvardiia, 1964. 278 p.
(MIRA 180)

mcm, S.
4629. Xladojyye vysokikh vrozhayev. (Ispollzovaniye bolot). III., Gookulitproovetizdat,
1954, 20 c.; 2 L. Ill. 22 cm. (Vaesoyuz. c.-x. vystavka). 25.0W ekz. 30 k. - Na
obl. avt. ne vkazan. - (54-58066) p 631.615
SO: Letopis' ZhurnalInykh Statay, Vol. 7,, 1949

GUSHCHEV, S.
Sto.-y about artificial petroleum. Takh.mol. 22 no.7:12-15 JI 154o
(KWA 7:6)
(Petroleum products)

-~uslmfnr~ S.
OSTROUMOV, G., inzhener; GUSHCHEV, S., inzhener.
The machine has coma to the stock farm. Takh.we-1. 22 no.8:14 Ag 154.
(Agricultural machinery)

. GUSHCHEV, Sargay .......
Flames under the ground. Takh.mol.24 no.4:1*-38 Ja '56.
(Laos@) (Youndatiops.) (KlRA 9:9)

In an article "Breakthrough Jao Space" 13ergp-X.. Gushchey gives a: popu-
lar account of the trip of two dogs in a rocket to an altitude of 110
kilometers and their safe return to earth. The animals withstood an
acceleration of 1,150 meters per second. A parachute which opened auto-
matically at a height o-P 4,000 metaru provideA for ~Lheir safe return.
(Tekhuika-MDlodezhi, No 6, Jun 57, pp 16-19) (U)

GTIOUX, S.
Cutting tools. Tokh.mol. 25 no.6:1-2 Je '57. (XLRA 10:7-i
(Cutting toolq *~

GUSHCIUIV, Sergey.
"Wftmftft
Break-through into co:mic space. Znan. sila 32 no.7:16-19 Jl 157.
(Space fligh ) (Atmoophere, Upper) (MIRA 100)

PHASE I BOOK ExpLorrATION SOV/5494
Vasillyev, Mikhail Vasillyevich, and Sergey Zakharovich Guahchev
Reportazh iz XXI veka; my zapisali rassk&zy dvadtsati devyati
sovetskikh uchenykh o nauke i tekhnike buduohchego (Reports
From the Twenty-First Century; Stories of Twenty-Nine Soviet
Scientists on Science and Engineering of the Future) [Moscow]
Izd-vo Sovetskaya Rossiya, 1958. 243 P. 50,000 copies printed.
Ed.: V. A. Golubkova; Tech. Ed.:'G. I. Kleyeva.
PURPOSE : This book is intended for the general reader.
COVERAGE: The book contains 27 articles (told reporters by
Soviet scientists) dealing with probable future progress in
physics, chemistry, electricity, metallurgy, engineering,
mining, medicine, biology, agriculture, zoology, transportation,
exploration of space, and photography. Attention is given to
automation, automatic underground gasification of coal, use of
new metals.modernization of oil fields, atomic electric stationst
production of metal parts by the process of explosion, explosions
Card--l/-T

Reports From the Twenty-First (Cont.) SOV/5494
in dam construction, cancer, internal longevity reserves,
machine diagnoses of illnesses, surgery vs. treatment by ultra-
sonic vibrations, mechanical heart substitutes, human body banks,
11medical engineerinq*enriched fodder, *superfertilizers", arti-
ficial snowfalls, agriculture vs. "mariculturen, radiochemistry,
power beam vs. wire, machines doing intellectual work, *HF auto-
mobiles" (with "radio motors"), "artificial sun" (electromag-
netic ra s focused above a cit. which cause heated molecules
to shined, future ocean ships, railway dreadnoughts*, Moscow
of the futuref moving pavements, wheelless and driverless auto-
mobiles, electric cameras, the industrialization of Siberia,
use of underground heat, climate control.living on the moon,
antimatter, and photon jet. Names of the interviewed scientists
are given. There are no references.
TAKE OF CONTENTS-
INTRODUCTION
Mission Into the Future 5
Card.-2/,-7 -

AUTHOR: Gushchev, S. 29-4-11/20
TITLE: The Years 1761, 1851, 1958 ... (1761-y, 1851--Y, 1958--Y~-o)
PERIODICAL: Tekhnika Molodezhi, 1958, Nr 4, PP. 19-19 (US3R)
ABSTRACT: If the time since the creation of the earth (approximately
5 thousand million years ago) would be represented by means
Of a long road, i.e. the 40 000 kni long equator, then -the
stretch covered since the origin of mankind would be only
4 kilometers. Keeping to this scale, only 1,5 m would have
been covered since the year 1761. The first industrial ex-
hibition took place in London In that year. Both the power-
loom and spinning-frame which were invented precisely at that
time, were exposed there. They opened the eyes of men to their
achievements and to the possibilities in all fields of eco-
nomics. 18 world exhibitions took place until 1914. The Soviet
Union participated in many international world exhibitions,
amongst which are Chicago (1893) and Paris (1900). The Soviet
Union has exposed at all important international exhibitions
since 1924. The most important ones were in Paris, 1937, and
Card 1/2 in New York, 1939, The Soviet Union gained a tremendous

The Years 1761, 1851, 1958 -- 29-4-11/20
success at the exhibition in New York. According to the
number of visitors (16,5 million of persons within 5 months)
the pavilon of the Soviet Union took the first place. Then,
the Soviet Union was the first socialist state in the world
arid demontitrated the atiocass achievod 1),,, two five-years-
schemes. The exhibition in Brussels gives the Soviet Union
a chance to demonstrate once more the advantages of socialism.
AVAILABLE: Library of Congress
1. Exhibitions-New York-USSR exhibit 2. Exhibitions-Brussels-
USSR exhibit
Card 2/2

)V/2c
AUTHOR: Gushchev, c .. ~ :I(
,J-58-12-12/40
TITLE: The Experiment Testifies to Its Greatness (Yego
velichestvo opyt svidetel'stvuyet)
PERIODICALt Nauka i zhizn', 1958, Nr 12, I)P 35-37 (USSR)
ABSTRACT: The article deals with biological experiments con-
ducted by the Institute for Experimental Biology
of the AMN USSR. The director of the institute,
Professor I.N. Mayskiy outlines the -tasks of the
institute, which consisted mainly in the study of
pathological changes in organisms. Special atten-
tion is given to tests on the regeneration of or-..
gans, which were carried out by G.V, Kharlov,
Z.A. Ryabinin, Professor L,,D. Liozner, Experi-
ments with cancerous tumors were conducted by the
following coworkers of the instituted A.F. Sakha-
rov, G~V, Suvorova, Professor I.N. Mayskiy, Profes-
sor V.S. G03tev, A.K. Saskov, P.P. Filatov, S.V~
Card 1/2 Sukhorukikh and 0,,Ye. Vyazov.. The equipment of the

SOV/25-5118-112-12/40
The Experiment Testifies to Its Greatness
institute will soon be supplemented by an elec-
tronic microscope, and a new device for examining
the damage done to cells by powerful sound waves.
A.P. Pekhov has recently explained the operation
of an ultramicrotome, with the aid of which bac-
teria of 2 microns can be cut into 200 equal sec-
tions,, This "knife" is made of ordinary thick
glass. There are 2 photos, 1 drawing and 1 dia-
gram.
ASSOCIATION: institut eksperimental~noy biologii AMN SSSR (The
Institute for Experimental Biology of the AMN USSP)
Card 212

AUTH,~R:
TITLZ, A Film on the Con,-u,;,:t Of Space ~Yill::~ o
shturt.ic neba)
P-: :,Rl'-;D!CAL: Tekhnika- i'olodczhi, 1953, Vol. 26, 11r 3, pp. 24-225 (U.;:,R)
ADSTRACT: T'iis is a criticism on thQ :;econd asLronautic film "The ~.'Iay
to the Stars". According to the oninion of the critic, it vas
turned quite up to date. 1t3 main value consists in the i-,a-)-.y
combination of the M.6,,i scic;utific nivc~.Lu of thL Scenario With
the expr~:sGive -artistic represc!itatioa. The fili:-. is encyclo-
T)~.Idic. It dem,=Lrates the in.ost ir:iportant .5tan-vS of the histo-
ry of r-,)c"*-.c%'-coiir,'~ruc'kiori. it s~',-)vrs the pursoinality of K. Z.
Tsiolkovsl iy (re-prescated by tiw fam-~)us --r-tist of the RSFSR
G.I. solovlyev), Ipives an account off rhQ sputnil,-.s and leads
the w3ectator int-) thL; futurt-, to th.-% inhabit,-d satellites
vuld to tac.: iloon conqu-,rc:d b-?- !:iun. Th,~! erid----nvor of
~.li nrcblc::.~s -of astronautics leaffl t.-) r-orie duficiencius. The
') ~7;, ,
..jUCh C-,ndCtj-k.;C,. Tt th~~refore Guf-
story of the lil2l Was 1,
fc;rLd a Lo::;s in at'raction Eor the 3-,)ccl-tor. Th-c fir'st 7a--t
I L
Card 1,/L of thv film is arti.---.tically !)(ALur s in c u t h,~ 5econd

A Filn o.,, th-- Z Space
2~9-3 -17/2
part chiul'iy in devoted to thu of
~ec'tnical vnr-im-~c:rinS. ;-,
hu ia'~-eru~;t in such films is very
o'h t1w autliorr. o~ scenarios and
I - . .> - .11C
,Iroduc~~rs ~ftoult:L of "ect In thir, fi:~Id. T:1,;rc are 8
f i~j!lres.
AVAILA-i'L,!;: Library of Con;,rc,-.s
1. Interplanetary travel - Theory 2. lKotion
pictures - Applications 3. Study and teaching
USSR
Card 2,12

VASIL'YEV, il4u;G CIMII,, S.-IMSIWANOV, A.H., almdemik; SHCHRRBAKOV, D.I..akademik;
ENOLIGARDT, V.A., almdamik; ZHEREBAK, A.R., prof.; LEBIRDEV, S.A.,
akademik; ZBIUEVICH, L.A.; GRAWV, A.S.; GOLODOVSKIY, M.G., prof.;
STAlffMVICH, K.P., prof.-
Ahead with the dream! Znan-sila 33 no.12:24-25 D 158.
(MIRA 11:12)
1. Chlen-knrrespondent AN SSSR (for Zendevicb). 2. Direktor Nauchno-
isaledovatellakogo instituta proyektirovaniya obohchestvennVkb zdaniy
I sooruzheniy (for Gradov).
(science)

29(0) SOV/29-59-3-8/23
AUTHORS: Gushchev, S., Teplov, L.
'TITLE: How Was It ...? (Kak eto bylo ... ?)
PERIODICAL: Tekhnika molodezhi, 1959, Nr 39 PP 14-17 (USSR)
ABSTRACT: In this article the au.thors report on the succe5zful launching
of the space rocket on January 2, 1959. Before the rocket was
launched, accurate computations of the proper time of launching
and the trajectory had to be made with complicated electronic
computers. The rocket could not be seen when it took off and on-
ly a weak earthquake was noticed. Its flight was watched by
locators and in the middle of the screen there was a small
bright soot to be seen. After leaving the troposphere the top of
the rocket inclined toward the east and the first stage was de-
tached. After the first thirty minuteo the rocket had also cros-
sed the ionosphere. Now it was difficult to determine the motion
of the rocket from the earth curvature. The computers now did
not calculate the trajectory with respect to the earth's surface
but with respect to the orbit of the earth. The trajectory of
the rocket somewhat declined below this plane. In this moment
Card 1/3 the next stage was detached and the rocket lost its flashing

How Was It ... ?
50V/ 29- 59- 3-8/23
tail. It had attained the parabolic speed of 11.2 knihiec, When
the motors stopped, also the last utage weighing 11 1/2 t had
reached its trajectory. The top was detached and a rotating ball
with aerials and a magnetic feeler on a long rod was hurled out.
Each part of the disassembling rocket had the same speed and
therefore they flew side by side. Suddenly -a seeming deviation
from the trajectory was observed on the prDjection set up ac-
cording to data calculated by the computers. Yet this was again
a paradox of space travelling. Due to the different directions
of motion, the projection of the rocket lagrgod behind the rota-
tion of the earth. After one hour of flight the rocket had al-
ready covered a distance of more than 10000 kai from the earth.
The data of the magnetometer gradually became inaccurate and the
magnetic field of the earth became weaker. It a distance of more
than 30000 km the rocket had already left the magnetic field of
the earth. The instruments in the rocket could only measure
cosmic radiation in its original state. Two counters recorded
the number of charged particles hitting the rocket, while two
photomultipliers analyzed the composition of radiation. After
eight hours the rocket had already covered a distance of more
ard 2/3 than 100000 km. At a distance of 113000 km the quartz clock had

Was It ... ?
SOV/29-59-3-8/23
released the fuge of the vaporizer in the right moment, whereby
the metallic sodium evaporated in the space as a yellowish cloud
several 100 km long. Although radio locators can record the dis-
tance from the earth every second, it is yet VCT'y difficult to
determine the accurate position by radio location. The flash of
the sodium cloud that was observed for tieveral minutes permitted
a precise determination of the trajectory. Meanwhile the preci-
sion instruments in the rocket communicated their observations to
the earth. They served the purpose of measuring the degree of
density of cosmic gases, and should answer the question whether
they are less dense farther from the sun. Further, they recorded
the number of corpuscules emitted by the surt. A man, whatever
his intelligence, health and reuctivity, could never observe and
record everything as precisely as these instruments. Therefore,
it is unnecessary to risk casualties. At a eistance of about
400OOkm the attractive force of the moon becomes effective. If
this line were crossed, the rocket would fall on the moon. The
Soviet rocket had another program, however. The instruments com-
municated the size of the magnetic field an& the radioactive in-
tensity of the moon. Communications of the rocket were received
still for a long time until it was fully integrated by the solar
3/3 sphere and became an artificial planet. There are 6 figures.

10M, 15(6)
AUTHOR: Gushchev,- 3. SOV29-59-6-5/24
TITLE: How to Produce Substances Harder Than Diamond (Kak sozdat'
veshchestva, tverzhe almaza?)
PERIODICAL: Tekhnika molodezhi, 1959, Nr 6~ PP 7 - 9 (USSR)
ABSTRACT: This is an interview with Professor L. F. Vereshohagin, Director of
the Institut fiziki vysokikh davleniy (Inotitute of Physics of High
Pressure). After the effect of high pressure had been detected, it
proved to be the key for the conversion of substances into others,
and could be applied very profitably in chemical industry. As
Academician P. L. Kapitsa. once said, not only the rules themselves
are interesting to-physicists but even more the variations of the
same. In the physics of high pressure, the mysterious jumps arising
in matter under the influence of pressure are especially interesting.
On the basis of equ--tions of state, it is easy to compute the
volume of a substance at a pressure of, say, 8PW atmospheres and
room temperature. An experiment shows, however, that the substance
behaves according to the formula only up to cert&in pressure, and
then suddenly reducesits volume. By means of -the X-ray method of
measuring the compressibility worked out by Soviet scientists, it
Card 1/3 was found that this sudden reduction in volume is not due to a

How to Produce Substances Harder Than Diamond SOV/29-59-6-5/24
change in the crystal lattice. Its cause is a compression of
molecules and atoms whereby the electrons must change their position.
As the Soviet scientist Yu. N. Ryabinin showed, pressure creates
conditions where a great number of electrons are set free. This also
explains the fact that aubstances, which normally do not conduct the
current, become conductive. But not only pressure causes a
compression of atoms. Also low temperature allows them to condense,
making the volume smaller. It was possible to find out that
durability and strength, which together are termed plasticity of the
substance, do not depend on the. crystal lattice but on the number of
external electrons in the atom. Thus, it was possible to convert
helium into a solid body by a simultaneous application of low cooling
and pressure - 272.20C and 26 atmospheres. American scientists proved
by experiment that a reduction in distance between atoms facilitates
the release of electrons, and that tellurium passes into a metallic
phase at a pressure of 4W atmospheres. The 3oviet experts
P. T. Kozyrev and D. 11. Nasledov found out that a simi-lar conversion
takes place in case of selenium. It was also possible to make
artificial diamonds. American scientists worked 4 years at the
Card 2/3 construction of an apparatus capable of generating a pressure of
V

How to Produce Substances Harder Than Diamond 90V/29-59-6-5/24
about 10C~= atmospheres and temperatures above 2POO 0. The
artificial diamonds are twice as expensive due to very high costs
of production, and are less beautiful in appe&rance. But they are
of utmost importance for technical purposes. They axe extremely
hard and can even scratch the faces of natural diamonds. This means
that man has already surpassed the limits of strength established
by nature. Professor L. F. Vereshohagin finally said that nothing
could be predicted about the prospects opening in the field of
high pressureq for science and life have excelled the boldest
forecasts. There are 3 figures.
Card 3/3

12.1100 3 2632
S/029/62/000/001/001/004
AUTHOR: Gushchev, S. D037/Dll3
TITLE: Ships will travel over land
PERIODICAL: Tekhnika molodezhi, no. !, 1962, 8-9
TEXT: This popular article deals with an inclined ship elevator with a turn-
table designed by the "Lengidroenergoproyekt" under the guidance of engineer
Bodnev. The elevator, intended for the Krasnoyarskaya GES (Krasnoyarsk
Hydroelectric Power Plant) is to be used for transporting sLps over land
along a by-pass of the dam from the river 'to the water reservoir and vice
versa. A large chamber for carrying the ship is placed on a bogie carriage
and rolled on rails into the tail race water. A boat slowly pushes the ship
into the submerged chamber which is then closed by lifting the rear wall. The
water level in the chamber is 2.8 m. 'When the self-powered bogie carriage
leaves the water, 900 cu m superfluous water gush out through apertures in
the chamber walls to reduce the load on the bogie, and the water level in the
chamber consequently drops to 1.8 m. The bogie carriage now weighs 2,300 t
and together with the ship over 4,000 t. Moving at 1 m per sec, the device
climbs to a height of 117 m and covers a distance of 1,213 m in 20 minutes.
After turning 1800 on a turntable,66 m in diameter, the vehicle starts the
Card 1/2

32632
S10291621000100110011004
Ships will travel D037/Dl13
descent. The gradient of the slope is 1:10 and is the same as that of the
ascent but this time a distance of only 485 m has to be covered. After 6
minutes,the elevator submerges and stops. The water level rises again to
2.8 m. A tugboat removes the ship from the chamberand another ship takes
its place. The device completes 15-16 full cycles per day, Up to 2.9
million tons of load could be transferred annually if a siding were built on
the turntable. The inclined elevator will pay its way within 2-3 years-
Such elevators will also be used at the hydroelectric power plants on the
,ingara, Yenisey, Irtysh and Nemunas rivers. Yevgeniy Danilovich Kalimanov,
Boris Proklovich Petukhov and Eduard Ivanovich Root (deputy director) of the
Gidroenergoproyekt Institute are mentioned. There is I figtire.
Card 2/1

VASIL'YEV, Mikhail Vasillyevich; , JAW&V,"kharovich-
tP
GOLUEROVA, V.A., red.; AVDEYEVA, V.A., teM.;~ie
(Reportage from the 21st century] Reportash is XXI veka.
2., dop. izd. Moskva, Sovetskaia Hossila, 1963. 338 p.
(MIRA 16:9)
(Science) (Technology)

GUSHCHIN, A., zasluzhenz*-y master sporta
Adjustment of a Pistol and a revolver. Voen. znan. 39 no.12:
29-30 D 163. (MIRA 17: 1)

1%, y :t .. , maslll~:'
'. - " I'
,h, I :~ :.~ ~
I'lol,.i)-s in 11cocr. inar. 4,- .-' (*t.f-F,.;k 17A-12)

!jvOj,UI
At 3ilholiettes frorn a pistol. Voen. zn&n. 41 no-4:315 AP t6c:
~, d
(MIRA 18 -.3)

MSHENKO, D.V.; VISHNEWSKIY, N.Ye.; IGUSHOIEVSKIY, A.B.,- CHERNOUSOV, N.P.
Selecting a reactor for the production of isobutysulfuric acid.
Khi.m.prom. no-4:271-273 Ap 162. OMA 15:5)
1. Vsesoyuznyy nauchno-issledovatellskiy institut neftekhimicheskikh
protsessov i Leningradskiy filial Vsesoyuznogo nauchno-issledovatell-
skogo i konstruktorskogo instituta khimichaskogo mashinostroyeniya.
(Isobutyl sulfate) (Chemical reactors)

Rate nrJ -,lilloctivIty of the
f-om ~,vdrrc~,.rbon fraction,; iiiit.h Ac-ld. Nhi;ilt
-658 S 165,
no.9. 656 0

r-
F~
C',
IML
I
~4
liza
u
,I:
co
c

VE31LOV3KAYA, T.; BERGRYEV, S.; GUSHCHIII, A.; VORONOV, 0.; GORSUOV, V.
For the hoalth and happinnes of children! Z& bezop.dvizh.
no.6:8-1.0 Je 160. (MIRA 13:7)
m
1. Direktor detskogo parlm im. Favlika Morozova.
(Children-Recreation) (Traffic safety)

- -1-41411 11,1111i 1
GUSHCHIN.. A. I.
"A Double Gas Analwer," Elek, Stan., No.10., 1949,
0

GUSHCHIN~ A., zaalualimW naster aporta
Pistol shootift in 000-titions. Voen. zaan. 39
163.
(Pistol shooting)
no.3:24-26 Mr
(MIRA 160)

GUI~JFUTI." A. 1.
Dust. Explosion
Measures for preve%ting explosions oil peat dust
at electric power statiohs. Elek. sta. 23 no.
2, 1952. Inzh.
Monthly List of Russian Accessions, Library
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ar