SCIENTIFIC ABSTRACT AGOSHKOV, A. K. - AGOSTON, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100520012-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

AOOSH-KOV, Aleksandr Kuz Imich, inzhener; KARAMYSHEY, I.A. , inzhener,
re-daktof--,-HUMVTSRVA, H.P., redaktor; VOLKOV, V.S., tekhni-
cheakiy redaktor.
[Corrosive elements In soils and methods of dotermining them
In construction planning] Agreasivnost' pochv I metody so
opredelentia dlia stroitellnogo proektirovanila. Moskva,
Goa.12d-vo 19t-rv po stroit. I arkhttokture, 1955. 102 P.
(Corrosion and anticorrosives) (14LRA 8:10)

MENHOV, Vladimir Rafetilovich; AGOSHROV H I . retannsent; KASMRA.,
K.G., gorWy inzhener, ratiMen wrarr, M.S.. radaktar
PARTSETSKIT, Y.H., redaktor-, WNSON, I.H., talthniebaskly redaktor.
[Methods of working thick ore depoaits.] Sistemy razrabotki
moshchrqkh ruclrqkh mentorozhdanii. Moskva, Goa.nauc~mo-tekhn.
Isd-vo lit-ry po chernoi i tevetuni metallurgii 1955. 311 P.
(Mining engineering) WRA 8,10)

TERPTOOREV, A.M., akademik, raded-ttor; AGOSROV, M.I., redaktor;
BARON. L.I.. doktor takh niche skIVT"*nM'V4,1"rwOeTaktor; PPDTODITA-
KOITOV, N.M., doktor tekhnichookikh nauk, redaktor; FATRWAI.
Te.H.. doktor tekhnicheskikh nauk, redaktor;~TVLITSKIT, G.A.,
kandidat takhnicheek1kh nauk, redaktor; UTNIEDVA, A.P.*
redaktor; KDRDVF.NKOVA, Z.A., takhnichaskiy redaktor.
[Problems in the disintegration and thnitst of rock-, on the 25th
anniversary of the death of M.M.Protodliakonov] Voprosy ras-
rushenita I davlaniia gornykh porod; k 215-latiiu so dnia
11 merti professor M.M.Protodliakonova. Mo!skva, Ugletakhizdat,
19.55. 313 P. (MLRA 3:12)
1. Akademiya nauk SSSR. Institut gornogo dela. 2. Chlen-korres-
ponOqnt AW SSSR (for Agoahkov)
(Earth pressure) (Mining enginaeriAg)
(Protodliakonov, Mikhail Mikhailovich, 1874-1930)

AGGSHKOV, M.I.; TF"OGOSOV, Z.A.
~. ,
System of mining iron quartzites from the Kursk Magnetic Anomaly
(DU). Trudy Inst.gor.dela no.2:5-15 155. (MLU 9:3)
1. Chlen-korrespondent AN SSSR (for Agoshkov)
(lursk Province--Mines and mineral resourcee)

AGOSHKOV, M.I.; HUNHIN, X.Ye., kandidat tekhnicheskikh nauk.
Studying the strength of mine screening mitchinee and selecting an
efficient design. Gor.zhur. no.11:8 N 155. (HM 9:1)
l.Chlen korrespondent AN SSSR (for Agoehkov).
(Mining engineering) (Screens (Mining))

AWM~6J6~.; EDVAZHEMY, A.V., kandidat tokhnicheakikh naak; BARSUIDT,
F*A., gorWy Inzhener.
Result evaluation of ore broken down by blasthele charges. Ger.
shur. zo.12:6-12 D 155- (MLRA 9:4)
LGhlen-korrespondent AN SSSF.(for Agoshkov)
(Blasting) (Ores--Sampling and estimation)

AGOSHKOV, M.I.
Basic trends in the development of systems and
mining thick deposits of hard ores. Gor.zhur.
technology for
no.1.3-11 ,a '56.
(MLRA 9:5)
1. Chlen-korrespondent Akademii nauk SSSR.
(Mining engineering)

,,,#GOMOY,,X.;.;_XMIN, N.Te.
The study of ore yield at the screener gallery level and the
structural elements of screener hoppers. Trudy Inst.gor.dola
3:55-73 1560 Wa 9:8)
1. Chlon-korrespondent AN SM (for Agoshkov)
(Ore dressing--Models) (Screen& (Mining))

AGOSHKOV, R.I.; BRUNNIXOT, D.M., kandidat takhnicheakikh nauk: XWO11,
0"*~' k,.,,,,;,~~gornyy inthener.
Testing data on boring rigs having sinking perforators. Gor.zhur.
no.5-17-22 My 156. (NLU 9: 8)
1. Chlon-korrespondent AN SM (for Agoshkov); 2. Institut gorno-
go dela AN SSSR. (Rock drills)

A ;RrQ GOSOV, Z.A., kandidat tkhnicheskikh n a
Improving the system of mining iron quartzites in the Kursk magnetic
anomhlyo Gortshureno.11:29-35 N '569 (MIRL 10:1)
1. Chlen-korrespondent Akademii nauk SSSR(for Agoahkov).2. Institut
gornogo dela Akadamii nauk SSSR.
(Kursk Province--Mining engineering) (Qaartzite) (lr~= ores)

SKOCHINSKIY , A.A., akademik, red.; TERPIGORV, A.M., akademik; SUWAKOV,
L.D., akademik, red.; MELINIKOV, N.V.,, red.; AAQ=QLffl.,, red.;
SPIVAXOVSKIY. 1.0., rsO.: PLAKSIN. I.N., red.; SUDOPLATOV, A.P.,-
doktor tekhn.nauk; red.; BARON, L.I., doktor tekhn.nauk, red.;
PROTODIYAKONOV, M.M., doktor takhn.nauk, red.;FAYERMAN, Ye.M.,
doktor tekhn.nauk, red.; MIKOYEV, G.F., red.; CHETYRKIN, M.I., red.;
IGNATIYEVA, L.I., red.; BXKM, O.G., tekhn.red.; ALADOVA, Ye.I.,
tekhn.red.
[Soviet mine engineering,.'1917-19571 Sovetskaia gornaia nauka,
1917-1957. Moskva, Goa.nauchno-tekhn.izd-vo lit-ry po ugollnoi
promyshlennosi *Ugletekhizdat," 194,?. 640 p. (MIRA 11:1)
1. Akademiya natd-. SSSR, Institut gornovo dela. 2. Chlen-korrespondent
AN SSSR (for Hellnikov, A oshkov, Spivakovskiy, Plak-sin).
Mning engineering)

TAWFILID, I., professor.; AGWMV, M.I., professor (translator]
Nquimment and work methods in modern mininf enterprises in
Sweden. Gor. shar. no.1:12-30 Ja '57. NLRA 10:4)
1. Stokgollmakiy XDrolevskiy Tekhnologicheakiy inatitut, Shvetsiya
(for Tanelid).
(Swedeu-Mining engineering) (Sveden-Mining machinery)

AGWFIKOV, M-1-
2:3-6 7 157. (mm 10:4)
,,,rove lade mining sy9tenm,, Oor, zhT, no*
i
I. Ghlon-korrespondent AN SSSR.
(mining engineering)

SKOCHINSKIT, A.A.; TERPIGOREV, A.M.; SHEVYAKOV, L.D., SERGEYEY, A.A.;
ZAKHAROV, P.A.; USKOV, S.I.; AGOSHKOV, M.I.; MELINIK07, N.V.;
BRONNIKOV, DeM.; YENIKEYEV, H.B.; PROTOPOPOV, D#D.; SUI)OPLATOV,
A.P.-; BARON. L.I.; MANIKOVSKIT, G.I.; NAURCHIK, A.F.; TXRPOGOSOV,
Z#A.; TARSUKOV, F.A.; POMOHTSHV, A.D.; IIEMIDYUK, G.Pe; MOLCHANOVO
P.V.; MAKSIMOVA, Ye.P., GRIBIN, A.A.; BAROIDINKOV, A.V.-; SIMUROVSKIT,
N.S.; BOGOMOLOV, V.I.-, KHODOV, L.V.; MOSULIKOV, Te.F.; GONCHAROV,
T.I.
Aleksandr Vasillevich Kovazhonkov; obituary. Bezop. t~ruda v prom.
1 no.12;35 D 157. (MIRA 12:3)
(Novazhenkovq Aleksandr Vasillevich, 1906-1957)

_AG~qqHK0V,Xkhai1.IvAUavi4h "-0 .CHALIN, Mikhail Panteleymonovich, kand.
tekhn.nauk; ISLANKINA, T.F., red.; SAVCHKNKO, Te.Y., tekhn.red.
(Mechanization of underground ore mining] Mekhanizateiia -
podsemnoi. dobychi rud. MoBkva, Izd-vo *Znanie,* 1958. 44 p.
(Vaesoiuznoe obshchestvo po rasprostraneniiu politicheakikh i
nauchnykh 2nanii. Ser. 4, no-36) (MIRA 12:7)
1. Chlen-korrespondent AN SSSR (for AgoBhkov).
(Mining machinery)

KOVAZHENKOV. ileksandr lasillyevich: BARSUEDV, Fedor Aleksandrovich;
_A60SHCO ".il., otvetetvennyy red.; NIXOLATBVA, I.N., red. izd-va;
POIJMVA, T.Pe, tekhn, red,
[StuAying parameters of underground breaking of ore in deep mines]
Iseledovanle parametrov podzemoi otboUd rudy glubokimi Bkvazhi-
nami. Moskva, Izd-vo Akad. nuk SSSR, 1958. 129 P. (MM IIZB)
1. Chlen-korrespondent Akademii uauk SSSR (for Agoshkov).
(Mining engineering)

PHASE I BOOK EXPLOITATION 879
Akademiya nauk SSSR. Institut gornogo dela
Voprogy razrabotki mestorozhdeniy poleznykh iskopayemykh (Problems in
th~ Exploitation of Mineral Ore Deposits) Moscow, Izd-vo AN SSSR,
1958. 251 p. 4,000 copies printed.
Resp. Ed.: Mel'nikov, N.V., Corresponding Member, USSR Academy of
Sciences; Ed. of Publishing House: Grigorash, K.I.; Tech. Ed.:
Makuni, Ye.V.
PURPOSE: This book is intended for students and instructors of mining
engineering vtuzes and for scientific, engineering and technical
personnel engaged in the ore-mining and coal-mining industries.
COVERAGE: The book is a collection of 17 articles written by 18 au-
thors under the direction of Professor Mikhail Ivanovich Agoshkov.
It deals with the principles of mining 6ni-gineer1fig, particuiariy
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Problems in the Euploitation (Cont.) 879
tholffe applied to underground mining, surveys the technology of
coal and ore mining, and discusses the most important practical
methods of mine exploitation. The book is divided into four.-
parts. Part 1 discusses the general problem of mining, eart 2
underground exploitation of ore deposits, Part 3 underground ex-
ploitation ofcoal deposits, and Part 4 open-cut mining processes.
The articles are accompanied by diagrams, tables and. bibliographic
references.
TABLE OF CONTENTS:
PART 1. GENERAL MINING PROBLEMS
Apshkov Corresponding Member of the Academy of Sciences, USSR
and Bronnikov, D.M.. Certain Economically Advantageous Factors in Min-
ing 5
The authors discuss the analytical-mathematical method of estimating
economically advantageous cost of production and the selection of
optimum conditions for given industrial factors. This analytical
approach has been advocated for many years by Academician A.A.
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Problems in the Exploitation (Cont.) 879
Skochinskiy. There are 5 figures and 12 Soviet references.
Kovazhenkov, A.V., Candidate of Technical Sciences (Deceased),and
Barsukov, F.A., Mining Engineer. Breaking and Coarse-Crushing Rocks
by Blasting 23
This is an evaluation of the main factors affecting the type of
blastings in ore-crushing processes. Patterns of single and
group shooting are discussed and a classification of ore ma-
terials is presented. The text is accompanied by 8 diagrams
and 9 graphs. There are no references.
Lipson, M.A., Candidate of Technical Sciences. Design of Permanent
Pillar's (The Use of Graphic Methods in Solving Problems in Rock-pres-
sure Theory 33
The author recommends the replacement of empirical, often erron-
eous, formulas by graphic-analytical methods based on well-known
theories of rock pressure. Such a method was developed by S.S.
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Problems in the Exploitation (Cont.) 879
Golushkevich with reference to statically determined masses. A
practical case is considered to illustrate the hiatus between
empirical formulas and well-developed theories. There are 27
figures, 2 tables, and 19 references of which 13 are Soviet, 4
German, 1 Rumanian, and I Hungarian.
PART II. SUBSURFACE EXPLOITATION OF MINERAL :DEPOSITS
Agoshkov, M.I., Corresponding Member of the Academy of Sciences, USSR,
and Mochalin, M.P., Candidate of Technical Sciences. The Effect of
Broken Ore Size on the Rate of Output 73
In mining hard ores the productivity of a mine can be considerably
increased by the efficiency of drilling and blasting operations.
To reach high production levels the problems of haulage and hoist-
ing must be satisfactorily solved. Scraping time, idling, second-
ary crushing, the effect of the size of broken rock on the effi-
ciency of transportation, etc. are-analytically examined. There
are 6 figures and 7 bibliographic references,of which 6 are Soviet
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Problems in the Exploitation (Cont.) 879
and 1 American.
Agoshkov, M.I., Corresponding Member of the Academy of Sciences,
USSR; Trumbachev, V.F., Candidate of Technical Sciences; and Mel'-
nikov~, Ye.A., Mining Engineer. Analysis of Stress Conditions and
the Stability of Roofs and Interchamber Pillars in Areas of the
Kursk Magnetic Anomaly 87
Nearly vertically dipping, tightly folded and compressed fer-
ruginiferous quartzites are extracted by the chamber-pillar
method with.permanently remaining pillars. To test the ade-
quacy of selected dimensions for both components an analytical
method for extreme equilibria and suitable tests are presented.
There are 16 figures, 4 tables, and 6 bibliographic references,
of which 4 are Soviet and 2 American.
Spivakovskiy, A.O., Corresponding Member of the Academy of Sciences,
USSR, and Smoldyrev, A.Ye., Candidate of Technical Sciences. Sta-
tionary and Mobile Pneumatic Flushing Installations for Nonferrous
Metal Mines 103
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Problems in the Exploitation (Cont.) 879
The authors describe techniques and machinery used in silting
minles to prevent subsidence, and offer suggestions for the fur-
ther mechanization of this ptocess. The text contains 8 fig-
ures. There are no references.
Baron, L.I., Doctor of Technical Sciences/and Fugzan, M.D., Stalin
Prize Laureate. A Study of the Relationship Between the Angle of
Natural Repose of Broken ore and Its Size 115
It has been observed that the angle of natural repose of are,
an important factor which affects various mining designs, de-
creases with an increase in the size of broken ore. The authors
discuss recent analytical and numerical data on the subject.
There are 5 figures, 4 tables, and 2 Soviet references.
Baron, L.I., Doctor of Technical Sciences)and Voronyuk, A.S., Can-
didate of Technical Sciences. Method of Determining the Economic
Expediency of Utilizing Underground Crushing Machinery 122
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Problems in the Exploitation (Cont.) 879
Subsurface crushing offers the following advantages: 1) better
working conditions and increased safety, 2) increased productivity
3) more proficient mucking and tramming, and 4) more efficient uti.
lization of hauling and hoisting equipment. Various designs are
submitted by the authors. There are 4 figures, 12 tables, and 36
references, of which 24 are Soviet, 9 English, 2 German and 1
French.
BronnikovI D.M., Candidate of Technical Sci~ences,and Chistov, V.A.,
Mining Engineer. The Effect of Blasting-hole Deviation on Ore Pro-
duction 140
The authors propose and describe methods and techniques for in-
creasing ore ouEput through the control of boreholes by means
of electric pulse and gyroscopic equipment. There are 14 figures
and 5 tables. There-are references.
Baron, L.I., Doctor of Technical Sciences,and Voronyuk, A.S., Can-
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Problems in the Exploitation (Cont.) 879
didate of Technical Sciences. Approximate Evaluation of the True
Volume of Broken Ore by Its Three Maximum Dimensions 153
The authors provide a practical approach for classifying bro-
ken ore of different size and computing voids. There are 4 ta-
bles, I figure, and 2 Soviet references.
Kovazhenkov., A.V., Candidate of Technical Sciences (Deceased), and
Barsukov, F.A., Mining Engineer. Selecting Crosscut Dimensions in
Mining by Blasting 157
The article describes the various techniques used in crosscut-
ting in hard and very hard rocks. There are 3 figures, 4 tables,
and 6 Soviet references.
Baron, L.I., Doctor of Technical Sciences~ and Fugzan, M.D., Stalin
Prize Laureate. Tests Demonstrating the Effect of the Nonuniformi-
ty of Ore Discharge 166
To insure uniformity in ore loading in mining apatite by shrink-
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Problems in the Exploitation (Cont.) 879
age and block-carving, a worked out block filled with granulated
ore and small wooden cubes (1 cc. in size) was used as a model.
The passage of such wooden models provides an idea of the pattern
of ore passage. There are 8 figures, 2 tables, and 2 Soviet ref-
erences.
PART III. SUBSURFACE EXPLOITATION OF COAL DEPOSITS
Novikov, K.P., Candidate of Technical Sciences. Rational Values for
Elements in Longwall Methods of'Coal Extractions 177
The technical and economic problems in coal production depend
on a number of factors such as thickness and dip of seam, tim-
bering, etc. For example,the length of the working face depends
on the thickness of the seam. The author gives an analytical es-
timate of all factors influencing coal mining. There are 9 fig-
ures. There are no references.
Baranovskiy, V.I., Candidate of Technical Sciences. Development
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Problems in the Exploitation (Cont.) 879
Openings in Unstable Rocks Subject to Heavipg in Moderately Pitching
Coal Seems in the Donbass 197
The author reviews the problem of controlling heaving, which in-
creases with depth, and the flaking and disintegration of roofs.
The technical and economic indices of a coal mine, such as labor
and transportation, are unfavorable affected by such factors.
T~e problem is how to reduce these factors to a practical mimi-
mum. There are 15 figures. There are no references.
PART IV. OPEN-CUT MINING
Kragnikov' A.S., Candidate of Technical Sciences. Selecting the Best
Width for Excavator Operations in Stationary Excavation Systems 217
.A theoretical treatment of factors affecting the productivity of
stationary excavators and a selection of the best parameters for
shovel width and revolving angles are presented by the author.
There are 6 figures and 2 tables. There are no references.
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Problems in the Exploitation (Cont.) 879
Potapov, M.G., Candidate of Technical Sciences. Operation of Open-
Cut Electric Locomotives Loading Trains Directly from Excavators 231
The author presents a theoretical study of loading ~diagrams for
electric locomotives. These concern the electromechanical charac-
teristics of the motor in relation to the efficiency of operations.
There are 4 figures and 2 tables. There are no references.
lAuthor not given]. Mikhail Ivanovich Agoshkov (Fiftieth Birthday
Anniversary) 247
This is a brief biographical sketch of Professor M.I. Agoshkov,
in honor of his 50th birthday. Professor Agoshkov, a distin-
guished mining engineer and a Corresponding Member of the Academy
of Sciences, USSR, is the author of more than 50 published works.
He has received a number of medals and honorific titles, among
them the Order of the Red Banner of Labor and the Badge of Honor.
AVAILABLE: Library of Congress
Card 11/11 Mm/sfm
12-18-58

A a of AS USSR, Bronniko-,r,
AUTHORS: gog4k2X,,_4 , Corrssponding
D.M., Candidate of Technical 5ciences and Krasavin, G.A.,
Engineer
TITLE: Drilling Units with Sinking Percussion Drills (Burovyye
agregaty s pogruzhnymi molotkami)
PERIODICAL: hlekhanizatsiya trudoy9mkikh i tyazhtilykh rabot, 1958, Nr 2,
PP 17-18 (USSR)
ABSTRACT: The drilling of deep bore holes for the brenking of hard
oree involves a large expenditire of time and money, To
find the most efficient means of drilling the following rigs
with sinking pneumatic drills were tested under similar con-
ditions at different mines: BA-100M, constructed by the West
Siberian Branch of the AS VSSF. and Kuznetskiy metallurgiche-
skiy kombinat (the Kuznetsk Mletallurgical Trust); BES-2M
constructed by the Krivorozhsliy nauchno-issledovatel'skiy
gornorudnyy institut (the Krivoy Rog Scientific Research
Mining Institute) and produced by the plant "Kommunist";
BNIK-2b - constructed by the Kyshtymskiy mekbanicheskiy zavod
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Drilling Units with Sinking Percussion Drills SOV/118-58-2-6/19
(the Kyshtym Mechanical Plant) and PBA-1 constructed by the
Institut gornogo dela AN Kazakhskoy SSR (the Institute of
Mining Engineering of the AS of the KazakhslayaSSR) and
Leninogorskiy kombinat (the Leninororsk Trust). The results
of the tests are shown in tables I and 2, Theve tests
showed the superiority of the DA-1001101 drilling units, ex-
plained by the relatively low weight of its percussion drill
(13 kg), its force of impact (7-5 kg) and the high frequency
of impacts (1900 a minute). These tests showed that the
drilling speed in one time-unit is directly proportional to
the number of impacts (Figure 2 and Table 3). Moreover, as
the BA-100M unit at the same time flushes the bore hole with
water, it creates better working conditions. Finally all
auxiliary operations connected with the operation of this
unit took much less time than with other tested drilling units
(Figure 3). The authors recommend perfecting and stepping up
the production of the BA-100M drilling units. Reduction of the
diameter of the drill and of the bit as well as a further in-
crease in the frequency of drill strokes is also recommended.
There are 3 tables, 2 graphs and 1 Dhoto,.
1. Drilling mach1nes--Op(:-at1on 2. D-_111ing inachlnes--Test results
Card 212

AUTHOR: SolomonovA
TITLE: Problems of the Construction and E~,-oloitation of Mining
Enterprises., Scientific-Technical Conference at the Institut
of Mining, Academy of Sciences USSR (Voprosy stroitel'stva i
ekspluatatsii gornykh predpriyatiy, Nauchno-tekhnicheskoye
soveshchaniye v Institute gornogo dela Akademii '*auk SSSR)
PERIODICAL: Izvestiya Akademii Nau-L SSSR, Otdeleniye Tekhnicheskikh
Nauk, 1958, Nr 3, P 173 (USSR)
ABSTRACT: On November 20-21, 1957, a conference took place on the
problems of the construction and exploitation dealing with
the mineral deposits under complicated hydrological and geo-
logical engineering conditions. The conference was organised
by the Institute of Mining together with the Central Adminis-
tration of the Scientific-Technical Society; 320 delegates,
nearly all representatives of the appropriate large enter-
-orises, were present. The conferencewas opened by Academicia
h. D. Shevyakov. At the plenary meetin- o~ the conference tb
following papers were presented: A. T. Bobryshev on "Hydro-
lo-ical conditions of the Yalcovlev deDosits of the Beigorod
L2
iron ore district of the Kursk Magnetic Anomaly (1211) and the
corresponding scheme of the lowering of the water level and
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Problems of the Const~ru,,~tion and E)cplD -ai-ion Of 1,1-4n -n."- Enterprises.
Scientific-Technical Conference at le Insti ute of IJjn~n,) Academy
L
of Sciences USSR.
draining Agos'-rikov c,:a "IT11-thods of o-ueninlz
workin-s and the syste-ms zf
LD
ores 1P zhe Belro-o:~,)d C'L Jhe Anomaly";
G. N. Manlkovskdy on "TIh,-- -ca--ko of research in
the ficld of nonstruction and exploitat.4-on of i.,iiilirvo, enter-
M 4- Z. 0
prises of soaked deposits", 1, V. Popov on I'Tle Iak f engin-
eerin~- geol,--gy in cornection wl.th the appraisal olp conditions
(D
of opening mid explc~itation %fj.2rjrinr;z: of dei~,~sit-0; S. A. Kri-
vorog on "Methods of drainin.-, of houvil,, viutcr-f~oak,~d coal
and ways cf their perf,~,,otj.on". H. F. Unbl-ovskaya and
M. N. Gusar,,--,v on works under ccnd-ltion:~ -)f water -
soali,-,ed karst"; D. I. LIaliovaliov on "Now enuipmon-lk-, in shaft
constru-3tion by special methods". Several papers were sub-
ni;&tted in the co-nference sectiono: "Or, th~, in-11--D-1-luction into
of blasL-.-4ri.- timber techn;L,~,ue in t1lie Basin";
"On the eYp(-.nienoc-. of cinking -main (-entry) shat'ts under the
compli~:at,,,d hydrolo,,.icai conditicn~~ cf Tula 3,,-~ai denosits";
"acpi--itation of mal-i sLaft,-= in tli~~ froze.,! cluat~,:,nary coal
depocits of "On the influence Cf soal"rin-, unon the
dc---Ic~-,-Tniont :Pr-,ci?dullo of the -ye deposit";
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L-

127-58-7-10/20
AUTHOR: Agoshkov, V. T. . Corresponding Member of the AS USSR
~rylo,7777T7T-Candidate of Technical Sciences, and
Nikanorov, V.I., Mining Engineer
TITLE: Secondary Ore Crushing by a Hyeraulic Press (Vtorichnoye
drobleniye rudy gidravlicheskim pressom)
PERIODICAL: Cornyy zhurnal, 1958, Nr 7, PP 55-59 (1195R)
ABSTRACT: The Authors describe experiments made by the Institute of
Mining Norks of the Ceologo-ra2ivedochnyy institut imeni
Ordzhonikidze (The Geolopical-Prospecting Institute imeni
Ordzhonikidze) on secondary oro crushing with hydraulic preqaes.
This operation until now was not mechanized. The press was
installed in a mining gallery. It was composed of two hydraulic
cylinders from the GD-300 lifting jack and a high-pressure
oil pump. A buttress composed of girders with forged iron
pieces welded on them, was installed Pgainst the wall. Pieces
of rock were nlaced against the girders and the Press. The
experiments showed that secondary crushing by tliis method
caused less dust, was more rapid and could be regulated by
applying more or less pressure and by using different types
Card 112 of punches. The method of droppin.- weights on pieces of rock

Secondary Ore Crushing by a Hydraulic Press
127-56-7-10,/20
to crush them was also tested, and proved to be less efficient.
The authors recommend the introduction of the hydraulic press
method into the mining ihdustry.
There are 3 photos, 2 drawings and I tables.
ASSOCIATION: Tnsti.tut gornogo dela AN SSSR (TheMining Institute of the
AS USSR)
Card 2/2 1. Ore crushin- 2. Hydraulic presses-Applications
0

SOV-127-58-10-17/29
AUTHORS: -Ago 0hko-U_K-.T_,r--Gorrespondi ng blember of the AS USSR and
Mamsurov, L.A., Mining Engineer
TITLEt A Mechanization of Stoping at Mansfeld Mines (Mekhanizat-.
siya ochistnoy vyyemki na rudnikakh mansf4da)
PERIODICALt Gornyy --hurnal, 1958, Nr 10t PP 54-60 (USSR)
ABSTRACT: The authorsdescribe the machanization of stoping in the
mines of Mensfeld (Soviet zone of Germany). There are 2
photos, 5 sets of diagrams and 6 non-Soviet references.
ASSOCIATION: IGD AV SSSR (IGD AS USSR),
1. Mining industry--Germany 2. Mining engineering
Card 1/1

AUTHORS: Agoshkov, M. I., Correspondine 1-11e:nber~ SOV/30-58-1 2-3146
ATT-SM,-7EFn-il~;-Yev, N. B., Candidate of Technical Science,-
TITLE: Mining-Techalical Problems in Opening the XiLrskaya 149,petic
'Anomaly (Gorhotekhrilcheskiye' probleW, os~Qyenlya-'-Kui~nkoy
laagnitnoy anomAlii),
PERIODICAL: Vestnik Akademii nauk SSSR, 1958, N--- 12, pp 10-18 (USSR)
*BSTRACT: The ore deposits in Kursk are situated favorably from a
geographical point of view (Fig 1), apart from the fact that
there are immense supplies of 1,igh quality. The industrial
opening proceeds very slowly in consequence of very complicated
and unusual mining-geolori-cal conditions of the basin. The
predominant majority of ~he rich ore deposits are situated at
a great depth under a mass of irrigated rocks. The opening of
the deposits, under these conditions, requires enormous
investments of capital and 'the solution of a number of
complicated problems conoerning the draining as well as the
organization of special metlicda of level mining down to a
depth of 900 m and the reinforcement under a heavy pressure.
Many of these problems are ent-irely neir both to Soviet and
foreign science and technoloCy. The structure of the mass
Card 1/3 lying over the ore deposit can be seen in fiCures 2 and 3.

Mining-Technical Problems in Opening the Yxrska~yii
Magnetic-Anoihaly . I
SOV/30-5B-1 2-3146
During the next years an extension of the jeological and
hydrogeological researches 'with respect to en,--ineerinf; will
be necessary. The participation of the following institutions
and organizations will bo ne,;essary in order to carry out the
researches: Institut gornoj;c d~_,la Alkademi-i nauk SSSR (Mining
Institute of the Academy of Sciences USSR), as the co-ordinating
main institute, Institut avtomatiki i telemekhaniki (Institute
of Automation and Telemechanics) an(I Institut merzlotovedeniya
Akademii nauk SSSR (Institute of Frost Science of the AS USSR),
Laboratoriya gidrogeologicheskikh problen im. F. P. Savarensko'go
Akademii nauk SSSR (Laboratory of HydroCcological Problems
imeni F. P. Savarenskiy of the AS UhR), Moskovsk-i- gosudarst-
vennyy universitet im, 11. V. Lomonosova (Moscow State University
imeni M. V. Lomonosov), Bel6-;or,-dsk.%yd zheleznorudnaya
ekspeditsiya Glavnogo geologicheskoro upravleniya pri Sovete
79inistrov RSFSR (Belgorod Iron-Ore Expedition of the Main Geologi
cal Administration of the Cuatic-ii of Ministers of the RSFS4,
4,
Krivorozhskiy nauchno-issledovatel'skiy (,-ornorudnyy institu"
(Krivoy Rog Scientific Research Inst4tUte of Ore-Rocks) and
Card 2/3

Mining-Technical Problems in OponinE; 'he Kurska,,~a Vv//~O-~,S-l 2-3/46
Magnetic Anomaly
many others. More than 1A+ planning and conBtructing
or-anizations and works are to take part in carrying out
the planning and constructing works. There are 3 figures.
Card 3/3

IGOSBKOV, Mikhail Ivanovich; YENIKEM, Higmatuila Bikmakhametovich;
BOYARSKIY, V.A.. red.izd-va
CKurek Kagnetio Anomaly] lurskaia magnitnaia anomalila.
Moskva, Izd-vo Akad.na-ak SSSR, 1959. 38 Pe (KIRA 12;5)
(Kursk Magnetic Anomaly)

AOOSBX.OV, M.I., otv.red.; GEIMM, L.M., red.izd-va; KARKOVICHP S.G.,
[Technology of mining and dressing of minerals] Voprosy
tekhnologii dobyvaniia i obogashcheniia poleznykh izko-
paem.vkh. Moskva. Izd-vo Akad.nauk SSSR, 1959. 185 P.
(MIRA 12:8)
1. Akademiya nauk SSSR. InBtitut gornogo dela. 2. Chlen-
korreopbndint Ali SSSR'(for Agos'hkov). ' '
(Mining engineering) (ore dressings

AGOSHKOV,- M'.L; BRONNIKOV, D.K.; KOVAM)OKOV, A.T. [deceased); HKAHOROV,
I.!.; MOCHALIN, M.P.; VCRONM, A.S.~ Prinimali uchastiye: KRAU-
VIN, G.A.; GAGULIN, M.Y.; BARSUKOV, F.A.. TXRPMSOV, Z.A., kand.
takhn.nank, otv.red.; NIKOLAY3VA, I.N., red.izd-va; DOROKHINA,
I.N., tekhn.red.
(Investigating the Tw-ia technological processes of underground
mining of thick hard ore deposits] Isaledovanie oanovnykh
tekhnologichaskikh protseseov pri podzemnoi razrabotke moahchnykh
mostorozhdanii krapkikh rud. Moskva, Izd-vo Akad.nauk =SR, 1959.
359 P. (MIRA 13:2)
1. Chlen-korrespondent AN SSSR (for Agoahkov).
(Mining engineering) (ore dressing)

SH IRO. lzraill Solomonovich; YANSHIN, A.L., akademik, nauchnvy red.;
AGOSHKOV, M.I., nauchnyy red.; FLESIN, I.H., nauchnyy red.;
skademik, otv.red.; DOLITSKAYA, S.S., red.;
SHIRNOV, Z.K., takhn.red.
[Iron ores; a bibliography, 1955-19571 Zheleznye rudy; biblio-
grafichetskii spravochnik, 1955-1957. Otvatstv.red. I.P.Bardin.
Moskva, Proizvodstvenno-izdatel'skii kombinat VINITI, 1959.
910 P. (MIRA 12:11)
1. Akademiya nauk SSSR. Institut nauchnoy i tekhnichookoy
informateii. 2. Chleny-korrespondenty AN SSSR (for Agoshkov,
Plaksin).
(Bibliography--Iron ores)

240)
NUNK z son zVz4xTAT1Qff SCIA944
Akadudze sank SM, xastitut sornow dais
Xmmft'Y" PrO102407. NWO, IY& I rasrabotkI mostoroahslenir Valeshy
tAk0P4YAwZJd1 (301ent-Ifle Problems in Developing and -xQ2aItIYfg
Hime"'Ol D"OsItS) Moscow, I24-vo AM 333R, 1959. 333 P. 3,000
410PUS printed. Xrr tA 0119 inserted.
1860- Rd- I N.V. Rel'silkov. Corresponding Member, UM Academy or
8410660~J Md. of ftb2lahing Rouses Ta.F. Veall'yow; Tech. Rd. 1
P.S. Z"hina.
MUPMZI Ible book Is Intended for coal. and are slaxag engIneerm.
OUTIRMs JL& collection of articles rWortg an the results of *also-
tLfto studies conducted by members or the %nstIt%t4k of Mining In-
dustries or the AN SM on problema of developing and *JWlOIt1nA;
0"I and or* deposits. The book Is divIded Into two parts. Part I
d1BOU0806 the development and exploitation of coal de"tita. the
trends In devvlopLng underground and surface exploitation methods.
UW solent1fla bases and principles applied In xgleotInj; exploit&-
11Mwmmm__UQQ_p*tftods for different natural conditions. the deteiftin%tioss
or the basic elements In the use of modern mechanized equipments
10 10dogg.001 deVolopnOnt. and the preparation and e2ploitatIon
or goal. Part 11 to devoted to problems in th(s development A"
exVIssitatIon of ore deposits, the draining and al-4- methods
mand In underground emploltatlon or deposits in the sz*& of the
Z ERA (Marsk PACWtIa Assoaaly)sthe open pit mining method used in
61VIOlting the rich V(A ores, the determination of size of Ore.
sad rurther ore dressing. The book in dedicated to Acedgedclan
ZAT Dffiltrl"TlGh Sh4vY%XOv. mining "Zinger. -Me articles a"
accompanied by diagrams, tablet" b1bilograchle references.
?A=X CONTiNTS1
sientino Problems (Cant.)
PART zz. rRomsm xff THs prawrx-rAT AID F-OLOITATICI OF MR
MEPWX23
Xan'kOVSkIy, G.J. Problems In Water Drainage and I-- jP~1&1
Methods of or* Xining in DsveZopins the RICh lro.' OT-e Deposits 189
of the BelgorodeklY ROSIOn
VILkovskayas M.P. Aggjona2 Water Drainage In Xju-Bt Areas 209
DOISOV0 O.A. Using t.-to Wdt~hCd 01' !~~elrXIIIC M'J..'J'a 1.2 St'-47- 210
- ing Mock Freezing :Or 31"&:t S-InUng 0201'_~"O"&
G.realmov, A.V. Stu" Of 2"t111:7 '-no- St"L_ 230
lity of klinwent In W.Aft L-L-11:39 30ts
Sinkim. B.A. Open-aut ZxPl0t'x':Iw of RIrh KrA (2.'LrS;c KARX02ti's 244
Anomaly) Or*@ . .... .
.AV$hkOv._X.J.. and A-P. EA-_n.~vaLk. Z.,,,.I. Ad1wtAG*4 lu V31"S 253
L.1 &V1Olt!s`Z LOe4 rePos"s
card 5,7

Olt Solowonov, X. SOVISC-99-1-27/29
T12LSB Conference at the Loading Or*-Mining Combine in Tyrny-Aus,
(FAb"dino-Ralk"iya) (SOT*Zhchanlr* no Persdowom k0ablzate
fmoradw promyshlonnostl v Tyrny-Auzo (K&bLrdlmo-
=
rlyaff
PERIODICAL& I"Ostlya Akad*uil nauk,SSSR, Otdolonlye tokhmichask"r%
nouko Xot&llurglya I toplivo, 1959,Xr 1, p 123 (USSR)
AWTZACT3 A conference vas convened ou 15-18th September 1953 at
the Tyrny-Auz Combine by the Institut gornogo dole
Akadmall -k- 891M (Mining Instituto of the Academy of
Sciences of the USSR), Gosudarstve=yy vauchno-
talknichoskly kowitet Soveta -Inistrov SSSR (State
Scientific and Techzxi2LI Committee of the CouncIL of
Xlnlsters of the USSR) the XLbordino-Balkarskly
sornarkhos (Xabordino-f1alkarlya 9conowic Council) and the
obshchostwo tsvetuoy motallurgil
18diontifle and Technical Society for non-ferrous
Ketallurgy). The following reports were prosentods
- rgrm,j,n1-_ GITZ (prohably a mistake for GA= (State
OUtISIC and Technical Committee) - Abstractor) or the
Card 1/3 Council of Ministers of the USSR, wKaIn Lines for
Technical Development in the Underground Mining or Ores
of Son-Farrous and Rare Metals in 1959-1965w1
#jh;Mo.,h?jE. ZGD AN SSSR (AS USSR), "Improvement in the
. undertroana worraing of Large Depositv of
Nord 0 V G D hkcy- TsNIGRI, -Experience in the
Ore' '
Us. of the 10rQl::S'.U a MerRod of Working Deposits Under
Conditions Preserving the Surface from Caving'; A A P v
Inttitut Un1promed (Un1goz*d Institute), 1Rxp9r3:tj=_122_
the Working and Safety .oc:ation3 of Inflammable Ural
.;.8he11n11,pr, institut Giprotsvotmot
x4onomio xrrectiveness of
t
uLpment in Working Large Doposit3-,
k of the VNIIZT Institute on the
or2l B*ring Zquipment M
(114-4, Institute AS USSR), "Comparative To cation or
Xsoods of Charge Drilli Hard Ores-; N.A. Chi~_ital
31birskoys otdolonlye AN%SlRn (Siberian Department or the
AS USSR) "Shield Propping in Working Large Lutbass Seams
And the Possibility of Using this Propping System In
Working Ore Deposits'l A_V_ B-11k, and L-1- B-~UV
Card 2/3 (Xining Institute ALS Uaw), *Systems or Working Large
Rard-O o,Doposlts In Foreign Quarries';
V_V_ Nadi--- IOD Ukr SSR (Mining Institute Ukr S!Z), ~Wayx
of Combating Dust In Mining Operations-. After this the
conference board reports an vork at the S~rxllskly
kombinat (Norilsk combine), the Nikitovskly rtutn77
kombizat, T~*.aii combine . the OVerkhmiym rudnl~
("Upper" quarry3,jfthe kowb1nat Sikbali (51khote-Alln'doposIts)
of the Dogtorskoye mostorozhdoni7o dop".1t;
LoninagorskLy komblnat (Loninagorsk Combine), Tyrny-
Autskly kombinat (Tyrny-Auz, combine), Salairskly r-idulk
(Salair quarry) and the DzhozlmzgarLsloyesestorozhdonlyo
card 3/3 C Ozbsl"* z98n deposit). The conference docided on
measures for Improving mlalv

r
8(5)914(5) SOV/127-59-2-4/21
1
AUTHORS: Agoshkov, M.I., Member-Correspondent of the Soviet
.1-c-aTe-m-y-U-9ciences, Yenikeyev, N.B., Candidate of
Technical Sciences, and Gromyko, A.A., Mining Engi-
neer
TITLE: Fundamental Problems Concerning the Opening _and
the Exploitation System of the 'Yakov1*v&koY*,De~osit6
(0snomye., voprosy vskrytiya i sistem razrabotki'
Yakovlevskogo mestorozhdoniya)
PERIODICAL: Gor nyy zhurnal, 1959, Nr 21 pp 15-23 (USSR)
ABSTRACT: The article is divided into the following subtitles:
introduction; annual output and duration of the
mine; organization of the operations and estimated
indices; the way of opening and the dimensions of
the mining fields; di,=~.asions of the shafts' cross-
sections and the wevp of opening them; selection
of the exploitation system and the height of the
floors; exploitation of thE 'Pok
r6vakoye Deposits
Card 1/5 underground transportation, lift questions, and ven-

SOV/127-59-2-4/21
Fundamental Problems Concerning the Opening as Well as the Ex-
ploitation System of the Yakovlevskoye Deposit
tilation of the galleries; angles of displacement
of the useless rock. The influx of subsoil water
is estimated to be 8,000 or 9,000 cu m/h (water co-
efficient 4 or 4.5 cu m/t) which is said to be a
comparatively small problem in comparison with e.g.
the bauxite mines of the Northern Ural where the
water coefficient is 30 to 50 cu m/t. The industrial
utilization of the mine is said to require extra-
ordinarily complex technical and organizational pre-
parations. The points of disagreement between the
2 project institutes engaged in the work (the Yuzh-
giproruda of Khar1kov and the Institute of Mining
attached to the Soviet Academy of Sciences) are:
1) the way of opening and the dimensions of the mine
fields; 2) dimensions of the shafts' cross-sections;
3) selection of the floor height and of exploitation
system; 4) succession of operations at -rakovIevskoYe
Card 2/5 and Pokrovsko*lnin s;'5),disp3~V_% anglak of-the useless

SOV/127-59-2-4/21
Fundamental Problems Concerning the Opening as Well as the Ex-
ploitation System of the Yakovl6vkoye Deposit
rock. The overall length of the Yak0V14YXkAWe -deposits
is 40 km. To date, a 10 km long area has been
examined thoroughly. Estimated annual output is 15
million tons. The Institute of 1,1ining of the Acade-
my pleads for a simultaneous exploitation of both
e lUkDvievskoye, ft)MQnk0Ye).- In such case the
i lds(
f
annual output would be 17 million tons (12 from Yakov-
leyskoYe., 5;fr0m'P0krov9)DoYe)-. .Six floors are planned
to be cut. The annual sinking rate of the floors
starts at 2.5 m and reaches 27 m at the 6-th floor.
The mine will be exhausted in 45 or 50 years. The
efficiency of an underground worker is estimated to
be 15 tons per 6-hour shift. The mining area is
crossed by the Wrokla ftver~ There will be 4
operation zones on the surface. The Northern Zone
(Nr 1) will be 4 km long, the Southern one (Nr 4)
7.5 km, both of them being placed outside of the
Card 3/5 'VOrBk3A-. River valley. The z*e Nr 1 is to be the
I

SOV/127-59-2-4/21
Fundamental Problems Concerning the Opening as Well as the Ex-
ploitation System of the Yakovii*xkoye neWsit
first to begin operations. The Academy recommends
to construct one central operational and auxiliary
set of shafts. The elevators should have 2 cages
each, holding 70 persons. The skips will be of the
bottom-unloading type and each of them will have a
50 ton capacity. Output - and auxiliary shafts
are to have a 6.5 m cross-section clearance. Auxil-
iary and ventilation shafts of the mine at Pokrov
are planned to have a 4 m cross-section clearance.
Besides the standard methods used in digging shafts,
freezing, cementation and drilling methods are also
taken into consideration. Floor heights should not
exceed 50 or 60 m. Exploitation work on the first
floor, containing about 270 million tons of ore,
will take 20 years, while that of the 2nd floor
containing about 186 million tons will take 11 years.
The PWpMVAkDye,.dep05it0 , are estimated to be 500 mil-
Card 4.15 lion tons. Trucks used in the mine will have a 25

SOV/127-5)-2-4/21
Fundamental Problems Concerning the Opening as Well as the Ex-
ploitation System of the T&kov1iiUqyo DepmIt
ton capacity and will be electric. The amount of
air needed in the . Yakavlavskoye mine will be about
630 cu m/sec and 200 cu m/s'ec in Pokrovskoye vdne. Me de-
pression in the - Yakovlevskoye mine - will be 600 to
650 mm of the water column, 400 to 450 mm in the
Pblmvskoye mine.. Professor S.G. Avershin recommends
to take 50 or 55 grades as the most suitable angle
for the displacement of useless rock lying above
the YakDv1evakbye:'dre -strata. . The mean angle of
displacement must be 45 grades. There are 2 tables
and 4 schematic diagrams.
ASSOCIATION: Institut gornogo dela AN SSSR (Institute of Mining,
attached to the Soviet Academy of Sciences)
Card 5/5

18 SOV/127-59-4-2/27
AUTHOR: _AEoshkov,M,L, Coresponding Member of the AS
USSR, Bud1ko, A.V. and Burt-sev,L.I.,Candidates
of Technical Sciences.
TITLE: The Improvement of Highly-Productive Methods and
Technology of Mining Large Deposits of Hard Ores.
(Usovershenstvovaniye vysokoproizvoditellnylth
sistem i tekhnologii razrabotki moshchnykh
mestorozhdeniy krepkikh rud.) - Results
of the All-Union Conference on Highly Produc-
tive Methods of Mining. (K itogam Vsesoyuznogo
soveshchaniya po vysokoproizvoditel'nym siste-
mam, razrabotki.)
PERTODICAL: Gornyy zhurnal, 1959, Nr 4, pp, 12-24 (USSR)
ABSTRACT: The scientific-technical conference which took
place in Tyrny-Auz in September 195.1") was con-
vened to develop measures for the improvement
and introduction of highly productive methods
Card 1/5 and technology of mining of large deposits of

SOV127-59-4-2/27
he Improvement of Highly-Productive Methods and Technology
6f Mining Large Deposits of Hard Ores. .~--`~-Results of
the All-Union Conference on Highly Productive Lethods of
Mining.
hard ores. Different mining methods used in the
USSR and abroad (U03A, Canada, Sweden) as well as
the automotive equipment of mines were dis-
cussed and compared. The drilling of holes,
thoir dizuuotcr and blastInG methods were also
discussed. The introduction of new powerful
technological equipmeat, such as automotive
Q
drilling, loading and unloadin- of agGreGates,
implies the modernization of mininS methods or
their simplification. The introduction of
room-and-pillar or of bloch-caving methods
was recommended. A nev; system of ore-crushing
must be developed and improved means of
ore-blasting introduced. Care must be taken
rV
Uard 2/5 to avoid excessive pressure in mining chambers

SOV127-59-4-2/27
The Improvement of Highly-Productive Met1jods and Technology
of Mining Large Deposits of Hard Ores.,` of
the All-Union Conference on Highly Productive Methods of
Mining.
and to choose such alternate mining methods which
will permit intensive exploitation without
causing caving-in or sliding of overhead rocks.
The application of various mining methods in the West and
in Soviet mines is described. At the Sokol'-
naya Mine, ore was extracted by the compulsory
level caving-in, later replaced by the sub-level
caving-in method. The drilling equipment used
was the O-B-4 drilling rig with milling cutters
and PBA perforators. The compulsory level
caving-in method is used in the Salairskiy M:4ne , the
TekeliyskiyMine Mine 7/9 of the Noril'skiy
Kombinat (the Norillskt'~~Combine). Drilling equip-
ment used in these mines is as follows: rigs
SB-4,BIAK-2b, BM11 and perforators K'1'sM-4 and
Card 3/5 KS-50. The room-and-pillar method, with massive

SOV127-59-4-2/27
~he Improvement of Highly-Productive T,1ethods and Technology
of Mining Large Deposits of Hard Ores. -:' Pesults of
the All-Union Conf erence on Tlighly Productive I'l.ethods of
Mining.
extraction of ore, is usod in the Tyrny-Auz
Mine. BIJK-2b and BA-iGOp-l drillinS rigs are
used. In the Ilikitovslriy Rtutnyy rudnik (the
Nikitovskiy Mercury 1,,*ine) the level caving-
in method is used. in the Ural O'hilaopyrite
Mines, the sub-level cavinG-in method is
used. It is also used in the A'-rasnoGvarr1PvqkiY.
Belorechenskiy. and imani III Internatsionala
Mines. The room-and-pillar method is used in
the Verkhr-iy Mine of the Sildiali Combine and
the method of horizontual layers with filling
is used in the Taseyevskiy 1,11ine. This method
is presently being perfected by the Tsentrall-
nyy nauchno-issledovatellskly Corno-razvedoch-
nyy institut (the Central Scientific Research
Card 4/5 Mine Prospecting Institute (TsNIGRI). There

SOV/127-59-4-2/27
The Improvement of Highly-Productive 1-Jethods and Technology
of Mining Large Deposits of Hard Ores,, Results of
the All-Union Conference on Highly Productive Methods of
Mining.
are 5 sets of diagrams.
ASSOCIATION: Institut gornogo dela AN SSSR. (The Institute of
the Mining Industry of the AS USSR.)Lyubertsy,
Moscow Oblast
Card 5/5

AGOSHKOY rof.; NUIMN, MeTeet kand.tekhn.nauk; HAZARCHIK, A.F.,
kand.tekhn.nauk; MAKSUROV, L.A., gornyy inzh.; RAYIymffO, D.I.,
grornyy inzh,; MOYXV, A.A., otv.rod.; SUVOROSOV, A.Kh., red,
izd-va; BOLDYRHVA, Z.A., tekhn.red.
[Systems of minin.- vein deposits] Slatemy razrabotki zhillnykh
matorozhdenii. Pod obahchei red. M.I.Agoahkova. Moskva, Goo.
nauchno-tokhn.izd-vo lit-ry po gornomu delu, 1960. 373 P-
(MIU 14:1)
1. Chlen-korrespondent AN SSSR (for Agoshkov).
(Mining engineering) (Ore deposits)

AGOSHKOV, M.I.;
WARPILI~.,,-A.F.p kand.takhn.nauk
I
I -
Reducing the amo t Of labor for stoping in working vein deposits,
Trudy I=t. gor.laTla 5:3-.U 160. (Mm 14: 5)
1. Chlen-4morrespondent AN SSSR (for Agoahkov).
(Stoping (Mining))

88&)6
Lill 0-,Ll S/127/(0/000/005/001/008
B012/BO58
~'2 110:' S Agoshkov I Corresponding Member AS USSR, and
NazarFMT'_.,L, F. I Candidate of Technical Sciences (Lyubertq,
M'o:~kovska,ya obiast')
TITLE: Ifew Technology of Excavation for the Mining of Vein Deposits
PERIODICAL: Gornyy zhurnal, 1960, No. 5, PP~ 14 - 18
TEXT: Since 1951 the tin mines of the Khrustallninskiy kombinat Primors-
kogo sovnarkhoza (KhrustalInyy Combine of the Frimorskiy sovnarkhoz) join-
tly with the Institut gornogo dela AN SSSR (Mining Institute AS USSR) have
been engaged in improving the processes applied for the mining of vein de-
posits~ The following mining systems were elaborated in the course of these
activities: mining with ore storing in layers; mining with complete storirg
and stull timbering; mining with divided mining of the ore and with storing
of the debris; downcast excavation with Cob flushing and with filling of
the mined space. Drilling and blasting operations were also improved., Com-
pared with 1951, the efficiency of a team was trebled at the beginninG of
Card 1/5

88606
New Technology of Excavation for the S/12 60/000/005/001/006
14ining of Vein Deposits B01 2YB058
1959.- Moreover, experiments were made, using bore holes of smaller diame-
ter (34 to 36 mm) for mining in a narrow working space. 1957 to 1958 new
variants of ore drawing from the blocks were elaborated: drawing over ore
chutes to the drift ground and subsequent transportation to the lower ho-
rizon by means of scrapers; drawing by means of closely spaced drawing
chutes. Both variants proved to be suitable. At the same tirle, attempts
were made to organize the work in such a way that one brigade should carry
out the biggest number of mining processes, and a maximum interchangeabil-
ity of laborers should be achieved, After drawing up the plan and fixing
the processes, experimental work was conducted in April 1959 in the
Khrustal.Inyy mine on some blocks of the Volkovskaya vein. The comprehen-
sive brigade under direction of Brigade Leader M. N. Boyko mined 40-m high
and 60-m long blocks according to the ore-storing process with continuous
drift line alonG the entire block (FiG, 1). The holes were drilled in the
Krivoy Rog with tile new telescopic overspeed perforatorF'!'- 29 (PT-29) from
the zavod "Kommunist" (,,Irommunist" Plant). The rate of drillinC was 48 to
49 cm/min- The holes were si-multaneously drilled to a deDth of 1.8 m with
4 to 5 perforators. The holes were arranCed in three rows like a chess-
Pard 2/5

88606
New Technology of Excavation for the
Mining of Vein Deposits
S/127/60/000/005/001/OOF3
B012/BO58
board pattern with a distance of from 0-5 to 0.6 m between rows. The
distance between the holes was 0.6 to 0.7 m, as usual. The output in-
creased to 10 to 13 m3 pe'r shift. The rate of drilling increased from 22
to 49.2 cm/min after using core bits of 36 mm diameter (instead of 44 mm).
The drift was thus driven at a rate of about 40 m par month, which is un-
precedented for the mining of vein deposits in the USSR. In conjunction
with the reduced diameter, the use of the new cruciform core bits with
interrupted cutting edge from the experimental batch produced by the
Kiyevskiy eksperimentallnyy zavod tverdosplavnogo i almaznogo instrumenta
(Y,iyev Experimental Plant for Hard Alloy and Diamond Tools) was of great
influence on "he reduction of the bulk of work. The holes in the experi-
mental blocks were blasted with the new explosive Detonit. The mined ore
was drawn by means of drawing chutes arranged along the entire block
length without interspaces (Fig. 1). The new process was completely a-
dopted by the Tsenixallilyy Mi-ne in December 1959, as viell as by the
Primorskiy Mine of the kombinat Sikhali (Sikhali Combine) and the Verkhne-
Kentsukhinskiy Mine of the kombinat Dallolovo (Dallolovo Combine). There
are 3 figures, 1 tl,.ble, and Soviet reference.
Card 3/6

ABESADZEv B 1j; hp~SHKQV4-ILL; BARAMIDZEp X.M.; DZIDZIGURIV A.4- FADDEYEVv
B.V.; Siskarishvililp E.I. -
Konstantin Minovich Charkviani; an obitu.-ay, Gor. zhur. no-5:76
My 160. (Charkvianit Konstantin Minovich, 1880-1960) (14IRA 34:3)

KOROBOV, P.I.; V.P.; A. F. A.A.; SIMATYAKOV9
L.D.; !:- -11: 6(T, -~~LlLIKOV, YC 9
BUM, V.ye.;
V.F.; :1 A.V.; v0,"011111,
A
p.p. Si;- C) C,
'I ~aj 11 0,
L.!!.; IPATOV, P.1%; FAZA,ZOV, ZK. JI.B.;
i.ABIITOVICI~'l V.I.; J~S,UY, V.11.; A.V.; 'SO-i"DIN, Ya.A.;
DZHAPA-,-,'IDU, Yo,l.; '711,11-JIUN, 3,P,; il'.UZ7:.,TlJ0V, -::.L; :".,`iL';XICif~ N.A.;
1M.P.: *. A,,'j'Y:`,JV, G.P.; "AT11'. , P.-%; PL;',TS.-,V, I.I.A.; "
I I OL")S:.:IT,
A.F.; ,LASIIO',' S03i:DOV, 0.0.; V-` ,, 100V, V.S.; Z/'UBA..-.,"V, SO 17.
Ilikolai 11-ilcolaevic'. Gor.zliur. no.6:76 Je
160. (NDU 14; 2)
(Patrikeov, lldkolai llill"olaevich, 1990-1960)

AGG RMK02Y..~.; SLMMOV, V.A., gorW inzh.; IERPOGOSOV, Z.A.,
red,; STITANYUK, A.L., tokhn. red.
[Criteria and direct methods
depletions in the mining of
metody opredeleniia potert i
rudnykh mestorozhdenii. Mos
informatsii, 1961. 39 p.
of determining losses and
re deposits) Kriterii i priamye
razubozhivaniia pri razrabotke
va, Vses. in-t nauchn. i telft.
(MIRA 15:7)
1. Chlen-korrespondent Akademii nauk SSSR (for Agoshkov).
Wine examination)
(Ores-Sampling and estimation)

MOCIIALINp Mikhail Panteleymonovich; ZUKOV, Vladimir Afanaslyevich;
AQMCIL-Rd., nauchnyy red.; ASTAYJIOV, A.V., red. izd-va;
DOLDYREVAp Z.A., tekhn. red.
(Self-propelled equipment in mines) Samokhodnoe oborudovanie na
rudnikakh. Pod nauchn. red. M.I.Agoshkova. Moskva, Gos.nauchno-
takhn.izd-vo lit-rv Po goimomu delu, 1961. 391 P. (MIRA 14:12)
1. Chlon-korrespondent AN SSSR (for Agosbkov).
(mining tutchinery)

AGOSIIKOV, M.J.; SIMAKOVI V.A., kand. tekhu. rtiuk; CHUDAKOV, V.V,, gornyy Jnzh.;
- --mirpnov, YO.I., gornyy inzh.
Reducing the working thickness is the principle task in improving
the mining of lode deposits. Gor. zhur. no.6:3-8 Je 164.
(MIRA 17:11)
1. Institut gornogo dela im. A.A. Skochinskogo. 2. Chlen-karresporident
AN SSSR (for Agoshkov).

nEVITOV, Vladimir Rafai-lovich. PrirLimali uchastiye: kIJTUZOV, D.S.;
FAYBISIMIKO, D.I.; ZHIGALOV, M.L.- AGOSHBOV, M.I., retsenzent;
FALKIN) I.m., kand. tekhn. nauk, retsenzent; ALBOAV, Z.B.,
kand. teklm. nauk., retsenzent; BUBLIS, A.N... gorn, inzh., re-
tsenzent; BUNIN, A.I., otv. red.; SIPYAGINA, Z.A., red. izd-va;
SIMLYAR, S.Ya., tekhn. red.
[IligKly productive systems of mining thick hard ore deposits]
Vysokoproizvoditelinye sistenW razrabotki L,.oshchnykh miesto-
rozhdenii kropkikh rud. Foskva, Goo.nauchno-tekhr-.izd-vo lit-
17- po gornoiru. delu, 1961. 417 p. (MIRA 15-.2)
1. Chlen-korrespondent Akademii nauk SSSR (for Agoshkov).
(Mining engineering)

MOSIN# Mele-l-NATSp Gel*; SHEVYAKOV, L.D., akadenik, red.; SHWURD.Yj
S.V., red.; AGOSEK red.; BORISOV, S.F., red.;
HYSTROV, Uff.-,, -red.; KISLOV, V.11., red,; EWUXATIEV, F.K.,
red,,- hTJZNETBOV, P.A,, red.; 1W-11KOVS101, G.I.,, red.;
MINIKOV, N.V.t red.; POLKOVNIKOV, AJ:,.p red.; POPOV, K.S.)
red.; CHAYKIN, S.I., laureat Leninskoy premii,, red.;
MKCHAMA# To As# tekhn. red.
Magneti:
[Kursk
Anomaly; histon, of th~. discovery study,, and
comercial development of iron-ore dep-sits. Collection of
documents and materials in two vo1xmes,. 1742-19601 Turskada
magnit-naia anomaliia; istoriia otkrytL.a, issledovanii i pro-
myshlennogo osvoeniia zhelezorudnykh rw storozhdenii. Sbornik
dokumentov i materialov v dvakh tomakh,, 1742-1960. Belgorod,
-26
Belgorodskoe knizhnoe izd-vo. Vol.l. 1042-19 ". ig6i. 417 p.
(MIRA 15:3)
(Kursk Magnetic Anomaly--L~on ores)
(Magnetic prospectin;,)

AOOSHKOV, M.
needs of industrAl- production and tho horizons of soiance.
NTO 3 no.9:7,19,S~161. (MIRA 14:8)
. I
2. Zamestitqlk.,gl go uchenogo sek:,etarya prezidiuma AN
% pno
SSSR, chlen-kox-~espondent AN SSSR.
esearch, Industria-.,,)

--90SHKOV M I.; RAFITENKO, D.I., inz?t.
M:L~
Study of the operation of drawing ore in developing vein6 by
oystems involving shrinkage stoping. Nauch. ooob. IGD -11~
17-37 161. (MIRA 16.4)
1. Chlon-korrespondent AN SSSR (for Agoahkov).
(Mining engineering)
j;

AGOSHKOV BUDIKOV, A.V.) kand.tekhn.nauk; KRIVENKOVj, N.Aes,
gorryy in2h.
Evaluation of the basic variations in the system of sublevel
caving and ways of developing it in the Krivoy Rog Basin.
Gor. zhur. no.7:24-30 J1 161. MM 15:2)
1. Institut gornogo dels, im. A.A.Skochinskogo. 2. Chlen-
korrespondent AN SSSR (for Agoshkov)*
(Krivoy Rog Basin-Iron mines and mining)

-AGOSHKOVJT M.I. (Moskva); TREBUKOV, A.L. (Moskva)
Effect of filling on the rated dimensions of interchamber
pillars. Izv. AN, SSSR. Otd. tekh. nauk. Met. i topl. no.3:
96-io my~-je l6i. (NIRA 14:7)
(Mining engineering)

AGOSWOV, M.I.:. ZABROD19, I.M.
Fifteenth anniversary of tl-e World Federation of Scientific 'Va'.-)rkers.
Vest. AN SSSR 31 no.10:109-111 0 161. (FdRA 14:9)
1. Chlen-korrespondent ~14 SSSR (for Agoshkov).
(Learned institutions and societies)

AGOSHKOV, Mikhail Ivanovich;'BORISOV, Sergey Sergeyevich; BOYARSKIY,
Vladimir Ananlyevidh; SIPYAGINA, Z.A.,, red. izd-va; SABITOV,A.,
tekhn. red.
(Development of ore and placer deposits]Razrabotka rudnykh i
rossypnykh mestorozhdenii. Moskva, Gosgortekhizdat, 1962.
(MIRA 16:1)
(Ore deposits)

TERENTIYEV, V.I.k kand.tekhn.nauk; TERPOGOSOV, Z.A.,
kand.tekhn.nauk; KAJR-YAKIN, V.F., gornyy inzh.
Practice of using a flat bottom in a mine of the Kursk Magnetic
Anomaly. Gor. zhur. no.9s28-31 S 162. (KRA 15:9)
1. Chlen-korrespondent AN SSSR (for Agoshkov).
(Kursk magnetic anomaly-Iron mines and mining)

AGOSIIKOV, M.I.; BRONNIKOV, D.M., doktor tekhn. nauk; GAGULIN, M.V.,
.------'kand',' tekhn. nauk; ZAMSOV, N.F., inzh.; KRASAVIN, G.A., inzh.
Principles for the methodology of breaking hard Qres with
borehole and coyote charges. Nauch. soob. IGD 1533-14 162.
(KRA 17:2)
1. Chlen-korrespondent AN SSSR (for Agoshkov).

MMOVI N. V., AOOMW, M. I.,_PRMDMWOV, M. M., SMFLATOV, A.
mid ZVYAGIN, ~71-.~
"On principles of rational development of mining industry in the USE
report to bo aftitted fur the Wted Utims Comfoream cc the
~pjlllfltlM PP Antenos 014 TOMIAOInU for Pin Bniptlt or tb4 U43
DA41TA AWN 061AVIIj iIIIA001-111411 him m 6),

BUDIKO, A.V.; ARUTYUNOv, K.G.; BOGDANOV, G.I.;
AGOSHKQ
KRDENKOV, N.A.,- Prinimali uchastiye: ZAMESOV, N.A.;
GAGULIN, 11U.; KRASAVIN, G.A.; VORONYUK, A.S.;
HOSTANIYAN, A.Ya., red.izd-va; ASRAFIYEVA, G.A., telchn.
red.; SIMKINA, G.S., telchn. red.
[Analysis of the development systems of mines in the Krivoy
Rog Basin) Analiz sistem razrabotki rudnikov Krivorozhskogo
basseina. Moskva) Izd-vo AN SSSR, 1963. 184 p.
(MIRA 17:3)
1. Chlen-korrespondent A11 SSSR (for Agoshkov).

AGOSHKOV. M, .; BURTSEV, L.I.,-kand.tekhn.naukj TREBUKOV, A.P.
Solidifying hydraulic fill from tailings from ore4ressing
plants. Gor.zhur. no.1%41-" Ja 163. (MIRA 16s1)
1. Institut gornogo dela im. Skochinskogo (for Agoshkov, Burtsev).
2. Nauchno-issledovatellsk-iy institut Kurskoy magnitpoy
anomalii (for Trebukov). 3. Chlen-korroppondent kN'SSSR (for
Agoshkov).
(Mine filling)

AGOSHKOV, M.I. (Moskva)
Objectives of scieiitific research in raining at deep levels of the
Krivoy Rog Basin iron ore deposits. Izv. AN SSSR. Otd. tekh. nauk.
Met. i gor. delo no-40-14 Jl-Ag 163. (MIRA 16:10)

A,"JCSHKOV, M.I,; FUGZAN, M.D., kand. tekhn. nauk
lischanization of technological processes is the basis for
improving mining systems. Gor. zhur. no.7-.3-8 JI 163.
(MIRA 16:8)
1. Chlen-korrespondent AN SSSR (for Agoshkov).

AGOSHKOV, M.I.j TREBUKOV, A.L., kand. tekhn. nauk
Effeot of filling the mined-out area on the bearing capacity
of pillars. Nauche soob. IGD 18tlO4-107 163* (MIRA 16:11)
1. Chlen-korrespondent AN SSSR (for Agoshkov).

AGOSHKOV, Maio
Scientific activity of the Academy of Sciences of the U.S.S.R. in
1962. Vest. AN SSSR ~3 noJill-24 Mr 163. (MIRA 160)
1. Chlen-korrespondent AN SSSR,, ispoInyayushchiy obyazannosti
glavnogo uchenogo sekretarya Prezidiuma AN SSSR.
Academy of Sciences of the U.S.S.R.)

AGOSHKOV, M.I.
Project of new statutes for the Academy of Sciences of the U.S.S.R.
Vest. AN SSSR 33 no.6:23-25 Je 163. (MIRA 16:7)
1. Chlen-korrespondent AN SSSR, ispolnyay~shchiy obyazannosti
glavnogo uchenogo sekretarya Prezidiuma AN SSSR.
(Academy of ~clences of the U.S.S.R.)

AGOSHKOV) MI.I.; CITJDAYOV, M., inzh.,. FOFILOV, Ye.I., inzh.;
SIIIIKOV, V.A.., inili
[Establiobing standarJs for operating expenses depending
on the width of the 8toping area in mining thin seans;
report at the conforence on problems of finding efficient
mothoci,q of nun-Ing dopositt- beld An Irkutsk, June 4-6.
19031 Vormirovaide trudovyMi zatrat v zavisimost~ ot qliiriiw
ochist.nogo prostran.4tva pri rezrabotke tonkikh 2hil; doklad
na novesh(:hnnH; po voprosan., izyskaniia effekti-vilykh sposi-bov
razrabotki zhIlInMi mostorozhdonii %r g. Irkut,,;ke (4-( iiunia
3963 g,) Moa"ra, ln-t gornog!~ dela im. A,A.Skochinskogo,
190. .15 p. (14IRA 18: 5)

AGOSHKOV, M.I.
Conference of representatives of the Academies of Sciences of
socialist countries. Vest. A14 SSSR 33 no.7.-84-86 JI 163.
(FIRA 16:8)
1. Chlen-korrespondent AN SSSR.
(ftrope, Eastern-Research)

POKROVSKIY, G.I.; AGOSHKOVJI M.S, red.
-
[Explosion) Vzryv. Moak-vap Nedra, 1964. 165 p.
(MMA 17tlO)
I* Chlen-korrespondent AN SSSR (for Agoshkov).

AGOSHKOV. M.I.; BUDIKO, A.V., kand. tekhn. nauk; KRIVENKOV, N.A., gornyy
- n-i -W
i &e or
End drawing of ore. Gor.zhur. no.2:38-42 F 164. (NIRA 17:4)
1. Chlen-korrespondent AN SSSR (for Agoshkov). 2. Institut
gornogo dela imeni A.A.Skochinskogo (for Krivenkov).

M.I.; VOROTMIK, A.S.; ARBACHAKOVA, 0.1.
:1-
I,nglt~s of inclination of main ore chutes. Fi:-.-tekh.
ranrab. pol. iskop. no.5:66-69 165. 1Q:Ij
1. Institut gornogo dela imeni Skochins~o.~m., AMn!-,'Kva.

DUffNlN, Nikolay Grigorlyevich; AGOSHKOV, M.I.p nauchn. red.
[Drawing ore in underground rnining] Vyyjsk rudy pri poc'l.-
zeralol razrabotke. Moskva,, Nedra:, 1965. 266 p.
(MIRA l8g6)
1. CKlen-korrespondent AN SSSR (for Agoshkov).

'Z'A.jp kar.-I.
r; 165.
4j,,Ia jr. 2. Chleny-

AGOSHKOV~ M.I.; 10-TiPLNKO, O.M.
EiscuBsion of principles governing the planning of ocientific
research. Vest. AN SSSR 35 no.5:81-85 W 165.
(MIRA 18: 6)
1. Chlen-korrespondent AN SSSR (for Agoshkov).

AWSHKOV, Mikbail Ivanovi,.~h; 130YARSKlY, V.A.,., otv. ruj.j
VASIL'YEV, B.,K., red,
[Dasign and ~;alculaticln --.-f the systams anri tochno1cg),
for working ore deposIts] KonstruirovaDie i raschety
sistem i tekbno'llogil razrabntki rudnykb mestorazhJen-AU.
,, lzd-vo Nauka, 190'. '218 V. -18;12)
Moskva (111RA I
1. Chlen-korrespondett Idi S3811 (for Agoshkov).

AGOSHKOV). V.M.
Physicochemical studies of the zonal melting of 2-component
systems with eutectics. Gookhimiia no.4-051-359 Ap 163.
(MIRA 16:7)
1. Chair of Geochemistry, Lomonosov State Universitv~ Moscow.
(Melting) (Eutectics) (Earth--Surface)

420SHKOVF V.M.
URe of zonal fusion in establiahing the fields of orystallization
and eutectic compagition of multicomponent systems of fused saltn.
Dokl. All SSSR 152 no.It96--901 S 163. (MIRA 16:9)
1. Moskovskiy,gosudarstvennyy universitet im. M.V.Lomonosovat
Predstavleno akademikom A.P.Vinogradovim.
(Systems (Chemistry)) (Fused salts) (Crystallization)

AGOSTOV, Attila;okl.villamosmarnok
Stability test of automatic compensators. (To be contd).
Meres aDtomat 9 no.2:37-44 161.
1. Merestechnikai Kozponti Kutato Laboratorium

A k
-~XSTOIITP Attila,o 11villamosmernok
,:Z~
Stability test of automatic compensators.II. Meres automat 9
no.3:80-83 161.
1. Mareatechnikai Kozponti Kutato Laboratorium

AGOSTON, Atti-la; GOIMA, Gabor
Intenaediate-power transistor battery eliminator. Radiotechnilm
11 no.9:270-271 S 161.

AGOSTON, Attila
Use of electron and ion rays in precision mechanics. Elet tud 16
no.46:1470 N 161e

AGOSTON, Attila
Radio measuremente. Elet tud 16 no.52:1663 24 D 161.

AGOSTON, Attila; GONDA, Gebor
Mechanics of swinging. Fiz szemle 12 no-4:119-123 Ap 162.
1. Merestachnikai Kozponti Laboratorium (for Agoston).
2. Budapeati Muszaki Egyotem Elmeleti Villamossagtan Tanssok-e
(for Gonda).

AGOSTON, Attilaj GONDA, Gabor
Experiment warming of liquids. Fiz szemle 12 no,5:15&159
My t 62.
1. Mereatechnikai Kosponti Kutato Laboratorium (for Agoston).
20 Budapesti Muszaki Egyatem Elmeleti Villamossagtan
Tanazek (for Gonda),

AGOSTOO-AP -
*Applying three-way valves properly" by A.G. Casciato (from. -
Inothments and Control System., 0962). Reviewed by A, Agoston,
Hares ~,4tomat 11 no.Otl# 163.