SCIENTIFIC ABSTRACT BUBLEYNIKOV, F. - BUBLIK, B. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000307210011-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BUBLZYNIKOV, 1.
iuz-;.'x "
[The earth and the pendulum] Samlia I malatnik. Moskva, Dstgiz,
1Q,54. 118 p. (KLU 7:11 D)

13U3-UvYN!jIKC)V, F. 1).
Feshchery ccaverns2. Moskva, Goskulltprosvetizdat, Z -1954 ?-/-
0 : Month1v List of Russian Acces.5i 4.
SO on.5, Vol. 7 No. 2 May 195'

BVBLE.~NVKOV, F-D-
GAMMM. G.
TriP under ground (OCA"S.' P.D.Bubleinikov. Reviewed by
G-Ganeizer). Vokrug evets to.7-.60-61 JI 154. (KM 7:8)
(Bubleinikov, Foofan Dmitrievi'ch) (Caves)

JB3 - -IN AFqSSan Daltrlyewich; GURSUM , G.P., professor, redaktor;
R~Tbw , V.A., redaktor; TUKAFZMg SeAe. tekhnicheekiy redaktors
[The earth] 2mila. Pod red. G.P.Gorshkova. Isd.2-0s. Moskva, GOB.
izd-vo tokhniko-toorst.lit-ry, 1955. 47 p. (Nauchno-populiarnsia
bibliotaka, no*61). (MW 9:4)
(Barth)

BUBLEYNIKOV 7 D MOLOIRIISKIY. M.S., redaktor; PMLI, Yu.G., radaktor;
14- 0 gam L^ 9 .
-'11INNINOW. G.A., tekhnicheskiy redaktor.
[Outline of the development of an understanding of the earth] Ocherk
razvitiia predstavlenii o zemle. Moskva, Izd-vo Alcademii nauk SSSR,
1955. 205 p (MLBA 8:4)
(Icarih)

BONCHKOVSKIY. Y.F.; BUBIRYNIKOTO-F.D.; ZISNAN, G.A., reclaktor; NIGRINOYSXATA,
R.-A., tekhnieh- k1Y-1VffffRTb7'-
[The sarth, Its figure and physical characteristics; present-day
Ideas regarding its historical development) Zealls, as figure I
fizichookle evoistva; sayremennye vzglIady v istoricheakom rasvitii.
Kooky&. (Ica. izd-,vo tokhniko-toorst. lit-ry. 1956. 252 P. (KLM 10:1)
(Ikrth)

-.A-WIATNIKO~Vg.pLeofan,aiulnz"6GORDRYBY. D.1., radaktor; ANISIKKIN. 1.F.,
kedaktor Isdatelletva; KRYNOCHKINA. K.T.. tekhnicheakiy redaktor
(OsolqgIcal prospecting in Russia] aeologichaskie poiski v lossit.
Xoskis~ Goo. amuchno-tokha. lid-vo lit-ry po geole I okhrane mdr,
19560 250 P. (KIaA 10:2)
I ,(Prospecting)

3(5) PHASE I BOOK EXPLOITAIT-244*01N SOV/1138
Bubleyzdkov., Feofan Dz-'tr_Iyevjah
Tayny zemli (Secrets of the Earth) Moscow, Moskovskiy raboahiy,
1958. 133 P. 35000 copies printed.
Eds.: She-herbakova, D.I.., Academiclan, and Gringauz, S.; Tech. Ed.:
Yegorova, 1.
PURPOSE: Irne book is wr#Ien mainly for the young reader.
COVERAGE: This Is a popular account of the nature of physical
geology., i9e.., the origin of the Earth, land forms, forma-
tion of mineral deposits., elt-'c. Particular attention in paid
to the prooesses of mountain formation- sediiientation,,'and
erosion including the effects of igneous activity and'rock
deformations-. The author intimates that I.-he book PrOVides-a
popular explanation of al! such Drocesses.which have hitherto
been considered wgreato v1sterieee
C ard 1/4

Secrets of the Eaxt-h
SOV/1138
TABLE OF CONTENTS:
How."Mysteriesm of the Rarbb. Arose 3
What are the Forms wtd Dlmar~14,,,Yna of t-Itie Eaxth 7
The Earth-in Space 13
Origin of the Ea-r-th- 20
Temperature of the Earth 26
Secular MovAmentfs of the'Contf--nentB 29
The Earth is a P~I id Body 34
Dausei of the Eax-th, s Solid State 36
Card 2/4

Senrets of the Earth SOV/1138
Structure or the EarthIs Crust 40
Formation of Continents 47
a 52
Struetur~~f the Earth a Intekor 62
Voloanlo Ixuptions 68
Origin of Idneral Veins 82
Erosion of Momtaftb 87
The World.of Subterransous Caverns 93
Formation of Sedime.ntary Layers 106
Age-of"the Earth's Crust 109
C awd 3/4

Searetis of the Emwth SOV/1138
Origin of Coaland Oil 115
Proapecti ag for Minerals 117
Prospecting L~struments 124
AVAILANXi LIBRARY OF CONGRESS
Card 4/14 wVar
3-23-59

BUBIRTNIZOV, F.D. (Moscow); NOROZOV, V.V. (Moscow); CHUPIK, I.P.;
%Y-SDV9 A*B* (Shomkhap AsSSR)
Brief POW49 file T OW414 Is nOO5106-0 84 1~8. ("IRA lira)
OfAtropoll,
(Physics)

- BUMINIXOT. Foofan Dwitriyovich; IrAnWTH, I.B.,radif; ATROSHCB3WKO,
J8,16., SeEmi-a-ed-,
(James Clark Maxwell, 1831-18791 Dshems Klark Makevell,
1831-1879. Moskva, Isd-vo nnanie.11960. 47.p. (yeasoluznoe
obshchestvo po rasprostranonliu politicheekikh i nauchnykh
snanii. Ser.9, Fislics I khiulia. no.19). (MIRA 13:10)
(Maxwell, Jams Clark. 1831-1879)

-- BUB -,-.ft-nfskn- 11%4 criyaxi&
MUM ;~ GRINGAUZ, S., red.; YAKOURVA, To..
tekhn.red.
[How -n has subdued niatural Ksk chelovek pokorial prirodu.
Moskva. Mosk.rabochii, 1960. 170 p.
13:12)
(Industrial art~--History)
(KIRA

RUBLEYNI-K-ow, 'Feofan patriyevioh; MINCEMNECFV, Yevgeniy Yakovlevich; CHEBOTA-
FZVA, A.V,p red.; SHC~EVA, T.A., tekhn. red.
[Outline of the development of clasoical mechaWes] Ocherk razvitiia
klassicheskoi mekbaniki.~ MoBWap Goo. uchobno-pedago izd-vo H-va
proov. RSFSR, 1961. 221 p. 14:11)
(Mechanics)

-)~pWalIKOV, F.D.
Life and work. Priroda 53 no.2:57--64.164. (MIRA 17:2)

BUBIZAK, P.1
Three-element oscillator regulated by a crystal, p. 1-21. (Strojnoelektrotechnicky Casopis.
Bratislava, Vol 5. No. 2, 1954)
S): Monthly list of East European Accessions. (EEAL), LC Vol 4. No. 6, june 1955. unci

In -1, - r~ -
11.
BITELIAK) P.
"Changing the Source of Power in Pzdio Enrineering", T. 405- (TrC,']TICVA
PRACA) Vol. 61 No. 71 July 1~54, -Bratislava, Czechoslovakia)
SO: 1,*Onthl,-,r List of East 5,rorean Accessions, (EFAL), IC, Vol. 4,
No. 1, Jan. 10,55, Uncl.

BUBLIAKI F.
"Submersible- Heater for Electric Waihing Yachines", P. 1,33. (TEEC1,71TICIC4,
PPACA) Vol. (,, No. 7, July 1954, Pratislava, Czechoslovakia)
SO: lwiontbly Lis4l-,'of East Eurorean Accessions, (EFAL), LC, Vol. 1~,
No. 1, Jan. 1?55, Uncl.

iUiLIAK-, F-.
Analysis and graphic study of a directcurrent
electronic voltmeter. P. 146. SDELOVACI TECHNIKA.
(Ministerstvo strojirenstvi) Praha. Vol. 4. no. 5,
may IW.
SOURCE: East Baropean Accessions List, (KUL)., Library of
Goolgreas Vol.--54 no. 12, December 195.&-.~

BUBLTAK, P.
Apparatus for drawing eircular scalese pe .568e
TECHNICKA PRACA, Bratislava-, icl. 6. no. 9, Sept. 1954.
SD: Monthly List of East European AcC03310M, (EM). LC, V01- 5. No. 6.
June 1956, unci.

BELYAYEV, Ye.I., prof. (deceased]; BADYUK, Yeje - BOGOROV I.I.,
prof.; IYALIGHENKO,-L-t-, prof.fdeceax;~J; ILIDI,'I.V.,
dots.; KEYLIN, S.L., prof.1 MAZHBITS, A.M.,, prof.;
MALININq A.I.9 zasl. deyatel* Kaz.SSR, pfbf.; MOSHKOV, B.N.,
prof.; NIKOLAYEV, A.P., prof.; PERSIARINOV, L.S., prof.;
POKROVSKIYP V.A., prof.; MUMMA, G.P.# kand. med. nauk;
RAPALIKES, S.B.p dots.; KTASKIN, S.G., prof.; SHTERN, I.A.,
prof.
[14ultivol=e wmimial on obstetrics and gynecology) Mnogo-
tomnoe rukovodstvo po akusherstva i ginekologii. Moskva,
Meditsina. Vol.3. Book 2. [Pathology of the labor and post-
natal period. Physiology and pathology of the newborn infant]
Patologiia rodov i poslerodovogo perioda. Fiziologiia i pa-
tologiia novorozhdennogo. Pt.l.[Pathology of labor'. Patolo-
giia rca&i.- 2W.- *5 P.-Ii NIRA 17:7)
1. Chlen-korrespondent AMN SSSR (for Permiar*m0~."-'2-.-.JAqyst4r-
tel'My chlen AMN SSSR (for Vikolayev).

BU13LICIMNKO., N. L.
OSU-A J70
Geologicheskoye Stroyeniye Beregov Teletskogo Ozera i
yego Proiskhozhdeniye: Geological Str~cture of the Shores
of Lake Teletskoye and its Origin.
Issledovaniya Ozer SSSR.' NoL 9 1937, PP. 133-155
Library of Congress., GB17'07- It
one of the monographs devoted to the study of Lake
Teletskoye in the Altay Mountains. General Title:
Raboty Teletskoy Ekspeditsii.

BUBLICMKO, N. L.
"Geological Structure of the Shoes of Lake Teletskoye and its Origin [Geologi-
cheskoye Stroyeniye Beregov Teletskogo Ozera i yego Proishkbozhdeniye0,"
Issledovaniya Ozer SSSR, No. 9, 1938, PP- 133-155.
One of the monographs devoted to the 5tudy of Lake Teletskoye in the Altay
Mountains.
Library of Congress, GB1707-AlL4

2UMOHNIM0, N.L.
Ural facies of the Kazakhstan Devonian. Izv.An razakh.,SSR
Ser.geol. no.9:3-36 145. (MM 9:6)
(Usakhatan--Geolog7, Stratigraphic)

BUBLICIIEWO, Nilwlny Lnzarevicli
"A New Stratigraphical Scheme of Devonian Deposits of Nort.-Eastern
Kazakhstan," DoIr. AN, 47, No. 5, 1945.

BUL C9=
01000--
,,e Ikste'rn boraer of the Ural Palaosola geosywline. Biul. 10DIP. Otd.
geol. 26 no.5:-15-33 151. (NIU 11:13)
(Ural Xmtain region-Geolov)

1. BUBLICHRIKO, N. L.
2. LZSR (600)
4. Kara Tau - Geology, Structural
7. Origin of the quaquaversal folding the Kara Tau (South Kazakhstan).
Biul. 14DIP. Otd. geol. 27 No. 4, 1952.
9. Monthly List of Russian Accessions, Library of Congress, January .1953. Unclassified.1

-a I-
Cw-
rVSHIN. N.K.; BVBLIqA=Q. N.L., doktor geologo-mIneralogicheekikh nauk
Otvet8iQn ;~e7 GEUMMA, N.Te., kandidat geologo-
mineralogicheskikh nauk, otvetstvennyy redaktor; BAKSHITZTA, M.A.,
redaktor; ROROKINAj Z.P., tekhnicheekly redektor.
(Kiddle Cambrian trilobites of razakhataul Srednekembriiakie
trilobity Zasekbotana. Part 1. [Boshchakull faunalhorizon]
Boahchekallskil faunisticheskil gorizont. Alma-Ata, Izd-vo
AN U&SSR, 1953. 226 p. (MLU 8:2)
(ELsakbetan-TrIlobites)

BUBLI I .10,,,,daktor goologo-mineralogichookikh nauk.
t.
M.A.Rshousnitakatalp work Oftiriferlds of Devonian deposits on
the uargin of the Kuznetsk B"In.8 Vest.AN Irazakh SSR 11 uo.10:
120-121 0 54o (KM 8:1)
(Rahonanitskmia, N.A.) (Wasnetsk Basin-Brachiopoda, fossil)

15-1957-3-2bU5
11tabslation from: Referativnyy zhurnal, Geologiya, 1957, Nr 3, p 6 (USSR)
AUTHDRS: Bublichanko, No L., Nikitina, L. G.
TITLE: The Tarkhanokiy Section (Southwestern Altay) [Tarkhanakiy razrox
(Yugo-Zap&dMy Altay)]
MIODICAL: Tr* Altaysk. gorno-intallurg. n.-i. in-ta AN KAzSSR, 1955,
Vol 2. PP 5-25
ABSTRACT: The Devonian and Carboniferous section of the Ewinogorsko-
Tarl,b-n ki belt of southwiestern.Altay is described in detall
(soo Tall. - _A60fording to the autborl the fossils in the Tarkhan-
skoya ovits, (series) are carboniferous, although Devonian f orms
=9 also presento The following Carbonikerous forms am found
In the lower part of the Tarkhanskaya series: Linoproductux aff.
ovatus Hall., PjAcatifora orthowastia op. n., Pioductjis ALW subgen
and spo no, and 6therso The Devonian Soom presentar -.GVrtO6Djrifex
kuroki Bubl. and Tirlothyrisimia6ostalls.Hall. The upper boundary
of the Tarkhan key& series is determined by the disappearance of
Card 1/4 Owrtospirifer kureki and the appearance of SiDI&WSr. tormacensis Kon.

The Tarkhanskiy Section (Southwestern Altay) (Cont.)
15-1957-3-2605
The buandary between the BukhtarminskayaAnd UlIbInakaya series is based
on the abundant appearance of bryozoans in the Bukhtarminskaya series
and the disappearance of other organisms. The Maloulybinskaye. aeries is
corr*:Lat*d'witb the Mazurovskaya series of the Kuzbas (Kuznetsk Basin) on
the basis of plant remains. The Middle Devonian'rockelof the Tarkhanskaya
and Maloullbinskaye. series are characterized by their transgressive relation-
shipse
Namurian Maloullbinakaya aeries. Continental sediments, consisting
stage of siltstonse with Anaaroutetidi cardiopteroidea; up to
1000 m thick.
Visean
stage U11binskaya series. Siltatones and limestones with bryozoans
Pol-ypo sibirica, brachiopods Eroduct'ge ex. gr. pinEiga and
Others; 300-400 m thick.
Card 2/4

15-1957-3-2605
The Tarkhanskiy Section-(Southwestern Altay) (Cont.) 1~
Bukhtarrdnskay* series. Limestones with Spirifer tornacen-
V) sis ana others; about 100 m thick.
61 Uj
0 01 Urkhanikaya subserUs. Retoporinal beds, siltstones with
<
i-z Li Retoporina altaica and others, brachiopod layers,-silt-

0 0
stones with Sp 'rer iulii and others; 5B0 m thick.
z ubseries of detrital shales. Yellowish-green siltatones
< U1 280 m thick.
V) z
Subseries of sandstones. Interbedded coarse-grained
aff.
sandstones and shales; remains of Linoproductus
.
ovatus, Cyrtospirifer kurekil and others; 2 m thick.

0
ubseries of basal conglomerates. Pebbles formed from
F- underlying volcanic rocks; up to 59 m thick.
Card 3/4

15-1957-3-2605
The Tarkhan skiy Section (Southwestern Altay) (Cont.)
Series of basic and intermediate volcanics. Augite por-
phyrites 6nd their tuffs; 700 m thick.
Ipper
Devonian Series of acid volcanics with Nikolayevskiyobeds at the
base. Quartz keratophyres.and their tuffs; limestones
at the base with gonlatites; 1200-1800 m thick.
Middle
Devonian Series of said volcanics with Losishenskiye beds in the
lower part and conglomerates at the base; 1300-2000 m'
thick..'
Lower Metemorphic greenstones
Silurian

Card 4/4
K. A. K.

BUBLICHENKO,N.L., doktor geologotineralogichaskikh nauk
Conference on problems of stratigraphy and geochronological
classification. Vest.IN Kazakh.SSR 11 no.7:79-82 J1'55.
(Geology, Stratigraphic) (MIRA-8:10)
4

BUBLICHMO,N.L.; BULIVANIM,B.Z.; KOKAR,V.1.
Discovery of Calceola mandelina lawwark in the Rudn" Altai. Biul.
MOIP. Otd.geol,30 no.4:75-77 JI-Ag'55. (KLRA 8:12)
(Iltal Mountains--Corals, Fossil)

BMICMKO, N.L.
mw~ .00
Upper time limit of polymetallic mineralization in the Rudnyy
Altai. Vest.AN Xazakh. SM 12 no. 10: 101-103 0 156. (IGRA 9: 12)
(Altai Mountains--Mineralogy)

BUBLICMWO, N.L.
S,: 411-11,61
Some now repre~OntativsB of Brachiopoda of the Devonian and
Carboniferous from the Rudayy. Isv. AN Xasakh.SSR.Ser.geol.
no.23-.93-104 0566' (KLU 10: 1)
(Altai Nountatne-Drachlopoda, Fossil) (Knakhatan-Brachiopoda,
Fossil)

I=- I,- (.:, - A.1 -- ---- - -- - - , . ----
L -I -C ~~ - " -A-'
LICHIM -.- N,,L,
Som controversial problems on the stratigraphy of the Altai region.
Trady Alt. GNNII AX Usakh, SSR 4:38-51' 157. (min na)
(Altai Torritory-4solo", Stratigraphic)

- '.
- ~- W-Kii7s on strata (Glystian stage 1n RadWy Altai Y, Trudy Alt,
GMI AS FAzakh, SU noo5t3-13 157, NM lIt4)
(Altai Nomtalm-Ooology, Stratigraphio)

BORUX&TV, R.A., eked.; BORSUK. B.I.; KELLER, B.M.; ATTALIM, Zb.A.;
'BOGDANOV, A.A.; BUBLICLM-M.-I'L.; BTKOVA. H.S.; GALITSKIT, T.T.;
MICDOTLFV, G.1s.;-Rrw-GK6v, Y.m.,- oRrDy, I'J.. RMVISHNIKOVA, T.B.;
SHLYGM, Te.D.; HIKITIN, I.F.. ucbenyy sekretar'; SMIDWICH, N.A:..
uchsM7 sakretar'.
(Resolutions of the Conference on the Unificatinn of Stratigraphic
Charts of the Pre-Paleozoic and Paleozoic of'Sastern Ka2akhatan]
Rezollutsiia po unifikatell stratigraficheakikh skhem dopaleozoia
I paloozoia vostochnogn Kazakhetans. Alma-Ata, Izd-vo Akad. nauk
Kazakhakol SSR, 1958. 36-p. (MIRL 11:12)
1. Soveshchanlye po unifikataii stratigrafichoskikh ekhem dopaleo-
soya vostochnogo Kazakhstan&. Alma-Ata, 1958. 2 Akademiy& amuk
Kaxakbekoy SSR, predsedatell noveshchanlya po unifikatell strati-
graficheskikh ekhem dopaleozoya I paleotoya vostochnogo Kaza4chstana
(for Borukarev). 3- Zam.predsedatelya sovesbchanlya po unifikateii
stratigrafichaskikh ekhem dopaleozoya I 41soloya vostochnogo
Kazakhatana; Vaesoyuznrf rauchno-looledovatellskly geologichaskly
institut (for Borsuk)..4. Zan.predsedatelya Oveshchantya po uni-
fikatsit stratigraflebeskikh ekhem dopaleozoya i paleozoya Tostochnogo
Kazakhstan&; Geologicheekly institut Akademii nauk SSSR (for Keller).
5. Mintaterstva geologil t okbrazir nedr Kazakhakoy SSR (for Ayta-
11yev. ?Jbragkov). 6. 14ookovskiy gosudarstvennyy universitet In. M.Y.
(Continued on next card)

SORUXATIV, R.A.---(continued) Card 2.
Lomonosova (for Bogdanov). 7. Altayokly gorno-metallurgichookly
nauchno-iseledovatallskly institut Almdemii nauk Kazakhokoy SSR
(for Bubliebanko). 8. Inatitut geologichaskikh naui Akademli
nauk Kazakbakoy SSR (for Bykova, Galitskiy, Nedoyev, Shlygin,
Nikitin). 9. TGentralino-Kazakhatanskoye geologicbeekoys upray-
leniye (for Orlov). 10. Usbuo-Kazakhstanskoye goologichaskoye
upravlantye (for Rukavishnikova, SankeTich).
(Kazakhstan--Geology. Stratigrapb1c)

ROCKSUO. MargaTita losifovne; NALIVIIN, D.V.. akedemik, gla7nyy red.;
~!TJBLIGHZHKO, N.L.,,doktor gool.-mineral.neuk, otv.red.-,
Is * - "X.- ~aokor geol.-mifieral.nauk. red.; VLASOVA, S.M.,
~red.lsd Va; IRYNOCHKINA, K.V., tekhn.red.
(Paleontological basis of the Paleozoic stratiography of the
Rudnyy Altai] Paleontologicheskoe obosnovanie stratigrafii
palaosola lbadnogo Altals. Moskva, Gos.nauchno-tekhn.i%d-vo
lit-ry po geol. i okhrane nedr. No.B. [Plant remains of the
Carboniferous of the Radnyy Altai] Rastitellnye ontatki karbona
Radno.go Altaia. 1958. 54 p. (MIRA 12:4)
(Rmdnyy Altai-Faleobotany)

BUBLZCHBNIW, N.L. - NIMIOROSHNV, T.N.
V. Yiftieth anniversary of the death of GoG.Fetts, geologist and
paleontologist. the eminent explorer of the Altai. Izv.AN
Kazakch.MeSeregeola no*4:114 '58. (KIRA 12:4)
(Pette, G.G., -1908)

BUMaCHMO, N.L.; DMWOLOV, V-N.; NkXSIMOVA, Z.A.; SPASSKIY. N.Ya.
Paleontological basis for the stratigrapby of Rudnyy Altai.
Tmdy AIt.GWI AN Zuakh.SM 6:3-39 158- (MIRA 12:1)
(AltALI Mountains--Palsontoloff)

31MLICHMIX0, N.L.; SMIKEVICH, N.A.
International conforence on the Silurian-Devonian stratirraphy.
Izv. All TazExkb. SSR. Ser.geol. no.1:104-106 '59. (MIRA 12-h)
(Prague-Geoloa., Stratigraphic--Congresces)

ATROV, P.Ta.; AYTIALIT-FIV, Zh. A.; AURZOV, M.O.; AKH74NDSA-VIN, IT.M.; BATISHCREV-
TARASOV. fz'.D.; BAZANOVA, N.U.; BAISHEV, S.B.; BAYY-ONUROV, A.B.;
HWTUROV, A.B.; BOGA7YRRY, A.S.; ROK, I.T.; BORWiYEV, R.A. - r fft,
BYKOVA, N.S.; ZHILIIISKIY, ZTWV. D.A.; IVAITKIN. F.?.;
KAUITLIf D.N.; KAYUFOV. AX.; INHWAYN . S.K.; XOTA)TILIN, NI.T.;
KUITATEV. D.A,.; EUSIMV, G.L.; i.ll.; IkkSHANTOV, O.Zh.; YLgDO*f.;,I,
G.TS.; V0111CH, V.K.-, IMKAITOV. S.; MISIlUsTOV, G.: IftJOARKNAW10Y, S.M.;
PARSHDI, A.Y.; POrROVSKIY, S.N.; POWSWRIII, A.P.; RUSAKOV, M.P.-,
SIRGIYET, X.G.: SlYliM.Ill. S.Sh.; TAZHI3AYb'V, P.T.; FgSs-,NKOV, 7.G.;
SffLYGIII, Ya.D.; SHCH9,11RA, G.N.; CHOKIII, Sh.Ch.; CHOLFAITP.TWV. T.Gh.
Sixti"th birthday of Academician Ranysh Irnntaevich Satpaev. Vent.
All Uza~cb. SSR 15 no.4:58-61 Ap 159. (MURA 12:7)
(Satpaev, Kanysh lwntaevich, 1899-)

BCRMYEV, R.A., akademik, otv.red.; AYTALIYEV, Zh.A., red.; BUBLICagO,
red.; BROVA, X.S., red.; GALITSKIY, V.V., red.; rVSHIN,
N.K., red.; MEDOYEV, G.TS., red.; NIKITIN, I.F., red.; RUKAVlSHNI-
KOVA, T.B., red.; SEMMICH. N.A., red.; SHLYGIN, Ye.D., red.;
SIMINOV, M.N., red.; PRCKHOR(W, V.P., tekhn.red.
[Transactions of the conference on the unification of stratigraphic
diagrams of the Pre-Paleozoic and Paleozoic In eastern Kazakhstan,
Alma-Ata, May 12-17, 1958.] Tmdy Soveshchaniya po unifilrateii strati-
graficheakikh ekhem dopaleosoya I paleozo.Ta Vostochnogo Kazakhstana.
Alma-Ata. Izd-vo Akad.nauk Kazakhskx)i SSR. Vol.l. [Pre-PaleftOic,
Cambrian, Ordovician, Silurian] Dopaleozoi. kembrii, ordovik, silur.
1960. 296 p. (MIRA 13:6)
1. Soveshchaniye po unifikataii stratigraficheskikh skhem dopaleo-
zoya i paleozoya Vostochnogo lasakhatana. Alma-Ata, 1958- 2. Predse-
datell Orgkomiteta stratigraficheekogo noveshchaniya; IN KazSSR;
Institut geologicheskikh nauk AN XazSSR (for Borukavev)- 3- Institut
geologicheakikh nan AN X&zSSR (for Nikitin). 4. Yuzhno-Kazakhstanskoye
geologicheskoye upravleniye (for Rukayishnikova).
(lazakhstan-Geology, Stratigraphic)

BORUYATEVI ReA., otv,red.; AYTALITBV, M.A., red.; MMLICILMOS NOL red.;
BYKOVA, U.S., red.; OALITSKIY, M., red.; KKDO p *TSog red.;
HIKITIN$ I.F.. red.; MIKAVISHNIKOVA, T.B.. red.; SENMICH, N.A.,
red.; SHLYGIN, Ye.D., red.; SEMOV. M.N.. red.; PROKHOROV, V.P.,
takhn.red.
ETransactions of the Conference on the Unification of Stratigraphic
Scale* of the Pre-Paleozoic and Paleozoic in Eastern Kazakhstan.
Alma-Ata. 19581 Trudy Soveshchaniia po unifikstaii stratigraficheskikh
akhem dopaloozois i paleozoia Voetochnogo Kazakhstans. Alma-Ata,
Izd-vo Akad.nauk Kazakhskoi SO. Vol.2. [Devonian, Carboniferous,
Permian) Devon, karbon. perm'. 1960. 253 p. (Kim 130)
1. Sovashchaniya po unifiketsil stratigrafichaskikh skhem dopaleozoia
i paleoxo1a Vostochnogo KazakhEtens. Alma-Ata, 1958. 2. Altayekly
gornometallurgich-takly nauchno-iseledovatellskiy institut AN XasSSR
(for Bublichenko). 3..Inatitut geologichaskikh nauk AN KasSM (for
Bykova)o 4. Yuzhno-Kaza"stanskoye goologicheekoye upravleniye (for
Sen1mvich).
(Kazakhaten-Geology, Stratigraphic)

KAUIHOTA, ILata Aleksandrowna; NALIVKIN, D.V., akademik, glavnyy red.;
--MMLICHIM, N.L.,_doktor 67sol.-mineral.nauk. otv.red.; BAY-ASHOVA,
Te.A., kand.gool.-mineral.nauk, red.; ABMICH. P.L.. red.izd-va;
IVANOTAq A*Gmy takhn.radq
[Paleontological basis of Paleozoic stratigraphy in the Rudnyy Altai)
Poleontologichaskoe oboanovanie stratigrafii paleozoia Rudnogo Al-
taia. Kookwas Goe,nauchno-tekhn.izd-vo lit-ry po geol. i okhrane
nedr. No.7. [Devonian and Carboniferous trilobites of the Rudn" Al-
tall Devonskle I kamennougolOnya trilobity Rudnogo Altaia. 1960.
122 p. (KIRA 13:12)
1. Akadenlya na-uk Xazakhakoy SSR, Alm-Ata. Altayakiy gorno-metal-
lurgichesIdy usuchno-iseledovatellakly Inatitut.
.(Altai Nountains-Trildbites)

BUBLIC - lz-'r-- EDOOTSJOLU, L.No, FATKULIN, R.N.
M~~
Ccusidering problem of potectonic and the organic
world. Test.AX Uzakh.SSR 16 no.4:81 AP 160. (XIBA 13:7)
(Geology, StrtLctural) (Biology)

SPASSM, Nikolay Yaroslavovicbj NALIVKIN, D.V., akademikq glav. rpd.,v
JOU499204J.'69 doktor geologo-mineral. paukp otv. red.j
M'VANM, E-OZ.s, kand. goologo-mineral. nai&, red.; ABKEVICHy
P.L.9 redo izd-va; IVANOVA, A.G., tekbn. red.
(Paleontological basio of-the Faleo2oic stratigrapby.in the
Rudnyy Altail Paleontologicheskoe obosnovanie stratigrafii
paleozoia Rudnogo Altaia. Hoskvap Gose nauebao-tekbn. izd-
vo lit-ry po geol. i okbrane*nedr. No.3. [Devonian Tetracoralla,
in the Rudr" Altay] Devonskie chetyrekhlucbev
.ye korally Rudnogo
Altaia. 1960. 142 Ps (=A 14:8)
(Altai Nountains-Rugosa)

BUBLICHENKO, N.L.
Stratigraphic control in metallogenic processes in the Radnyy Altai.
Trudy Alt. GMNII AN Kazakh. SSR 10:196-208 161. (MIRA 14:9)
(Altai Mountains--Geology, Stratigraphic)

.BUBLICHMO, N.L.
Couvinjan stage and sms remarks about the Iower Devonian in
general. Diul. NOR Otd. geol. 36 no.l.-7&-U Ja-F 161.
(MMA 14: 5)
(Geology# Stratigraphic)

DUBATOV, Viktor Nikolayevich- BUBLICHFXKft,-".-g-redw-,-SOKOLOVj B.S. j
-!zW
red.; IONINA, I.N. ~rl ~INO(~VA, N.F., teldm.
K =a
red.
[Tabulata, and Heliolitidae, in the Silurian and Devonian
sediments of the Rtifty Altai]Tabuliaty I, geliolitidy si-
lurliskikh i devonskikh ot3.ozhenii Rudnogo Altaia. Moskva.,
Akad.muk SM, 1962. 109 p. 29 plates. I(MIRA 15:8)
1. Chlen-korrespondent Akademii nauk Kazakbakay SSR (for
Bublichenko). 2. Chlen-korrespondent Akademii nauk SSSR (for
Sokolov).
(Altai Mountaing-Corals, Fossil)

BUBLICHMO N L
graphic studies of the Rudnyy Altai. Trudy
Alt,.GI41II AN Kazakh.SSR 12-.' 316-21 162. (KML 15-8)
(Altai 14=taina-Geology, Stratigraphic--Research)

BUBLICHENKO.- N.L.; KOZHEMYAKO, M.N.
Tectafacies of-flyschoids,and-.their genesis in the southwestern
Altai. Dokl. AN SSSR 152 no.4:931-933 0 163. .(MA 16:11)
1. Gornometallurgicheskiy nauchno-isaledovatellskiy instutut
AN KazSSR. Predstavleno akademikom D.V. Nalivkinym.

BUBLICHENKO, N.L.1 KOZHEWAKO, M.N.
Facies and "flyschoids" in the southwestern Altai. Trudy Alt.
GMNII AN Kaz&A. SSR 160-14 163. (MMA 17 110)

PAUUER, O.F.; ASTRAKHANT-SEVA, A.M.; BUBLIMO, V.A.
- ~~!, tr: -,, -,
Case of cat fleas attacking people In uninhabIted rooms. Dokl.
Irk. gos. nauahe-isisl. protivochum. inst. no-5U177-1-79 163
(MIRA 18a1)

4
BbnIK, Andrey,~Avanoviahnfaublyk. A.Ij, kand.tekhn.nauk; OBOLMJSKIT,.Tu.A.s
M.A.], dotsent, red.; TUBOLLITI, K.T. (Tubolieva, K.M.
red.
[Water supply for stock farms] Todopostaebaniis tvarynnytalkykh
ferm. Kyiv. 1958. 39 p. (Tovarystvo dlia poshyrennia politychnykh
i naukoTykh awn' Ukrainalkot MR. Ser.3. no.22) (KIU 12:2)
(Water supply, Rural)

I A.I.1, dots.
Filter of porous concrete for dug vells. Makh. sill. hosp. 9
no.2:15-16 F 158. (NM 11:3)
(711ters and filtration)
(Wells)

USSR/~hysics Monochromatic HIL~/Jun .52
X-ray Sources,
"ftployment of the Sharp-Focus Tube for Opera-
tion in Impulse Regime," A. I. Bublik and D. Ya.
Pinest Kbarlkav State U imeni A. M. Gorlkiy
"Iz Ak Nauk SSSR, Ser Fiz" Vol 16, No 3,
PP 3510-354
Report heard at the conference on powerful
monochromatic x-ray sources, held at Khar'kov
24-26 Jan 52. V. V. Avgust participated in
this report. Subject operation is important
232T104
for,investigating those processes of structural
variations that occur in time. In this can-
nection tubes with higher power or rotating
or',oacillating anodes were employed before the
appearance of subject sharp-focus tubes (iitlcli
permit shortening the time of exposure vithout,~
increase of power). Now even better is subject
impulse (rapid) x-ra~r tube.
232T104

UPS~/Physics K~nochrafttic ifty/jun 52
X-ray Sources
I'An X-ray Tube With ap Especially Long and
Sharp Linear Focus and Some of Its Applies-
tione~" A. I. Bublik, B. Ya. Pines; Khar1kov
State U imeni A. M. Gor I kiy
"Iz Ak R-auk SSSR, Ser Fiz" Vol 16, No 3,
C\1 PP 355-359
LengtW of focus is 22 mm and the distance
from tocus to tube's fovea is 12,mm, which
permits use of x-ray beams with a~hgular
232T105
,convergence; greater than 500. This large con-
versence enables one successfully to photograph
siugle-crystal samples according to the method
O.f converging beamp the exposure being several
times shorter than required to obtain x-ray
p4otoj;raplis of rotation. Subject method is
especially advantageous for photographing mi-
crocrystals, making it convenient for studying
structure, ~of alloys and metals.
232IT105

",7 ~
"X-Ray Tube W ith Part i cularly
Uch Zap. i~harr_L)vsIxu.,o ~jriiv.
on 12.;-132
~ I1.1 ;. ""
Lon~~ ana Suaro i,_Inear
Tv. ~Iz. Utd. i-Iz. ".1aA iak. 4, 19;J3,
An X-ray tube with a focal sput ~.2 Jmi lon.-.; and 0.3 ni'm i:,e i~,~ 3escrib
lor tuues wi
Electrostatic fucusim, of the electron beaim
n foca". point tef. j. j. -ezverkiUm -_,nd 6 Y-j. 0IM0II.$ Z11. -'e'Ah. ~.Iziki$
117, via-, tip.,,1.'.ad. -Le-sts wli,h uryst;~l,, Pr. ved ti~at t,-~e Lu-0e 1115Y
s-,:rve ~91- powerful zu,--oce ..'or of
fluids and for of micr~crysctfilline uL~Jectz. (ni,ili~iz, No 2,
SO: ~,um. 4-2j, 12 55

B~U,5 L-1A
OWN;,
fit states In thi filitAllifithd 01 oys Ath 4 0jk4 Ii
at -01ru-C.
V *titliullibijiml n fifitwo
Electroilographic study of thjlt~[lmi or :~q,)< lo-rclu. tile samc.ctyst
g4-o >504Z. With thickil
TlubjkjR elaft.
JoLivDay y P, VCIW13~0~2~%. it is h another structure is observed; with NI:
Zan B exalplial an&with Cr it is
-T complex CU
Vow. Univ. 49; Vru-; bic similar to
d riven f is ~the tnew, h,gramterfor filins dtPolited by slow
-ASUM14 No. 4,13 -5ql953); C.A. 49,_-7949r.~ C On- the electron
odyiiamic condition, hi are
Data at or an electr6tiographic study of (tie, tilifi-to-7 Thcriu I' ence nax. -
thc~ thin layers are
d wlulen~atlolt of for phase equil. arv
'rit.
filnit that ivtrc obinined by.evalin. an clonsdered; anil heij tilt e.,
below iybi..), bccomes stable,
evnpn. rate and thickness of the:filnt.- tile" is posslbl~
in rtlation to fl. 1* is detd.
Oil
The thicknew,was mcasured.:by an optical-Intericrun6c aresurfat"01"
j tkirD Pbase'L":BY taking into account the i free -ergics of the
method. A disordered, at. distribution ~vas uoNd Iii -films ct entrees, F, and F, am
resulting f"lln sloty evalm. laterfertaice wax. wete obwnt atcraction between
on 'bc-111MMA 11tighbors, equatlon I haLs f
the iiOCUMOVAIW. With rupid cvalm~ (NoTiA fec~) OJAI -_ 7R tile
'wZ:) - d, It + t4 orm
Thus
there Avas a
';,in the, cases ibid. 39; No -75(1952))4 02),whtm
of both V and Be (1 .3, 1 , ; -lion
CII)nnljties'tdiissitliheerdc'lsatti=onecobfetth%veelmaicant-t fayers parallel
6%VU. 10 the surl,
the Mation of structure to the tbickntn of the film is sh tee,
In wry thin.films (2-.- 3 X 10-1' Co occurs in,an trall cat of )hase
state. ~ -Two clearly defined diffusion -rinP sitiQ51"On to hc2t Of evAPM., 7~ is the temp. of phase Wn-
are present on the.'electranogmm. 21a films with-a thick-; bis' n for m4ssivc samples. Accoriling to & calcii. an the
-1 cm. thit structure of Co, corresponds to the ft-~ f is ofel)ftlon % when the metal inn massive sa plehasa
ness of -10 Rce-centOred cuVic lattice, the fOrmationofabody-cmtemd
modification. (faceweenttred'cubic), . lle=gonal ~ Cq~ is ob-.--,. lattice ill- the thin film is very i p ble. T e erst
served.fri films that thicker than 10 - c it in Toba rev
am- I .-In the thick.' Situation Is very probable. The formation of a hexagonal
nessrangefrom4 X 10`4 tog X 10-7cin. thirearclineson lattice in the thin film is-niso possible, if the metal has a
the ejectronograms that do not correspond to the known CO face-centeilcil -cubic- lattice in the I Ve pie.
dchwnfluzuhithl&.~. ~:)?rjerhl..Z naW S3111 Throligb
modifj~atjnns. IV. Structure oftilckel an 11AM Fix. I PSSP No. AM.
3`2 Themod alluic conditions for jibaze stability In
L,.' W. 1. CbMwid U. YM Pines. lbid~ -Data am
ectronogra of, thin Ni nhd Ce fliftis
given for an'el phic study
6iled by:evapg.
on Red t
rain eyalim, em
relation betimeri.M.A.,.

A.I. n!.J P-I*---,~, L.Y-
llie Unlualm--,ccd State ir, Thin Films of Me'als and Alloys/~ri
.'"The Structure of Nickel and Chrome in Thin I.-tyers,"
"The Thermodynamic Conditions of Phase Stability in Thin Films,"
Uch. zap. KhGU. Lgcientific notes of Khar'kov State UniversitV v. 48,
Tr. Fiz. otd. LWorl-.s of the Physics Dept./ 14o. 4, Im. State univ.
publication',

Card 1/1 Pub. 153 - ~3/24
Author Pines, B. Ya., and Bublik, A. I.
Title High-temperature electronographs
Periodical Zhur. tekh. fiz.., 24, u3�-n45, Jun 1954
Abstract Describes a high-temperature electronograph-of simple design (without
magnetic lebses),for obtaining electronograms of specimens found at
high-temper'atures,-In the form of thin plates and in the form of mas-
sive slides'. The thin plates are of finely crystalline alilminum and
other substances, practically single-crystals. Fivereferences,-all
USSR (Z. G. Pinsker, B. K. VaYDBhteyn, V. D. Bezirerkhiy).
Institution
Submitted July 19, 1954

I(k S4SR,05. 531-3~19M
.10 ---tbkkdtss
I~M'Er~tl italt cell -4.03:X)~dlst
p6ttal.: mor6 deftm
'
. UMtibk
and ca r;
-4 A
.
riattmal Itliv Lve-I t;C,P,rcllld. up to.161
-bijt thetc-is
y hIvwcd to. ft SI
atik. TI aimi. -.61
ht~ to ratt of ex Ahe
mipportof c6ati6lietl tiffifiA
wuckiAioti~ lxickgrpiwd of t1mil dectroik
ble. distiacfu~si of t4c lint:3 iii L
19 (ler"Itil aS

Tit' crit t1ativit, isaW
taltullilcatlast. is
).--Films
ihctlat
MIAC
.
tt.libefiftefigty
he-klmtrarto
it
iogia~lik

of
Itis thaw.

cmbm a.-
'a i6,
w b
'
b" hl~ iiiodi-':,
filks wit

X-'Iu-~4 cro, wwkstleo
A
cubk Ag ton .4

At -*iAlitchm"tht.
Ift
of the
ititcTferelices; mul th~
- ., -N
:
L
-of the jaj1f:iM,
'
4 to 5 m
"
ristilh.,- W. Trit

BUBLIK, A.I.
"Electron Diffraction Study of Fine Silver Films," DAL, SSSR, V. 96, Wo 3,
Ali (Academy of Sciences) USSR publication, M. - L.

PIRMS. Boris Yakoylevich. professor! JURIJ . A.L,6odotsent, kmndidat
f isiko-m tout (ch9skII& nook. ot"tetvakiyy redaktor: 22"OUKOTI.
A.S.. redaktor IsdaitelImtvm; TROPUMNO. A.S., takhnicheekly
redaktor
[lacturem on mtrueturel analysis] Imektoit po atrakturnoun analisn.
Izd. 2-os. parer. Mwrlkov. lzd-va lhmrlkovskago gosounive is*
A.M.Oorikago, 1957. 454 p. (IGRA 10:9)
(Crystenecrapbr)

AUTHOR: Bublik, A.I. 70-2-7/24
TITLE: Electronographic investiGation of the structure of thin
liquid layers of tin. (ElekbronografichEdqe issledovanjye
st.,Vywdya tonkikh zhidkikh plenok olova)
PMUODICAL; "Kristallografi-,Yall (Crystallography), 195?, Vol.2,
No.2, ppe 249-254 (U.S.S.R.)
ABSTRACT: Electronogg ams were obtained frcm liqaid 1--yers of Sn
about 2-3 x 10- cm thick. The specimens were heated and the
changes in diffraction pattern recorded. On approaching the
m.p. the further outlines became broad and diCfuse and then
vanished altogether and at the m.p. itself there remained
only a few broad low-angle rings. The latter coincided with
L
the mean positions of groups of sharp lines in the powder
photograph at room temperature. The radial distribution curve
ivas;,r- alculated,,*Lor th intensity data using the foimula
40R je(R) = 4vjWlqo'~ 2R ~sj (s)sin sRds normally used for
n
0
X-ray viork. Here V(R) is the atomic density function,
Card, 1/3 Vo the average density, 2
J11(s) = i(S)INf 1,

70-2-7/24
Electronographic investigation o-.L* the structure of thin liquid
layers of tin. (Cont.)
IL
(z f2
2
Z bein6 the atomic number and f p the X-ray atomic scattering
amplitude. -J(s) represents the intensity of the coherent
scattering, to obtain which the incoherent scattering has to be
substracted from the observed intensity. The incoherent scatter-
ing is estimated from the very high angle scattering from the
liquid and from the background between sharp lines from the
crystalline specimen.
The resulting calculation gives the average surroundLngs of
Card a Sn atom to be the following (compared vrith N.S. Gingrich, Usp.
V2 Khimiim 15,, 297, 1946 - values bracketted).

70-R-7/24
Electronop~aphie investigation of the structure of` Ihin liquid
layers of tin. (Conte)
Temp. 0 0. First Co-ord. Second Third
sphere.
0
11 A Number R Number R Number
20 3.05 4 3.?8 4 4*42 8
3-17 4.91 4
235 3-4 7 3-95 6 4-?5 8
300 3.6 11.5
(250 3.38 10)
(390 3.36 8.9)
These i-esults are interpieted to mean that at the maltuing point
T U
the stiucture of Sn iemains close to that of solid white Sn and
v:ith further heating the atoms 'tend to close packing (which is
reached at about 300 C) and at hi&,r temperatures the density
of packing decreases. Aclinowledgments to Prof. B.Ya. Pines.
There are 6 references, of which 5 are Slavic, 5 fi6ures and
Card " 2 tables.
ASSOCIATION: lKharkov State University im A.Yi, Gorkogo. (Kharkovskdy
Gosudarstvennyy Universitet im A.M. Gorkogo)
SUBDUTTED: June 30,1956.
AVAIIABLE: Library of Congress

J
AUTHOR: Bublik, A.I. and Buntarl, A.G. 70-2-8/24
TITLE: 'Vb determination of the atomic radial distribution
function in a liquid metal alloy from elecuronogram data.
(0~redelwdye funktsii radialiiogo raspredeleniya, atomov v
zhidkom metallicheskom splave po dannym. elektronogramm)
PERIODICAL: "Kristallof--rafj:ya" (CrystallogLaphy), 1957, Vol.2,
No.2, pp. 255-259 (U.S.S.R.)
ABSTRACT: The theory of a method for deriving the radial density
distribution function from electron diffraction data is devel-
oped for the case where several kinds of atoms are present in
a liquid alloy. The e tion aRpropriate for X-ray scattering:
2 2R S I S)- 1. sin s R ds
4qRj (R) = 41TR t + W
0 (-N'41?
0
is modified to averaf,~e over the difloerent kinds of atoms to give:
4,tr2kalloyk0Qljoy+2r
41t2kalloyfalloy(r) si(s)sin(sr)ds
Card 1/2 0
where kalloy= Gaka + " + Cnl~nl 'ealloy (r) =Va(r) +...+(n(r),

70-2-8/24
The determination of the atomic radial diFtribution function
in a liqaid metal alloy from electronogram data. (Cont.)
CM = atomic concentration in the alloy, 14 = total number of
scattering atoms, k.= F mIfe the effective number of scattedng
2 (7
electrons in an atom of M, f _F)2/s2 s = 4'VsinGI/?L
T
I
fe Zm) and i( S) (F 2 1/f 2.
m e
,The above formula was applied to data obtained photuo-
metrically frog electronograms taken of a layer of 6(Y/'l Al,
40~o' Sn - x 107-1 cm thick at 520 C. The layer was produced by
vacuum evaporation. The density curve showed three mqY-'
corresponding to Al-Al distances of 2.70 A (10.0 neiE;hbours),
Sn-Sn distances of.3.40 A (6.2 neighbours) and Al-Sn + Sn-Al
distances of 3-05A with 1.0 and 1.5 to 1.6 neighbours,
Card 2A respectively. There are 9 references, 8 of which are SINic,
1 figure and 1 table.
.ASSOCIATION: Kharkov State University im. A.M. Gorkogo (Kharkovski-y
Gosudarstvennyy Universitet im. A.M. Gorkogo)
a(MINIPlYTED: October 3, 1956.
AVAIIABLE: Library o? Congress.

AUTHORS: Bublik, A. I. and Buntarl, A. G. 126-1-8/4o
TITILE: Determination of the density of the distribution of atoms
in liquid aluminium and bismuth at various temperatures
from data of electron diffraction patterns.
(Opredeleniye plotnosti raspredeleniya atomov v
zhidkikh Al i Bi pri razlichnykh temperaturakh po
dannym elektronogramm).
PERIODICAL: Fizika Metallov i Metallovedeniye, 1957, V0 5, No.1,
pp. 53-57 (USSR)
ABSTRACT: In an earlier paper (Ref.1) data are given on the study
of the structure of liquid tin by means of electron ',
diffraction patterns at two temperatipires, namely, at the
melting point temperature and at 300uG. On the basis'-of
analysis of the curves of the density of atom distribution,
it is shown that the structure of liquid tin changes with
increasing temperature. At the melting point temperature,
the distribution of the atoms is basically the same as
in crystalline tin; with increasing~ temperature the
liquid tin aims to attain a dense packing. The authors
considered it of interest to verify this characteristic
also on other metals and in this paper the results are
given of electron diffraction investigation of the
Card 1/3 structure of liquid aluminium which,in the solid state,

126-1-8/40
Determination of the density of the distribution of atoms in liquid
aluminium and Jbismuth at various temperatures from data of electron
diffraction patterns.
has a densely packed lattice and of Bi which has a
rhombohedric lattice approaching the simple cubic lattice.
The preparation of the specimens, the taking of the
electron diffraction exposures and the calculations were
carried out in the same way as in the earlier work.
Electron diffraction exposure ere made f2g aluminium
films of the thicknesses 2 .1 -' to 3. 10 cm at.th~-
temperatures 670, 720 and 85YC ana fSr Bi films of..#
equal thicknesses at 280, 300 and 400 C; the I(s)
curves for various temperatures are entered in the graphs
Figs. 1 and 2 and the positions of the maxima of these
curves are entered in Table 11, p.54. The radial
distribution density of the atoms i8 graphed in Fig.3
for aluminium (for 670, 720 9d 850 C and in Fig.4 for
bismuth (for 200, 300 and 400 C). The number of near
neighbours at various temperatures were determined for
liquid aluminium and bismuth. It was found that at the
melting point temperature the short range order is
fundamentally the same as in crystalline aluminium and
with increasing temperature the density of the particles
Card 2/3 decreases; the short range order in bismuth at d

126-1-8/40
Determination of the density of the distribution of atoms in liquid
alumi-nium and bismuth at various temperatures from data of electron
diffraction patterns,
temperature approaching the crystallisation temperature
is also similar to the order of distribution of the
particles in solid bisiputh, whilst with increasing
temperature (up to 300uC), the bismuth tends to become
more densely packed in the same way as was observed in
e6rlier work for tin; in the case of considerable over-
heating, the density of the atom distribution in aluminium.
as well as in bismuth approaches the average density.
Acknowledgment is made to Professor B. Ya. Pines for his
advice during the execution of the work.
There are 4 figures, 2 tables and 6 references, three of
which are Slavic.
SUBMITTED: July 16, 1956.
ASSOCIATION: Khar1kov State University. (Kharlkovskiy Gosudarst-
vennyy Universitet).
AVAILABLE: Library of Congress.
Card 3/3

AUTHORS: BlIhIjkli A.I. and Buntarl, A.G. SOV/70-3-1-6/26
__Ie~
TITIZ: 3 ctron Difiraction Study of the Structure of Liquid
Metals and Alloys (Blektronograficheskoye issledovaniye
stroyeniya zhidkikh metallov i splavov)
PERIODICAL: Kristallografiya, 1-958, Vol 3, Nr 1, PP 32 -42 (USSR)
ABSTRACT: This is an abridged version of a paper read at the first
All-Union conference on electron diffraction in January,
1957. Some years ago in the laboratory of the department
of solid-state physics of the Khar'kovskiy gosudarstvennyl
universitet(Kharlkov State University) a method was
developed for electron diffraction studies of liquids
(Refs 61 7) and systematic work was begun on the structure
of liquid metals and alloys. Up to that time, electron
diffraction technique was almost never used in structural
analysis of liquids. There are only two papers (Ref 8)
in which electronograms are reported for a few liquid
metals and alloys. In the method now described the
structure of liquid metals and alloys was studied, using
electronograms obtained wjth "free" liquid films with a
thickness of between 10-~ and 10-6 cm. The method of
Cardl/4 preparation of polycryatallite unbacked films was described

SOV/70-3-1-6/26
Electron Diffraction Study of the Structure of Liquid Metals and
Alloys
earlier (Ref 9). Such films are obtained by evaporation
onto a glass or mica plate in such a way that first a
soluble (in water) film of some material is deposited and
then the metal itself. When such a'plate is placed in
a solvent the metallic film can easily be separated from
the backing and floats freely on the surface of the solvent.
Such a film can then be easily removed and placed in a
special holder for use in a high-teriperature electrono-
graph. The electronograph in the above department is very
sinple(Ref 6). Its main advantage is that structural
studies can be carried out at high temperatures. However,
in ~igh-temperature work very careful preparation of
specimens is necessary-and -it must be ensured that the
heating device does not out-gas. Figure I shows a device
which acts both as a heater and specimen holder. The
device is in the form of a tantalum plate with an aperture
in the middle upon which the specimen is placed. The
tantalum ribbon is fixed in a holder whose ends are
insulated from the body. In Figure 1 (7) is the tantalum
ribbon on which the specimen is placed. By passing a
Card2/4 current through the tantalum ribbon the specimen can be

SOV/70-3-1-6/26
Electron Diffraction Study of the Structure of Liquid Metals and
Alloys
heated to any temperature and changes in its structure can
be followed either on a screen or by photographic means.
Integral analysis of intensity curves was used to determine
the degree of short-distance order. This method was des-
cribed by the present authors in Refs ? and 11 for liquid
metals and Refs 12 and 13 in the ca-ve of alloys. To cal-
culate the radial distribution in monatomic liquids,
Formula (1) was used. To determine the corresponding
function in the case of liquid alloys Eq (5) was used.
Figures 2-6 show the radial distributions at various temp-
eratures in liquid Bi, All On and In. The temperature
range covered is 235 - 850 C. The following conclusions
can be drawn from these results: 1) liquid metals
(independently of the type of the crystal lattice) have
the same short-distance order as the crystalline state at
the melting point; 2) in the case of metals with dense
packing, the co-ordination niimber decreases with increasing
temperature and in the case of "loose" packing this number
increases; 3) at high temperatures the distribution
Card3/4 density in all liquid metals tends to a smooth curve.

SOV/70-3-1-6/26
Electron Diffraction Study of the Structure of Liquid Metals and
Alloys
The following alloys were investigated: Bi-Sn, Al-Sn,
and Al-In. The radial distribution curves for these
alloys at various temperatures and compositions are
given by Figures 9-14. ftsults obtained for these alloys
show that thin films of liquid alloys (of any concen-
tration) consist, at temperaturesclose to the crystal-.
lisation point, of regions enriched with one of the
components. The character of the packing in these
"uniform" regions is very similar to the packing in the
corresponding pure liquid metals.
There are 14 figures, 5 tables and 18 references, 3 of
which are German, 1 English and 14 Soviet.
ASSOCIATION: Kharlkovskiy $osudarstvennyy universitet im.
A.M. Gor:kogo (Kharlkov State University imeni
A.M. Gor kiy)
SUBMITTED: February 26, 1957
Card 4/4

1.
ZIOV/126-6-4-i8/34
AUTHOR: Bublik&-AIQT,~
buntari, A.G.
TITLE: Electron-Diffraction Study of the Structure of Liquid
Alloys in the Al-Sn System (Elekturonograficheskoye
issledovaniye stroyeniya zhidkikh splavov sistemy Al-Sn)
PERIODICAL:Fizika Metallov i Metallovedeni-ye, 1958, Vol 6,
.- Nr 4, pp, 692-699 (USSR)
ABSTRACT: In contrast to liquid metals, the stnicture of molten
metal alloys has not been studied in great detail. One
of the first papers on this subject was written by
Danilov and Radchenko(Ref.1), followed latex by the work
of Skrishevskiy (Ref.2). The present authors suggested
(Refs-3-5) that electron diffraction was a useful
technique in the study of the structure of liquid metal
alloys. A method of calculation on the radial
distribution of the density of atoms in a liquid alloy
from electron diffraction intensities was given in
Ref-5. The present paper gives the results of
electron-diffraction study of the structure of liquid
Al-Sn alloys of the following compositions; 8Wo Al~
Card 1/4 20116 Sn; 60fo Als 4Wo Sli; 401o Al, 6CrJo Sn; 20%o Al, SWo 113n;

SOV/126-6-4-18/~,Jf
Electron-Diffraction Study of the Structure of Liquid Alloys in
the Al-Sn System
(all i'n atomic %). Each alloy was studied at several
temperaturez ranging from the neighbourhood of its
melting point ''-,o about 1500C above it. The alloys were
in the form of thin films (3 x 10-rO cm) prepared by
evaporation and condensation in vacuo. The composition
.of an alloy was determined by weighing. The samples
were melted and electron-diffraction patterns were
obtained in the high-temperature apparatus described by
Pines and Dablik (Ref.?). From the diffraction patterns
intensity cui~-,)ea were coiastructed., e.g. Fig.1 which gives
the intensities for the alloy %rith 805r, Al at GOOOC
(curve 1),, ?00r-C (curve 2),, ?5CPC (curve 3). Positions
of the maxima on the intensity curves of all the alloys
studied are given in Table 1. From the intensity
curves the distribut ions of atoms in the four alloys
were derived (Figs,,2-5). The authors make the following
deductions from the data of Figs.2-5. At temperatures
just above the iielting point, liquid Al-Sn alloys possess
Card 2/4 regions consisting mainly of atoms of one kind (e,g.Al);
I

SOV/126-6-4-18/34
Electron-Diffraction Study of the Structuxe of Liquid Alloys
in the Al-Sn System
this agrees well with the X-ray diffraction studies
of liquid alloys reported by Danilov, Radchenko, and
Skrishevskiy (Refs. .1-2). Coordination numbers
calculated for all the four alloys (Table 2, Fig.6-7)
show that the packiag in the regions consisting of
atoms of one Icind. is similar to the packing in the
corresponding pure metals. With increase of
temperature a gradual mix3*-n*g of atoms occurs and the
distribution of the two components becomes more uniform.
It Is pointed out that the studies repo4ed in the
present paper were made on films 3 x 10-0 cm thick and,
therefore, the results obtained may not apply to liquid
alloys in bulk. Acknowledgments are made to
Professor B.YA.Pines,'~~' for his advice. There are
? figures, 2 tables and 9 references of which
Cara 3/4-

SOV/126-6-4-i8/34
Electron-Diffraction Study of the Structure of Liquid Alloys
in the Al-Sn System
8 are Soviet and 1 German.
ASSOCIATI-CH: Hha2kovskiy Gosudarstvennyy Universitet imeni
A.M.Gorlkogo (Eharlkov State University imeni
A.M.Gorlkiy)
SUBMITTED: 8th February 195?.
Card 4/4

1A /.2 9 0 66982
/JD' 91)00 SOV/81-59-13-45213
Translation from: Referativnyy zhurnal. Khimiya, 1959, Nr 13, P 71 (USSR)
Buntar', A.G., Gayevaya, N.P.
AUTHORS: Jab
TITLE: The Investigation of the Structure of Liquid Alloys of the Bi-Sn System
by the Electronographic Met4od
M
PERIODICAL: Uch. zap. Kharlkovsk. un-t, 1958, Vol 98, Tr. Fiz. otd. fiz.-matem. fak...
Vol '(, pp 251 - 256
ABSTRACT: The sqatteraM of electrons)%by liquid Bi-Sn alloys has been investigated
(for alloys with 20, 50, and 80 atomic % Bi at temperatures close to the
crystallization point, and for the alloy with 50% Bi also at 2700C). The
samples were prepared in the form of "free" films (2 - 3)-10-6 cm thick
by evaporation and condensation in vacuum. The scattering intensity curves
of all alloys, a little overheated above the melting point, agree well with
the calculated ones obtained from the intensity curves for pure components
by the law of additivity. In the case of overheating by several dozens of
degrees above the liquidus there is no such agreement. Based on the inten-
sity curves of scattering the curves of the radial distribution of atoms
Card 1/2 in the alloy with 50% Bi have been calculated. The numbers of the adjacent

66982
SOV/81-59-13-45213
The Investigation of the Structure of Liquid Alloys of the Bi-Sn System by the Electrono-
graphic Method
neighbors and the coordination number have been determined approximately. The conclusion
is drawn that liquid films of Bi-Sn alloys of any concentration at the melting point con-
sist of regions, in which mainly atoms of one type are found. At overheating by several
dozens of degrees this microstratification-disappears.
D. Belashchenko
Card 2/2

BU13LIK Andpe .1 J (BublTkj, A.I.],-, KRASNITSKIY, Mi&i!
q
fro
a
Krannyto lyi,, M.S.]; BOROVSKIY, Eduard
Rud9llfovic'h (Borovalkyij B.R.); KlYANICHENKO, N.S.
lx~ianichenko, red.; LEUSIICHEKO, V.L., tokhn.
red.
Cluse of glass pipes im the vater piping In farm truild-
ings3 Siltsl~yi vnutrishnii vodoprovid iz skliarVkh trub.
Kyiv, Derzhbud,.rydav UR9R, 1963. 30 P. (MIRA 17:1)

69h89
S/020/60/131/04/02/073
AUTHOR: Bublik, B.A. (a
TITLE: Un the-Existence of Won-Rigid Closed Surfaces
PERIODICAL: Doklady Akademii nauk SSSR, 1960, Vol-131, No-4, PP 725-727-
TEXT: Continuing the investigations of * N.-N.Yefimov (Ref-3) and E.G.PozAvak
(Relp-4) and of the own paper (Ref.5) the author const3~ucts the example of
a non-rigid regular closed surface with not less than two linearly in-
dependent infinitesimal bendings.
The author mentions L.V.Kantorovich.
There are 6 Soviet references. .,
ASSOCIATION: Magnitogorskiy gosudarstvennyy pedagogicheskiy institut
(Mlagnitogoi,&State Pedagogical Institute)
PRESENTED: December 1, 1959, by P.S.Aleksandrov, Academician
SUBMITTED: November 20, 1959
Card 1/1

BUBLIK, B. A.
Cand Phys-Math Sci - (diss) "Occurrence of closed surfaces of
rotation accessible to not less than two linearly independent
fhfibitely small bendings." Moscow, 1961. 7 pp; (Moscow Order
of Lenin and Order of Labor Red Banner State University imeni
M. V. Lomonosov Mechanics-mathematics faculty); 200 coDies;
-price not given; (KL, 5-61 sup, 172)

IOUBLIK, B.
!-I
N=ber of fundamental infinitesimal deformations of closed finned
surfaces of revolution. Usp. mat. nauk 18 no.2:121-125 Mr-Ap
163. (MIRA 16:8)
(Surfaces, Deformation of)

87798
lo gloo S/040/60/024/005/021/028
':~- 4, '21 4s- C111/C222
AUTHORS: Bublik,--B.N., and Merkulovp V.I. (Kiyer)
TITLE: On the Dynamic Stability of Thin Elastic Shells Filled up '"Nith a
Fluid
PERIODICkLt Prikladnaya matematika i mekhanika, 1960, Vol.24, No-5,
pp-941-946
TEXT: The authors consider a thin elastic shell the inner cavity of whioh
is entirely or partially filled with an ideal incompressible fluid. The
question for the dynamic stability leads to the solution of the variation
problem t
r, f
(1.1) a (T'f-A"-U")dt ~ 0,
t
0
where T" and U11 are the kinetic and the potential energy of the disturbed
system, while All is the work of a certain reduced load on the shifts of
the disturbance and is defined as in (Ref.2). If the inertia terms can be
neglected or if the initial state of the shell is almost free of moments
it holds
(1-5) All - OfFP u+F v+F wJd67,
Card 1/5 2 z L~'~ is n

S/040/60/024/005/021/028
C111/C222
On the Dynamic Stability of Thin Elastic Shells Filled up With a Fluid
where
U PT
P PQ 1 2)-T,V(E,P)+ -,,,-(~2PSO)+Sc~ c)
P, R-P
(1-4) F = TOX,+To
n 2-0-2
V . 1 'j QT')-To---L' 1 0 o
- ') (82
PQ [79 1 2 ~~(2Q)+ 7-T(FIQS )+S 7~,(Elp)-qj 1+Y'
I
Here and lateron ~' is the middle --,uy-face; c~',(, are its curvilinear
coordinates; n is its normal; P Q are the coefficients of its first
fundamental form; u.v,vv art-, shifts corresponding. to D(,~ n; m. and gare
mass densities of the surface of the shell and the volume of the fluid;
Ell 2,Care relative deformations of the shell expressed by
0 0 0
u,v,w according to the linear theory of shells; T ~ T 'S are stresseQ.
1- 2
of the undisturbed shell by which the initial state free of moments 1.8
characterized; qoqg,qn are the outer loads; a is the acceleration of the
Card 2/5

'9~005/021/028
S / 0 4 6 o ~072Q
C 11 1YC222
On the Dynamic Stability of Thin Elastic Shells Filled up With a Fluid.
translation of motion of the system; V is the volume of the fluid,~D is
. I
the velocity potential of the fluid in V; 7- 1is the part of the boundary
of V where 31- is known; 7- is the part of the boundary of V where-fie
'a h 2
known; G is the Green's function of the Neumann-Dirichlet problem for
the Laplace equation in V.
It holds
(1.6) G d5 - if d 15.
ff -,j-U
zl
The solution of (1.1) leads to four differential equations
(1.7) L (U)+L -L-'02 [ F., --m 2LU0
11 12(v)+Ll3(w)+ Eh Oat2
L (u)+L (v)+L 1 1 0
21 22 23(w)+ 1-1: rF -M
t. 2
Eh A %tv
Card 3/5

67798
S/040/60/024/005/021/028
CM/C222
On the Dynamic Stability of Thin Elastic Shells Filled up With a Fluid
31 32 33(w)+ IE IF I,w e 2�1- 0
L (u)+L (v)+L h n-mo ~-t -&t
A ~P - 0.
The boundary conditions correspond to the clamping of the boundary of
the shell
[Abstracter's note: not given I
and -PI
(1.8) +a 0 on the free surface z 0
(1.9) ;)%p aw n the wetted inner surface.
-5-n = -WT 0
The operators L,M,E,N and the vectPr X(u,v,w,xp) can be introduced so
that (1-7) assumes the form
(2.1) LX+MX+E -a 2' +N !-X = 0
Card 4/5 1 t2 -at

M98
S/040/60/024/005/021/028
C111/C222
On the Dynamic Stability of Thin Elastic Shells Filled up With a Fluid
Here L,M,E,N satisfy all conditions for the existence and uniquenesq of
a generalized solution according to the theorem 3 of Vishik (Ref,6).
As an application of the described theory the authors consider a circular
c~rlindrical shell filled with a fluid, with a flexibly clamped boundary.
The investigation leads to a system of Hillss equations the -Jnveal~igation
of which yields the eigenfrequencies and kinetic forces for the system
shell + fluid. If especially the shell is filled completely with a fluid
then the question for the stability for arbitrary shell parameter and
loads can be answered with the aid of the stability diagram for the
appearing Hill's equations.
The authors thank N.N.MoAseyev for the theme and advices. There are 6
Soviet references.
[Abstracter's notej (Ref.2) concerns V.V.Boloting Dynamic Stability of
Elastic systems, 1956. (Ref.6) concerns a paper of M.I.Vishik in Doklady
Akademii nauk SSSR, Vol-100, NO-31
SUBMITTEDt November 25~ 1959
Card 5/5