SCIENTIFIC ABSTRACT RYZHENKO, I.A. - RYZHENKOV, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001446520008-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 26, 2002
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


AUTHORS: Kravets, V~Ia and Ryz)lenkog I.A. 21-58-5-12/28
TITLE: Determination of the.~Maximum'Air Stream.Velocity in Relatively-:,
Smooth,Mine Workings,by*the D,uIst Factor (Opredeleniye .maks il-
mal~noy skorosti ventilyatsionnogo potoka v.~otnositellno
~gladkikh.rudnichnykh vyrabotkakh po pylevomu faktoru)
.PERIODICAL: Dopovidi Akademii nauk Ukrainslkoi RSR, 1958, Nr 5,.pp 515_1~1
518 (USSR)
ABSTRACT: The authorsanalyzed the air motion in
tively smooth mine
rela
.
,
workings and came to.a conclusion that its velocities cor-.,
respond to thebeginning of movement of coal:parti6les up to
100 microns in diameter, They derived formulas for deter-.:::
mination of the lower limiting air velocity at-which coal-
particles begin to,move, which indicate that its value de-
pends,upon the',specific weight of the particles and coeffi-
cient of.the.~aerodynamlical,re.sistaxice ofthemine workingi
but,does not:depend on the size of the particles Numerical
examples cited show'that this:value.varies,.in:the limits
between 1.7 and 8.8'm/~eco
There: is 1 sketch and 5 Soviet references.
ASSOCIATION: Kiyevskiy politekhnicheskiy.institut (Kiyev~Polytechnic:_
Card 1/2~ Institute)

RYZHENKO, I. A.
Cand Tech Sci "Study of parameters of ventilating stream

characteri
zing
the outflow of dust from mining p Char'
o erations.' R
kov, 1961. 15 PP; (Ministry of Higher and Seco ndary Specialist
'Education Ukrai nian SSR, KharIkov Mining Inst)- 200 copies; price
not given; list of author's works on pp 14-15,Z 1l entries); (KL,
10-61 sup, 218)

(Mechanical drawing)

1/2 UDOs','342.541
rd s 347.5'Wi 5
c

--, . -- -- .. I - - - . '' -
'7 *~-.~ -, -- -:
- .1 .
- 4 ~' - : - . . ..... r - ~- ~~

3(5) PlAn I Molt 307/1923
Akademlys nAuk 533 Otdolonlye mcuk.
X=isslya Do trableme 'Zakonmemosti rameshchmiya pol*=Y)*
iskopaye=yIds.
Zelononarnoott razatshchenlya polomVkh IskApa"w7kh (RSVaBrItIes in
the Distribution or MAeral Deposits Val 1. K0600W, Ild-To AN SM,
190.~ 532 p. Urrate slip Inserted. 2,500 40PLOO priAtOd.,
Keep. Me U.S. Shatakly, Aeadeoldlanj Iditorld Doardt N.D. Matakirl
Academician, D.1, Wharbakovp Academician# N,A. Belylyevski7s
N.M. Doleopolor, O.D. Levltskly, YU.N. rushoharovskiy, G.A. 901solev)
94. of Publishing Mouses 0.1. Nosovj Tech. Zd.t I.M. Ouseva
PURPOSEt This book is Intended for pologista and petrographers#_
ibution or
t
di
d
s
r
wide
particularly them* Interested In the worl
m1narals and the reasons underlying their occurrence.
COVMG3t On the basis of particular regional studios this book
attempts to establish the rules governing the distribution of
metallic and non-metallic are deposits. The work Includes articles
on the matellogeny of Individual minerals, an broad methodological
problems, and on the possibility or predicting the ooourreno* of
a mineral In the USSR on the basis or Its occurrence throughout
the world. BIx maps depleting the distribution of a partlGular
mineral throughout the world are Included with the work.
References accompany 9sch article.
?ABXZ OF CON101
Staritskly, rd.0. Certain Magnetic and Metallogenatio
Characteristics or Platform Areas
P1
nun, G.V., and V.A. MAznttsov. -Rigularities In the Geologic
Structure and the Metallogeny or the Altay-Soyan Hyperb"Is
Formation 275
Salrnov, Vr., andYL-
: acme Featt"a In the
nn~
t
;
Formation wd D roUry Deposits 289
V.A. ROXLII&rltl*a In the rormation and Spatial
Distribution of Moran" Deposits In the Altay-3&ygn
Yol4ed Ai*& 302
BogatsTdy, V.T., Regularities In the Distribution of Titanim
Concentrations and Its Metallogenstle Characteristics
Obser"d In M* Mrseancy"skly &a 11%

ILICHENKO, S.G., otv. red.; CIIUKLI:11,,.S.G., zam. otv. red.- RYZHENKO,
L P red., P.-
BADYLIKES, I.S., red.; ALEKSEYEV, V
VEYNBERG., B.S., red.; GOGGLIN', A.A., red.; MMITSER, L.Z.,:
red.; MADAN, S.Z., red.; NAYER, V.A., red.: MIRMUS, B.A.,
r
ed.; BARENBOYM, A.D.,,red.; NIKULISIIINA,:D.G. red.
(Transactions of the Conference on the Outlook for the.bevel-
opment and Introduction of Refrigerating Equipment into the
National Economy of the U.S.S.R.] Trudy Konferentsii po per-
spektivam razvitiia i. -nedrenila ':holodillnoi toklmiki v na-
rodnoe khoziaistvo SSSR.. Moskva,.Gostorgizdat, 1963. 262 p.
(MIRA 18: 3)
1. Konferentsiya po perspektivam razvitiya J vnedreniya kho-
lzvsR. 3Q62.
lodillnov tekhni-ki v n,
2.Odesskiy tekhnologicheskiy institut pishchevoy.i kholodnoy
promyshlennosti (for Minkus, Barenboym,~Chuklin, Nikul'shina,
Madan). 3. Vsesoyuznyy nauchno-issledovateliskiy institut
kholodillnoy promyshlennosti (for Gogolin, Badyllkes).

J,
-1-662
137-58
Translation from: Referativnyy zhurnal, Me.tallurgiya., 1958,, Nr 1, p 103 (USSR)
AUTHOR: Ry'zhenko, N. A.
TITLE: The Organization of Repair of Rolling Shop Equipment: (Orga-
nizatsiya remonta oborudovaniya prokatnykh tsekhov)
PERIODICAL. Tr nauchno-tekhn. o-vachernoy metallurgii, 1956, Vol
10, pp Z-38-243
ABSTRACT: At the Magnitogorsk Inte grated Iron and Steel Works a
n
centralized system for the performa ce of all types of.repairs
of iron and steel equipment~has been adopted. The machine
tools.and forge equipment of the shops of the departmental..
units have been consolidated.to establish a joint, machine shop
and repair teams. The rollincy-mill unit shop has 68 machine
tools; its personnel consists of 117 machinists and 127 repair
mechanics. This system of organization has, made possible.a
more complete and better performance of current repairs and
major overhaul, and also the concentration of repair personnel
with strict specialization, under which. the same machinists'
have been repairing the same units for 10- 15 years.. The Chief
Card 1/2 Mechanic s Department, in coope ration, with, the shop.chie'fs'

I~YZJEWM N. A. (Former Chf'. Mechanic Ms~itorgorsk Metallurgical Combine.)
-_ 2 .1

S/118/60/000/009/002/009
A16l/AO26
Arising Problems of Complex Mechanization in Metallurgical:Industry
steel foundries thefollowing work is still manual: lining of ladles.and spouts"'.
cleaning of ingot stools for siphon teeming; replacing of-furnace lining; chippdng
Of ingots (at special,steel plants). :Thelautomatic instrumentation of the,.open-.
.-hearth furnaces proper is hligh-level,:but not all other work in the foundry..,,,,Ofl
only 20 - 25 are at the furnace. Nqw equipment has.yet to be.:developed,
j for new blast furnaces with 2,090~nd 2,700 m-1 capacity; the.'UZTM-made filling
devIc es,have%short llfe, one had to be repl aced Iafter only 8.5 months operation
on a',blast furnace at~Chelyabinskiy met Iallurgicheskiy zavod (Chelyabinsk Metal-
lurgical Plant) and the furnace had,to.be.:stopped. It.is planned to,use all-weld-
ed steel ladles with mechanical,control of stoppers and autcmatic ~40ntrollof teem-
Ing speed and weight of metal filled into Ingot -molds; contInuous-teeming will be;
used more,,,first in thesteel. foundries already working.:.Equipment must bede-,
Veloped-for mechanical replacement.of tuyeres,(because of.higher weight)--an
electric stopper.is,needed for;slag tap, a tapping machine and other. Machines
J,
are neaessax7 for the transportation of liquid Iron,in,the Toundry yard, and for
processing slag for construction materials, for fully-mechanized iron,teeming,
for coolingland transporting into -Yathroad- cara# Ifor removing dust out of exhatjst~-
ers; scales are needed of RRtype with automatic recording, ingot trolleys'for
Card 2/4.

S/118/'60/000/009/002/009
A161AO26
Arising Problems of Complex Mechanization in Metallurgical Industry
up to 25-ton ingots, etc., Theexisting equipment must be Modernized. Short life
of equipment is a problem - for instance the charging machines last one.year,
only at some plants, while'the lining Ln the:furnace:las;t5 for, three years. . If,,,L
together with machine plants will.not manage! ~o produce In the
more wear-res 7 sue machine~_:,~
nearest future a istant charging machine, over 1,1,0 h
swill have to be produced annubLIly ata-cost of over 100 million roubles;_ . hot -
-blast valves are being replaced every,3 -6 months,..and if this will not.change,,
more than 1,000 such valves will have to be made annually after 1965, and a
furnace will have to be stopped..for 2 - 4 hours to replace.one., Service life &fl-.'.
ingot mold trollies, steel teeming ladles:and slag bowls.is very,low. 'At the
(Ma~nitogorsk Combine)
blast furnaces No. 5,and 6 of the Magnitogovski.-r kombinak,
gears and bearings went loose in the skip winches and the fa:rmaces had! to be,,stop-
ped; this resulted In a loss of 34 5 thousand tons.of output for each furnace
(the. win Iches,are made by Uralmaslizav6d) ~~e Idrums in teeming cranes are Iwrofigly
the crane
'fastened, the'quality of rui-Aiing.wheels is low, the ,risibility out of
operatcr's cab not good, the'balanters are pIo6rly made.. The consumpti on of scare
is:such that on the~average lo_kg of spare parts are used per I ton of
ready rolled metal, which means the. the iron plants will need'about 2 million
Card 3/4

66327
V-60 0 _SOV/~ 62-59-1-27/?7
AUTHORS:
Goncharskiy, L.A.f
~L"enkp.,
TITLE.-- One Type of - Ionic-Mechnical Accelerometer;Tube
PERIODICAL: Nauchnyye doklady vysshey shkoly,,Radiotekhnika-i
elektronika, 1959, Nr 19,pp 2261-231
ABSTRACT, The authors developed a new ionic accelerometer~tube,
.ac-.
igh.voltage sensitivity. The,
distinguished by a h
.
,
celerometer tube was based on.1the TKh3B cold cathode
thyratron.' Basic parts and the manufacturing technolo-
gy of.the TKh3B.tube,Were used for the accelerometer
tube, which was built.in several versions.,The princi-
pal:,design of'the.accel,erometer tube is shown in Fig 1.~
A,nickel,,anode of.4x4 or,5x5 mm .(depending on the;ver-.
sion) is suspended by a tungsten spring between two,
plane~molybdenum'cathodes. Provisions were made to pre.
. vent an e t
envelopedischarge ofthe cathodes. Th rec
angular nickel anode',~has a thickness of 0.2 mm,for the
Tnm version. - It is
mounted on,a tungsten wire.-of
Card 1/3 .
0.'15 mm. diameterand 15. mm. length. The natural - oscilla

zzlel
Or

E las t ic. cons ta n s~~o .:.a
t f
were measiire d, e Al
-
6
go x
lo
e reed
xPer3.mell. a Y. A&

t K3,
e hods o A' I
m
and'A4*I.' Kiiaygorodskj
3 9 6 1 -'A 6
There- is,
'ION: -Ins
Instliut

SUBMITTE Augu
-7

bl-I

Y,
93-5-10/19
AUTHORS:: Ryzhenkov, I. I.
TITLE; Methods.of:Determining the Effectiveness of.TTeating Wells
,
.
,Aeid (O.me~odike bpredeleniy'a
With- Hydrochloric
,
ffektivnosti solyanokislotnoy obrabotki skvazhin)
e
PERIODICAL.- Neftyanoye.Khozyay.5tvo,, 1957$ Nr.5, pp. 41-42 (US;M)
ABSTRACT: Present methods of.detersdning the effectiveness of
hydrochloric-acid treatment of wells are deficient in
certain respects. .The.evaluation of the.effectiveness
is limited usually to an analysis of two factors, namely.
-.the,inerease in oil production and the cost of treat-
,
ments.: Frequently in calculating the production increase
no consideration is given to the rate of change in oil,
recovery or to the remaining effectof past treatments.
A proper analysis of the effectiveness.of:hydrochloric
totality~of
acid treatments should take into account a
.
technological and economic factors, including the addi-
tional. recovery of.oil, operating efficiency and the
degree to which basic equipment is used. The exclusion
-ors and a comparison of various
of less important fact
Card 1/j, kinds of.treatments performed at wells having equal

93-5-10/19
Methods of Deter-mining the Effectiveness of TTeating Wells (cont.)
production records andaimilar geological --haraciteriaties at the
bottom of the hole are very.important in determining the compara-
.tive effectiveness of various technological schemes. In determin-
ing the cost of additional oil obtained as a result,of acid
treatment-, the cost of.e.le,etric power,,compressed air, break-down
of emulsion, and the pumping of the additional oil should be-taken
into account in addition to,the cost of the acid,treatment itself.,
The effect ~f thetreatment can be found by comparing the cost of.,
oil produced by wells which were treated vrith acid with the-cost.
of oil from wells not stimulated by acid treatment. Such methods
make it possible to determine the effect of hydrochloric treat-
.ments on economic -indices of ollfleld exploltation,'to find out
the comparative effectiveness of various technological schemes
and the basic factors determining the,effectiveness of treatments.
An analysis of test results'obtained at Ishimbayr-eft' Kinellneftl
and Molotovneft', oil fields showedthat the effectiv4WM of
treatment is closelyconnected with the wide use of surface-:
active chemicals of the "DS" type, developed by the Petroleum
Institute of the AN SSSR. The most important technological and
Card 2/3

J

AID P 2733
Subject USSR/Mining
Card 1/1 Pub 78 3/22

Author Ryzhenkov, I I..

Title About a planned exploitation of oil deposits
Periodical Neft. khoz-i 33, 7, .18-20, J1 1955
Abstract The author.,makes,some comments about the article of, .
M. V. Mkrtchyan "Questions relating tola planned
" published In: the
exploitation: of oil. deposits
,
journaI J No. 2, 1955o -The mainlassertion-of M.- V.
Mkrtchyan that the curves.,of oil recovery of.oil
wells should have a more flat and extended form Is
criticized. The:specific conditions,of,each well..
for.best recovery.:must.be considered as,well' as-the
generaI needs and economy of the~country.'
Institution None
Submitted No date

(Industrial,manag6ment)

ROMANKOVA, M.Pq RYZfIENKCLVA.Y-Ye-

n Li -
institiAt eksf-,erimental' Oyrae-ditsiTly AWI SS"R, Len, ngrad

p

cv,

AUTHOR svy/ I do- 39-4 -1.7/4 ji
TITLEi A .11 in. Ar
77
PERIOVICALi IzVestiya Akaloott ...k SSS!

..u 'Y 3 t1 24
te uj, ,p
. . 1.55-. (USSR)
AkISTRACTI A conrorence all the above -4j~u ta*k PIACe, in th a
1-titut. f M.Chl.. DIlll.ll.. in. -d-
in

f
I. IIric-avarch ina 1.. .1,
n
I%r.?II,s and IArg,st ..rk. fr-. 34
In the canf,r-ce. Tha faI4-nL ;,&
r* r
:e
a.,.: Zr
-Th. pr .... t -- at' he
..cur..y .1 .~- -T-i "t*
at' the %1l. -ur..y at'
an "I h-I.Fic.1 '~M~th.d. f

'"
,a -t4-1 -s ..r.
c,.r. y .1. calo
~
mystem of a J
w., nce ub.
1 a
ll
... v
rIj,,tuod. far Ina O~v.r.i-tioa at'
Lel.-- m tar di_ .eAoil. .f I-W.; S.A.L.-O.,f
C-1 4/3 far n-s-ro.. pr.Ju.,,d 0) -r--
-th.d. 'ur ... t I.V'; f
c.nir.L1 lllg na,
erl- Laciue_.4. r.
--v 1 1,
;c.-Y r...... I, I.. T, K-n I T
t-t-
et, "Z",; and
orri- I till,
A -x~- .1' .1mr.1LI-m .1,
tile L.... q.'r.-t.;

ill the

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"Iti-de

Ca rd
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r, r. nd by It,,, I.., n. -.-4
"The f-tWr h. c.at.,,, at -a-t,np..

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dur-,j

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at _et op -'r .t, 1,_,_ .;
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pr-ura It

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r,[,, r t. 0 .1, 1 e tymd r- -r I I I r %l Ia t I f t tl~
p "li. f .'let M~
r

I JrY

PHASE I BOOK ExPLoiTATiou Sov/~304
SOY&Bhchanlya pa teorij 11 t6ynyM proteassov. 5th, 1959
Tochnosto otlivok; trudy novochchaniya (AacuracY Of Castings; Tr3.
actions of the Fifth Conrore'rica on the Theory of Foundlr~,- Procns
on) Moscow, Hanh,~Iz, 1960. 206 P. 3,500 copies printed.
Sponsoring Agency: Akademlya, nauk SSSR, Inatitut machinovedcalya.
Kom Inaiya po Wuhnologii iaaahinoz troyealya.
Ed. (Title page); B. B. Gulyayov, Doctor or Technical Solono6m,
Professor, Ed. of PubliahlnZ House i , 0. It. Soboleva; Woch.. Rd.:
A. P. Uvarova; HanaginZ Ed. for Literature on Hot-Procoosed
Metals: S. Ya. Gol07.tno Engine or.
PURPOSSt Thin book In intended for scientific and to ohAivml I
nol at scientific research Institutes, factorials, and sell
11. of
higher ad u nation.
COVERA03: The book contains 19 report* read at a conference on the
,,accuracy. or castinSa. The conforonca was or-nized by the ., , - - i
Comulttee on Proaaaaln:; in Machine Wilding and sponsored by the
inntitut maehInevadartlyn AN SeSs (Ir--tituto of the Science of
Machines or the Acudo.,j of Sciancaa WSH). The reports,. pro-
mcnted by leading specialists, science workers, and production
parnannal,dincuss the prozent state of tho proble= of the recu-
may of coatings and methods of solvinZ the problems Involved,
a _ar n a. I '. "~6~
rj_5,8._.rcf.er* a. a,.moa~~y So'vipt...
LQr-a=v,, L. Yo. [Eaginearl. DI stortion of Sand Holds
Zhu 0k E Eng -chin [EaSlnosrj.
01, ancerl, and Yd Tsluan
0,
ore of Castings Caused by PuttQrns and Planks. 125
Xvbrovp y'. _AH. EEnslnoerl. Effect or Thermal Distortion
of the. H*fdIng-Ifixtursts on the Accuracy or cantinga 131
-The work of inveotigatInS the distortions and thermal stress
In the molding mixtures was carried out under the ouporrIs-
ion of P. P. Barg.
Y-0 ma hMlo.03,6'. 11~n. or], and E. B. aulY.Yev Pro duction,
or rre .1 . datingo in znaii Holds Pranced From a Waterglaas
Miture 246,
Kolchin. X. F. (Zaginaerl, and kov (Enalnearl.
.aHv
_F-rocTu_-ctT6n70r largo Precision By Ualr.4.Chanl-
A
cally-Hardeninit Hixtures-.... 153
Itubteov N , I
N. (Doctor of Technical Sciences, Professor) and
[Engineer). Dimensional Accuracy of InveActant,
4 ZZ.. i6o
CC&ncildat'o,of Technical Sciences]. Dimon.
and Surface Roughness of Castings Obtained
by Various Mothods 80
0. A. r
Cantor, A. Yo. Daidlov A. X. 13clyayev, and Engi-
near V. B. Shullman, participated In king castings.
WOOklY. M. P [Engineer], and B. B. Oulyayev, Formation
or the Gontoura or Castings In Die Casting 193
%oanl~h,,MR AA EEnzinoorl. Accuracy of Castings Ob-
203
Card 6/7
j

SOV/128-59-11-6/24
~AUTHORS: Kolchin, I.F. and.Ryzhenkov. V.V., Engineers

TITLE: :Improving,Quality,,of Steel Castings
PERIODICAL-
1959,: 11r 11, pp .12-14 (USS.R)
Liteynoye proizvodstvo,
'ABSTRACT: ' When casting steel, the Plant "Sibtyazhmash" usesl.a~
paste made of.chr6mite against the formationof-crusti;1.,
The chrome,ore originates from the Kimpersayslcoya:dep3sit
contents are given. in Table on page 12..' The"; fire-
its
.
e form of a paste'is placed on the
proof, covering in:th
.
86-8
surface of .-tIhem.old 1. the paste composition is
9%
,
,
chromiu e er~imoiasses..A
-1e, 2% dextrin and 9-12% fodd
sprayer is used for.surfacing with paste. Since.1955
mixtures with, liquid-glass and the blowing of,molds
~
,'.
with carbon dioxide have beer- used at the.plant..:At
-present, over 70% of-cores are:Pashioned from mixtures-
are owl
containing liquid glass..The molds bl ' i through
a hollow model provided with outlet.gas channels. igs
1 and 2). The, blowing lasts 2-5 minutes; carbondio-.
-C.ard 1/2 xide consumption is 15-18 kg:per'to,n~of:castings..The

:37~ A

ni
Z 5

,
J no.
;

;~'V~ 71 a T ~ea-,' 1

AUTHORS: Kravets, V~Ia and Ryz)lenkog I.A. 21-58-5-12/28
TITLE: Determination of the.~Maximum'Air Stream.Velocity in Relatively-:,
Smooth,Mine Workings,by*the D,uIst Factor (Opredeleniye .maks il-
mal~noy skorosti ventilyatsionnogo potoka v.~otnositellno
~gladkikh.rudnichnykh vyrabotkakh po pylevomu faktoru)
.PERIODICAL: Dopovidi Akademii nauk Ukrainslkoi RSR, 1958, Nr 5,.pp 515_1~1
518 (USSR)
ABSTRACT: The authorsanalyzed the air motion in
tively smooth mine
rela
.
,
workings and came to.a conclusion that its velocities cor-.,
respond to thebeginning of movement of coal:parti6les up to
100 microns in diameter, They derived formulas for deter-.:::
mination of the lower limiting air velocity at-which coal-
particles begin to,move, which indicate that its value de-
pends,upon the',specific weight of the particles and coeffi-
cient of.the.~aerodynamlical,re.sistaxice ofthemine workingi
but,does not:depend on the size of the particles Numerical
examples cited show'that this:value.varies,.in:the limits
between 1.7 and 8.8'm/~eco
There: is 1 sketch and 5 Soviet references.
ASSOCIATION: Kiyevskiy politekhnicheskiy.institut (Kiyev~Polytechnic:_
Card 1/2~ Institute)

RYZHENKO, I. A.
Cand Tech Sci "Study of parameters of ventilating stream

characteri
zing
the outflow of dust from mining p Char'
o erations.' R
kov, 1961. 15 PP; (Ministry of Higher and Seco ndary Specialist
'Education Ukrai nian SSR, KharIkov Mining Inst)- 200 copies; price
not given; list of author's works on pp 14-15,Z 1l entries); (KL,
10-61 sup, 218)

(Mechanical drawing)

1/2 UDOs','342.541
rd s 347.5'Wi 5
c

--, . -- -- .. I - - - . '' -
'7 *~-.~ -, -- -:
- .1 .
- 4 ~' - : - . . ..... r - ~- ~~

3(5) PlAn I Molt 307/1923
Akademlys nAuk 533 Otdolonlye mcuk.
X=isslya Do trableme 'Zakonmemosti rameshchmiya pol*=Y)*
iskopaye=yIds.
Zelononarnoott razatshchenlya polomVkh IskApa"w7kh (RSVaBrItIes in
the Distribution or MAeral Deposits Val 1. K0600W, Ild-To AN SM,
190.~ 532 p. Urrate slip Inserted. 2,500 40PLOO priAtOd.,
Keep. Me U.S. Shatakly, Aeadeoldlanj Iditorld Doardt N.D. Matakirl
Academician, D.1, Wharbakovp Academician# N,A. Belylyevski7s
N.M. Doleopolor, O.D. Levltskly, YU.N. rushoharovskiy, G.A. 901solev)
94. of Publishing Mouses 0.1. Nosovj Tech. Zd.t I.M. Ouseva
PURPOSEt This book is Intended for pologista and petrographers#_
ibution or
t
di
d
s
r
wide
particularly them* Interested In the worl
m1narals and the reasons underlying their occurrence.
COVMG3t On the basis of particular regional studios this book
attempts to establish the rules governing the distribution of
metallic and non-metallic are deposits. The work Includes articles
on the matellogeny of Individual minerals, an broad methodological
problems, and on the possibility or predicting the ooourreno* of
a mineral In the USSR on the basis or Its occurrence throughout
the world. BIx maps depleting the distribution of a partlGular
mineral throughout the world are Included with the work.
References accompany 9sch article.
?ABXZ OF CON101
Staritskly, rd.0. Certain Magnetic and Metallogenatio
Characteristics or Platform Areas
P1
nun, G.V., and V.A. MAznttsov. -Rigularities In the Geologic
Structure and the Metallogeny or the Altay-Soyan Hyperb"Is
Formation 275
Salrnov, Vr., andYL-
: acme Featt"a In the
nn~
t
;
Formation wd D roUry Deposits 289
V.A. ROXLII&rltl*a In the rormation and Spatial
Distribution of Moran" Deposits In the Altay-3&ygn
Yol4ed Ai*& 302
BogatsTdy, V.T., Regularities In the Distribution of Titanim
Concentrations and Its Metallogenstle Characteristics
Obser"d In M* Mrseancy"skly &a 11%

ILICHENKO, S.G., otv. red.; CIIUKLI:11,,.S.G., zam. otv. red.- RYZHENKO,
L P red., P.-
BADYLIKES, I.S., red.; ALEKSEYEV, V
VEYNBERG., B.S., red.; GOGGLIN', A.A., red.; MMITSER, L.Z.,:
red.; MADAN, S.Z., red.; NAYER, V.A., red.: MIRMUS, B.A.,
r
ed.; BARENBOYM, A.D.,,red.; NIKULISIIINA,:D.G. red.
(Transactions of the Conference on the Outlook for the.bevel-
opment and Introduction of Refrigerating Equipment into the
National Economy of the U.S.S.R.] Trudy Konferentsii po per-
spektivam razvitiia i. -nedrenila ':holodillnoi toklmiki v na-
rodnoe khoziaistvo SSSR.. Moskva,.Gostorgizdat, 1963. 262 p.
(MIRA 18: 3)
1. Konferentsiya po perspektivam razvitiya J vnedreniya kho-
lzvsR. 3Q62.
lodillnov tekhni-ki v n,
2.Odesskiy tekhnologicheskiy institut pishchevoy.i kholodnoy
promyshlennosti (for Minkus, Barenboym,~Chuklin, Nikul'shina,
Madan). 3. Vsesoyuznyy nauchno-issledovateliskiy institut
kholodillnoy promyshlennosti (for Gogolin, Badyllkes).

J,
-1-662
137-58
Translation from: Referativnyy zhurnal, Me.tallurgiya., 1958,, Nr 1, p 103 (USSR)
AUTHOR: Ry'zhenko, N. A.
TITLE: The Organization of Repair of Rolling Shop Equipment: (Orga-
nizatsiya remonta oborudovaniya prokatnykh tsekhov)
PERIODICAL. Tr nauchno-tekhn. o-vachernoy metallurgii, 1956, Vol
10, pp Z-38-243
ABSTRACT: At the Magnitogorsk Inte grated Iron and Steel Works a
n
centralized system for the performa ce of all types of.repairs
of iron and steel equipment~has been adopted. The machine
tools.and forge equipment of the shops of the departmental..
units have been consolidated.to establish a joint, machine shop
and repair teams. The rollincy-mill unit shop has 68 machine
tools; its personnel consists of 117 machinists and 127 repair
mechanics. This system of organization has, made possible.a
more complete and better performance of current repairs and
major overhaul, and also the concentration of repair personnel
with strict specialization, under which. the same machinists'
have been repairing the same units for 10- 15 years.. The Chief
Card 1/2 Mechanic s Department, in coope ration, with, the shop.chie'fs'

I~YZJEWM N. A. (Former Chf'. Mechanic Ms~itorgorsk Metallurgical Combine.)
-_ 2 .1

S/118/60/000/009/002/009
A16l/AO26
Arising Problems of Complex Mechanization in Metallurgical:Industry
steel foundries thefollowing work is still manual: lining of ladles.and spouts"'.
cleaning of ingot stools for siphon teeming; replacing of-furnace lining; chippdng
Of ingots (at special,steel plants). :Thelautomatic instrumentation of the,.open-.
.-hearth furnaces proper is hligh-level,:but not all other work in the foundry..,,,,Ofl
only 20 - 25 are at the furnace. Nqw equipment has.yet to be.:developed,
j for new blast furnaces with 2,090~nd 2,700 m-1 capacity; the.'UZTM-made filling
devIc es,have%short llfe, one had to be repl aced Iafter only 8.5 months operation
on a',blast furnace at~Chelyabinskiy met Iallurgicheskiy zavod (Chelyabinsk Metal-
lurgical Plant) and the furnace had,to.be.:stopped. It.is planned to,use all-weld-
ed steel ladles with mechanical,control of stoppers and autcmatic ~40ntrollof teem-
Ing speed and weight of metal filled into Ingot -molds; contInuous-teeming will be;
used more,,,first in thesteel. foundries already working.:.Equipment must bede-,
Veloped-for mechanical replacement.of tuyeres,(because of.higher weight)--an
electric stopper.is,needed for;slag tap, a tapping machine and other. Machines
J,
are neaessax7 for the transportation of liquid Iron,in,the Toundry yard, and for
processing slag for construction materials, for fully-mechanized iron,teeming,
for coolingland transporting into -Yathroad- cara# Ifor removing dust out of exhatjst~-
ers; scales are needed of RRtype with automatic recording, ingot trolleys'for
Card 2/4.

S/118/'60/000/009/002/009
A161AO26
Arising Problems of Complex Mechanization in Metallurgical Industry
up to 25-ton ingots, etc., Theexisting equipment must be Modernized. Short life
of equipment is a problem - for instance the charging machines last one.year,
only at some plants, while'the lining Ln the:furnace:las;t5 for, three years. . If,,,L
together with machine plants will.not manage! ~o produce In the
more wear-res 7 sue machine~_:,~
nearest future a istant charging machine, over 1,1,0 h
swill have to be produced annubLIly ata-cost of over 100 million roubles;_ . hot -
-blast valves are being replaced every,3 -6 months,..and if this will not.change,,
more than 1,000 such valves will have to be made annually after 1965, and a
furnace will have to be stopped..for 2 - 4 hours to replace.one., Service life &fl-.'.
ingot mold trollies, steel teeming ladles:and slag bowls.is very,low. 'At the
(Ma~nitogorsk Combine)
blast furnaces No. 5,and 6 of the Magnitogovski.-r kombinak,
gears and bearings went loose in the skip winches and the fa:rmaces had! to be,,stop-
ped; this resulted In a loss of 34 5 thousand tons.of output for each furnace
(the. win Iches,are made by Uralmaslizav6d) ~~e Idrums in teeming cranes are Iwrofigly
the crane
'fastened, the'quality of rui-Aiing.wheels is low, the ,risibility out of
operatcr's cab not good, the'balanters are pIo6rly made.. The consumpti on of scare
is:such that on the~average lo_kg of spare parts are used per I ton of
ready rolled metal, which means the. the iron plants will need'about 2 million
Card 3/4

66327
V-60 0 _SOV/~ 62-59-1-27/?7
AUTHORS:
Goncharskiy, L.A.f
~L"enkp.,
TITLE.-- One Type of - Ionic-Mechnical Accelerometer;Tube
PERIODICAL: Nauchnyye doklady vysshey shkoly,,Radiotekhnika-i
elektronika, 1959, Nr 19,pp 2261-231
ABSTRACT, The authors developed a new ionic accelerometer~tube,
.ac-.
igh.voltage sensitivity. The,
distinguished by a h
.
,
celerometer tube was based on.1the TKh3B cold cathode
thyratron.' Basic parts and the manufacturing technolo-
gy of.the TKh3B.tube,Were used for the accelerometer
tube, which was built.in several versions.,The princi-
pal:,design of'the.accel,erometer tube is shown in Fig 1.~
A,nickel,,anode of.4x4 or,5x5 mm .(depending on the;ver-.
sion) is suspended by a tungsten spring between two,
plane~molybdenum'cathodes. Provisions were made to pre.
. vent an e t
envelopedischarge ofthe cathodes. Th rec
angular nickel anode',~has a thickness of 0.2 mm,for the
Tnm version. - It is
mounted on,a tungsten wire.-of
Card 1/3 .
0.'15 mm. diameterand 15. mm. length. The natural - oscilla

zzlel
Or

E las t ic. cons ta n s~~o .:.a
t f
were measiire d, e Al
-
6
go x
lo
e reed
xPer3.mell. a Y. A&

t K3,
e hods o A' I
m
and'A4*I.' Kiiaygorodskj
3 9 6 1 -'A 6
There- is,
'ION: -Ins
Instliut

SUBMITTE Augu
-7

bl-I

Y,
93-5-10/19
AUTHORS:: Ryzhenkov, I. I.
TITLE; Methods.of:Determining the Effectiveness of.TTeating Wells
,
.
,Aeid (O.me~odike bpredeleniy'a
With- Hydrochloric
,
ffektivnosti solyanokislotnoy obrabotki skvazhin)
e
PERIODICAL.- Neftyanoye.Khozyay.5tvo,, 1957$ Nr.5, pp. 41-42 (US;M)
ABSTRACT: Present methods of.detersdning the effectiveness of
hydrochloric-acid treatment of wells are deficient in
certain respects. .The.evaluation of the.effectiveness
is limited usually to an analysis of two factors, namely.
-.the,inerease in oil production and the cost of treat-
,
ments.: Frequently in calculating the production increase
no consideration is given to the rate of change in oil,
recovery or to the remaining effectof past treatments.
A proper analysis of the effectiveness.of:hydrochloric
totality~of
acid treatments should take into account a
.
technological and economic factors, including the addi-
tional. recovery of.oil, operating efficiency and the
degree to which basic equipment is used. The exclusion
-ors and a comparison of various
of less important fact
Card 1/j, kinds of.treatments performed at wells having equal

93-5-10/19
Methods of Deter-mining the Effectiveness of TTeating Wells (cont.)
production records andaimilar geological --haraciteriaties at the
bottom of the hole are very.important in determining the compara-
.tive effectiveness of various technological schemes. In determin-
ing the cost of additional oil obtained as a result,of acid
treatment-, the cost of.e.le,etric power,,compressed air, break-down
of emulsion, and the pumping of the additional oil should be-taken
into account in addition to,the cost of the acid,treatment itself.,
The effect ~f thetreatment can be found by comparing the cost of.,
oil produced by wells which were treated vrith acid with the-cost.
of oil from wells not stimulated by acid treatment. Such methods
make it possible to determine the effect of hydrochloric treat-
.ments on economic -indices of ollfleld exploltation,'to find out
the comparative effectiveness of various technological schemes
and the basic factors determining the,effectiveness of treatments.
An analysis of test results'obtained at Ishimbayr-eft' Kinellneftl
and Molotovneft', oil fields showedthat the effectiv4WM of
treatment is closelyconnected with the wide use of surface-:
active chemicals of the "DS" type, developed by the Petroleum
Institute of the AN SSSR. The most important technological and
Card 2/3

J

AID P 2733
Subject USSR/Mining
Card 1/1 Pub 78 3/22

Author Ryzhenkov, I I..

Title About a planned exploitation of oil deposits
Periodical Neft. khoz-i 33, 7, .18-20, J1 1955
Abstract The author.,makes,some comments about the article of, .
M. V. Mkrtchyan "Questions relating tola planned
" published In: the
exploitation: of oil. deposits
,
journaI J No. 2, 1955o -The mainlassertion-of M.- V.
Mkrtchyan that the curves.,of oil recovery of.oil
wells should have a more flat and extended form Is
criticized. The:specific conditions,of,each well..
for.best recovery.:must.be considered as,well' as-the
generaI needs and economy of the~country.'
Institution None
Submitted No date

(Industrial,manag6ment)

ROMANKOVA, M.Pq RYZfIENKCLVA.Y-Ye-

n Li -
institiAt eksf-,erimental' Oyrae-ditsiTly AWI SS"R, Len, ngrad

p

cv,

AUTHOR svy/ I do- 39-4 -1.7/4 ji
TITLEi A .11 in. Ar
77
PERIOVICALi IzVestiya Akaloott ...k SSS!

..u 'Y 3 t1 24
te uj, ,p
. . 1.55-. (USSR)
AkISTRACTI A conrorence all the above -4j~u ta*k PIACe, in th a
1-titut. f M.Chl.. DIlll.ll.. in. -d-
in

f
I. IIric-avarch ina 1.. .1,
n
I%r.?II,s and IArg,st ..rk. fr-. 34
In the canf,r-ce. Tha faI4-nL ;,&
r* r
:e
a.,.: Zr
-Th. pr .... t -- at' he
..cur..y .1 .~- -T-i "t*
at' the %1l. -ur..y at'
an "I h-I.Fic.1 '~M~th.d. f

'"
,a -t4-1 -s ..r.
c,.r. y .1. calo
~
mystem of a J
w., nce ub.
1 a
ll
... v
rIj,,tuod. far Ina O~v.r.i-tioa at'
Lel.-- m tar di_ .eAoil. .f I-W.; S.A.L.-O.,f
C-1 4/3 far n-s-ro.. pr.Ju.,,d 0) -r--
-th.d. 'ur ... t I.V'; f
c.nir.L1 lllg na,
erl- Laciue_.4. r.
--v 1 1,
;c.-Y r...... I, I.. T, K-n I T
t-t-
et, "Z",; and
orri- I till,
A -x~- .1' .1mr.1LI-m .1,
tile L.... q.'r.-t.;

ill the

-Ion In., -1. b~
"Iti-de

Ca rd
i!L -1
r, r. nd by It,,, I.., n. -.-4
"The f-tWr h. c.at.,,, at -a-t,np..

A.A.
dur-,j

"
nd ly
Ia
at _et op -'r .t, 1,_,_ .;
-11 ,1, ,t ., no
pr-ura It

nf
I-Ar.11 -k Ond lI
I a
C1.11t llf phy V.
r,[,, r t. 0 .1, 1 e tymd r- -r I I I r %l Ia t I f t tl~
p "li. f .'let M~
r

I JrY

PHASE I BOOK ExPLoiTATiou Sov/~304
SOY&Bhchanlya pa teorij 11 t6ynyM proteassov. 5th, 1959
Tochnosto otlivok; trudy novochchaniya (AacuracY Of Castings; Tr3.
actions of the Fifth Conrore'rica on the Theory of Foundlr~,- Procns
on) Moscow, Hanh,~Iz, 1960. 206 P. 3,500 copies printed.
Sponsoring Agency: Akademlya, nauk SSSR, Inatitut machinovedcalya.
Kom Inaiya po Wuhnologii iaaahinoz troyealya.
Ed. (Title page); B. B. Gulyayov, Doctor or Technical Solono6m,
Professor, Ed. of PubliahlnZ House i , 0. It. Soboleva; Woch.. Rd.:
A. P. Uvarova; HanaginZ Ed. for Literature on Hot-Procoosed
Metals: S. Ya. Gol07.tno Engine or.
PURPOSSt Thin book In intended for scientific and to ohAivml I
nol at scientific research Institutes, factorials, and sell
11. of
higher ad u nation.
COVERA03: The book contains 19 report* read at a conference on the
,,accuracy. or castinSa. The conforonca was or-nized by the ., , - - i
Comulttee on Proaaaaln:; in Machine Wilding and sponsored by the
inntitut maehInevadartlyn AN SeSs (Ir--tituto of the Science of
Machines or the Acudo.,j of Sciancaa WSH). The reports,. pro-
mcnted by leading specialists, science workers, and production
parnannal,dincuss the prozent state of tho proble= of the recu-
may of coatings and methods of solvinZ the problems Involved,
a _ar n a. I '. "~6~
rj_5,8._.rcf.er* a. a,.moa~~y So'vipt...
LQr-a=v,, L. Yo. [Eaginearl. DI stortion of Sand Holds
Zhu 0k E Eng -chin [EaSlnosrj.
01, ancerl, and Yd Tsluan
0,
ore of Castings Caused by PuttQrns and Planks. 125
Xvbrovp y'. _AH. EEnslnoerl. Effect or Thermal Distortion
of the. H*fdIng-Ifixtursts on the Accuracy or cantinga 131
-The work of inveotigatInS the distortions and thermal stress
In the molding mixtures was carried out under the ouporrIs-
ion of P. P. Barg.
Y-0 ma hMlo.03,6'. 11~n. or], and E. B. aulY.Yev Pro duction,
or rre .1 . datingo in znaii Holds Pranced From a Waterglaas
Miture 246,
Kolchin. X. F. (Zaginaerl, and kov (Enalnearl.
.aHv
_F-rocTu_-ctT6n70r largo Precision By Ualr.4.Chanl-
A
cally-Hardeninit Hixtures-.... 153
Itubteov N , I
N. (Doctor of Technical Sciences, Professor) and
[Engineer). Dimensional Accuracy of InveActant,
4 ZZ.. i6o
CC&ncildat'o,of Technical Sciences]. Dimon.
and Surface Roughness of Castings Obtained
by Various Mothods 80
0. A. r
Cantor, A. Yo. Daidlov A. X. 13clyayev, and Engi-
near V. B. Shullman, participated In king castings.
WOOklY. M. P [Engineer], and B. B. Oulyayev, Formation
or the Gontoura or Castings In Die Casting 193
%oanl~h,,MR AA EEnzinoorl. Accuracy of Castings Ob-
203
Card 6/7
j

SOV/128-59-11-6/24
~AUTHORS: Kolchin, I.F. and.Ryzhenkov. V.V., Engineers

TITLE: :Improving,Quality,,of Steel Castings
PERIODICAL-
1959,: 11r 11, pp .12-14 (USS.R)
Liteynoye proizvodstvo,
'ABSTRACT: ' When casting steel, the Plant "Sibtyazhmash" usesl.a~
paste made of.chr6mite against the formationof-crusti;1.,
The chrome,ore originates from the Kimpersayslcoya:dep3sit
contents are given. in Table on page 12..' The"; fire-
its
.
e form of a paste'is placed on the
proof, covering in:th
.
86-8
surface of .-tIhem.old 1. the paste composition is
9%
,
,
chromiu e er~imoiasses..A
-1e, 2% dextrin and 9-12% fodd
sprayer is used for.surfacing with paste. Since.1955
mixtures with, liquid-glass and the blowing of,molds
~
,'.
with carbon dioxide have beer- used at the.plant..:At
-present, over 70% of-cores are:Pashioned from mixtures-
are owl
containing liquid glass..The molds bl ' i through
a hollow model provided with outlet.gas channels. igs
1 and 2). The, blowing lasts 2-5 minutes; carbondio-.
-C.ard 1/2 xide consumption is 15-18 kg:per'to,n~of:castings..The

:37~ A

ni
Z 5

,
J no.
;

;~'V~ 71 a T ~ea-,' 1