SCIENTIFIC ABSTRACT KROPP, L. I. - KROSHKIN, V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000826630006-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

FROPP, L.I., inzh.; KUZNETSOV, N.V., d6ktor takhn. nauk
Study of a vibrational methol for cleaninp a convective stean
superheater. Teploonergetika 11 no.2 42-46 F 164. (MIRA 17s4)
1. Vsesoyuznyy toplotekhnichookiy institut.

FZA'ArNT,-,R, A.V., kand. tekhn. nauk; KFCPPp L.I., inzh.; KHFAMOV, S.I., inzh.
Testing of superheater tubeE, from 12KhlMF steel under long-
term vibration loads. Elek. stat. 35 no.103-37 Ja 164.
(MIRA '17t6)

KhIRASINAY E.S., kand. tekhn. nauk; WkL~
_Ar , kand. tekhn. nauk;
ABHUTIN, A.A., inzh.; MINTS, V.S., lnzh.
Use of a beat probe in the study of the heat exchange of furnaces
and steam boilers. Tepolenergetika 12 no.2i69-72 F 165.
(KIRA It5:3)
1. Vaesoyuznyy teplotekhnicheskiy inotitut.

Fru -,-i qL#k v
I X
of a 1,1 )4" a, M
wa4 eximd.~ vi:rxrblr. v.r,
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Il., thit kt~~ of la","t lj,.- A- t
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on 2-tylo, il-,fagp. ff"m ;V-5 !:~ I ).,! "IIII,C " -, .!,! V -, ~ -! ! ~-.
11;1.1 no wtv,.rt! rVct. 1!-;

130-9-17P-1
AUTHORS:Tylkint M.A.p Sivak, V.I.p Parfentlyev, I.F. and Kroppo M.A.
(Engineers)
TITLE: Increasing the Durability of Crane Wheels (Povysheniye
stoykosti kranovykh kolei3)
PERIODICAL: Metallurgt 19579 Nr 9, pp.34-36 (USSR)
ABSTRACT: Short service life of crane wheels is Me not only to
design factors but also ;o the materials and methods of fab-
rication and heat treatment. The authors describe methods
used at the major Soviet crane-wheel producing workst analyse
causes of failure and deal with equipment used for surface
hardenirg. They conclude with an account of the installation
they developed with the help of K.F. Starodubov for the sor-
bitisation, of crane wheels at the imeni, Dzerzhinskiy works.
Type 5Or2 steel (C 0'.44-0.55%, Mn 1'.4-l'.8%, Si 0..17-0'.30%,
P;Q 0.040, 84 0'.045) is used for the wheels which are cast
and subjected to heat and mechanical treatment. The authors
recommend the centralised manufacture of all-rolled crane
wheels of standardised d1mensions. There are 4 figures.
ASSOCIATION: Imeni Dzerzhinskiy Works (Zavod im.Dzerzhinskogo)
AVAILABLE: Library of Congress.
Card 1/1

2!i( 1) ~;071/135- 59--5- 10.121
AUTHORS:
j 0
Tylkin, M.A., Candidate of Technical Sciences; Sivak, V.M.,
Engineer; Pnrfentlyev, I.F., Engineer; Kropp, M.A., Engineer
TITLE: The Restoration of Crane Wheels by Building-Up
PERIODICAL: Ovarochnoye proizvodstvo, 1959, Nr 5. pp, 25-27 (USSIO
ABSTRACT: To restore worn crane wheels, the Dneprovskiy metallurgicheski.y
zavod im. Dzerzhinakcgo (Dneprovd* A"A'allurgical Plant imeni
Dzerzhinskiy) has planned and put into operation a special
unit for automatically building up under flux, and developed
a technological process for restoring and strengthening crane
wheels of up to 1200 mm diameter. It con3ists cf a machine
for fantening and rotating the crane wheel, an A504 welding
head designed by the InatiTut elektrosvarki im. Ye.0,Patona
AN USSR (Institute of' Electric Welding iment YeO.Pnton of the
AS UkrSSR), mochanisais for the longitudinal food and raising
of the welding head, a device for screening and feeding the
flux into the hopper and an aspirator. The unit is provided
with a girder crane, and its main layout is described and
illustrated in Figure 1. It ii fed by a/c from two ISTN-r,-00
Card 1/3 welding transformers conne-ted In parallels FiFure 2 show!;

SOV/135-V-5-10/21
The Restoration of Crane Wheels by Building-Up
the wheel being welded on the unit. The used flux and waste
(slack) pass into a special device where they are filtered
and returned to the head hopper, This ~rcceE-s described
and illustrated In Figure 3. The but-lding-up is carried out
by an electrode wire made of St. 6 steel of 5 mm diameter
(for large or badly-worn wheels) or 3OKhG'0A steel of 3.5 mn,
diameter (for wheels less than 700 mm in diameter In which
the height of the built-up layer is less than 6 cim),, Oper-
ational experience with the unit at the plant has shGwn that
the following procedure must be observed~ 1) when the elec-
trode made of 5 mm St,6 stee'l -is used, the speel of the feed
of the electrode wire Is taken a5 equal to 43-49 meters per
hour at a neripheral speed of the article of 32- '38 metars
per hour-.~' the current being 650-700 amps and 28-36 voltsj
2) when an electrode wire made of mm 3)KhQ' A stvol is
used, its feed speed is taken as nqual to 56-64 meters per
hour at a peripheral spued of the artLcle of IC-18 meter5 per
hour, the current being 450-500 amps ar.1 28--1~6 -7)lts. De-
Card 2/3 tails of the chemical composition of h,~ ws_~Ided w-ieels are

The Restoration of Crane Wheels by Building-Up
then given, to show that they can be subjc,,ted to thermall
treatment - sorbitization. Vap~ IC=.to iz~r"' Di-zerzb17AdV !at ile-
vised a special process for doing this. it ron3ists of hent-
ing the wheel to 8400, plunging it into it hardening bath,
tempering it and boring the axle hole. There Are 2 dia-
grams and 1 photo.
ASSOCIATION: Dneprovskiy metallurgicheakiy 7avod in. Dzer-zhinskogo
(D_-ePrrxrsktY Metallurgical Plant Imeni Dzerzhinskly)
Card 3/3

18(5)
Fr',711 2Z_5q_q_ 12116
AUTHOR: Tylkin, T%A., Candidate of Techn.Jcnl ~,cipnces, an,]
Sivak V.I.t Parfentlyev,T.P., tind Yropp, ".A., 1'npine,~rs
TITLE: Automatic Surfacing on Vertical "ill of Plast 'Purnnce
Charger TUg Cone
PERIODICAL: Avtomatichenkeya svarka, 195q, TTr 0, PP 99-93 (US'"R)
A.BSTRACT! Fxperience of many a metallurgical plant hns sboym
that the efficiencir of blant furnaces depends to a
large degree on the operation of the charger. It has
been on many OCCa:3ions noted that at the place where
the big cone is connected to the furnace hend, bloning-
off of gases begins to appear after P, feri -nonthq of
viork; as a result, the cone goes prematurely out of
service. In order to prolong its life, it was recommen-
ded t(, reinforce its working surface by hard steel al-
loys. In Fig 1, a big cone surfaced with alloy Sormayt
TIr 1, 140 mm in the width nnd 2,5 = deep, is shovai;
V
r'ard 1/3 thin cone was uned in the course of a year on a blant

t~111/1 2 93-510-r4-1 2 /16
Automatic Surfacing on Vertical ?.'ill of 7-1,,st Tlirnpce Pharger 'Pig
Cone
furnace at the Pneprovskiy I'eta1l1irfvi.c,,il "lorks, wor-
king under an increased Ean pressure oil 0.8 ntm. 711~e
institute of Plectric "Ieldine iy,,ieni ve.()."aton has
of the
,,,,,orked out the method of au'om-t-ic surfncinr
big cone by using TP-YhIOvI4 and PP-V111271F electrode
v,rire. The ?Iapmitogorsk "etallurgical Combine has, in
its turn, constructed for this purpose a -iertical
mill (Fig 4), The Drocess of surfacing is shown in
Fig 5. The currert intensity is 400-ro() amp. depen-
ding on the zone of the cone to te surfaced; arc ten-
sion is 30-36 vol-ts. Pefore the surfneing proces,-: be-
gins, the cone is pre-heated to 4006C; to this end,
burner (Pig 6) working on coke gras
a special design 1~
has been constructed. There n-e 1 diagran. and 5 photo-
graphs.
IMOOTATION: Pneprovskiy metallurs-iches'~iy :7nvo,! i.--,eni 7)zer,-hinsko-
Card 21,11 go (T)neprovskiy 7'etallurgicnl 7.7orks imeni ')zerzhinskiy)

10) .5000
AUTHORS: Tylkin, M.
V. I., Pai-fentlyev,
TITLE: New Design
PERIODICAL: Metallurg,
S 0V /'10 10 - 6/2 0
A. (Candidate of' TeehnIcal 13clutlce3), SIvak,
I. F., Kropp, M. A. (Engineovs)
of Hot Blast Valve
1959, 1 Nr 10, pp 10-11 (USSR)
ABSTRACT: Hot blast valvea with cast bronze rlng3 and bronze
Catea are used at Plant iment DvevzhInskIy (zavod
Imeni Dzer,zhinskogo). The welded gate conjIst3 of
a basic fui-odit (iron alloy with approximately 27
to 29% Cr and 5% Al) ring. Better resultc weve
achieved with chamotte rings made o.'L* wet rressed
segments. The segments are fired and assembled in
a ring-like manner In chamotte bindIng mectum, The
ring In ground along the periphery and slLe I'ace3.
After removal of' "he surface layer at the joint, no
pores are observed. The segmenta are enclosed by a
regular St~-steel tire as shown In Fig. 3.
Card 1/3

flev, Dcalf,,n of Eat Blast Valve
mA -A
ouv
m
4
sov/i 1 C) -6/2:0
F1 Chatnotte Rlnr~:
Card

New Design of Hot Blast Valve '(5 1 "(4
SOVI 1.'0 -59L- 1/2 0
Loosening of the ring - tire contact U, not detrimental
since it widens the air gap between ring and tire, dc-
creasing beat tranamis3lor) from the r1mr, to the tive.
Such rings are installed tn a blast 11*ur,nace oC the
plant, There are 3 figures.
ASSOCIATION: Plant iment Dzevzhinskly (Zavod Iment Dzerzhinskogro)
Card 3/3

Kljill~`Ayjl) (Yap~-.'ya)-# KROPP., Vilem CrIll-MCISYTY'.
"IT
Art-,nlxt I'
~ , , ILIMMe , Ken (~;JhA)
For goneral disp--m=ent and peace.. Sov.foto '412 no.M-11 Ag 162.
(milu,
(Photographyg Joumaliitiz)

ff~~

MMMMLOM-12ARM,
ELM-
-- KROPSHOT. R ; ARP,, T.
Superconducting magnate. Uapfiz.nauk 78 n0,4:653-678 D 162.
(MMA l5tl2)
(Superconductivity) (Hagneta)

DOLGOPLOSK, B. A. I IMUESALIMSKIYO B. L. 0 M2~!~-_VAx
TINYAKOVA, Ye. L.
"Structure of Diene Polymers as a Function of the Nature
of Catalytic Systems:"
Report presented at the Conference on International Symposium
on Macromolecular Chemistry. Montreal, Canada, 27 July to 1 August 61.
/ Institute for Higher "cular Compounds, Akademia
Nauk, SSSR, Leningrad, USSR.

GZRLIKH, P,; UX. TS.; MUUZZ, Kh.Te.; SHIOM, Kh.
Measuring proton currents. Izv.AN SSSR 24 no.6:668-672 Jo 160.
1. TSentral'W institut yadernykh iseledovaniy, Drezden,
Harodnoye prodripiyatiya K. TSeyss, 17ena, Germanakaya Demokraticho-
skays, R69publika.
(Wotons)

YUGOBLAVT-A/Chomical Technology. Chemical Broducts H
and Their Applications. Corrosion.
Corrosion Control.
Abs Jour t Rof Zhur-Xhimiya, No 6, 19597 19793
Author i Kra Jagrovic 0., Podbreznik, F,
Inst :
Title : Protection of Calvanized Iron Roofs.
Orig Pub i Zast. mator., 1958, 61 No 37 129-133
Abstract i For corrosion control of galvanized iron
roofs (GR) in the presence of marine and
industrial atmospheric conditions, an
additional one- and, more often, two-
layered coating is necessary. As a primer
Pb304 can be usedq as well as paintswhich
cohtain zinc chromate or Zn dust. For the
Card 1 1/3
YUGOSLAVIA/Chomical Tochnolo y. ChunicU Product-, H
and Their ApplicatiQnsi Corrosion.
Corrosion Control,
Abs Jour : Ref Zhur-Khimiya, No 61 1959, 19793
application of the surface protective coat7
oil paints, amido rosins as violl as paints
with a base of chloO.nated rubber, pigmen-
tad bitumens and Zn dust with various ad-
hosivos can be used. Chlorinated rubber
coatings have the bast protective proper-
ties in an acid atmosphere. Adhesion of
paints on Fe which was electrolytically
Zinc-plated is higher than on that plated
by the thermal method. The best results are
obtained through cleaning with an 0 percent
H SO, or .a.4-8 percent phosphoric acid; in
tRo attor case, the corrosion resistance
Card 2/3

,-, '. W .
Protection of textile nacIring materials. p. 372.
(Drj3~.vo in-,erijara I teWcaratakstilaca Hrvntike) Zar%reb,, Yja,-I)slavia.
Vol. 8. no. 5P MaY, 1959.
I-Ionthly List of East European Accessions (EEAI) Lk;, Vol. 8, no. S, 1959.
Uncl.

YUGOSLAVIA/Chemical Technology. Chemical Products and Their H
Application, Part 4. - Varnishes) Paints. Paint
Coatings.
Abs Jour: Referat. Zhurnal Xhlmlya,, No 21, 1958., 72530.
Author Lilijan Kroshar.
Inat
Title Successes in Use of Aluminum Powder as Pigmentfor
Coatings.
Orig Pub: Tehnika, 1957, 12, No 12, Hem. ind., 11, No 12, 188-190.
Abstract: A review of modern methods of Al powder production (by
atomizing Al malted in an electric furnace with highly
pressurized air and others), and of its properties
and use. It is noted that the greatest successes
have been achieved in the development of Al pantes,
Card 1/2

YUGOMAVIA/Chemical Technology. Chemical Products and Their H
Applicationj Part 4. - Varnishes, Paints, Paint
Coatings.
Abs Jour: Referat. Zhurnal Kblmiya4 No 21, 1958, 72530.
vhich guarantee highly uniform and explosion proof
materials.
0
Card : 2/2

I- --- -
KIPRIANOT. A.I.; I
Synthesis of 1.2-benzophanazine, derivatives. Ukr.khim.zbur. 19
no.ls73-80 153. (XLU 7:4)
1. Institut organichaskoy khimil Akademil nauk USSR.
(phonazins)

of dcr~vAfi~-:j 0' f6' jk~A 4-4 jz=imo and
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m_^cz2a;-hthy!cn(~ ~qtuiuM~c ~
A. i_iw=fov J-,
iAravs.
~:hjm. 1954, Niz.
nys. of

HO CMU.MiX. (Ul WO i~. mv~) fttxn MCI ;~itx
were st:m~_ By thc action ol We
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'Umalors~x
-met:; vi-li-juinoTalofl. 'XII) all". in
- - 1 1, ~ 1 ?!-,-
XIII ~. 1, m.
of 0_5 C' (Yf
(XV i iu 50 tal, ,I A._'Oi i a~_' N'S tal, C'f
f.r'20 mill. It, til,
if"n) 0.5g. X'1V and O.r"~
xvl;. I -. 1 '.411 5 7111. Hlr vi a &ml~!
4.'a,lit 1.5.)4" 17.,Ve 111, fr.
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(XVII) -*:X~
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M, =A 0*. W-~S t f:,~m XVII at.!
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XVLl wwl (U~ t V. XVI ~' X1 (_r~
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X11 (40'7,j fik. 1 *.2-4 Xl."?

nosliCIBIA0, 11 1. M.
Acad Sci Ukrainian SSR# Inst of Organic Chemi3try
KROSIMMENIKO., M. M.- "7be synthesis of homologues and analocues of pyrocyanine.n
Acad Sci Ukrainian 6bR. Inst of Organic Chemistry. Kiev,, 1956o
(Dissertation for the Degree of Candidate of Chemical Sciences.)
SO: Yjdzhnaya Letopis' No* 13, 1956

XIPRIANDV, A.I.; KROSHCHERX0,
W-alkylphanazinones. Part 2. UkrokhImoxhur622 no*39352-354 156,
(MIRA 9;9)
I.Inatitut oreanichookoy Wmil AN USSR.
(Procranins)

m
KIPRIANOV, A.I.; XROSqCM=, M.N.
il -*'-----"----"" "' *
14 -alkylphonazinones. Part 3. Ukr.khlm,zhw.22 uo#3:353-358 '56.
(MIRA 9: 9)
1,Inatitut orpAnichaskoy khimil AN USSR.
(Pyoolmina)

ACC NR: AV7002983 (A SOURCE CODE: UR/o413/66/000/024/ooft/ooft
INVE11TCR: Kroshchenko, V.,D.; Duvanov, A. M.; Kuleshov, Yu. N.
!ORG: None
'TITLE: An inGtalldtion for studying the ballistics of artillery systems. Class 42,
:189608 [announced by the Ramenskoye Department of the All-Union Scientific Research
;Institute of Geophysical Exploration Methods (Ramenskoye otdeleniye Vsesoy-uznogo
:nauelino-issledovatellskogo instituta geofizicheskikh metodov razvedki))
iSOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, ni. 24, 1966, 81
iTOPIC TAGS: ballistics,artillery weapon, ballistic test facility
!ABSTRA('T: This Author's Certificate introduces an installation for studying the
!ballistics of artillery systems. The unit is mounted on a stationary framework and
icontair.s a hermetically sealed housing with optical inputs. A piston in this housing
separates the optically transparent fluid which fills the teb. zhamber of the instal-
ilation from the working fluid fed from a hydraulic compressor. To eliminate th
,effect of temperature on the bousing and optical inputs, a chamber is built into
1housing to hold the experimental capsule with ruse, powder charge and firing pin. A
:heating element in used for localized heating of the experimental capsule alone.
iCard 1/2 uDc: 62o.17:623.522-

', ACC Nitt AP706M3
1-stationary frame; 2--housing; 3-optical inputs; 4-piston; 5-test chamber;
6-chamber; 7-experimental capsule; 8-fuse; 9-powder charge; 10-firing pin;
11-heating element
SUB COI)E: 19/ SUBM DATE: 1BDec64

CUSHOKOV, A.A.j MHCIIENNO, V.D.; GORBaKO., L.A.
Studying the izpuloo loads in shooting a perforator or core lifter.
Razved, i prom, goofis. no-46:118-125 162. (MIRA 16:3)
(Boring machinery-Tooting)

"Study of the Excretion of Bacteria by Cows During Tuberculosis in Relation
a Physiological Condition of the Animals and a Comparative Appraisal of
ds of Detecting the Bacteria in Milk*" Cand Vat Sci,, Kharokov Veterinary
Kin Higher Education USSR,, Mwlkav; 1954. (KL, No 21 Jan 55)
of Scientific
Institutions
556,9 24 jun
Defended at USSR Higher

ROTOV, V,I,, dotsent; MWSMW, A.N., assistont.
Diagnosis of paratuberculosis in cattle. Yeterinarlis, 33 noo,7164-63
J1 156. 0m 919)
1.M%&rIkovsIdy Yeterinarnyy institut.
(Johns's disease)

KROSH&V, A.H., kand. vaterinarnvkh nauk
Blimination of tuberculosis In cattle. Vaterinarlia 36 no.9:20-21
S 159, (MIRA 12:12)
l.Prodeedatel' kolkhosa iment XX 9"Vesda Kommunisticheakoy partii
Sovetskogo Soyuwa, Starosaltovskogo ra7ona. Kharlkovskoy oblasti.
(Viberculosis In animls)

KROSHKA, S.N., inzh.
Regulator of the angular velocity of the shaft of the 2D100 dieflel.
Elek. i tepl. tiaga 7 no.6s19-20 Je 163. (WRA 160)
1. 'Teplovoznoye depo Gudermes Savero-Kavkazskoy dorogi.
(Diesel engines)

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SOV/123-59-15-58973
Translation from: Referativnyy zhurnal. Maahinostroyaniye. 1959, Nr 15, p 18 (USSR)
AUTHORS: -4rcAb4
Shimelevich, I.L.
TITLE; Investigations of the Strength of Notched Specimens of Brittle Steel
PERIODICAL: V sb.% Metallovedeniye. Vol 2, L., Sudpromgiz, 1958, Pp 175 - 185
ABSTRACT: As a result of experimental investigations carried out it was found
that, when submitting specimens of brittle materials to tensile strength-
tests. the effective coefficient of concentration of stress does not
agree with the theoretical coefficient of concentration of stress. The
cause of this discrepancy Is the local plastic deformation at the basis
of the notch which Is taking place even in the case of the tested material
being, to all appearance, in a brittle state. It is stated that the
Card 1/2 following factors Influence the magnitude of the effective coefficienti

SOV/123-59-15-58973
Investigations of the Strength of NotWi*d Speolawn of Brittle steel
test temperature, size of
testing various materials
an existing concentration
(with's larger radius of
the speoinen, depth and pointedness of the notch. When
with the aim or dotsrainIng the actual stress In a stato of
of stress it is recommended to use leas pointed notches
roun4ing at the top and with a great depth).
B.A.M.
Card 2/2

C~7/32-24-10-25/70
AUTHORS: Danilov, T. L., Ivanov, A. F., Kroshkin, 1. A., Razovp I. A*,
Shevanding Ye. M., Shimelevich-,--T-.-L-.-- -
TITLE: Investigation of the Bending of a Broad Simple in Classifying
the Deformability of Metals (lopytaniye s.irokoy roby na zagib
dlya otsenki deformatsionnoy sposobnosti ?i
PERIODICAL: Zavodskaya Laboratoriya, 1958, Vol 24, Nr 10, pp 1233-1236 (USSR)
ABSTRACT: Testing the bending strength In the cold tate serves to classify
the plasticity of steel. According to OST 1683 a certain ratio
between the width and the thickness of th( sample oust exist
in the bending tests of sheet iron and ot:er sectional materials.
Under actual conditions the width of tht heet of metal exposed
to bending exceeds, however# the thicknes. by ten- to one hundred-
fold. For this reason the testing of shee iron is carried out
with broad samples at present. The new st,el types $)Mi4,094 2,
MK have a higher resistance to brittle b..,F?aking. The use of a
wide sample in cold bending tests makes y)ssible the classi-
fication of the deforzability of steel urler rigid limiting
conditions, close to real ones. The testing of the broad sample
Card 1/2 with respect to bending is to be arranget for sheet iron of

SOV/32-24-10-25/70
Investigation of the Bending of a Broad Sample in Classifying the Defcrmability
of Metals
any thickness. The results obtained are called 3atisfactory if
the sample can be bent *Dy 1200 in the. case of a special mandrel
diameter, and If the swnpl.Q does not break Into two piocea on a
further bending to 1801. Fror, a diagram it r-ay be seen that the
extent of the maximum deformaticii of steel of type 810di de-
creases to a great extent with increa!ip, in the span wid'~ (Ref 2).
According to a suggestion by A. P. Iyanov ani S. S. Kanf.:,--- and
parallel to tests with samples of normal width tests 0:~ trccd
samples with cores were alao carrIod out. In pqpers by Z. S.
Volokhvyanskaya (Ref 6) tests of samples with grooves and
numbered cores are described. It wan found that the berling
tests according to OST 1683 concernine the narrow sazp'-.(;s
b=2a) should to follored by those for broad Samples (!,~a)
-widthl a-thickness). There are 2 figurpo and 6 refirenc--P,
R
5 of which are Soviet.
Card 2/2

KROSHKIII, A.H.
Conditions of fornation and some calculatod dynanIc characteris-
ties of mid flows in the Aluarcha Rivnr. Trudy luat.vod.
khoz.1 an"rg. All Kir.SSR no,5:159-167 159.
(Alaarcha Rivor-Floods) (MIRR 13:5)
-1
~.Ar,

KROSHKIN, A.U.
Morphometrio relationships in the stable oba=el sections of
mountain rivers in Kirghizistan. Trudy Inst, vote khoze i energ,
AN Kir. SSR no*6:101-ln 159o (KM 15:5)
(Kirghisistan-Rivers)

KROSHKIN. A.H.; TALMAZA; V.F.
YUsh floodB in Kirghizias Izv,.AN Kir*SSR.Ser.eBt.i takh,nauk 2
no.4:147,i62 160. (Kjz%kLdstan,--Floodo) (Mk 14s8)

I
Distribution of hydrodynamic prossure in a otoudy flow of liquid.
Izv.AII Kir.SSR.Ser.ost.i tekh,nauk 2 no.4:163-173 `60.
OURA 14:8)
(Hydraalica)

KROSHKIN, A.R.
---I-
Flow of a current against obstacles in mountain rivers. Ity.
AN Kir. SSR. Ser. est. i telh. nauk 4 no.507-49 ")
(MIRA 1614
(Rivers) (Hydraulics)

KIROSHKIN8 AONO
~ ,
Some problems of the morphometry of mountain rivers of Kir-
ghizintan. Izv.AN Kir, SSR. Ser. out. i tokh., nauk 5 no.3:
13-26 f63, (MIRA 16:1.1)

AIffAMjNQVP K.F. ; KWTYU(;IiENKOt k,.V,; KIW~AIKIN,, A.U.; LUPATIN. A,J'O
Experiment with filterime rock-fill dams in Kirghizistan. Izv.
AN Kir. SSR. Ser. est. i tekh. nauk 5 no.3:79-101 163.

KOSTYUCHENKO& Z~Vej KHOSHKIN# A.N~
-
Brier information about some natural fill in the mountain rivers
Of Kirghisistang Izv*AN Kire SSR* Sere eat, i takhe nauk 5 no-3:
119-128 163* (MM 160.1)

29(l) FUSE I BOOK EXPWITATION SOV/2147
Kroshkin Mikhail Galaktionoviah, Candidate of Physical and Mathematical
Sc ences
Sputnik Solntsa, (Artificial Sun satellite) moocow, Izd-vo, "Zaaniye,n 1959-
.31 p. (series% voesoyuznoye obshcheatvo po rasprostraneniyu politi-
cheskikh i nauchnykh znaniy. Seriya IX, 1959, vyp. 6) 40,000 copies
printed.
Sponsoring Agency: Vsesoyuznoye obshchestvo po, rasprostraneniyu politi-
cheskikh i nauchnykh znaniy.
Ed.: I.B. Flaynboyn; Tech. Ed.t Ye. V. Savchenko.
PURPOSE: 'Ihis booklet is intended for the general reader.
COVERAGE: The author given a brief outline of the history of the development
of artificial satellites in the USSR and abroad. He explains the general
mechanics of earth and sun satellites. Two photos of the interior and the
exterior of the satellite aim shown. Some technical data are given. The
Card 1/5

Artificial Sun Satellite
SOV/2147
following Russian scientists are mentioned: Astronomer N.A. Kozyrev Profes-
sor B.V. Kukarkin, and Academician Skobelltsyn.
TABLE OF CONTENTSt
Beginning of the Space Age 3
Power of Terrestrial Gravitation 6
Past the Moon Into Orbit Around the Sun 10
Better Variant of the Trajectory 14
Scientific Program and the Apperstus of a Space Rocket 16
Scientific Significance of the Launching of a Space Rocket 21
Study of the Moon 26
Card 2/ 3

KROSHKIII, 14.0.
Topica on the fluid mochanics of ships, Trudy )VI 10:53-72 157.
(Ships--Hydrodynamics) (MIRA lit3)
k
~'Y

Artificial Sun Satellite 30V/2147
Launching of the First Space Rocket is an Event of Historic Significance 27
AMIABLE: Library of Congress
IMS/f&l
Card 3/3 9-10-59

IR SHK I kgud.
On artificial
Jo 058.

PHAM I WON SOV/3W
][roBbkjnj Mikhail Q&TrI10VIch
aLketa poki"t semlyu (A Rocket IA4Lves So larth) (Moscow]
Profizdat, 1959. 88 p. (Serlemi Nksoovays bIbIliteks, rabochego) 26,ODo
copies printed. I
Ed.: X. I. Nornilova; Tech. Id.: N. D. 0-AvIft.
PURPOSE: This book is intended for the educated layisa.
COVIRACZ: The book discusses Soviet wA U. S. space achievements, the problems
of rocket and spew f34ght$ the earth's atmospher 0 the Ionosphere., space and
rocket equipment., and future trends in astronauti,~s.
TAM OF CONTBM:
ft In This Necessary? 3
On the Scale of a Whole Planet 9
Rockets or Batellites 18
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A Rocket Leaves the Zarth
Cosmic Rockets
A Study of the T*rreetftl Atmosplierv
Enigmas of the Ionosphere
Magmatic Fields
pays Frost the Depth$ of the Universe
Matter in the Space of the Wverse
A Loook Into tin Tatum
AVAIIAM: Li7brary of Congress
Card 2/2
SOV/3506
27
36
48
55
61
68
76
AC/fl
5-U-60

.3C111P r~-59 - 3 - 31/ 1 ~6
K r-nnhIr in Physio".11 - Math()"I'I~Ical
Sciences
T I'A"LE: New Sta
e in Space Study (Novyy etap v izuchenii
kosmos
5
PERIODICAL: i zhizn', 1l-)1;9, Nr 3, pp 6 - 11 (USSR)

ABSTRACT: The launching of the Soviet, cosmic rocket is a ie-
served success of Soviet science, proving its pro-
gress in space study. The author repeatedly stresses
that hitting the moon -,7.,as not intended, but that
after approaching -,he moon zone, the rocket was put
into orbit around -:-he sun as a new planet of the
solar system. The type of experiments to be carried
out, the equipment installed in the rocket, its
start and flight program, all point to the aim of
investigating a number of physical parameters on
the earth-moon route and "Ghe surrounding cosmic
space at a distance. Moreover, recording the mag-
Card 1/2 netic field of the moon, measuring the radioactivi-

l')OV/25-59-3--71/46
jie-i stq,-e in Space Study
ty and the intensity of cosmic radiation might re-
suj_.. in Interesting dut;i roncerning vr.-Irious hypothes-
es on earth magnetism and the structure of the moon
j. t, P, (-- 1 f .The study of co-mic rays might prove ver-j
important for various coemogonic hypotheses, e.g.
the origin of celegtial bodies and star systems.
The problem presented by meteoric streams to space
flights will. also ':)e closely investigated as well
as the problem of corpuscular radiation of the sun
which might; be sol-ied with the help of the first
cosmic rocket. Apart from various devices and ra-
dlo-telemetri,~ ins~aliations for transmitting scien-
tific. information ~ha rocket has been equipped with
an apparatus for developing a sodium cloud at the
moment the rocket rea,;hes very Creat distances from
the carth. Thus, e.g. it was possible to watch the
ro-ket on 3 Januar,j 1959 'aith the naked oye. There
L; r,,,i! L
Phs rind I photo.
Card 212

KROSHKIN, M.G.
Geophysical explorations Carried out b7 rockets and artificial
earth satellites In the United States under thn program of
the International Geophysical Year. MazHunar.genfiz.god no-7:
74-102 '59. (14IRk 13:2)
(Ktmosphere, Upper--Rocket observations)
(Artificial satellites)

to 0a S/0 25/60/000/06/0 1 /C 12
AUTHOR: Kroshkin, M.G.# Candidate of Physico-Mathematical Sciences
TITIE: Missiles of Peace
PERIODICAL: Nauka I zhiznl, 1960, No. 6, PP 5 - 10
TEXT, A general review of the rocket development abroad and in the USSR is
made on the occasion of the launching of the "Space shiV . 7he author mentions
the international cooperation In the OeopNfaical Year, the o-3anization of the
interTiational COSPAR committee, the discovories made etc. tie dwells on the
A
launching of the So iet "Space shi~"%n May 15, .1960, which had a detachable cabin
not expected to return. He speaks of the many aspects opening with the data cb-
tained by the Earth satellites and states !hat the data from the third Soviet
sputnik already indicated that the cause of the East Siberian magnetic anomaly
lay tn great depth. For many of the futuro experiments the artificial satellites
.,'11 1-.avp- to be programmed, and the experience made in photographing the Moon
-.hL-4S that this is possible. The most convenient orientation for most of the
experiments is to direct one axis on the sputnik's direction of motion and the
other toward the Earth. In the introductory editorial note to the article the Vy",
Card 1/2

Missiles of Peace 3/025/60/000/06/0 1 /0 12
following Is said: On May lr~, 1960, a space ship was launched to an altitude of
about 3220 km on a nearly circular orbit, where it detached itself from the last
stage of the carrier rocket. In the beginning it circled the Earth in 91 min;
its axia Is Inclined 650 to the plane of the equator; its weight without the laBt
rocket 3;Ia~ e is 4,540 kg. It had on board a cabin with a load Imitating the we:Ight
of a man, and all the equipment necessary for the future manned flight. The welght
of the equipment including the power scarce is 1,477 kg. The purpose of the
launching if; to teat the control systemalensuring safe flight and control, return
to the Earth, and the conditions necessary for man aboard the shlp. After the data
were obtained, the cabin weighing about 2.5 ton had been detached. The ship carried
a "Signal" radio'transmitter0working on a frequency of 19-995 megacycles in tele-
gr;-ph-Oas well as telephone transmissions It carried also special radio equipmelt
for transmission of data on the operation of the devices on board and for accurate
measurements of orbit"glements. Chemical means and sun batteriekbAre the power
3ources for the scientific and for the measvxing equipment of t5e ship. The flight
test program was completed on 19th May.
Card 2/2

82695
S/030/60/000/007/002/011
,3.2000 B016/BO58
AUT11ORSj Blagonravov, A. A., Acadenician Kroshkin, M. G,
'2~ \1"
TITLEi Geophysical Research by Moans of Rocket4 and Artificial-
Satellites
PERIODICALs Vestnik kkadomii nauk SSS11, 1960, No. 7, Pp. 7-20
TEXT: The authors discern two trends in the development of geophysical
and cosmic researcht a) recording the data of the upper strata of the
atmosphere, such as solar radiation, coomio radiationf electric and
magnetic fields, and b) preparing the cosmic flight of man.A'Research
by means of rockets and satellites complement each other. On the Soviet
Delegate's proposal to the 5th Assembly of the Special Committee of the
International Geophysical Year (Moscow, August, 1958), the activities of
the International Geophysical Year were extended as International
Geophysical Cooperation., Altogether 175 rockets have been launchedby
the Soviet Union,. The following launching bases are mentioneds the Heiss
Island (Franz Josef Land), mean latitud-as of the USSR territory and an
expedition vessel (launchings in the vi-oinity of the South Pole
Card 1/3

82695
Geophysical Research by Means of Rockets 3/03 60/000/007/002/011
and Artificial Satellites B016YBO58
Observatory Mirnyy, in equatorial latitudes, and in the North Pacific).
158 rockets investigated the meteorological conditions of the upper
stratosphere, 17 rockets served for a comprehensive geophysical study
of thi atmosphere at altitudes of from 100 to 470 km, The measuring
instr,iments used are tabulated. Nine rockets carrying experimental
-tiorometeors, not only the number
animals were launched. When studying\
of collisions was recorded, but also Tair energy, which has the order
of 10 't erg. The number of collisions f1lictuates, owing to the inho 0-
geneity of meteor showers, between 1-7,,10-3 and 9 collisions per ml and
sec. Three satellites were launched during the International Geophysical
Year. Their high weight permitted comprohensive measurements of the
pressure and composition of the atmosphors, study of corpuscular radia-
tion, short-wave spectrum, and magnetic field, as well as biological
experiments, The cosmic rockets launched to the moon are mentioned.
Further international cooperation is to be ensured by the United Nations
Committee on Space Research, Some satel:'.ites launched in the USA for
both veientific and military purposes (such as Midas) endanger this co-
operation, The following data of the atmosphere are mentioned: at a
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82695
Geophysical Research by Means of Rockets S1030V601000100710021011
and Artificial Satellites B016/ JD 058
height of 225 km: density - 2.12.10-3 g/cm3, temperature 9360K; at a
height of 300 kms density 3.53-10- 14 g1cm3' temperature 1046 0K; at a
height of 400 kmt density 6.6.10-15 g1cm3 0 temperature 1373 0K; and at a
height of 500 kmt lensity 2.21.10-15 g/cm3' temperature 19530K, Above
250 km, the atmosphere is of atomic composition, oxygen ions being pre-
dominant. The corona of the earth, a belt of cosmic radiation, was dis-
covered in cooperation with USA scientists. The authors briefly outline
such unsolved problems as the causes of the heating of the upper
atmo3phere, the otructural inhomogeneity of the ionosphere, the formation
of the F 2 layer, and the radiation balance of the earth. The results
obtained so far are only a beginning,, The realization of the cosmic flight
of man and the exploration of other planets are no longer a fantasy.
There Is 1 table.
Card 3/3

815331
S/084/60/000/007/007./007
A104/AO29
AUTHOR, Kroshkin, M., Candidate of F`hys1,.,3 and Mathematics
TITLE-, From Aeronautics to Ballistic Flights
PERIODICAL: Grazhdanskaya AvIatslya, 1960, No. 7, pp. 16 - 18
TEXT: The author discusses rocket 15 tests in the USSR and In the USA In
general and tests carried out by the Soviet spaceship launched on May 15, 1960,
in particular. The spaceship reached nearly circular orbit at an altitude of
appr,7ximatelY 320 km, where It detached itself from the last stage of its car-
rier-rocket . The weight of the spaceship wi th,,.ut carrier-rocket was 4,540 kg.
Tt contained a detachable airtight cabin equipped for a manned flight, with a -
dummy and various equipment, the latter waighing 1,477 kg. The test was success-
fully completed on May 19. At 14,59 h order was given for the ship to leave the
orbit; the engine braking instruments were switched on and at the same time the V
stabt-lization of the ship took place. As a result of a dr-fective orientation
Instrument the braking Impulse deviated f.rom calculation and trie spaceship pro-
ceeded on a new elliptic orbit which was at almost the same level as the initial
one, but with a greater apogee. The hernxttic cabin detached itself according to
Card 1/2

85331
S/084/60/000/007/007/007
From Aeronautics to Ballistic Flights Alo4/AO29
plan. The weight and power of this spaceship permittet experiments on techniCal
features and a numbe.- of physical and kLological testd-with a view to future
manned flights. From the point of view of safety from cosmic ra-diatlon the ortit
of the spaceship was particularly favorable-, perigee 312 km, apogee 369 km,
slant 6510. The technical safety ot rockt,t, flights was investigated In January
1960 and based on data recorded by instri-vnents of the above -ment I oned spaceehip.
Research continues. The article concludes by accusing the USA of uAing rocket-
tests for espionage purposes and refers to the U-2 shot dcwn at Sverdlovsk and to
the sate-Ilite"Tiros", both belonging to the National Association of Aeronautics
and Inter-Planetary Research (NASA) of the USA.
Card 2/2

PHASE I BOOK EXPLOITATION SOV/5152
Kroshkin, Mikhail Oalaktionovich, Candidate of Physics and Mathematics
Planets. v laboratorli i88ledovatelya; na sluzhbe geofiziki (The
Planet as the Laboratory of the Investigator; in the Service of
Geophysics) Moscow, Izd-vo "Znaniye," 1961. 30 P. (Series:
Vsesoyuznoye obahchestvo po rasprostraneniyu politicheakikh I
nauchnykh znaniy. Seriya IX, 1961; Fizika I khimiya, no. 1)
30,000 copies printed.
Ed.: I. B. Faynboym; Tech. Ed.: A. S. Nazarova.
PURPOSE: This booklet Is intended for the general reader.
COVERAGE: The author discusses current geophysical Investigations
conducted with the aid of rockets and artificial satellites,
Studies of the earth's corona, atmosphere, ionosphere, and shape,
as well as of solar radiation, made during the last several years
and particularly during the International Geophysical Year, are
described. No personalities are mentioned. There are 9 references,
all Soviet.
Card-143-

KROSHK111~, Mikbail Galaktionovich,, kand. fiziko-matem. nauk; SUSHKOV,
--7- red. 1 KADER, Ya.M.p red. izd-va;
TSMKOVA, L.K.p red. izd-va; CHAPAYEVA, R.I., takhn. red,
[man penetrates outer spacel vcientific research by means of
rockets and artificial satellites) Chelovek pronikaot v kosmosj
nauchnyo iseledoyaniia a poroehohliu raket i sputnikov. Moskvap
Voon. izd-vo M-va obororW SSSR, 1961. 158 p. (Kau 15-3)
(space sciences)

PETROV, Viktor Pavlovich; SDCHIVKOp Arkadly Arkadiyevich; KROSHKDi, M.G.p
kAnd. fisiko-matem. naukp rotsenzent; YAMIOGOROD -, - M -. IT.-V - -s d -. P.
BR W INA, H.Lp tekhn. red.
[Artificial earth satelliten and the veather) Iskuotvanmye sputniki
Zemli i pogode.6 Ioningrad, Gidromateor. izd-vo, 1961. 182 p.
(Aitificial satellites in meteorology) (MIRA 14t11)

MOSIMIN, M., kand.fiziko-mtematichesl:ikh nauk
-- -
Soviet rocketB serve soience. Starah.-aamb. no.9s6-7 S 161.
(MIRA 15:2)
(Rocksts(Astronautics))

26121
S/017/61/000/010/0'vl/002
~3oo D036jD113
AUTHORs Kroshkin, U., Candidate of Physics and Mathematics
TITLEi An important stage in the storming of the cosmos
PERIODICALs Voyennyye znaniyag no. 10, 1961, 5-6
TE.(Tt The author reviews achievements in various fields of science and re-
search made possible by artificial satellites and apace vehicles in the four
years since the launching of the first artificial satellite on October 4,
1957- He also discusses future prospects for the use of space vehicles and
artificial eatellitos in scientific research. Space vehicles enabled much
information on the upper atmosphere to be obtained. It was found that the
boundaries of the exosphere extend up to 2,000-3,000 km, not 500-800 as pre-
viously supposed, and that even at gTeater distances from the Earth -.races
of the Earth's atmosphere are to be found in the form of a unique geocoronat
consisting of hydrogen particles ane. extending many tens of thousanda of
kilometers from the Earth's surface. The upper atmosphere is not a static
mediumf but changes from day to night and season to season according to geo-
Card 1/4

An important stage ....
26121
8/017/61/000/010/001/002
D036/Dll3
graphical latitude; these changes aro closely linked with solar activity,
particularly solar radio emission. With the aid of space vehicles the
nature of the Earth's magnetic field and its anomaly at high altitudes was
studied, the shape of the Earth more precisely defined and new experimental
data on the short-wave emissions of ihe Sun in the ultra-violet and X-ray
regions of the spectrum obtained. Ii was established that the intensity of
cosmic radiation in interplanetary s-~ace at great distances from the Earth
is comparatively small when the Sun Is in a quiescent state. Both Soviet
and American research workers found that the Earth is encircled by two con-
centric belts of intense cosmic radiation above the dense layers of the
atmosphere in the plane of the geomagnetic equator. The lower edge of the
inner belt is roughly 500-1500 km above the western and eastern hemispheres.
The lower boundary of the belts is geometrically uneven; in regions voin-
ciding with the large magnetic anomalies on Earth they approach to about
300 km from the Earth's surface. Beyond the outer belt, at a distance of
60,000-80,000 km from the Earth, there is a highly variable third ra6iation
belt composed of particles with relatively low energies. However, man can
break through into interplanetary space when the intennity of radtat'.nn in
Card 2/4

26121
8/017/61/000/010/001/002
An important stage DOWD113
the polar regions is sufficiently low to be countered by normal proteenion
measures. Study of meteorites showed that the chances of a space vehicle
colliding with one were small, especially if the start and trajectory are
chosen so as to avoid the main meteorite streams. However, the American
satellite "Explorer III" was damaged ty a meteorite in May 1958, and it is
probable that the Soviet automatic interplanetary station which photographed
the Moon in October 1959 was also damaged in a collision with a meteor'-tee
It was seen that the temperature regime inside space ships and artificial
satellites was not disrupted as a result 'of damage to their outer skinu by
micrometeoric particles. Soviet cosmic rockets showei that the Moon has no
magnetic field. The author then discusses ways in which the use of space
vehiales and artificial satellites will help to solve many problems in the
natural sciences* They will make it possible to study the structure, origin
and evolution of a wide range of heavenly bodies, and. thus help to discover
the formation and development of the Solar system. The Moon should be par-
ticularly rewarding in this respest; as it has no atrosphere and no water it
is not subject to destructive processes, ouch as erotion, which destroy
traces of geological processes. Artificial satellitfs will permit observa-
Card 3/4

An important stage ....
26121
S/017/61/000/010/001/002
D036/D113
tione of meteorological processes over the entire surface of the Earth, as
they develop, thus enabling the weather to be accurately forecast, and even
changed at will. Space ships will be used to study the microcosm, as -,he
cosmos is an ideal nuclear laboratory, a vacuum containing particles with
very high energies. In this connection the author remarks that the second
Soviet artificial satellite had instruments on board for studying cosmic
radiation; Space vehicles will carry instruments beyond the dense atmod-
phere of the Earth, thus making it possible to study electromagnetic emie-
sions important for astrophysical research. Man will be able to fly to
other planets and study other forms of life which may exist on them. How-
ever, the uses of artificial satellites and space ships are unlimited* At
the lbeginning of the article the author remarks that the Soyiet Union has
been ahead of the USA in all stages of cosmic research, despite the la-.terts
attempts to catch up* There are 2 figures*
Card 4/4

~,, KROSIIKIN M.p kand.fiz.-wt.nauk
p
7--~--
H= in spacel Sov, profsoiazy 17 no,gt8-9 Ap 161. (MIRA 140)
Amtronaution) I

PHASE I BOOK EXPLOITATICK
G 0-
307/5984
Kroahkin., Mlkhall Clalaktionovichp Candidate of Phraics and Nathe-
Chelovek pronikayet Y kosson., nauohrWye Issledovaniya a pomoshohlyu
raket i sputnikov (Man Penetrates Space Solexb1fio Investigations
With the Help of Rockets and Satellitesi Nosa(vp Voyenizdat X-va
obor. SSSR.0 1962. 158 p. (Series: Nauohno-1;opulyarnaya bib-
lloteka voyennogo izdatellstva) 50,000 copies Printed.
Ed.: Yu. N. Sushkov., Candidate of Technical Sci!!ncea; Ede, of
Publishing House: Ya. M. Kader and L. X. Tsv.--tkova; Tech. Ed.:
It. 1. Chanayeva.
PURPOSE: This book is intended for general read-!rs.
COVERAGE: The book deals with man's flight into space and the use
of rockets and artificial satellites for sole)kt! fie purposes.
The development of the "space age", the work of X. E. Tsiolkovskiyp
and the flights of Soviet cosmonauts are desc:-Ibed. The results
of scientific investigations conducted in spate and their impor-
tanee to 'geophysics and astronomy are given op, cial attention. In
Card 1/0
Man ?enetrates Space Nont.)
SW/5984
addition to a description of the radiation belts of the Earth,
the book also presents data obtained from Investigation of the
far side of the Moon and a diSou3sion on the posalbility of life
on other Planets. There are no :references.
TAX~E OF CONTEIMS
-LnT,rQQu ion

0
n
\
3

M
Ch. 1. Kie Links
8
i
n
g Li
14
The Earth
a
r
t
h

0
The ocean of Ir
ea
n 0
f i 19
I
The source of ergy
of ergy
goure: 24
C93mic radiation
le ra atIon
1
Spectral investiga on of thee Sun
t

The neig4hbors of the arth
t
29
Ch. 2. The Rockets Told U

Rockets - the weapons of ienee
ns
39
39
Card 2/4

XROSHKIN, M.G.; SAKUUNO V.G.
I
Exchange t1wough tibp World Data Canter B of materials obtained
vi+eh rockets and satelUtes. Geofiz.biul. no.12t1-15-1U '62.
(Artificial sateUites) (Rockets (Aeronautics)) (KUU 3.6 15)
0
0

KROSHKINj, M.p kand.fiziko-matematicheskikh nauk
The figure of our planet. Tekh,mol. 30 no.1:4-5 162. (MIRA 15t2)
(Earth-Figure)

ARKHANGELISKIY, Mikhail Mikhaylovich; SHEBALIN, Oleg Dmitriyevich;
K99-guAw"f, nauchnyy. red.; FAYNBOYY, J,S., red.;
TMHCHENXO, L..Y*,,I.tokhn. red.
" "' '-- " - -4
[Mysteries of the earth are revealed in apace) Tainy Zemli
raskryvaiutsia Y kosmose. Hoskya, Izd-vo *Znanie,w 1963.
45 P. (Novoe v shisnip nankog takhnike. U Seriiat Fisika
khimiia, no.11) (MIRA 16M
(Geodetic satellites) (Meteorological satellites)
(Astronautics in navigation)

FETROV, Viktor Favlovlchp kand, tekhn. nauk; YUl(EVlCJl, Petr
Platonovich[lUrevych, P.P.); YL?VDi,%IY, V.Y.[IEverslkyi,
V.I.]. kand. fiz.-mat. nauk, retsenzent-0 KROSHKIN M.G *
- *I '**
KrogOakin, M.H. ] . kand. fiz.-mat. naukp Tritsenzentt-;a~ V.14.
Havrylov,V.M.) red.izd-va; BEREZOM , V.M.[Berezovyi, V.M.1.9
[
tekhn.red.
(Conquest of space] Osvoiennia Kosmosu. Kyiv, Derzhtekhvydav
URSR# 1963. 168 p. (141RA 170)

r-111 ( Vc, LO atritc, t;,)
r I 'n V G
S. I
lmv
LE F-i-L~ '-'~A C'
iA
j 7-
or

rj(hc~r:,) JIM, til t~!!Jig
Uw ptjvpiL~:t. i..' fhp

KO"'BRATIYEV, K.Ya., doktor fiz.-mat. rwuk,
knrill. flz.-nat. nauk; 11.0RACHINSKIY, V.G., kand.
mate nauk; FEDOROV, Ye.K., akadem1k, red., vLTim, I.P.,
kand. fiz.-mat. nauk, otv. rad.; DOYKOVA,A.G., red.
[Our planet from, space; an album or photogrnphs] hasha
plancta iz kosmosaj allbom fotogrnfll. Leningrad, Gidro-
meteoizdat, 19(V.. 50 p. (MIF-A 18:2)

WAGIN, Boris Ivanovich; KROSHKIN, M.G., kand. fiz.-mtemosauk,
red.; KILLEROG,irl-t-~t-~--
(Space and science] Kosmos i rauka. Kiev, Naukova dumka.
1964. 97 P. (MIRA 17sio)

R.'riK 117 71 C7 T
1--a1 ni, t ion"a "fi"h
1 - V 0 n
4 f
"I C) i I hi b1 i rv V) I- pi~,,:
r,1,J, -7 ri7 -r
abo-e the Planet ia not blutr
~i r t h n f-I e, in rq t e e f-, i
Lw~~,, ~Z;-x :;-Loser

rrvlli~-,tictn "v.-crns" of dancer
cooml yl
~i i Itv of rtudyinz pj.rinr.~j rtrears 44
r7llll;-,nf!'liC field
-Ir -
1.0 bo ljkf~
ssidez-i of tilu
'0~ t ~:O '3J,(I ~Jl,~. in ~ra rAl
,~r.c ision of thie 's for-
re to
ksle -.,j
A)
I of giavitation 153
C-m-d ?-'~

or: jw~,,

77
The earth begins in space
0 i,P cl Sov, Rossiya, 1964. 213 str.
-1 Tt

VASILICHIKOV, S.A., Inzh,j KROSHKIII, M.I., bizh.
InvestigaUng ibe packing .-.spaolty of light paaking !.n a
flange joint, i neft. meshinoatr, no.5al-1-18 N 964
WIPA 1832)

KROSHKINP M, P.
Method of designing liquid level indicators in vessels. Izv-
vyse uchabo zav.1 khima i khim. takh. 5 no.5:840-844 162.
(MIRA 16:1)
1. Ivanovakiy khimiko-tekbnologichookiy institut, kafedra
khlynichaskogo maahinostroyeniya.
(Liquid level iadicators)

KRGl-HKTN, IIJ.
Van'l~, des!gn of hydraull(- r-Ing F.,cr(.,,w cc7qpreneoni. r-,v. vys, iichob.
"av.;- k~Am. i kbim. tolth. 8 no.lilr5-lf.'9 165. (WILA 18-6)
1. ivinovskiy .!n.%~Itut, kaff-dra
~Iiim4chvskcgo wash trios enlya.

hi
NRI AP6013729 SOURCE CODE; UR/0089/66/020/004/0342/0342
AUTHOR: Nefedov. V, N.: Kroshkin, N. L; Ebarin, V. P.; Mellnikov_,_A. K.
ORG: none
TITLE:. The mean neutron spectra from double or triple U235 fission by thermal neutrons
~SOURCE: Atomnaya energlya, v. 20, no. 4, 1966, 342
TOPIC TAGS: nuclear fission, uranium, neutron spectrum, thermal neutron
ABSTRACT: Using the time-of -flight mettod (40 cm of distance) the authors measured the
spectrum of prompt neutro ~8 during double and triple fission of U235 puclet by thermal neutron
(see F1g. 1) from the BM-2 LeLitor rMe uranyl nitrate tarpt was 20,-mm in diameter and -2
mi/cm thick. An analysis of the results shows that triple fission is R'C'companied by-6.0-8.6
ypluanta. The Y-spectrum of the triple Heston is somewhat harder than the one from double
Usion. Orig. aft. has: I figure.
Card 1/2 UDC: 539.173.84.539.121.64

L 41224-66
ACC NRs AP6013729
Fig. I The spectrum of fission neutrons in
the laboratory system of coordinates.
0 - double fission; 0- triple fission;
- - Maxwell distribution (T - 1. 2 MoV);
Watt's distribution (for double
fission T = 0. 965 MeV, Ef= 0. 533 Mev,
E=I. 98 MeV; for triple fission T 0. 9 MeV,
E f 0. 5 Mev, 1. 8 MeV). fit
tool 11 1-11111 1 1-- 111
j , .4 'S C'e'sw KV,
SUB CODE: 18/ SUBM DATE: 07Dec65/ ORIG IRE F.- 001/ OTH IRE F: 000
. n In ..-f , A,'

U,54R/MJ.s,., ellaneous
Oard /'I Pub. 89 - V28
Authors I Kronhkin, V.
ritle In a collective radio station
ftr'6d'(Md Radio, 4, page 11, Apr. 1955
Abstraaii I Radio amateur activities of the Kuybyshev radio club are briefly dencribed,
and some complaints are listed concerning the poor quality of instructions
and consultations extended by instructors of the above mentioned club.
Institutl.on *0000
Sube.1tteA 0.0.0

Ifinding high quality circuit call&. Rolla, no.11:29 N '56.
(Ilectrio coils) (KM 9:12)

06448
Sov/10-59-5-43/51
luo
AXTUOR.
TITLS' TV Auteunas for Twelve 5? - 58 and P 3 0 f the cover
Radio 1959, 1r 5 1 PP avlazi .(Soi-eu-
2BRIODICAL: '(USSM ommunications) dove-loped
ao_:Issled4:)vatell slay 'Dot'itut under the su-
1qsucbJ itute Of 0 18. eted6
The earch lust ObLannel TV anten, k was COUdu
ABSTRp,CT: tific Res, of tvelve- This worlopmenA Of so-
typi uzuetsOv,
a ue'W L of of tbLe future deve Iceiver
Pervisior fthe TV r4 or 15
under eonsideratiOna reconstruction Othe next 10
ilthous~h e0ted during for the future.
viet V not - to be exp Jmportance,u the number of
system is -h 1.8 Of ~ increase hannel antennas
Isiderable
yearsi this 'reaearc e8e multi-c 16 a large
Anticipating EL CO' homes I th Install t build-
, Soviet )blems- !:1
TV sets i1 nber of pr( apartme 3teriO-
,,juate a nur on t1le roofs 0 d(
may elif nuas :)nly because of the so but
:) f TV ant 0 e not I
U,=b e r I ibl v ance of the buildiu
jugs is not Poes nal aPPear
rard 1/2 ration of the exter
TV Antennas for Twelve Channels
Card 212
06L48
SOV/107-59-5-43/51
also because of the Interference between the differ-
ent TV antennas. For this reason group antennas are
required, facilitating reception in different TV
channels. The t1delve-channel TV antenna developed
by the aforementioned Institute will meet these re-
quirements. Besides a group antenna for the future,
it may be used for single TV Bets at the present time,
wherever reception of more than one TV station is pos-
sibleis On page 3 of the cover, the constructional
detai Of Such an antenna are shown. There are 4
diagrams and 1 Soviet reference.

KROSHKINV V.
Elimination of a shortcomin in the "Oktavall radio-phonograph.
Radio no, ns27 N 160* (MIRA 1411)
(Radio)
(Phonograph)

KROS!~~
"Key to the s=* by Z.Borisov and I.Piatnova. Reviewed by
V.Kroahkin. Radio no.6:64 Jo 161 (IURA 14:10)
(Smiconductors) (Borisov, E.i (Flatnova, I.)

KUZMAK, Ye.M.j KROSHKIN, V.A.
Long-term durability of l2MKh and .12WMF tempered steel aM
welded joints. Trudy MlNKHIGP 46:150-163 t64. (MIRA 17s6)