SCIENTIFIC ABSTRACT GORBUNOV, M.A. - GORBUNOV, N.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000516110016-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GORBUNOV, M. A. and KCSHIINJI N. I.
"Absorption of Sound in the Region of Transition from
Liquid to Crystals."
report presented at the 6th Sci. Conference on the
Application of Ultrasound
in the investigation of Matter, 3-7 Feb 1956, organized
by Min. of Edueation
MEW and Moscow Oblast ?edagogic Inat. im N. K. Krupskaya.

ES
T;O,ZD,.R:-7X1) V. F. I KOMIMF, N. I. , and GO-1:010 'N, M. A.
"Study of Physico-Chemical Properties of Complex
Mermod~namical SystE--,
by Ultrasovic Methc4s."
paper presented at 4th All-Union Conf. on Acoustics, Moscow,
206 May P jun 58.
Z

NCZMBVO V.7.; YAKOVIST# V.P.; KOSHKIN, N.I.; GORBUNOT# M.-A.
Certain now possibilities for using drtVe`===aS;9_yOr investi-
gating substanass. Izv. vys. ucheb. zav.; radiotakh. no,1:35~42
to, (K IM mo 4)
1. Pekamendoyana kafedroy obehohey Miki Mookovskogo oblastnogo
pedagogichookogo instituts.
(Ultrasonics) (Liquids)

5(2,4j
AUTRORS: Gorbunov, 11. A., Kochkin, 11. 1. SOV/153-58-4-8/22
TITLE: _~easur_eent of the Absorption of Ultra-Sonic Waves in
Oroanic Liquids in the Transition Zone, Liquid-Crystal
(lzmereniye poeloshcheniya ul'trazvulcovykh voln v
organicheskikh zhidkoctynkh v oblaoti perckhoda zhidkontl-
kristall)
PERIODICAL: izvestiya vysshikh uchobnykh zavedeniy. Xhimiya i
khimicheskaya tekhnologiya, 1958, Nr 4, PP 49 - 54 (USSR)
ABSTRACT. The study of the properties of matter in the
transition zone, liquid-crystal, is of particular
impo--tance today, especially in connection with the
artificial growth of crystals for various industrial
purposes, as well as for the prodlIGtiOn of pure
substances. A survey of literature is given (Refs 1-10,
14-16). The problem mentioned in the title was, as
far as the authors know, not investiL:ated. The authors
used the impulse -method for measurements in the
Card 1/3 transition zone. The main problem wan to determine

Measurement of the Absorption of Ultra-Sonic Waves in
SON/In'3-5B-4-8/22
Organic Liquids in the Transition Zone, Liquid-Crystal
whether the impulse would penetrate the medium
in the transition zone with low sound intonsities:
if not, the natural process of crystallization
viould be disturbed. (Ref." 3,11). Eventi'allYt the
aiithors succeeded in constructing the chamber out-
lined in figure 1. The con~,truction and functioning
of this charaber are described. Tests we-:-e carried out
with benzene (consolidation Point +50) and its
derivatives of various kinds: o-xylene, chlorobenzone,
ben2~yl alcohol, and carbon tetrachloride. The lLtter
served for comparisons since its molecular st:~,ucture
differs considerably frorm that of benzene and its
derivatives. The authors refrain from entering into
a theoretical discussion of the general problem of
transition between liquids and solids and confine
themaelves to a discussion of the results of measureme-ts
of the absorption in benzeno tuid bon-_yl alcohol.
It follows from the results obtEdned that; 1) there
Card 2/3 coexist in the transition zone 2 modific~,tions
which

Measurement of the Absorption of Ultra-Sonic Waves in
SOV/153-56-4-8/22
organic Liquids in the Transition Zone, Liquid-Cr~rstal
are in static equilibrium; this fact also seems to
determine the presence of -an absorption maximun, its
position and width. b) The transition does not
take place at a cert--in temperature,,but within a
range of temperature determined by the strkictural
properties of the substance. There are 3 figures and
16 references, 1'17_;419 Aich are Soviot.
ASSOCIATION: Moskovskiy oblastnoy pedagogichookiy institut
(1-10"cow
Ofblast Pedagogical Institute)Kafedra obshchey fiziki
(Chair of General Physics)
SUBMITTED: October 12, 1957
Card 3/3

SOV/124-59-9-9840
Translation fromi ReferativrAyy zhurnal, Mekhanika, 1959, Nr 9,
P 38 (us
SR
AUTHORS: Kagthlrin N-I*-, jorbung, I.A_
TI=: A Method Worked out for Measuring the Absorption
of-am-rsonic
Waven in the Liquid-Solid Transition Range
PERIODICAL: V sb.i Primenenlye ul"traakust. k issled.
veshchestva. Nr 6,
Moscow, 1958, PP 199 - 208
AWTRACT: The authors describe different variants of the pulse
method for
studying the supersonic absorption (frequency of the order of 106
cps) by liquids at temperatures being close to the
crystallization
temperature. The conditions, which must be fulfilled for applying
the pulse method to investigating the properties of matter within
the transition range between liquid and solid crystalline state,
are formulated: 1) application of a solid acoustic delay line;
2) using two quartz converters for reducing the acoustic range;
3) operation within millimeter distances. A glassy measuring
chamber is described, which provides for the following
properties-.
Card 1/2, a) uniformity of the crystallization process over the
entire volume
Xb

SOV/124-59-9-98W
A Method Worked out for Measuring the'Absorption of
Supersonic Waves In the
Liquid-Solid Transition Rtinge
of the chamber; b) possibility of a direct observation
of the oours 'e df a
process; c) exclusion of possible chemical interactions
between the in-
vestigated liquid and the chamber walls. The authors
recommend to record
two series of measurements with different distances
between the radiating
and receiving quartzes. It is necessary to record also
the initial value
of the sounding pulse equal for the two measurement
series. The measure-
ments must be carried out at temperatures different
from the crystallization
temperature by 1 - 1.500. The results from measuring
the sound absorption
coefficient of benzol at a frequency of 6.35 Me within
the temperature range
from 4 to 8oC are presented graphically. Bibl. 12
titles.
B.B. Kudryavtsev
V16
Card 2/2

C; v
I
I kill
It ;1
it E
TL

l

ft

F:1
I

l

it
9. 1

c
afe

y to
ft,- 4
IM
u lilt .1
lit 1
;1!ja
At
MAN I

GCRBUNCV, M. A., Cand Phys-Math Sci -- (diss) "Research intc the
ab-
sorption of ultrasonic waves in the area of tran-sition of
t,
orCanic substances." Mloseow, 1960. 10 DT); (Mini,E;try 0 f Eu,
u C ~~ t i on ~~ t,~: ;~ -, -
4 ~ ~11, ,
Moscow Oblast' Pedegogical Inst im Jq. k,. Krup!~,kaya); 200
copies; price
L) -
not given; (KL, 24-60, 12?)

aORRUNOV, M.A. AMD NOZDREV~ V.F.
--------
"Untersuchung der absorption der
ultraschalls
auf dem schemelzungsgebet der
molakularen crystal.
Paper presented at Fourth Intl.
Congress on Acoutics.
Copenhagen, 21-28 Aug 196?

GORBUNOVp M.A.; ROSAKIN, N.I,
Ultrasound absorption in the transition region
liquid -
polycrystallins benzene. Prim. ulitreakust. k
isel. veshch.
no.l3t241-250 161, OGRA 16:6)
Benzene-Acoustic properties)
eorption of sound)
M

i'll C~ 7 i7 T (-)W

i~'j t"n 5 1n Dmit,riye-va, N. A.
1i. !. Garbunov, M. A
T'11 T LE C GJ, 'jklJ)n of acoustic propartier4f 'pol"prit'r.; i;y
iL pulse Metilod
Jibs. 1:L7,h435
REF Sb. Frii,.,ieneni~,e ulltraakust. kissled. veshchestva. Vyp. M,
M.) 1964"
47-53
.'TOFIC TA.C;S: ultrasound abnorption, acoustic speed, epoxy
plastic, rubber, butyl
rulb'Der, acoustic measurement, thermortat 3 #9COCIJ-r/C Arre'AF.Cry
ABSTI-ACT: The speed and absorption of ultrasound were measured at
frequencies 500 kcs
- 10 1'cs in the following polymer materials:
polvbutylmelh~,~lat~e)c~)mpounds based
on epoxy resin or the producb of copolymer. . utylmethaerylatcP'with
dimet

acrjlatle-,,,L~iet, 1~ine gl~,co. a~ m~brature range -60 - +60C. A b
e glycol, Or
dia3ram of -he pb1se apparatun-ir, The speed measurement vas based
on the re-
lative disD-Lacement of the first half-wave on the oscilloscope
screen :,,'or two samples
made of the same material but having different lengths. In
determining the absorption
the amplitudes o0 the first half
4. -wave were compared after passage throiigh samples of
different lengths of the given material. The method of multiple
reflections was also
used. ", c~chematic diagram of the measuring chamber is presented.
The entire system
was irzerGed in a DL,%qar vessel filled with a liquid which did not
react with the in-
vestiGate4 polymer. To obtain low temperatures, refrigerating
apparatus was used in
Card 1/2

L 322991-6b
conjunction with an ultrathernortat of the "Vobzer" type (accuracy
0.05C). Curves
showinZ the of (X, nnd of the ultrasound velocity on the temperature
at 830
and 9,50- lies ~nd ~,jt, 2ivere o1btaincd. The temperature at which
the temperature co-
efficients oil' the vclacity change, exhibit no reciprocal
proportionality to the tem-
Perature witl-~in the iii~iits of experimental accuracy (1%) in the
interval 80-0 kcs 2
Mcs. 7he 111*c:1-a""ound ".peed in rubber decreaE;es rapidly in the
interval -4o I.- 10C
while tho a-'bi;orpLion in the region -_'~O - 20C paases through a
maximiun (transition frora
the biFhly-elta%tic into the glass-like state). At higber
frequencies, the absorption
maximiz-n shlits toward lower temperatures. 1. Nikolayeva.
(Translation of abstract)
SUB (;O-jj-,-,: 20
A;)

L Nno-66
ACC NRAMUKU" SOUNDS COD11 MV027311moowwwowowoom
IJP(c) JD/JH
AUTHORI -Go*=Y, M. Burkovp V. V.
'TITIAt Engineering economic effectiveness of adopting aluminum
radiators
SOUNCEit Ref. sh.-Drigatell. vautreanago egoraniyaq Absp 1.39-130
MW SOURGEt Zap* ~."kh. in-t!'# ve, 97# 1965j, 205-217
TOPIC TAGSs aluminump wqAme radiator
ABSTRACTs The adoption by iadustry of aluminum sectioned radiators
manufactured
directly from the melt or from alloyed-r-ol-fe-dproduets Qlas found
to be economically
feasible. Moreover,, it economis" large amounts or,.* such
critical,gatbrials as
copper, load and tin, and has other advantages'in the manufacture 1.
tune atmi repair of
radiators. The estimated yearly savings to the USSR from the
adoptat.00 of sectioned
aluminum radiators will be about 35 million rubles. The 200#000 to
2501ODO rubles
needed as investment to manufacture copper radiators accounts
for.favorable depre-
ciation of the aluminum radiator producing installation. The
manufacture of soldered
aluminum radiators of the NE-120 type and the tubing-ribbed aluminum
radiators is
unprofitable.
SUB CODEs 139 1l/ SUBM DATZ: none
Card 1/1

L 45173-M
ACC NR: AR6023279 SOURCE CODE: UR/0058/66/000/003/EO07/EO07
AUTHOR.; Gorbunoy, M. A. Makhmudov, A. U.
ORG: none
i TITL]4-. I& m-Ug4tlon. Iky, !~e pulsip method of acous4c
rogerties of benzenel..-,
transition from crystial to liquid 1t1ftA"A.%-4*V 400000not-
A-1-1-7
SOURCE--- -Ref. zh. Fizika-, -Abs~ - 31349- -
REF SOURCE: Tr. 1-y Mezhvuz. nauchn. konferents1i po primeneniyu
mole
akust. k issled. veshchestva i v nar. kh-ve. Tashkent, 1964, 77-84
TOPIC TAGS: acoustic property, benzene, ultrasound absorption,
temperature
dependence, frequency band, pulse method, crystal liquid
'transition
ABSTRACT: Ultrasound absorption has been measured in crystalline
and liquid
benzene at a frequency of 15. 1 Mc. It' was found that up to 5. 3C
the absorption
depends little on temperature but at higher temperatures
absorption dependency
increases sharply up to the values characteristic of the liquid
phase. The role of
1/2

1 4gu-66.
I ACC NR: AR6023219
diffuse scattering of ultrasound at the crystalline grain
boundaries is discussed.
The procedure of preparing samples is described. [Translation of
abstract] [NT]
SUB CODE: 20/
Card 2 2

GNOYEVOY, P.S., inzh.; NOVIKOVp V.G., Jnzh.;
GORBUNOV M.A., Inzh.;
KONAREVSKIY, A.A., inzh.; BESSTRASHNOVA, 6. .1
-M-1-adshly
nauchnyy sotrudnik; GINZBURG, O.M., mladahly nauchnyy
sotrudnik; SKOBELFV, M.V., mladshiy nauchnyy
sotrudnik
Experimental unit for studying the thermal and
humidifying
processes in sausage production. Trudy VNIIMP
no.12:104..
111 164. (MIFIA 18:2)

I
GOAPIP!RV, M. D.
The PCImn'" fish-locating echo sounder.
Biul.tekh.-ekon.informo
no.10:45-46 160. (MIRA 13-10)
(Sonar in fishing)

GORBUNOV, M.D.
Fish-searching sounding device nDellfin 1.0
Biul.tekh.-ekon.
inform. no.7t69-70 161. (MIRA 2-4:6)
(Fish processing plants)

ARMIYEV, Yu.N., kandidat tekhnichaskikh nauk; A RY V, I.A.,
inshener;
ASTVATSATUROV, G.G., inshener; BISWOVATYY. S.L. inzhaner;
BONDARU-
10, A.Y., inshener; GURALINIK, Ye.L , Inzhener; GORBUNOV, K.Y,
inzhe-
ner; ZIATKOVSKIY, A.P., kandidat tekhnicheskikh MerACIT01-09,
*.W., in-
zhener. KITAYZV, A.S., in'zhener; KOZLOV, A.M., Inzhener;
ISONOV, P.T..
inshener; LIVSH-7TS, L.G., kandidat takhnioheskikh nauk;
LIBERMAN, A.R.,
inshener; LINNIK, Ye.M., luzhener; LUKANOV, M.A., inzhdder;
XOROZOV,
S.A., inshener; POGORILYY, I.P.. kandidat tekbutcheskikh nauk;
PETROV,
S.A., kandidAt tokhnicheek1kh nauk; PYAT=KIT, B.G., inshener;
RABO-
CHIY, L.G., kandidat tekhnicheskikh naukt SILIVANOV, A.I.,
kandidat
tekhnichaskikh nauk; FUBXRG, B.S., kandidat takhnicheakikh nauk;
CHISTYAKOV, V.D., inzhener; CHUNIIHIN, V.M.. inshener;
SHIRYAYZV. A.1.,
inshener; SHCHUFAK, A.P., inshener; KUCHUMOV, P.S., inzhener,
redaktor;
PETROV, S.A.; PZTRYAXOV,. A.L. redAktor; BAIIOD, A.I.,
tekhnicheskiy
redaktor.
(Handbook of equipment for repairing tractors and agricultural
machine-
ry], Spravochnik po oborudovaniiu dlia remonta traktorov i
sel'skokho-
ZW9tTeWkh mashin. Moskva, Goo. isd-vo selkhos. lit-ry, 1934.
646 p.
NLRA 7:11)
(Tractors--Repairing) (Agricultural machinery--Maintenance and
repair)

t' RB
10 UNOVI 14. G.
Authors Gorbumv;. M.G.
,ritie: Aga of the tertiery flora at Ummkoa nn tht
OD,
Jourdalt Doklady Akadimil liauk Sa"Slip 1951)
W,1-771 09-11 P- 101
0
SAbjeetv Palteont 1099
Froms D.S.I.R.

USSR/ Goology. - Paleontology
Card I
Authors Gorbunov, M. G.
TItIe Grape seeds fr(La iliocene depc)sits found downstream Qf the
Chitlym River
in Festern Sibvria
Per:Loaica:L Dokl. AN MR, 97, Ed. 3, 527 530, July 21, 1954
Abstract Scientific data are given on grape seeds extracted from
ilicoene deposits
taken from the Chulim River in Ilestern Siberia. Sixteen references.
Drawing!s.
Institution : The V.. V. Kuybyshev State University, Paleontological
Museum, Tomsk
Preserate6 by: Academician, V. N. Sukachev, May 17, 1954

IMSH/Geology - Tertiary flora
card :LA 5. Pab 22 - 30/U.
Autbors t Gorbunov, M. G.) and Shatskiyj S. B.
.Title : Stratigraphic position of tertiary flora (Kompasskiy
Forest) on
the Tim River Western Siberia)
Periodical- t~Dok AN SSSR- TF/6., 1049-1052,, Aug 21, 1954
Abstract. I Map showing thestratigraphie position of tertiary flora
on the
Kompasskiy -forei;t - on the -River -Tim--in- Western Siberiaj is
presented.
The mater al-on-the I ces of Tertiary era plants., was
argest resour
gathered in 1952 by--the-West Siberia Geological Society. Twelve.
USSR references (188-1,1952).
Institution
Obruchev, 1,L-Y 31, a954
Presented by: Academician V. A

ANURIN,A.V.; ANANITAT9A.P.; BEMIKTOYA,R.U.; GRLTSIANOVA,
I.T.; YBGCROVA,L.r.; IYANITA.Y.A.; KRAYNSKLYA.L.K.;
KRAWMY31VA,
P.S.; LXBIM,I.V.; LCHOVITSKAYA.M.P.; POLTUTIVA,O.K.;
ROGOZIN,L.A.;
RAWHUKO,G.P.; RZH(X5NITSKAYA,H.A.; BIVOV,A.G.;
YOKIGHWiV.D.; MILL-
FINA.V.K.; UILWIN.L.L.; CE30WSHIVA.S.V.; NIKITIMAJ.N.,
redaktor;
OUROVA,O.A., tekhaicheskly redaktor
[Atlas of leading forms of fossils in the fauna and
flora of Vestern
Siberia) Atlas rukovodiashchikh form inkopasmykh fauny,
i flory sapad-
nol sibiri. Pod red. L.LJM&Ifina. Hookys, Gov.
nauchno-tokha.izd-vo
Ilt-ry po geologii i okhrans nedr, Vol.l. 1955. 498 p.
Vol.2. 1955.
3.18 P. [Microfilm] (KLRA 9:3)
1. Tomsk. Politokhnicheskiy institut imeni Kirov&.
(Siberia, WeeterA-Faleontology)

G(MBUNOV, M.G., BARUWV. I.A.
On the stratigrapby of Tertiary flora in the Ub valley
near Tomak.
Dokl. AN SSSR 105 no.5:1062-1065 D 155. (HLRA 9;3)
1. Predstavleas aks4emikom D.I. Shcherbakovym.
(0b valley-Geology, Stratigraphic)

G 91- .
New Juglans species from Tertiary deposits of Western
Siberia.
Bot.zhur. 41 no.5:653-666 My '56. (MLRA 10:7)
1. Tomskiy goeudaretvanW universitet.
(Siberia, Western--Walnut, Fossil)

GORBUNOV, M.G.
Tertiary pines in Western Siberia [with summary in Inglish).
Bot.zhur.
43 no.3:337-352 Mr 158. (MIRA 11:5)
1. Tomokiy goBudaretvannyy universitet.
(Siberia, Western--Pine, Fossil)

3(5)917(4)
AUTMOR: GoEbunoyL Id. G. SOV/20-128-3-48/58
TITLE:
On Residues of Fruit of the Apple Tree (Pirus Mal-Lis) From

Tertiary Deposits in West Siberia
PERIODICAL:
Doklady Akademii nauk
SSSR, 1959t Vol 1289 Nr 3, lip 607-610

(USSR)
ABSTRACT:
The
disclosure of Zaobskiy Yar (on the branch of the river Ob'#

0' km
south of the village of Kozhevaikovo) is, according to

investigations by P. A. Nikitin (Ref 3), one of the moat

abundant
disclosures with respect to discoveries of Tertiary

plant seed and
-fruit (Fig 1). This dizolosure is stratigraphi-

cally divided into
2 unequally thick halves* On the foot of

the steep wall, up to 6-9
m high above the river level,

Tertiary sediments are deposited
which are covered by a

Quaternary mass up to 36 m thick. The
Tertiary sediments belong

to 2 horizons. Siderite nuclei of
fTesh-water mollusks were

found in the lower horizon
(detarminations by A.G. Eberzing

Ref 1). An intermediate layer of
sandy loam, 0,5 m thick, was

found in the loam of the same horizon.
It contains numerous plant

remains in the form of detritusp soed,
fruitt wood, and leaf
Card 1/3
remains. P. A. Nikitin washed out and
determined 116 species of

On Residues of Fruit of the Apple Tree (Pirus malus)
SOV/20-128-3-48/56
From Tertiary Deposits in West Siberia
plants from these -remains. In his opinionj this loam mass is
of
Pliocene age. The author considers the flora one of the
habitats
of the Kireyevskiy type which he assigns to the Lower Pliooene
(Ref 1). In To A. Yakubovskayals opinion (Ref 4). these
deposits
are of Miocene age. The author found and described - from the
lant detritue - endooarpia of Juglans oineres L. fossilis
Brorin
according.to Ref 7)p numerous cones of Sequoia Largsdorfii
Brogn.), as well as some cones of Metasequoia disticha (Heer)
~
iki (Ref 6). Among the undescribed plant remains# some large
fruits are interesting which the author now assigns to the
genus
of Malus Miller (family of rosaceae)o Also leaves of this genus
are seldom inthe fossil state, fruits seem to be wholly unknown
(Ref 7). Here follows a description of the ner, species;
M a I u a o b e n a i s 0 o r b u n o v s pe no (Fig 2).
These fruits are similar to those from the Japanese Pliocene
(Ref 8), namely the presumable Carya akashiana Miki. The author
was also mistaken before when he described the apples under
discussion as Carya. (Ref 1). Also Miki (Ref 9) has 3ow
assigned
his C. akashiana to the family of roaaceae (as Chaenomeles
Card 2/3 japonica (Thunb.) Lindl.). A comparison of the fruit
of

On Residues of Fruit of the Apple Tree (Pirus Malus)
SOV/20-128-3-48/58
From Tertiary Deposits in West Siberia
Me obensis with that of recent species is difficult due to the
poorly characteristic aspeoti With respect to the size of the
fraitt the species of Me obensis is next to the s:peoies of
Malus Sieversii (Ldb.),M. Roem from Soviet Central Asia.
Me Sieverai rises up to the Tarbogatay Chain (Ref 10) in the
north. At presentf there is no recent species of 11alus in the
West-S'Lberian flora, The rather large fruit of Me obensis
suggests it favorable climate in the beginning Pliocene in the
respective area. There are 2 figures and 10 referencest 6 of
which are Soviet.
ASSOCIATION: Toms!--iy gosudarstvennyy universitet .1ra. V. V.,
Kuybysheva
(Tomsk State University imeni V.V* Kuybyshev)
PRESENTEDt June 1, 1959t by V.N. Sukaohev, Academician
SUBMITTED: May 29, 1959
Card 3/3

G,ORBUNDT, )L a.
Gontribution to the study of the Tays, horizon of
siliceous
rocks in Western Siberia. Doid.AN SBU 133
no.2:427-430
ii l6o. (MM 13:7)
1-Tomskiy gonudaretvanVy universitet imeni
T.VJvWby~h9v&*
Predstavleno &kademikom A.A.Trofimmkom.
(Y" TallqW--Qeology, Otratigmphic)

GORBUNOV, M.G,'
Find of fossil nut near Antropovo on the River
Tavda. Dokl.
AN SSSR 155 no. 4:814-817 Ap 164. (MIRA 17:5)
1. Tom5kiy gosudarstvonnyy universitat im.
V.V.Kuyhyqbeva.
Predstavleno akademikom V.N.Sukachevym.

KHA,LFIN, L.O*% prof.) otv. red.; IVPJUYA, V.A.)
dots., kand.
geol.:r;.iner. nauk, red. toma; BAURIOV, I.K.,
prof., red..;
BULD."NIKOV) A.Ya.) prof., red.; GORBIUNOV,, M.G.,
dotu.. kand.
geol.-miner. nauk, red.; KUZIMIN,
D.S*,q prof., rcA.; ROGOV, G.M.., dots., kand.
geol.-miner.
nauk) red.; SULAK.5HN, S.S., dots., kand. tekhn.
nauk, red.;
KHAKHLOVI V.A., prof., red.
[Materials on the geology and mineraIs of Western
Siberia;
reDorts] Materialy po geologii i polezriym
iskopaemym Zq.,udnoi
Sibiri; doklady. Tomsk, Izd-vo Tomskogo univ.,
196.44. 424 p.
(MIRA 180)
1. Konferentsiya, posvyashchenriaya 100-leti~u so
dnya -ozlide.-
niya akademika M.A.Usova, Tomsk, 1963.

L 34c72-66 EWT(l), GW
ACC NR~ AP6021223 SOURCE CODE: UR/0210/66/ooo/oo4/ouqq/oiob
AUTHOR: Goebunov, M G.; lo3pelova, G. A.
ORG: Tomsk State University (Tomskiy goaudarstvennyy
universitet) ; jR_stitu_t_e__Q~L_
Geology and Geophysics, Siberian Department,ANSSSR (Institut
geologii i geofiziki
Sibirskogo otdeleniya AN SSSR)
TITLE: Ppleomacmetic investigation in the Lower Miocene lake
clays of the Tym
River (Western Siberia)
SOURCE: Geologiya i geofizika, no. 4, 1966, 99-1o6
T`0PIC TAGS: paleomagnetism, Mpp*P-944*~c=e, 4xmr==ffitrzft,
magnetic declination,
magnetic inclination, xftmm3rrLr magnetization, vlroeeH
m&S%*4&aa&4,Pn
ABSTRACT- Paleomagnetic investigations have been carried out on
lake clays taken
from the banks of the River Tym in Belyy Yar in the Kompasakiy
Bor region in North-
west Siberia. The clay was lens-shaped and belonged to the Upper
Oligocene. Nine
patterns were taken from various places in the lens. Patterns
were studied in the
laboratory of the Institute of Geology and Geophysics of the
Siberian Department of
the Academy of Sciences of the USSR. Patterns taken from the
middle of the lens
had weak magnetization and those taken from the upper part had
stronger magnetization,
Magnetization of all patter-no was inverse to the present state
of the earth's field.
Card
82

_L 3A972!~_66
ACC Nit, AP6021223
Magnetic declination of all patterns was 194-50 and the man
Inclination -620, sinc
the present declination of the magnetic field is 140 and the
inclination +77*. The
stability of the remanent magnetization was determined by the
demagnetizing alter-
nating field. The demagnetizing field varied from 12 to 28 oe
in the patterns, which
indicates magnetization metastability. The viscous
magnetization was determined from
the difference in the remanent magnetization after the action
of the earth's field
in the direction of the magnetization and against it. A fast
restoration of magne-
tization after demagnetization in a constant field and great
viscous magnetization
indicate that rocks cannot be considered to resist temporary
magn6tization in the
earth's field and that viscous magnetization easily appears in
rocks and vanishes
rapidly. The speed of increase of viscous magnetization
rapidly diminishes and its
maximum is less than that of the initial magnetization. The
position of the pole
at the time when these sediments were deposited was computed
from the declination
and inclination and was found to be at A = 230'E and ~ = 70%.
These coordinates
agree with the migration curve of the pole. The polarity of
the geomagnetic field
then was opposite in comparison to the present field.
Computations based on the
remanent magnetization show that the region of Kompasskiy Bor
was tit the paleolatitucb
of 420. The difference between that and the present latitude
is 180. These results
may be considered as new data on the history of geomagnetic
field. Orig. art. has:
3 figures. (EG)
SUB COEE: 08/ SUBM DATE: 21Aug65/ ORIG REF: 008/ ATD
PMSS:,5V2_?
is

GORBUMM) NIIII, inzhener.
From the work wTorienco of the Hungnrian furniture industry. Der.
prom. 5 no.8:26-27 Ag 156. .(MIRA 9:10)
(Hungpi7-4rurniturn Industry)

GCRMOV, N.I., Inzhener.
- 7F=n"g"r"ea*r pwL*ls without fmmes. Der.prom-5
no.12:22-23 D 156.
(MIRA 10:1)
(Fumiture industry)

GORBUNOV, Nikolpy.-Jy novich inzh.; SLUTSKIY, S.B., red.;
SARRATSKATA,G.I.,
~-;7-.Gda-t 1
r d 8 fetva, MTISHKO, L.V., tekhn.red.
[Selection of veneer for facing furniture] Podbor fanery dlia obli-
tsovki mebeli. Moskva, Goslesbumizdat, 1957. 94 p. (MIRA 10:12)
(Veneers and veneering)

GORBUlTOV,..j6Lba,l,uzh.
e___OO,w?_,_nIshing furniture In Hungarian
enterprises. Der-Prom- 7
no.3:30 Mr '58. , (MIRA 11:4)
(HungarY--l'urniture) (Hungary-Wood finishing)

GORBUNOV, I.I., insh.
Chests and half-chests made of glued plywood. Der.
prom. 7 no-7:20-
21 JTl 158. (KIRA 11:8)
1. Proyaktpo-konstruktorskoys byuro
Mosobldravmebellprome.
(Plywood)
(Containers)

GORBUNOT. 17, 1 -insh.
Selecting plywood for facing furniture.
Der.prom; 8 no.4125
AP 1.59, XMA 12W
(Plywood) (yurnitnre industry)

GORBUNOV, N.I.
Manufacture of veneer shoots from wood shavings for
furniture
manufacture. Der. prom. 8 rp.11121-2,2 N 159-
(MIRA 13:3)
(Venosirs and Tollepring)

GOWBOY, N. I. I inshe
Paste for remov&I of otl-during poliabing,
Der.promo 9
no-3:18 Mr 1W. (MI" 13:6)
1. Moskovsksqa mebelinaya fabrika IlLyukons
(Grinding and polishing)
(Moscow-yarniture induatry-Nquipment and supplies)

AnTIPoY-XARATAYZV, I.N. , akademik, otv.rad.; TYURIN, I.V.,
glavnyy red.;
GORMOV, N.I.. red.; VBRIGINA, K.V., red.; ZONN, S.V-, red.;
so redo; WROV-ZIRIDWe O.K.0 red.t KONONOV.A,
N.M., redo,* LOBOVA, Te.V., red.; MISHUSTIN, Te.N., red.;
RODA,
A.A., red.; ROMOV, A.N., red.; SOKOLOV, A.V., red.; FRIM-UM,
Vom., red.; SHUVALOV, S.A., redo; TWIMOV, A.L., red.izd-va;
MAKUNI, Te.V., tekhn.red,
[Reports of Soviet woil scientists to the 7th International
Congress in the U.S.A.] Doklady sovetakikh pochvovedov k VII
Nexhdunarodnomu kongressu v SShA. NoBkva. Isd-vo Akad.nauk
SSSR,
1960. 487 P. (MIRA 1'1:10)
1. International Congress of Soil Science. 7th. 2. AN
Tadzhik-
skoy SGR (for Antipoy-Karatayev). 3. Pochvetnyy inatitut
im, V.V.
Dokuchayeva Akademli nauk SSSR, Moskva (for
Antipov-Urstayev, Gorbunov.
(Continued on next card)

ANTIPOV-XAUTAYNT, I.N.---(continued) Card 2.
Ivanova,,Xononovs. Rosanov-,,Yridland, Sokolov).. 4. Laboratoriya
lesovedenlya Akademii nauk BSSR, Moskva (for Zonn). .5. Vtiesoyuznyy
nauchno-ionledovateliskiy institut udobrenLy i agropochvovedeni.Va
Vaesoyusnoy ordena Lenina Akodemii sel'Bkokhoz.nauk imeni V.I.Lenina
i Institut xamledellya akadenii sallskokhoz.nauk Beloruszkoy SSR (for
Eadrov-Zikhmen). 6. Institut mikrobiologii Akademli nauk SSBR, Moskys
(for Mishustin). 7. Nauchn" institut po udd'oreniyam i insaktofungi-
taidam im. Ta.V.Samoylove, Moskva (for Sokolov).
(Soil research)

GIMBUNGV , N. I.. inzh ,
Attachment for prefilling pressing of the wood particle
mass*
Der.prom. 10 no.11:23 N 161. (MBIA 1/+:10)
1. MebelInaya fabriks. "Lyuks'l., Wskva.
(Wood, Compressed)

doktor sallkhoz, nauk, prol'o)
KOZHEKOV, Dzholdoshbek; GQR.B.UNQVj
otv. red.; BUTENKO, N.P., red.izd-va; POFGVA,
M.G.,, tekhn.;
red.
[Soils of sprues and juniper forests in
Kirghizistan, their
chemical and mineralogical composition and
properties] Poah-
vy elovykh i archovykh lesov Kirgizii, ikh
khimiko-mineralo-
gicheskii sostav i svoistva. Fnmzep Izd-vo AN
Kirg.SSR
1963. 147 P. (MIRA 17:11
1. Zaveduyushc~iy laboratoriye~ mineralogii pochv
Pochvem-iogo
institute. im. V'.V.Dokuchayeva for Gorbunov).

GOMNOV, R.I.; PRL;3jNW.WHj Z.; GRADUSOVO B.P.
Formation of clayey minerals in Podzolic soils on sandy
rocks of
various ages. Pochvovedenie no-8:0-57 Ag 163. (FMU 16;9)
1. Pochvennyy institut imeni V.V.Dokuchayeva.

GORBUNOV, N.P.
I Fetroleum refineries are improving the quality of
automobile
. gasoline. Neftlanik 7 no.6:19-20 Je 162. (PEIRA. 15:8)
1. Glevnyy spetsialist Gosudarstvennogo komiteta Soveta
Ministrov
RSFSR po koordinatsli naucho-iseledovatellskikh rabot.
(Gasoline)

GORBUNOV. N.P.
Improving the quality of petroleum products.
Biul.tskh.-ekon.
inform.Gos.nauc.-h.-issl.inst.nauch.i tekh.inform.
no.9M 163.
(NIRA 16s10)

I_A__I_ AA i I

4f. 2

.00

-AD 0
Pft"y C4- N- UMI-A
A
U

.
.
gy
S- S- Strfan R&K-3r
-Fcb
M
214

.
,
,
.
a ZVI W)v #%mt' 11 1-131%of Al

.

go

roe

zoo

00

400
fie

.00

:.4

6

OAT

f'*$ 0
*
o
o 0
0

,
A,
9
0 0
o
G
0 q 0 o 0 0 0 p 0 0 0 0 4 0 9 0 a # 0 * 0 0 0 0 0

-- 0 0 16 0 0 0 0 0 0 0 0 a 0 * O!o 0 0 0 0 0 0 0 0 0 to 0 # 0
0 0 0 0966069,010
0 0 0 is 0 0 0 0 0 0 0 0 0 0 * Ole 9 0 * 9 0 0 0 0 0 40 0 0 0 0
0 0 0 0 0 0 0 0, Oj7
VI'l UCTHJOJI UJIM big 1?31 M4D 4141J
a c D V G it A 1. a ft 0 K Uv f
-11~ #4p,-%
W*Ilv)ldlstvl) Wkywol 1131,J1111111. s or s v
21 f 00
00,

Coos

00

00

69

-tutillupw u1 qjq ast)[1v

of-
Oj lillill tmtv
wl!l!mxfujtx3 alllnna ja nsoffw j0j iwlvms vulija ARMS ".tlfl!v
"
-
-
u
o
l
N
j
~
4

00 .
-
-
,N)
-
o
un.) julm
"Ut"
ullixto aqj Soo U
wqd Ilia%
1 -)Alr4

5.1"n3 IHV! puld tutu) - 110hRusul QU -pipa" Uv u1 pug
14.)v J!IXIV
i

Og`
0f-
0! skilloo la"Itupw
j MQ11jo MINUS* oql Sul--'U'- invit-
'

00

lrb-wu
a '41"1 "frinva ?Jv 'p-r
-
'I"
-40
ISI
1111111
o
OLM
Il

W W
I 1
P
"
F
V
a
OO
M t
00

'to, I
-.4 la,A.14.1 -1-1 .11
so

IS p j v
I n -M T) I& IN I I Ii I I R I I
l! I It it to 11 of to a
o
I
l

I I i I I I

q
asi
N of At It It Of It v u
to 11 04 At to .1 tv of it m it "

mq
*ChMtW PlAtkif Of 11W A" bM WAn )A Ibf VAKOUS Jobdir. N.
`11"ol Aild F. S. [tan 013stpkAvs,COrm . rf -i7
of rhromiuni Itithout "'.ity and uilh--Ut t6- -11111.
'rimiA sitick iotivate, ne Writate drp- s wk the dur.14,4a
*%J t- m.
I.-laturo pf ttl-slIntal. still should be ljIfted fi,4 in
pmelim. (11tating mith
g1j.,11,junj is 1wopil,ja (cc steffs mUtaining'Up to I"
rof rarbon. and %m"
Imtrogrophie RUA I roil
'41411'rool i alim" dri it hs froin I hr olirfArv onry
flat Ing for 4 1111. at tw kile.
.Iww~ 0 111.1 11g. 1 Imidum (witrid (it Ow Outermnat Im
ers Ilk of Ow ordet
"0 to"- falling W