SCIENTIFIC ABSTRACT YEVSEYENKO, E. S. - YEVSEYEV, A. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963010015-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

3-7 Ar.t65- z8-7,
ri'achallnilc Tekhniicheskogo apravip-ni-ya GosudartAvemno-go koinuiteta
standartov., mer i lzraer-ItelInyl-li priborov SSSR.

STRELIBITSMA, A.1, (Strellbytalka, 0.1.] (Kiyev); YFVSEYEtIKO, G.I.
(IE-vaieienko, H.I.1- (Kiyev)~
Experimental investigation of stresses In H-beams subjected
to alastoplastic bending with torsion. Prykl. mekh. 9 no.6:
627-637 f63, (14MA 16 12)
1. Institut mekhaniki AN UkrSSR.

STRELfBITSKAYA, A.I. (Strel'bytoka, 0.1.] (KIyev); P.'(YADXO, E.A.
fFriadko, E.O.1 (Kiyev); *4
1 [Mvsiolenko, H.1.1
yev)
Tot sional bending test of thin-walled channel bars in elasto-
plasti c state. Prykl. mekh.-IG no.3:271-282 164.
(KIRA 17 ri
1.Institut mekhaniki AN UkrSSR.

STRYEL BiTSIU01A AIII. (Stre-il-tbl-talka 0.1.); jF.V
Fmv-
BJ ai,cial. bend Ing with t,~rvicj cf th~.n-wal'cd bars oycnd t,-
elai3tic 'limit. Dop. AN TjRSR zio.10.130F,1312 162a
(MIPh 18s4)
1. aastltut. mekha-Aki AN UIr,9SR.

Upw1mantal imeatigation of a plAotia bUxUl boWrg &-.d
torition of thin-vallad tode. Peikle makh,, I no,9-.,65-80 165*
(14IRA 18.-10)
Is THatitUt bWkbAnlld M UkrggAt

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to f ind the ma"rimum I ~nd for h p- r oj' -q n tr I1 .9 1 C! a ~d I n'-~ q
n are nonlinear Dorr,
'or
ne a astio state and beyond the elastic limit, A ncticeahlp
increia r,or, t 7
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"I'll-
- - ~N I ~ I

TSYSMUO L'S
Changiss, in the urinary system in cancer of the,cervir uteri. Trach.
dolo i2o.6:61%-621 Je 157, (KIRA 10:8)
1. Ifoiskovehy oblao'tnoy nauchno-isoleclovatf!lls,kir klinichaskiy
insti-but-
(UMUS-CAKM) (URINARY CRaM--DISRAsxs)

Ci~RPTA MEDI"A See 1~ Vol 712 Cancer Feb 59
Hol. Uriwry tratl changes in cal-cef of the cervix uteri (Riusian text) FvsFF-%Ko L. S.
Ijistr. Clin. Rt-5. Inst., Moscow 1"Ir, 0flk#I- 1958, 4,4 (473-484) Illus,
IN urological examination in cases of cervical carcinoma showed chan
.1ailed gcs in So
tju( or 6 1 cases, Of i,j women %vith stage I cancer, (lie orinary system was affectcd
in 2. The changes iii~reased with the extension ofthe carcinomatous process, and
were sometimes ,symptomatic, especially when unilateral. The alterations found
vere: (i) livperacinia, folding and occlerna of the bladder mucosa, especially at its
[nor; (2) disturtred motor function of (lie ureter; (3) dilatation of ureter and renal
Ivis; (4) non-functioning kidnei. A thorough urological examination is neccmry
Xfore surgical treatmtrit is consi cred.
ia
4WI

Wf' rWPV&q MRAM: MEOLVEMID uw~

01
PHASE I BOOK EXPLOITATION 578
Yevseyenko, Mikhail Andrianovich
~A Neftyanaya promyshlennost' SSSR v shestoy pyatiletke (Petroleum In-
dustry of the USSR in the Sixth Five Year Plan) 2nd ed. Moscow,
Gostoptekhizdat, 1957. 70 P. 3,000 copies printed.
Tech. Ed.-,: Polosina, A.S. .It
PURPOSE: The book is intended for workers in the petroleum industry
of thet USSR. It can also-be used.by istudents who are interested
in the! plan se~ by the XX Co , of''the Co=urdst Party of the
USSR for the production of'petroleum and petroleum prbducts.
COVERAGE: The author gjves,a res -of what has'-'been accomplished in
the petroleum indus-try of the USSR from 1913'~_tq_ the present. He
discusses the new oil-produotng areas whiah h0e been developed
.during the Soviet period and the pr9duation figures for petroleun
and petroleum products. The author also discusses the quotas set
by the XX Congress of the Co=wdst Party of the VSSR to be met
Card 1/3

N'tilai~,;~llu~luoi4ill-~list-72.ia4ki~~ilj 4~JW tam
Petroleum Industryof the USSR (Cone,,), 578
during the Sixth Five Year Plan (andIng 1n 1�60),_and the new
developmenti3 in drilling, productlon-, processing, and the design
of new equipment. However,, the emphasis In this book is not
primarily tiachnical. There is only one Soviet reference,
7TAIOU--OF----
CO14TENTS:
Introduotioll 3
Tasks for-tl,.,ie Petroleum.Industry During the 31.xth Five Year
Plan 9
Qeologicai prospecting for gas and..oil 11
Exploitation of oil fields and the production of petroleum 18
Oil wells 29
Production and utilization-of natural gas from an oil fL-ld 33
Petroleun.-processing industry 39
Card 2/3

Petroleum Ind0stry of the USSR 0011t.)
578
Transporting and storlng petroleum and petroleum products 44
Machine construction for the petroleum Industry 48
Basic trends in scientific research 51
In drilling oil ar4d gAs wells 51
In.the technology.an,cl-technique of produoing,oll and gas 52
In processing petrolisum and gas and the production of
synthetic liquid fuel- 53
x In designing newequipmentj and apparatus 54
In KKTT(Control and measuring instrumeata~ and automation 55
Planning in th!,,) Petroleum 'Industry 56
Productivity Of Labor and Socialist Competition 59
AVAILABLE: Library of Congress
Card 3/3 BIC/ad
8-25-58-
E

PHASE I BOOK EXPLOITATION sov/2124
M02a'IVUZOVskoye-soveshchaniye-po.voprosam.novoy.tekhniki v
qeft~ano~'T promyshlenn,osti. Mosoow,, 1956
Razvedka i.razrabotka n4,ftyanykh i azovykh mestorozhdeniy;
materia1y,s9veshchani1ya,,:tom. 1 ?Prospecting and.Development
of Oil atid Oas Deposits; Papers of the Inter. Conf er-
once on R ew'Techniqu4S in the Petro -leum IndustrSr, Voi 1) Mos-
cow., Gostoptekhizdati-1958. 311 P. Errata slip i.nserted.
Is 500 copies -printed, v4
Edsit: If M. Murav'yevj Profesmori-Dootor of Technical Soience-M,
itnd.V. N. -Dakhnov,, Piofessor.. Doctor of 'Geological and Min-
eralogio4.1 Soiences;iEditorial Board., K. F. Zhigaoh, Professor
(Reap. Ed. ), I. M. kdrav I.Yevp I Prof essori, A. -A:, Tikhomirov,
CandidatOl of Eoonomidal Scienaesi V.-I. Yegorovs Candidate
of Economical Sciences,, M. M. Charygin, Professor, F. F.
Dunayev,~Professor " ~N. I. Chernozhukov, Professor, Ye. M.
Ku=ak, Professor, I ''. A. Charnyy, Professor, 0. M. Pan-
ahenkov,~,Profeusor, V. N. Dakhnov.,.Professor, Doctor of
Geological and Minerailogical Sciences) N. S. Nametkin,-Doctor
Card 1A6

SOV/2124
Prospeating;and DevelopMent (Cont.)
of Chemit3al Sciences,,' N. A. Almazov, Dooentp V. N. Vinogradovp
niedl Sciences.. -V. I.. BiryukoVo.Candldate of
GandidgVe of Tech
Technical Saienoeap ~E. I, Taglyev., and V. M. Gurevich;
Exeoutive-Bd,: N. P. Dobryninaj- Tech. Ed.s E. A. Mukhina.
PURPOSEs, The book is intended for engineers and scientific per-
isonnel working in the petroleum industry and vtuzes. It may
also seive as a textbook for advanced students of petroleum
vtuzeas~
COVIRAM-1ho back containvartiolen-written by staff members of-
the Moscow, Won And Vf& Petrolaum Instituton, ths Kuybylhav-
-and AaeftaydohanlynAvistr4al Institutes the UNIX Wa, Won*
14~fjo A(looAroll XnPUtute)# VNZZbu lot;' (All- UnLon Saiantific
llawroh WtAtutf! of Otj Drilling1lo, ON? Design-Offigo of
Patrolow Inatmont MAkinj& the Buhnoft Xopooltition (Bash-
141KV4 btrol(m). qllhapa praporap read At tho Maxhvusy (Inbar---
Wa) Salentific Oonfoironooo doAl with now toohniquea in tho
t0rolm Midutry IntroduaO ninae 19561. Emphasis in gtv~n
a 0@ ImparWa~ OWficiant drillim &WAYGLOAl PrOSPOGang,
Card P/ld

_Pr~aspe-6tin-lr -and- Deveflopmian t- -(Con t
workin&of oil.and gaj3deposito.,,and the.use of new deviaes
emplo'yed-in oil and-gas exploitation. There are 52 references:
44 Soviet, and 8 English.
TOLE OF'CONTENTS:
~ev AUnko~_A". [USSKMinister of the Petroleum IndustrYl. Tasks
v
J Oing OU Indus try Workers in the SixthYlve Year Plan 3
~The authorreviews progress made-in the-petroleum industryj em-
port nee of the developments which were.repor-
phasizing toe Iml a.
ted at the tonferened of representatives of the Moscow 'Petro-
leum Institute. The,goals set for 1960, the last yearlof the
Sixth Five-Year PlanP, are indicated.
Kuvykin, S.. 1. [Chief,,Bashneft Association) The Efficiency of
the.Exploration of the tashkir Oil-Deposits.is.Raised By Speed
Drilling,~of Small Diameter Boreholes 2'T
The author refers-toJarge scale structural exploration
drilling introduced in Western Bashkiriya in 1948 to d13-
cover new petroliferous areas and study deeper horizons.
Card 3/16,

Prospecting :and Development (Cont. __SOV/21,24
Vykhodtsev,- S. V.- (Mosi,ow Petroleum Institute]. Methods'of
Appraising Labor Produc:~ivity in Oil-Well Drilling 37
The author disousses,.the two basic methods forestimating
labor prdductivity: 1) according to natural output, and 2)
according to production costs. He rejects the latter method
as urisuited for.drilling, since drilling involves indefinite
periods.of time. He~reviews other methods for estimating
labor productivity, for which he considers two conditions
essential: 1) 'rcqjpr under3tandin -the produced Item, and
p g of
-2) utider.standing-of1abor expenditure in standard units of time.
The basic elements inwell drilling areproductibn casin ,g,
erection~-of,derrick~j and installation of drilling equipment.
These op(.trations can, In his opinion, be.eaoily estimat-led
,accordinit to a) footage drilledb) the erection and hauling
of derri4ks, c) the,*erection and dismantling of rigs. He
produces-a table listing the output of a derriqk-erecting
crew at the Tuymazyburneft' (Tuymazy Oil.DrIlling) Truist, and
states that the.asse'mbling of drilling equipment can be
eatImated In a similar manner. Finally he cites the records
attained,'by drilling; enterprises during the, Fourth and Fifth Five~-,
Year Plan periods arl,d notes that labor productivity of drill-
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Prospecting and Development (Cont.) SOV/2124
ing crews i-ose-2.17% in 10 years. Hefurther statbd that
labor output in turbine-drilling had been higher than In ro-
tary:drilling. It had,al5o been higher in production-dril-
ling than J.n exploration drilling. He notes that growth
in labor output Was miAch more. rapid An . new areas than in: old
regions. Output had Increased 30% during the Fourth Five-
Year Plan period and 48% during the Fifth FiveYea,r Plan,.
Shatsov,, N. I4;~ Moscow!Petroleum,Institute Efficient Use
of Bits. 49
The author,aaserta that a basic fadtor in drilling is the per-
formance of the bit at the bottoth-hole. The better its perfor-
mance, the faster, easier and less costly is the drilling of a
well, and the fewer
our--.. A table indicates the time
spent-in drilling forlthe USSR as a wholep and for the Bash-
kJ.riya and,Tatariya Associations. It also gives 1954 da-ta
for the United States.~
Kagarmanov, N~' F. ( Ufa Petroleum Scientific Research Institute
-Ways of' Increasing the Performance of Standard*Bits
8:L
The author~states that, actual data on the perfdrimance of
Card 5/16

4L%Ni~4VM%715:" OMMRMAMIEZ nafga-k-0 M-ROMW
Prospocting and-Development (Cont.) SOV/2124
serially-pj:,oduced 10itz vary considerably even in horizons of'
the - same tj' e - ands' dls~igrees with the prevailing opinion . that,
rp
-thoy.depend u0n the~~1.._Oature of -the rocksj~,He-.noteo theil955
anal i D
ys ;w c6nducted b~_. t:.the,Tuyn rilling, 'Tr-ast
the,'o -,bit-'footagdi,-of
o
n; P r: 15P 000 ..Tables ~'.gave Aat~.
for each h)rizon..andlindicated the~output.,-of;pumps and loading
...ofZbitsi._.,The.r~ ~lt,,.~df 'the _tests iggested::the use.of-the
blt-'.
UmAio _p ne-.
T bite - t
bit ~:-:'2 1- f~ th th 6iit :4s e - o a :a
memo - 6 -
the bottom4-hole; fllinal mechanical drilling speed per bit'
-tip. The author- citee, foreign data (C. E. Williams, and G. It.
Burns) indicating that; the flushing operation may be reduced
by other means, such ats by rotating the drill pipe during
flushing. ~He considers the powev and momentum of the tu ' rbo-
drill part.1cularly important since smooth delivery depends
upon it.
Zhigacho K. FI.j L. K. Mukhin, V. N. Demishev, and N. N. Goncharov
(14oscow Petro, Leum Institute). Petrolpum-Base Drilling Fluids 92
Card:'6/16

Prospecting alld Development (Cont.) Sov/212~4
The authors state that petroleum-betse drilling fluids are be-
ing used to open productive horizons to maintain the petie-
tration rate at the bottom-hole zone,-and to increase t-he well
output. The use of petroleum-base drilling fluids is particu-
lary-efficient for opening formations-with high permeability
and low pre!ssure, where the abso*Uon of a-large amount of
mud by the ,productive formation me4f ptlove dangerous. Petro-
leum-base drilling fluids also prove useful In opening forma-
tions with low permeability, particularly where the formation
contains Welling clay. Petroleum-base drilling fluids produce
good result;s in drilling under complex geological conditions
4
and in drilling deep and directional wells.
Mitach K41: F'~' - L. K- Mulihin, and -V.-N.A)emishev- lk6scow tetro-
leum Institute]. Specification of Petroleum-Base Drilling i_1144~
Fluids 101
Me authors describe the formula of petroleum-base drilling
fluids developed at the laboratories of the MNI Imeni GubkIna
IrMoscow Petroleum Institute Im. Gubkin) and VW11bu, eftf (All-
rn
Scientific-Research Institute for PetroleumDrilling),,
and also cites foreign formulae.and methods for controlling
Carl 7/16

Prospecting aiid Development (Cont.) S ov/2 1,4? 4
.parameters during the operation.
Zhigach, K. R. And K. F. Taus. Drilling Mud for Opening i~p Pro-
4~tive For.-natlons
-a
_o6d"' lmdA e
-dri
h
aut ors en
hat 11irig
siveV for-many years4~ The development of new technique's called,
however,foi? the use of' drilling fluids that would speed up and
allow. dril1ing under- difficult geological conditions, deeper
penetratioiI withoutreducint the penetrability at the bottom-
.hole. Drill practices in-eastern regions and experimental
surveys established that rocks are better crushed when drilling
fluids or gases with low specific gravity and viscosity 'are used.
,In eastern fields, water is being substituted for clayey fluids
and may soon be replaced in drilling by air and gas.
Zh.Lgach, K. F,,j and S. ~Z. Zaripov, Ui3e of Powdery Clay in
Drilling 118
The authors report on.recent tests made in the production of
powdery alky and its application in drilling. They refer
Bpecifically-to the production of powdery clay from Bashkiriya
and Tatariya clay, manufactured at local _plants.
.d
C
al 8/16

Prospecting;and Development (Cont.) SOV/2124
'Dakhnov, V.:N'. (Moscow Petroleum Institute). Geophysical Methods
for Studying Reservoir 'Properties and Oil Saturation of RDCkS i2-~
The author stresses 'the need for more thorough prospecting of
carbonaceous profilea previously neglected The industrial
Importance of carbonaceous profiles of Bas~kirskaya SSIR may
be_judged by the results of extensive prospecting and 1;eophy-
sicaL-stu.dies of fhe'Devonian horizons undertaken in the last
10 years. They confirmed the presence of oil and gas-bearing
horizons in other st,4rata.
Latyshova, M.-G., and V,. M.,Dobrynin,,, Moscow PetroleumT.Insti-
tute ]. Method of Potentials of Induced Polarization and~lts Im-
portance in the Study of Oil.and Gas Wells 150
The authars stress the importance of studying the reservoir
-propertie,B of productive horizons on the basis of geophysical
data, without coring,, Of particular Interest is the mothod of
induced polarization developed In the past few years by members
of the WE chair in industrial geophysics: it detemilies the
specific isurface and~pemeability'of sandy reservoirs.' The
method of.induced polarization,, actually propooed long;ago,, re-
mained purely academic because the phenomena of Induced polar-
Card 9/16

Prospecting,and Development (Cont.) BOV/0124
interpreted, The method
ization had originally been mis.
was later-used -extensively in modified form In the coal Indus-
try, and'helped. in establishing the presence of coal lAyers.
'Systematic studies of this,method were initiated in 19,48 by the
MNI chair, of industrial geophysics, Laboratory tests
established that indLiced polariZELtion of rocks mayjunder
specifio.~conditions,reach considerable dimensions.' Thia
studies revealed another-'alternative on the natiAre of Induced
polarization of porous rocks. The principal cause of the
emmision of potentials induced by polarization in porous
rocks,when saturated with an electrolyte solution,, is the
of the dual electrical layer present on the, surface
of rock grain in the,.polarized electrical field.
Conclusions:
1. induc.ed polarization assists in making a fractional
breakdown of well cuts and classifies reservoirs of the
lowest, medium and highest permeability; it also dis-
tingiAshes clays;. of O:eater and lesser degrees of swdy
content,
2. Induced polarization allows an appraisal of the degree
Card 10/16

Prospecting and,~Development (Cont.) sov/21e4
of pei-,,meability- 6f sandy reservoirs in situations,~plaaing
it th1weby among~the most Interedting methods of geo-
-wel
physi4al studies'of oil qbd gas Is.
te-]. Revisio
'0abinkin,, L-A. (Moscow Petrol'eum-Inatitu n of the
',RI;P' Seismic blethod, and the, Grouping Methods 15S,
'The authoi! aescribes~the'.seismic RNP method recently developed'at
the Instilfute,ls s6isq.1c laboratory with the aid of the'VNII
-Unioii .Research Institute) of Geophysics and passed on to-
(All
the petroleum industr7. He mentions the results obtained in
field andl:laboratory -testing while using a basic modification
of the RNII method
Abdu.1lay.ev' ~~t. A. (Azerbaydzhan industrial Institutejo Precise
lind Approximate Mdthods for .-Interpretation of Travel-Time 20urves
of Reflected~Waves 178
---The,-~author__ apbr )d tic 1
-records seveftl~ o 4i(atezan prec se ana jy. a
and graphic'methods for determinJTig effective speeds with the
use of travel-time curves of reflected waves.
Datskevich, A. A. [KBNP Design Office for-Pbtrojeum, Instl4rument
Making] Equipment of kitomatic-Geoptiysical Field1z' StatioM3 19
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Prospecting a,nd*Development (Cont.) SOV/2iI24
The authot; states-that.his KBNP olTice, cooperates with the de-
Qign offices of the-Nefl;epribor (Ile troleum -Instrument) 0 Geo.,rlzik-a
(Geophysics), and the.Mytishchinskiy Instrument-Making Plant
in manufacturing. the largest amount of now industrial pophy-
si-cal equipment in the- petroleum Industry.- - Because - of the large
demand by the industry-,# the'volume produced by the KBITP,offioe
was,inadeqaate and production was,doubled in 1957. The,KBN11
has an experimental plant,, a model shop, and laboratories.
-Dakhnov, V. U.-i and A. I..' Kholin.[Mosoow Petroleum Institute]. on
the Problem o~V Quafititative.E-valuation of Residual Oil Satura-
tion of,a Resi3r.voir Carried Out by Radioactive Methods 209
The authoro state 'that the determination of the type of
liquid sht;urating the formation reservoir encased In the well
-presents one of the major problems for advancing -the'-technology
of petroleitm exploratJLon. Constant observation of the movements
and changets In. water-oil contact in all wells is essential, and
the -radiometric metho.d., developed between 1953 and 1955 at
Labora-tory,Nr 1 of th(i MNI (Moscow Petroleum Institute),:4hich
helps-- detepmIne the type of liquid saturating the formation,
answers the purpose.
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Prospeeting.,and DeveloPment (Cont.) So'~/,,?124
Barsukov, 0, A. (Mosed:w P'stroleum, Institute]. Some Theoretical
Problems on~~Neutron Methods for Separating Oil-bearing Formations
From Water-bearing Fonaations 2 18,
The author refers to the exneriments conducted at the~AMNI and
other-organizations,,which contributed.to the development of
methods to separate~:oil-bearing rrom water-bearing for'mations;
he d6seribes severa:L physical processes that take place during
-neutron atudy methods and presents pertinent evaluating cal-
culationis.
Charnyy, I.',A. (Moscoir Petroleum Institute]4 One of the Integral
Equations otthe Filtration Theory and Some of its Applications 230
The author gives a 4.1etailed desci:1ptlon and graphic calculations
of an int',egral equation of the filtration theory.
Belash
F. M. (Moscov'~Fetroleum Inutitutel. On Equations Used
for Detex%iiing Yields 248
The auth6,r shows tM connection between differential equations
of filtrition and ttie equations of yields.
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Prospectingiand Development (Cont.). SOV/2124
Pykhachev,, . GO B, [,Dro~tnyy Petroleuni Institute). Determining
Pressure of,An Oil-bea;~ing Formation Having a Low Gas Satu-
ration -257
The.author reviews filtration in mixed liquid and gas phase
formations~and subml;ts equations.
Bagdasarov, S. Kh. [Ku~-.byshev Industrial Institute]. The,Role and
Significance of-A Rydrdulio Seal in:Fjploitation'of Oil Depo-
sits 266
~The author Is-oppoad d-to the exploitation of new deposits with
dissolved gas in petroleum production under prevailing tech-
niques dii *ring the inItial. periodp,partleu.1arly when it~is in-
tended to *~correct -thp condition by secondary methbds. 'This
system has been responsible for depleting many old petroleum
deposits..- (Baku, Groznyy, Krasnodar, eta
Isakovich,,:-R. Ya. [Design Office of Petroleum Equipment),, Cbn-
trol and Measuring Deviees Used in Petroleum Production-, 281
The autho 'r cites dat~Ia on new equipment designed for reoearch
and contt-ol and meas~aring instruments used in working 4)il de-
posits. Equipment developed by the KBNP may be divided into
Card 14/16

MOMM
Prospecting.And-Devel inent (Cont.) -SOV/2224
OPI,
the folloving.groupWi. 1) equipment for the study of petro-
leum reservoirs; 2)1',equipment~for the study of petroleum
propertieit under forilation conditions;
devices aild equipment-for depth measurements The artlele
also refeiss briefly I;o work on automatizatio;, remote con-
trol, and:the managemient of processes of petroleum production.
'Ivanov, M. M. . [.Ufa Petroleum Scientific Research Institute).
New UfNII Instruments fer Studying Deep Wells. 296
The authorlists new~:models of UOH-dealgined depth inatru-
ments. Be Itween 1954-1~,and November 1955 wprk was performed
with the 61d;of-DGM-4 differential. manometers In studying
well interference and, the precise location of the interre-
lation of'Devonian formations at the Tuymazy oil-deposits.
-These studies led toAmportant conclusions.on the structure
of oil f0imati.-ons Dl ~'And D!p in'the'l Tuymazy area and confirmed
the existence of hydiiaulic-contact between the-two forM3,tions.
A depth piezograph,, produced at the UMII Institute is now
undergoing industrial.tests.
Alizade., G.A., Yu. V. Grachevp A. M.:Melik-Shakhnazarov,, itnd
ard 15/16

P~mv -- --

~~IT W'd
IFUMM a

VS'

COU'_%TRY,
CATEGORY,
F xestry. Dendrolo
ABS TOUR#' RZhBiol, .110 1959, v
14 00,
63199
AUTHOR ~k
-0vueyer 0, 1

I~anl U I r I r. 6 Fore,-4 -.el t;: of PrUrlyahlye
ORIG.7 PUB4
esne kh-voi.1957t N16. 8, 17-4C
ABSTRACT -ne vere c! im~itic nond it' on s o~~*
Under the
balwm ronlar in forest beLtn attaina
a ~sLght of 25 n an6 a di-tLyleter of 40-45 cr!.,.
guishad by f ost and'dro~jght resistance alno
by a powerflA horizontal r6ot system. Tn the forest:
belts ponlar tacorr.-es the first layer, forming uoplar-~
..elm or nure 'Doplar stands Best results arn obtatned
-G~4 by fit- ot ~y slipsi.
when copI ir. 'is blan edling, 'but,n
The recnzsit., is in.M.-sted -for espect-
al
MISIS-Ures w-,ainst pests anI ~disnases In tt~e PC'01.3r
st-Inds. The, ekportraent serves. as a. broad check-'up
T
on the use o; red alder asmander owth which reduces

Card: the dumai*e of rjonri!ir by Ae ~eria. T. Nekrasov
9
A

VASILIYEV, Yet.D.; 'M.GOVTSEV, V.S.; VOROBKEVICB, V.Yu.; D I LYU K', S.;
PETRUSHKO I.V.; PILIPENKO N.S RAKOV,41I.A.; R0ZFj2-n,
R V.; 91TITalY, L.A. kand. tekchn. natikll- MfOL"Iff-I V. A.
red.
[Djr4ct:ctu,rent measuring;: Converters li~erltellnyepreobra-
zovateli postoiannogo toka, Kiev) Nauk0a dumlca,, 1965- 373 p.
(mw 18;6)
1,p Oademiya nauk URSR, Yd,ev..Fizyka-me~,h.anichnyi instytut.
(for
2, hziko-mekhanicheskiy imatitat MI Uki,',SSR, g.Ltvov

KOSTOUSOT,-AsI.; BILITSKO, K. K.; VOWDIU, Ye. I. GRECHUMIN. A.I.; DRGITYA-
1. KDRCOW (Province) Oblastnoy sovet narodnogo khozyaystva.
(Japan--Ka chino. tool industry)

(STALXMW, ANATM, POROWGICAL-SOCIMIRS)

Rolling scaffolding for bricklaying. Rats. I. itobr. predl. v stroi.
no-91:10-11 154. (KRA 8; 8)
1. Hininteretvo stroitallet7a. (Bricklay1mg) (Scaffolding)

LISHINTAY17A, V.A., glsvnj7 matodist pavilions; OZIROV. T.H.,
a VISKOTA, Tool.. takhaichaskly radektor
(The IlBae-Culturaf pavilion; a guidaboole] Pavilion 'Paholovadstvoll;
puteyoditel's H,oskvs,-Oom. izd-wo salkhos. lit-ry. 1956.~22 p.
BA 9:12)
-(NT
1. Rose&* Tsaijoyumaya sellskakhezynystvannaya vystavka, 1954.
2 Dit*kt6r pavilion& (for Yevasyenkov)
(Moscow--Bee culture--Itzhibitions)

ACC NR: AT7004346(411V>' SOURCE CODE: UR/26~7. /66/000/015/OZ13/0232,
Mel'nikov, V
AUTHOR, Yevneyeakoy, P. T
ORG.4 none_
TITLE: Short-wave and vhf power amplifiers designed-with new Soviet-made
transistors
SOURCE: Poluprovo,dnikov'yy'e pFibory i ikh primenenbre; abornik statey, no. IS,,-
1966, Z13-Z3Z
TOPIC TAGS: power amplifier, transistorized amplifier, hf amplifier
-100-M
ABSTRACT: The results of an experimental inveotigalion, of several 20 Ac
".J transmitters designedw'ith Soviet and-U.S. transistoris are.repoited. The V. M.
Bogachev et al. method oftra lculation ("Qxl~ulation of stages of
namitter ca
transistorized. tran,smitte rs, MEL 1964) based.on aharmonic analysis of baso
~Ccfd 1/2
62le39G.6,.0Z9.5S(6Z):6ZI.382

~ACC NR: AT7004346
:"--1 1, .!and collector currents is 'regarded as the most accurate (differs from experimental
data by 25-30%) and reliable.' A co m-m-on-emitter grounded -collector circuit is
~the simplest and most convenient for practical use. Effective heat removal, Duch
~ae.described by K.- H. M
cPhee (Electronics, 1961, v. 34., no. 18, pp. 76-78)
~largely determines the ouccess of using high-power transistors. These transisti".irs
..were tested in a single -transistor oscillator at frequencies between 9 and 150 Mc:
Soviet, KTBOZA, type I experimental, type 2 experimental, type 3 experimentaL
USA, 3TX-004 Clevite, ZNZ947 Motorola, ZN3632 RCA. Further, several 3-stalre
transistorized transmitters were developed and tested with these results: New
'Soviet transistore.permit construcfln~3 transmitters up to 10 w at 100 Mc, or 30 -vr
at 50 Mc, or 40 w at 30 Mc ii. or. 100 w at- ZO. Me; in all cases, the output stage has
bone transistor, -and the efficieIncy is faIirly high. Orig. art. has: 9 figures and
.2 formulas.
SUB CODE.- 09 SUBM DATE: ;.none OIUQ REV: 00 OTH REF! 006
M 2/2

SYRK1119 PO~JEMM, A.
In giearch of new develoments. RTO no.1:45-47 Ja-'590
1. Predsedatelt soveta per7ichnoy organizatell gauchno-tekhnichsskogo
obob.chest7a Gorlkovskago avtozavoda (for Syrkin). 2. GlavVy metallurg
Rawkno-lasledovatellakogo instituta transporta avtomobillno5r progyahlen..
nosti (for Yevseyev).
(Gorkiy--Automobile engineering research)

42808
'6
0: S/1 94/62/000/011/053/0612:
P4130308
AUTHORS: &~Yidanov So, Yevseyevj A. and Smirnov, A
TITLL. New types of.cdmmunications-sets
-iadio
i'BRIODICAL: Referativnyy zhurnall Avtomatika i elektronika
no. 11, 1962, 7Ut *abstract 11-7.-13gi (Pozharn. deloft
no* 5t 1962.0 21)
Tj.~'XT: The portable PM simplex VIIP communications set type Z'I pl,'
2~RI) is designed for use in fire-adottingg and gives two-way com-~.
niunication with another portable set of the same type or:%,,ith sets
of types ZIPZ (23RI) and 3.2PS (32RI). Output power of the trans.
iitter is not less than 0.4 1-1 with noWin~ar distortion coefficient-
not greater-than 15P'. Receiver sensitivit is not worse than 2 IAV
for 5 : I signal-to-n~ise ratio and'7 kc7s deviation. The su~ppfy is
t ark e nfrom two CkA-4Z(3TsD-12)_-accumulators. The overall current
-,bonsumption of the fjot is 1.2 A on receive and-3 A-on transmit,
The set.weighs 3.5 kg, and its dimensions are 265.x 78 x 183-MIR.
The range using a quarter-wave vertical antenna in town conditions
Gard 1/2

AUTHOR: Yevseyev, A. A., Fnngineer Soy/ 105-58-7-21/32
TITLE: Conference-on-Te-v-e-l-o_Dmenta1 Prbblems of the Production of Trans-
formers in the USSR (Soveshchaniye po voprosam razvitijra otechest-
:vennogo transformatorostroyeniya)
PERIODICAL: Elektrichestvo, 19589 Nr 7, pp. 62 83 (USSR)
ABSTRACT: The conference took place from March 5 th to March 6th 1958,.in
Moscow. It was called by State Scientifio Technical Committee
Attached to the Councilof Ministers of the USSR (Gosuilarstvannyy
nauchno-tekhnicheskiy komitet Soveta Ministroy SSSR) together
with the Gosplan USSR (Gooplan-SSSR). This conference was attended
by; scientiots and engineers from Moscow,, Leningrad, Kiyev, I .
Khartkov, Sverdlovsk, Alma-Ata, and other citiesp representatives
of the Sovnarkhooes, the Technical Office Attached to the Ministry
of Electric Power Plantst of.the Building Authorities 1riSFSR, of
the Gonstroy USSR, of the-Committee of Standards, of the Ele