SCIENTIFIC ABSTRACT SHISHKIN, V.P. - SHISHKINA, A.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549610007-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MAZAYEV, P.N., Drof.; KRAKOVSKIY, N.I., x)rof.; SHISHKIN, V.P., kand.med.nauk;
SAVCHKNKOV. I.1., kand.med.nauk.
X-ray and Dhonographic diagnosis of coarctation of the aorta [with
summary in :knglishl. Vest.khir. 79 no.11:96-102 N '57. (MIELA 11:3)
1. Iz Instituta khirurgii im. A.V.Vishnevskogo AMN SSSR (dir.-prof.
A.A.Vishnovskiy) i Instituta terapii AMU SSSR (dir.-Drof. A.L.
Myasnikov). AcIres avtorov- Moskva, B.Serpukhovskaya. d.27. Institut
khirurgii im. A.V.Vishnevskogo AMN SSSR.
(COARCTATION OF AORT.A. ding.
aortography & phonocardiography (Rua)
(CARDIAC MURMURS AND SOUNDS
phonocardiography in ding. of coarctstiou of aorta (Rua)
(ARGIOGRAPHY
nortography in ding. of coarctation of aorta (Rua)

SHI114HKIII, V.P.; AVRUTSKIY, M.Yn.
Significnnca of intrasolenic pressure in the clinicnl picture of
nortnl hypertension [with summ-ary in English]. Vest. khir. 80
no.2:53-58 F '58. (MIRA 11:3)
1. Iz 1-go khirurgicheakogo otdeleniyn (zav.--orof. N.T.Krakovskiy)
i rentgenovskogo otdeleniyn (zav.-prof. P.N.Mnzpyev) Inatitutn
khirurgii im. A.V.Vishnevolcogo AMN SSSR. Adres svtorov: MoskvA, B.
Seri)ukhovskayA, d.27, korn.5, Institut khirurgii im. A.V.Vishnevskogo.
(HYPERTENSION, PORTAL, em)er.
intrasplenic pressure determ. by nhlebotonometry in
dogs (Rus)
(SP= , blood supply
intrpsplanic pressure determ. by uhlebotonometry in
portal hynertension in dogs (Rus)

_71
SHISWIN, Vasiliy Petrovich, for Docte?-df Ifediesi Scieffeve-on the basis
of dissortation defended 23 Oct 59 in the Council of the Department of
a-,
Clinical fledicin of the Acad ff Ifed. Sci USSRP entitled:
d1win the Diagnosis of Portal Hyper-tonit"141 Clinical and
r- ?~AUIAIL- my Ac RIZ 4/9;0 4r-)
Experimental (BVViSS0 USSR, 2-61, 20)
pj .117
I- iye. 21

SHISHK1N, V.P., kand.med.nauk; PYL'TSOV, I.M., klinicheskiy ordinator
Diagnosis of thrombosis of the branches of the portal vein using
a splenoportographic method. Vest.rentJ red. 34 no.6:73-75 N-D
'59. (MIRA 13:5)
(THROMBOSIS radiogr. )
(ANGIOGRAPHY)
(PORTAL VEINS die.)

KHAKOVSKIY, IT-I., prof.; MAUYEV, P.N.; prof.; SHISHKIN, V.P., kand.med.nank;
PYLITSOV, I.M.
Significance of translumbar aortography in the diagnosis of
diseases of the abdominal aorta and of the pelvic vessels.
VeBt.khir. 82 no.4:122-125 AP '59- (mm 12:6)
1. Iz 1-go khirurgicheBkogo otdeleniya (zav. - prof.N.I.Kra-
Icovskiy) i rentgenologicheekogo otdeleniya (zav. - prof.P.H.
Mazayev) Institute, khiriLrgii Im. A-V-VishnevskogoWN SSSR
(dir. - pr~of.A.A-Vishnevskiy). Adres avtorov: Moskva, B.
Serpukhovskaya, 27, Inatitut khirurgii im. Vishnevskogo
A14N SSSR.
(ABDOMI--BLOOD VESMS--RADIOGRAPFY)

SHISHKIN, V.P. ---
Portaca,ral anastomosis in the treatment of Chiarils disease. Eksper,
khir. 5 no. 3:54-56 My"Je 160. (MIRA 14: 1)
(HEPATIC VEIN-DISEASES) (PORTACAVAL APASTOMOSIS) '

~-,-I~and.med.nauk; SMEWVSKIYt S.I., kand.medenawc
SHISHMp_yj
Surgical treatment of constrictive pericarditiss %wtekhir, 85
no.1047-54 0 t60. (=A 13912)
1, Iz 1-go khirurgicheskogo otdelani7a (zav. - prof.',N.Is
Krakovski7) Instituts, khirurgii im. A.V. Viahnevokogo (dir.
A.A. Vishnevskiy) AM SSBR.
(PERICARDITIS)

ShIShK-DI, V.P.
Aneurysm of the heart following partial pericardectomy..Eksp.
khir. i anest. 6 no.3.159-.60 161. (kI.TIA 14:10)
(PERIGARDIL1,11-SURGM ) (ANEURMS)

SHISHKIN, V. P.; SARKISOV, D. S.
Diagnosis and treatment of endophlebitis obliterans hepatica
(Ghiarils disease). Khirurgiia 37 no.7:90-93 JI 161.
(MMA 15:4)
1. Iz Instituta khirurgii imeni, A. V. Vishnevskogo (dir. -
deystvitellnyy chlen AMN SSSR prof. A. A. Vishnevskiy) AMN SSSR.
(HEPATIC VEINS-DISMES)

VISHITEVSKIY, A. A., prof.; DOIJETSKY, D. A., starshiy nauchny-,r sotrudnik;
SHISHKIN, V. P., starshiy nauchnyj sotrudnik
Tachnique for applying a direct portocaval anastomosis. Khirurgiia
-~8 no.7:22-25 J1 162. (MIRA 15:7)
1. Iz In-stituta khirurgii imeni A. V. 7ishnevskogo (dir. -
deyst"71telInry chlen ;'J-'NT SSSR prof. A. A. Vishnevskiy) Mill SSSR.
(FOXIPOCAVAL ANASTOMOSIS)

SHISHKIN, Vasil~iy_yetrovich; MAZAYIEV, Pavel Ifikola-.1,revich; OSTROVSKAYA,
--- L.S., red.;--fYUDKOVSKAYA, N.I., tekhn. red.
(Splenoportography] Splenoportografiia. Moskva, Medgiz, 1962.
186 p. (MIM 15:4)
(gPIZO-RADIOGRAPEY) (PORTAL 'VEDI-RADIOGRAPBY)

SHISHKO V 11 cloktor ined.nauk; ROMAROV, I.A., karid.mod.rizii~k
~ ~ 11 .- 1. 7-Y
Results of the treatment of varicose veirs of the lower t~Z -,r-M4 tiea
by Teprover and Nesterov's new method. Trudy KaII no.--'C):',',-,C--334
'63. (MIRA 18:1)
1. Iz kafedry obshchey khirurgii (zav. kafedroy - prof. V.P.
Shishkin) Kalininskogo gosudarstvennogo meditsinskogo instituta.

"1 0-
ft Ti 11 "' 0 V 32 1 f T E H KN
ylates --f ;srn:.d,:. -h
e rs F r- 1 ~) a 1 ~7
Zhur. org, khijri. 1 Ag 165, (MIRA 188~.Ll,-)
1. Kazanskiy id-,imakt: !..r-khno.J,n-,gicheskiy innt;itut~ iami K.-Lr,,kra.

SHISHKIN, V.Ye.; SVENTSITSKIY, G.V., kandidat tekhnidlaeskikh nauk; NE-
--.- SOV, V.D., inzhener, redaktor; ROWOVTS17A, HoP., redaktor; MED-
vlwj�V, L.Ya., tekhnicheskiy redaktor.
[Wooden constraction elemental Dereviannye konatruktaii. Izd. 2-e,
parer. Moskva, Goo. izd-vo lit-ry po stroit. i arkbAtekture. 1954.
350 P. (MLRA 8:2)
1 (Joinery) (Building materials)

P. S ~'i n c. ar.
:I,-,c rar. 1,5
Flywonl
-n
0 nznO Cherical lrir!llstry EntL.,nmrisses UEs~
a, 'r
+ -
a' ra! '-ci s I n st' o I n, u s t ri
1 '55 for the T-ec:rre
in T,-clinical Q~cj,,~nccs')
T

SHISHKIN) Me., dots.; ARTEI-04KO, MI., red.; SHOUNBA, M.G.,
ekhn. red.
[Bending of beams with broken and curvilinear outline]
Izgib bruslev lomanogo i krivolineino.-.-o ochertaniia;
posobie po kursu "Soprotivlenie materialov" Me. stu-
dentov inzhenernogo fakullteta. Moskva, (Balashikha),
1963. 36 p. (MIRA 17:1)
1. Vsesoyuznry sellskokhozyaystvennyy institut zaochnogo
obrazovaniya.

--T ;-' -7- I.T.Vo.
ARDTI"CV, -..Ie., I . ~ )
So---c deriV.-tives . Do!:!. '-:' 1/,l no.l:','l-
083 1. 161. (C=m jj;.:11)
1. Fa-,ansk-IY '-ni-,-.i-!~:o-tekhnologicheskiy institut im. S.M. Kirova.
(Ethers)
(Chemistry)

ARBUZOV, A.Ye., akademik; SPISHRIN, V.Ye.
Interaction of imidoethers with alkyl halides. Dokl. AN SSSR 141
no.2:349-352 N 161. (MIRA 14:11)
1. Kazanskiy khimiko-tekbnologicheskiy institut im. S.M.Kirova.
(Ethers) (Halides)

ARBUZOV, A.Ye., akademik; SHIShKIN, V.Ye.
- 1, - --
Rearrangement mechanism of imido ethers. Dokl. AN SS"'R 141
no.3;61i-612 N' 161. OUT,' 14:11%)
1. Kazanskiy khimiko-tekhnologicheskiy institut im. 3.M.
Kirova.
(IiAdes) (Ethers)

SHISHKIN, V.Ye., dots., kand. tekhri.nauk; ARTU4dl]KO, Z.N., red.
[Displacements caused by berding. Statically indete=,inate
beams; lecture with examples of calculations for correspond-
-ence students of the engineering department] Peremeshcheniia
pri izgibe. Staticheski neopredelir,-ye balki; lektsiia s
primerami raschctov dlia studentov-zaochnikov inzhenernogo
fakullteta. Moskva, Vses. sellkhoz. in~t zaochnogo obrazo-
vaniia) 1962. 45 P. (Lektsii po soprotivIeniiu materialov,
no.6) (MLIA 17: 5)

r stUdents c-f the
matorialov"
Etk-u, to i Ei. i a s I i 1k- h a ,
Vses.
.19 64 .31 P.
(tMIRA 13:4)

6Ar,N,
um)tngineering Welding
Card
Authors Shishkin, V. Yu., Cand. Tech. Sc.; NOVOzhilova, N. I.;''Engineer
Title Durability of welded joints.
Perioucal Vest. Mash. 34, Ed. 6, 73 - 75, June 1954
Abstract Experiments were conducted to determine the effect of welding on the Ori-
ginal material of the seam. The points of breaking were noted and the
limits of breaking strength were compared with those in samples of the
original material. Drawings; table; illustration.
Institution :
Submitted :

USISR/Engineering - Welding
Card 1/1 Pub. 11 - 7/11
Authore 0 Shisbkin, V. Yu., and Manilova, R. Z.
Title 8 Welding compression ribs to beams
Periodical I Avtom svar. 3,-7M1, May-June 1955
Abstract I Compilation of results regarding vibration tests of welded beams having
a different compression rib arrangement is given, together with techni-
cal data on tension and stresses occuring during various forms of weld-
ing. Twelve references : 11 USSR, and I USA; (1887-1953). Diagrarn
illustrations; graphs; tables.
Institution: Scientific-Research Institute for Bridge Constructions located at the
Leningrad Railroad Engineers Institute
Sub.Litted

SHISHKIN, V.Yu., kandidat tekhnicheskikh nauk; SATAYEV, Yu.P., inzhener
Conferences on welding problems in bridge building. Svar. proizv.
no.7:26-27 J1 '55. (KIRA 8:9)
(Bridges, Iron and steel--Welding--Congresses)

SHISHKIE,V.Yu.; MANILOVA,R.Z.
Welding stiffeners to girder stretched-out chords. fivtom.svsr.
,~ no-3:70-81 MY-Je '55. (MLRA 8:10)
1. Nauchno-issledovatellskiy institut mostov pri Leningradskom
Institute zheleznodorozhnogo trnnBporta
(Girders--Welding) (Welding-Testing)

Subject
Card 1/1
Authors
Title
Periodical
Abstract
USSR/Engineering AID P - 5418
C3
Pub. 11 - 8/13
Shishkin., V. Yu., Yu. D. Guzevich and R. Z. Manilova
On static and dynamic strength of welded I-beams at
normal and low temperatures.
Avtom. svar., 5, 61-65, My 1956
The bending tests of I-beams of three different steel
types, with various stiffeners and at variable tem-
peratures are described. Results and practical sug-
gestions are given. Three photos, 2 drawings, 1 table
and GOST standard.
Bridges at the
Institution Scientific Research Institute of
Leningrad Railroad Engineers' Institute (NII mostov
pri LIIZhT).
Submitted 10 Ap 1956

i AID P - 5271
f!ubject USSR/Engineering
Card Vj Pub. 107-a - 7/18
Authors Navrotskiy, D. I.,Kand.of Tech. Sci. and V. YU. Shishkin,
Kand. of Tech. Sci. (Leningrad Polytechni"&-lb-StItute-
im. Kalinin).
Title Surface metal-structure in butt welding
Periodical : Svar. proizv., 9, 22-23, S 1956
Abstract : The authors describe the automatic butt welding procedure
from the view point of the constantly vibrating load or
vibrating loading faced by the welded joints. The
importance of the surface metal structure on the base
metal, and the sharp transitions from surface of the seam
to base metal while butt welding is done are particularly
underlined. Two formulae, 1 drawing, 1 table and 1 GOST
standard.

SOV/ 1 37 - 58 -11-226 10
Translation from: Referativnyy zhurnal. Metallurgiya, 1958, Nr 11, p 113 (USSR)
AUTHORS: Savel'yev, V, N. , Navrotskiy, D. 1, , Makurin, V. A, Shishkin, V. Yu.
TITLE: An Investigation of the Vibrational Strength of Welded Connections in
Low-alloyed Steel of the NL- 2 Type ('!ssledovaniye -ibratsionnoy
prochnosti svarnykh soyedineniy iz nizkolegirovannoy stali marki NL -2)
PERIODICAL: Soobshch. N. -i. in-t most.ov pri LIIZhT, 1957, Nr 55, 28 pp, Ill.
ABSTRACT: In order to obtain more accurate parameters for technological pro-
cesses of welding of steel NL-2 and to establish the conditions neces.-
sarv to obtain welded connections (WC) which, under operational condi-
tion~s involvino alternating loading, dre equi-~-alenf. in strength to the
pareut metal, the effect of the rate of cooling (RC) on the RC and ak
values of the weld and of the adjoining zone was investigated together
7
with the effect of various welding-rod materials on the mechanical
properties of the WC, Preliminary to testing, metal plates (600x4OO--
x20-30 mm), which had been welded with UONI-13/45 electrodes in an
automatic welding machine as well as manually (seven combinations
of flux and welding rods were employed), were subjected to an X-ray
Card 1/2 examination. it was established thit butt-welded connections made of

SOV/1 37-58--11-22610
An Investigation of the Vibrational Strength of Welded Connections (cont. )
NL-2 steel can be as strong as the parent metal both under static and vibrational
loads. By appropriate selection of welding procedures the shape of the weld may be
controlled so as to produce a connection which is equivalent in strength to the
parent metal without requiring any additional mechanical treatment (machining],
If the above condition is not observed, or if the welding conditions are not carefully
observed, local mechanical treatment I machining] of the connection becomes
mandatory. The NL-2 steel tends itself to welding at conditions ranging from
qn/V=7000 cal/cm to qn/V= ' 3500 cal/cm, i.e. . conditions which produce ccoling
rates in the weld zone ranging from 5,6 to 18.30C/sec. WC equivalent in strength
to the parent metal may be obtained by employ'rg 4.he f.-,Ilcwing welding materials:
a) AN-10 flux in conjunction with welding rods of the Sv-08A, Sv-08GA, and
Sv-12M types; b) fluxes OSTs-45 and AN-348 in conjunction with welding rods of
the Sv-08GA type. Since the NL-Z steel is sensitive --o stress concentratior, ;t
is essential that in the course of fuTure invest:Wons the effect of residual stres-
ses on the strength of the WC be ~.,erified, the rechnological and strength charac-
teristics of WC' of 30-mm thick sheets be determined more precisely, and that
additional TUPIM-sv-55 technical welding specifications be developed for the
design and fabrication of welded-bridge structures.
V~ S_
Card 2/2

123-58-5-5/13
AUTHORS: Ylanilova, R.Z., Navrotskiy, D.I., Shishkin, V.Yu.
TITLE: Investigation of the Vibration Endurance of Welded T-Joints.
(Issledovaniye vibratsionnoy prochnosti svarnykh tavrovykh
soyedineniy)
PERIODICAL; Avtomaticheskaya Svarka, 1958, Nr 5, pp )2-40 (USSR)
ABSTRACT: T-joint specimens (automatically welded under flux) in the
form of the standard joints used in welded bridge beams,
were tested under vibration load. Detailed information is
given on the shape and preparation of specimens, the tested
metal, and the results of tests. Ne optimum fusion depth
of joints was determined, and the effective coefficient of
stress concentration - 9- was experimentally established.
It was concluded that the vibration endurance of automatical-
ly-welded-under-flux T-joints considerably exceeds the strength
of corresponding riveted joints. The obtained data is recom-
mended for use to calculate the endurance of automatically-
welded joints. It was found that the vibration resistance
Card 1/2 of unchamfered T-joints is insufficient for work under tear

Investigation of the Vibration Endurance of fielded T-Joints. 125-58-5-5/13
ASSOCIATION:
SUBMITTED:
AVAILABLE:
Card 2/2
stress, and that they should only be used in light stressed
bridge joints. Chamfering must be used for joints in critical
sections. The main trusses of the experimental all-welded
span across the river Bolva, is mentioned as an example of
such critical applications. The features of joints in this
bridge are briefly described. The specimens for the tests
were prepared at the Voronezhskiy mostovoy zavod (Voronezh
Bridge Plant).
There are 5 figures and 4 tables.
NII mostov pri LIIZhTe (Bridge Research Institute at LIIZhT)
December 30, 1957
Library of Congress

135-58-8-4/20
A " T'! C , R Savellyev, V. IT., Navrotskiy, D. I; Shishkin, V. Yu., Can-
dir1.-.t,-!s of Tec~triicnl Sciences, and Vakiirin, V. A., Engineer.
T'LTL!,: Vibration Resistance of Butt-""'elded Joints of "14L-211-Steel
(Vibratsionnaya. prochnost' svqrnykh stykovykh soyedineniy
iz stali 1,L2)
!Z7~!~DIC,~L: Svarochnoye .roizvodstvo, 191J8, 1r 8, Y)p 14 - 18 (USS2)
AD'~TPACT: The article gives res:zlts of irvestigations into the vi-
brE.tion resiztence of bijtt and T-welded joints in IINL-211-
st--~el (composttion given in table 1). A detailed descrip-
tion of the technology of the tests is given. The following
conclusions ara made: equal resistance of butt-welded
joints in "ItL-2" steol under static and vibration load can
be ensured by the use of "AN-10" flux with "SV-08",
"Sv-08GA", "Sv-12Y", electrodes and "OSTs-45" and "AN-348"
.Iluxes with "Sv-05GA" electro~ies. It was possible to ob-
tain tha required seam surface by proper selection of the
nelding proness parameters without additional machanicP1
Card 1/2 treetnent (only necessary in case of violation of this

Vibrotion Re-3istance of Butt-',','elded Joints of "NL-2"-Ste,:-l
135-58-8-4/20
technolopy). The coolinil- rates for zones adjacent to
seams are recommended to be from 5.6 to 18.3 degrees per
second. There is 1 di-aeram, 4 graphs and 8 tables.
ASSMAMON: I'M mostov (Scientific research Institute of Bridges)
1. Welded joints--Vibration resistance
Card 2/2

250) SOV/135-59-3-B/2,1
AUTHORS:
_-Ilavrotskiy, D.I., Savellyev, V.N Candi-
Shishkin, V.Yu._,
cfa~tes o~f Technical Sciences, and Makurin, V.:i.,
ngineer
C,
TITLE: The 1.1echanical Properties of 'Nelded Joints of 11OG28D (MK).
SteeV 'Mekhanicheskiye svoystva svarnykh soyedineniy stali
lOu2SD(L!K))
PERIODICAL: Svarochnoye proizvodstvo, 1959, Nr 3, pp 12-11- (lu-SSR)
ABSTRACT: The described experimental investigation of the base metal
and welded joints of the low-alloy steel '1lOG2SD(1a-)" ("GOST
5058-57"-standard) proved its good weldability, and its suita-
bility for steel frame structures including railway bridges,
The cold-brittleness point of this steel is below - 60 0 C.
The composition of the specimens (Table 1) ivas the following
(in ~/-); 0.12-0.14 C, 1.36-1.58 Mn, 0.72-1.0 Si, 0.024-0-032 P,
0.027-0-042 S, 0.10-0-30 Cr, 0-17-0.23 Ni, 0.12-0-33 Cu.
The mechanical properties and the details of the welding
technology applied in the experiments are given. Recommen-

Qard 1/2 to the combinations of the electrode
dations are made as

SHISHKIN, V.YU.
Interconnection of edging parameters with the shape and size
of the weld joint cross section. Avtom. svar. 15 no.12:41-46
D 62. (MIRA 16:2)
1. Nauchno-issledovatellskiy institut mostostroyeniya.
(Electric welding)

1
t 7
IaA
_

[,e n r,

ACC NRi
ARG035275
SOURCE CODE: UR/0169166/000/009/DO16/DO16
AUTHOR: Vasillyev, A. V.;_Shfsh_kJn, Ya, Ya. ; Pechenkin, Ye. S.; Zenkin, Yu.
TITLE: Controlled directional reception in the study of the rim zone of the
Caspian depression
SOURCE: Ref. zh. Geofizika, Abs. 9D105
REF SOURCE: Tr. Nizhne-Volzhsk. n. -i. in-t geol. i geofiz. vyp. 3, 1965,
131-136
TOPIC TAGS: seismic observation, controlled directional reception, profiling,
disjunctive dislocation, geologic exploration /Caspian depression
-Card
ABSTRACT: Seismic observations were made using controlled directional
reception in one and one-and-half stage continuous profiling. Distances between
short points were 200-800 m, the magnitude of the summation base wase
160-200 m, and groups of five seismographs per 12-25 m, base were used.
Results obtained at the Ural and Yeruslan area sections (northern part of the
rim area) and at the Lamyshinskaya section are given. The high effectiveness of
1/2
UDC: 550. 834. 5

NRI AR6035275
the controlled directional reception in plotting salt and subsalt deposits and in
identifying disjunctive dislocations is demonstrated. For complex areas, it is
recommended that a system of double profiling be incorporated when using the
controlled directional method and that parametric wells be drilled in the inside
part of the rim zone. A. Titkov. [Translation of abstract] - [SP.
SUB CODE: 08/
ccwd 2 / 2

PHASE I BOOK EDTLOITATION 1045
Urallskiy zavod tyazhelogo mashinostroyeniya, Sverdlovsk
Ilodernizatsiya metallorezhushchego oborudovanlya (Infodernization of Metal-cutting
Equipment) Moscow, Mashgiz, 1958. 117 P. (Series: Its:Sbornik sticey, vyp. 8)
8J.000 copies printed.
Ed.: Shishkin, Ye.I., Engineer; Tech. Ed.: Dugina, N.A.; Executive Ed. (Ural-
Siberi. a Mvfs-T0-n-,Mashgiz): Somoval, T.M., Engineer.
PURPOSE: This book is intended for engineers and technicians working in the field
of metal cutting.
COVERAGE: The book was written in connection with the 25th anniversary of the
Uralmashzavod (Ural Heavy Machine-building Plant imeni,S. Ordzhcmikidze), and
presents an account of experience in the field of modernization of metalcutting
machine tools. It contains articles dealing with yarious problems of moderniza-
tion of lathes and milling machines through design alterations Pr substitution
of individual parts or units. The author states that such modernization will im-
prove utilization and productivity of machine tools.
Card 1/3

Modernization of Metal-cutting Equipment 1045
TABLE OF CONTENTS:
Shishkin. Yp,.I -Basic Trends in Modernization of Metal-cutting Equipment at the
-ff=ac~hine-building Plant 3
Kurochkin, V.M., and Ojishkiu, Yel. Modernization and Development of.Engineer-
ing Capabilities of Large and Special-purpose Lathes 15
Shishkin Ye.I., and Kbrolev, M.A. Modernization of Heavy Vertical Boring and
TEFn_a_g_MTFe--s 52
Shishkin, Ye.I., and Korolev, M.A. Modernization of Planing Machines 72
Krayzinger, F.V. Modernization of Small Lathes
90
Taxakhtiy, V.D. Use of Universal Machine Tools for Special Pu:rposes 102
Dulesov., G.K.; D~bovikov, M.P. Taruntayev, A.M.; and Fleysher, M.M. 14oderni-
zation of Lathes to Be Used for Special Purposes 103
Card 2/3

Modernization of Metal-cutting Equipment 1045
ir,rayzinger, F.B., Reconditioning of Parts by Hard-Facilig by Means of Elec-
trovibratory Are Welding 3-15
AVAILABLE: Library of Congress
GO/sfm
1-7-59
Gard 313

SHISHKIN, Ye.l.
Basic trends in the modernization of metal-cutting equipment at the
Ural Machinery Plant. Sbor.st.UZTK no.8:3-14 '58. (M-TRA 11:12)
(Sverdlovsk--Metal-cutting tools)

KUROCHKIN, V.M.;__SHISHKIN, YO.I.
Nbdernizing and expanding the technological possibilities of
large and unique lathes. Sbor.st.UZTM no-8:15-51 ' 58-
(MIRA 11:12)
(Lathes)

SHISHKIN, Ye.I.; KOROLEV, M.A.
Mo .1 dernization of planing machines. Sbor.st.UZTM no.8:72-89
1 58. (KIRA 11:12)
(Planing machines)

SOV/121-58-9-8/21
AUTHORS. Sh-;L.shkin. Ye.I. and Korolev, M.A.
TITLE: the I& dern isation of Longitudinal Planing blachines
(Madernizatsiya prodol',n(-.-.strogal'nykh stank-ov)
PERIODICAL; St-anki i lim;trunient-, 19158" Nr 9, pp 24- - 28 + 4 plates
(USSR.)
ABSTRACT~. The modernisation 3arried out by Uralmashzavod on a
"Waid.rich" planer is described.. Comparing the 1932
"Waldri.---hll model with a modern machine, namely, Model
rA.2-156, of the -Niovcsibirskly stankcstroitellayy-zm-al-im.Yea,-qzva
(Nr,TrcFJ-bi.m,.sk Machine Tool Works imeni Yefremov ) the
mai.,a d.--4L--.,,e power has been increased from 37 to 100 hp
the speed range has been widened from 9-27 to
E-75 4/min. The mcdernised drive has a Ward-Leonard set
~aontrol down to low cutting speeds (4-5 m/min).
A reversible ma-gnetic amplifier with a DO output is
a-rrangad in the generator excitation circuit (Figure 2).
The feed mez-hanism, ncminally attaining 17 mm/(double
3-~-rc-'Le) always suffered from jerky motion beyond 10 mm.
A :-.--w ale--trome,--he-n-ical feed mechanism (Figure 3) has now
beea *iastailed- The feed step is determined by the number
.,-itions per
oi~ Ii formed by the motor before it is
Card--1/2 ;..7-.ted by a --ontact d-rum, The feed adjutment takes

SOV/Lo-21- 13b.-9-8/21
The LIc-derniSat-Ion c--' Lc~ii-tudinal P-ar-ing Ma:~h`nes
L .-,e bv a3~L infinitelLy iariable speed transmission to the
a U
P
ccnt,act drum and attains tlile range of 0.5 -- 30 mm/(double
st--rc-ki,)~ Perfcrman-~;!~ on -IV-eqt has shcwn a sC-atter not
ex:-eedlng 11:31o. The Slideway5 have been lined with a cover
11 -11c
C'I a- -.,,y (TsAAI ... 1.0-15) to increase the endurance of
the ma--~hin~!. Precise fitting instru~3tions are given. A
Dne-amatl~c mechanism 'Lor the withdrawal of the tool during
the retuE-r. stroke cf the ma--hine table has been installed.
The design Gf the hinged tool plajt;es with the pneumatic
il,; .--shown in Figure 6b. The pneumati-2t control valve
=Y) c
- -.w.T-, '7-1 Fgu.L~e '? and tI-e =plete pneumatic circuit in
Figia---e S. This i2L-clad:-=~, pneumatir, cylinders to
m-3-haf-d-ce the --IampJLng of T~he main --ross.-beam of the
mar-.-hinv= The k-Lmemati,-- sz,,,hemes of the machine before and
~Lf ter, m~~derni---,ation are shown in Figures 1 and 10,
reovp--,-~ 11y. Thhere _;:tre 10 f igtires.
Card 2/2-

9P -
tag -win
HEA I, -, I*- , -.I -M
OL
15

SHISHIMI, Ye.S., in7.h. (.Kuybyshev')
Replacement of the lower vats of the first sta,-e of the air
preheater of the TP-80 boiler during general overhaull.
Everget1k 14 no.1:18-20 Ja 166. (IMIRA 19: 1)

S/136/63/ooO/003/002/004
8193/2383
AUTHORS: Kirpa, I.G., Kolesnikov, N.P., Pankin, V.A. and
Shishkin, Yu.A.
TITLE: Investigation of the energy and force parameters in
the rolling of aluminum-clad copper
PERIODICAL: Tsvetnyye metally, no. 3, 1963, 6o - 65
T E XT: The experimental specimens consisted of copper plates,
320 - 570 rain wide and 414 - 560 riun long, enclosed between two
slightly larger aluminum plates, the whole assembly being held
together by two rivets. Four types of the sandwich were used in
the tests with an AI-Cu-Al thickness ratio of 2.56;9*7.2-56 mm,
1.4:9.7:1.4 mm, 2.56.5.75-.2-56.mm and 1.4:5.75:1.4 mm. The cold-
rolling experininents were conducted on a four-high reversible stand
2840 with working and backing rolls of 620 and 1 370 mm. in diameter,
respectively. Formation of bond between the sandwich components i
was ensured by giving it a reduction of 65 - 7590' in one pass. In
a few cases the same reduction was attained in two passes. The
following parameters -.,rare determined in each expeximent: roll
pressure; current in the main motor; voltage in the main motor;
Card 1/2
L -------

S/136/63/000/003/002/004
Investigation of .... E193/E383
driving current; main motor speed; temperature of the metal after
rolling. The strength of the bond bet-;,teen the Cu core and Al
cladding was determined by bending tests; in addition, tensile
tests were conducted on test pieces cut from each specimen.
Conclusions: 1) the maximunt roll force recorded was 1 140 tons,
i.e. 330,0' of the force permissible for the stand 284o. 2) The
roll force under conditions of steady rolling was 950 tons. 2
3) The average roll pressure varied between 25.4 and 48.1 kg/mm
4) Comparison of the experimental data with values calculated
from several known formulas showed that the formula due to
Rokotyan gave results in closest agreement with the experiment.
5) The strength of bond and the mechanical properties of the
final product were not significantly changed by effecting the
required reduction in thiclmess in two instead of in one pass.
This means that a wider range of the existing rolling equipment
can be used for the fabrication of Al-clad Cu. There are 3
figures and 4 tables.
Card 2/2

89361
S/089/6 1/0!
B102/B209
AUTHORS: Protopopov, N. A., Shishkin, Yu. B'., Kul'gavchuk, V. M.,
Sobolev, V. I.
TITLE. The technique of investigating the processes of slowing aown
fission fragments in metals and alloys
PERIODICAL: Atomnays. energiya, v. 10, no. 2, ,961. 166-1,66
TEXT~ The problems of slowing down fission fragments which are important
for the production of fuel elements have so far not been investigated st~f-
ficiently, and, above all, data for metals and alloys that are used in the
Droduction of fuel elements are not available. But just this case is free
from difficulties of identifying the fragments. The specific energy Icases
and rarges of the fragments may be determined immediately by experiment-s.
In order to solve this open problem it is sufficient to know The sper-ifil-
energy losses of the fragments as depending or. their range. Fig. 1A shows
a schematic diagram of the experimental arrangement for the investigation
Of U235 fission fragment penetration into metals and alloys. The principal
Card 1/4

T',I.e techn-ioue of ...
s/oag/61/010/002/011/018
B102/B209
'he results of other authors. Agreement with Ref. 2 is not good; it
. ft ~
is good, ho-,ever, with Ref. 4. There are 4 figures and 5 references:
3 Soviet-bloc and 2 non-Sov-iet-bloc.
SUB.I[ITTED: November 21, 1959
lard A/4
2 3 4

I -I 'VE4,11i
353-69-66 E i',Td
kC NR: AP6021218 SOURCE CODE-" _tJA ?0294/66/004 /063/64- 1 9_ /042 3
AUTHOR: Kullgavehuk, V. M.; Shishkin, Yu. B.; Berezin, 1. A. M-)
ORG: none
TITLE: ldtaMLrMent of the temperature in the first stage of the.electrical expl6sion- Of ~Wixu
SOURCE: Teplofizikavysokikhternperatur, v. 4, no. 3, 1966, 419-423 11
TOPIC TAGS: silver, copper, constantan, exploding wire, electric Inductance, temperature
measuremed
ABSTRACT: The purpose of the present article is to determine the temperature in the first
state of an electrical explosion as a function of the energy input into copper, silver, and
constantan wires at different warm-up times. The experimental set-up consisted of a current-
pulse condenser oscillator (condenser capacity, 1 uf; discharge circuit inductance without the
inductance wire, 0. 058 oh; and with an additional coil, 1.7 11h), twOUM-2 monochromators 0
with FEU-27 photomultiplivs at their outputs, cathode followers,, amplifiers (with 0. 1-ij sec
rise time), and two OK-21 -Mscillographs,"Pone of which recorded the discharge circuit current
and the wire voltage, and the other, the intensity of the continuous spectrum In selected
sectors. The oscillator lagged 0. 2 usec behind the start of the o6cillograph Sweep. A panel
Card 1/4
UDC: 533.9.082.5

. 358, 9-66
;~Cc NOR: AP6021218
and tile silver 'Nvi res increases bv an order of 3 - 3. 5 and that of constantan by an ni-de r of
1. 6 when the discharge circuit inductance is chqn,-,cd fron, n. ri5s to I
behavior is attributed to the fact that the resistwice of the -:oi)p(,r an( the :--;i*,~r L;fie~ ;inens is
lower than tile internal resistance of the oscillator, whereas the resistance of the consLantan
wires is greater. The dependence of the color temperature on the energy input is gken
Fig. 1. It is shown that during a fast warm-up (0. 25 0.50 psec) the temperature rises
r qj(

To

i d-o r

Figure 1. The color temperature
of exploding wires at the peak
ignition point of emission as a
function of energy input.
1, 2, 3 - copper, silver, and
constantan wires 0. 1, 0. 1, and
0. 07 mm in diameter, respectively
la - Ld (discharge circuit Induc-
tance) = 0. 058 ph; I = 11 mm; 1b -
Ld = 1. 7 P h, I = 44 mm.
a
.3/4

L 33-1869-66
ACC NRi AP6021218

0
WOO - - -

-V00

4g 40
Figure 1. (b)
with an increase in the energy and reaches 4000-4700K when the input energy is equal to
1. 7-3 sublimation energy. With an increase in the warm-up time (to 0. 8-1 jisec) copper and
silver show a faster rise in temperature with rising energy, the absolute values of the tem-
perature, however, are lower than during a faster warm-up. Orig. art. has: 4 figures and
1 table. [26)
SUB CODE: 19,20/ SUBM DATE: 24Feb65/ ORIG REF: 007/ OTH REF: 006/
ATD PFESS: 15-d
Card

83003
S/18 60/002/008/022/045
0 B006XB063
AUTHORS: Pavlovskaya. E. D., Sokoltskaya. I. L., Shishkin, Yu. G.
TITLE: Determination Df the Activation Energy of ths Process of
Stabilization of the Work Function of the Gold - Barium
System.
PERIODICAL: Fizika tverdoga tela, 1960, Vol. 2, No. 8,
PP. 1849 ~- 1850
TEXT: A preceding paper (Ref. 1) has shown that the work function of
Au - Ba layers on tungsten backings can be stabilized by heating. This
indicated that a metallic Au - Ba compound was formed. The purpose of
this work'was to estimate the amount of activation energy required for
the formation of such a compound For this purpose the authors devised
a specia"l method of measuring th; temperature of the tungsten film be-
tween 20 and 10000C. Higher temperatures were measured with an optical
pyrometer. The current dependence of the resistance of the tungsten filn
was determined first, and then its teMDerature dependenceo Fig, 1 shows
R(I) and R(T) of this iilm. From these two curves, T = f(I) was
Card 113

83003
Determination of the Activation Energy of the S/161/60/002/008/022/045
Process of Stabilization of the Work Function B006/BO63
of the Gold - Barium System
determined for the range 20 - 500 0C. Moreover, the authors determined
the temperature coefficient of the resistanc3q and extrapolated the
function a(T) up to 10000C. Thus, it was possible to replace the tem-
perature measurement by a current-measurement. Fig- 3 shows the T(I)
curves. The measurement of the 0temperature of the central part of the
film was accurate to within +5 C. The activation energy was determined
in the following way: For each temperature between 300 and 4500C the
authors determined the time necessary to stabilize the work function.
The stable value was 3.3 ev. Results:
0
in
Temperature I C] Duration of Heating Fm
300 40
325 20
350 11
375 5-5
400 2-5
450 1-5
Ix
Card 2/3

s/loq/6o/oo5/oo8/oo4/o24
7/ E140/E555
9" J)
AUTHORS Shishkin. Yu: G, and Sokol~skaya, 1: L-
TITLE, Work Function of Au-Ba and Cu-Ba Systems
PERIODICAL Radicteklinika i elektronika, 196o, Vol 5. N-- ~3,
pp.1218-12i,ij
TEXT- IL was postulated in a previous work fRef,5) that the
effect of gold in reducing the thermionic emission of gr-,ds is du~--
to the formation of a non-metallic- Au~Ba compcund The piesent-
paper describes experimental tests of this theory: The work
function of the system was investtgated by the con Aa~t dlfferenj7z:
of' potent-ials method. Vacuum --f the orde, of 10~ ~ 10-9 mm Hg
was maintalned. The stabilizing effects of gold were observed
for film thicknesses down to 0;3 ~ The bEhaviour of Cu-Ba is
similar but continued deposition of barium leads to the formation
of ~.slands of pure barium with reduced work runction, Thii is
attributed to an .,nsufficient rate of barium diffuslon In Lbe
Cu-Ba lattice in comparison with Au-Ba 'In(I acounLs fc;r t h (7
i.nferiority of Cu in ieducing qr-Ld emission There are- 6 fi.gures,
I table and 15 refciencc-s. 9 Soviet and 6 non-So~.-.et
SUBMITTFD December 21~ 1W39
Card 1/1-

_L 4881-66 EIWP~b) ' IJP(C-') JD/JG/AT
)/T/F:Wp'(t)
ACCESSION NR: AP5019838 uR/oi8l/65/007/008/2286/2291
AUTHOR: Sbishkin, Yu. G. qq
,TITLE: Work function of the system BaO-Au
C)b
SOURCE: Fizika tverdogo tela, v. 7, no. 8, 1965, 2286-2291
T
;TOPIC TAGS: barium oxide, barium, gold~lwork function, th nic
-Qruji
emission temperature depen ence
J
J
ABSTRAC This is a continuation of earlier work by the author (with,,
.1. L. Sokol'skaya, sb. st. FTT, v. 2, 276, 1959) where it was shown
that the work function of the Intermetallic compound reduced after
beating layers of barium sputtered on gold assumes a stable value of
';3.35 � 0.05 ev. The present study is devoted to investigation of tbel
~influence of heating on the work function of the Ba-Au-system In
I
:view of the fact that none of the earlier stiudies by the auth;r ~d
-emission coating a Me
by others explained the effect of the gold anti A
work function was measured by a method in which the conYa-FF-p-6-f_e-htial:,
difference is determined from the shift of the volt-ampere character-
Card 1/3
0 17o c? -77 9

L 4881-66
:ACCESSION NR: AP5019838
i
kistic. The apparatus, procedure, and measurement circuits were S M-
lilar to that in the earlier investigation. It is shown thatt aaftee
!heating to T = 923K, the work function of such a system becomes
.stabilized, regardless of the amount of BaO sputtered. The stable
iwork function is 2.93 � 0.08 ev. The dependence of the rate of
;stabilization of the work function of the system on the temperature
;was also investigated, and the activation energy of the process was
,estimated. It is deduced that the barium oxide sputtered on the gold',
;results in a new compound. When the barium oxide was sputtered over
1gold, the activation energy was 1.8 eV, when the gold was sputtered
!on the barium oxide, the activation energy was close to 0.7 eV. The
'stabilization is different in the case of two procedures because the
!gold molecules are small enough to diffuse in the barium oxide, but 1
.the barium oxide molecules are too large to diffuse in the gold.
:'The reduction in the work function of the BaO is due to the release
~of'oxygen upon heating. IThe author thanks G. S. Gavlina for help
:with the work.l. Orig. art. has: 3 figures and 1 table. Lkk\
j Card

-i~
L 4881-66
ACCESSION NR: AP5019838
Leningradskiy gosudarstvennyy universitet (Leningrad
State University)
fSUBMITTED: 04Feb65 ENCL: 00 SUB CODE: SS
~NR REF SOV.11 o14 OTHER:' 005
,CID
icard 313

~ I ;~~ I .
L 9675-66 E.VT k m)/E .,;p (t)/E-,,? (11)) i j'P
ACC NRz AP5027454 SOURCE-CODE: UR/0181/65/007/011/3470/3472
AUTHOR: Shishkin. Yu. G.; Sokollskava. I. L.
ORG: Leningrad State University (Leningradskiy gosudarstvennyy universitet)
TITLE; Feadibility of producing a gold-barium semiconductor
-7 ~ I
SOURCE: Fizika tverdogo tela, v. 7, no. 11, 1965, 3470-3472
TOPIC TAGS: gold alloy, barium alloy, semiconductor research, semiconducting
material
ABSTRACT: Of the three known compounds of barium with gold, AU2Ba is the only one
with a closed valence band, which makes it a possible prospect for use as a semicon-
ductor. In a brief survey of the literature, the authors establish criteria for the
existence of semiconductor properties in a substance and build a case for pe3sible
application of Au2Ba as a semiconductor.
SUB CODE: 20/ SUBM r,ATE: OlJul65/ ORIG REF: 007/ OTH REF: 007
A__

I ACC NRt AP7005006 S(XMCE CODES UR/0054/66/000/003/0058/0065
AUTHORz Shishking Tu. G.
i ORG: none
TITLEt Study of the photoemissive effect in thin layers of intermetallic compounds
of barium and gold
SOURCCEI Leningrad. Universitet. Vestnik. Seriya fiziki I khimii, no. 39 1966, 58-65
TOPIC TAGS: photoelectric affect, barium compound, gold compoundp metal film
ABSTRACTI A photoemissive study of barium and gold layers deposited on each other
was undertaken in order to confirm the metallic properties of the compound AU5Ba and
semiconductinj properties of the compound Au2Ba. SDectral dependences of the quantum
yield (Fowler s curves), current-voltage characteristics of the photoelectric emis-
sion, and electron diffraction analysis of Au-Ba layers showed that the comDound
Au4a is fonied as a result of the abundance of gold in the.Au-Ba system when the
la ter is heated to 5730K. This comDound has metallic prop rties and a work function
of 3.3 eV. When excess barium is present in the Au-Ba system, a strong deviation of
the stectral distribution of the photoelectric y1eld Is observed. This is associated
with he formation of the semiconducting compound Au2Bat whose photoelectric function
is equal to 4 eV. In conclusiong author expresses his deep gratitude to M. A. Rumsh
for advice on same Wects of electron diffraction, and also to-A. N. Arsenlyeva-GeTl'
for allowing him to use the optical apparatus. Orig. art. has: 4 figures and i table.
SUB CODSs 20/ SUBM DAMS 15JU1651 MIG REFS 008/ OTH REFS 003
C..,d i/i ._UDC3 533.215.1-

S113 61/000/004/013/015
A054YA127
AUTHOR: Shishkin, Yu. M., Engineer
TITLEt Conference on the coordination of most important scientific
research work in the ferrous metal industry for 1961
PERIODICkLs Stall, no. 4, 19619 382-383
TEXTt In December 1960, at the TsN1IChM Institute a conference on
the coordination of most important scientific research and experimental
work carried out in the ferrous metal industry was convened. Great empha-
sis was put on a master plan for coordination of major activities and oper-
ations. Seven major agenda have been included in this master plan of coor-
dination to outline future development and technological process in f errou
metallurgy: 1) Ore dressing and preparation of orea. Major research work
this field will compriset economical and efficient dressing methods for en-
richment of oxygenated iron ores', flotation and magnetic calcination dres-
sing, improvement of dehydration processes of fine-powder concentrates, fin-
ishing technologies for low-grade manganese concentrates, dressing of man-
Card 1/5

3/133/61/000/004/013/015
Conference on the coordination of A054/A127
ganese ores in heavy suspensions, concentration of sludges by chemical
methods to enrich their finely-dispersed parts, intensification of present
pelletization methods of fine-powder concentrates and pulverized ores,
especially of an efficient clotting method. 2) Blast furnace processes.
Special emphasis is put in this field on the application of reducing gases,
liquid fuel and oxygen. Large-capacity blast furnaces are to be designed
and refractories with a longer life and improved metal structures are to be
developed to prolong blast furnace process cycles. Direct steel-making
processes are to be investigated, e.g. production of sponge iron for the
converter process to obtain steel directly from ore and ore pellets, re-
duction of rich iron ores and concentrates in %he fluidized bed, develop-
ment of methods for obtaining liquid metal from ores without the blast
furnace process, conversion of natural gas into highly efficient reducing
gas for direct reduction. 3) In steelmaking, the application of oxygen,
compressed air blasts and steam blasts will be studied to intensify open-
hearth melting processes. Large-capacity open-hearth furnaces should be
designed, production of semi-killed steel should be adopted and improved
Card 2/5

S/133/61/000/004/013/015
Conference on the coordination of A054/A127
refractories should be developed. for open-hearth processes. Since the pro-
duction of oxygen converter steel is increasing oxygen blast technologies
with blasting from the top should be developed and converter processes
should be elaborated to obtain converter steel from phosphorous pig iron
with the help of air blasts from the top and by adding pulverized material.
In connection with ra;-id demand for steel and alloys of great purity, and
distinguished by high mechanical properties, the following studies should
be made: optimum conditions should be established for melting of steel and
alloys in vacuum furnaces, the electroslag remelting process should be in-
vestigated and adopted -~o making of alloy steel and alloye, vacuum treat-
ment of steel directly in the ladle and refining of metal with synthetic
liquid slagg should be tried out. Continuous steel melting and pouring
(inclined and horizontal variants) should be studied carefully to meet the
increasing requirements for the manufacture of an increased and expanded
nomenclature of slabs and ingots for sheet, shape and tube rolling, in-
cluding studies on possible automation of melting and pouring processes.
In this connection, the master plan recommends intensified utilization of
complex ores from the following areast from Kerch' deposits (including
Card 3/5

S11331611000100410131015
Conference on the coordination of ... A054/A127
studies on the effect of arsenic on the quality of steel); from Orsk-Kha-
lilovo deposits (including studies on optimum converter process technology
to make economical use of nickel an& chromium); from Kachkanar and Atasu
deposits (including the development of industrial complex ore processing
technologies and extraction of concomitant elements). In the ferro-allo~-
production closed furnaces should be adopted. Obtaining of manganese and
its alloys from poor ores should be investigated and new methods should
be devised for producing pure metallic chromium. 4) In the rolling sector,
continuous and infinite rolling processes should be studies, the fabrica-
tion technology for curved shapes should be improved, the service life of
rolling mill rolls should be expanded by devising rolls of greater strength
and production of sheets and zinc-coated sheets should be improved. The
same holds for tube manufacture. 5) The main topics of metallography and
heat treatment sectors are the development of new steel grades and alloys,
including precision alloys and the making of electrosteel. Heat treatment
of mass-produced rolled products and improvement of the quality of metals
used in transport is postulated. Manufacturing processes of metalware, in-
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S113 61/000/004/013/015
Conference on the coordination of A054YA127
cluding high-strength valves, steel ropes with longer life, coated wires
and various types of sieves for the ore-mining, coal-mining and metallurgi-
cal industries should be studied. 6) In the metallurgical heat and power
engineering sectors the coordination plan included studies on non-oxidizing
heating, decrease of the oxidizing rate, decarbonization and intensifica-
tion of heating of metals. Devices for decontamination of flue gases and
utilization of liberated heat should be considered. The economic features
of the coordination plan for 1961 lay emphasis on sound economical ore
dressing methods, on the economical effect of the utilization of natural
gas, on the economic efficiency of continuous steel melting and pouring;
the metal resources of the USSR should be recorded and the productivity
of labor in the ferrous metal industry should be made public by publishing
the corresponding data. Finally, recommendations for the establishment of
special experimental stations were accepted and the convening of special
All-Union conferences on vital and complicated problems which need further
discussions has been agreed upon.
ASSOCIATIONt TsNIIChM
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S/133/60/000/004/010/010
A054/AO26
AUTHOR: Shishkin,,-Yu-,-M.-, Engineer
TITLE: Session of the Council at the 1,sNIIChM for Co-Ordinating the
Most Important Scientific-Research Activities in the Field of
Iron and Steel Metallurgy for 1960
PERIODICAL: Stall, 1960, No. 4, PP~ 385 - 384
TEXT: In October 1959, the scientific-technical council of the
TsNIIChM convened a meeting for the co-ordination of scientific-research
work in the field of iron and steel metallurgy for 1960. Representatives
of the Gosplan USSR, Gosplan RSFSR, GNTK USSR, etc., also attended. The
main items of the co-ordination plan are given below: 1) For blast fur-
naces: the development of the concentration of oxidized iron ores, magnet-
ite ores in heavy medium; the briquetting of finely-ground concentrates
and dust; designing new high-capacity equipment for concentrating and ag-
glomerizing plants. 2) For high-quality steels: the technology of smelt-
ing iron of low sulfur content in magnesium slag; the application of nat-
ural gas and compressed air in open-hearth furnaces; the treatment of iron
Card 1/4

S/!33/60/000/'004/0-10/010
AO 54,/ A 0 26
Session of the Council at the TsNIICh1A for Co-Ordinating the Most Important
Scientific-Research Activities in the Field of Iron and Steel Metallurgy for
1960
in mixers and ladles; furnaces of high capacity; new steel-melting equip-
inent; increasing the life of refractory furnace lining; new materials for
refractory linings; improvement of the heating and heat-insulation of the
useful parts of castings; application of oxygen in converters. 3) In the
field of electro-smelting: steels and alloys of high purity and plasticity.
For continuous casting: pouring and crystallization of the castings, new
technology for the smelting of electrotechnical steel for cold-rolled sheets
and carbon steels for hot-rolled sheets; refractory material for continu-
ous-casting equipment; automation. 4) In the field of ferro-alloys: new
alloys, also with the application of rare metals and with pure chrome; pro-
duction of manganese and manganese alloys of low-grade ores; new equipment
for smelting ferro-alloys- 5) In the field of complex ores: expanding
the application of the iron ores of the Kerch' deposit; investigation of
the effect of arsenic on the properties of steel; improving the metallur-
gical technology of the Orsk-Khalilovo combine; new technology for the
Card 2/4

S/133/60/000/004/010/010
A054/AO26
Session of the Council at the TsNIIChM for Co-Ordinating the Most Important
Scientific-Research Activities in the Field of Iron and Steel Metallurgyfor
ial6o
production of vanadium-containing iron from the ores of the Kachkanarsk de-
posit and for processing the ores of the Atasuysk deposit. Research on
methods for direct iron production (producing iron directly from the rim-
ming bed); methods for the production of a high-quality iron-charge for e-
lectro-smelting from rich iron ores by hydrogen or natural gas, also in
rimming bed; the reduction of ores by gases in cupola furnaces; tests on
an industrial scale on the technology of sponge iron and ore pellets. 6)
In the field of rolling: general research, economical profiles for rolled
goods; thin sheets and foils; multi-layer sheets; extending thp life of
rollers; cleaning metals by heat treatment. 7) In the field of tube rol
ling: new uypes of tubes, new technology and equipment. In the field of
iron-products: high-strength reinforcement for pre-stressed concrete and
cables of longer life; wear-resistant screens for ore- and coal min.-ng;
wires, 8) In the field of heat treatment: new furnaces, heating of metals
without oxidizing in air furnaces and decreasing the decarbonization of the
Card 3/4

S/133/60/000/004/010/010
A054/AO26
Session of the Council at the TsNIIChM for Co-Ordinating the Most Important
Scientific-Research Activities in the Field of Iron and Steel Metallurgyfor
196o
metal; high-temperature air heating; more efficient use of natural gas in
heating furnaces. 9) In the field of physics: theoretical investigation
of the strength of metals and alloys; new steels and alloys; (mainly pre-
cision steel); new technology for cold-rolled dynamo and transformer
steels; increasing the life of rails; heat treatment of rolled goods. In!
the field of radioactive isotopes: thermodynamics, kinetics and metallur-
gical processes; physical-chemical properties of metallurgical slags; con-
trol of metallurgical processes; the process of diffusion and distribution
of elements in metals and alloys; neutron-graphical research of metals and
alloys; the economical aspects and problems of :.ron-metallurgy.
ASSOCIATION: TsNIIChM
Card 4/4

Q66
5/057/ 062/032/004/012/017
Bl:zWB102
R ~..oyzhes, B. Ya., Petrov, A. V., Shishkin, Yu. P., and
"olomoyets, L. A. ---------
Choice of the optimum design of a cascade thermocouple
p~~'RJ,ODIIAT: Zhurnal tuek-hnicheskoy fiziki, v. 32, no. 4, 1062, 461-472
TEXT: L method was developed for calculating the efficiency of a
0
t'-ermocouple consisting of several sections made of different alloys to
ensure. the best thermoelectrical properties for each temperature
Is expresse
ran-e in question. IIF 'the optimum current 4 d by
dT
(4), one finds d-ri - - 1& 1 (5)
apt -T dx T Amax T M + I
.,or one section. dT is the temperature gradient, ~ is the resistivity
of the section, dx is its lengtr', 3 is the wire cross section,
2
'11 1 + zT , QY is the heat flux, z CX_ Y, 06 is the therrio-ermf,
Card-~1/3

S/05 62/032/004/012/017
Choice of the optimum design of ... B1 39y51 02
is the electrical conductivity, and x is the thermal conductivity.
The differential equations are solved, and the Dart of Joulean, Thomson,
and Peltier heat returning to the hot junction is calculated. Each
section is assured to have equal thermal conductivity. As the
efficiency cannot be separately determined for each section, the ratio
between d-,; and the maximum efficiency, d of the material used for
'Lmax'
the section in question is calculated, and an approximate condition is
is determined, and
derived from (4) at zT ~Z 1: cons'. Then, j
opt
the actual efficiency of the entire thermocouple is calculated. The
complete calculation of a thermocouple is presented for purposes of
illustration. Bi 2Te3 alloys are used for low temperatures, and PbSe
alloys for high temperatures. The thermocouple consists of 4 sections
in the negative branchp and of 3 sections in the positive one. The
te,mperature range is 20-7000C, and 12-7~6- For the negative branch,
the d,,/d, -Mlax = f(T) curves are better' than for the positive branch,
where &/dI, near 7000C becomes negative and thus reduces the total emf.
.max
Card 2/3

SHISIMIN, Zakhar Hesterovich; ICAREII , Yakov Aleksandrovich, dotsent;
-----'KOLOBANOV, Sergey Konstantinovich, dotsent, kand.tekhn.nauk;
YAKOVL3V, Sergey Vasillyevich, doktor telchn.nalik; ZMOV,
.A.I., prof.; GULYAYEV, N.F., kBnd.tekhn.nnuk; SWUHY, P.A.,
Inzh., reteenzent; POPOVA, N.M., kand.tekhn.naiik, retsenzent;
a4IRNOVA, A.P., red.lzd-va; GILENSON, P.G., takhn.red.;
TEMKINA, Ye.L., tekhn.red.
(Sewerage] KanalizatRiia. Izd.2., ispr. Pod red. A.I.Zhukova.
Moskva, Gos.izd-vo lit-ry po stroit., arkhit. i stroit.materialam,
1960; 59Z P. (MIRA 14:4)
(Sewerage)

SHISRKINA, A., inzhener.
In close cooperation with industrial shops. Stroi.mat-3 no.1:23-
24 ja 157. (Kilns, Rotaryj (MIRA 10:3)

-"HIST~INA, A.
Kirovsk - Lace and Lacemaking
Kirovsk Iacemakers. Sov. zhen.
No. 5, 1952.
9. Monthly List 2f Russian Accessions, Library of Congress, December 1952 X3=, Uncl.

SHISHKINA, A.G.
Effect of the length of the photoperiod on the anatomical and
morphological structure of the radish root. Agrobiologiia no.6:
136-137 N-D '58. (MIRA 12:1)
l.Rostovskiy pedagogicheskiv institut.
(Radishis) (Plants, Effect of light on)

KCZHM.'IKOVA, 1~,ariya VladimirovnaLSIIIVKINA, A.G., red.
[Analysis of economic activities on collective fcu-rs]Analiz
khoziaistvennoi doiatellnosti kolkhozov. Pod red. A.G.
SHishkina, Sarptov, 1960. 165 P. WIRY- 15-10)
(Collective farms)

STRONGIN, G.M.; FISABSV, K.Ye.: ABREIMOV. F.G.; GRISHIN. N.T.; SHISHKINA, A*Io
Zinc phosphide. Patent U.S.S.R. 78, 450, Dec. 31, 1949.
(CA 47 no.20:10816 153)

VOL,FKOVICH, S.I., STRONGIN, G.M., REGN, P.Ye., PISAREV, K-Ye-;
SjqsHKIYA,, A. I.
Methods for the producting of zinc phosphide and its use In the
control of murine rodents. [Trudy] lam no-167:5-31 160.
(KIRA 13:8)
(Zinc phosphide)
(Rodent baits and repellents)

SHISHKINA, A.I., assistent; MEDITEDOVSKAYA, G.D.
Clinical aspects of obliterating atherosclerosis of the vessels
of the extremities. Kaz.med.zhur. no-3:14-15 My-Je 162.
(MIRA 15:9)
1. Klinika gospitallnoy khirurgii No.1 (zav. - prof. N.V.Sokolov)
Kazanskogo meditsinskogo instituta.
(EXTREMITIES (ANATOMY)--BLOOD SUPPLY) (ARTERIOSCLEROSIS)

K. - p r rj - j o rl o ni i lu s. eom in Ge o r i, t T ru dy I n - t a
zrshc'n' rr.~-t~,niy (Ak. d. --uk Cr-,-,z. SSR), Voll. 11, l9l:
r e s 12,::: e i -n ibli 11 items
SO: Oct (T-leto-. is ' 2"mirn-.1 1 nylth S- ater, -Yo .

1 . S I I Is H K 11N.11A
2. USSR (6)))
7. "Concerning the Study of Diseases of Ornamental Plants in Georgia", Trudy In-ta
Zashchity Rasteniy, All Gruz. SSR (Works of the Institute of Plant Protection,
Acad Sci Georgi6n SSR), Vol 7, 195), pp 2Dl-2119.
9. 'a'krobiologiva, Vol XXI, Issue 1, ~,bscow, Jan-Feb 1952, pp 1 -132. Unclass-Med.
21

LOZOVOY, D.I.; SR1ShKlN,&, A.K.; ZATTSEV. F.A., deyatvitellayy chleLL.
Injuries of trees caused by insects and fungi, connected with sun burns,
in conditions prevailing In Tiflia. Soob.AN Gruz.SSR 13 no.9:533-537 152.
(MLRA 6:5)
1. Akademiya Nauk Gruzinskoy SSR (for Zaytsev). 2. Akademiya Nauk Gru-
zinskoy SSR. Thilisskiv botanicheskiy sad (for Lozovoy, Shishkina).
(Tiflis-Trees-Diseases and pests)

sHXSHK14k2_.:L.K._ -
Study of the biology of the fungus Hypodermella sulcigena
(Idnk) Tub. Trudy Inst. zashch.rast. AN Gvaz. SSR 9:225-
231 '53. (MIRL 8:2)
(Georg ijL-Ihng i. Pathogenic) (Pine --Disease a and pests)

'-f I I,'. f,K 1 T.,I -~ 'K~
- - , -I
No t -~ (- n -- %- , '- c ~ - ~ ---t ~ c a u S-- 11 1 - " ~-. e fur I ~:,,; S :- :,- : -- - 7:7,- 1 - , ~- ~ - -
~ac:~. VoE~~. Tb---". bc.~.Sada I " -
--", ~~4 7,~ , ~
( t,~! P I -1 -1 -.'; r, "
."-~ -

SHISHKINA, A.K.
More on the ink disease of' the cork oak; reply to
D.IA.Girgidov's article. Bot.zhur. 50 no.2;265 F 165.
(MIRA 18:1-1)
1. Institut zashchity rasterAy Gruzinskov SSSR, Tbilisi.
Submitted Januarf 20, 1964.

Basic industrial methods of the production of fiberboards
I* the dry and semidry methods. Nauch. trudy LTA no.98:19-26
962,, (1AIRA 15:12)
(Hardboard)

SOLECHNIK, N.Ya.; SHISHKINA, ~IP.-
Theoretical basis and studies of thefactors of semidry
molding. Nauch. trudy LTA no.98:1-1-18 162. (MIRA 15:12)
(Hardboard)

SOLECHNIK, N.Ya.; TSAREV, G.I.; SHISHKINA, A.P.
Characteristics of fiberhoard prepared by the method of dry
molding. Der. prom. 13 no.6a6-7 Je 164. (MIRA

USSR/Cultivated Plants Fodder. M.
Abs Jour : Ref Zhur Diol.) No 4) 1958, 15661
Author : V.I. Budnikova, Z04 Gorbunava, A.S. Shishkina
Inst : Stavropollskiy Agricultural Institute.
Title The Carotene Content in Annual and Perennial Grasses
from Various Harvestings.
(Soderzhaniye karotina v odnoletaikh i mnoColetnikh
travakh razlichnikh ukosov).
Orig Pub Sb. muchn. -issled. rabot stud. Stavropollsk. s.-kh.
in-t, 1956, vyp. 4, 64-86.
Abstract The carotene content was determined in the hay of rye-
GTass, sainfoln, alfalfa, -winter and perennial rye
durinG the 1, 2, 3 harvesting. The highest carotene
content vas in the sainfoin hay from all harvestines:
83-1-101-8 milligrams per 1 kilogram, and in the
Card 1/2
IV

KOVALEN, Y8.145 SHISHKIMI A.V.
Clinical aspects of smallpox vaccinal encephalitis. Zhur.nevr.i
psikh. 61 no.3:368-371 161. (MIPA 14:7)
1. Klinika nervnykh bolezney (zav. - kafedroy - dotsent Ye.N.
Kovalev) Ryazanskogo meditsinskogo instituta imeni I.P.Pavlova.
(EITCEPHALITIS) (SMALLPOX)

SHISHKINA. A.V.- KUVSHINOVA, R.L.
-- 3
Clinical aspects of craniospinal tumors. Zhur. nevr. i psikh. 61
no.4:501-503 161. (MIRA 14:7)
1. Klinika nervnykh bolezney (zav. kafedroy - dotsent Ye.N.Kovalev)
Ryazanskogo meditsinakogo instituts, imeni I.P.Pavlova i oblastnaya
bolinitea imeni N.A.Semashko (glavnyv vrach B.N.Shirokov).
(NERVOUS SYSTFI,"TVMORS)

T, V.
n- ~-aj a of d e ase r, cc- Z'-.e 1 unbc c:--
cer~pherall ner~,-ous system based un. of
ango 12.e ral-eu c center for- the ye-
trudy R-1-z.r.-.ed. Inst. 18 no.2:310-3~--,
Lunbosacral radiculitis in congem-,al anc-7-t-lies of the
d . ; 3-'~ 2 - 3 2 6
-i,,ects of lumbosacral radiculi! :- ~r.,
deformans of the lunbar vertebrae.
nerkrn,rk-'n bc-leznpy (zav. - dot~:~--~l-,