SCIENTIFIC ABSTRACT SHABASHOV, A. P. - SHABASHOVA, M. L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548510008-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

: I ; ! 4 ... 1; 1 ;1 --
11 11,1111: 'llil IRIP'~;Illll 1 11

! i il! ~ I l!' T; ~ 1 :, ~ I I i1fil: 111.! i1 I- I
I ; . t - ; , ;
. i : z , .
I 11!l 1111. T: -i . r - I [- !:,

: l1:, , ;;
I ; .: 1~ - 1; !
" 11 , . -, I'll! ,'t
!!; ii.- IIIIII!, IMP r!-;~ .
, Iii i 1~

z
I- - -T-71:. ~.ii7 ~.! --] 1 1 1~]1171!lt~!J!J.-,`~~
0; . IT ~,~: " F I . . i
[I:: 111, 1111-1, lilli; li ;,W!, U.: H i
I 1 1; 1 , -T 111.11 N 11 z , - , 1 4,
. . . ~ i, ~i

I ; 1 1 1- 1:: 1 : - ,
. . I I - . ~ !
I I I I i -,
i. ., , I I 1 11 li,i ! 1111, V 1 1 1

. 1 1. - - . 1. 1 .
- - . 111--l" -- I - -1-
--, -, , 10 V, ~ . ~ r~Mlllzu. fcCTI, . Z~-- , -~ 1-1== :-. Z. i -
Z -1 ~,~J, ;,. ,:, , .,-
U

! : ; ~ A :
. I i

r VI
PHASE I BOOK EXPLOITATION SOV/2363
Parnitskiy, Adollf Bronislavovich, and-Aleksandr Pavlovich
Shabashov
Mostovyye krany obshchego naznacheniya; -konstruktsiya, raschet,
ekspluatatsiya (General-purpose Bridge Cranes; Construction,
Design, and Operation) 2nd ed.,_rev. and enl. Moscow,- Mashgiz,
1958. 403 p. Errata slip inserted. 14,000 coples printed.
-Tech. Ed.: N.A. Dugina; Executive-Ed.: T.M.'Somova, Engineer
(Ural-Siberian Division, Mashgiz).
PURPOSE, This book is intended for engineering and.technical.
personnel dealing-with the design and operation of bridged
-cranes. It may also be used as a textbook for students of
vtuzes and tekhnikums.
COVERAGE:- The book deals with the development,of leading-Soviet
crane-building plants in research, design, and construction
of electrical double-girder, general-purpose bridge cranes..\'
Also treated is experience gained by 5oviet;.metallurgicaLand
machinery-manufacturing plants inthe operation~of this type
1/10

General-purpose Bridge Cranes .(Cont.)
SOV/2363
of crane. The book contains drawings.and te h
c nical specifi-
cations of crane designsY design formulas,~design examplesp ,
and basic-dimensions-of:the principal parts and subassemblies,
of cranes. Brief information -on Operation maintenance,-and
repair of cranes is presented. -In preparing the book.the
authors made use of materials of -VNIIPTMASht Uralmashzavod
_(Urall Heavy Machinery Plant), "Sibtyazhmash" (Siberian Heavy
Machiulkry Plant),-and Novo-Kramatorsiay zayod (New Metallurg-
ical Plantlat kramatorsid.. The book conforms to.-current specl-
fications of the Gosgortekhnadzor Rules for Construction and]
Safe Operation of Cranes. Chapters~2,6,-7,8,9,14,15,i6,17,,iEI
20, and 23 were written by A.B. Parnitskly,~Candldate of Te-_A_
nical Sciences, and the remainder by A.'-P. Shabashovj,Candidate
of Technical Sciences. The authors thank Engineer A.B.-Vernik;
Professor P.Z. Petukhov,-Doctor of Technical Sciences; Engine-
ers G.P. Ivanenko and V.I. Grinevich; and personnel of the
Department of Hoisting and Transporting Machinery, Ural'skiy'
politekhnicheskly--institut imeni S.M. Kirova (Ural Polytechnical,
Institu-te imeni S.M.-Kirov),. There are~66 r,eferen ces, all'Soviet.
Card 2/10
SOVI/2363
(Cont
.
_nurvOse Bridge Cranes
General
TABLE OF CONTENTS:
3
Foreword

n on Bridge Crane s
Ch. General -Informatio 5-
Constructions of bridge cranes
Parameters for-bridge cranes
wa'ble~Stresse_sjor
rn Loads, materialsj~ and Allo
-
Desi
11
10
,
_-
.
g
Ch.
Parts of Crane Mechanisms
10

Design methods 10

Design loads 15

Materials 16

Allowable stresses 6

Safety factors -
29

J1. Pulley Blocks
h-I
C
29
-blocks
ey
Types Of Pull 32

-
steel wire ropes 40
Sheaves
Card 3/10

General-purpose Bridge Cranes (Cont.) SOV/2363
Ch. IV.- Load Hooks and Hook Suspensions 43
Constructions of Hooks 43-
Designing hooks
48
Hook suspensions
53
Ch. V. Rope Drums- 59
constructions of drums 59
Mounting.of drums 6o
Mounting of rope on drums 65-
Drum design
68
~Ch. VI. Gears and ReductionGearing 73
Gears used in bridge cranes 73
Basic parameters of spur.gears 73
Basic parameters of reduction gearing 77-
Materials for bridge crane gears ~83
Correction of gear-tooth-profiles - 84-
-
Gear design.
88,
Reduction gearing 98-
Card 4/ 10

General-pUrpose Bridge Cranes (Cont.) SOV/2363
Ch. VII*_ Axles and Shafts -110
General-information
110
Design of axles and shafts- 112
Feather keys 119
Ch.VIII. Couplings 122
General
information 122
-
Constructions of toothed c
ouplings
122
Mounting of toothed-couplings
128
:Selecting toothed couplings 130
Sleeve-and pin-type couplings 130
'Ch. IX. Rolling Contact Bearings 1~6
General information
136

Selection of-bearings -
_136
Constructional and-operational features of. ba'sic types of: -
rolling contact bearings 137
Determining bearing dimensions 141
Mounting rolling contact bearings
Card 5/ 10
I Iff 41
3Mal I 1
U 2 R1121,

ME=
- . 1 .1 ~% '~ . -I 1 .1 .: .I f
.0 H 2 PEM

IM r W-H
P

General-purpose-Bridge Cranes (Cont.) SIOV/2363
Ch. X. Brakes and Electromagnets 156

Basic data 156
Determining braking moment 157
Brake constructions 161
Brief li-st of-technical requirements- for-brake parts 181
Use of brakes 182,
Brake design
183
Ch. XI. Running Wheels and Tracks 189
Constructions of running wheels 189
Designing running wheels 190
Mounting running wheels 193
Tracks 200
Ch. XII. Electric Crane Motors 203
General-information- 203
A-C motors- 203
D-C motors 212
Selection and checking of electric motors 221
-Brief information on electrical equipment for bridge cranes238
Card 6/-lo
If 1-1Itill, II Ird I fill!

General-purpose Bridge Cranes (Con'-.) ~SOV/2363
-Ch. XIII. Constructionsof Crane Trolleys 245
Ch. XIV-. Constructions of Crane Bridges 254-
Types of crane bridges- 254
258-
-Closed-type bridges
264
Open-type bridges
Ch. XV. Basic Data for Designing Steel-Struc_~,ures of Crane
Bridges 274
Methods of designing steel structures 274
Design loads (according to data.of VNIfPTMASh) 275
Recommended materials for manufacturing steel structures
of crane bridges (according to data of VNIIPTKASh) 278
Allowable stresses for steel structures of,crane bridges
(according to data of VNIIPTMASh) 278
Allowable deflections-in bridges and flexibility of truss,
elements 280
:Camber of a bridge 280
Own weight of crane bridges 282
Fatigue strength of steel structures of crane bridges 285
Card 7/ 10

General-purpose Bridge Cranes (Cont.) SOVI/2363
Ch. XVI. Designing Bridges With-Box Beams 289
Design of main beams 289
294
Strength of the elements of main box beams
Checking 0--e strength of _top booms of auxi Iiary-girders 297
Design-of -,rielded Joints 299-
Design of main girder diaphragms -299 -
Ch. XVII.. De!�igning Main Trusses 303
Static design 303
Structural design 304
Ch. XVIII. Bridge Traveling Mechanisms 311

Basic types of-traveling mechanisms 311
Constructions of traveling mechanisms 316
Comparing the performance of traveling mechanisms with
central and separate drives 322
Ch. XIX. Bumpers -326

S
-Constructions of bumper
326
Bumper design 331
Card 8/10

General-purpose Brid e Cranes -30V236,)
(Cont.)
Principle of designing crane bumpers taking .'elastic load
suspension into account.
333
Ch. XX. Lubrinntion of Crqnn Mechanisms 316
Lubrication of gears and coupiings J36
Lubrication of-ball and roller bearings
:338
Ch.- XXI. Crane Operation
343
General considerations 343
Basic functions- of the bridge crane operato,r 346
Rules for hoisting and transpor,ting loads ~
347
Basic damage and malfunctions in the operat'ion-of bridge
cranes 348
Ch. XXII. Bri--f Information on Crane Repair 356
~System of planned preventive maintenance 356
Planning crane repair 357
Safety measures for crane repair 359
Accelerated repair of crazies -
36o
bard 9/10
jtfj~! H11?
11-11.4111 F 1:,

I . -A
I I ~ ir I . !"* I i1 1-:1 !p
- P !! j :1 1M1
I -~; I i li !I
Ir. I IF, 1111111 111:11; MlPii"Illfll:
I ::, I! A , 'T"
I I I ~ ~ . PI I . i 1 .1

i I I I' ,
'" I iiml~li "..
M 11 1 I.R-,
I .. i Ff . . ~ 0 1 ~, . I ii H. ;i0ap-It-Illof iiii r 4f 11 u c pkilu4q
. : 1 1. .. . .
i. I i lill

i i 1 -4---T"-
. 7:-
. I ~ ; . I

it H i 6JIT6 . . : .. ; 11 JP '1111 Ell
---------------- --.- .........,
if I :N 111 ~;Jll:,i~:

I .~ iI i ;. 1j ~ III it , . I
1. 1: 1 , , : i 1 7! 1
!11 1~.11: P ii iT i
l. , L . t. ~, I
Mi ,,

! 11
I ; I ; . .; ,
1 1! 1, li'll; *11 . .
I ; . ! ; :'llil" 1111i,

: N:
. lil -
z i - : ~ ! i - . r . ,
'Wi ll:i 111,1111 ~: 7 111 l!", I Yr: li !'1. 1, 1-.1. 1, 11 1~1 i !
, i; ~ I
-li !I . I I

, 1 11;11 1 q"-!, 'T ; !! I I *I- :: I p! 1-1 -

i
. . 1 11 11111i "'

ji I ~ 1 !11 i 1 1! ~~j :
-1 : ~T.;- -~r -11 , 11 i
I , !!!;,I ! 1[~ i;I'll 11 1 ` " I I'l m I i

'I 'I !1-l! If*:- ~!!f 11 111' :! F llil i
LLL-E!i~

,-I -
, . I I V 7 '1 1 1 , :1
11-i ~i :1 :11 i i .1 ;,:1 ~ ;.[ I i -~ :
~~

- I. - ! 1 . . . : .. .11. .
Wi il IIW ":11111 HP ! 1:i,,: -l';: I!:

-- I-I ~l It!- ill 11 .;1 1 im.. " 1:11 11 !1 ? 1 1 ! 1 1-1 v , t ,
ROZENBXRG, Aleksandr Kineyevich; YMMIN, Aleksandr NikolayevichL SHARASHO

HI I i:1 11 1 1 diW r !:.I- i.! ~ jj" ~,
~;,;Iilllifm Iiiii'li'll:ii:-"-7i;~!lllil!;:Iillli~'1111111~i-l:illl*~i
. i : ; ! I : i1 1. i; I ( "i

0 1 f: It ~ I 1 .1; 1 P !~ ; 11 1 1-1 1 H-fl,
...... ........ -- -I ~!t ! ~-,, '-
, - I I : j --, T ~i ~ . ~
i ! - . . :; I: I I .

! I i I ~ 4 1 1 ! : I li I I f i ) I I I I I - 11"rP , f% ! , , I -, I '1 1 1 1 ~F, - , , -f ! I.
mn7-mA6m6m"

GORILOV, Valentin Mikhaylovich; 21WASHOV., S.P.. kand.toichn.n4itik, retsenzent;
TI

PHASE I BOOK EXPLDITAT1W SOV/4517
Kuklin, Le'onid Grigorlyevich, Vasiliy Ivanovich Sagalov, Valeriy
Borisovich Serebrovskiy, and Semen Pavlovich Shabashov, Candidate of Tech-
nical Sciences
Povysheniye prochnosti i-iznosostoykosti tverdosplavn6go instrume nta (Increasing
Strength and Wear Resistance of Carbide-Tools) Moscow, M~shgiz, 1960. -182 p.-
6,000 copies printeds
Ed.: Semen Favlovich Shabashov, Candidate of Technica.1 Sciences; Reviewer:
F. A. Barbashov, Docent, Candidate of Technical Sciences; Managing Ed. (Ural-
Siberian Department, Mashgiz): L. A. Kon'shina,-Engineer; Tech. Ed.:
N. A. Dugina.
PURPOSE: This book is intended for technical personnel at macbine-building plants,
scientific workers, and students at schools of higher technical education.
COVERAGE: The book Is devoted to the 9.
,problem, of increasin ~the strength and-wear
resistance of--carbide-tipped tools. The authors discuss'the theoretical bases
for brittle fracture and excessive wear of carbide-tipped tools occurring during

Increasing Strength and Wear (Cont.) SOV/4517-
the fabrication and operation of tools. The results of~experimental research
in this area are examined. The book contains inforfiation on the-properties
of carbide tips at delivery,, the brazing-of tips, and the sharpening,of tools.
The authors analyze the internal stresses occurielig in carbiLde-alloy tips- dur-
ing brazing and grinding, and make recommendations for improving brazing and
.Mi U4-
grinding techniques. Also discussed are investigations for deter ning c -
ting capacity when cutting coarse chips under conditions of intermittent, non-
uniform loading. Recommendations are made for the efficient use'of carbide-
tipped tools under such conditions. L. K. Zotova, A. S._Cherepanov).and
students Cheng Hua-an, Vien Ho-ch'tn, and Cheng Kuai-kluei participated in
the investigations. There are 29 references: 28 Soviet, and I German.
TAKE OF CONTENTS:
Foreword 3
PART I. POWDERED METAL CARBIDE ALLOYS,
Ch. 1. General Information 5
Characteristics of carbide alloys 6
C ax d::
W.

, -11 :*
I i I ,
F P: I'l 11 , " ill I I .*!: ;1 1.1 - -
j rl-1 pil m, ;!
:!: :' ~! ! .1 t , . .
. . m
I I

SRABASHOV, S.P., dotserit, kand. teldin. na-uk; KIJK-Llb, L.G., dot--enL, karid,

- I f!~:,~ V pt~ I.-- a , - . a "Am, IT ~ :- ., . ~ ~ - 1, . - . - . - , . , " ~. , . ... - -- - -
I i 1 .1 T! , ,

S/ilt5/61/000/0071/008/009
D2121/D301
AUTHOR Shabashoy, S~P-i Candidate of Technical Sciences~ Docent~
Invest igat ing the wear resistance -of- carbtdes~
VI TY, F, in relation
V +
~a- the oil-coo-an..
-PERIODICAL:-, Iz-estiya vysshikh uchebnykh-zavedeniy. Mashinostroyeniya,
.ioQ 7, 1961, 150-158
TEXT;' -Comp
arative tests in a special set.t-up simulating, the,wear -of
carbides on steel are described.- The preliminary examination,estab-
11shed that the wear does not depend on the duration and area of the
contact when steel 7~!
_W481:_(EI 481) was used. Thespecimens of carbides
were cut out by electro-erosion from f*,S (VKB,)g T5K
-10 and:TI5K6 platep-0-
Coolants of different compositions ivere applied. The r 'S with a
eaUl+
5% emulsion arre tabulated and curves are plotted. They demonstrate that
the wear resistance of carbides with and without coola-rit was - c ont ai- ned
withM th& bounds of their capacity,- -The wear intensity decreased with
Card 1/ 3

S/145/61/000/00?/008/009
Ithe mear D221/D301
thin use of -coolaxnt,, it went down when. working without! a coolant at
h, re is
igher speeds. The tests with heat -1 s- t-ing steel El; Q1 -witlic-ut
wcoollag rr-vealed the. phenomenon of adhtsiozi, while the- fxiction force
depends onishear resistanre of steel and carbidetlp. .-The ~shear 3,e-
~_:istance of steel decreases at higher. speeds and contax.,t teinperaturee
which results in lower wear. The shear strength of caxbide~ increasez
som~,what w3th the temperatu -re. -tibundant cooling r-5duc'es the effecl Of
The latter decreases also with greater speeds. On, the othe-
hand the m.4croeros,_',on. due to the_,rmal stresses increases with the Epeed.
Consequently,- the 5% emuls-lon produces a 10-15 fold reduction in. Wea:r-
a4 Iciv speeds,~ but onlv 2-7 fold al,, greater speeds, The higheT resls-
.ar).Ce to shear of VKS and TSKIO carbidea, compared to_.Tl5KQ produces a
marked effecl.t of c-c-ilant on. thsir wear. This isJoll.-Y-ed by a
report eq turn:ng of E1481 steel bv to(:.Is with T15K6 an.d T5K1O tips and
uz--.ng coolant. From thc- resull's. equations for the li:f-z period of t o~q`
wifl) or without cnolant wexe dtduced. They reveal -that, pressure
coo! ant increases th.% 1.t~fe --if tool by 4.5 times,~ The 'equatlona indicatt
Card 2,?:!

S/123/62/ooo/boVoi6/018
AOO4/A1Ol
AUTHORS: Shabashov, S. P.,~ Kuklin, L.- G.-
TITLE- The efficiency of new cooling methods in metal.outting
PERIODICAL: Referativnyy zhurnal, Mashinostroyeniye, no. 3.1.1962, 67, abstract
3B387 ("Tr. Ural'skogo politekhn. in-ta!', 1961i v. 112, 81-88)
TM: The authors analyze the effect of new cooling methods,on the tool
life, surface roughness and microhardness of the surface layer of the part being
machined. During the Investigations, cooling was effected by an atomized jet by
feeding compressed-air at a pressure of 4 - 5 atm and by th6 jet-PrIessure method
at a pressure of 15 -_20 atm. The authors-inve!Aigated the:wear of the sintered
carbide grades BK8-(vK8). T5K1O and T15K6 during the machining of-the steel I
grades 38 xrH '(38KhGN) , 3 K 481 (EI481) and r 13 JI (G 13L) . *The temperature of the,
tool back surface was measured with a semi-artificial constantanl-~tool sintered
carbide thermocouple. The H-10 (N-10) four-loop magnetoelectric~oscillograph
was used as recording device. It was found that using the'new cooling methods,
the tool life increased on the average by a factor of 2.5 3.5-which madeit
possible to increase the cutting speed by a factor of 1.5. The maximum effect
Card 1/2

rpTTY, HEMI

ANIKIN, Nikolay Aleksandrovich; DROBYSEEVSKAYA, Nadezhda Ivanovna;
DUDINOV, Vladimir Alekseyevich; KONIKOV, ~rkadiy
Sergeyevich; KONYUKHOV, Sergey Mikhaylovich; MESHCHEPJNOV,
Fedor Ivanovich; POLETSKIY,-Aleksandr Timofeyevich; PO.LYAKOVP
Gleb Maksimovich; SALINIKOV, Oleg Alekseyevich~' CHERNOBAY
p
Dmitriy Gavrilovich; GAVRILOV, P.G., kand. tekhn *nauk, retsen-
zent; NEFEDIYEV, G.N., kand. fiz.-mat. nauk; SOKOLOV, V.M.,
kand. fiz.-mat. nauk; SOKOLOVSKIY,_V.I., kand. Itekhn.:nauk;
RUDIN, S.N., inzh.; EYDINOV, M.S., kand. tekhn. nauk; DUBITSKIY,
G.M.J. doktor tekhn. nauk, red.; ZAKHAROV, B.P., inzh., red.;
KONOVALOV, V.N., kand. tekhn. nauk, red.; PERETS, V.:B , kand.
takhn. nauk', red.; ROZENBERGP I.A., kand. eko.nom. naQ, red.;
STEPANOV, V.V.,, kand. tekhn. nauk, red.; SUSTAVOV, M.I., inzh.,
red.; SHABASHOV, S.P. -kand. tekhn. nauk., red.); DUGINAI N.A..,
tekhn.
[Handbook for inventors and innovators-ispravochnik dlia-izobre-_~
tatelia i ratsionalizatora . (By] N.A.Anikin i dr. -Izd.3., ispr.
i dop. Moskva, Mashgiz, 1962. 791 p. (MIRA, 16:1)
(Technological innovations-Mechanical engineerIng) -

I
I . 1. ; I - .
i I ; It I -, 4 ! I v a
F 11,11:11 111 1~ l!l~11A,Tl'4ll!ll
- i 911 ,, , " I '! ; I I

;.:! I-
. I . 17 H Vii ~ 11! 1 1'

i !11 m. I f
t -: . . . , . .
! : ; I. F I -111;.

i Z i ~ I ~ A . I . :. I ; I : , ~ ; i , :! IV!~'~ ~ i "ill, -,
1 1 'winill- I :1~ ! ; , . 1. . 2.
. I L, .1*,i 4e. I . . .
. I ! 1 11 1 . II 1 1. 1-1 . ~:II I ;' I I :m111
. . ; tk ,

-i . - i .1 '., ~ t : I . ! I I I ;, 1 , ; ( ! ; i " 1 !11: .0111 1 1
I

. z I ~~ , '. I Ir I z :-- -~ 1 - ~ . C k I ~. . m. ; _I- I , I" U ; 1 .1 - I . ~ 1 1111 "!--1 !F-um! M T
z . . ! ~ " ! , T j~i "
: . I . I
t. ii 1!, j - ,
. , I .:; . i : . : , .
I ;! 1"'I V- :1111'r,"'I.I.I.

1 11 if I MW
!AUTIIOR: Shabashov, So P.; Tesler, S. L.
ITITLE: Investigation of the process of turning 30Xhl0G10 cas steel in-& lathe vith
one
heating of the cutting z
ISOURCE: Ref. zh. Tekhnologiya mashinostroyeniya, Abs. 8B614
1REF SOURCE: Sb. Materialy III Nauchno-tekhn. konferentrii;instrumental'shchikov Zap.
Uralo,,1965. Clio 1# Perm'p 19650 48-54
TOPIC TAGS, cast'steel, high speed Matt" outtingg metal tiwning 41eatric metal
finishing
ABSTRACT: Results are presented of an investigation of-the possibility of increasing
the enduran-ce of the cutters when 3OKh10G10 cast steel is,turnedlby-contact heating-
of the cutting zone and determining the optimal parameters'(cutting speed" feed, cur-
rent) at which the heating effect is the maximum. The cutting zone is heated by the
contact method. Experiments have yielded plots of T = f(v) and.of the cutting temper-,
ature agains v]., from which it is established that the character of the curves remained
the same when cutting is accompanied by heating as in ordinary cutting. Hovever, the
speeds.at which maximum endurance is attained-increse; the.endurance is also increased
at the same time. Within definite limits of variation of v and:S, the effect of heat-
ing decreases with increasing v and increases with increasing So Heating the cutting
zone makes it.possible to increase appreciably the endurance of.the cutting tool and
ard 1/2 UDC: 621.941.1
C

I
I
~ i - -
I
t
I-
, il
I
i
I -
I

ACC NRt AP7002607
UR/0413/66/000/023/6i.j5/
t MENTORS: Gunbin, B. L.; Shabashov, S. Z.'_
ORG. none
TIME: An automatic device for disconnecting a damaged gas pipe. .:Class 47, No.
i89271
SOURCE:- lzobreteniya, T)rorrjshl,eiLn.Tje obraztsy, tovarnyye znaki, no. 23, 1966, 115-116
TOPIC TAGS: jas engineering, gas conduction, 6-as flow
A33TFUCT. This Az2thor Certificate presents an automatic device for disconnecting a
damaged ,--s pipe. The device includes a distributing assembi (which acti,',rates- the
~y
drive mechanism of the shut-off organ) and a gauGe which controls ~the chant;e, of g~s
flow in a gas n;ue ;vhen the latter is-d 8
amaged ( ee Fig. 1). ~To -orevent the automatic-
-ing: U
device from being activated by-the~chan& oonditions and to activate it-
(fj'ed to.theautomati c
her head exceeds the allowable limit the gauge.
the velocity
device and rade in the form of a Qylinder) is oriented at right angles to the,
lon&-itudinal axis of the gas st7ream. The lateral-waalls of the cylinder contain four
onenings. Two of Ithese are placed centrally in respect to the stream during it's
I forward and backward flow. The other two are -placed at some.~. angle: to , the central*
ones. These opeiiings are connected by pipes (located within~the casing of the-gauge)
to the- ri id elements of the distributing assembly which motivates the cirive mechanism
uDc: 624
Card 1/2 1.646-83 522

:, " !Ijr!
i . a ,I
1, 1. 1', 1.1i -T-r-pi.-i
P . raq, - ,, ~~ uJITF 1'. i'l ~ l 4 ii 11
I Mr-mm
I' - 'I ~
.
, iu I'll, IM
i
! i.!: 'Ill.

S/112/59/0.00/014/0!4/085,
A052VAOO1~
Translation from, Referatlvnyy zhurnal.-Elek+,rotekhnika, 1959, No.- 14, P, 32;
28753
:AUTdORS-, Semichev, Y. G. Chernyak, Kh T Golovin, Yu'- D_ ~Shabashov, S-.Z.l
Kruglov, G. P.
~TITLE-. Gas-4urblne Unit GT-700-4 With Centrif'jgal Supercharger 280-11-2
PERIODICAL: Tr. Nevsk. mashinostrolt.,z-da, 1957 (i958)v ~o, -1. ~pp. 69-91
TEXT The main features of Centrifugal '-superchar-Sers:. with agas-turbln~
drive for pumping stations of the main gas_pipelines are; a variable number.of
revolutions permitting 'the maIntenance of a high efficienoywat. considerable
deviations of the load from the rated level; the utilization of gaseous fuel;
starting by means of the turbine ccmpressed-gas driven engine. The gas turbine
of 4.8 atm and 700 0C has 2 cylinders and a-composite rotor. :The disks of, them
initial stages are-air-cooled (up to 1.5% air). The central (flowl part of the
turbine consists of 6 stages, the first three having a low degree of reaction
and the last with a 50% reaction. According to the experimental data the
Card 112

12
S
1 00/0
/ ~2/59 0 14/0114/085,
A05 A00
Gas-Turbine Unit GT-700-4 With Centrifugal Supercharger 28G_11-2:~
efficiency of the turbine must be not lower than 87%. A 17*.-step~ compressor is
assembled of profiles with a 100% reaction and with a re-LeAvelyI16w coefficient
of discharge. The combustionchamber has been-designed M the basJ.-.3 bf'inv.es ti-,
gations carried out o models in the Kiyev Polytechnic Institute, Its Ae-rmal
intensity is 6.5 - 109 kcaj/M3 houx., A high degree of hea:t, regeneration (75%)
a co t
Is secured by a small-size plate air heater. A hydrodynamif ca rol system
maintains a constant pre3sure of the delivered gas. Control., . protec tion- and. I
inspection systems permit the remote start and ston of the Insnallatior. by
means of a program time relay.
_V sb_F,
Translator's note: This is the ft"l 1. translation of the origirial Russian
abstract,
Card 2/2

H4

- . , - : - z ~. ~I " . - ;~ li,~
, - , ~M.71.7, `- .' r~ ti: -7 -'-
! 11 1 ~! 1 V 11:1 11 T I I i I I ll`~ I . Id 0. ~~ t~11, 1 h IT 11
- . . , 1, 1 i i

- L II: 1 -1, 11
I~i , i
4 -J
:1 a ~
i I I Hill -11' 1,11,111P

1: -1! 1111.,
111' :1 !611 W, T11

;I : 1: 113~ 1 !l -11 11 ~ -~ :1 11 - 11; ...... ; ~l ~, .., I - - . . - .

25955
s/14i/61/ook/ool/015/022,
21. 4 000 L E033/E435
AUTHORS: Tsetlin, M.L., Gorekhov, Yu.S., Matusova. A.P.,
Mel Inikova L_V. A. ,Tarantovich, T.N. and Shabashov,-_V.M.
TITLE: An apparatus for registering and diaSnowing disorders
of the rhythmic function of the heart
~PERIODICAL: Izvestiya vysshikh'uchobnykh zavedeniy. Radiofizika.
ig6i, Yol.4, No.1, pp.165-172
TEXT: Adescription is given of an apparatus for -the.automatic
recording and diagnosis of-disorders of the rhythmic function of
the heart. The apparatus in a logical:dovica utiliiing
nitial data for the
electronic digital computer elements. The i
apparatus are the lengths of tha tims.intervals batweon:the
electrocardiogram peaks (R) indicating'the depolarizatIon or ther
ventricles. The length of th eso inter valix is comparti d*.with the
mear. (normal) length averaged over t second-~. As a result of
the comparison, each interval Is assigned one of three letters,
''S$' -(short). I'Llf (1 n&), ITN,11 (normal). The changeover occurs
at + 25% of the normaol interval length. The letters-are then
asoombled into "words".! The "words" corresponding to this:or
that rhythmic disorder (heart block, extra-systoles with. and-
Card 1/2

s/.l'a/61/oo4/ooi/P15/022*
55
An apparatus for regintoring ... E033/EI*35
without, compensatory pauses, extra-systoleefollowed by block,
paroxysmal tachycardia) are combined in "diagnosea" recorded:
automatically by the apparatus. The disorders of the rhythmic
function of'the heart thus dotected'may serve for the purposes of
diagnosing and studying the influence on the patient's 6
rganism of
,various chemical and physical factors. The block-schomatic'-
of the apparatus Is given and the modus operandi described. ~ The
apparatus co~asiita of: 1) the transducer of the bipotentials. of
the heart musclej 2) the ampliriori 3) the Bhaperl 4) the;
Ilzri&Ger rIng-; 5)-the pulse tachometeri 6)-two reference pulse
generators with electronic pulse length controll 7) the memory;
8) the decoder and 9) the registering apparatus. There are
7 figures and 9 references: 6 Sov 'ist-bloc and 3 non-Soviet-bloc.
The reference to an English language publication reads an followal.
Electronic Engineering, 31, 268 (1959).
ASSOCIATIONt ilauchno-issledovatellskiy fiziko-tekhnicheskiy
(The;
institut pri Gor1kovokom univernitsto Scientific-
~Ressarch Physicotochnical Institute, Gorkiy University)
S BMITTEDj September 6, 1960
Card 2/2
j; 11" 11111111; iJ111-1h I'lf H: 41 1. 1 T. H I III

SRABASHOV, Ya.F.; NESTERENKO, N.T.

-58-4-6990
-3 7D
1
T-ranslation from: Refer.ti,,nyy zhurnal, lvletat[Ltrgiva,~ 1958', Nr 4, p 9 8; (USSR)
AUTHORS: Postnik-ov, N. N. Shabashov, Yd. F,
TITLE- Developmeni ot the Production of Rolle (I.Non-f e rrou s Metals Ond
Alloys at the Krasnyy Vyb6rzhets Plant (Razvitiye proizvodstvd
prokata L~ivetnykh metallov i splavov na zavode "Krasnyy vybor-
zh e- ts
PERIODICAL: V sb. Metallurgiya. lvioscow-Leningi~ad, AN SSSR. 1957,
pp 146-153
ABSTRACT: The historyIof the development of this',plant, which w"s founded
in 1857, is presented. At the end of the.first world w.r, thefac-
tory for its day was large for the metals i industries -and possessed-
reverberatory furnaces for smelting Cu_ a shop for crucible
smelting of brass, rolling mills, and a medium-size Mannesmann
tube mill. After the revolution, crucible smelting was r6placed
by electrical smelting, and an extrusion'shop was built. In add:_
tion. to products of Cu and brass, the smelting of bronze was de-
veloped. Currently, the plant manufactures products for the-
shipbuilding, automobile and tractor, radio-enginee ring, and
Ca'rd I other industries. In post-war years, anumber of major under-

a I : 1 1: 1 ~ :1 ;! . - !;.. ,.
i I I . ;.III ~ ;
. 1:;
I : . . . - .
, . . i .11M Rl I -

136-8-2/?l
AUTHOR: Shabashov, YA.F.
TITLE: Development -of Electric Melting at, the !1KrasnYy-VYborzhets"~
-elekttoplavki zavode --,.'#Krasnyy, Vybor-
VVorks (Razv tiye na
z hets"
PERTODICAL: Tsvetnye Metally, 195_7p-, Nr _8,: pp._11-15 (USPR)
ABSTIMM After describing crucible-hearth methods of melting copper
base alloys the author discusses- the. considerations which
led to the adoption of induction .melting at the works in-
1926-27. The-original installation--.Iiad-300 kg- farnace.99
but in 1930 the capacity of some was increased to 600 kg,
but early attempts at extension of electric melting to copper
alloys other than brasses failed. The author-, describes the
successful solution of two difficult problems.through
especial- efforts of the works staff (named). He outlines
extensions and -reconstructions and mentions works Personnel
who have played an important-role in this'. On future dev-
elopments he mentions a plan prod-aced in~:1956' for recon-
struction, including the installation of~5 ton furnaces,
mechanization of charging, casting of all-ingots by a
Card-1/?
".. M1 1-1,

I ! . I " I .-
: . !! I" V 111TIF-1-111-

S/131/62/000/005/001/004
B105/B138
AUTHORS: Aleksandrova rova, I.
T. Prokho Ya.~,-Galushko,,N. A.9
-Shabashov, Ya. F., Frumkina, Yu. A.
~ITTT",. Carborundum-graphite crucibles for the melting of copper-
base alloys
'?EFLTODIC.,1,T Ogneupory, o. 5, 1962, 208 211
n
TE"i"T: I'l production process for crucibles suitable for producing copper7
ca-romium, master alloys and chroMium bronze in the high-frequency furnace
L_J~E-281 - (OKB-281 ) has been developed at the Vsesoyuznyy institut-
ogneuporov (All-Union Institute of Refractory Materials).' :500 kg
Crucibles were produced byhydrostatic pressing in the Luzhskiy zavod*
"K.-asny,y tigell" (Luga Plant "Krasnyy tigelf"). The charge consisted of
carboruncium, crucible graphite, elementary silicon, and Chas v-Yar clay,
0
with sulfite-alcohol waste 1,iquor,-density 1.27 g/cc., as binder. Duringl~'
the burnin6, P-SiC is formed from the elementary silicon~and graphite:'
Si+C ->P-Sic. Si and SiC were determined in the analytical chemistry
e1
laborat.ory-of the VIO by K. X.-Kolobova0s method. .-After.burning the
Card 113

S/131/62/000/005/001/004
Carborundum-graphize crucibles for B105/B138-~
cruciblez showed the following apparent~porosity 15. 1.,
-properties 81
compre f3ri ve s t reng-t h145 k,-,/cm2 electrical volume resistivity 0.0044
ohm - mm2 /m, permeability to gas 0.02 1 -m/m 2--hr.-mm water column, dept h
of cavity in a sandblast wearabilitytest 4-9 mm'. coefficient of thermal
conduct at 8000CA= 8.5 kcal/m-hr-degree. alicroscopic examination
tra-. "he crue4bles contained no metal after use in -the OXB-281
1UT"nace. 500 kg carborundum-graphite crucibles have a life of 35-40
r~o_:;Pez-chromiium melts, and UD to 75 for the GX -08 (BKh-06) bronze.
Decause of the low resistivity of the crucibles, the furnace could be
Xinel~i adjusted, the metal melted, more rapidly. and, besides this, -the
electro cor Iundum crucible bedding was well fritted.: These crucibles are
suitable for the producing copper-base alloys with ai:-permissible Isilicon
content of up to 0.02 0-03~4,- There are 2 figures'and.5.tables.
C z,d 2

~ I i; I 11111 i i 1! 1 1: rv :.. i -i! ! :
F'. 1-1 1a..

--ACC NR "--A*P 6 0 3 0 6 0 B. --- SOURCE CODE: UR ./0,4-13/-66-/-000 /016 /009-5/009-~-'
INVENTOR: Bobylev, A. V.; Mironov, S. S.;
Nikolayev, A. K Strakhov, G. N.
Shabashov, Ya. F.; Sergeyev, L. N.; Goryunov, 1. 1.
,ORG: none
!'TITLE: qqZp~tr-base_alloy. Class 40, No. 185068 ~[announced,by the-State Scientific-
Research and Design Institute for Alloys and PrLceesing of ~Nonferrous Metals.-
(Gosudarstvenn nauchno-issledovatellskiy i proyektnyy institut splavov i obrabotki
ts-v-etnykh metaHov2T
SOURCE: Izobreteniya, promyshlennyye o1braztsy, tovarnyye-znaki, no.. 16, 1966, .95
TOPIC TAGS., copper chromium allay, zirconium containing alloy, vanadium containing
alloy 0 H R,~ If" 1944-cj~,) clojolgeoc. 00 09 5 F-
6.-n -.0 C 177.1 6,tJ
ABSTRACT: This Author Cer -tificate introduces a copper-base alloy cIontai-Ang chromium
and zirconium.7-ITo improve the alloy physical and mechanical p'ropertiesj~its,chemical
composition is set as follows: 0.2-1% chromium,'0.1-0.8% zirconium, and 0.01-1.0%
'vanadium. (ND]
SUB CODE: l1/ SUBM DATE: 1OFeb6.5/ ATD PRESS: -5076
Card '111-/ ir-j UDC: 669.35'2* V~: -
`2921296

: ~ !.~ : z ZT 1:~ 1~ I , ~, 1 :1 1 1 1 1 ; ~ 1 ~ " -1 1,

I II 1 1 1 - - I, "I j1 T ; ~4 1 ' I T ' P Ii 111"! .
-- - .- -- . ''I lij : ItAyll,
.., . ...... !qp~-

~ 1~ J~j i~~ : . 4 - -
. . . I ~ .7 -I-P ~,