SCIENTIFIC ABSTRACT -

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548330005-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

;Uysitroi, .-rith .... E192/E382
effect of the longitudinal components of the boundary fields
of the gap can be neglected. It is shown that in this case
t-te power-:ji-pi ificat ion factors can be expressed by:
2/1 )_~_ (2h
.V = -
are sin( ~1 -(8)
aL aL
(aL >- 2h)-,
N (aL < 211) (9)
w-here X
is expressed by:
U7 = U.
2G.
(7) (7)
L. /2, q,
sin (E),/2)
2li(,jd,
Card -1/8

21177 '
-/60/003/oo6/oj,6/(),,5
Itlystron with .... L192/E382
the following notation is adopted in the above equations;
10 is tile boam current;
G is the normalised equivalent conductance bf the second
resonator with. its load;
GlK is the normalised conductance of the first resonator without./
load;
e/m,
[~t is the transit angle in the gap, and
1--j 1
U0 iN the accelerating voltage of the system.
lf tile distribution of2thE current'can be approximated by the
function y(x) = 1 - x h- the gain can be represented by:
0 0
Ca.rd 11/8

21177
s/141/6o/OuVou6/olb/u-'~5
hlystroll witil .... E192/E362
2X:, aL)2 j 4 A arc sin 21t +
--,-2d;G-~, ( 91 3 2h aL
+[ I ( 2h )2 _ 51 )2 12
3 %aL 6 aL
11pil 60JI61110M ESXOAIIONI ctirtia.,te (aL 2/z) it paimum
L L 2
r. a
0 1)
2G.G1,j 2h 3 4 2h
The noise ;0i the klystron is mainly due to the shot effect and
thcrmal fluctuations. It is shown that the noise spectral
density in the vicinity of the resonance frequency for the
first~resonator can be expressed by:
Card 5/8

21177
3/141/60/003/oo6/016/025
Klystron with .... E192/E382
g,
(19)
where T is the cathode temperature and
k is the Boltzmann constant.
on the other hand, the spectral density of the voltage
fluctuation due -.o the induced electron current in the second
re--ionator of the klystron is given by:
2el.(ij-' (20)
,..there 12is the average convection current flowing through
the resonator in the absence of an input signal. On the basis
of Eqs- (19) and (20) it is easily found that the noise figure
Card 6/8

21177
S/141/6o/oo3/oo6/oI6/o25
Klystron with . . . . Ll9'_,/L362
of Lhc 1-~1y.9troi, is expressed by:
+ 21,-t, 7'C slit2(8,/2) el, siti (02/2) 2, (21)
d2 G, T 2kTG,N 0./2
where T is the ambient temperature. By.analysing the above
equations it is found that the above klystron can give ttie sawe
.train as a normal two-resonator klystron but its noise figures
is mauch lower. Such a low noise level in a klystron with a
transverse magnetic field is due to the fact that the volta-e
iriduced by the electron beam in the input circuit is primarily
caused by the tlierwal electron velocities (unlike in tae normal
1,I),stron, where this voltage is produced by the motion of tile
electrons havin.- high velocities). There are 11 figures and
!~~ references: 1 61viet and I non-Soviet.
Czxl-d 7/8

21177
s/i4l/60/003/oo6/oi6/025
Klystron with .... E192/E382
AS:~OClAT10N: Nauchno-issledovatellskiy radiofizicheskiy
institut pri Gor1kovskom universitete
(Scientific Research Radiophy!~ics Institute
of Gorlkiy University)
SUMMED: July 12, 1960
Figr. 1:
d
z
BxOa
Burca
a k,
PHC- 1. CXCIIS X.11ICTPOU c nonepmbi" -t
Card m nwem.

42731
S/109/62/007/011/010/012
D266/D308
AUTHOR5: Petelin, M.I. and ShajLq_shnikov, A.A.
TITLE: On the exploitation of defocusing static
fields for the amplification of micro-
wave signals
PERIODICAL: Radiotekhnika i elektronika, v. 7, no. 11,
1962, 1969 - 1971- '
TEXT: The purpose of the paper is to demonstrate
theoretically that the motion of electrons-in defocusing electro-
static fields may be used for low noise amplification. It is
assumed that the electrons are emitted.from a source lying on the
z axis and the planar paraxial equation (y-;~ 0) can be used. The
input and output circuits are located on the z axis and the corres-
ponding h1gh frequency electric fields are assumed to have only x
components. The electrostatic field is taken in the form
E (X2, Y2, z)
Card 113

On the exploitation
S/10 62/007/011/010/012
D266YD306
which can, for example, represent a quadrupole field (~ (x 2_y 2, Z)
an axially symmetric field y(x2 4 y2, z) or a two-dimensional
field y (X2, z). The electr8n trajectories in this field can be
obtained in the form
X - C1x1(z) + c2x2(z)
For a periodic static field (period d along the z axis) the
coefficienis cl, c2 can be expressed with the aid of the input
position X and input velocity X of the electrons as follows
"I X x, dx,
1 X Qx2 X X2~ 1 X
1 W dz , ) 9 2 ' w v dz
where v z - component of the electron velocity, w - Wronsky's
determinant. In order to get rid of the transverse noise the com-
ponents Xw and ~ w (the bar denotes averaging over the cross-
section) have to satisfy in the required band the relationship
X
Card 2/5

S/109/62/007/011/010/012
On the exploitation ... D266/D308
dx 2 j x2 V
dz w v Xw 0
For low values of current this can be achieved with the aid of
electrostatic lenses in the beam forming section. In the case
of high currents the fast wave has to be.stripped of noise first
and then the above procedure can be app lied.
SUBXITTEDi April 12, 1962
VX
Card 5,13

ACC NR-. AP7001218 SOURCE CODE: UR/0141/66/009/006/1175/1189
AUTHOR.:_ Shaposhnikov, A. A.
ORG: Gor1kiy State Universit (Gorlkovskiy gosudarstvennyy universitet)
y
TITLE: Role of transverse bunching in a klystron with a wide electron flow
SOURCE: IVUZ. Radiofizika, v. 9, no. 6, 1966, 1175-1189
TOPIC TAGS: klystron, electron flow, electromagnetic wave electron bunching,
waveguide
ABSTRACT: The article deals with an experimental investigation of a klystron
with a wide electron flow. The input and output couplers are made in the form of
plane" systems in which the traveling or standing electromagnetic waves can be
excited. An analysis of electron bunching is carried ouf for an infinitely wide
electron flow in kinematic approximation, neglecting the field oil a space charge.
The excitation of "plane" waveguide (resonator) systems by a modulated flow of
electrons is considered. The author thanks A. V. Gaponov for his suggestion and
-Card 1/-2. UDC: 6 21. 3 85. 6 24

ACC NR,
AP7001218
discussion of the article. Orig. art. has: 6 figures and 37 formulas. (Based on
author's abstract) [NTJ
SUB CODE:0720/SUBM DATE: 28Feb66/ORIG REF: 001/OTH REF: 007/
r,,j 22

STRELETSKAYA, Larisa 1,ikolayevna; ZHIBITSKAYk, E.D., otv. red.;
SHAFOSHI,!KOV A D____ed_.;__SHAFOVALGVA, Ii.S... Trladshiy red.;
b0L1TSMT_,__A._V;,, reA, kart; KOSHELEVA, SJL, -tekhn. red.
[Belgium; economic and geographical characteristics]Bellgiia;
ekonor,d 1zo--geograf ic lie skaia kliarakteristika. Moskva, Geograf-
giz, 1962. 237 p. (MIRA 15:9)
(Belgiun--~Econordc geography)

PULYARKIN, Valeriy Alekseyevich; POPOV, K.M., doktor ekon. nauk,
otv. red.; SHP.FO.%UIIKGV. A.D. red.; MARTYNOVA, V.A.,
mladshiy red.; KISELEVA, Z.A., red. kart; KOSHEISVA,
S.M., tekhn. red.; VILITSKAYA, E.N., tekhn. red.
[Western Pakistan; economic geography]Zapadnyi Pakistan;
ekonomiko-geogre-ficheskaia kharakteristika. Moskva,
Geografgiz, 1962. 259 P. (MIRA 15:10)
(Pakistan-Economic geography)

LUKASHOVA, Ye. N. L.-SUPOSMUKU, -A.D.; LEBEDEVA, S.K., red.; KOSTINISKE,
D.N., red.; CHEKAIIIKHIFI, S.M., tekhn. red.
[Brazil and Guiana; 1:5,000,000IBrazil-iia, Gviana;
1:5.000-000. Y-oskva, Gos.izd-vo geogr.lit-ry, 1962.
(Text] 1962. 51 P. (MIRA 15:11)
1. Russia (1923- U.S.S.R.)Glavnoye upr--vleniya geodazl.i i
kartogrefii.
(Brazil-1-11aps) (Guiana-Yaps)

AGADZHA14Y.~N., 7..,.A. (1-loskva); VAXi~,'6) M. 1. (Moskva); SMIMOV, V.A. (Moskva);
GHE&.'YkKOVY 1.N. (Moskva); ShAilOSM-11OV, A.I. (Moskva)
Method of measuring pulmonary ventilation in respiration under
increased pressure at high altitudes. Fiziol. zhur. 1,7 no.6:
778-780 Je 161. P-~`A 15:1)
(riaspiiimul") (ALTITUDE, INFLUkXCE 010

GAVRILOV, A.S., podpolkovrdl: maditsinskoy sluzhby; TSIVILA-SIPIILT, A,S,, kand,
med.nauk, podpolkovnik Dieditsinskoy sluzhby; SHAPOSHITIKOV, A.I.J. kand.
tekhn.nauk, inzh.-podpolkovnik
Fitting of t1he pressure suit. Voen.-med.zhur. no.1:65-67 165.
(MIRA 18:10)

MARKIN, V.I., inzhener; SHAPOSHNIKOV, A.K., inzhener.
Technology of screening iron ores in blast-furnace plants.
Metallurg no.6:12-14 Je 156. (M12A 9:9)
l.Chelyabinskiy metallurgicheskiy zaved.
(Iron ores) (Chelyabinsk--Blast furnaces)

AUTHORS: PoDov, Yu.A., Umrikhin, K.G., Shaposhnikov, A.K., Bngliieers.
TITIE: A Rational Charging Equipment for a Blast Furnace (Rats.;-on-
allnoye zasypnoye ustroystvo domennoy pechi)
PERIODICAL: Stall? 1958, No.1, pp. 7 - 14 (USSR)
ABSTRACT: A descri-otion of the design and operation of a new
charging equipment is given. The distribution of burden
materials, in the blast furnace throat and the possibilities of
controlling this distribution with the charging equipment in use
at present is outlined. The distribution of materials in a
model and an or)erating blast furnace is shown in Figs. 2 and 3,
res-pectively. It is pointed out that at present the success in
codtrolling this dist-ribution depends to a Irge extent on the
qualifications of the operating personnel mid-the available
eouiDment, the influence of the individual controlling para-
meters (size of coke and ore charge, system of charging, stock
level and the sequence of rotation of the distributor) on the
distribution of materials in the throat is not certain. This
uncertainty is caused by the following factors: non-uniformity
of raw materials in the chemical and size composition, the
influence of the gas stream on the distribution of materials
during their fall from the large bell. The design of charging
Uardl/3 equipment proposed by the authors (Fig.4) can secure the

A Rational Charging Equipment for a Blast Furnace 135-1-3/24
uniformity of distribution in size and in chemical composition
of the materials in the furnace throat (across the concentric
rings) and the constancy of an optimal vertical distribution
of materials in the furnace. The proposed charging equipment
consists of two parts: 1) charge distributor (Fig.5), and
2) charger (Fig.6). The charge distributor consists of a
rotating funnel (a) and rotating cone (g); both rotate during
the fall of burden from the skip on to a large bell. An inter-
mediate small bell (d) serves only to isolate top gas during the
operation of the large bell. This set secures a uniform dis-
tributing cylinder (b) which can secure the constancy of the
required distribution of materials along the radius of the
furnace and maintain a constant stock level and a directing
funnel (d) which permits varying the position of the ridge in
the distributing cylinder. The distribution of materials at
various settings of the directing funnel is shown in Fig.6.
The operation of the above charging equipment was tested on a
model in which the stockcbscent and upwards flow of a gas stream
were -incorporated. Some results of the distribution obtained
are shown in Figs.?-9. It is concluded that the proposed
charging equipment gives the following advantages: 1) suffic-
Uard2/3 iently uniform distribution of materials in the concentric rings

A Rational Uharging Equipment for a Blast Furnace 133-1-3/24
of the furnace cross-section in respect of size and chemical
composition; 2) the possibility of maintaining a constant
optimal distribution of materials along the furnace radius;
3) absence of the necessity of air-tight fitting of rotating
parts; 4) absence of the necessity of a programme con-
troller for the distributor; 5) simplified control of furnace
operation (no need to change the size of charge, charging
sequence, stock level, programme of the rotation of the dist-
ributor). The proposed equipment will be particularly
suitable for large furnaces. There are 9 ligures.
ASSOCIATION: Chelyabinsk Metallurgical Works (Chelyabinskiy
metallurgicheskiy zavod)
AVAILABLE: Library of Congress
Uard 3/3

LUKIN, P.G.; POPOV, Yu.A..;. SHAPOSHNI~OV, A.K.
Making blast furnace ferrosilicon. Metallurg 8 no.4:&ll Ap 163.
1(MIRA 16:3)
(Ferros~licon-Metallurgy)

LYSKOVJ, Ye.P., inzh.; IIJANOV, V.V., inzh.; SHAPOSHNIKOV, A.K.
Sinter production at the Chelyabinsk Metallurgical Plant. Stall 23 no-4:
291,293 Ap 163. (MIRA 16:4Y
1, Chelyabinskiy metzalurgicheskiy zavod.
I(Chelyabinsk--Sintering)

;;VYAT.Ytl.N, inzh.; LUKIN, F.G., inzh.; POPOV, Yu.A., inzh.; NEKIPELOV, S.P.,
iazh.; SHAPOSHNIKOV, A.K., inzh.; PROKHOROV, V.N., inzh.
%king pig iron with an oxygen~-enriched blow. Stall 23 no.4-.20-3--296
Ap 163. (MIRA 16:4 #1
(Cast iron-Yetallurgy) (Oxygeno-Industrial applications)

NERENTSEV, S.P.) inzh.; NIKOLAYEVSKIY, V.F., inzh.;-SHAPOSHNIKOV, A.K., inzh.
Future types of diesel-locomotive compressor unite. Vest.mashinostr.
43 no.5:25-30 MV 163. 1 OURA 16: 5)
(Diesel locomotives)

TKAORT-SIC I ya~ Ye. .., kand. Ila I I!'; Al I DRFNKO , C4 1 , , kp-rld~ . naiil:~-;
SHAPOSHN14OV" A,K, , J.rizh.
Most advailtagoous aerodynwiLic shapo of lucomoLiveri. Vo3t. Ts"VII
Mps 23 rio.6-.2G-24 164. (MIRA 17;10)

em- j ge m= - Zhur. nevr.
'f.c. nzncepts on phenylp~-Iuvic oligophrenia.
11'3 16 RA 18~7t
65 n
TP-1-oratori-ra Vickhl-ralcheskoy ganetiki Inatituta eksperi-mentallnoy
AMIN SSSR, 1-aningrad,

A. 1.
AF,rif--,:Iture ~- Plant, -- Animal Industi-~,.
rl,no Lmo Fo risk cattle. "os'N-a, GoS. selkhoz lit--ny, 19~~l
Ilont,hl,, -.i-.,t of Riissian Accessions, Libra-r7,- of Cc- rress I
, - - - , Aoril 19152. UINICLA-S-SIFIM

USSR/Fam Animals - Cattle.
,",bs Jour: Ref Zhur-Diol., No 17, 1950, 78695.
Author Shaposhnikov, A
Inst
Title Means of Perfecting Black-Spotted Cattle of tile
Ryazan Oblast.
Orig Pub: Molochn. i myusn. zhivotnovodstvo, 1958, No 1,
39-41.
Abstract: No abstract.
Card : 1/1

SHAPOSHNIKOV, A.N., kand.sellskokhoz.nauk, dotsent; KALININ, V.I., dotsent
"Cattle" by N.P.Gerchikov. Reviewed by A.N.Shaposhn-ikov, V.I.
Kalinin. Zhivotnovodstvo 22 no.2:91-94 F 160. (MIRA 11:11)
1. Ryazanskiy sellskokhozyaystvennyy institut (for Shaposhnikov).
(Gattle) (Gerchikov, N.P.)

SH,tPOSILNIKOV, A.P.
~' -- --__ - '-_~ - - 7.' " -
From the practice of stone-casting production. (In: Soveshchanie
po eksperimentallnoi mineralogii i petrografii. 4th, Moscow, 1952.
Trudy, Moskva, 1953. No.2, p.264-270). (MIRA 7:3)
1. Pervyy Moskovskiy kamneliteynyy zavod Ministerstva. khimicheskoy
promyshlennosti SSSR. (Stone) (Refractory materials)

3'. 12 :s -.. --. ~ I Y D", , 1, . p .
Shaw)s'-,illk~)v, A. P. - "First in the prote-et-l-in of ~'orest ciAtivpti-oii of
chF--.tnut soih~ ' th- , 11 (With -dit,lrls ~'ootnotis), VAsIlLik ':-)sk. un-te,
19 -' -3 , Ilo . 1 ? , no . 12" - 3 '1'
SO: U-L355, 1L A7~b-ust 53, (Letonis 'Zhurripl 'nYkh State~-, No. 15, 191,9)

- - ~^ 4,1: .
i. 7,1.~tV )-'T':"V~
2. 73IR (6co)
L. Tractors
U
7. Correctly organize the use of petroleum at forest shelterbelt stations. Les. khoz.,
6, No. 1, 1053.
9. Monthly List of Russian Accessions, Library of Congress, May -1953. Unclassified.
-4

USSR / Forestry. Forest Cultures. K
Abs Jour: Ref Zhur-Biol., No 7, 1958, 29591.
Author : Shaposhnikov, A. P,_
Inst ---Thv-1~o-n--Zb7ra-1--)-cl~entific Research Institute
for Agriculture.
Title An Experiment in Protective Forest Cultivation
at the Experimental Training Grain Sovkhoz
(in Sallskiye Steppes).
(Opyt zashchitnogo lesorazvedeniya v uchebno-
opytnom zernosovkhoze (Saltskiye stepi).
Orig Pub: Byul. nauchno-tekhn. inform. Donsk. zonalln.
n.-i. in-ta s.kh., 1957, 1, 26-28.
kbstract: No abstract.
Card 1/1

Country : USSR
Category : Forestry. Forest Cultures. K
Abs Jour : RZhBiol.j No 6, 1959, No 24746
Author
Inst
Title I
Orig Pub
Abstract the forest belts in-the capacity of principal
species oak, poplarg Common ash, smooth-leaved
elm, viestern haclsberry and commbn pine (on -
san,h); from t-11-3 associatted species - Norviay%
Tartar and maples. white mulberry, field
pear., apricot and myrobalan. The following-
eccmmende& sm-oke tree-A
shra!~,s are r . prive".2 red
dogwoodq Juneberry, E"Lz:-'o-~Pari spindle tree, gol-
den cui!rantu. Tar4-a
honevsuckle and Yellow aca-
Card P_/4

SHAPOSIDUKOV, A.P., kand.sel'skokhozyaystvennykh nauk
Increasing the ameliorative effect of forest shelterbelts.
Zemledelie 6 no.9:53-56 S 158. (MIRA 11-9)
(Don Valley--Forest influences) (Soil moisture)
fl,

ShAFOSIIIII _-Ale soy-PIqtonqvj UBOV, Sergey Filippovich;
------~QV ----k -Qh; BESSAF
KU,22,'ETSOV,, Konstantin Arkhipovich; ALEKSEYEVA, R.L., red.;
SBNEIYDE.'~,MAN, K.A., red.; SIIVYDCIOIKO, L.I., red.;
BOROVINSKAYA, L.M., tekhn. red.
[Shelterbelt afforestation and landscaping in the Don Valley;
from farm practices in Rostov Province]Zashchitnoe lesoraz-
vedenie i ozelenenie na Donu; iz opyta khoziaistv Hostovskoi
oblasti. Rostov-na-Dorm, Rostovskoe knizhnoe izd-vo, 1962.
269 p. (~MU 15:10)
(Rostov Province-Windbreaks, shelterbelts, etc.)

a u
IL
-L-C

-HR-AP6000373 ftcrftb: UH/0286/65 021/0091 91
M/65
AUTHORS: Shaposhnikov, A. P.; ~01~tov' I. N.; Suv-areva,, V. S.; Horukhinj, B. Ya
Makarova, L. N.; Buchenkoy2 F J.; _Markov) F.
ORG: none
TITLE: Method for correcting the chemical composition of fused metallurgical-glags.
Class 80, No. 176197,(
SOUfUE-. Byulleten' izobreteniy i tovarriykh znakov, no. 21, 1965, 91
TOPIG TAGS: slag, synthetic slag, metallurgical process, metallurgy
ABSTRACT: This Author Certificate presents a method for adjusting the chemical
composition of fused metallurgical slags by introducing additives, To conserve
time and energy and to obtain a homogeneous melt from the mixture of fused slag and
additives, igneous rocks and industrial waste materials are used as additives. The
latter are selected so that their fusion temperature is below the temperature of the
fused slag. Gabbro, diabasej basalt3 andesites power plant ashes., and similar
materials are used as additives. They are crushed and preheated up to their respec-
tive softening points prior to their introduction to the fused slag. The amount of
additives is 50% by wt. of the total mass of the mixture.
SUB CODE% ll/ SUBM DATEi 19Jun62
C.rd 1-A UDG; 669.05h.82:669.oh6.58

`2 nc.3:2~3 1 165.
z- to n e i: i pi i ke r .
(M-TRU 18:10)
1. Vsesoyuzzlyy nauchno-issledovatelfskiy instituL stekla (for
Sharloshnikov). 2. Moskov3kiy ol7tny-y zavod staklokrist,%llicheskikh
materialov I karaeimcgo litlya (for Zolotov).

-.a_7 a
1`14; 5. no n
cart Ti T
licla-sified

SHAPOSHNIKOV, A. S.
Ekonomiko-geograficheskii ocherk Astrakhanskoi oblasti. Puti soobshcheniia.
ZEconomic and geographic survey of the Astrakhan Province. Meqns of transportatiojn.
(Bol. sov. ents... 2. ed., 1950, v. 3, p. 283).
DLC: AE55B62
SO: Soviet Transportation and Communications, A Bibliography, Library of Congress,
Reference Department, Washington, 1952, Ur~classified.

SHAPOSHNIKOV, A. S.
Puti soobshchenlia. 4 trans-Dort Astrakhanskoi oblasti. firansport facilities of
Astrakhan province.,/. (Bol. sov. ents., 1950, itd. 2., v. 3., P. 283-284).
Volga-Caspian Canal (now in operation).
SO: Soviet Trans-Portation and Communications. A Bibliogra-phy, Library of Congress,
Reference Department, Washington, 1952, Unclassified.

4W iy Sergeyevich; ABRAMOV, L.S., radaktor; ITOGINA, N.I.,
,.,Q3EUIKOV,.Ana-to1
~*e'M skiy reda~ftor
(Astrakhan; a geographical sketch] Astrakhan; geograficheskii
ocherk. Moskva. Goa. izd-vo geogr. lit-ry. 1956. 95 P. (URA 9:12)
(Astrakhan--Description)

BURNNSTAM, A.G.; IIIKOLISKIY, I.V.; KOROVITSYN, V.P.; MIUSHCOV, A.T.;
b-HAPOSIRIIKOV, A.S.
Geographical study of the construction industry of the U-S-S.R.
Geog. i khoz. no.1:7-11 158. (MIR& 12:1)
(Construction industry)

SHAPOSHNIKOV, A.S.
Participation of Moscow University geographers in the practical
work of regional economic councils. Vest.f4osk.un.Ser.5:QI-og.
15 no.1:37-42 160. (MIRA 13:8)
1. Kafedra ekonomicheskoy geografii SSSR Moskovskogo universiteta.
(Volga Valley-Geograpby, F-conomic--Research)

SHAPOSHNIKOV, A.S.
The Middle Volga Economic Region is the advanced post of chemistry.
Vest. Mosk. un. Ser. 5: Geog. 19 no.2:3-10 Mr-Ap 164.
(KRA 17:4)
1. Kafedra ekonomicheskoy geografii SSSR Moskgyskogo universiteta.

-- -. - - - f -;
-.-II . . . .
Flsheries
Improving 'und'exes 0~1 I work. Ryb. khcz., 2E, No. 5, 1952.
L entt7rprises
- a/
Monthl- List of Russian Accessions, Library of Cong-reso, Cctcber 1 52. Unclassified.

FUSTOVALOV, I.I., inzh.; LEBEEV, K.S., inzh.; LYUBCHMO, A.M., inzh.;
MATV,wYEV, V.A., inzh.. Prinimal uchastiye SWOSHNIKOV, A.V..
BLOKHINA, V.V., red.; FECHEEKIN, I.V., tekhn.red.
LApproximate time norms for repair work; metal machining, fitting,
fitting-assembly, electric welding, gas welding, and for.-ing
ouerations for collective farms and state farms] Primernye nor-
mativy vremeni na remontnye raboty; mekhanicheskaia obrabotka me-
tallov, slesarnye, slasarno-sborochnye. elektrosvarochnye, gazo-
svarochaye i k-uznechnye raboty dlia kolkhozov i sovkhozov. Moskva,
Izd-vo M-va sellskogo khoz. SSSR, 1960. 199 p. (MIRA 13:6)
1. ]Russia (1923- U.S.5.R.) Gosudarstvennyy komitet po voprosam
truda i zarabotnoy platy.
(Machine-sho-D practice)

KONOVALOV, V.I., kandidat tekhnicheskikh nauk; UMUKOV, G.A., inzhener;
SHAPOSMIIKOV, B.I., kandidat tekhnichaskikh nauk; UZHOV, V.N.,
- Inzhener.
"Thermal electric power plants of industrial enterprises." V.V.Luk-
nitekii. Reviewed by V.I.Konovalov, G.A.Ushakov, B.I.Miapoohnikov,
V.N.Uzhov. Blek.sta. 25 no-7:61-64 Jl '54. (KLRA 7:8)
(Electric power plants) (Luknitakii, V.V.)

-SqAPOSMIIKOV, B.I., dOtBjkand.tekhn.nauk
Fortieth anniversary of the Ivanovo Power 'Engineering Institute.
l%v.vys.ucheb.zav -/, enarg. no-8:1-5 Ag '58. (MIRA 11:11)
1. Direktor Ivanovskogo energeticheakogo institute. imeni, V.I.
LFnIna.
(Ivanovo--Power engineering)

SHAPOSHNIKOV, B. I., kand.tekbn.nauk, dots.
Ivanovo Powqr Frngineering Institute during the past IW years.
Sbor.naucb.trud 131 no.8:5-8 158. (MM 13:4)
(Ivanovo-Power eugineering-Study and teaching)

-'ZI
11TI, -truct-:z-2 t.e ~Ijt.-t'-C T,-l The '7-,c-r:.--a'ozoa ~f '-tacus. "New
C SV:.-i-~, of ',rranj~-er.an' - r Printin,! The Fostlaumol-'s ~Worlkl At
L. a%-re Lnen'al E-o~ogy ',D,-rec4or: N. K. F~--'tsov),
Foscow."
J--~ 7 D'- r'l:.' ~C- 0 j7 "El.
':o. 2
F" olo

/NedIcIne - Bacteria, Proteolytic Nov/Dec 48
Medicine - Bacteria, Action
"Sme Data on the Biochemical Characteristics of
Proteolytic Bacteria," B. N. Shaposhnikov, T. A.
Tauson, Inet of Microbiol, Arad Sci USM, Moscow,
Pp
"Kikrobiologiya" Vol XVII, No 6
Presence of glucose in mineral feeding medium with
acid hydrolyeate of casein-(PH = 7.1 - 7-7) stimu-
lates do-winizing property of Bac. fluoreacens and
liquefaciens and reduces activity of Proteus vulgaris.
Glucose decreases anmonia aceftulation in both cases.
in 34/49T44
UM/YAd-icine - Bacteria, Proteolytic Nov/Dec 48
(Contd)
Concludas that microbes mentioned, both active decom-
posers of albumins, use amino acids and glucose in
different ways. For Proteus vulearis, amino acids arE
source of nitrogen and carbon; it uses glucose as
Source of energy. For Bac. fluorescens and lique-
faciene, amino acids are mainly a source of nitrogen,
and glucose is z~ plastic and an energy material.
Submitted 18 may 48.
4= 34/49T44

L 430L -66
ACC NR
- AP6029519 SOURCE CODE: UR/0432/66/000/004/0040/0042
AUTHOR: Bayborodin, Yu. V. (Candidate of technical sciences); Kravchenko, V. I.:
Kabanov, E. .; Karpenko, A. S.; Kozin. A. V.; Petrenko, R.. A.; Shaposhnikov,_B. V.
ORG: none
TITLE: A Q factor modulator for a ruby aser
SOURCE: Mekhanizatsiya i avtomatizatsiya upravleniya, no. 4, 1966, 40-42
TOPIC TAGS:. solid state laser, laser modulation, laser pulsation
ABSTRACT: A Q factor,modulato that increases the output pulse power of a ruby laser
by 103 is described. The modulator is made up of an optical head and an electronic
unit. The optical head consists of a rotating prism with total internal reflection
that acts as one of the mirrors of the laser optical resonator; it is.driven at
angular speeds up to 26 x 103 rpm by a dc motor. The electronic unit consists of a
square wave generator, a comparator circuit, two time delay networks, a trigger cir-
cuit, a dc motor, and a power supply. The modulator operates in the following manner:!
at a given angular position of the prism with respect to the laser beam, light from a
lamp is focused through a lens and illuminates a photosensitive diode. The output
pulse of the photodiode is amplified and fed to the comparator. When the rotational
speeds of the motor and the prism are equal, the comparator initiates a pulse that
lightsthe laser pumping lamp and thus triggers the laser. At the same time, t e

L 43o4l-66
f-AC'C-WRt AP6029519
0.
m
o
tor is stopped and the Jaser is not triggered again until the motor builds up its
speed until It is equal to that of the prism. The motor has an automatic disconnect
relay which stops it in 5 to 7 seconds if a faulty condition occurs in the circuit.
As a result of work with the modulator, optimum parameters for the optical resonator, 1
rotation speed of the rtflector, and pumping power have been determined in order to i
obtain maximum output pulse power. Orig. art. has: 2 figures. [IV]
SUB CODE: 20/ UMM DATE: none/ ORIG REF! 001/ OMI REF: 001 A TD PR 4~c,5
Card 2L2,=X

SMU30SHNIKOV, D., Inzhener.
Pier and shoot type mooring for loading quarrystone onto river fleet vessels.
Biul.stroi.tekh. 10 no.3:15-16 F '53. (MLHA 6:12)
1. Nauchno-iseledovatellskiy institut Neftegazatroi.
(Piers) (Loading and unloading)

Building mortars and_jjaLtaLmixe~., V, V.
i--=- I-Knon'. 1111 Ov and 7. G. G "t-minov, U.S.S.R.
w),66(b), cc. , 1 147 dILI(Ill. 10 00,1-10 (L.A)
4.1, 52783). 1-*,,r bdicr uIlWatinn of the propertic:i dr
centent mid imilar mix", they are rclwauffly stirred be-
hveul the timr ~f 5ettillg "Ind begirming of hardening.
I)Ilri ', g this intm%il the stirriog is alternated with rest
lwriod;, M. ffvsi!h j

r - o u
17,
Library of Conjr~-S, 1952. c 1 .

SHAPOSHNIKOV, Dmitriy Andreyevich; FILATOV, A.I., inzh., vedushchiy red.;
ARSEITIYEV, L.B., inzh., red.; PONOMAREV, V.A., tekhn.red.
[Good, light filler for concrete and reinforced concrete]
Effektivnyi legkii zapolnitel' dlia betona i zhelezobetona.
Moskva, In-t tekhniko-ekon. inform. AN SSSR, 1956. 13 p.
(Informatsiia o nauchno-issledovatel'skikh rabotakh. Tema 39,
no.1-56-210) (MIRA 10:12)
(Concrete) (Reinforced concrete)

SHAPOSHNIKOV, D.A., inzhener
Production of clayay lightweight crushed stone. S'.roi.pred.neft.prom.
1 no.2:27-29 Ap '56. (MIaA 9:9)
(Stone, Crushed)

SHAPOSHNIKOV, D.A., inzhener (g.Salavat)
Kilning brick clay having increased moisture. Stroi.pred.neft.prom.
1 no-3:23-24 M.V 156. (KM A 9: 9)
(Kilns) (Brickmaking)

SWOSHYMOT,_ D&A*
-
Ma3dng light-wei&t porous ceramic gravel of low-malting clay at
brickmaking plants. Biul. tekh.-ekon. inform. no.l:.174-75 157.
(Gra;7el) (MIRA. 11 -.4)

SHA.PO=IXDV,, D,.A~.
%~ , , 1 --~ ~ - - I- -, -~.. Iqzhener,
Werials for manufacturing large concrete blocks and effective
ceramic wall material. Stroi pred. neft. prom. 2 no.2::22-24 7 '57.
(Concrete blocks) isia~ cement) (MIaL 10:4)

SHLAAY~OSHN
Prefabricated ceramic houses in Czechoslovakia. Biul. stroi. tekh. 14
Ag - 50.2 _ N -'. 57 (MLRA 10:6)
y
1. VgeBOYU2nvv rujuchnq-~ssledovatellskiy institut, po stroitel'atyu
Ministerstva stroitel.stva,,pZ-odpriyatii.neftyanoy promyghlennosti SSSR.
(Czhechoslovakia--Ceramia' materials)
(Czhechoslovakia--Buildings, Prefabricated)

SHAPOSHNIKOV, Donat Grigorlyevich
(Kherson Agricultural Inst), Academic degree of Doctor of Technical
Sciences, based on his defense, 7 March 1955, in the Council of
the Moscow Inst of Engineers of water supply imeni Villyams, of
his dissertation entitled: "Mountain irrigation."
Academic degree and/or title: Doctor of Sciences
SO: Decisions of VRK, List no. 24, 26 Nov 55, Byulleten' T.10 SSSR, No. 20,
Oct 57, Moscow, pp 22-24, Uncl. J-PR3/1'TY-471

22(j) SOV/3-59-41-31/42
AUTHOR: Shaposhnikov, D.G., Doctor o: Technical Sciences
TITLE: A Hydro-Melio-rative Laboratory at the Agricultural Department
PERIODICAL: Vestnik vysshey shkoly, 1959, Nr 4, PP 74-76 (USSR)
ABMACT: Taking into consideration that the students, future a~7ricul-
turists, are not being properly trained in the field of ph,,r-
sico-engineering sciences, the Chair of Melioration of the
Kherson Agricultural Institute has erected a hydro-meliora-
tive Ialboratory. With the help of the installation and the
operating models, the students study the most complicated hy-
draulic phenomena and regularities, the special features of
the installation and the working of the irrigation and drain-
age system, canals, water-meters, hydraulic machines, the phe-
nomena of soil erosion and protection methods. The laboratory
is located in the semi-basement of one of the Institute build-
ings and consists of the central experimental hall (140 sa.m.)
an auxiliary room and a mechanical workshop. The water supply
is based on using circulating water. The underEround overflow
Card 112 tank has a capacity of 6 cu.m., that of the supply tank -

SHAPOSHNIKOV, G.Kh.; YELISEYEV, E.I.
Life cycle of plant lice (Aphididae) in relation to the
biochemical composition of their primary and secondary hosts.
Zoo. zhur. 40 no. 2:189-10.2 F 161. (MDU 14:2)
1. Zoological Institute, U.S.S.R. Academy of Sciences (Leningrad).
(Plant lice)

Lo,,-vineii,':c, 1.1, V. , Krarpova, G ~ V., , sov'2o-121--3-37/47
S.Iandyba. K G_ Shaposhnikov, D.,
TITLE: The Types of Terri~;eneous Flysh in the Ta-uric Formation of the
Crimoa (0 ti--.,al-.h terri-ennoco flisha v tavricheskoy formatsii
Kryiia)
PERIODICAL: Do',11--ldy Akadenii nauk SSSR, 1950, Vol ~ 121, Nr 3,
5'21 534 (USSR)
ABSTRACT: The sediments of the tauric formations (Tavricheskaya formatsiya;
t1tey were formed in the Upper Triassic Lower Jurassic, Refs
3.1.4) are mar!-ed by flysh"type strata. The strata are 2-membered
(Refs 1.2): The first member is formed by Cranular rocks.
,;ravelites, sandstones with ura-ins and aleurolites of varying
sizes. The second element of the otratum., which is represented
by carbonate rocks in the classical flirsh formations, (Alps
Allpy, C~ucasus = Kuvl,:az) is lack-inl- in tile ta-uric formation.
Carbonate concretions and concretion intermediate layers are
attached to tile IIIrd element of the stratum, These. however, are
not present, The strata are 10-15 to 20-30 cm 'thick.
Thinner or thicer otrata are less frequent; a thickness of
Card 1/3 200-2--,0 cm is an exce~,'Uion. Sever:~! ty-jes occur among the

T'ne Tir:)ez, of Flys, in the Tauric SOV/2o-121-3-)7/47
Formation of the Cri:.-.ea.
plete str-tum consisting of the
-membered oi-.eo: A com
fc-, I! o,,-,,iii,; aleient;.. ~,-r.,.velite sandstone , aleurolite , argillit
(Izi + Ib Ic + III); it does not occur frequently; B) Usually
Ib + III or D)
a of IL, + Ic -t TII or C)
Ic + III; this is the most widespread type. Type A is called
nor:ial ype B is sandy or sandstone flysh, type C is
t.
c-LIled fl.,1,,ih -,tnd type D-argillit flysh,
Concretions ?,nd cone retion interncdi,~,"-o layers frequently occur
in f1l,sh- In aleurolites traces of worms are visibie, Apart from
the above mentioned z', flysh types we know 2 other types, normal
flj%-oh with thick (1,0 - 1,8 cm) medium and coarse-urained sand-
stones (belon-s to ty-
U pe A) and focoidal flysh (to type C) with
a mass tlevelo-,,nent of mud eater traces. Additional strange
fiyshoid sedi,ients occur in the tauric formation. They consist
of ar-illit with bi,3, loaf-shaped carbonate concretions and lense.-
s.,a-jed concretion intermediate layers. The rocks of the tauric
,,,)es of flysh textures: hieroglyphs of
for-atior numerous t-,
_2es.. wave marks. a diagonal structure of the strat_a
~!Jf_erent ty
of mari-ti-7.e t-rpa.. small folds cauced by subaqueous land slides.
Cz~-rd V--~rious typ-7, of hiero-lyphs are 77ientioned At the e--.! Df the

T'i(-- Types of Tei-rit,leneouq Flyoh in t;ic- T,-,uric SOV/2o-121-3-37/47
For"ation of the Crimea
paper the authors show the ci-,.:c...L- of :-dternating of the flysh
types 5 varieties), Thr!.'L~ I and 4 references, 4
of which are Soviet,
ASSOCTATICIN: Khar~llrovss kiy ~osladarstvenn-T y universitet im,A.AJ.Gorlko~o
(Kharikov State University imeni A,.M.Gorllr-.iy)
PRESENTED: March 31. 19q8, by NART.Stra l-hov, .!e,.'Ibcr, Academy of Sciences, USSR
SUBLTI'TED: 14-:rch 31, 1958
Card 3/3

3(a) SOV120-124-4-52167
AUTHORS: Logvineriko, N. V., Karpova; G, V., Shandyba, K. G.,
Shaposhni~kov, D. P,
TITLE: On the Mineralogical-Petrographical Characterization of the Tauric
Formation in Crimea (K mineralo-petrograf-ichesk-oy kharakterist--Ike
tavricheskoy formatsii Kryma)
PERIODICAL. Doklady Akademii nauk SSSR, 1955, Vol 124, NT 4, PP 911-914 (USSR)
ABSTRACT: This formation consists of terrigenous rocks: sandstones, "aleuro-
lites" and argillites. Carbonate rocks are lacking, but carbonate
contractions and intermediate strata are widespread. Most rare are
gravelites. The individual kinds of rock are described. Sandstones
contain feldspar (5-7 up to 10-15 %) and quartz, or quartz and
glimmer (muscoviue and biotite) as well as rock splinters (few).
Potassium feldspar is rare, however, the albite, alb-ite-oligoolase
and oligoolase type are more frequent. Apart from rock-forming
main minerals there occur also: zirconium, rutile, tourmaline,
apatite, spinel and other accessories. Octahedrite-brook-ite and
chlorite often develop after biotite (Table 1). With respect to
texture, sandstones are combined by contact and contact-pore cement
and, less frequently, by basal-pore cement. Cement is sometimes ..
Card 1/4 lacking, and the rock becomes quartzite-like. Both sandstones and-'

3011/20-124-4-52/67
On the 'ali-neralogi-cal-Petrographical Characterization of the Tauric Formation
in Crimea
aleurolites contain pyrites. By weathering, hematite and brown
iron hydroxides are produced from them. In the argillites, pyrite
is finely dispersed. The results of thermal and radiographic
analysis of argillites as well as the results of electrorlograms
are given. Besides finely disperse silicates and coarsely crystal-
line admixtures, there are in argillites obviously also diagenetic.
and epigenetic minerals of the sulfide class (pyrites) and the
carbonate class (calcite, rarely dolomite, usually carbonate of the
magnesite-siderite series), A specific feature of rocks of the
Taaric formation is their coloration; mostly dark, from dark almost
to black. These shades have various causes and are bound to rock
types, The coloration is due to both organic (coal substance) and
mine ,I pigments (pyrites). A fine plant dendrite converted into
coal zeurs throughout the formation and is present in any rock
type, i.e. in a very fine state in the lower part (visible in sand-
stones) and in coarse state in the upper part (some centimeters
high). With respect to secondary transformations, terrigenous rocks
have attained the stage of a depth epigenesis and early metagenesis
(Ref 3)., That is due to the position of the mass in the middle and
Card 2/4 peripheral part of geosynclinal. These rocks were sedimented in

SOV/20.-124-4-52/67
On the M-neralogical-Petrographical Characterization of the Tauric Formation
L
in Crimea
the sea within the range of a shelf as well as on the correspond-
ing slope with unstable hydrodynamic conditions, where SUSDended
terrigenous material and also organic substance were carri;d., The
decomposition of the latter in mud led to the formation of H 2S_
hearths, which possibly extended also to the layer near the bottom.
This favored neither organic life nor the deposition of carbonates.
Therefore, fauna is probably lacking in most sediments of the Tauric
form9tion. The formation is 6 terrigenous, carbonateless flysoh
which was produced by erosion of Paleozoic, primarily of Carboni-
fer6us sediments of the adjacent Northern regions. It is possible
that another cordillera consisting of Paleozoic formations exists
in the South in the place of the recent Black Sea,-There are
1 table and 9 Soviet references~
ASSOCIATION: Kharlkovskiy gosudarstvem.W univvrsitet im, A. M. Gor1kogo
(Kharlkov State University imeni A. M. Gorlkiy)
Card .3/4

S 0 7/ 2 o - 2 8 - 2 - 4
A-
'he 71ineral Composition of 'he
a 1, C'n es S 4 ~s o P Crimea
1 a d-j- Aka d t:m Ji i na uk SSSR., 1959.. Voll 128, Nr 2,
UsSaN
I Y (Ref 2' certain ty--Des of terrigenous flysh were
Z a 1: a t e d f i---::i h e f 1 v s h f o rma t i o ns o 'L t"n a T a,., r I c h e sk. aya
r I e i; --I f L P C r and other de t a i is RE-f s were det, er -
--,ned, crgani-i re;:,ains car; 'ce deter:--ined are found
,-.'y rar~.:ly In th4s -area the probleiz of strat-igraphy and
cannot be solved Inere -,,,,itiliout a detailed min-eralo-
a-n:AIy3-1s. In the rocks of thir: suite 1,~.en-~;.Cned in the
~',Ie than -.1") typ.--.s cf za--JrE~als and varieties -,,C-i,e in-
C, - Tablo 1 shows the survey. The rnost wide-spread
M 4
-,-,a 1, F a r,. ~ n t have passed sevei~a-l sta.~es, of r4~deposi' ion.
-i-ak-lir- :-' showrs !he ),.operties of t1w found zirconium, Zrains.
Ac-.;e--3-r-- minerals small concent--at-4on
s usually show
--ac,~z f r-I 1 From the r; layz?r~ whicl, were se-.,arated
it -ooss4ble
o- 1--=s, of r! -;t e - was

n t, -- a ! C,; j 1 0
SuVj 2 -
-'1' i:-- e 1: E~ i ~~v: o- na. rt of i_ 1 e M~-n L i suite a1so
1 11 Y T I -a a 1 a t --* v e c s r 1 a z e u a n t
ai-a h~
C 11 V
llai- a'~ ---Drzal dirrction..
and accessory
in ~Iie se--ti,7.n of the sui'c.
f--n:-,i --hon sect -*.,-,n of the series
I' C iflu E S k i -.,0 r,! r: s k a R e I T-- -o-c-'s of
a t. ei, e o a s::i a I I r d e r s 116 "J e 3 to a secondary
vole -~f tn,~ rocks in tu-ne denuda-
-a r ua S 'can 'cc ccnc-'-~d~-d fr= ~he mineral and
L. J7 cl-ar-ractc-rist;c of ~-he rocks of `?.e Tavriches-
4 ~~ S . It 1 s poss J bi e that rceIzz of the deeply submerged
C)
!i1t fc~r..:atiois serv~-d as mai-i sourc~:s of tPrri-
in, t1- stcp~es of ~ne Crimea and in the a id -
areas. Beside +ht~se northerri so~urc,,:~s of denudation
:~ub:narine (-crdi1,1,--ra in the basins of t~:-= Blac"ir Sea
is indicaf-ed by the di~e-z~tion of ~he current
T-e ccrdi-llera f ra;::ed '., 9 -a imos t
-Le , ea ir. an
C dire~;ticnn. TI-ere. are 1 figurie, 2 tables, and 6

SOV/2o-12-6-2-1?/50
..-arac~-t~r4st ic. F-atures ir. tlae Mineral ComDosition
cf --e Tavrich~-s'-ays. Se -4 es of thF Crimea
Soviet references.
ASSSOCTIMON: Kha-rlkov3'r-iy gosLidarstvennyy universitet im. A. 11A. GorIkogo
I
~Kharlkov State University imeni A. M. GorIkiy)
P R -H S E;- I I- T EL May 27, 1959, by N. W. Strakhov, Academician
S U 3 7. T I T '-* L. D. 'May 27, 1959
Card 313

SFAFOSHNM-'~-V, I-P-
On the study of the "Yeteorite-Lipovs1cy Khutor"
"MEVORITKAn
r?r,o ("eteorJtes-Studies) -;SI)ue no. 20 - 1961, sponaored I: the
-ites"
Mmittee on .!bteor- of the SovAet Academy of Sciences - Vlorcoi- 1961,
208 Pages# ane contnining Collectnd Works("Trudy") of the "=-I-Wc4j~L
OrganlzeO by tllc CM and
Held in KIFV on 2-4 June .1960.

LOGVINEINKO, N.V.; KARPOVA, G.V.; SHANDYRA, K.G.;.SHAPOSHNIKOV, D.P.
Stratigraphic subdivision of Tauric strata in the Crimea. Dokl.AN
SSSR 137 no.5:1188-1191 Ap 161. (IOU 14:10
1. Khartkovskiy gosudarstvennyy universitet im. A.M.Gortkoga. Pred-
stavleno akademikom N.M.Strakhovym.
(Crimea--Geology, Stratigraphic)

SHAPOSHNIKOV.-D.P.
Examiaing the Lipovski7 Khutor meteorite (abstract of a report),
14eteoritika no.20:171 161. (MIRA 14:5)
(Stalingrad Province-Meteorites)

LOGVINMO. ---ix"olay Vasillyevichj, prof.; 11-LkHPOVA, Galina Nasil 'yevna,
I-and. Eeol.-L-dn. nauk; SHAPOSM411KOV, Dmitriy Prolcof-, lyevicli,-.
Prinir.iali uchastiye: LEBEDINSKIY, V.I., kand. geol.-mine. nauk
starshiy nauchnyy sotr.; BELIK; P.G.y dots.; KOMICHEV, V.G.,
student; RS41ZOV, I.11.0 dots.; ALYABOYEV, N.Z., red.;
ALEKS.U,',DROVA, G.P., takhn. red.
[Lithology and genesis of the Taurian fomation in the Crimea]
Litologiia i genezis tavricheskoi formatsii Kryma. Pod red.
I Izd-vo Khartkovsk
i IX.~temi-.ova. Kha'rlkov, 090
univ., 1961. 400 P. (MIRA 15;10)
1. I'afedra patrografii Kharikovskogo gosudarstver:rogo univer-
siteta (for Logvinerlco, Karpova, Belik). 2. Geologicheskt-
fak,Laltet K-har1kovskogo gosudarstvemogo universiteta (for
Kosmachev ). 3. Institut minerallnykh resursov Akademii nauk
Ukrainskoy 3SR (for Lebadinskiy).
(Crinea-Petrology)

LGGVINEUKO, N.V.; KARPOVA, G.V.; SHAPOSHNIKOV, D.P.; KOSRACHEV, V.G.
Stages of mineral formation in deposits of the Taurian series
of the Crimea. Dokl. AN SSSR 142 no.4:922-925 F 162.
WIRA 15:2)
1. KharIkovskiy gosudarstvennyy universitet im. A.M.Gorlkogo.
Predstavlano akademikom. N.M.Strakhovym.
(Crimea-Petrology)

LOGVINENKO, N.V.; KARPOVA, G.V.; KOSMCHEV, V.G.; SHAPCSHNIKOV, D.P.
Genesis of flysch deposits of the Tauric formation in the Crimea.
Dokl.AN SSSR 145 no.4:879-882 Ag 162. (MIRA 15:7)
1. Kharlkovskiy gosudarstvennyy universitat im. A.M.Gorlkogo.
Predstavlenci akademikom N.M.Strakhovym.
(Crimea-Flysch)

SHAPOSHNIKOVf D.P.
Mineralogy of Taurian sediments in the Crimea. 'top. min. osad.
obr. 6:146-158 161o (MIIU 15:6)
(Crimea-Mineralogy)

LCGVT%7-FNKO, N.V. (Lohvyneriko, M.V.1; KARPOVA, G~V. [Karpova~ H.V.I,
KOSM.ArMLEV, V.G. [Komachov,, V.H.h SHAPOSHNIKOV D.P,
[Shapoehwrlicv, D.P.] p --,- -, ~ JI
Facies of the Tau-rean terrigenous flysh formation of the
Crimea. Dap. AN URSR no.10;1,142-1345 162. (MIRA 18:4)
1. KharlkovskAy gosudarstventlyy universUct.

LCGVINENKG~, N.V. [Lohvynanko, M.V.];. KARPOVA., G.V. [Karpova, H.V.];
"MACHEV., V.G. [&smachov, V.H.j;_SHAPOSM1IKOV, D.P.
Some remarks concerning V.S.Sasinovych's article "Significance of
markings In the Taurian formation of the Crimean Mountains." Geol.zhur.
23 no.1:98-101 163. WIAA 16:4)
1. Kharlkovskiy gosudarstvennyy universitet im. Gor1kogo.
(Crimean Mountains--Paleontology)
(Sasinovych, V.S.)

---r-nt-s in the
D;deper-Dorlets Nalye
a -s5n,xp.-snskLlkh oLlozi,en-iiakh
(lMLA 18-2)

1. 5ii-d-C-SHIMOV, Di. YZ.
2. USER (600)
4. Pressina Machinery
0
7. Mechanical forgincl, preEs stamps. Avt.trakt.prom. No. 11 - 1952.
9. Monthl list of Russian Accessions, Ubrary of Congress, larch 1953. 'Unc2assified.

1. SHAPOSHNIKOV, D,: LETIMEV. N.
2. USSR (6oo)
4. Forging
,. Tekh. molod. 20, no. 10, 1952.
7. Future of the forging shop
9. Monthly List of Russian Accessions, Library of Congress, February -1953. Unclassified.

SHAPOSENIKOV, D.Ye.
Forging the crankshaft of the forward suspension of the 'Moskvich" auto-
mobile in the forge shop of the Moscow plant for automobileFi of sinall
cylinder-capacity. Avt.trakt.prom. no-7:28-30 Jl '53. (MlrJ?A 6:8)
1. Moskovskiy 2avod malolitrazhnykh avtomobiley. (Forging)

SHAPOSHNIKOV, David Yefimoyich: CHIMNICHMO, V.P., kandidat tekhnicheskikh
nauk. retBenZent; ZALZSSKIY, 0.1., inzhener, redaktor; MEZHOVA. V.A.,
inzhoner, redaktor; POPOVA, S.H., tekhnichei3kiy redaktor
[Dies for crank. forging ancl stamping presses; the experience of
the Moscow light automobile plant] Shtampy krivoshipaykh kovochno-
shtampovochnykh preSBOV; opyt Moskovskogo zavoda malolitrazhnykh
avtomobilei. Pod red. O.I.Zalesskogo. MOBkva, Gos. nauchno-tekhn.
izd-vo mashinostroit. lit-ry, 1956. 122 p. (MTRA 9:9)
(Dies (Metalworking))

GUSEV, A.N.; AGAPOV, I.K.; -$HAZQSHNIKOV, D-Ye.
Automatic valv6 stamping. Avt.i trakt. prom. no.5:26-30 MY '56.
(MMA 9:8)
.1. Moskovskly zavod malolitrazhnykh avtomobiley.
- - (Automobiles--Engines--Valves) Crorging)

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SHAPOSHNIKOV, D.Ye.
------
"Stamping ring billets" by D.S.L'vov and others. Reviewed by
D.E.Shaposhnikov. Kuz.-shtsm.proizv. I no.6:47-48 Je 159-
(MIRA 32-.9)
(Forging) (Llvov, D.S.)

s/182/61/ooo/oo3/oo8/ooq
A161/A133
AtM,tOR~ Shaposhnikov, D. Ye.
JITLE: New rrimming dies for drop-forging crank presses
FEFUODICAL: Kuznechno-shtampovochnoye proizvodstvo, no. 3, 1961. 36 - 38
1-F-YI: A detailed description is given of the design and operation of three
new,trimming dies used in the forging shop of the Moskovskiy zavod malolitrazhnykh
avtomobiley, MZMA, (Moscow Low-Displacement Car Pl 'ant). All trimming dies of im-
proved new designs at the shop 4ave guide posts,.-and flash removers for taking the
flasn offthe punches. A separate die is produced for every part. One of the
t~iree described dies, produced on suggestion of designer G. S. Il'iyn for a special
part, is a common trimming die fitted with removers that can swing on the axles
under pressure of springs to stop at -the holder. When the press slide comes down,
wedges -turn the removers to the punch outline. When the slide rises, the wedges
nold the removers to take the flash off the punch. The second die is an example of
dies for noT. flash trimming of twin stampings, trimming two stampings in a single
press stroke, Ibe punch is cut in the upper plate and shaped for two st;ampinas,
and the bed die is one solid piece. This makes it somewhat difficult to manufac-
Card 112

s/182,/61/000/003/008/009
New --=4mmira dies for drop-forging crank presses A161/AI33
d'_e, and o"Inches and bed dies have to be fitted, but '~_qe desian is handy
and decendable. The ~Ihird die is an invention of designer V. P. Arzhannikov of
My*_f=_cnsKsnskiy mashinos+,roiT_el'nyy zavod (My-tishchi Mechanical Engineering Pla_rrt)
Cc-riifical~e no. 112294 of 29 April 1958) that is being used at M724A.
Tnl_~: d.,e T-rJMS -ne s--,~amping and ejects it, and can be used in presses with any
slide -.ra-Vel Iena*.h- provided tha:4, the press effort and the enclosed heigh,~ of -,he
die sDace are sa7ficient, Thie die is simple, needs no special attendance, and the
r-,ec,or- works re-ii-ably wi*ihout any resettings. The trimmed flash drops into a box
z-.a_-idI_,uz -iinder ..ne press t-.able. Dies of this kind are used for six different par-ts.
Th,::r-_- are c; figureE,
-ar

SIIAFOSI U'UKOV, David -7 ef imovich - AIRRSTOV, V.M., kand. tekhn.nauk)
retsenzent; BABEIIKO, V.A., inzh., red.; SIROTIN, A.I.,
red. izd-va; UVAROVA, A.F.., tekhn. red.; DEITm, E.F.,
tekhn. red.
[Making forgings on hot-stamping presses]Izgotovlenie po-
kovok na goriacheshtampovochryl-ch pressakh; opyt kuznechnogo
tsekha Moskovskogo, zavoda malolitrazhnykh avtomobilei. Mo-
skva, 1-fashgiz 1962 178 p. (MIRA 15:11)
(Forgingi (Kwer presses)

PHASE I WOK EXPLOWATION SOV/6331-
Shaposhnikov, David Yefimovich
Izgotovleniye pokovok na goryacheahtampovochnykh'prese.akh: o0t
kuznechnogo tk3ekha Moskovskogo zavoda malolitmfty~h Vtoniobiley
(Hot Press Fo:~ging: Forge Shop Practices at'the" moscow.Small
Automobil6 Plant) Moscow, Mashgiz, 1962. 176 P. Errata slip
inserted.' 5000 copies printed.
Reviewer: V. M. Aristov,,,Candidate of Technical Sciences; Ed.: Vj~.-..A.*"
Babenko, Engineer; Ed-6' of Publishing House: 'A. I. Strotin;
Tech. Eds.: A. F. Uvg:rova; and K. F., DemkinA; Managing Ed..:eorl-
Literature on Kob-Worlcing of Metals'. .9. Ya. Golovinj Gandl&te
of Technical Sciences.
EURPOSE: This book is intended for. specialists in die for ing,
It - iaay also be useful to mWdbnftd- lat~vohools,of higher t1chiioa1V7
education and tekhnikmmi
Card 1/4t

~:t ZZ
u*R_

Hot Press Forgin (Cont.) SOVA 1,
9

COVERAGE: The book reviews die-forging processes.and the design
of-dies used In making.- forgings on crank-type hot-forging
pre set, and presents information on setting up dies. Expe-
riel ce gained in this field by the forging shop of the Moscow
Smal l Automobile Plant is discussed. No personalities are,
mentioned. There are 14 referenceip all'Soviet.1;
TABLE OF CONTEXTS:,
l
Ch. I. Working out the Technologigal [Die Forging) Prooe' e A
'.1. Drawing up the blueprint of a forging 3
,2. Determinationiof forging force and selection
of the presw
* 5~
forging steps and classification
3. Selection of -
of forgings, 6:

Ch. Il. Designing Dies for Crank-Type Hot-Forging Presses. 12
1. Special design features of press-dies 12
2. Die.-blocka and' basic information 1br designing them . 13
3. Knockout;; mAchlahisins-of die blocks 25
.Card 2/&

D.Ye.
Ar

SHAPOSHNIKOV, F.
36366 0 svyazyakh mezhdu kedrom 1 zhivotnymi v gornoy tayge altaqa. Nauch-
motod zapiski (Sovet ministrov rsfsr, glav. upr. po zapovednikam.) Vyp. 12,
1949, S. 345-49.
SO: Letopis' Zhurnall Eykh State* , No. 49, 1949