SCIENTIFIC ABSTRACT GLADKOV, A. - GLADKOV D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000515220010-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 26, 2002
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TJSSR / Cultivated Plants. Potatoes, Vegetables, 1451onn. &-4
Abs Jour :Ref Zhur - Biologiya, No 13, 1958, No. 58589
Author :Gladkov A.
-io,lcad. Agricul. Sci. im. Lenin
Inst
Title Dynamics of Grcwth ot Potato Root Systems
Orig lub Dokl. VASWIL, 1957, No 8, 28-30
Abstract Observations on +he growth of potato roots were conducted
in dugouts at the Bashkir agricultural institute. The
side wells of theus dugout,3 contained recesses which were
made at depths of 15, 25, 35 and 45 cm underneath potato
savings. These seeds were inplanted accorditig to the
sluare-nidus method at a depth of 10 cm. The experiments
were carried out witb Lorkh and U'llyanovskly varieties
with various agricultural 12ack6rcurds (N45P6C' 0 and without
f3rtilization). The root distributior, ac --Dane to
weight, was determined at the time of "he fall he-rveift
Card 1/2
USSR / Cultivated Plants. Potatoes, Vegetables, Melons. m-4
Abe Jour Ref Zhur - `;i0logi.Ta, No 13, lq~,6, No. 58'89

L /~4
RATSKIN, L.A.; KOVAL1,NKO, K.I.; B;,ji-'KOV, V.G.; KONSTANTINOY, U.N.;
PONOMARYN, G.V.; 'ALICHF'OV, U.N.;
V.M.; GLADKOV, A.A.; BRILT.IANT, S.G., T0731q-T, Vjo.; SOSHCiUN-
KO, Ye.M.; U0CS,U1DROV, A.M.; BUNCHUK, V.A.; KRUPE1111c, P.I.;
MAYEVSKIY, V.Ya.; TELSIN, K.V.- G.W. Kh.A.- POT-APOV, G.M.-,
KARDASH, I.M.; SPIRO, S.I.; KAPIAH, S.A.; SFLIV-kIIOV, T.I.;
YERRMBINKO, N.Ya.; ~W-Zfl, A.D.; USTINOV, A.A.; GDUCIU, G.M.;
VOLOBUTEV. P.P.; CEt'RIUAK, I.L., nFitictinyy rred.-, DYS]ULYT, M.G..
vedushchly red.; GEITNAIPTEVA, I.M., tekhn.ewi.
[Combating losseq of rxtroleum. bind clatrc ~,371r, p-zo~-,cte; riaterialu
of the Ail-Uni,~n Conference cn Means of C--11,;~tinj- Losses of
Petroleum and Petr-',eun Prod,:ctal Bor'~a Z nefti i
nefteprodnkt~ v-, p,-~ riiterialam sovoshhanila no bor'be
s -ooteriani neftl i nefi~e rrad-,ik~.),.r. Lcnin-rp-l,
izd-vo neft. 'p. (MIRA 13:2)
naftyanoy i gazovoy pro-
myshlennosti.
(Petrolenii indii.-,try,'

IVANOV, F.M., kaud.tekhn.nauk; GIADWV, A.A., kand.toklin.nauk; ITOVIKOV,
Ya.IT., inzh.
Waterproofing culverts on railroad lines. Tranap. stroi..10 no.10:
53-54 0 t6o. (HDU 13: 10)
(Culverts)

TSIGANEKp Vilem (Ciganek, Vilem], inzh.; GOLIDERBERG, G.M., iazh. (translator];
GLADKOV, A.A., kand.tekhn.nauk, nauchnyy red.; SHABALIII, Tu.P.,
. - - ;i---RT
red.L~f- a; JDAKOVA, N.I., tekhn.red.
[Waterproofing] Gidroizoliatsiia. Moskva, Gos.i,,sd-vo :Lit-ry po
stroit., arkhit. i stroit.materialam, 1961. 179 p. Translated from
the Czech. (MIRA 14:6)
(Waterproofing)

I DOC)
S/0401/61/095 ',,'C, G 06/0 19 /0 2 1
D2 9 91/ D3 04
AUTHORS: Galkin, V.S., and Gladkov, A.A. (Moscow)
TITLE: On the iifting force at hypersonic specds
PERIODICAL: Prikladnaya matematika i mekhanika, v. 25, no. 6,
1961, 1138 - 1139
TEXT: It is established that the lifting force of many types of
bodies (wedges, cones, etc.) is negative at hypersonic speeds for
any values of Knudsen's number and for any angle of attack a (0---
~_ ami~-I~/2). A very simple case is considered: Free-molecule flow
past a wedge with semiangle 6; the flow veloci-Ly 11 -::-c, i.e. S = V
where c is the most probable thermal velocity of the on-
coming molecules. The lifting force of the wedge is
Y '---sin 2a cos 28 for 8 Y ~;:~sin 2(8~-a)
for 8 '< a.
Then the case SWgen frame
develops, after which the velocity decreases as a result of the transition of the
boron atoms from the triple coordination into the quadrupole coordination. The com-
pressibility of borate glasses as a function of the B203 concentration passes through
a minimum, and that of lead-silicate glass increases smoothly with increasing of leads
oxide in it. P. Bokin. [Translation of abstract]
SUB CODE: I I
ki,

-1- 1- 1) 1) v, (" V, o '__'
PHASE X TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 745 - X
BOOK Call No.: AF333606
Author: GLADKOV, A. Z., Engineer
Full Title: PRODUCTION OF ELECTRICAL INSULATING VARNISHES
Transliterated Title: Proizvodstvo elektroizolyatsionnykh lakov
PUBLISHING DATA
Originating Agency: None
Publishing House: State Power Engineering Publishing House
("Gosenergolzdat")
Date: 1951 No. pp.: 171 No. of copies: 4,000
Editorial Staff: Shishkin, S. V., Editor
PURPOSE AND EVALUATION: This monograph is Intended for technicians
and foremen working in industries which produce or use electrical
insulation varnishes. The book is based on the work of Soviet
scientists and may be Interesting to American chemists and
electrical engineers because special attention is given to
descriptions of electrical insulation varnishes widely used in
the Soviet Union and produced by the plants of the Ministries
of the Electrical and Chemical Industries,USSR. All-Union
Standards (GOST and OST) are frequently cited with specifications,
as well as various trademarks. The book is clearly written and
well illustrated.
TEXT DATA
Coverage: According to the author, this is the first Soviet
-1/6

Proi-Izvodstvo elektroizolyatalonnykh lakov AID 745 - X
monograph dealing with all problems related to the production
of electrical insulation varnishes. Soviet experience in this
manufacture and use was represented only by articles in periodi-
cals, by catalogs, or by some data in manuals on electrical
materials in general. This is an attempt to gather as completely
as possible, all information on the manufacturing of electrical
insulation varnishes. Their processing is characterized by
special features and differs from the production of other kinds
of varnishes. The author gives a classification of electrical
insulation varnishes and explains their purpose and methods of
use. Raw materials, equipment, Industrial flow sheets, the
control of production and the questions of industrial safety
are discussed. The book is provided with many illustrations.,
tables and diagrams.
Table of Contents Page
Foreword 3
Introduction 8
Ch. I Classification, Purpose and Methods of Applying
Electrical Insulating Varnishes 11
1. Classification 11
2. Purpose, requirements and fields of use
2/6

Proizvodstvo elektrolzolyatsionnykh lakov
Ch. II
AID 745 - x
Page
(Impregnating, covering and adhesive
varnishes) 14
3. Methods of applying Insulating varnishes 23
4. Technical characteristics of the most
important electrical insulating varnishes 29
Raw Materials and Equipment for the Production of
Varn ishes 29
5. Raw materials (Vegetable oils, natural
resins, bitumens, solvents and diluents,
raw materials for synthetic resins,.
pigments) 29
6. Methods of heating the equipment and the
design of boilers for varnishes and resins
(Direct-firing, steam-heated and electrically-
heated boilers. Design. Apparatus for dis-
solving resins and varnish bases.) 67
7. Apparatus for the refining of varnishes
(Settling of varnishes and settling tanks.
Centrifuging of varnishes and design of
centrifuges. Filtration of varnishes and
design of filters) 82
8. Apparatus for, the manufacture of enamels
3/6

Proizvodstvo elektroizolyatsionnykh latcov
AID 745 - X
Page
Ch. III
Ch. IV
(Mixers. Color grinders and ball mills.
Enamel-reflning machinery) 89
9. Other equipment (Auxiliary equipment.
Controlling and measuring instruments) 96
Oil Varnishes on the Base of Composite Vegetable
Oils 98
10. Treatment of oils (Refining. Pol~nnerlzatlon.
Oxidation. Dehydration of castor oil. Pro-
duction of aliphatic acids) 98
11, Preparation of siccatives 107
12. Oil-colophony and oil varnishes 110
13. Copal oil varnishes 113
14. Bituminous oil varnishes 114
Synthetic (Artificial) Resins and Varnishes
Base d on Them 118
15. Poly-ester (alkyd) resins and varnishes
(Non-modified and modified glyptal resins
and varnishes based on them, pentaphthalic
and maleic-alkyd resins and varnishes) 120
16. Phenol-formaldehyde resins and varnishes
(Bakelites. Cresol-formaldehyde resins and
4/6

Proizvodstvo elektroizolyatsionnykh lakov
Ch. V
AID 745 - X
Page
varnishes of low solubility. Oxidized
phenyl-formaldehyde and butyl-phenol resins
and varnishes. Artificial copals) 3,30
17. Polyvinylacetal resina and varnishes 139
18. Resins with nitrogen content and varnishes
based on them 140
19. Silicon organic resins and varnishes 142
20. Polymerized resins and varnishes based on
them 145
21. Ester-cellulose varnishes 146
22. Composite varnishes 146
23. Pigmented varnishes (enamels) 147
Flow Sheets, Production Control and Problems of
Accident Prevention 151
24. Flow sheets of the manufacture of electrical
insulation oil and resin varnishes and
enamels 151
25. Control and methods of testing of raw
materials, semifinished and finished
products 155
26. Storage and handling of varnishes 163
27. Safety measures, fire prevention and labor
5/6

Proizvod8tvo elektroizolyatelonnykh lakov AID 745 - X
Page
protection In the varnish industry 164
28. Standardization and the Stakhanov
movement In the varnish Industry 168
Bibliography 170
No. of References: 25 (All Russian, 1938-1950)
Facilities: Prof. K. A. Andrianov, Laureate of Stalin Prize, and
other scientists are mentioned in the text. Plants of the
Ministries of Electrical and Chemical Industries, USSR.
6/6

, -; " '.
; . n ~ ; ,
I , "') ~ 1 . 9
- , i:,-~ ', -1- r: *r, rljra, ., . . . flo.'?. V~:: .
, 11 , -,- -
~. -~

ANT'AGIYEV, A.A., katid. vl.,~r. nwjk;
so t nirl D-1 k; GLADKOV., B.A.,
of 1 is terias is. Vet,~,i`nar~ -.!1 31
7"A
ills~l-tu" (l'or Aiiiiagiyev).
3kaya ve, 'Wrimirri a ya :3 tall ts'! y I I vi I do",
Se I m ZY'lY3 tV 0,1111yj i 113 "-i f"It, CO v ~~ kuilw' -v

GI.ADKCV, B.
35312. Chudo-Stanki. (Agre-atnye Stanki Fo Obratotkf! DetrAley". Ill.
I
~L Sirinkov. Zrwnie-Sila, 1,,4-), No 1C, ~;.
SO: Letopis'Zhurnallnyrkh Statey, Vol. 34, "-OsPva,

.- GLADKOV, Boris Alsksaudrovich-. HOSEIN, P.A., red.; SUKRAMIU. R.As., takhn.
[Modernization of latheal Modernizatalia tolarnylea stankov.
Moskva$ Moak. dom nauchno-takhn. propagandy im. Y.S.
Dzerzhinskogo, 1,657' 29Y . (Feredovoi opyt proizvodmtva. Ser.
"Naahinostroanie." UOOMO (MIRA litio)
(lathes)

GlADKOV KASATKIlf, A.G.; KEID111OV, V.A.; PROKOPOVICH, A-Ye., red.;
SHEMSHUFLUA, Ye.A.. red.lzd-va; SLIKIND, V.D., tekhn.red.
[Modernization of single-spindle multicutter lathoo; Instructional
Modernizatsiia odnoshpindellnvih tokarnvkh mnogoroztt;ovykh stenkov;
rukovodiashchie msterta3,v. Pod red. A-9-ProkopovicM . Moi3kva, Goa.
rmuchno-takhn. izd-vo wshinostrolt. lit-ry, 195". 118 p. (MIRA 11:2)
1. Hoscow. Aksperlmentallnyy nauchno-issledovetallskiy institut
metallorezhushchikh stankov.
(Iathes)

GIADK KARLSSN, G.G., professor, dolctor tekhnicheskikh
~O
'-naU, redaktor; SIKOIAYIZV, Yu.V., kandidBt takhnichpskikh nauk,
nauchnyy radaktor; XOTIK, B.A.. redaktor izdatollstva; PUSON, M.H.,
takhnichask-ty rodaktor
[Prefabricated wooden houses; methods of general research) Derevian-
nyi zhilot dom zavodskogo tzgotovlantie; matod kommpleksnogo
izaaledoraniia. Pod red. G.G.Xarlsona. Moskva, Gon.izd-vo lit-ry
po stroit. i arkhit., 1957. 243 p. (MLRA 10:8)
(Buildings. Prefabricated)

-25 (1,7) PHASE I BOOK EXPIDITATION sov/1686
Gladkov, B. A., V.N. Alekseyev, A.N. Totakiy, V.A. Kudinov, and G.M. Azarevich
Modernizatsiya universallrqkh everlillnykh stankov; rukovodyashchiye materialy
(Modernization of Universal Drilling Machines; Instructions) Moscov, Haobgiz,
1958. 214 P. 5,000 copies printed.
Sponsoring Agency: Moscov. Eksperimentallnyy nauchno-isaledovatellskiy institut
metallorezhushchikh stankov.
Ed.: A.Ye. Prokopovich; bi.of Publishing House: N.A. Ivanova; Tech. gds.:
Ye.S. Gerasimova., and A.F. Uwarova; Managing Ed. for Literature on Metal
Working and Tool Making: R.D. Beyzelyman, Engineer.
PURPOSE: This book is intez%ded for mechanics and designers engaged in modernizing
machine tools.
COVERAGE: A brief description is given of modern universal drilling machines and
machines of obsolete design vhich predominate in the operating stock. Their
utilization is analyzed and on the basis of the analysis
.,the basic require-
ments for modernizing this type of machine tools are developed. Reconmenda-
tions and concrete design solutions concerning increase of speed, feed payer,
Card 1/4

Modernization of Universal (Cont.) sovI1698
rigidity, vibration-stabilit3~,and life of drilling machines in the operating
stock am presented. Special attention is given to problens of reducing
auxiliary time. Equipping universal drilling machines with various attachments
and auxiliary devices in order to viden their applicability is also described.
No personalities are mentioned. There ari 42 references of which 38 are Soviet,
3 English, and 1 German.
TABLE OF CONTKNTS:
Introduction
.3
Ch. 1. Brief Survey of the Operating Stock of Drilling Machines 5
Ch. II. Analysis of Operation of the Stock of Drilling Machines 29
Ch. III. Requifementaft Modernization of Machine Toole 36
Ch. IV. Design and Modernization of the Main Drive 45
A. Possibility of increasing the spindle r.p.m. 46
B. P6pslbi1tty of increasing the pover of main drives 48
Card 2/4

.Modernization of Universal (Cont.) sov/i6%
C.. Example of main drive design 54
D. Recommendations on modernization of the main drive 64
E. Recommendations on increasing the life of transmission gearing 68
Ch. V. Design and Modernization of the Feed Drive 76
A. Determining the work capability of mechanisms operating with
hard-alloy tipped tools and within a wider feed range 76
B. Example of feed mechanism design 78
C. Rec nrlations on modernizing the feed drive 80
D. Example of pnei tic-hydraulic feed mechanism design 89
Ch. VI. Increasing the Rigidity and Vibration Stability of Machine Tools 94
A. general premises 94
B. Requirements for drilling machines, tools and attachments as related
to rigidity and Vibration stability 98
C. Methods of determining sources of vibration in machine tools 99
D. Measures for eliminating vibrations during machining 102
Ch. VII. Measu-res for Reducing Auxiliary Time and Improving Working
. Conditions 108
Card 3/4

Modernization of Universal (Cont.) sov/1653
A. Tool-holding fixtures 108
B. Part-holding fixtures. Jigs. Loading parts into fixtures 1~1
C. Rotary and movable Jigs and fixtures 156
D. Devicea for mechanizing setup movements and clamping neparate
units of radial-drilling machines 175
E. Devices for controlling dimensions along the length of the
machined surface 181
F. Automatization of a simple working cycle 185
G. Overall automatization of drilling machine operation 190
Ch. VIII. Expanding the Range Production Applicability of Machine Toole 199
Ch. IX. Modernization Procedure
Bibliography
AVAILABLE: Library of Congress (TJ126o.m65)
GO/hcr
6-17-59
208
214
Card 4/4

25 (1,7) PHASE I BOOK EXPLOITATION SOV/1687
rllmdkov, B. A., L.N. Grachev, P.M. Shpigel'shteyn, V.A. Kudinov,
A-.S.-Lapiaus, G.M. Azarevich, Yu. A. Leshchenko
Modernizatalya tokarnykh stankov! rukovod a8hahip materialy
(Modernization of Lathes; Instructions~ Moscow, Ma8hgiz, 1958.
286 p. 6,800 copies printed.
Sponsoring Agency: Moscow. Eksperimentallnyy nauchno-issledovatellskiy
institut metallorezhushchikh stankov.
Ed.: A.Ye. Prokopovich; Ed. of Publishing House: N.A. Ivanova;
Tech. Ed.: Ye. N. Matveyeva; Managing Ed. for Literature on
Metal Working and Tool Making: R.D. Beyzellman, Engineer.
PURPOSE: This book is intended for manufacturing personnel dealing
with the operation of machine tools, and for designers in plant
machine-shops, and engineer-technologists.
Card l/ 5

Modernization of Lathes; Instructions SOV/1687
COVERAGE: The book presents an analysis of the existing
operating stock of lathes and establishes basic trends in
modernization. It Includes examples of designing and design
solutions related to modernization of the main drive and feed
drive, classification and description of various attachments
for reducing auxiliary time and easing the work of an operator,
description of various devices for widening the range
applicability of machine tools, examples of modernizing the
basic tool types of the engine-lathe group, and discusses
problems concerning improvement of vibration-stability and
reliability in the operation of machine tools and how to prolong
their life. No personalities are mentioned. There are 35
references, all Soviet.
TABLE OF CONTENTS:
Introduction
3
Ch. I. Brief Survey and Analysis of the Technological Level
of the Operating Stock of Lathes 5
Ch. II. Analysis of the Utilization of the Operating Stock
of Machine Tools 24
Card

Modernization of Lathes; Instructions sov/1687
Ch. III. Requirements Placed on Modernized Lathes 30
Ch. IV. Design and Modernization of the Main Drive 33
1. Possibility of increasing the RPM of a spindle 33
2. Possibility of increasing the power of a main drive 40
3. Example main drive design in modernizing the
model ID62M universal engine lathe 44
4. Recommended design solutions in modernizing the
main drive 54
Ch. V. Design and Modernization of the Feed Drive 62
1. Possibilities for modernizing the feed drive of machine
tools of the first group [with limited range of feeds] 63
2. Possibilities for modernizing the feed drive of machine
tools of the second group (with wide range of feeds] 64
3. Design of a machine-tool feed-drive for machining
with large feeds 65
4. Recommended design solutions of modernizing feed drive 68
Card 3/5

Modernization of Lathes; Instructions SOV/1687
Ch. VI. Measures for Increasing the Rigidity and Vibration
Stability of Lathes 78
1. General premises 78
2. Requirements for lathes, tools, and attachments as
related to rigidity and vibration stability 82
3. Methods of determining sources of vibrations in
machine tools 84
4. Measures for eliminating vibrations during machining 88
Ch. VII. Measures for Reducing Auxiliary Time and Improving
Working Conditions 99
1. Work setting and holding devices 99
2. Cutting-tool holding devices 137
3. Devices for mechanizing working movements and idle
movements of a tool 142
4. Attachments for measuring the movement of a carriage 150
5. Duplicating devices 159
6. Automatization of thread cutting 175
7. Overall automatization of lathes 179
Ch. VIII. Widening the Range of Applicability of Lathes 189
Card 4/ 5

Modernization of Lathes; Instructions SOV/1687
Ch. DC. Insuring Safety in Machine-tool Operation 199
1. Devices for increasing reliability and safety of the
work fastening devices 199
2. Devices for preventing injury from chips 207
3. Rules for operating machine tools at high cutting speeds 223
Ch. X. Increasing the Life of Lathe Parts During Modernization 224
Ch. XI. Modernization Procedure 245
Appendixes:
1. Spindle subassemblies 247
2. Review of standard designs for modernizing machine tools 258
3. Summarized recommendations on modernization of the
operating stock of machine tools 274
Bibliography 285
AVAILABLE: Library of Congress (TJ1218.k657) GO/Jmr
Card 5/5 6-8-59

PHASE I BOOK EXPLOITATION 1136
Eksperimentallnyy nauchno-issledovatel'3kiy Institut metallorezhu-
shchikh stankov
Modernizatsiya tokarno-karu3ellnykh stankov (Modernization of Ver-
tical Turning Lathes) Moscow, Mashgiz, 1958. 265 p. 6,ooo
copies printed.
Authors: Gladkov. B.A., Grachev, L.N., Levit, G.A., Lapidus, A.S.,
Leshchenko, Yu.A., and Kudinov, V.A.; Bd.: Prokopovich, A.Ye.;
Ed. of Publishing House: Ivanova, I.A.; Tech. Ed.: Tikha.nov, A.Ya.;
Managing Ed. for Literature on Metal Working and Tool Making
(Mashgiz): Beyzellman, R.D., Engineer.
PURPOSE: This book is intended for production personnel employing
machine tool equipment, for designers of engineering departments,
engineers and technicians.
COVERAGE: Vertical turning lathes in an actual operation are reviewed
and basic trends and methods of modernizing them are discussed.
Design examples and solutions of various design problems in
Card l/ 6

Modernization of Vertical (Cont.) 1136
modernizing the main drive, feed drIVES, table rests, and
spindles are presented, and various deviues for reducing the
auxiliary operation time and increasing the versatility of
operations are described. The problems of vibration stability
of machines and safety measures are also discussed. No person-
alities are mentioned. There are 69 references, 66 of which are
Soviet and 3 English.
TABLE OF CONTENTS:
Ch. I. Brief Survey and Analysis of the Engineering LeArt--T
of Machine Tool,, in Actual Oneration 5
Ch. II. Analysis of the Utilization of Machine Tools and
Requirements for Modernization 40
Ch. III. Design and Modernization of the Main Drive 51
1. Procedure for developing a design for modernizing
the main drive 51
2. Determining the possibility of increasing table RPM 54
3. Determining the possibility of transmitting the re-
quired power 55
Card 2/15

Modernization of Vertical (Cont.) 1136
4. Calculattor, of rriction lo!33e,3 in the main drive 61
5. Example of the main drive design In modernizIng the
model 153 machine 62
6. Recommended design solutions for modernization of the
main drive 7o
Ch. IV. Modernization of Table Rests go
1. Brief analysis of various types of circular ways 91
2. General trends in increasing the efficiency of
circular ways 93
3. Recommendations on modernizing circular ways of the
most widely used types of vertical machine tools 95
4. Practical recommendations on modernization of cir-
cular ways 118
Ch. V. Modernization of the Feed Drive 135
1. Changing the feed series 135
2. Increasing the life of way rests 139
Ch. VI. Increasing the Rigidity and Vibrat~on Stability
of Machine Tools 141
Card 3/6

Modernization of Vertical (Cont.) 1136
1. General premises 141
2. Requirements for vertical machine tools, small tools,
and devices from the point of view of rigidity and
vibration stability 148
3. Methods of determining sources of vibration In ma-
chilne tools 149
4. Measures of preventing vibrations during machining 152
Ch. VII. Measures for Reducing Auxiliary Time and Easing
Working Conditions 159
1. Devices for mounting, fastening, and removing ma-
chined parti; 159
2. Improving the control of' machine tools 181
3. Devices for measuring and limiting the movement of
cutting tool 190
4. Tracing devices 195
5. PeducIng support time in changing cutting tools 21~
6 - C )mplete -,uechanizatior land automatior of machine tools 221
Ch. VIII. Increasing the Versatility of Machine Tools 225
Card 4/ 6

Modernization of Vertical (Cont.)
1136
1. Milling devizes 221~:
2. Devices for grinding operations 228
3. Drilling head installed on the slide rest 231
4. Thread-cutting devIces 231
5. Devices for machining spherical surfaces 234
6. Devices for machining tapers 235
7. Devices for machining surfaces with a plain cylin-
drical roller 236
8. Machining with emery cloth 239
Ch. IX. Providing Safe Working Conditions During the
Operation of Machine Tools 241
1. Measures for assuring safe setup and fastening of
machined parts and cutting tools 241
2. Devices for preventing injury from chips 243)
3. Measures for providing convenient observation during
machining of parts 248
4. Rules for machining at high cutting speeds 251
Card 5/6

Moderaization of Ve;-tlcal. (Cont.)
Ch. X. Procedure for Modernizing Machine Tools 252
1. Basic recommendations for the modernization of
Soviet makes of vertical machine tools (Table, 11) 254
BiblIography
262
AVAILABLE: Library of Congress (TJ 1218. m655) 262
GO/Inah
2-20-59
Card 6/6

GLADKOV, B.A.; GIIAGHIV, L.N.; SHPIGILISHT3'YN, P.M.; KUIDIXOV. V.A.; L&PIWS,
A.S.; AZARIVIGH, G.M.; LESHOHOW, TU.A.; FROKOPOTIGH, A.Ts.;
IVANOTA, N.A., red. izd-va; MATUMA, Ye.N., tekhn. red.
[Modernization of latnes; instructions] Modernizatsiia tokarr7kh
stankov; rukovodiashchis materialy. Plod red. A.M. Pfokopovicha.
Moskya, Goo. nauchno-takhn. izd-vo mashinostroit. lit-ry, 19581
286 p. (14LRA 1117)
1. Moscow. Iskperimentalinyy nauchno-iseledovatellskiy inatitut
metallorozhushchikh stankov.
(IALthes)

S/121/'61/coo/008/001/000'
D04l//Dl 13
AUTHORS'. Gladkov, B.A.; Mayorova, E.A.; Shilkin, O.D.; S!,iferson, M.M.
TITLED The use of plastics for manufacturinv larFe-size components
()f mnobine-+ools
P7RIODICALi Stanki i instrument, no. 8, 1961, 1-4
TEM The article describes experimental investigations carried out with
plastics in order tr, determine the extent to which they may be used for
manufa-~turing large-size components of metal cutting machine-tools. These
components can be manufactured by casting or by contact molding, the latter
producing better mechanical properties in the components. The hardness of
large-size components manufactured by the casting method can be raised by
impro-ing the properties of the binding and fiber fillers. As glass fibers
in the form, of cloth etc. can be used as fillers, the use, of glass plastics
for makirg lathe components was considered. Since there was Dractically no
data on. the stability of glass plastics, their swelling-up and creep cha-
racteristi-s werp investigated in detail. The swelling-up of the specimens
was tested in water-cooling liquids and mineral oil at a high relative hu-
Card 114

S/l21/6l/oOO/oO8,/OOl/CO6
The use of plastics ... D04l/D113
midity (9515%) and temperature (50150C). The creep characteristics were in-
vestigated by loading the specimens so as to produce bending, i.e. by ap-
plying a concentrated force to the center of the specimen which was placed
cn two supports. Plastic specimens obtained by contact molding from 9H -1
PN--I) rlyester gum and T (T) glass cloth, and by hot pressing from KACTB
KAST V) glass textolite, RF-4C (AG-4S) glass plastics and RA3 glass texto-
~
lite ((~SR brand), were tested. The creep of plastics made of Ppoxy resin
and a metal filler by mold casting, was also investigated. The specimens
were -7,vered either by a protective layer or by "92411 nitro-enamel. They
were weighed on an analytical balance with an accuracy of' up to 0.0004 g.
The following results were obtainedi KAST V glass textolite showed the
largest change in weight (1.26%), the saturation point being reRched after
19 days- glass plastics made of PN-l polyester gum showed a weight increase
Df 0.6% and did not attain the saturation point after 83 days; AG-4S glass
plasties bad th- least change in weight (0.19% after 83 days), and RA glass
attai,ed a maximum water absorption (0,77%) after 6 days. Tests
in the humidity chamber showed that KAST V glass textol4te had the largest
humidi-ty abscrption, while AG-4S and glass plastics obtained by contact
C
Card 214

S/121/0'1/000//008/001/006
The use of plastics ... D041 D1 ,
/ JA
molding showed the 7owe9t hygroscopicity. The nitro-ename! layer did not
protect the specimens from humidity and the oil cooling liquids. Linear
changes in the plastics depended on the medium in which they were placed,
on the method of their manufacture, on their machinin~~, and on the type and
quantity of the binding agent. Cooling liquids and a high relative air
humidity reduced the mechanical properties by 1.5-2 timee. Creep tests were
carried out at room temDeratures using the ri K-2 (PK-2) device designed by
ENIM . This device Dermitted deformations during bending at constant 1,,-)ad
to be measured. KAST V glass textolite served as a reference specimen. The
results show that AG-4Sand RA have the lowest creep, while cast specimens
of epoxy resins with a metal filler have the highest (15-20 times higher
than the reference specimen's creep at a bending stress of 100-200 kG/CM2),
and cannot be used for making high-duty components of metal-cutting machine-
tools. It is concluded that glass plastics can be used only for large-size
macnine-tool components. ENIMS and NIIP have manufactured a series of
large-size components for the !K62 (IK62) screw-cutting lathe in order to
validate the obtained results. The zavod "Stankokonstrukts-4ya" ("Stanko-
konstruktsiyall Plant) has manufactured the followinF parts for the 1K62
Card 3/4

Tlle ~-tsp of pla3tics . . .
I
S/112116110001CO8100II06,
DOWDIP
lathe from Klass Plast-icst front and rear legs, rear leg, inserts, tray,
gearbox and feeding box covers, and housings. Test runs gave good results.
There are 4 fi,-ures.
Card 414

GLADKOV, B.A.; MAYOROVA, E.A.; SHILKIN, O.D.; SHIFERSON, M.M.
Using plastics in manufacturing large machine-tocl parts.
Stan.i izwtr. 32 no.8:1-4 Ag 161. (MIRA 14:8)
(Machine-tool industry) (Plastics)

AYZENSM'ADT, L.A.; PENIKOV, P.M.; GLADKOV B A LIMIT, L.O.;
0II-I-ER, T.Ye.; KASHEPAV, a., k tekhn. nauk;
M.P., kand. tekhn. nauk; KOPERBAKE, B.L.,
CH&--C-.IKGV, S.S., kand. tekhn.nauk; BELOV, V.S.; 7iMIII,
B.F.; IMONAKEOV, G.A., kand.tekhn.nauk; MOROZOV, I.I.;
I-',USHTAYEV, A.F.; OGNEV, N.N.; PALEY, Y.B., kand. teklm.
nauk; FURIM, D.B.; LIVSBITS, A.L., kand.tekhn.naulc;IECIM'.~,,:-R,
B.KI1.;SOSENKOjA.B;AV`DULOV, A.N.; LEVDT, A.A., karjd.tekhn.
nauk; YAKOBSON, M.O., doktor tekhn.nauk; MAYOROVA, E.A.,
kand.tekhri.nauk; M01OZOVA, Ye.M.; ZUSMAN, V.G.,, kand.tekhn.
nauk; IIAYDIS, V.A., kand.tekhn.nauk; VLADUYEVSKIY, A,F., prof.,
doktor tekhn. nauk, red.; bELOGU,.-YASUGVSKAYA, k.l., red.;
CITIGARETA, E.I., red.; ASVALIDOV, M.Ya., rod.; KOGtU,, F.L.,
tekhn. red.
[Vachine-tool industry in capitalist countries] Stardko-
Stroenie v kapitalisticheskikli stranakh. Fod red. I o pre-
disl. A.P.Vladzievskogo. Eoskva, 1962". 822 p. (ML-a 15-7)
1. Eoscow. T-Sentrallnyy institut nauclmo-tekh:~ icl.-P. okay in-.
formatsii mashinostroyealya. 2. Eksperimontallr-oy nauclmo-
issledovatel'skiy institut metallorezhushchikh stEm-kov
(forVladziyevskiy~ belogur-Yasnovskaya, Chif.-,areva, Arvalldov,
i'logan)
(Machine-tool industry)

GLAdD)K YUKHVID, M.Ye.; LARIONOVA, V.M.
Effect of structural componento of a~ lathe and cutting conditions
on the precision of shape and toughness of machineo surface
in fine turning. Stan.i instr. 34 no-4:7-11 Ap 163. (AURA 16:3)
(Lathes) (Turning)

GLADKOV, B.A.; ETIN, A.O.; SHUKfA'I'-KlY, B.L.
Leternining the narameters of lathes. Stan. i -,r.
no.1:27-33 Mr'64. ~IMIFA 17:5)

GLADKOV, B.A., aspirant
Rithomorphology of influonza in &wklhign. 'Jeterimar.11-it 41 no.4:41-43
Ap 165, (YIRA 1836)
y I nti t ~ Lut,
1. loronezhakiy sell akokhozyayst~roni7

N
MUP-ASM, V.A., prof., doktor tekhn.riauk; MIRONOV, S.-A-, PrOf-, doktor
teldin.nwik; ALZOANDROVSKIY, S.V., kyind.tekhn.nimk; TALI, K.E.,
kand.tel-hri.ruink; DMITRIYgV, S.A., kand.tekhn.-inuk; IMLIN, U.K..
knnd.t(:jkhn.n.qnk; SIGALOV, E.Ye., kiind.toldLn.nauk, fP,MlROVSKIY9
Ya.M., laind.telchn.nnulc; TAB:rWKIN, N.L., inzh. Cdeeenqafl; KALA-
TUROV, B.A., kand.teklin.nnuk; BRAUDE, Z.I., inzh.; KRYLOV, S.M.,
kand.tetdm.nnnlc; YOKIN. K.F.. doktor teklin.irmik; GUSFV, N.M.,
prof., doktor tekhn.zinilk-, YAKOVLEV, A.I., lnzh.; KORENEV, B.G.,
-prof., (11oktor tek~ui.nmik; D31US*W~,VICH, Yii.V., in2h.-, HOOMN,
V.M.; LTWYE, L.L., inzh.; MAKARICILEV. V.V., knnd.tek~ui.nauk;
IT,
M.G., lmtid.tekYLn.naJC: Kiel
inzh.; LAURIKOV, A.F., inzh.; STULOV, T.T.. inzil.; TRUSOV, L.P.,
inzh.; L~=-'L)VaIY, I.G., kand.tekhn.nnuk; POPOV, A.11., kand.tekhn.
nauk; VINOGRADOV, N.M., inzh.; USILAKOV, N.A., lvnnd.tekhn.nmk;
S7MULOV, P.M., inzh.; TER-OVAIESOV, G.S., inzh.; G~ADKOV, B.N.,
lvind.tekhn.ruml,; KOSTOCHKINA, G.V., arkh.-, Klrtt~X, U.M.; OMOVSKIY,
M.V., lcand.tekhn.nauk; PK=ISffT!%"fN. ZJA.. ln7l-i.-. B0lS---TZrrl, D.I.. im:11i.;
(Continued on next card)

MURASH9V, V.A.--(continuod) Card 2.
MIKHAYLOV, V.G., kand.tekhn.nank; SIGALOV. E.Ye., kand.takhn.nnuk;
GVOZDZV, A.A., prof., retsenzent; MIKHAYLOV, V.Y., nrof., retsen-
zent; PASTERNAK, P.L., prof., retsenzent; ZIUBIN, K.A., inzh.,
retsenzent; TEMKIN, L.Ye. , inzh., ninichnyy rod. -, KOTLK, B.A., red.
izd-va; GORYAGREVA, T.V., red.izd-vg; K~VFOKV, L.Ya.. tekhn.red.
[Handbook for designers] Spravochnik proektirovshchikn. Pad ob-
shchei red. V.I.Muvisheva. Monk-7a, Gon.izd-vo lit-ry po stroit.,
arkhit. i fltroit.-,nnterialam. Vol.5. (Preenst roinforced roncrete
constniction elements] Sbornye zhalezobetonnye konstniktsii.
1959. 603 P. (MIRA 12:12)
1. Akademiya stroitellstva i arkhitektury SSSR. Nauctino-issledo-
vatel'skiy institut betona i zhelezobetona, Perovo. 2. Deystvitell-
nyy chlon -Akademil stroitallstva i :irkhitekt;ux%y SS&R (for Murashev,
Gvozdav, Mikhaylov,V.V., Pasternak, Shubin). 3. Chlen-korresp. Aka-
denii stroitellstva i arkhitektury SSSR (for Hironov, Gusev, Mo8kvin,
Kursk).
(Precast concrete construction).

. kandAteklm.nsuk; BR~WOV, B.N., kend.tekhn.nauk
_GLOWYA
Standardization of large-panel vall elements of heated industrial
buildings. Prom. sdan. no-1:36-51 '59. (MILk 1):8)
(Factories--.Design and construction) (Walls)

1: ~
3/05 6 1/006/004/004/005
C I 11 ~C222
AUTHORSi Bol'shev, L.N., Gladkov, B-V-, Shcheglova, M.V.
TITLE: Tahles for calculation of B and Z-distribution futirtione
PERIODICAL: Teoriya veroyatnostey i yeya primeneniye, v. 6, no- 4, 1961,
446 - 455
TEXT: TableB I and II for the determination of the B and Z - distribution
functions I x(p,q) and F2p,2q (z) are riven on four pages. The tables
complement the tables given by K. Pearson (Ref- 3 1 Tablen of the In-
complete Beta-function, Biometric Laboratory, Londont 1034)- The figure
Card 1/'!

S/05 61/006/004/004/005
Tables for calculation of B C111YC222
shows the regions of the (p,q) - plane in which tables IJI and those
of (Ref. 3), respectively, are to be used. Table I gives the values of
105 (u, v) and 105 p where and are the correction terms
. 2(u'v)' 1 2
Card 2/4

S/05 61/006/004/004/005
Msble5 for sslc-,.~Iation of B C111 YC222
I F, U, T) 4 .4,
q2-
.-f J~ W!.~,nu-- An appr-~-x-.-ma'~ fortaula for thF., I - 9 r ib i r.
Ann Ma "r, S - i s ~--s , 2 F!
Jn -.m L;
p t ri ~. f
lp e 11 6 p
:)f L.11. Bol~sh~v (rr~f., 10 Ob otsenkankn. vero:,atnosloy (On estimaes of
probat,-,-i tie-;') . Tc-.oriya veroyat, i yeye primen. . 7, -0 ll:~ ~ 4 57
TnL- Prror from uqing t?~~ tal)les 1-s not th:i-l 10
The poqqibil-iv -f -.,5i-ng tn~- tables
d 4- 3 -- r i ,):,1 1. i : n i E, :n- n?- 41 ~~ne. d .
Ylen~,,,~nei ~ A,lf Kolmogrcr~v A,-,adr-miciari,
Card
C

%"C!~-~at-,on of B /00~/004/00,6/00~
C"."Ic-,)2---
nloc rind 6 non ~'-ov
r r~-n-- - ct Fh-,~ EnFl Is'! lang*,uti- p;1c i 'I R
f K , P n , 7% 1-, 1 c-3 -,I t r. n 7! Om p I e t ~- B .- t
L a t-~) ry, Lnn,1.-,n ?~431 ; Table,3 -.,f ~n-~ Binomill'
D r -. ti -D n~" a rna 1 B u ri~au c, f S 1 a nda rd s . A pp I -~,:!l YF,. r, (I mae
Wasrii!1pT,t.r,n , ''?--0 :,.c . Romig~ 50- 100 Binomial Tab! ~q , j:-r;-
Vii- ~y & Scns 1 "4:;1 J~ Wii~na-
I I I Inc Londo n , Chal-a-an 2, Hal I Limi t,~~
i1r, ippraximO; f -rmul.-.. fc- the .,umulali v,~ -dintril.),it A n i I'll a ', la
ST'BTAITTED. Jun. '960
c 7~ T-1 -I

GEL'SMG, L.A.; nDO.-;IOV, G.I.; ZALITSt"All, KAFUSTYAN, Yo.D.;
:jA"AR, O.G.; D`~U:E, '..I.; A.A.; '.G.;
I , 1u.;' ',rjLrj'i ILKII~ , ~.tLADKGV,
O.V., red.; A.A., te'r-hn. red.
Fousing coric:truction in tht~ U.'_".2. I)re::ert stat-a and
yoct.:I fo v S5";R;
costoianio i perspok-tiv-y cazvltila. l'o:;kv
1962. 20" P.
(:LpLrt,r,cnt houst-3) (Conntruction imiuctry)

BOLISIU7, L.11.; GLAD,"'OV, B.V.; SHOLGLOW , M.V. (Yoscow)
Tables for calculating P 1. "Abntion functions. Tecr.
veroiat. i ce Drim. 6 - - 446 455 '1"-. (:-MPuI 14: 11)
(~robab--'At_'as- Zs. etc.)
0,

Traneactions;of the SIxth.0obfezienae,(
4
Y
-71. gLu,&,w.Yw Bome-Problems in.the.Tabulatign of,,the Beta4
Distribution
72!.~ D yadheriko,, .'Zi, N, Burfa4e, of a Ga=-" Dl~tribut:Lan 3"
Estimtes o XIii!=
M, Bome, Pro 100
71% Kagans A, port of the f
397 ~1;
Idkelihood
74..~ Chentsov, N. N. On the otio Effootivenoss of ;an
an 8,
Estimate of: MAXIMUM Llk6= (do=nent on A. 1 M.-- VOL$
iport "Some Propertles:0f,the BstIMWteS 'Of KaXIMUM
Likelihood")
75., - Krasulina., - T. P. On Stoohastie Approximation 3 1~
769 Mantya,,-G. M,- Quadratidi Estimatiowof the D~soreyanay of
the Densities of -i Normal.Two-DUansional
From Samplim I?ata
U - A
0--j 0" '-~, 6MA COnf - on Probaability, M~ory ttd Math3ziatical Steustics arA, T,
t Of symosium on w6ztri!74io~ ,
z in xmirit~-Dln-,rwional $Paco* h3ld in Vi.11 r4y=,
~-10 Sop 160. Vilozww Oaorpoi4tj dat 1&4 SSRO 19628 493 P* 2500-00pica printed

AP5026796
AUTHOR: Gladkov, B.
ORG: none nE3
TITLE: A piezoelectric transducer. Class 42, No. 174392
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 17, 1965, 77
TOPIC TAGS: piezoelectric transducer, preasure transducer
ABSTRACT: This Author's Certificate introduces a piezoelectric transducer made in
the form of a hollow cylinder mounted on a cylindrical support rod with one end ri-
gidly fastened to a fixed base. The frequency response is made more uniform by con-
necting the support rod to the walls of the internal cavity along its entire length,
rhile the free end of the rod is connected to the source of mochanical oscillations
which excites the transducer. Dampers in the form of cylindrical sleeves are mount-
ed on the transducer.
UDC: 681.84.081.47
Card 1/2

Nib AP5026796
F49-1-0 am,/
. lil/m,
ALM-
Fig. 1. 1-support rod; 2-transducer; 3-dampers
SUB CODE: EC,MI/ SUBM DATE: 2BJul64/ ORIG REP: 000/ M RETI. 000

:~1(0); 1(0); 2(10) PHASE I BOOK EXPLOITATION SOV/2210
Atomnaya energiya v aviatsii i raketnoy tekhnike; sbornik statey
(Atomic Energy in Aviation and Rocket Engineering,- Collection
of Articles) Moscow, Voyen. Izd-vo M-va obor. SSSR, 1959. 500 P.
(series: Nauchno-populyarnaya biblioteka) No. of copies printed
not given. I
Ed. - Compiler: P.T. Astashenkov, Engineer, Lt.-Coll Ed.: Ya.M.
Kader; Tech. Ed.: A.M. Gavrilova.
PURPOSE: This book is intended for officers of the Soviet Armed
Forces, members of DOSAAF, and the general reader interested in
the uses of atomic engergy and in the development of aviation and
rocket engineering.
COVERAGE: This collection of 46 articles, compiled by 28 Soviet
scientists and based chiefly on non-Soviet materials, discusses
various aspects of the use of atomic engergy in rocketry and avia-
tion. The book surveys the development of atomic and thermonuclear
Card 1/9

Atomic Energy in Aviation (Cont.)
SOV/2210
weapons and weapon carriers, lays down the principles of anti-
atomic defense, and evaluates the applicatlon ()'L nuclear engergy
in aviation and rocketry. Fuel and constr: '1'ction materials, as
well as actual physical and technological processes involved, are
treated briefly. Fundamentals of atomic warfare and combat tac-
tics are discussed at some length. The book is divided into four
parts, of which the last consists chiefly of anti-Western propa-
ganda. Section I is devoted to nuclear weapons and their use in
aviation. Section II is on anti-atomic defense, especially the
defense and decontamination of airfields and aircraft, and de-
fense against radiation. Section III is-on the use of nuclear
energy in modern aricraft and rocket technology and flight tech-
rLioiies, including some speculations on space travel and on the
energy of the future. There are 126 figures and 35 non-Soviet
renrences (some in Russian Translation).
TABLE OF CONTENTS:
From the Publisher
Kurchatov, I.V. [Academician). Achievements in Scithce and Tech-
Card 2/ 9

Atomic Energy in Aviation (Cont.) SOV/2210
nology for the Benefit of Mankind 3
1. NUCLEAR WEAPONS AND THEIR CARRIERS
Pckrovskiy, G.I. [Professor, Doctor of Technical Sciences, General-
Major of the Engineer-Technical Service]. Aircraft, Intercontinen-
tal liockets and Other Carriers of Thermonuclear Weapons 9
Kucherov, I. [Engineer-Lt. Colonel], and D. Gladkov [Candidate of
Technical Sciences, Engineer-Captain]. Plight Gontrdl In Inter-
continental Rockets 37
Glukhov, V. [Candidate of Teennical Sciences, Engineer-Lt. Colonel].
Types of Rocket Weapons 42
Galin, P. [Engineer -Lt. Colonel]. Aircraft and Rockets as Car-
riers of Tactical Nuclear Weapons 48
Petrov, A. [Engineer-Lt. Colonel]. Guided Missiles With an Atomic
Charge in Aviation and Anti-aircraft Defense 78
Card 3/ 9

71 T-r-. en c -1-
r: r7
~Iye h 1-t zM) c t,,P~ ni el-.~ tv.. -z a,;