SCIENTIFIC ABSTRACT BOLSHAKOV, K.A. - BOLSHAKOV, O.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206130004-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BOLISHAKOV, K,A.'. SO*.%-O:L,)V, Ye.B.; KEDOROV, P.T.; CHIRKY111, A.V,
Study of the fusibility diagram of the genantum - calcJun,
sy.stem"by thermal analysJs. Izv.0 SSSR.Neorg. -t. -3
ma
1825 0 165. (MIRA 16P12)
1. MoskovsUy Inst-I.Wt tonk-ey khLrnjohaskoy tak~noliogi-i i-moni
M.V.Lomonosova. Submitted June 3, 1965.

DORFMA113% V.P.; KISLYAKOV, I.P.; BOLISHAKOV, K.A.
Kinetics of reactions in the iodide method of formation of
epitaxial films of germanium. Zhur. fiz. khim. 39 no.4:0,96-
1000 Ap 165. (111RA J-9: 1)
1. Moskovskiy institut tonkoy khimicheskoy tekhnologii imeni
Lomonosova.
I
4-,

BOLISHAKOV., K.A.; BARDIN, V.A.; GLADNEVA, A.F.
System H20 - HReO4,',$&4r"neorg.l&iim. 10 no.ll-.2535-2537 N 165.
- -, (MIRA 18t32)
1. Moskovskiy institut tonkoy khimicheskoy tekhnologii imeni
M.V.Lomonosova. Submitted May 30, 1964.

ACC7R_f~t_AF60_a&7 5 __U_R_/Q363// 6- E/76-1-1 2 0 6-6
E CODE: ---66100
AU7HOR: Andrianov, V. G.; Bol'shakov, K. A.; Sokolov, Ye. B.; Chirkin, A. V.;
Fedorov, P. I.
ORG: Moscow Institute of Fine Chemical Technology im. M. V. Lomonosov (Mookovsk.-*LY
institut tonkoy khimiaheskoy tekhnologii)
TITLE: Thermal analysis of the germanium-barium phase diagram
SOIPACE: AN SSSR. Izvestiya. Neorganicheskiye materialy. v. 2, no. 11, 1966, 2064-2o66
TO'PIC TAGS: germanium barium alloy, alloy phase diagram, alloy composition,
alloy structure , alloy system, germanium alloy, barium alloy, thermal analysis
ABSTRUICT: A phase diagram of the germanium-barium system (Fig. 1) was plotted on the
basis of data obtained by thermal analysis of 34 alloys containing 0 to 100% barium.
It was found that the system includes three compounds: BaGe, BaGe2, and Ba2Ge whose
melting temperatures are 1145, 1050 and 940c, respectively. All compounds have high
hardness and are unstable when.exposed to air, particularly those with a high bar
content, which rapidly decompose and turn into a yellow-brown Dowder. BaGe2 was Lhe
most stable compound. It has a cubic lattice a = 14-52 + 0.03X. orig. art. has:.
1 figure and 1 table.
SUB CODE: 1l/ SUBM DATE: 08jan66/ ORIG REF: 003/ OTH REF: 005/
Ca'rd 1/2 UDC: 546.3-19-289-L3:620.18i.4
M
R __0

A--Rt AP6036795
68 Weight %Ba
0 10 20 30 40 JO 60 70 80
400
000-
X51 d
800
to
7P7
-
5001
n ID 20 3D 41L 50 60 70 80 90 MO
Ge
2/2
Fig. 1. Phase.diagram of the
germanium-barium system.

- - Mq -z7-jIT-v-, I T. -.
"Effect of Certain Constructional and Technolo,,-.-,ical Factors On the
Vibration Strength of 'Welded Structures." Sub 13 Sep 51, Moscow Order of the
Labor Red Banner Higher Technical School imeni Paiman
Dissertations presented for science and engineering degrees in
Moscow during 1951.
SO: Sum. No. 480, 9 May 55

Vibr~;',sionnava prochno~tf svarn,,~'-I! mos'.ov r,
K. F. Bnllsh.-tkov, I. A. '~~Ojseyev ~l Dr.) Fod
%.oskva, Transzheldoriz& t, 1~52.
rraphs, t.11"Ies. jri!(iv T-esovu-,r~o;7o Naiir~hno
Str-L)7~4,oli I:i*,va I Proyekti-
r o v.~. niya, ~,yp P)
Includes Jas.

TKVGR-AYOV, G.K., doktor tean.nauk, prof.; YAROSHENKO, V.A., kand.tekbn.
nauk.: BOLISHAKOV, K.P., Imnd.tokhn.nauk
Designing wooden frame supports having inclined struts. Trudy TSVIS
no.4:5-37 152. (MIRA 12:1)
(Structural frames)

BOLISH-AKOV, K.P.; MOISMY. I.A.; KSMOV. A.,L; DUCHINSKIY, B.N.
Vibration Btability of welded bridges. Trudy TSNIS MPS no.8:3-198
152. [Microfilm] (MLRA 7:10)
(Vibration) . (Bridges, Iron and steel)

BOLISHAKOV, X.P.
Problem concerning the vibration resistance of welded joints made from
low-alloy steel. Avton.evar.6 noo2:60-65 Kr-Ap '53. (KLRA 7:5)
(Steel--Welding)

124-11-13398
Translation from: Referativnyy Zhurnal, Mekhanika, 1957, Nt. 11, p 153 (USSR)
AUTHOR: Bol'shakov , K. P.
T IT LE: The Reduction of Stress Concentrations in the Joints of Welded Canti-
lever Structures.
(SAizheniye kontsentratsh napryazheniy v uzlakh svarnykh proletnykh
stroyeniy. )
PERIODICAL: Tr. V5es. n.-i. in-ta transp. str-va, 1956, Nr 20,pp 6-85.
ABSTRACT: The paper discloses investigations on the development of construct-
ional and technological measures for the reduction of stress concen-
trations in certain welded cantilever structures on railroad bridges,
and more specifically in joints with gussets that are lap-welded to the
flanges, and also in joints at which angle reinforcements are welded
directly to the flanges, without any gussets. Experiments were con-
ducted on ST, 3-!~teel fused according to metb;5ds found most s`uitable
to ensure long life.
It wit5-established that an effective increase in the fatigue strength
of joints between horizontal ties with lap-welded gussets can be attained
Card 1/2 if any factors contributing to stress concentrations are strictly avoided,

IZ4-11-13398
The Reduction of Stress Concentrations in the Joints of Welded Cantilever
Structures. (Continued)
e. g., by fastening the gussets by means of skewed or flanged searns
and by machining the seams at the point of juncture with the primary
metals with a spherical milling head, abrasive wheels, etc.
It is demonstrated that without mechanical treatment of the seams
the construction of joints between horizontal ties with direct fastening
of the diagonal corner piedes to the rib appears, unreasonable.
Machining of the contact edges will significantly increase the life
expectancy of the construction. This is not affected appreciably by
the method or sequence of depositing successive lavers of metal.
G. A. Nikolayev
Card 2/2

137-58-1-1039
Translation from: Referativnyy zhurnal, Metallurgiya. 1958, Nr 1, p 144 (USSR)
AUTHOR: Bol'shakov, K. P.
TITLE: Assuring the Endurance of Welded Spans of Low-alloy Steel NL2
(Obespecheniye vynoslivosti svarnykh proletnykh stroyeniy iz niz-
kolegirovannoy stali NL2)
PERIODICAL: Tr. Vses. n. -i. in-ta transp. str-va, 1957, Nr 24, pp 5-77
ABSTRACT: The possibility of increasing the endurance of welded spans of
low-alloy NLZ steel by improving the structural shapes of parts
and assemblies, and also by means of certain technological pro-
cedures is studied. Certain characteristic elements and assemblies
of welded spans are investigated: butt joints of elements of different
thicknesses; assemblies with lap-welded or butt-welded gussets; I-
beam elements with flanges abutting on a wall. Pulsation loading
tests demonstrated the possibility of increasing the durability of
NL2 steel welded constructions subjected to repetitive loading by
means of measures for reducing stress concentration developed
by the Metal Bridge Laboratory of TsNIIS. Welding schedules for
NLZ steel developed by the GPI of "Proletstal'konstruktsiya" .
Card 1/2 have been approved as satisfactory in terms of vibration strength.

137-58-1-1039
Assuring the Endurance of Welded Spans of Low-Alloy Steel NLZ
The view that mechanical treatment is incapable of significantly increasing
the (3w of welds and therefore does not offer possibilities for use of low-
alloy steels in structures subject to variable loads, is refuted,
V, K,
1, Bridges--ile).dinp 2. Structuras--Design--TbeorY 3. Structures--Test
methods 4, Otructvron--.'.:*(,:'.t rasults
Card 2/2

137-58-3-5LUI
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 3, p 106 (USSR)
AUTHOR: Bol'shakov, K. P.
TITLE: Increasing the Strength of Overlapping Joints in Components
of Open, All-welded Girders (Povysheniye vy-noslivosti soye-
dineniy vnakhlestku v uzlakh skvoznykh tsel'nosvarnykh ferm)
PERIODICAL: Tr . Vses. n. -i. in-ta transp. str-va, 1957, Nr 24, pp
78-132
ABSTRACT: Butt and lap welding are the two methods of attaching truss
members to junction plates in the process of building component
units for open, all-welded trusses. The design employing butt
joints is not suitable for -assembling of suspension structures.
Lap-welded joints (LJ) require neither- great accuracy of manu-,
facture nor the erection of temporary structures. This method
of construction is fairly readily adaptable for the assembly of
semi- suspended and fully suspended structures. In the pro-
cess of assembling an overhanging span, and depending on the
length of cantilever, very great forces n-iay arise in girder
members situated near the supports. A drawback of subassem-
Card 1/4 blies with LJ is their-'reduced strength. Considering the advis-
0

13 7- 58- 3- 5.101
Increasing the Strength of Overlapping Joints (cont. )
ability of employing such type of readily installed subassemblies for all-
welded span structures, the metal bridges laboratory of the TsNIIS of
Mintransstroy (Ministry of Transportation Industry) investigated a method
in which the strength of LJ ' s was increased with the aid of so-called
strength compensators (SC). Introduction of SC completely resolves the
problem of creating subassemblies with welded LJ's having a strength
equivalent to that exhibited by the basic cross section of the ii-lember bluing
fastened. This is achieved, firstly, by carrying out previously developed
measure s'intended to lower the stress concentration in the LJ and, secondly,
by increasing the cross-sectional area of maximum-stress region of the
member being fastened. Two basic types of SC' s, the butt and the lap type,
are examined. It was verifi6d experimentally- that the force on the junction
plate of an H-shaped test member, which had broken off near the joint,
can be transmitted to gusset plates on other joints -,vith the aid of the SC' s;
this makes it possible to reduce the weight of all-welded cantilever struc-
tures and at the same time ensures case of assembly and welding. The
author also demonstrates the high effectiveness of a number of previously
developed design and procedural measures for the reduction of stress con-
centrations at the break (on the SC) of the junction plate of the H-shaped
member; a significant decrease in service life (because of the formation
Card 2 /4

i37-56-3-5201
Increasing the Strength of Overlapping Joints (cont. )
of cracks and subsequent disintegrationl was observed as the result of the
action of pores and non-fusion defects situatvd near the boundary between
the parent metal of the SC 4nd the internal fronlal seamholding the member
against the joint. The service life of the joint is considerably increased (in
crack-formation and disintegration tests the durability increased > 2-4 and
1. 5-2, rvspectively) by the introduction of mechanical working of the fol-
lowing critical zones of stress concentration a) the boundaries of oblique
scams on the edge of the sup_er.imposed SC; b) the boundaries of the internal
frontal scam securing the member to the joint; c) the transition from the
upright member t 'o the gusset plate; and d) the break of the junction plate
of the H-shaped member on the upright member. An increase of the co-
efficient of leveling off of the vibrational strength of a member and of its
attachment to the joint from 1. 19 to 1. 78 increases the durability effect-
ively (a 3-10 fold'increase in durability observed in crack-formation tests,
and a 3-5 fold increase in disintegration tests). The strenath of the Joint
is also increased by removing the edge of the superimposed SC from the
vicinity of the break in the junction plate of the H-shaped member (in the
course of experiments this distance was varied between 1. 18 v and 1. 8 v,
where v is the width of the junction plate of the rnember); resistance to
c rack- format ion in the zone of the compensator increased by more than
Card 3 /4

13 7 - 15 8 - 3 - 5: 2 -'-' 1
Increasing the Strength of Overlapping Joints (cont. )
2-10 times, while the resistance to disintegration of the same zone in-
creased by 3-5 times. Joints Nvith superimposed SC's are comparable to
those with butt type SC I s, the coefficients of leveling off of strength being
equal; durability of specimens with superimposed SC' s even exceeded the
durability of those with butt type SC's.
N. T.
Card 4/4

T
13 7- 58- 1 - 81 '10
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 1, p 122 (USSR)
AUTHOR: Bol'shakov, K.P.
TITLE: Eliminating the Harmful Effects of Natural Residual Stresses on
theFatigue Resistance of Welded Bridge Structures (Ustraneniye
vrednogo vliyaniya sobstvennykh ostatochnykh napryazheniy na
vynoslivost' svarnykh mostovykh konstruktsiy)
PERIODICAL: Tr. Vses.n.-i.in-ta transp. str-va, 1957, Nr 24, pp 133-161
ABSTRACT: The effect of natural residual welding stresses on the fatigue
strength of a typical assembly of welded spans in the presence
of stress concentration (SC) was investigated. The role of
measures to reduce (SC) was also determined. The investigation
was performed with specimens of type F representing assemblies
of horizontal ties of plate girders with gussets welded to the plates.
This structural solution is employed in standard designs of plate
girders for spans of 18. 2-33. 6m. It is shown that under certain
circumstances, and particularly in the presence of (SC) regions,
residual stresses may exert a harmful effect on the fatigue I
strength of welded bridge structures. Elimination of this harmful
Card 1/2 effect for compression elements may beachieved either by beat

137-58-1-840
Eliminating the Harmful Effects (cont
treatment (high- temperature tempering) or by using a combination of methods
to reduce (SC), including machining of the most dangerous (SC) regions. The
quantitative increase in durability resulting from measures to reduce (SC) is
considerably greater than that attained by high-temperature tempering. The
chances of an increase in durability of structures achieved by machining are
also found to be greater.
V.K.
1. Welds--Stresses 2, Welds--Fatigue 3, Welds--Test methods 4. Welds--Test
results
Card Z /2

BOL'SHAKOV K P - DUCHINSKIY, B.N.; KDROV, A.I.; MOISEYEV, I.A.; PISITSYN,
te-khnichaskikh nauk, redaktor; BARSUNOV, K.P.,
inzhener. redaktor; BOBROTA, To.n., takhnicheakiy radaktor.
[Investigations of welded bridge construction" elements] Issledova-
nila evarnykh mostovykh konstruktoli. Moskva, Goo. tranop. zhel-
--'-A*v6~-Axd-v*'%r,49547* 406-p. (Babushkin. Vsesoiuznyi nauchno-issladova-
tellnkii institut transportnogo stroitallatva. Trudy no.24).
(Railroad bridges) (Girders--Welding) ' (KM 10::B)

4-7
ArAl

IMC~

SOV/124-58-1-1158
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 1, p 149 (USSR)
AUTHOR- Bol s
How to Ensure the Endurance of Welded Span Structures Constructed
of Low-alloy NL2 Steel (Obespecheniye vynoslivosti svarnykh prolet-
nykh stroyeniy iz nizkolegirovannoy stali NL2)
PERIODICAL: Tr. Vses. n. -i. in-ta transp. str-va, 1957, Nr 24, pp 5-77
ABSTRACT: Pulsating-load tests performed indicate that the service life of
welded structures made of NL2 steel may be multiplied by reducing
stress concentrations according to methods developed by the Metal-
bridge Laboratory of the TsNIIS (Tsentrallnyy nauchno-issledovatellskiy
institut svyazi - Central Scientific Research Institute for Communica-
tions) of the Ministry for Construction of Transportation Equipment.
The tests also confirm the satisfactory performance under vibration
of structure made by the welding methods for NL2 steel developed by
GPI (Gosudarstvennyy proyektnyy institut - State Design & Planning
Institute) I 'Proyekts tall kons trukts iyall.
From the r6sum6
Card 1/1

SOV/124-58-1-1128
Translation from- Referativnyy zhurnal, Mekhanika, 1958, Nr 1, p 147 (USSR)
AUTHOR: Boll shakov, K. P.
'E~ ~Elimi`n~~
ITL - atio- of the Deleterious Effect of Initial Residual Stresses on
T
the Endurance of Welded Bridge Structures (Ustraneniye vrednogo
vliyaniya sobstvennykh ostatochnykh napryazheniy na vynoslivost'
svarnykh mostovykh konstruktsiy)
PERIODICAL: Tr. Vses. n. -i. in-ta transp. str-va, 1957, Nr 24, pp 133-161
ABSTRACT: Bibliographic entry
Card 1/1

BOLISUKOV K.P. kand.te1chn.nauk/,DUCHINSK1Y, B.N., kand.tokhn.nauk
14DISYM, 1-'.-A.,.jmnd.ta1din.nau1:, SERGETEM, A.I.,
red.; IGIITROV, P.A., t~khn.~~, N
[Investigating welded joints in metal and reinforced concrete
bridges] Issledovaniia evarnyl-ai soedinenii metallicheskikh i
zhelezobetonyrl-,h mostov. Moskva, Voes.izd-ko poligr. ob"adinenie
m-va putei soobshcheniiii, ig6o. 392 P. (Babushk-in. Vuesoinznyi
nauchno-issledovatellskii in3titUt trannportno6ro stroitel'Btva.
Trudy, no.15) (14I~ 13: 4)
(Bridge a -.We 1d ing) (Welding--Testing)

I - 2 ~ ej
Translation from: Referativnyy zhurnal,
# 29164
AUTHOR: Bol'shakov, K.P.
88663
S/137/60/000/012/021/04i
AOO6/AOO1
Metallurgiya, 1960, No. 12, p. 139,
TITLE: Conditions of Manifestation of a Harmful Effect of Residual Stresses
on the Endurance Strength of Welded Structures and Measures of
Eliminating Same
PERIODICAL: Tr. Vses. n.-i. in-ta transp. str-va, 1960, No. -35, pp. 56 - ioi
TEXT: Specimens of H-shaped sections of 1,750 mm length were tested on a
pulsator. The specimens corresponded in their main through ribs to stretched com-
ponents with attachments butt-welded to the vertical edges (A) and to components
with additional sheets (B) welded to the verticals, whose breaks produce stress
concentrators. It is shown that residual stresses from welding reduce the service
time of welded structures in the case when the structures possess zones with sharp
stress concentration and are operating under cyclic loads at low 9' max. High
tempering to eliminate residual stresses increases the service time of the welded
structures (for specimens B by a factor of 1.7 - 11). Concentration of stresses,
Card 1/2

88663
S/137/60/000/012/021/04i
A006/A001
Conditions of Manifestation of a Harmful Effect of Residual Stresses on the En-
durance Strength of Welded Structures and Measures of Eliminating Same
caused by the presence of breaks in the components, incomplete penetration and
abrupt transitions from the seam to the base metal, reduced the service time of
the welded structures. Mechanical treatment by a ball-shaped mill cutter of the
seam metal in the spot of stress concentration increases the service time of
specimens B by a factor of 1.8 - 11, and of specimens A by a factor of 6.5 - 11,
with the radius of transition from the attachment to the girder increasing from
5 to 45 mm. Higb tempering to remove residual stresses can not be employed as a
means of raising the endurance strength for smooth welded parts without stress
concentrators. The harmful effect of residual stresses on the endurance strength
of welded structures manifests itself mainly in the presence of "general and
"local" stress concentrations, it does not appear in the absence of reduction of
"local" stress concentrations by local mechanical treatment to obtain a smooth
transition from the seam to the base metal. Defects of welded joints in the zones
of stress concentrations reduce the service time of welded structures (for speci-
mens A by 3 - 5 times). There are 46 references. V. B.
Translator's note: This is the full translation of the original Russian abstract.
Card 2/2

BOLISHAKOV, K.P., kand. tekhn. nauk; VEYNBLAT, B.M., 'Rand. tekhn. nauk
1- -1- ~--------
New regulations for the production and acceptance of bridge
steel structures. Trans. stroi. 13 no.8:19-21 Ag 163.
(KIRA 17.-2)

LYALIN, N.B.; kand. tekhn. nauk; P~tS.-H.AM.017,,.K.P... kand. tekhn. nauk
Metal spans should be prepared by welding. Transp. stroi. 14
no.9.,1+6-/+8 S 164 (mum 1~:l)

-H K. T. (Z&tXr,+-
B
OLIS ANOV) ) ( U". ~~Z)
,Investigation of Physicomechanical Properties of the Wood of Spruce
and the Working Features of Petroleum Containers Made from Spruce, as
a Substitute for Aspen." Sub 21 May 51, Moscow Forestry Inst
Dissertations Dresented for science and engineering degrees in
~bscow during 1951.
SO: Sum. V0. 480, 9 May 55

BOLISHAKOV, K.T., inzhener.
Causes of the breakage of staves while the barrel frame is being
tightened. Der.1 lesokhim.prom. 3 no.9:15-17 3 154. MHA 7--9)
(3taves )

21-5 (1-5 ) , 18( 5 )
' SOV/128-59-4-23/27
T110R.-
AU Bo2chak-ov, K.V.
TITLE-, Nodernizing San d Vlixerc
PERIODICAL: Liteynoye Proizvodstvo, 1959, lir 4, p 41 (USoR)
ABbTRACT. Milletones of the type 112 are still extensively
used in many foundriep, although their design is
outdated. -A wain fault lies in the short lifetime
of the components in the power center (Figure 1),
which are the spindle (1), the hubr (2,3), the gears
(4,5), the horizontal spindle (6), and the po,!tq (7).
Experimentp have shown, that with the vertical spindle
doinl- 20 turn- a minute the parts ha%re to be replaced
r--I_ t1ine- .-;itliin three month. In one year up to
1-70 r!lrt- rare rr~changed. In the Khar1kov TranF?port
Machinebuilding: Plant, millstones of type 112 were moder-
nizec. in the power center of the gear, an open coni-
cal reduction ~;ear ip used, which has thermically
treated toothed -earp with milled -piral teeth. In
order to aspure a reliable performance of the journal
Card 1/2 bearings, lubrication by circulation of the oil was

T,JodernizinG Sand Mixers
uced. The vertical Ppindle
Ptonep now does 26 turns per
not a ~-ingle part had to be
worked in two shifts. The effect
was doubled and current conpumption
SOV/128-59-4-23/27
of the modernized mill-
minute. In one year,
replaced although it was
of the millstones
wa- reduced.
Card 2/2

BCL#SUKOYp Konetantin Vasil lye_vich;_ VOROBYEV, Sergey Alaksandrovichl,
- dotsent, kand.tekhn-nauk; iifM ITS, Mikhail Abramovich;
IMIM&O, Leonid Yefimovich: ZEVLKM, Mikhail Teleazarovich;
LYALYUK. I.P., red.; LDWOVA, M.I., tekhn.red.
(Modernization of machine tools; experience of plants in Xharkov)
Modernizataiia metallorezhushchikh stankov; iz opyta kharlkovskikh
zavodov. KharIkov, XharIkovskoe kn12hnoe izd-vo, 1960. 163 p.
(MMA 13:12)
(Kharkov--*achine tools)

PHASE I BOOK EXPLOITATION SOV/5395
-Bollshakov, Konstantin Vasillyevich, Sergey Aleksandrovich Vorobl-
ev, U aff-Abir-a-m-ov i-c-FAY-m-BUT 's, on d Yefimov h Yefimenko,
id- Le i ic
y
and Mikhail Yeleazarovich Zevlever
Modernizatsiya metallorezhushchikh stankov; iz opyta kharlkovskikh
zavodov (Modernization of Metal-Cutting Machine Tools; From the
Experience of Kharlkov Plants) (Kharlkov] Khar1kovskoye knizhnoye
izd-vo, 1960. 163 P. Errata slip inserted. Moo copies
printed.
Eds.: S. A. Voroblyev, Candidate of Technical Sciences, Docent,
and I. P. Lyalyuk; Tech. Ed.: M. I. Limanova.
PURPOSE: This book is intended for workers and technical personnel
dealing with metal cutting.
COVERAGE: Experience gained by [technically] advanced Khar1kov
enterprises in the nodernization of lathes, vertical boring
mills, planers and shapers, drilling machines, gear-cutting
Car4,7:~

Modernization of Metal-Cutting (Cont.)
SOV/5395
machines, grinding machines, and other metal-cutting machine tools
is discussed. Concrete examples are given which demonstrate
the economic effectiveness of equipment modernization. No
personalities are mentioned. There are no references.
TABLE OF CONTENTS:
Foreword 3
Ch. 1. Basic Trends in the Modernization of Metal-Cutting
Machine Tools 6
The reduction of cutting time 7
The reduction of setup time 9
Automation of the machining cycle 10
Increasing the process adaptability [of machine tools]
and the procurement of needed types of machine tools for
factories 12
Increasing the service life of machine tools 14
C aPd__~

BOLISHaOV, L.; ZOLOYN, V-
Development of Soviet exports. Vnesh.torg. 30 no-7:2-9
16o. (MIRA 13:7)
(Rassia--Commerce)

RUBINSHTEYN, G.; BOLISHAKOV. L.; RODNOV, V.; GUBANOV, M.
A reprint is needed. Vnesh.torg- 30 no-9:36 ,6o. (KIRA 13:9)
(Gommerce--Dictionaries)

V,
BOL'5~K--V, L. A.
`!lie Investigation of Some Castijig "roverties of
Alloyed Cast Iron." ClandTech Sci, Moscow Or(ler of Labor Red Banner
Inst imeni I. V. Stalin, MLn of Hif)rier Education UOSR, Moscow,1955-
U., No 8, Feb 55)
SO: Sm. No. 631, 26 Aug 55-Survey of Scientific ind rechnical
Disser'Ations Defended at USSR Higher -~ducalvionai Institutions
(14)

137-58-6-13353
Translation from: R eferativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 315 (USSR)
AUTHOR: zolL~
TITLE: On the Problem of the Fluidity of Magnesium Cast Iron (K
voprosu a zhidkotekuchesti magniyevogo chuguna)
PERIODICAL: Sb. nauchn, ir. Zhdanovsk. metallurg. in-t, 1957, Nr 4,
pp 77-87
ABSTRACT: Cast iron was smelted in a 40-kg high-frequency induction
furnace. The content of S i~ the original cast iron was main-
tained at 0. 1-0. 125y0. Inoculation was performed with an Si-Mg
alloying compound ( 18-22% of Mg) introduced in an amount
equivalent to 20/o of the liquid cast iron by weight. The Mg
content in the cast Iron was determined by means of spectroscopic
analysis, and the fluidity (F) by employing a spiral-shaped speci-
men. The effect of C and Si on the. F. of Mg cast iron was
investigated at a constant casting temperature (13200C)and-at a
virtually constant com'position: 0.4-0.5'yo Mn, 0. 10/o F, and
0. 04 -0. 090/6 Mg. The following facts wtre estblished: 1. -The
F of Mg cast iron increases with increasing contents of C
Card 1/2 and Si. Z. -',,Ag cast irons crystallize as eutectic alloys,

137-58-6-13353
On the Problem of the Fluidity of Magnesium Cast Iron
3. Compared with standard grey cast iron of similar chemical composition,
the Mg cast irons exhibit a somewhat better F. 4. At increasing casting
temperatures, the F of Mg cast iron increases at the same rate as that of
standard grey cast iron.
A.S.
1. Iron-magnesivini enstings--Propei. Aies 2. Iron-magnesim alloys (Liquid) --PropertieZ3
3. Carbon--lIetallurgical effects 4. Silicon--Metallurgical effects 5. Spectrographic
analysis--Applications
Card 2/2

'BOLISWOV, L.A., ),'II(I-tekhn.nauk
,e cavities arid shrinkage porosities in magnesium-
Shrinkap
gs. Inv.vys.ucheb.zav.; chern.met.
modified iron casting
no.6:55-64 Je '58. (MIRA 12:8)
1. Zhdanovski7 metallurgicheskly institut. Rekomendovano
ladedroy telchnologli metallov i organizatsii proizvodotva
ZIulanovsko o metallurgicheskogo Instituta.
~Iron foimding) , (Metals--Defects)

SOV/133-58-8-29/30 t~)
AUTHORS: Turchenkova, Ye.11.,Sikorskiyl A.I., Yegnus, R.M.,
,in _3DILshakov,
Boldyrev, L.I., Raznotina, Ye.T., Eng eers,. I
L.A. Candidate of Technical Sciences/and Gavrilcov-1-7-g-"
11~n~gine er I
TITLE: Performance of the Coupling Sleeves Made From Bodular Iron
at the Mill 650 (Rabota soyedinitellnykh muft iz chuguna
s sharovidnym. grafitom na stane 650)
PERIODICAL: Stal', 1958, hr 8, pp 763 - ?66 (USSR)
ABSTRACT: As the durability of the couplini~ sleeves of the Mill 650
made from grey iron decreased with increased degree of
reduction per pass introduced in the rolling practice, the
use of sleeves made from nodular iron was investigated.
Four series of experimental smelting of magnesium-inoculated
iron were carried out. Sleeves from the first series
were tested as cast and of the remaining series after
various heat treatments. The chemical composition,
mechanical and conditions of thermal treatment are given
in Table i~ The microstructure of heat-treated metal
- Figures 1-3, the mould for casting of sleeves - Figure 4.
the results of service life of sleeves made from nodular
iron, grey iron and steel - Table 2. On the basis of the
Cardl/2 results obtained, it is concluded that the service life

60'''/133-58-8-29/30
Performance of the coupling Sleeves MadE from vodular Iron at the
Mill 650
of sleeves from nodular iron is 4-6 times I.-igher than that
reatment
of sleeves made from Crey iron. The optimum heat t
is normalisation with subsequent annealing at 580 0.
Sleeves should be cast withthe consumption of metal for
shrinkage head not less than 2% of the v.-eight of casting.
When coupling sleeves are not heat-treated, then the sum
of C + Si in nodular iron should be maintained in a range
of 5.5-6.CP116. There are 5 figures and 2 tbles.
ASSOCIATIODS: Zhdanovskiy metallurgicheskiy institut (Zhdanov
Metallurgical Institute) and Zavod "Azovstall"
("Azovstall" Works)
Card 2/2 1. Couplings--Materials 2. Couplings--Test results
3. Iron--Appli.cations 4. Steel--Applications

BOLISBAKOV, L.A., kand.tekhn.nauk; BULISKIY, M.T., inzh.; TURCHYNKOVA, Ye-K.,
YWNUS, R.M., inzh.; SVIRIDENKO, F.F., inzh.; TARASOVA, L.P.,
inzh.; SIOWTEV, F.H., inzh.; GATRIKOV, V.Z., inzh.
&ficient design of large rail ingot molds. Stall 20 no.9:793-797
S 160i (MIRA 13-9)
1. Za-Vod OAzovstal" i ZhdanovBkiy metallurgicheskiy institut.
(Ingot molds)

RC)YjibrYUK, F. I.; hTZ 'IENKOVA, 0,M, ; IPONOMAREW~ K. I.; UZ ~ "E-V,,
B0L-SH4ff,_L.A.__,_ __
Exclusion of bottom waters with petroleum-paraffin solutions.
Trtidy VNII no.35:61-67 "61. (MIRA 15:1)
(Oil fields-Production metbods)

BOLISHAKOVY L.A.; TURCIMOKOVA, YO.K.
-
Equal wan solid bottom zolds. Hetallurg 6 no.9-.16 54161.
(MIRA 14:9)
I* Zhdanovokiy metallurgioheskiy institut i zavod "Azovstailri.
(Ingot molas)

BOLISHAKOV, L.A., kand.tekhn.naak; YEGNUS, R.M., inzh.; BALABANOV, A.Kh.,
inzh.; LUGOVAYA, L.N.Y inzh.
Using rapidly drying mixtures for the making of molds and cores
for large castings. Stall 23 no.8:710-711 Ag 163. (KRA 16:9)
1. Metallurgicheskiy zavod "Azovstall."
(Sand, Foundry) (Molding (Founding))

_~04!SNAKOV-0 L.A., kand.tekhn.nauk; YEGNUS, R.M., inzh.; MTIRIDENKO, F.F.Y
inzh.; BALABANOV, A.Kb.,, inzb.
Effectiveness in the use of lightweight, solid-bottom ingot molds.
Stall 23 no.8:712-713' Ag 163. (MRA 16:9)
1. Zhdanovskiy metallurgicheskiy institut i met&Uurgicheskiy zavod
"Azovstall".
(Ingot molds)

XRASOVITSKIYt V.S., kand.tekhn.nauk; 8QL!,MWQV, kand.tekhn.nauk;
TURCHENKOVA, Ye.K., inzh.; GORBANEV, U.S., inzh.; YEGHUS, R.M.:
inzh.; CHUMAK, M.A., inzh.; KISSEL', N.N., inzh.; SALIMAN, B.Sh.,
inzh.
Increasing the stability of ingot molds by an addition of
ferrotitamium. Stall 23 no.8:717-718 Ag 163. (MIRA 16:9)
1. Zhdanovskiy metallurgicheskiy institut, zavod "Azovstal'O i
zavod im. Illicha.
(Ingot molds)

BUGORSKIY, I.A.; RUBINSHTEYN, G.I.; YOKIN,
AZOV, V.N.; j,3OL.!S=QV,-T D.F.;
CHEREPANOVA, L.G.
Foreign trade of the U.S.S.R. it 1958; a survey. Yuesh.trog~ 29
fio.7:13-20 159. (MM 12:11)
(Bassia-Commerce)

BLIU,AGA* R.Ya.; BiLISHAKOV, L.F - KONOi-OV P.P.; RUDE-170K, :N.I.
I
Structure of and recombination on a ther.-ally o7-4diz*d g*rz~mi=
surface. Fiz. tvar. tela 5 no.10:2990-2996 0 '03. (,%URA 16:11)
1. Leningradskiy gosudarstvenny universitet.
0

KURTOVA, L.V.; BOLISHAKOVA, L.P.; PlffWHCHEV, V.Ye.
Study of equd:11tcrium in the system LiNO 3 - ITaNO3- H20 at 250.
Zhurs neorge khim. 8 no..8rl993-1994 Ag 163. (K[RA 16:8)
1 Moskovskiy Institut tonkoy khimicheskoy tekhnologii imeni
t;m~nosova,
(Alkali metal nitrates)
(Phase rule and equilibrium)

-,,. BOLISHAKOVO M.
. - ~ - , -
Foreign language in tactical exercises. Voen. vest. 42 no.llt
62-63 N 162. (MIRA 16:10)
(Tactics)
(Language and languages--Study and teaching)

S/181/62/004/010/053/063
B102/B104
AUTHORSt Popov, L. Ye., Aleksandrov, N. A.
TITLEi Correlation between the effect of jump-like deformation and
anomalous rate dependence of deformation resistance
PERIODICAL: Fizika tverdogo tela, V. 4, no. 10, 1962, 2972 - 2974
TEXT: Detailed discussion is devoted to the fact that jump-like deformation
occurs in-that range of deformation rates v wherein the deformation stress
decreases with increasing deformation rate (Rev. met. 47, no. 7, 547,
1950; Acts, met., 6, no. 9, 596t 1958; Rev. met.', 509 no. 12y 833, 1953)
and to some features'concerning N. N. Davidenkov's condition v >V1,
2
(S 2-:~xi (FTT, 3, 8, 2458, 1961). Taking a(v)-graphs;'of a Ni-Cr alloy with
28.5% Cr as an example it is shown that this condition need not be
satisfied, jump-like deformation being observed also without anomalous
rate dependen8e of deformation resistance. From measurements of the d(v)
curves at 250 C in the region of jump-like deformation with deformation
rates of 150 1000A-/min it was found thatp anyway in the case of the Ni-Cr
Card 1/2

3/181/62/004/010/053/063
Correlation between the effect... B1021B104
alloy studied, the jumP-like deformation cannotion
t be explained by an anomaly
of the 6(v) curve but by local plasti*c deforma - There is 1 figure.
ASSOCIATION:
SUBMITTEDt
Tomskiy gosudarstvennyy universitet im. V. V. Kuybyshev j
(Tomsk State University imeni V. V. Kuybyshev)
May 21, 1962
Card 212

PANIN, V.Ye.; DUDAFEV, Ye,F.; SIDOROVA, T.S.; BOLISHANINA, M.A.
Suzuki atmospheres and their contribution to the hardening of hard
alloys, Fiz, mt. i metalloved. 16 no,4:574-582 0 163,
(NIRA 16:12)
1. Sibirskiy fiziko-tekhnicheskiy institut-~

BOL'SHAKOV, M.M.
Reinforced concrete beds of machine tools.
no.5tl8-19 S-0 163.
Mashinostroenie
(MIRA 16:12)

-130L ~,SHAKOVV Home
Reinforced-ednerete bed of the 1660 heavy lathe. Stan.i instr.
34 no.7rl2-14 J1 163. (MIRA 16:9)
(Lathes)

BOLISHAKOV, M.M., inzh.; SKLYARENKO, R.V., tekhnik
Reinforced-concrete supporting plate for an ore-crushing mill.
Mashinostroanie no-452-53 JI-Ag 164- (MRA 17slO)

BOLISHAKOV, M.M., inzh.; GUDIMA. V.A., inzh.
Organizing the production of reinforced concrete parta for
machinery. Mashinostroanie no.6z24-26 N-D 164 (MIRL 18&2)

I
1. II)OLISIMKOV) 1,11. N.
2. USSR (600)
h. Kirghizistan - Hydroelectric Power
7. I~ydroelectric resources of the Kirghiz S.S.R. and their acutal utilization.
Izv. ldrFIAN SSSR No. 7, 1947.
9. Monthly List of Russian Accessions, Library of Congress, Jaanuary .1953. Unclassified.

BOL'HIIAKOV, M.N.
Generalizing some parameters of the river flow on the northern slope of the *~;& ew., L
Range +e~~
Trudy Sek. vol. khoz. kir-r-AN SSSR no. 1, 1950

BOLISWOV, M.N.
1;stimation of the irrigation capacity of uncontrclled rivers.
Trudy 3ekt.vod.khoz.KlrFAW SSSR no.2:19-30 150. (MlRA 8:1)
(Irrigation) (Rivers)

BOLISFIAKOV, M.N.
Zffectiveness and approximate calculation of the daily regulation
in agricultural hydroelectric power stations of Kirghizia. Trudy
Sekt.vod.khoz.Iir7AN SSSR no.2:45-53 150. (MLRA 8:1)
(Kirghizistan-Hydroelectric power stations)

BOLISITAKOV, M.N.
Compilation of isopleths of the mean discharge for r-ountain stream
basins. Trudy Sekt.vod.khoz.KirFAN SSSR no.2:69-78 '50.(MLRA 8:1)
(Hydrology)

BOLISHATOV, M.N.
.-
Characteristics of river conditions of the cotton zone of
Kirghlzia In relation to their irrigation capacity. Trudy
Sekt.vod.khoz. KirYAN SSSR no.3:3-20 151. (MLRA 8~1)
(Kirghizistan-Irrigation) (Kirghi2istan--Ifydrology)

LUWVOY, V.S.; BOLI . M.N. i .. UFOZHNIKOV, A.B.
Characteristics of local power systems in piedmont districts of
Kirghizistan. Trudy Inst..vod.khoz.i energ.AN Kir.SSR no.1:41-80 '54.
(MLU 9: 11)
(Kirghizistan--Hydroolectric power)
(Kirghizistan-Rivers)

BOLISUKOV, M.N.
Some aspects of long-period fluctuations of sr=ual flow in rivers
of Central Asia. Trudy Inst.vod.khoz.i energ.AN Kir.SM no.213-18
'55. (Soviet Central Asia--Stream measurements) Mu 9til)

I POLIEH&KOV, N.M.; LUGOTOT, V.S.
The problem of the Greater Naryu. Zzy. AN Kir. SM no.3-.3-16 136.
(Narya River--Hydroelectric power stations) (MM 10:4)

DRUMININ, Igor' Petrovich; BCL1.SffAKOV,.,K,.N., red.; SKRIPKINA, Z.1.,
red..izd-va; ANCUI", K.G., tekhn.ied.'
(Properties of streamflow regime and method of plotting type
hydrographs] Svoistva rezhima stoka rek i metodika postroaniia
tipovykh g1drografov. Frmnze, Izd-vo Akad.nauk Kirgizekoi, SSR,
1959. 115 P. (MIU 13:7)
(Rivers)

Bojl,~SHAKQVY M.11.
Correspondence between the runoff characteristics of unregulated
riVers of Kirghizistan and the irrigation requirements of
ar,ricultural crops. Trudy Inst. vod. khoz. i enorg. AN Kir. SSR
no.60-13 '59. (MID-A 15:5)
(Kirghizistan-Rivors)
(Kirghizistan-Irrigation)

RAKAZAN, H.S.; BOLISHAKOV, M-N-- otv.red.; LEVITUS, B.I.. red.izd-va;
(Some features of the hydrological regimen of rivers of
Kirghizistan and their classification from the standpoint of
hydraulic engineering] Nekotorye osobennosti gidrologi-
chaskogo rezhima i gidrotekhnichookaia klassifikateiia rek
Kirgizii. Frunze. Izd-vo Ak:ad.nauk lirgi2skoi SSR. 1960.
81 P. (MIRA 13:7)
1. Chlen-korrespondent AN Kirgizskoy SSR (for Bollshakov).
(Kirghisiatan--Rivers)

,BOMSHAKOVp M.R.; SHPAK, V.G.; DRIJZHININ, I.P.,, otv. red.; SIMIPKINA, Z.I.,
ANOKHINA, M.G... tekhn. red.
[Water power resources of the Kirghiz S.S.R.] Vodnoonargeticheskie
resursy Kirgizskoi SSR. Frunze, Izd-vo Akad. naulc Kirgizskoi SSR,
1960. 226 p. (MIU 14. U)
(Kirghizistan-Water resources development)

BOLISHAKOV, M.N.; KOLOSOV, 1.S.; LUGOVOY, V.S.; MATVEYENKO, A.I.
Prospects 4~developing eleatric power in Kirghizist'an in the near
future* I*AN Kir. SSR.Ser.est.i tekh.nauk 2 no.7:5-23 160.
(MIU 14:4)
(Kirghizistark-Electric power)

BOLISIIAKOV, M.N' otv. red.; UUMEV)K.K., red.; BOLISHAKOV, red.;
red.; KOVAUENKO, B.G., red. red.;
PANKOi)S.S.s red.; ANOMNA, M.G., tekhn. red.
[Basic materials of the First Republic Conference of Power Engineers
of Kirghizistan] Osnovnye materialy Pervogo Respublikanskogo sove-
shchaniia energetikov Kirgizii,Frunye, Izd-vo AN Kirgizskoi SSR, 1961.
74 P. (MIRA 14:11)
1. Respublikanskoye soveshchaniye energetikov Kirgizii. lst, Frunze,
1960.
(Kirghizistan-.rPower engineering)

BOLISHAKOV, M.N.
'dater resources of Kirghizia and the prospecta of their development.
Vest. A14 ISSSR 31 no.10:96-98 0 '61. OURA 14:9)
1. Cblen-Rorrespondent AN Kirgizskoy SSR.
(Kirghizistan-Water resourcc development)

J~~~KOV, M. N TMODTSEV, I.V., doktor biol. nauk; NIKITINA,
Ye.V., kand. biol. nauk; ZABIROV, R.D., kand. geogr. nauk;
ISAYEV, D.I., kand. geogr. nauk; KASHIRIN, F.T.; KOROLEV,
V.G., kand. geol.-miner. nauk; LUNIN, B.A., kand. geogr.
nauk; MAMYTQ7, A.M., akademik; OTORBAYEV, K.O., kand. geogr.
nauk; RYAZANTSEVA, Z.A., kand. geogr. nauk, st. nauchn. aotr.;
UYIURZAKOV, S.U.; YANUSHEVICH, A.I., BLAGOOBRAZOV, V.A., red.;
BEYSHENOV, A., tekhn. red.
(The nature of Kirghizietan; brief characteristic of its
physical geography] Priroda Kirgizii; kratkaia fiziko-
geograficheskaia kharakteristika. Frunze, Kirgizskoe gos.
izd-vo, 1962. 296 p. 041RA 16:7)
1. Geograficheskoye obshchestvo SSSR. Kirgizskiy filial.
2. Zaveduyushchiy Otdelom geografii AN Kirgizskoy SSR,
predsedatell Kirgizskogo filiala Geograficheskogo obshche-
stva SSSR (for Otorbayev). 3. Dekan geograficheskogo fakull-
teta Kirg4zskogo gosudarstvennogo universiteta (for Umurzakov).
4. Zamestitelf direktora instituta geologii AN Kirgizskoy SSR
(for Korolev). 5. Rukovoditell sektora geomorfologii Otdela
geografii AV Kirgizskoy SSR (for Isayev). 6. Chlen-korrespon-
dent, zaveduyushchiy sektorom Instituta geologii AN Kirgizskoy
SSR (for Kashirin).
(continued on next card)

DOLISHAKOV, M.N.--(continued). Card 2.
7. Direktor Tyan-Shan'skoy vysokogornoy fiziko-geograficheskoy
stantsii Otdela geografii AN Kirgizskoy SSR (for Zabirov).
8. Otdel geografii AN Kirgizskoy SSR (for Ryazantseva). 9. Chlen-
korrespondent, direktor Instituts, energetiki i vodnogo khozyay-
stva AN KirgizskoySSR (for Bollshakov). 10. Zavedyushchiy Otdelom
pochvovedeniya AN Kirgizskoy SSR (for Mamytov). 11. Chlen-kor-
respondent, vitseprezident AN Kirgizskoy SSR (for Yanusbevich).
12. ZaveduyushelAy kafedroy fizicheskoy geografii Kirgizakogo
gosudarstvennogo universiteta (for Lunin).
(Kirghizistan--Physical geography)

PANASYUK,l Anatoliy Mikhaylevich; BOLISHAKOV, M.N., otv. red.
[Tablei of partial areas of a water section at a hydro-
metric gauge point] Tablitsy 'chastichnykh plosbchadej
vodnogo secheniia ir gidroreirichaskom Avore. Frunze,
Izd-vo AN Kirgiz.M, 1963. 27 p. (MIRA 17:6)

j --,'T-- -~- / ~~' `/' '/V
-1 - iI
NIXOIAY)IV, Sergey Hikolayevich; BOLISHAKOV, N., red.; POTRMIGH, M., tekhn.
red,
[Outlook for the development of the Maritime Territory] Perspektivy
razvitiia Primorskogo krais. Vladivostok. Primorskoe knizhnoe
izd-vo. 1957. 66 p. (MIRA 11:4)
(Maritime Territory)

., -1 "1
M.11TICIII, Yu., 1;.,
elot,-trlc- pnw~ . 7oon.-inzh. thur. no.5-28.29 ro.";:
"18~L9 My '57, 1 D - 0' )
generators)

BOLISHAKOVO N., kapitan I rangs.
Relies of naval glor7. Voen.znan. 37 no.7:11-22 il
(Russia-Navy)
'6.1o
(KIRA 14:6)

BOLISHAKOVP N.; CHESNOKOVAt M.
The way to increase accumulations. Fin. SSSR 23 no.8:28-31
Ag 62. (Local finance) (Factory management) (aRA 15-.8)

2 ;1 2 t :1
S/19 61/000/001/034/038
wa D216x 304
AUTHORS: Bol'shak-ov, N.A.. and Pariyskiy, Yu. N.
TITLE: Decimetric wavelength receivers for radio astronomy
measurements
PERIODIC,'d,: Referativnyy zhurnal,, Avtomatilca i radioelektronika.
no. 1, 1961, 13, abstract 1 K118 (Izv, Gl, astron.
observ. v Pulkove, 1960, 21, no. 5, 162-164)
TEXT: A short description of 10 cm wavelength radiometers construe-
ted at the Main Astronomical Observatory of the AS USSR in 1956-1957.
The circuit diagra-ns are given of two narrow band superhet receivers
(P) (one ~-,ith the frequency changes in the first stage., the second
with a TWT) and of two wide-band P superhets with a TVr at the in- -
put and straight ainplification at three T'14T. The table of their
main features is given (noise factor, pass-band.. sensitivity). All
radiometers have the following common components; a ferrite inodula-
tor, LF amplifier (pass-band 5 c/s) wit-h a synchrono7as detector
Card 1/2

Decimetric wavelongth...
S/194/61/000/001/034/038
D216//D304
using the DOlarized relay P-.'I-5 (RP-5) and the output display in
the form of a seconding potentiometer 2ki-IN-09 (EPP-09), The high
sensitivity of the straight radionteter'with TW (a T ~;- 0.23 at a
time constant I sec) is noted which is colimiensurate with the scnsi-
tivity of thp- described in literature molecular and parametric am-
plifiers. 10 references,.
Card 2/2

BOLISHAKOV, N.I.
Model studies of the yawing of the
device. Trudy MGI 23--151-155 161.
(Stability
ship by the use of a mechanical
(MIRA 14:11)
of ships)

BOLISHAKOV, N.I.
Eastern Kounrad ore zone and its prospects. Trudy Inst.geol.
nauk AN Kazakh,SSR 60-4 162. (MMA 16%6)
(Rounrad region-Ore deposifo)

BOLISHAKOV, N.N.J. elektrik
Redesigning of a disc-type electromagnetic brake. Energetik 11
no.5:36-37 IV 163. (Electric cranes-Brakes) (MRA 160)

F) (, -,f~ ~' r~' 1-T r. I - F, :"1`,--% 4/7 ~~ /-& YAT /7''~ - ' I -,Clf'
-1 1 L, I I
GANISHBI, Vladimir
KCWIXOYAO, I.M., red,izd-va; ROKANOVA, V.V., tekhn.red.
[Fedor Alekseevich Slud kii; the geodesist] Fedor Aleksesvich
Sludskii, uchanyi geods:ist. En.p.] Izd-vo goodez. lit-r7,
1957. 154 P. (MIRA 11:5)
(Bludskii. Fedor Alekseevich, 1841-1897)

NOVOKSWOVA, Zinaida Kuzlminiehna; DOLISMOV, N.N., red.; K(#MR8KOVA,
L.K.. red.izd-va; ROKANOVA, T.T., tekhrired.- '
Eleronim Ivanovich StOnitskii - military geodesist, geographer,
scientist] Ieronim Ivanovich StOnitskii - voennyi geodeziBt,
geograf, uchenyi. Koskva. Izd-vo goodez.1it-rye 1960. 91 p.
(HIRA 13:5)
(Stabnitakii, Ieronim Ivanovich. 1832-1897)

~Nikola~yNik~olayev~ich; VAYNBERG, Vera Vladimirovna; NIKITIN,
Petr Nikolayevich; BOW MKOV, NX, red.; KOKARIKOVA, L.M., red.
izd-va; ROXANOV.A, Y.Y., tekhn.red.
Elosif Ivanovich Khodzlko; scientist and geodesist] losif Ivano-
vich Khodzlko; uchanyi-goodezist. Koskva, Izd-vo goodez.lit-ry,
196o. 144 -o I (MIRA 13:9)
(K~-O~Zlko, Iosif Ivanovich, 1800-1881)
(Caucasus--Tri'angulation)

WOVOKSHANOVA, Z.K.i BOLISHAKOV, N.N., red.; KOMARIKGVA, L.M., red. izd-.va;
PREYS, E.M., tekhn. red.
[Alekse'i Andreevich TMo; cartorapher, geodesist, geographerl
Aleksei hdreevich Tillo; kartografp geodezist, geoLyraf. Moskva.,
Izd-vo eodez. Ilit-ry, 1961. 118 p. ZMi 14:11)
?Til-lo, Aleksei Andreevich, 1839-1899)

BAGRATUNI, G.V.; BOLISHAKOV, N,' ii..,- BRUIEVICH,, H.I.; BUBNOV, I.A.;
GRANENITSUT;7D-.S;-J-xZDTGV A.A.; MAZMHVILI, A.T.; MODRIIISKIY,
p
9.1.; SALIAYEV, S.A.; FLORENTOYEV, V.B.; FOMIN, P.M.
Nikolai Fedorovich bAlaevokil; obituary. Izv.vys.ucheb zave;
geodsi aerof, noo6:121-122 161. NIRA 150)
(Bulaewkii,, Nikolai Fedorovich, 18U-1961)

LOGINOVA, Galina Petrovha; SELIKHANOVICH, Valeriya Georgiyevna;
1~ red.; KOMARIKOVA, L.M., red.-izd-va;
ROMANOVA, V.V., tekhn. red.
' ' '-i
(Illiodor Ivanovich Pomerantsev; militRry geodesist,
astronomert and seismologist] Illiodor Ivanovich Pome-
rantsev; voennyi geodezist, astronom, seismolog. Mo-
skva, Gosgeoltekhizdat, 1963. 101 p. (MIRA 16:7)
(Pomerantsev, Illiodor Ivanovich, 1847-1921)

KOVALICHUK, V.M., polkovnik;,NOSOV, F-V., doktor istoricheskikh nauk, kapitan
1 rauga, redaktor; GRAM. 1.2., mayor, redaktor; VOROB'YEV, P.V., kapi-
tan 3 rang&; XMIN, N.N., podpolkovnik; MMVINOV, R.N., kandidat
veenno-morskikh nauk, kapitau 1 rangs redaktor; IUCHIK, N.G.. kontr-
admiral, redaktor; LTUSHKOVMT, N.T.: polkevnik, kandidat istericheakikh
nauk, redaktor. AMOMMY, N.I., kapitan 1 rauga, redaktor; jq~,'.*fk
KOT, N.Y., kapitaa 2 rang&, redaktor; BYKOV. P.D.. kapitan 1 rang& Y
s taiffte, redaktor; ZOVALNV, S.I.,.prefessor. redaktor.
[History of naval art] Ist*rU& vesullo-morsk* 9 Iskusetva. Vol. 1.
's1 Veenno-morskes
[Naval art of slaveh*1ding and feudal society
obahchestva. 1953. 275 p.
OMU 7:5
1 Ragoia (19'2'3- U.S.G.R.) Glavayy shtab vs7euso-morskikh oil
i;toricbeek*79 otdolealye.
(Naval art and science--History)

BOLISHLKOV, O.P., kandidat moditainakikh nauk
Some anatomical peculiarities of internal ventral hernia. thirurgiia
32 no.2:43-45 F .156. (MLRA 9:7)
1. Is Wed'Y7 operativnoykhirurgii I topografichookoy anatonii (sav.
prof. M.A.Srteell).I laningradekogo zeditainskogo instituta inent
akademikL I.P.Twloya.
(HERNIA, MURAL, physiol,)

BOLISHkKOV 0 P (Leningrad, S-369 Ligovskiy prospekt, 31, kv.23)
..-Z
Topographic anatomical features of the cavernous sinus. Arkh.anat.
gist.i embr. 39 no.9sllO-114 S 160. (KIRA 1431)
3-a-Kafedrq operativnoy khir&gii i topograficheskoy anatomii (zav. L-
Prof. M.A,STea~li) I Leningradskogo meditsinskogo instituta imeni
I.P. PpLvlova. (CROIAL SINUS)

3RESEH, (Leningrad, P-61, u-1. Skorokhodova, 32, k-j.41)'; BOL"-L:31t,~KOV, 01.11.
(Leningrad, S-36, ldgovskiy pro5pe~kl- 31, k-1.23"',
Imuor-.ance cf the cavernous simis in the regu-iation of ccerebral
blool circulatlon. llrkiltiv. anat. gist. I embr. 43 no.10;13-18
0162. 01-11R~i 1-17,6)
1-Hnfedra operativnoy klu:rurgil i. tz)pografic!~,eskoy anattomi-I
(--a-,,. - prof. M.A. Srasell) 1 LenIngradsicogo me,-I't-'lliskogo
,ustituta imen-L Pavlova.

BOLISHAKOV... 04P. (Leningrad, S-36, Ligovskiy pr., 31, kv.23)
Macro- and microscopic structural characteristics of the
cavernous slvmo,-Arkh. anate,,-giat. i embr,.44 no.2:80-86
F 163. (MIM 17:2)
1. Kafedra operativnoy khirurgii i topografichaskoy anatomii
(2av. - prof. M.A. Sreseli) I Leningradskogo maditsinskogo
instituta imeni akademika I.P. Pavlova.