SCIENTIFIC ABSTRACT DAVYDOV, I.YA. - DAVYDOV, L.K.

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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MALITSEVI L.M., glav. red.; VAKHTANOVA, A.N red QWD1,1Y (a
Ow at I. i I
red.; KURBANMURADOVt A., red.; KUi"I&NKO', ne.Lpy Z_VW9--X"=U'VCLJ
IVON!,"YEVA,G.A.p tekhn. red.
[Problems in the bydrogeology and engineering geology of the
Turkmen S.S.R.] Vo rosy gidrogeologii i inzhenernoi geologii
TSSR. Ashkhabad, Yzd-vo AN TSSR, 1963. 93 P. (MIRA 16:8)
1. Akademiya nauk Turknenskoy SSR. Ashkhabad. Institut geo-
logii.
(Turkmenistan--Water, Underground)

DOYDOV p I. Ya.
Some conditions for fresh ground water accumulation in sandy deserts.
Izv.AN Turk.SSR.S~'r.fiz.-tekh.0 khim.i geol.nauk no.1:84-90 162.
(MM 16:12)
1. Institut geologii AN Turkmenskoy SSR.

AYZEMNRG, Yu.B.; DAVYDOV, I.Ya.
Vork of the Geological Circle at the Geological Institute of the
Academy of Sciences of the Turkmen S.S.R. Izv.AN Turk.SSR.Ser.
fiz.-te.kh., khim.i geol.nauk no.1:12-4-125 162. (MIRA 16:12)
1. Institut, geologii AN Turkmenskoy SSR.

I DAVYDOII I.Ya.
--
I
Geostatic pressure in a vat-c-r-boarLil.. 1-,,.v. All Turk.SSR.
Ser. fiz.-tekh., kllm. -i ge-ol. nauk 163.
(AURA 17:8)
1. Institiat gnologii Xff Turktuanskol

AYZFKSMG, Yu.B.; DAVYDOV, I.Tae
Work of the Geological Study Group of the Listitate of Geology
of the A.-tademy of Sciences of the Turkmen S.S.R. Izv. AN Turk.SSR.
Ser. fiz.-tekh., khim. i geol, nauk no,2sl25-%Y26 163,
(KM 17s8)

DAVYDOV, I.Ya.
Ptole of atmospheric precipitation in forming the chemical com-
position of the underground waters of Turkmenia+-n. Izv. AN Turk.
SSR.Ser. fiz.-tekh., khIm. i geol.nauk no.6z79-86 163. (FdRA 1831)
1. Institut geologii AN Turkmenskoy SSR.

DAVYDOV. I.YU
~*,** - ~
Talk about body bardening, Zdorovis 3 no.5:16-17 W 157. (MLRA 10:6)
(PHYSICAL IDUCATION AND TRAINING)

-~MVAIWAz UAMM9 MM"Wi.
Computin- harvest by brigades and sections. Kolkh.proiz. 12,44o 6, 1952.
0

DAVYDOV, K. Il.
7706. Kavydovj K. I.-Uchet I otchatnosttv kolkhozakh. (Ucbeb. Materialy
dlya zaoch. obuchen--ya predsedateley I chlenov reviziomykh
komis. kolkhozov). Pod red. A. Kxasnova. (Stalinabad, 1954).
158s. 20sm. (IM-vo seltskogo khozyastva SSSR. vsesoyiiz. zaoch.
uchetnyye kursy vzut). 1.000 ekz. B. Ts.-Na Tadzhik. Yaz.--
(55-3498) 657.54;338.1K
So: Knizhmaya Letopist, VOI-77., 1955

DAIMOV, X. 1.
7705. Uchotiotchotnostlv. Kolkhozakh uchab. material dlya zaoch.
obucheniy-a predsedateley I ch]Anov-revizionnykh komissiy
kolkhozov. pod red. T. A. Lyqmbek. (ispr. is:d.) M.. 1955
148 S. 20sm. (Glav. upr. podgotovkI Lmdrov M.-va sellskogo
khozyayst7a SSSR. vsesoy=. zaoch. uchatnyye kursyv-zuk).
8.000olm. bespl---(53-43o6) 657.54:338.lK
SO: lhighma-va lAtabial, VoL. 'L-_=

=muff
o' 4 k) Y ck) L~ k
AUTHOR: Davydov, K.__j 2-58-4-13/14
TITLE: Monthly Kolkhoz and Sovlchoz Livestock Raising Reports
(0 yezhemesyachnykh otchftakh kolkhozov i sovkhozov po
zhivotnovodstvu)
FERIODICALt Vestnik Statistikil 1958t Nr 4P P 91 (USSR)
ABSTRACT: The article describes how the system of reporting monthly
statistical data on livestock-raising has been,simplified
by abolishing a number of forms and introducing a unified
form to be used by both sovkhozes and kolkhozes.
AVAILABLE: Library of Congress
Card 1/1

16(2) SOV/2-59-4-13/14
AUTHOR: Davydov, K.
TITLE; Recording of Capital Investments of Kolkhozes and Recording
of Inter-Kolkhoz Building Organizations
PERIODICAL: Vestnik statistiki, 1959, Nr 4, PP 89-90 (USSR)
ABSTRACT: The author states that TsSU SSSR has established a new
form of statistical recordiij, namely: "Report of Kolkhoz
,a
Capital Investment (Form ir 10-KS)" subdivided into 4
ts; and "Report on Completion of Contractual Work
orm Nr-11-KS) It. Both reports are submitted quarterly.
M
Card 1/1

DAVY'DUOV, K6- N., 3nirimer, Lt Col.
11'Ldiustmant of a 21,ofile for Parfornance in a
Hydrodynamic Grate." Thesis for degree of Cand.
Technical Sci. Sub 30 1-1,3r 49, ~!-'Llitar-.r Red Banner
Urder of Lenin Air Zn g-Dri3e ring AcadeW imeni
.11. Ye. Zhukovskiy
Summai~v 82, 18 Doe 52, Dis"rtations
?rasented for Degrees in 6cience and Lsngintmring
in Moscow in 1949. From Vcchernyaya Ajoskva,
Jan-Dee 1W.

DAVMV. X. X.
DAVYDOV, K. N._ ---NThermal Properties of Silicon Alloys with Chromium and YAnganese.0
*(Plesertations for Degrees In Science and Engineering Defended at USSR Higher
Educational Institutions) Min of Higher Education USSR, Ural Polytechnic lust
iment S. M. Kirov,, Sverdlovski- 1955
SO: Knish9m TAlopis 1, No- 25, 18 Jdn 55
* For Deggree of Candidate in Technicnl Sciences

[\A
L-,4 A I &I
Category : USSR/Solidq3tate Physics - Phase Transformation in Solid Bodies E-5
Abs Jour : Fef Zhur - Yizika, No 21 195T No 3B41
Author :Pavydov, K.N., Gelld,, P.V.
Inst : Ural--T6Iy-Ye-;-Tmic Institute, USSR
Title :On the Transformations of the Silicide Ma3s"
Orig Pab :Fiz. metallov i metallovedeniye, 1956, 2;rl(9 1~, 192
Abstract :A study vas made of.the thermal properties of alloys of silicon vith
manganese. It was noted that at a temperature of approximately 6ooO
there is a sharp chan
.ge in the character of the expansion curves of the
alloys, a Jump is seen in the temperature dependence-of the heat content.,
and a rapid decrease in the electric conducti,~ity of the specimens is
observed. This leads to the*c6nelitsion that Thase transformations may
occur in the siliclde.~a3U at a temperature of approximately 600o.
Card 1/1

137-58-4-6549
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 4, p 33 (USSR)
A UTHORS: Davydov, K.N., Gel'd, P.V., Serebrennikov, N.N.
TITLE: The Specific Heat,and Thermal Expansion of Alloys of Silicon
and Iron, Chromiumand Manganese (Teployemkost' i termi-
cheskoye rasshireniye splavov kremniya s zhelezorn khromom
i margantsem)
PERIODICAL: V sb.: Fiz-khim. osnovy proiz-va stali. Moscow, AN
SSSR, 1957, pp 350-369. Diskus. pp 408-409
ABSTRACT: The temperature dependence of specific heat c was deter-
mined indirectly by measuring the heat content at various
temperatures. The heating furnace had two windings and made
it possible to raise the temperature to,13500C. The calori-
meter, of the mixture type, consisted of a massive copper
block housed in a water bath. The error of measurement u-
sually did not exceed 0.6%. Data on the heat capacity of 99.2%
crystalline Si in the 0- 12830 interval yielded an equation for
the relationship of the mol. c of Si temperature:
Card 1/3 CP=6.75-1.7xlo-3T+1.3xio-6TZ-I.,37xlo5T-~

137-58-4-6549
The Specific Heat and Thermal (cont.
For engineering calculations, the following formula is handier-
CP=5.65+0.8xlO-2'T- 105T-2. The c of lebowite (53.38% Si+ Fe) revealed
jumps in c at 300, 650, and 9100, the first two being related to the pre-
sence of the lebowite phase.- and the 9100 jump corresponding to phase trans-
formation. The c of lebowite is: CPJ=0.1635+21.18~10-6T-2.588T2 at 9100
and Cp =0.1410+52.5xlo-6 for 910-12000. The c of monosilicide (34.48%
Si+Fe) is described adequately by the equation: C I-0.131+46.14x,0-6T-250.7
-IT2 for 0-1200'. The c of the Q-phase (Fe3Si2) shows a point of inflection
at about 5000, corresponding to magnetic transformation, and a sharp rise
in the curve at IOZOO related to the appearance of peritectic decomposition
of thenThase. In the 0-5000 interval, HT-HZ73.1=23.7+0.091T+-54.Oxl66T2
- 141 IT- , and at, higher temperatures HT-HZ73. 1=35.75+0.OZIT+70.68x
10-6T2-1277OT-1. Analogous equations are also presented for alloys con-
taining 1.04, 1.73, 4.07, ZZ.56, Z8.84, 35.15, 36.42, 44.46, 67.21, 78.49, 86,73,
91.91% Si. The authors have come to the conclusion that, Kopp's law for the
Si-Fe system is satisfactorily applicable to alloys high in Si, and practic-
ally inapplicable to alloys low in Si. A check has shown that the c of electro-
Ca rd 2/3

137-58-4-6549
The Specific Heat and Thermal (cont.
lytic Cr is well described by the equation suggested by Kelly:
Cp=5.84+2.362x,0-3T-0.875xlO5T-2, while for technical Cr better results
are given by the equation CP=0.178-0.12xlO-3T+0.091,10-6TZ-0.037x,05T-?-.
Equations for the temperature dependence of c were derived for the follow-
ing alloys: Cr3Si (15.18% SQ, Cr3Si2 (28.1% Si), CrSi (36.55% Si), SrS;2
(51.05% Si), and alloys of Cr containing 46, 36, 49.66, 62.0, 68.25, and
76.10% Si. Investigation of the c of the Mn-Si alloy system showed that .
Mn3Si(14.55% Si) is polymorphic. Phase transformation occurs at appx.
6200 and is accompanied by a Joule effect of the order of 8.0 cal/g. The
coefficient of linear expansione(was measured in the 20-3500 interval by
means of the Chevenard photographically -recording differential dilatometer.
For technically pure Si, the experimental data may be described by the e-
quation 1060(= 3.1395+1.914xlo-3t-0.0945xlo-6t?. Analogous equations are
adduced for a number of alloys of the Fe-Si and Cr-Si systems. The iso-
therms of the coefficient of linear elongation exhibit maxima in the regions
of the9and F-phases of the Fe-Si system and in the 50% Si inteTval of the
Cr-Si system.
BibI'iography: 10 references.
Card 3/3
L.B.
1. Silicon alloys--Thermal expansion 2. Iron alloys--Thermal expansion
3'. Silicon'alloy~,,-Spkific heat 4. Iron alloys--SDecific heat

Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 2, p 217 (USSR)
AUTHORS: Lipatova, V.A., Gel'd, P.V., Davydov, K.N.
TITLE: Thermoelectric Properties of Alloys of Silicon with Iron,
Chromium, and Manganese (Termoelektriche'sk,iye'svoystva
splavov kremniya s zhelezom, khromom i margantsem)
PERIODICAL: V sb.. Fiz, -khim. osnovy proiz-va stali. Mosc 'ow, AN
SSSR, 1957, pp 387-398. Diskus. , pp 408-409"
ABSTRACT: The thermo-emf, E, of Fegi-,- Cr-Si-, and Mn-Si alloys
is investigated in accordance with the constitutions thereof.
Mea 'surements were made on a Korzh instrument (Zavodsk.
.-lab. 1948, Vol 14, p 107). E is negative and smaW (not over
1.58mv at 1000C) for Fe alloys containing 4-6% Si. As the
Si contents increase the E diminishes, reaching 0 at 17% Si.
At 17-59% Si, E is positive, negligible in value, and little
dependent upon the constitution of the alloy. A change in the
Si content from 57 to 59% causes E to change from 0. 67 mv
at 1000 to 0. As the Si contents are further increased, E
becomes negative, and its value increases, In the case of
Card, I/Z cast (99. 2%) Si, E is 51-60 mv at 1000. In Si-Cr alloys the

137-58-2-3810
Thermoelectric Properties of Alloys (cont.
E of pure Cr is+O. 6 mv at 1000. As the Si content is increased, the E
diminishes, changes sign, and is minus (0. 9-1. 0) mv at 1000 for 10% Si.
Subsequently E diminishes rapidly and acquires negative values. The E
curve for Mn-Si alloys reveals points of inflection corresponding to stoi-
chiometric constitutions and regions in which the chemical compounds are
stable. The correlation between the F curves and the fusibility curves of
the systems was found. It is assumed that alloys with -negative E have a
larger number (per unit volume) of small crystals with small n-type con-
ductivity. The E of various modifications of lebowite in the sigma phase
of Fe-Si were investigated. The low-temperature modification thereof
has a positive E of 0. 3-0. 6 my at 1000, which is little dependent upon the
Si content. The equilibrium 27, is readily hardened at 650-9080 and is
characterized by high E value;~, strongly dependent in magnitude and sign
upon the Si contents, at room temperature. The E of t;c
(9200) depends
upon the concentration of the alloy in magnitude and sign.
A. M.
1, Silicon alleys-Thernoelectrie properties 2. Manganene-dilicon alloys
-Thermoelectric pi-operties 3. Chromium-silicon alloys-Thermoeleetrie
proportion J~. Iron-Bilicon alloys-Thermoeleetric properties
Ca rd 2/2

SOV/137-58-8-16353
Translation from: Referativnyy zhurnal~# Metallurgiya, 1958, Nr 8, p 17 (USSR)
AUTHORS: Davydov, K.N., Gelld, P.V.
TITLE: rSpecific Heat and Expansion of Alloys of Silicon with Chrom-
ium and Manganese (Teployemkost' i rasshireniye splavov
kremniya s khromom i margantsem)
PERIODICAL: Tr. Urallskogo politelchn. in-ta, 1957, Nr 67, pp 96-107
ABSTRACT: The specific heat of alloys was calculated on the basis of
their heat contents'~'in the 0- 12000C range measured experi-
mentally by the method of mixing. For alloys of various com-
position the equations of their true specific heat were ob-
tained in the form of polynomials of the type: Cp-a+bT+cT-4 In
the indicated temperature range specific-heat anomalies which
might Perve as an indication of a polymorphism of Cr silicides
-are abse'nt. The inapplicability of the Kopp and Neumann law
to the alloys studied is established. In the investigation of the
heat contents of alloys of Cr with Mn the existence of a sudden
change is discovered in the vicinity of 6200, corresponding to
the Mn3Si silicide. The hypothesis of the polymorphism of the
Card 1/2 latter is confirmed by surface-tension and thermographic

SOV/137-58-8-16353
Specific Heat and Expansion of Alloys of Silicon (cont.)
investigations. The temperature dependence of the coefficients of expansion
of the alloys of Si with Cy (and, partly, with Mn) at temperatures of 100 to
10000 was also studied.
Yu. Z.
1. Chroini,,un-Silic-)n alloys--Specific heat 2. Manganese-Silicon alloys--Specific
heat 3. Mathematics
Card 2/2

SOV/137-58-7-15613
Translation from: Referativnyy zhurnal, Metalluirgiya, 1958, Nr 7, p 24Z (USSR)
AUTHORS: Lipatova, V. A. , Gel' d, P. V. , Davydov, K. N.
TITLE: Thermoelectric Properties or-M Toys of ~Silic`onwit`hIron,
Chromium, and Manganese (Termoelektricheskiye svoystva
splavov kremnlya s zhelezon-i, khromom i margantsem)
PERIODICAL: Tr. Ural' skogo politekbn. in-ta, 1957, Nr 72, pp 105-120
ABSTRACT: Alloys of the type Fe-Si, Cr-Si, and Mn-Si were investigated
throughout the full range of concentrations. Investigated in
greater detail were Fe-Si alloys of a composition close to that
of I'lebowite" (40-600/o Si). The initial materials used were
Armco-Fe, electrolytic Cr, and 99. 2-pure crystalline Si.
Cylindrical specimens 2 mm in diameter and 40-50 mm long
were obtained by drawing the melt from the crucible of an
induction furnace into a thin quartz tube. The integral thermo-
e. m. f. E was measured with the aid of the apparatus described
earlier (Korzh, P. D. , Zavodskaya laboratoriya, 1948, Vol 14,
p 207) with an accuracy of up to 0. 05 mv. It is established that,
in an Fe-Si system, E is negative up to 4-60/o Si and that it
Card I/Z attains a maximum of 1. 5 mv/1000C. Upon a further increase

SOV/137-58-7-15613
Thermoelectric Properties of Alloys (cont. )
in the concentration of Si, the absolute value for E decreases and at 1770 Si
it equals zero. Specimens containing 17 to 590/o Si have a positive E insig-
nificant in value and depending very little on the composition. In alloys con-
taining >590/o Si, E is negative and its numerical value increases rapidly on
the enrichment of the alloy with Si, which is characteristic for semiconduc-
tors. The qualitative relationship of E to the composition is the same in
Cr-Si and Mn-9i alloys as in the Fe-Si alloy. In all of the alloys the relation-
ship between E and the composition corresponds to the phase diagram. The
rectifying action of alloys rich in Si was investigated. Depending upon the
location of the point contact either p-type or n-type conductivity was discov-
ered which points to the microheterogeneity of the specimens, possibly re-
lated to an uneven distribution of impurities and a corresponding presence
of impurity conductors with carriers of either type. The alloy with 51. 0070
Si has a semiconductive nature. It is assumed that CrSi2 (51. 807o Si), in
contrast to other silicides, possesses detector properties. Bibliography:
20 references.
1. Silicon alloys--Thermodynamic properties 2. Silcon ailoys-Elee- S. S.
trical properties
Card 2/2

. , ,
A.O.Kovalevski as a person and as a scientist. Trudy Inst.ist.
est.i tekh. 31:326-263 160- (KIRA 13:8)
I. G%len-korrespondent 7rantsuzekoy akademli nauk.
(Kovalovskii, AleksqjAr Onufrievich, 1840-1901)

26%3
AUTHORS: Korshunov, V,A.,
.Davydov K.N.
S/126/61/012/002/013/019
E021/E480
Sidorenko, F.A., Gelid, P.V. and
TITLE: The nhase constituents of the-MnSi-Si system
PERIODICAL: Fizika metallov i metallovedeniye-, 1961, Vol.12, No.2,
pp.277-284
TEXT The present work concentrated on establishing the
character of sillcides present in the MnSi-Si system. The
samples were prepared-from manganese (containing less than
0.05% impurities) and KM-1 silicon. Alloying was carried out in
an evacuated and sealed quartz flask in a high frequency induction
furnace. Alloys'containing 44 to 55% Si were prepared.
Metallographic, X-ray and thermal analysis was carried out. When
viewed b'y polarized light und-er the microscope, the alloy
containing 44% Si consisted of an optically active matrix of a
higher silicide (MnnS'2n-x) with optically inactive inclusions of
monosilicidti. With increasing Si content, the quantity of
monosilicide decreased. The microhardness of the higher silicide
was 1050 kg/,MM2 and that of the monosilicide 850 kg/mm2. An
alloy containing 46.5% Si was single-phased'. Traces of a new
Card 1/3

- 26563 S/126/61/012/002/013/019
The phase constituents ... E021/E480
phase appeared at 47% Si- The new phase was optically inactive
And similar to silicon in colour. An alloy with 49% Si had a
coarse grained structure with a eutectic precipitate inside the
grains. The alloy with 51.5% Si was practically all eutectic.
Primary crystals of Si appear in samples with greater than
51.5% Si. The eutectic temperature was 11450C- A oeritectic
transformation occurs at 11500C and 48.8% si. The M~Si-Si phase
diagram was constructed from the results of thermal analysis and is
shown In FIg.5 (crosses - results from present investigation,
circles -r from Ref.4 (Doerinckel F. Zs. anorg. allgem. chem.,
1906, 50, 117) and triangles - from electrical conductivity
ineasurements (Ref.2: Korshunov, V.A. Gelld, P.Y. Tr. Urallskogo
politekhnich. in-ta~.196o, sb. No.105, p.142; Ref-3: Izv. VYZOV,
Fizika, 1960, No.6, 29; ig6i, No.4, 146)). K.N.Davydov and
P.Y.Gelld are mentioned in the article. There are 5 figures and'
16 references: 11 Soviet and 5 non-Soviet. The two references to
English language publications read as follows:
Hansen M., Anderko K. Constitution of Binary alloys, N. V., 1958;
Pearson W.B. &Handbook of Lattice Spacings and Structures of
Metals and Alloys, London, 1958.
Card-2/3

w phas,e,, constituents
E021/E480
ASSOCIATIONi Urallskiy jjolitekhnicheski~, institut im. S M.Kirova
(Ural Polytechnical Institute*imeni S.M.Kirov)
SUBMITTEP: November 24, ig6o
#C
fi
Card 3/3

3o455
s/i26/61/012/003/014/021
Elll/E335
AUTHORS: Davydov, K.N,, Sidorenko, F.A. and Gelld, P.V.
TITLE: The martensitic transformation in Mn3S1
PERIODICAL: Fizika metallov i metallovedeniye, v. 12, no- 3,
1961, 424 - 430
TEXT: It would be of great interest to establish whether
martensitic diffusionless processes of the type observed in
wustite (Ref. 4 - R. Collongues - Acta Cryst., 1954, 7, 213)
occur in other oxides, carbides, borides, nitrides and silicides.
This would further substantiate the views of G.B. Kurdyumov
(Ref. 5 - Problems of Metallurgy and Metal Physics, Sbornik 3,
Metallurgizdat, Moscow, 1952) on the universality of martensitic
transformations. Davydov and Geltd (Ref. 7 - Tr. UPI, 1957,
Sb. 67, p. 96) have previously shown that the lowest silicide
of manganese undergoes a phase-transformatlon over a somewhat
extended temperature range, giving considerable property changes.
Quenching of specimens containing Mn3Si changes their properties
and heating for 3-5 min at or over 400 C causes the density to
rise to values higher than reported (Ref. 8 - R. Frilley,
Card 175

30455
s/126/6i/ol2/003/014/021
The martensitic transformation ... EIl1/E335
Rev. Metall., 1911, 81 468). The authors report additional
metallographic and X-ray structural investigations of an alloy
with about 14-5 wt-o% Si, carried out to establish the nature and
peculiarities of this transformation. The alloy was induction-
melted from electrolytic manganese (over 99.90% Mn) and purified
technical silicon (over 99.2% Si) and homogenized at 1 020 0c
for 90 hours. Before testing, some specimens were annealed at
500 C and others were water- or alr-quenched from 800 OC.
Polished sections were etched in a 40/'D solution of hydrofluoric.
ac-ld in alcohol.. The annealed alloy consisted of fairly coax-se
polyhedral Mn3Si grains lined, probably, with Mn 5Si 3' The
water-quenched specimen had a structure typical of martensite-
transformation products; this was less pronounced in the air-
quenched and 'absent in the slowly-cooled alloy. The martensitic
phase thus formed recrystallizes easily. Vacuum-heating to
800 oC of a polished section of a previously annealed alloy gave
a relief characteristic of martensitic phases. X-ray
investigations, carried out in CrKa,p radiation gave a lattice
Card 2/5

30455
S/126/61/012/003/oi4/021
The martensitic transformation .... EI1l/E335
parameter value of a = 2.854 IcX for Mn-Si, which is in poor
agreement with published values (Ref. 10 W.B. Pearson - Hanbook
of Lattice Spacings and Structures of Metals and Alloys,
Pergamon Press, N.Y., 1958; Ref..Il Ye.I. Gladyshevskiy,
P.I. Kripyakevich and Yu.B. Kuzlma Mi, 1956, 2, 454). The
Deby,e patterns of annealed and quenched alloy powders ifere
identical. To elucidate the reproducibility of crystallographic
orientations obtained under various conditions, special experi-
ments were carried out. The snecimen was mounted in a miniature
furnace, in a type KPOO-I (I~POS-I) camera, 62 imn from the film.
The beam was passed through two 0.8-mm diameter diaphragms. Spot.:F
obtained at an angle of 78.60 were registered on a flat film.
S4 -gnificant differences as well as similarities -%%rere found in the
patterns obtained from an annealed specimen and from the same
spot of the specimen vrater-quenched from 750 OC. Additicnal
spots on the pattern of the quenched specirrien can be related to
the needle-like structural component. This and other evidence
indicates that the needle-phase occupies most of the volume in th~z
quenched alloy and that the needles (or plates) are mutually
Card 3/5

30455
S/126/61/012/003/01-4/021
The martensitic transformation .... E111/E335
ordered. In another series, the patterns were obtained at a
specimen-film distance of only 30 mm, at various temperatures
from specimens subjected to various treatments; both factors
influenced the pattern. Interpretation is made difficult by
insufficient information on the phase diagram of the Mn-Si system
and absence of high-temperature Debye patterns. The existence
of a transformation, probably polymorphic, in Mn3Si on heating at
about 600 - 650 0C has, however, been confirmed. The tran6for-
mation is martensitic on rapid and diffusional on slow coolin&.
The nature of the0previously observed dilatometric and thermal
effects near 400 C remains obscure and further high-tcmpz~rattire
X-ray work is needed. There are 5 figures end 14
9 Sovlet-bloc and 5 non-S ovi et -bloc. The four latest
Language referances mentioned are: Rof. 1 - E.O. Hall
Twinning and diffusionless trans f ormat ions in metals, Butt crworth_-
Sci.Fhabl., L, 1954; Refs. 4 and 10 (quoted in text) and
Ref. 12 - M. Hansen and K. Anderko, - Constitution of Binary
Alloys, McGraw-Hill Comp., N.Y., 1958.
Card 4/5

30455
S/126/61/012/003/oi4/021
The martensitic transformation .... Elll/E335
ASSOCIATION: Ural'skiy politekhnicheskiy institut
im. S.M. Kirova
(Ural Polytechnical Institute im.
S.M. Kirov)
SUBMITTED; February 4, 1961
Y
Card c/5

DAVYWV ~ L.
I Frocessift or precious otonos on a conTePr% Nauka i zhizn 1
28 no.6:*6-40 Te 161. , (MPA 14:7)
(Ural l4o-Latain region-Precious stones)
II to

DAVYDQVr L. (T&Uin)
I-
Gontrasts of Ta2linn. 14ast.prom. i khud.prmWe. 4 -no.3:15-17 Mr 163.
(NIRA 16:4)
I* 3~etaiallnyy korrespondent zhurnala "Hastnaya promyshlemost'
i khudozhestvenrWe prowsly".
(Tallinn-Sevy~ce industries)

DAVYDOV.. L.
-V-~ lz
What Is the use of "nothing"? Znan.-sila 37 no.1006-37 0 162.
(MM- 16: 1)
(Vaeuum metaUurg3r)

DAVYDOV. L.
Naster of the sky. Kryl.rod. 2 no.3.;9-10 Ny 151. Mu 10-.2)
(Pokryahkin, Aleksandr irmovich)

DAVYDOV. L.
The sunflower. On. nat. no.3:15-17 Mr 158. (MIRA 11:2)
(Sunflowers)

AUTHOR: Davyd SOV/25-58-12-17/40
TITLE: The Hi.story of Sunflowers (Istoriya solnechnogo
tsvetka)
PERIODICAL: Nauka i zhizn', 1958, Nr 12, pp 47-49 (USSR)
ABSTRACT: The well known plant selector Academician of
VASKhNILj V.S. lustovoyt, worked many years in
the improvement of the oil contents of sunflowers.
He succeeded,,by selective breeding, in raising
the percentage of oil from the original 33% (re-
garded as the highest possible percentage), to
36% and subsequently to 54%. Since 4.5 million
hectares are annually seeded to sunflowers in the
USSR (more than 3/4 of the entire acreage of crops
producing vegetable oil), the work of V.S. Pusto-
voyt is of great importance to the national eco-
nomy of the USSR. The sunflower brand which has
36% oil was named "A-41.11 The selective depart-
ment of the All-Uhion Institute for Oil and Ester
Card 1/2 Oil Containing Plants is endeavoring to develop

The History of Sunflowers SOV/25-58-12-17/40
early maturing and drought-resistant varieties
of sunflowers. In one of the laboratories, are
specimens of the future sunflower, whichare being
developed by coworkers of Pustovoyt. 'They are
inter-specious hybrids of a cultivated plant, with
wild plants grown in Texas, and Jerusalem artichoke
(Helianthus tuberosus), of which the first fertile
hybrid has'~iready been obtained. There are 4
drawings.,
ASSOCIATION: VASKhNIL-Vsesoyuznyy institut-maslichnykh i efiro-
4*Aw masliebuykh ~kulltur (The All-Union Institute for
Oil and Ester Oil Containing.-.1.1'ants)-
Card 2/2

Y
AUTHOR: Davydov, L. 25-8-14/42
TITLEt Nevskiy Prospekt, 58 (Nevskiy Frospekt, 58)
PERIODICAL: Nauka i Zhiznl, 1957, # 8, pp 26-28 (USSR)
ABSTRACT: The House of Scientific-Technical Propaganda of the All-
Union Society for the Propagation of Political and Scientific
Knowledge is located at 58 Nevskiy Prospekt, Leningrad. In
1923, V.V. Kuybyshev opened the first permanent industrial ex-
hibition in this building. This exhibition illustrated the
achievements of Soviet industry. Since then, this exhibition
has been improved and has become a center for propagating the
progress and success in the scientific and technical field,
and for exchanging first-class experience gained in industry.
Seminars are held here on various technical and scientific
subjects, and are attended by students from all classes of
society. Vladimir Mikhaylovich Gerst is director of the House.
In 1948, Professor V.K. Prokoflyev held here the first semi-
nar on spectral analysis. Various industrial enterprises
have access to the findings of the work done in these semi-
nars, and thereby improve their working methods. For example,
the results achieved in the seminar of the Dotsent P.V. Kamnev
Card 1/2 are responsible for a 60-70% increase in the productivity of

Kevskiy Prospekt, 56
25-8-14/42
the Leningrad foundries. In 1957, lectures on the follo wing
subjects, among others, were givens The Candidate of Technical
Sciences and Dotsent of the Polytechnical Institute I.G.'.N11dt1n
gave a lecture on the organization of production control of
machine -building enterprises; K..I. 1avrent!yevjJ)iredtor of
the largest Leningrad VImb.1, 'dealt with the experiences gain-
ed in the use of conveyer lines in the construction of machines
and devices. Professor and Doctor of Technical Scien-ces A.Ya.
Drinberg lectured on recent achievements in the field of
varnish coating; and Candidate of Technical Sciences I.Ye.
Shub spoke on foreign production methods of precision casting.
There are special scientists and engineers of this Society
who deal only with the questions and problems arising in the
various industrial enterprises.
There are about 900 regular lecturers in the Leningrad
House for Scientific-Technical Propaganda. Moreover, guests
from other towns often give lectures on various subjects; this
so-call'ed "Sunday Lecturing" found a wide audience. The per-
manent exhibition stands are always changing according to
progress in scientific and' technical development.
There are two photographs.
AVAILABLE: Library of Congress
Card 2/2

-a (0)
SOII/25-59-4-9/44
AUTHOR: Davydov, L.
TITLE: Launching the.Nualear-Propelled Ice-breaker "Lenin" (Atomkhod
"Lenin" vykhodit v more)
PERIODICAL: Nauka i zhiznt, 1959, Nr 4, pp 23-26 (USSR)
ABSTRACT: The author describes the difficulties which had to be over-
come to build the world's first nuclear-propelled ice-breaker
in a Leningrad shipyard. This vessel has a capacity of
44,000 H.P. and is capable of breakinG 2 km of 3 m-thick ice
per hour. Its speed in ice-free water is IS knots or 30 km
per hour. Three atomic reactors using distilled water for
the heat transfer and designed for operation under difficult
conditions (e.g. rolling and vibration) are installed in the
center of the vessel, which consists of various separate
sections built according to the system of unsinkable ships de-
veloped by the prominent Soviet scientist A.N. Krylove The
ice-breaker is equipped with many reserve units severely
tested beforehand. The author stresses the good cooperation
Card 1/2 among workers and engineers and designers, mentioning the

Launching the Nuclear-Propelled Ice-breaker "Lenin" SOV/25-59-4-9/44
leader of the fitter brigade T. Andreyev, the young ratio-
nalizer K. Bogdanov, and F, Silayev, Master of electric
welding. On 5 December 1957, the ice-breaker "Lenin" was
launched. There are 9 photos.
Card 2/2

DAVYDOVI L,
Conditions are now but tho ills arp old. Prom.koop. 1 no.11:
12-13 N 159. ( MLIL 1 3.
(factorien-Design and construction) . -

DAVYDOV, L.
C___ __
Spoilage producers. Prom.koop. 14 no-3:39 Kr 160. (MIRA 13:7)
1. SpetsialInyy korrespondent zhurnala "P~romyslovaya kooperatsiya,"
Stalingrad. (Shoe industry--Production standards)

DAVTDOV, L.
Deeds and facts. Prom.koop. 14 no.4:30-31 Ap '60. (MIRA 13:6)
1.- Spetoiallny7 korrespondent zhurnala "Promysiova7a krooperatsira,"
Ribinsk, Yaroslavokoy oblasti
(Rybinsk--Gleaning ;nd dyeing industry)

DAVYDOV, L.
Invention of a retired colonel. Izobr. i rate. no.11:38-40 N 160.
(MIRA 13310)
(Agricultural machiner7-Technological innovations)

--DAYX-POV. -6-
Deroerving cuotomerv appreciation. Mqstspromei khud,,promys, 2
no.1131-33 A 161. ;. (MIR& 141-10
(Service industries) I
i

DAVYDOV L
Scientific remearch I=titute of the Ural giant. Naubt i shisul
28-no,1110-11 -a 1140 (I=& 3.411)
(Slalowb-41schinery Andu try-Tsobnological imovations)

DAVYDOVt L.
Ifistera. 14est.prom. i khud.pronys. I m.1:20-21 0 160.
(MIPA 14:3)
(Matera-Art, industries)

DAVYDOV, L.
Such machinis existl Nauka, i zhizn' 28 no.8:6-10 Ag 61.
~MIRA 14:8)
(Agricultural machinery)

DAVIDOV, L. (g. Torzhok, KUininskoy oblasti)
Garment cutters from Torzhok. Ylest.prom.i khud.promys. 3
no.3:34-35 Mr 162. (MIRA 15:3)
1. Spetsiallnyy korrespondent zhurnala "Mestnaya promyshlennost'
i khudozhostvennyye proWslyw.
(Torzhok-Clothing indastry)

DAVYDOV, L. (Kislovodak)
Fading old glory. Mast. prom. i khud. promys. 3 no.8:37-38
Ag 162* (KIRA 15:10)
1. Spetaialln37 korrespondent zhurnala "Meatnaya promyeblennostil
i khudozhestvonnyye promysly".
(Kislovodek-Bone carving)

DAVYDQVf L. (Polotskt Belomaskoy SSR)
V, Steep steps. .best. prom. i khud. prozWs. 3 no.9:14-16 S 162*
(MIRA 16:12)
1. SpetsialtnyyaXorrespondsnt 2hurnals, "Wastnaya promyshlennoott
i khudozhestvemiyye prongraly,O

DAVYDOV, L.
Chronicler of scientific daring. Naiika i zhiznl 28 no.10:91-96
o 161. (MIRA 15- 1)
(Smuul, Juhan, 1922-) (Antarctic regions)

- ~ I
- -- ----
DAV'YDOV--I,-
New machinery designed by Mikhail Prutkov. Nauka i zhian' 29 no.l:
72-73 Ja 162. (MIRA 15:3)
(Agricultural machinery)

WN SYANI-CHZHENO; DAVYDOV, L.A.
- Broadening of the resonance curve.near the Curie point. Fiz. tver.
tela 5 no.9t2627-2632 S 163. (MIRA 16tlO)
1. Inetitut, poluprovodnikov AN SM, Leningrad.

ACCESSION NR: AP4041732 S/0181/64/006/007/~190/2192
AUTHORS: Poltinnikov, S. A.7 Davy*dov, L. A.
TITLE: Magnetic spectra of cobalt-zinc ferrites
SOURCE: Fizika tverdogo tela, v. 6, no. 7, 1964, 2190-2192
TOPIC TAGS: cobalt, zinc, ferrite material, anisotropy, magnetic
permeability, dispersion characteristic, frequency dependence
ABSTRACT: Inasmuch as earlier investigations were confined to
ferrites with negative anisotropy constants, the authors attempted
to obtain compositions with high initial permeability based on a
ferrite with a-large anisotropy constant. Cobalt ferrite with
spinel-type structure was chosen as the initial material. To check
whether the series of.solid solutions Co 2+ Me 2+ Ele 0 includes some
1-x x 2 4
with large initial permeability if Zn 2+ is used as the diamagnetic
Card

ACCESSION NR: AP404173~
2+
ion Me , the authors prepared solid solutions of the system
(1-X)COFe 0 - ZnFe 0 containing from 0 to 90% ZnFe 0 (in steps of
2 4 2 4 2 4
10% except near the maximum permeability, where steps of 5% were
used). The rbsults showed a maximum of initial permeability (38)
at x = 0.55., Magnetic spectra were also measured for all specimens
at frequencies from M to 4000 Mc/sec. The results showed that an
increase in the Zn content leads to a shift of the dispersion band
toward lower frequencies, indicating.a decrease in anisotropy.
The measurement procedure is described briefly. it is concluded
tl~at a positive anisotropy constant contributes to an increase in
initial permeability, that the initial permeability increases with
increasing zinc content. "The authors are grateful to G. A.
Smolenskiy for support and continuous interest, and to A. G. Gurevich
for a discussion of the results." Orig. art. has: 2 figures.
ASSOCIATION: Institut poluprovodnikov AN SSSR, Leningrad (Institute
of Semiconducto~s, AN SSSR)
Card ' 2/5

ACCESSION NR: AP4041732
:SUBMITTED: 12Feb64
SUB CODE: SS, MM NR REF SOV: 003
ENCL: 02
OTHER: 002
I Card_ J/5

ACCESSION NRs Ap4o41732
ir
LO
ENCLOSURE?
'nil
il-0-35~ ~04
10
mdmetic sNct-M
0.1- 0 011r~- spinal of cobalt-zinc
C0l-X7j*";*"204
P.0
to

ACCFZSICN NR:AP4041732 ENCLOSMEs 02
too-
to- Mametic spectra of oobalt-7,inc--
spinel
Vft
-r,;- I-ooo~
-0 0 r~ . *I - .
Vffl. --4-6- 533. 2 6. 1 - U-7. i - pis. To - or
--------------
at 10 to
5/5

77~
W
r7777
/001/60/dA6/0749 I
ORS
AMH
1
4-7 q
40
TZME: Magnetic spectra of inc ferrites
B(XJBCE-. Fftikatverdogote3A,'*v*-:-7, no. i96*-; 746-749
MPIC TAGA: ferrite, 3-ithimm zinc 11errite$ hP4zwtIc spectrum, electric reBiaitivl-
ty2 phase carposition., ci7stal structitire
-ABS=Tt Data are presented on x-riW phase awlysis, electric resistivA7, arA
magnetic spectra of a Vst-em of lithiuzi~-zinc ferrites with general formula
M - ZuR Fm 04
03-- W--T
2
The -nolwcrystaDine smPles were-p~ It% tonmidel form Using a standard ce-
r=C-. technoloa.
7he x-ray phase nalysis vat wde vitb an x-rey powder ez==
usin-, chromium Ka radiation and a vandium filter. The x-ray phase analysis hat
ahowai that for values x > 0.2 a noticeable quantity of addition
al phase vith
stru-.ture of WaCl type is produced (the main pbate ha-a the structure of cubic
i card 1/2

I - I , '1z
~ I ",- 97P~ f-"! ll~-

36.0("6.
AdCESS16N NR-. AP5021362 ENCLOSURE: 01
r I

DAVYIDOV L. 1).
lhiryclov, L."Founders of the tinctor," (Op the world's first inventor of the diesel
tractor, Ya. V. Mamine, and others. With editorial Footnotes), lliu~tmted by S.
Fivovarov, Teknika-molodethi, 191;9, 'No. 3, p. 22-24 with protr~Jt
SO: U-493b, 29 Oct `3. (Leto-Dis 'Zhurnal 'nykh Statcy, No. 16, 19,49).

-A~ - I . - 7 , - - . , - ~ ~ I- ~ - - - I-, -,~ ~
-- - - - - - - -- -- - - - - ---- -- --- - - -- - - - - -
DAVY")OV) TI. I.
1---m -1-1-11---' 7--- , ~ w ~
- - -
(Builders of our machines). hostiva, Gos. izd-vo detskoi lit-ry, 1951.

DAVYDOVt L.
Tractors
Feat of an inventor. Hol. kolkh. no. 7 1952
Monthly List of "ussian Accessions, Library of Congress November 1952 UNCLASSIFIED

~2 - ~- - -. ~ I . -. -:----~.- -
- ------- - -- --- --- ---- - ---
1. DA:MV, L. - MARKOV t S.
~ 2. USSR (600)
I+. Fzccavating Machinery
7. Boom, Zmm. sila, No! 10, 1952.
9. Monthly List of Russian Accessidns, Library of Congress, February -1953. Unclassified. I

DAVTDOV, L.
- - . I I,.- . . i
Steel hands.of the blacksmith. Tekh.molod. 21 no.11:15-18 N 153.
.. . . . . I - ~ - .-I. (MIaL 6:11)
(Yorging)

~. -
I
DAVrDOV,.L.
"""Oft"MM
Herculean machias. Zaaa.sila no.8:9-14 Ag '53. (MLBA 6:7)
(Rolling-mill machinery)

DAVYDOV, L.
vwvwm~
Inuovators. Prcrm.Koop.no.8:36-42 Ag '55. ("U 9:1)
(Machine-4;hop practice)

, 1- 1 -
L~H~
DAVYDOV,L.
MWIM"
- The refounding of a natal shaving. Tekh. mol. 23 no.4:34-35
Ap 155. OQPA 8: 6)
(Scrap metal)
-0

DATTDOT, L.
Spiral pipes. Tekh.mol. 23 no.6:9-11 Jo 155. (Ma 8:9)
(Pipe, Steel)

MAVYDOV, L.
The plant of,plants. Vokrug aveta no-5:12-15 My 155. (MiaA 8:6)
(Sverilovsk-Machinery industry)

I)AVYDOY, L.
6iAnt Of thG Urals. %nan.aila no.6:1-5 Jo 155. WRA 8:8)
(Ural Moantain region-Machinery Industry)

DkVYDDV, L.
t
Celebration of mcdern technolo&7. Rabetnitsa 34 n0,7:1-3 JI '56,
(Moscow-Mxhibitions) (MMA 9:9)

DAVYDOV, L.
Birth of a now machino. lauka I zhlznl 23 n0-10:27-29 0 36.
(KLRL 9:11)
(Stalingrad-Tractor industry)

DAWDOV. lev; PERIMS, V., red.; MOROZOVA,
VkWWWAIP", ~,
%St,eel hands of the forge operator]
[Moskva] Xxd-vo TaX VLISM OKolodaia
(Forging machinery)
G., tekhn.red.
Stalinye ruki kusnetea.
gverdiial* 1957--74 9
(MRA 11:41

AUTHOR: Davydov, L. 25-7-25/51
TITLEs A Famous Trade-Mark (Proslavlennaya marks)
PERIODICAL: Nauka i Zhizn" 1957, # 7, P 33-34 (USSR)
ABSTRACT: The Chelyabinsk Tractor Plant has built a new type tractor
AH-250 which was for the fiket time displayed at the All-
Union Industrial.Exhibition in 1957. This giant diesel-electric
tractor is furnished with a bulldozer bladeq has great maneuver-
ability and is especially suited for road building and all kinds
of earth work. It develops 300 HP, has 12 cylinders and con-
sumes only 170 grams of Iluel per HP per hour. The most suitable
speed is selected by an automatiot electric transmission. The
tractor has two radiat6re, vertically arranged on both sides.
It can be utilized as an electric power station in case of emerg-
ency. It in the most powerful tractor now in use in the USSR.
The article contains one picture.
ASSOCIATION: Chelyabinsk Tractor Plant (Chelyabinakiy traktornyy zavod - ChTZ)
AVAILABLE: Library of Congress
Card lyl

Trouble sow-'p'o's`It Lon'. 'Zn"'an. 5l1& 32 no-3t22-25 Mr 157. (MLRA 10t6)
(StalingTad-Tractor industry) . (Automation)

14(2), 1400), 113(7)
AUTHOR: SOV/29-58-11-1,1/28
TITLE: A Thousand Tons (Tysyacha tonn)
FERIODICAL: Tekhnika molodezhi, 1958, lir 11, pp 19-22 (USSR)
ABSTRACT: This is a conversation with the chief designer Georgiy Lukich
Khimich and the young designer Vladimir Bykov of the Uralmash
plant. These two people represent two generations, as Itt were.
Khimich was a member of the plant already at the time of the
1st Five-Year Plan. He and his collaborators built the famous
rail-structural mill ofNizbrLV -'_-qzlj~Later he was in charge of
the oonstruction of the decond rail-structural mill, which was
intended for India. And in this work, Bykov also had a share.
Here, he was given an opportunity to show how capable adesigner
he was. This second rail-structural mill actually surpassed
the first by far. The designers succeeded in automating the
mill to a higher degree. At the same time, this permitted to
mpkA it much lighter, and 1000 tons of metal were saved. A
number of designers employed at the Uralmash plant, and among
them Bykov, visited some metallurgical enterprises and studied
rail-structural mills in operation. They found that there were
Card 1/3 some discrepancies between the individual elements of the mill.

A Thousand Tons
SOV
,/29-58-11-14/28
It is known that a rail-structural mill consists of a long row
of individual machines which are connected by means of roll
tables. The latter as well as the scaffoldings did not come up
to the production requirements. Since they were of different
sizes they were not properly adjusted to each other and
required too much manual work. Bykov attempted to bring these
discrepancies to a common denominator. He designed a new type
of rollers smaller than had been used so far. These rollers
have been substituted for all other types of rollers. They are
not rollers for one particular rolling operation, but are
individual parts which can be made up into any kind of roll
tables. The same standardization was carried out in the case
of the scaffoldings. Instead of fifteen different kinds of
plates one single type can now be used. The result of these
streamlining operations was that the mill as a whole became
much simpler in structure and much lighter. This principle
was the-n applied to other machines. The young designer
Oleg Sokolovskiy designed exchangable scaffoldings. This
resulted in a reduction of weight of another 100 tons.
Designers Khimich, Krivonozhkin, Yefimov and Bykov developed
7
Card 2/., an original roller adjuster which again reduced the weight

i Thousand Tons
SOV/29-58-11-14/28
of the entire plant. Earlier the designer P. A. Antonov
introduced over-all automation of the plant. So each of the
designers employed at the Uralmash plant has had his share
in reducing the quantity of metal used by 1000 tons. Among
these persons to be mentioned there are also the young
designers V, Niskovskiy and A. Varaksin, who designed a new
tilting device, and N. Mankevich, who automated the checking
platforms. There are 2 figures.
Card 3/3

,-Dkv!rwv, L.-
In young towns. Prom.koop- 14 no.8:22-23 Ag '60.
(m" ilj:8)
1. SpetsiallzWy korrespondent zhurnala "PronVelovaya kooperatelya,
11-oroda Salavat, F-imertau Bashkirskoy M.
.1 (Umbkiria-Service industries)

IOPr
II.S.; MIKHOLOV, A.V.; CHLENOV, A.?.; IDOVI P.I.; rJEMp I.I.;
TSARSKIY, S.V.; BARAJSOV, V.A.* PITROT, A,I.; LIFSHITS, I.Z,;
ABRIJROV, X.I.; SOKOLISKAYA, Zh*M,; KIZOVICHO V.H.; PArrDOV
L. I.; VLASMIN, A.V.; OKAW, L.N.; STARICHKOV,
EMLOOV, A~Te,, red.; PITERW, Te.L., red.izd-va; PIMIKHINA,
N.L.,- takhu.red.
Tour beacons; collection of articles on progressive worlmrs in
lumber, paper, woodvorking industries and forestry] Nw;hi malaki;
sbornik ocherkov o,peradovykh liudiakh lesnoi, bumazhnoi I. derevo-
obrabatyvaiushchei promyshlonnosti i lesnogo khoziaistva. Moskva,
Goslesbumizdat, 1961. 125 P. (MIRA 15:2)
(7oresto and forestry) (Wood-using industries)

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Guvwe Upravillide Sluahbr (wi So%ttr Min6truv Sum
1%6 &M Morwow-Lenirwad. 1936-1949. (M1-400
A.&W to t;tk S6MUL FAUW.~ V N Gnj141P0Y'
and I X
Wjvytk~. Ilkii,, *go, CAL*%. DLC. DWD -Them few volatue,
"Muln-74"rust: ~Gugh ~ artkift on ocimtitic and applim nM3 h it
!Gmft cc.. atul the awtvan;4ii:41 articles an kavily weighle4l an tht
*Y**W miloorulovy. Alikouttli, the trMAtictlun of tfutis and hgum is ftu up tq The
P.Witlanh of the higb" quality C*nsmn Pulairallon., .4 6MY circuutim juuikd Now W
cbt*pcr papor atuf Alm maulting %irlio, itt ~jvjv.%Toptv. glany shunLv CMIrawli%mu. 0%
Wkultwol airimultigy. itwllkxls td m4itutt"iti. histwy, stdtist" dist tj
4 Agal,
raftv furwastin& Rhainitiation, acravy, Arti-oun-wWry-7VA-41 fiv=,tinit. douill-m-ii-aTi-s.
etc
amtobefoumi. In nuAt 0(ti- Muinem the litic, o( tk- ank", which afe all in Slavic
(Cyrilk) cloaractm are traymbial into V,rh.h. Artic" by Aka,~U. Kux'nviti. Kolookov.
"tK Pillue. awl glultiam-Ay %ill tic hwiml itt ratfxr nuniteft In it we find tba%bWt' ino-r.
AW-dwilebumb-LI9.111, Alany d tt*- .6111 Nei K;vv vvitkiltv in twr 16" C4 MIC-Mictit to
Eavlolf covined 0a best hiv~,vrti jifikles hi ilk- Engli-h, Swanthomylan or Gaitum lav410M.
Won 6tkk to p0mly RU-41% lkwum 116 iZr"t 1. a continuation of sloo woU.1tvio"
Vootiolk (MI-1913) hqkQ by the ItawrAtu"Lue Geuvatickikoe ObA.
chest" (after, the l(tvulinion ,N, Voo"u,usixt 11.tnrafichekoc Ob-liclicstvo). SakJoyt
If-oliost.- MateNvica, Urkobity, Pitriodkois. USSIL
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