SCIENTIFIC ABSTRACT METVEYEV, V.V. - MATVEYEV, YU.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033010002-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/2621/62/000/009/004./017
AUTHOR: ~_M~__Iveyevlv- V. 1007/1207
TITLE: Test stand for investigating tuTbine-blade vibrations damped due to energy dissipation in
the blade-locking keys
PERIODICAL: Referativnyy zhurnal. otdel'nyy vypusk. 42. Silovyye ustanovki, no. 9, 1962, 22, abstract
42.9.142. "Collection nauchn. tr. aspirantov. Kievsk. politekhn. in-ta" Kiev. 1961, 123-132
TEXT: Test equipment for investigating experimentally the energy dissipation of vibrating turbine-
blades in blade locking-keys at N.-orking temperatures is described. The unit is equipped with a stationary
turbine-disc simulating-element representing a sleeve rigidly connected to the standard and provided with a
groove for fastening the locking-key. The tip of the blade model is loaded with a magnetic-steel counter weight.
alternately attracted by one of the two electromagnets. This arrangement causes the blades to vibrate
at a given f;equency and amplitude. The blade model is heated in an induction furnace. The centrifugal
force is simulated by the expansion of the tip of the blade model, caused by a long steel-strip. During
vibration of the blade, the bending of this steel stfip prevents almost all damping. To increase accurac)
and improve test conditions, vibrations of the second shape are induced in tl~z tip of the blade model.
Energy dissipation is determined from the logafithmic decrement of vibration dampirg There are 3 figures.
[Abstracter's note: Complete translation.]
Card I /I

30314
5COD
S/115/61/000/010/003/005
E198/E135
AUTHOR:
TITLE- Investigation of the kinematic error of hydrauli:
length measuring instruments
PERIODICAL: lzmeritellnaya tekhnikas noolot ig6i, )1-14
TEXT: The investigation was prompted by the renewed interest
in hydraulic length measuring instruments, both in the USSR and
abroad. The principle of such an instrument is shown in Fig.la.
It consists in transferring the movement of the measuring rod with
a piston, rigidly attached to its end, through a liquid contained
in a chamber to a column of the same liquid in the measuring tube.
The rvtio K of the respectivc distances: h (displacement of the
liquid 3.n the tube) to s (displacement of the rod) is equal to
the ratio of the squares of the diameters; D]K of the chamber and
eiT of the liquid column. If, however, as in the case of actual
instri,ments, the piston does not fill completely the cross-section
of the chamber but pushes an elastic membrane, attached to the
chamber along its circumference (Fig.16), the corresponding
expression will be,
Card l/ 9

30314
Investigation of the kinematic error S/115/61/000/010/003/'005
E198/EI35
d2
K W K
d2
T
where w is a coefficient of deformation of the membrane,
obviously, the kinematic error will occur only if W is a non-
linear function of a. I.Ye. Gorodetskiy (Ref.11 Osnovy
1~ekhnicheskikh izmereniy, MashgIz, N. 1 1950 (Fundamentals of
Technical Measurements, Mashgiz, Moscow, 1950)) and V.G, Shteyn
l(Ref.24 lzmeritel,naya tekhnika, 1959, no,,12) gave the formula-.
1 2
-~ ( I + e + ~ )
(3)
where is the ratio of Dn (diLameter of the rxgid cuntral part
of the piston) to DK, by regarding the diBformed membrane as an
approximation to a cone: this gives in the limit 0)~ ~p = 1/3.
i)n the other hand, in 1948 A.T. Draudin suggested the formula;
1 2
(I + 2
Card 2/ 9

30314
5/115/61/000/010/003/005
Investigation of the kinematic error ... EiL98/E.135
Neither of these formulae contains 8, thereby implying tha
absence of any kinematic error. Contrariwise, in the description
of the Hoffmann's comparator (Ref,4: The Production of Ball and
Roller Bearings. Methods Employed by the Hoffmann Manufacturing
Co. Ltd., Machinery, v.91, No,2346, 1957, November 1) some
hinematic error is assumed in certain cases. In the following
theoretical argument a perfectly elastic circular membrane is
considered, assuming that it is: (a) fixed along its perimeter in
a plane (Fig,2, plane XOY), (b) submitted to stretching by a
rigid plane piston moving coaxially at right angles to its own
plane and the plane of the perimeter, and (c) that its tension
Is constant. and equal in all directions independent of deformation
Starting from the Poisson equation
()2z a 2z p
3x2 ' 3y2 T
and assuming that p, the difference in pressure on both sides,
is negligible (T denoting the tension), the author derives the
corresponding differential equation in polar coordinatesz
Card 3/ 9

3 Is
Investig.,Ltion of the kinematic error.. S/115/6i/ooo, /003/005
E198/EI35
r2 )2z U'z ~2-,
--2 + -- + 0 (7)
Ar 3 r W2
with the limiting conditions, z(R2, 0) - 0 and zkRl, 0) = s,
as can be seen from Fig.2. By solving this equation the author
obtains the deformations
Rl
Z = 8 In Rr- In (9)
2 2
Next, he finds the volume V of the liquid displaced from the
chamber into the tube4
2 TrR2
2 1 2 (In 1 2
V n 4 2 + -r R (10)
whez-9 Rl-/R2- Now 1P is equal to the ratio of' V tD th?
volume V. which would be displaced by a p3.ston o, radlus P?
hence after the necessary transformations
Carzi 4/ 9

3 0 "1 1h
Investigation of the kinematic error ... S/115/61/000/010/003/005
E198/EI35
2
2 1n
The above result was obtained on the assumption that there was no
difference in pressure on two sides of the membrane, whilst in the
actual instruments some extra pressure is always present. If the
measuring tube is placed horizontally, it will be constant-, if,
however, the tube is vertical (which is usual) the excess of
pressure varies with the height of the column. This in turn would
require a correction for ~p (with a constant extra pressure
Eq,(Il) remains in force, since the corresponding deformation
produces a constant additional volume, say V.1), Assuming
differing only slightly from unity, the variable additional
displaced volume V" can be computed from the curvature of the
membrane, I/R, in the axial section only. Using again the
Poisson formula and denoting specific weight of the liquid by Y,
the author obtains a corrected value of the coefficient of
deformation, as follows,
Card 5/9

303114
Investigation of the kinematic error...
S/115/61/000/010/003/005
E198/E135
tP
+ I , a3yD
3 Td2
T
(15)
where: a closing chord of the curved part of the section, and
D = the distance between the corresponding centres of curvature
both sides of the section, This formula again is independent of
a, so that there should be no kinematic error even in the case
a variable pressure on the two sides of the membrane, on the
assumptions mentioned above. To check the above theoretical
argument an experiment was carried out to establish the relation
h = f(s) for two membranes, a rubber one of 0.16 mm thickness,
and a metal (nickel) one of 0.048 mm thickness. Displacements
were measured by means of an optical indicator, and from the dat.
obtained the values of the ratio K and the coefficient ~p wer,
calculated. In one series the quantity h was kept constant,
another it was varied, Special precautions were taken to
:ompensate the tension, as well as to eliminate the temperatur,~,
on
of
in
Card 6/ 9

30314
Investigation of the kinematic error... S/115/61/000/010/003/005
E198/E135
error (in accordance with the method described by the author
elsewhere (in 1955 and 1956). The results have shown that there
was no kinematic error at all with the metal membrane, either in
the case of a constant height of the liquid column or in the case
of a variable one, irrespective of the ratio (3. In the experi-
ment with a rubber membrane no kinematic error was found for a
constant h, but with a variable h there was some nonlinearity
found at () = 0.8, although it was negligible at = 0.9 or
higher. Below the ratio e = 0.8 the accuracy of ethe measurements
fell sharply. Comparing the experimentally obtained curves with
the theoretical ones at a constant h the beat agreement was
found between the former and those based on Draudin's formula, and
as regards a variable height of the liquid column the experimental
results agreed well with the theoretical considerations given
above. Generally the experiments have shown that there is no
kinematic error at constant press?-re and with varying pressure ~O
is smaller than that at a constant pressure and falls sharply with
decreasing ratio e. The author concludes that in order to
eliminate the kinematic error in hydraulic length measuring
Card 7/9

3031h
investigation of the kinematic error ... S/115/61/000/010/003/005
E198/EI35
instruments and to increase the coefficient (p and, therefore, to
increase their sensitivity, their construction should ensure that
the pressure of the liquid column in the measuring tube should be
kept as constant as possible, independently of the position of the
measuring rod.
There are 4 figures and 6 references: 5 Soviet-bloc and the
following English language referenceiz
Ref.4., The Production of Ball and Roller Bearings, Methods
Employed by the Hoffmann Manufacturing Co. Ltd.,
Machinery, v.91, No.2346, 1957, November 1.
Card 6/';

AOCESSION M AT4040401 S/0000/63/000/000/0234/0241
AUTHOR-. Malveyev, V.V.
TITLE: Studies on the effects of design parameWn of blade Mountinp on the d"Ving Of
turbine blade vibratimis
.SOURCE: Nauchno-tekhnicheskoye soveshchaniye po, voprosam kolebaniy-6 uchetom'
-maseyaniya energii. 4th, 1962. Rmseyaniye energii pri kolebaniyakh upr1g1kh -sistem
(Energy dissipation during vibrations of elastic systems); trudy4'soveshchaniya. Kiev, Izd-vo
=MwSSR, 1963,2314-241
TOPIC TAGS: turbine, turbine blade, blade mounting design, diasign damping property,
'blade vibration tester, contact surfade friction coefficient, turbine blade mounting. turbine
-blade vibration
ABSTRACT: The report describes a stationary assembly (see Fig. 1 in the Enclosure)
built at the Institut metallokeramiki i spets W.'ny*kh splavov AN USSR (Metallooeramics and
Spe -ia, Alloys Institute) which makes possible studies of the damping properties of various
Card 1/9

sr
ACCESSION NR: AT4040401
turbine blade mountings with simulation of force and heat factors approximating real con-
ditions, as well as minimal and determinable losses of energy to the outside. Initial tests
were made with the disk and blade elements illustrated (see Fig. 2 in the Enclosure). Re-
,sults are plotted iu the form of graphs relating the logarithmic vibration decrement or the
mounting's damping properties to design factors. It is concluded that the damping properties
.of a mounting design are significantly affected by the coefficient of friction on the lug contact
surface. (see Fig. 3 in the Enclosure). Orig. aft. has: * 10 figures.
ASSOCIA770N.- none
SUBNMMrr. Mo"S DATE ACQ: 28May64 ENCL: 03
SUB CODE: PR
NO REP BOV& 002 OTHER: 000

NOLPAROV,, D.I.; MTVEYEV9 V.V.
Effect of errors in the shape of a surface on the precision
in measuring the radius of an are profile. Izm.tekh. no.3:
IC-32 Mr 163. (MMA 16:4)
(Curves on surfaces--Maourement)

ACCESSION NVU AT4040400 8/0000/63/000/000/0226/0233
AUTHOR: Kozlov, LA. ~ M
V. V.
77TLE: Structural dissipation of energy during turbine blade vibrations
SOMCE: Nauchno-tekhnicheskoye soveahchwiiye po vopros&m kelebaniy a uchetom,
raBseyaniya energii. 4th, 1962. Rasseyaniye energii pri kolebaniyaM uprigikh sistem
(Energy dissipation during v!brations of elastic systems); trudy* BoveBbehanlya. Kiev,
Izd-vo AN UkrSSR. 1963, 226-233.
TOPIC TAGS: turbine, marine turbine, airzraft turbine, variable speed turbine, turbine
blade design. blade mounting desig;n6 turbine blade vibration, blade mounting damping
property, vibration damping tester, energy dissipation, turbine blade
ABSTR&CM The article presents a brief description of an assembly built at the Institut
metallokeramiki I Bpetsiallny*kh splavorv AN USSR (MetalloceramieB and Special Alloys
Institate) to study turbine blade vibration damping on actual turbine disks in a centrifugal
force field and at high or normal temperatures. The equipment (see Fig. I in the Enclosure)
JB based an an acosleration stand powered by a *46. 5 kw d. o. motor and Incorporates an MPO-2

ACCESMON M: AT4040400
oBcillograph. A brief explanation is given of the operating procedure and the concept of a
logarithmi 'c damping decrement. The vibrograms of freely damping vibrations of rotating
turbine blades which are obtained in this way make it possible to determine the dependence Of
this damping decrement on centrifugal force and the amplitude of stresses arising In a blade!
as related to various deBignB of turbine.blade mountings. Orig. aft. has: 6 figures.
ASSOCIAMN: none
SUMMTTED: 23Nov63 DATE ACQ.- 2BMay64 ENCL; 01
OTHER: 0
SUB CODE: PR NO REIF SOV.- 011 03
.Card 2/3

1-~
SOURCE CODE-
AUMOR: -YAtveyev, V. V.; Selldyakov, Yu. P.
TITIM: K 0 fie co uc or detectors for nuclevaWwr eotw*reially
apparatus
SOURCE: Refs zh. Fizilm, Abs. 11A390
REF SOURCE: Tr. qD2!En. ns--i. in-ta priborostr., vyp. 1), 1964,, 14-.22
.5
produced
TOPIC TAGS: radiation detector, semiconductor device.. dosimetry, isdiometr7p elec-
tronic equipment
ABSTRACT: The authors present a brief review of specific characteristics of semicon-
ductor detectors (SD) for nuclear radiation. Some of the most frequent applications
of SD for purposes of dosimetry, radiometry, and spectrometry of nuclear radiation are
described. It is norted that in many scientific research laboratories in the SSSR work
is being done on the development and preparation for commpercial production of SD of
different types. A tendency is already observed at present to use different designs
of SD, and these designs depend in turn on the dimnsions of the sensitive area of the
SD. It is emphasized in this connection that It is essential to stiindardize the SD
with respect to design, rated dimensions, marking of the lectric and spectrome+ric
parameters, and introduction of unified methods of determining these parameters. Pos-
sible ways of standardizing the SD are considered. It is noted further that the ex-
tensive use of SD in experimental and nuclear physics and Industry Is made possible
1/2

L 32062-66
AC'- NRs M601615T
by availability of coim ercially produced suitable electronic apparatus needed for the
!amplification and processing of the pulse received frori the 8D. 3he developed elec-
tronic apparatus also is in need of standardization. L. S. [Translation of abstract]
MM CODE 09
Co,d 2/2

KOLPAKOVP D.I.; IUTVEYEV V.V.
- .1--- ~
New method for measuring the groove radiuB of ball bearing
rings& Tzme tekh, no*3tl6-17 Mr f64 (MIRA 1798)

KOZLOV, I.A., kand.tekhn.nauk; BAZHENOV, V.G., inzh.; LEBRORV, 13, inzh.;
MATVEYEV, V.V,, inzh.
Effect of stress concentrators on the strength of rotating discs.
Energonashinostroenie 10 no.1:35-37 ja 064. (MIRA 17:4)

M-.-. T ~5 Y N , K. I.; VOI.XOV, ~ I , 11 V .
.1.1 . 1 1:11, It ~.., ; -- -
-wi*,Pc-!-t Of ar, --~, !,~ -~~ *~,, f -)f7'*.,.n -' -- - . -p-
.1, 1 - 11 . - . I
absolT,t~ nn "e,!ge " I Tj r0 : Y-r-y .- -'s I I I n. 1-4" -~ 1, 4 Im-i . -17. V-7-.
t. e I n '7 ri (-. . P. ; 1, ~ -16- -!, , -, S". F I , I ! X. i I 1 .1
1, ,. -11 :- 1 .

VOLINOVI. I.1.; MATVEYEV. V.V.
Synthesis of cesium ozonide via cesium superoxide. Izv. AS SSSR.
Otd.khin.nauk no.6:1136-1139 Je 163. (K[RA 16:7)
1. Institut obshchey i neorganicheskoy khimii imoni Kurnakova
AN SSSR.
(Ozonidett) (Cesiiiz oxidea)

MATTEYEV., V. V.
"Soobshcheniya rannikh arabskikh avtorov c narodakh b8l2tU P-Z-Z--*,-.aZ:.'--
Itsari zindzhey'--v arabskilch istochnikakh D(-X vv)."
report submitted for 7th Intl Cong, Anthropoiogica-1 & Ethnological Sciences,
Moscow, 3-10 Aug 64.

A=WXON MR: M4021746 4/09%/A/000/002/0016/0017
SOMCZ: RM. TarboatraywAye, Abe. 2-49-103
AVMGRt Hatwwp~k V. V.
Trnz-. Denpim or twutine vane oscillations
Cr ta
M SOURCE; Tre UYS"ke P*litekbUo In P To 37P 1-962s 136-145
TOPIC TAG9: oscillation testing unit,, turbine vanesp vane oscillation damping#
i -ta- Ing acceleration stand
turbine disesp test
TaAVMATION: A method employed ror an experimental Investigation or the dmping
of lock-JoInted turbine Yam oscillations In a field or ceWIr-Ifugal forces Is
described.- The unit used for tbls purpose vas made In accordance with the ac-
celeration stand or the Strength of 16terlals division of the DW of the Acadew
or Sciences USM. The actual disc of a turbine Is attadbed to the operating
shaft by brackets. It Is located within a jacket In the relaorced concrete
chamber of the stand. Mounted an the disc togetber vIth the Mank under study
are 3 or 6 Taws plimod "spectively at angles at, 120 or 600. Adle vanes
Vccw.. 1/3

ACCESSION M: mhon7h6
of shorter length but baving a suitable Uses can be limerted into the adjacent
[
slots In order to eliminate the pliancy efrect of the din protrusiolm and to
take care of the effect of the centrifugal 1008 an the adjacent vanes. It is
mandstory for Investigations performed under bigh temperatures* The oscillations
of. the vanes are recorded by a NFO-2 8-loop cocillograpb vblcb receives the sig-
nals from wire realstance-plckups running tbrough a 12-channal V191_12/35 strain-
gauge unit. The pickups are glued to both the vane and the disc and are con-
nected to the measuring circuit through a 20-contact BT-1 mercury current-col-
lector. The rpm or the disc vith Its vanes Is determined by an ICh-6 frequency- i
meter In accordance v:Lth the frequency of the alternating current Vbich appears
c rixkg
In the colls rigidly secured around the operating shaft, vben the magneti
attached on the shaft In revolvIng. When the Investigation cove" the dampixw
ability of a lock-joint under blgb tesperatwesp Into the jwket of the disc is
I mounteO. a sectional electric bestir In vblcb the tesperaftre of each section Is
;regulated independently to provW for a definite over the
radius of the disc* Mw temperature Is assured vift the aid or a - thermoemw-be
soldvavd to the disc and 09 vms wd brovabt out 0=0 a nerawy current-
roueetar to tbG\,PDt41nt1=9tGr9 Fne 6wRPM wclUstl~ for the Mating vanes
cwd2/3

AcassioN m: mWa746
are obtained by the action of a single amentory Isralse resulting from a rifle
shot fired at the eDd of the vme In a direction opposite to Its rotation. The
imagLitude of the exciting Ispulse Is controlled depending an the rpm of the
dine by the weight of the bullet and of the powder charge In the capsule. The
firing aMinot the vane Is triggered electrically with the aid of an electrical
starter vhose t1m1r4g to automatiodly controlled by Ahe contacts of the osci3lo-
graph, The obtained vibrosmw of the free damped oscillations of the vanes
taking place during the rotation of the dine asks It possible to determine the
dependence of the Ion Itboile decrement of the damping an the mogo' Of the
contrifugs" force,, on the stress amplitude, an the structural. and -technological
tins
parameters of the 2ockjo1ntj, mechanical ani pbyslosl festaree of the contrac
ouples., an the msterials# and on the tesiparature, .2hare we illustrations
c
and a b1bl1O&WbY CC MUM* V- DDrOV1nWdY*
00.
D= ACQt OW& 9a CM I 'W, Pit MMS

MATVr-,IEVp V.V.
New designs of hydrau:Lic length metp-,rB. Izmtekh. no.6:12-14 Je 164 1
(MTRA 17: U,,

HATVEYEV, V. Y. and AVILOV, A. A. and JUPSANOVA, Z. Y.
"Wthods of TestinS the Wear of 14ather Substitutes Made from Textiles,"
LeEXaya Prom., 1, No.4, pp -114-7, 1941. Chem. Zentr. 1943, u, 1344.-
Various known testing devices yielded unsatisfactory results. A new app. is
described.

Re
v6v
1%l ATV rz
Nkm moth*& 84 sm"ma Wtbw owboilms".
4~v .46"1 %. %. M % t 10 v I
N.,. 3. 23). _i

PATVNYLT, V. V.
Automatizing the vulcanization process for rubber footwear solee.
Leg.prom.17 no-3:20-22 Mr '57. NLRL 1o:4)
(Vulcan12ation) (Automatic control)

PEM I BOOK L"JGWI=Off S07/4208
Natveyev, VIktor Vasillyevich,, and Awttoliy Alek9androvich ftumov
press-poluavtomt WS dlys valkmaizateii rezinovykh dettley (The HPS Semi-
automatic Press for Vulcanization of Rubber Parts) Moscow, Gizlegprom, 1958.
106 P. (series: Iffavoye otechestvennoye oboradovani") 1,500 copies printed.
Heviever: B. k. &Lfray,Xandidate of Wehnical Scienceel E4.: A. 1. Guseva;
Tech. Th. Madvedev.
ru : 7his booklet is intended for engineers and technicians in the synthetic
leathers rubber, and plastics industries.
COVERRO: Tz the booklet problems in the construction, assembly, and maintenance
of the WS nealautocatic press nanufactured by the Orlovskly machine -bull ding
plant lmenl Yadvedev for forming and vulcanizing rubber and plastic articles
are discussed. Causes of breakdown and ways of correcting them are analyted.
Variations In the design of the press mold for different forming operations
am given. In the appendix data Dn bearings, chain and belt drives, steam and
CSMI-~

The IMPS Sead-automatic Press (Cont. ) SDV/4208
hydraulic eqQipwnt, specifications of imits and parts, and diagrams of spare
parts am presented. 7h& press was deslaned by V. V. Nstv&yL-v, A. P. Pisarenko,
Th. A. Boetkin., and V. I. Alekseyonko, of the 7"ntrallnyy nsuchno-Issledova-
tellekly Institut zamenitelay kozbi (Central Scientific Reseorch Institute for
I,eatbar Substitutes). Wo references am? gLven.
TAKE OF CONTEM:
Foreword
Purpose and Specifications of the Press
3
5
Design and operation of Units and Mechanism of the Press 9
Base with cewbral reduction gear and turntable 9
Turntable drive 12
Processing stands 12
Pump unit 28
Hydraulic system 28
Steam and vater system 31
Coerating wtand/Copy stand/ 33
Control station 35
oLrd 2/4

p~fi-% VEYF_~ \1 V.
SOV/138-58-12-6/17
AUTHORS: V.V. Pisarenkol, B. I. Alekseyeako
C_ ~
TITLE: Semi-Autt)matic Presses Type "MPS" and 11MPA" for
Vuleanisation of Rubber Components (Press-poluavtomat
"MPS" J. 1IMPA" dlya vulkitnizatsii rezinovykh izdeliy)
PERIODICAL: Kauchuk i Rezina, 1958, Nr 127 PP 17-21 (USSR)
A:BSTRACT: The article illustrates and describes an 18 press-station
tur.v-table machine for moulding components such as rubber
soles. The MPA mAchine is an improvea version of the
earlier MPS machine designed by the authors at the
nIn5tjtUte of Artificial Leather" and built by the
Medvedev factory at Orel. The 18 mould plattens are
heated by steam with pressure up to 175 psi available;
the area of the heated plattens is 510 x 345 mm.
Pressuze is applied hydraulically, and two-stage
pressure -.is avaj.1able for dealing with micro-porous
material. Maximum available pressure on the plattens
Is 80,000 Kg. The speed of the turntable can be con-
trolled between 4 and 15 revolutions per hour giviDg
Card 1/3 vulcanization cycles from 1+ to 16 minutes. Vulcanizing
time, temperature, and pressure are all automatically

SOV/138-58-12-6/17
SeMi-Automatic Presses Type ;MPSI and IMPAI for Vulcanization of
Rubber Components
controlled. The moulds are loaded and unloaded at one
statiGn (seen on the left hand side of the sectional
diagram in Fig 2). At this station a cam operates the
valves in -the distribution box below each of the moulding
presses, the top platten is raised, and the mould with-
drawn in a radial direction by a hydraulic ram. A
feature of the machine is the multiplication of hydraulic
pressure by differential areas of the rams of the presses,
so that some stations working at low pressure can provide
a high pressure supply for other stations. This
automatic plant meahanizes 10 of the 12 operations
normally carried out by hand in conventional moulding
plant, gives a much more consistent product, higher
Card 2/3

SOV/138-58-12-6/17
Semi-Automatic Presses Type -MPS! and IMPA' for Vuleanizat4on of
Rubber Components
output (2j- times conventional output per man-hour
moulding micro-porcus soles), and economizes floor
space.
There are 2 figures and 16 references (10 Soviet,
6 English)
ASSOCIATION: Vsesoyuznyy riguchno-Issledovatellskiy Institut
Iskasstvennoy kozhi (1~11-Union Scientific Research
Institute of Art_~ficlal. Leather)
Card 3/3

FZOKTISTOV, V.D.; IAMMVA, B.S.; KJLTVEYEV. V.V.; RYVKIW, S.B.
Recent developments in testing shoo materials for multiple banding.
Kesh.-obuv. prom. no-5:24-27 MY '59. (MIRA 12:6)
(Beets and shoes-Teeting)

KUZ114IIIA. N.G.; MKTISTOV, Y.N.,- MI'VEYEV. V.V.; STERLIGOV, I.H.;
AMIN, S.B.
#ew develo-mants in tent-Ing oil cloth and bookbinding
mterials. Ko2b.-obuv.prom. no.12:19-23 D 159.
( HURA 13 -.5 )
,(Leather Bubstitutes--Testing)

KALININA, L. Ye.; ~UTYZYEV, V.V.; RTZROV, B.S.
New method for making pickers for looms. Koth.-obuv.prom. 2
no.1:20-21 Ja 160. (KMA 13*-5)
(Pickers (weavir;p,))

IkLDINAq L.Ye., kand.tekbn.nank; )~WVZM~LVJ.v insh.; RTZHOVV S.S.9
In2b, ,
#6 type of artificial leather for the pickers of automatic loom.
Naueb..isel.trudy VNIIFU no.12:35.40 160. (KERA 16s2)
Wbberized fabrics) (Pickers (Woaving))

K!KETV~EYEV ~Y inzh.; LUSMEOV, AOM.p kand,tekhn.nauk; prinimli
uchastiye: IrDVAIZV, A.I.; PMOAF, V.I.
Instruments for the automatic control of the viscosity and l9val
of liquids in the manufacture of artifie"I leather. Mauch.
Isel.trudy VNIIPIK no.12:95-104 160. . (MIRA 16:~)
1. Laboratoriya avtomatiki Vaeso,)ruznogo nauchno-issiodovatellskogo
instituta plenocimykh materlalov i JLskwwtva=oy kozhi (for
Petrov).
(Automatic control) (Viscoigimeter) (Liquid level indicators)

-66 E - IT k" MJAJ /DJ
ACC NRi AP6010025 SOURCE CODE: ITR/0119/66/000/003/0016/0016
A
AUTHOR: Lebedeva A. A. (Candidate of technical sciences); Matveyev, V. V. (C"idate of
technical sciences)
ORG: none -Z"
TITLE: The stabilization of liquid pressure in clos(mi containers
SOURCE: Priborostroyeniye, no. 3, 1965, 16
TOPIC TAGS: fluid pressure, pressure compensatar
ABSTRACT: Because of the large expansion coefficient of as compared with the mate-
rj~l of containers) there appear speclfl-c difficulties in the design of various kinds of equipment
involving liquid components. The existing temperature compensators usually involve hard to
get materials and, consequently, the authors developed at the Institute of Problems of MaterialE,
i4 UkrSSR (Institut problem materialovedenlya AN UkrSSR) a small device, shown in Fig. 1,
f6i the reliable maintainance of a specified pressure of liquids in closed containers during
temperature changes. Orig. art. has: 10 formulas and I figure.
1/2 UDC: 681.2.088:536.41

1. ",C-Ol6
CC 14R, AP6010025
Fig. I Temperature pressure compensator.
1, 2, 3 - concentrically mounter sylphon
bellows; 4 - fitting; 5 - ceTtainer body;
6, 7 - dampers; 8, 9 - cavities; 10 - cap-,
11 - control screw.
SUB CODEt 14/ SUBM DATEs none/ ORIG REFt 002
Card 2/1
AIT
VI
4N

0~6 4-6? iJP(c) JD/WW/EM/GD
NRv Amnw SOUR13E CODE: UR/0000/66/000/(W/0149/01P
OR: Yakaylev.9 A,. Fe (Kiev); Kashtalyan., Tuo A. (Kiev); kzhavins L. N. (Kiev);
vp V. V. (Kiev
eye
none
E: Investigation of the damping propertiep of some turbine blade materials at
temperatures 1%
CE: AN UkrSM. Institut problem materialovedeniya. asseyaniye energii pri
baniyakh uprugikh sistem (&ergy dissipation -during vibrations of elastic systems)@'
, Naukova dumka,, 1966, i49-l.57
TOPIG TAGS: vibration damping,
PSTIUCT: The article presWits
propivties of alloys K
fil
IN2,, Pjfj.~
compressor blades in turbine equipment.
vibrations due to pure banding,
to 523 0K)* The chemical composition
table. The sampler, were in the
1by Technique A (heating with forging
Isubsequent heating with mechatnical
turbina blad , alloy steel
t~4 results 9f an investigation of the damping
-5,lVhich are used for fabrication of
and DI
The experiments were made with transverse
mder conditions of normal and high temperatures (up
of the experimental. materials is given in a
following states-. a) the raw material; b) preparation
with cooling in air;
up to t - 1423 + 500K 0
working up to t -~71123 + 50 K with cooling in air;
Carcl- 1/2

-- L-07564-167
Att NR- AT6029368
0
iandp heating t t - 9 3 K. holding: for not less than 1 hour,, and coolin, in air;
0 preparation by Tee que B (heating with forginer up to t - 1423 + 50 K with cooling
in air, and subsequent heating with mechanical treatment up to t a 7530C., holding for
Mot less than 1 hovrp cooling in air)* The vibrational and heating systems are shoun
;in a figure and experimental results are shown in a series of curves* General
,conclusions are-. 1) out of the three alloys teSt13d in the temperature range up to
15230K. only alloy DI-5 exhibited a large value of the logarithmic damping decrement,
exceeding by 4-5 times the value of the decrement for construction steels; 2) treatment'
of the samples by Techniques A and D lowers considerably the value of the logarithmic
l
idamping decrement; 3) the damping capacity of anDys DI-1 and Kh17N2 is much weakere
)The magjitude of the logarithmic decrement for these alldys is practically identical,,
!but in its absolute value is much less than for construction carbon steels; 4) thus.,
from the Doint of view of damping propertiesj, alloy DI-5 is preferable* Orige art.
,!,as: 1 formula., 5 fienres and 1 table*
SUB COD4.5 3.1, 20/ DATE: 22Feb66/ CRIG REF3 002
/BUM
J~ard
1- -

MAITUEV Y12!t POSTNIKOVA, I.V., red.
[Frames of farm tractors] Shassi sel'nkokhozlaistvennykh
traktorov. Kuibysh(?v, Kuibyshevskoe knizhnoe izd-vo, 1963.
79 p. (MIRA 18:2)

MA77EYEV, V.Ye.; LISIN, D.M.
Calcined iron co-ke briquets. Trudy ?aiim.-m9t.inst.Sib.otd. 01
SSSR no.18M8-138 163. (MIRA 17-4)

HATVEEV, VASILII ZVGRAFOVICH
Planiroganie materiallno-tekbniches.-ogo obaspechaniia zheleznoykh dorog. /_ The planning
of material-technical SLpply of rgllroads_/. Mo.gkva, Gos. transp. zhel-dor. izd-vo,
1945. 115P.
'DLC: HE3136. MJI
SO: Soviet ~#tan�portation W_d Gaw m-leations, L.~Jbliograiphy, Librw-y of Congress
Reference Department, Washington, 1952, Unclassified.

r,y'li Va v 1 1 1 f v . 1-1 " t: %, i ~ h.
MIAT~ ~( p
RUS j I A ( 1 7 - u . s . 5 . ,
..i -~r s .
The inot i I izst I - Y, o .0 ~ r; -~ is- t I t i c r ~ t r ~, -, ~- I t r ' , - - 9 ' 1 r, 5 -~ 's . j - ~ lllll I I
I-
Ire 1 F ---v, , 1 ~6. . . " '~6 -~ I )
Lrarsp. z --zrcAorcz' i z 1 1 C;:4' - , ~'l r- - ~
Tr)07. R8 I 94r,

)-.- 1) A. - 1/1 X .jr__ ~ ", : 11//-,
~~ , 17
L . I
HATVI[M.Y.Ye.. inshener
Hetal oconoaW on railroads of the U.S.A. Tekh.shel.dor6 no.7:
31-32 JV47. (United States-Railroads) (KIRA 8:11)

IMATVBYBV. V-Ys-; FUZTUTA, I.Ye.; VOLIKOV. V.A.; BABKIH. A.P.; GHKMTYSHEV,
Y.10. daktor; VIRINA, G.P.. takhatcheekly reclaktor
(Standardization of the consumption of materials and spare parts in
railroad transportation] Bormirovajaie rtakhods materialov t sapasufth
chastai na shaleznodorozhnom transports. Moskva, Goo. trausp. zbel-
dor. Izd-vo 1953. 326 p. (MIRA 10:2)
(11silroads-Maintenance and repair)

HATVICYEV, Vasilty Yevgrafovich; PUZYNYA, Ivan Tovetaflyevich; VOLIKOV, Viktor
Aleksia_Orovich; BABKIE, Aleksandr Rodionovich; CHRMSHEV. V.X..
redaktor; MINA, G.P.. tekhnichaskiy redalctor
[Standert.1kizing expenditures for materials and spare parts in railroad
transportation] Normtrovenie reekhoda materialov i zapasnykh chastel
as sheleznodorozhnom trarsporte. Ivd. 2-oe, perer. t dop. Moskva.
Gos.transp. zhel-dor. Ird-vo, 1957. 463 P. (MIRA 10:9)
(Railroads--Finance)

-2~Piylqll ... V.Ye..-"--
Using supports made of "carbon plustics" for the lining of upraise
workings. Ugoll 40 no.12:32-34 1) 165. (MLRA 18:12~
1. IFKhIFS Sibirskogo otdeleniya AN SSSR.

pp-
-5/12" 0,504 -je -11.
,)0'0 eV 9
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0-0 62
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cat a0. reO6
",-re to ty~
t-- e. -to I
ad. TO ol e5c
'tyke 01 r OT96t J~ to IN .c
X~~T~6 't t1le .~.ea oil. 2) 0'a1
ell-"T'o ~TG- Ole
OT~~- C ST
IM96 It-re,5 Otec be tyl 0
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.qes ts '3'ijo'gf~ 'too 0
11 0 'M ' ~~6 -.1 . 9 -5 - . 'f
^-DIG *in e dL t TLe 9 % 1 .00.1 T1
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J-ljnit oAl ONX6 T-t - o
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j-req . V5~.l Tlt'T~6 Te 5 Ty~
e *- r- *.c CaT toc.1 - ~. I q6T'J
1159 IT 't'OT I O'tOT tee
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a, J~O & 'J~.IbT96 ess
se to
0i "a ,,jLce lied, I - - oil
-fe Y~ 1 0,9'9 ~~'c et)-c- stal
c - s 0-61'e to-f, all aL 4
bea, tyvp, tyke 'aereL 8A
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Ar .'tjes 9 Te r,
'o-r'aI5 Se
e'r,ts

?7725
'.3/122/61/.)00/007/007/007
D209/D304
AUTHORS; Zakharov, V.I., Matveye,r, V.Ya., Zhustarev, Ye.N.,
and Freydkin, M. a., gift-e- ~r-
TITLE: The application of ultrasonic vibrations in milling,
planing and thread cutting
PERIODICAL: Vestnik mashinostroyeniZra, no. 7, 1961, 62 - 65
TEXTg The application of ultrasonic vibrations to milling cutters,
drills, etc. is discussed. By subjecting the tool to vibrations
of ultrasonic frequencies, cutting can be carried out with great-
ly reduced effort. A milling machine, type Tr-2 (TG-2) is descri
bed which is used for carrying out experiments with ultrasonic
vibrations applied to the tool. This device is shown in Fig. 1.
Here I is the magnetic vibrator, 2 - main support, 3 - tool holder
4 - end cutter; the magnetic vibrator is fed through a pair of
brushes, 5, from a generator, 7 is an auxiliary support. Experi-
ments were carried out on lead and stainless steel. The unloaded
Card 1/4

2' 2'
22'61/000/007/007/007
S11 /
The application of ultrasonic ... D209/D304
amplitude of the vibrations was 20 - 25 ~- Special emphasis was
laid on the coolirg of the tool and vibrator necessitated by the
high speed used. Thread cutting was carried out using lead, stain-
less steel and highly heat resistant alloys. The taps used were
made of P18 (RlC) steel with diameters ranging from 10 to 20 mm.
For normal cutting the applied torque is the sum of the frictional
and cutting torque. With ultrasonic vibrations of the tool 35 %
of the input torque is taken up by friction when using standard
taps of tempered steel. A comparison is given in tubtilated form
between the power required for cutting with and without ultrasonic
vibrations of the tool along its cutting edge. When using tap M18
x 1.5 for cutting the thread in a heat resistant alloy at 25 rev/
min., a reduction of 38 % in the applied torque results by the
use of ultrasonic vibrations. In this case the resonance amplitude
is less than 20 ~. Examination of the threads in accordance with
the specification laid down on T'OCT 9253-59 'kGOST 9253-59) showed
first-class results. Experiments carried ouc on drills showed
little or no improvementg the reason being that the vibrations
Card 2/4

27`25
S/12 191/000/007/007/007
The application of ultrasonic D209YD 04
3
were not directed along the cutting edge of the drill. The authors
inake the following conclusions: 1) The use of ultrasonic vibrati-
ons greatly reduces the cutting force, especially in the case of
hard materials. 2) The vibrations must be directed along the cutt-
ing edge of the tool. 3) The tool must have the requisite' geometry
for successful use under vibrations of ultrasonic frequencies.
4) The reduction in cutting force requires less rigid machines.
There are 30figures, 2 tables and 2 Soviet-bloc references.
Card 5/4

RATVZYEY. Ys.; YURCY, R.
Provide higher-grode milling equipment. Muk.-eler.pron. 23 no.?:32
-TI 157. (KIRA 10: c.))
1. Ivanawskoye oblaHtnoye upravlentym khleboproduktov (for Matveyev).
2. Aleysk,%ya rellniten No.14 (for Yurov).
(Grain-milling mschiner7)

)UTVNM, U., in2h.
On tha credit advanced b7 the State Bank. Muk.-elev. prom. 24
no.1:29 Ja 158. (MIRA 11:2)
I,Ivanovskoys oblastnoye upravloniye khleboproduktov.
Ovanovo Province--Grain elevators)

HATMEV, Ye.
310~6.. ejew, Oct
WdIcIne Case Reoorde
OTwo Cases of Spasm of the Esqpbt4ps," U. F.
Bogatyrev, Te. A. Matveyev, I p
."Sov Wd" Do 10
Authors discuss two case historitys., and
suggest that otber pbysiclans ccatibnted
witb similar problems tensfit by thIs experl-
enoe.
PA 25/4cyr67
25

GOLOVKO, Viktor Kazimirovich; MATVEYEIT Y A-,.-red.
- - -
(The Kama; an economic and geographical outline] Kama;
ekonomiko-geograficheskii ocherk. Izhevsk, Udourtila,
1965. 123 P. (V..IRA 19:1)

BAGIR-ZADE, P.M.; Ye~-II.
R--
Formation of oil pools in the Qnirgyany-Xore field. Azerb.
neft. kbo2. jV1 no.9s5-9 S '62'o (MIRA 1636)
(4yurgyarty-Mare ragion-Patroleum geology)

MAWEYEV, Ye. A.
"Hydraulic Calculation and Investigation of t~e Oreratinv rrocess of an
Emulsion Carburetor." Sub 4 Jun 51, Moscow Order of the labor Red Banner
Higher Technical School iment %um!,n
Dissertations presented for science anr' engneerinp dep-reas ir,
Moscow durin? 19rT1.
PC,- Sum. ~'o. 4~~,r) 0 -ay 5~

KATVIIIV, Ye,I,
i~~
Methods for Improving the quality of chemical reagents. left.
khoz-35 n0.3:14-16 Mr 157. (KLRA 10:4)
(Oil well drilling jr1ulds)

PANAKHOV, P.A.; MATMEV, Ye.l.
. -- ".... ~ ~Z'1-11.1 ~- -
Fmctice of controlling sand in vells in the Severraya
Sk3mdka-More area. Azerb. neft. khos. 39 no.1-9:34-36 -- ?Sc.
14: ~ "
IA*tom lpland regiork-Sand)

YAKUBOV, A.A.; KHARITONOV, M.F.; MATVEYEV, Ye.l.
Method for processing temperature measurements of wells. Izv.vys.
ucheb.zav.; neft' i gaz 5 no.13:3-9 162. (MIRA 17:3)
1. Azerbaydzhanskiy institut neftl i khimli im. M.Azizbehova.

PE'YYaDtkN y I.R. ;, MATVT-,YhV j Ye. 1. ; K-1h ENO,.* 1 u.M.
Certain types of fcols in tto Aisheron Archipelagc;. lzv. vYs-
ucheb. zav.; neft' i gaz 77 no.7":3-8 '64.
IMIRA 17:9)
1. Azerbaydzhanskiy 1-Istitut npfti i Ichirdi ir.. M. Azfzloe~ova.

r Uleul
S/03 61/027/003/022/025
?,6000 (/Ovo 1100~1* 133 1) BlOIYB203
AUTHORSt Matveyev, Ye, L. and Moshkovskiy, Yu. Sh.
TITLEs A recorder for the 14t(C-11 (IKS-11) infrared spectrometer
PERIODICAL: Zavodakaya laboratoriya, v. 27, no. 3, 1961, 355-356
TEXT: Other researchers had suggested to improve the recording of the
IKS-11 spectrometar with the use of an _4W-09 (EPP-09) recorder. To tune
the output of the !P-40,Y-15 (FEOU-15) photoelectrooptioal amplifier with the
input of the EPP-09, a oathode follower is tequired whose tuning may meet
with difficulties. To avoid this, the IKS-11 was connected with an
9TTnB-51 (EPPV-51) recorder having a high ohmic resistance. Fig. I shows
the circuit. To increase the output resistance of the FEOU-15, the silver
sulfide photocells were replaced by 11P-3 (TsG-3) gas-filled photocells;
photocells with about the same dark resistance were chosen. As the
propagation time of the pen carriage of the EPPV-51 was too long
(30-40 see?, it was reduced to 2-5 see by modifying the gearing of the
FA-9 (RD-9) reversible motor. Two 1.5 v batteries for the zero creep of
the EPPV-51 were attached to the bottom of the FBOU-15. The rheostat
Card 1/3

20201
A recorder for the..,
5/032/61/027/003/022/025
B101/B205
resistance for the readjuntment war- replaced by the variable CrT-1 (SP-1)
resistors, W kohms, A SAC-70 (BAS-70) battery was uaed to feed the
photocells. SP-1, SP-2, or con8tar-t BC (VS) resistors were used, The
stability of the circuit depends mainly on the stability of the glow
temperature of the lamp of the VZ013-A). Good stability voith a maximum
zero creep of 2-4 graduations per hr was attained by feeding the lamp with
four storage batteries connected in parallel, There are 2 figures and
I Soviet-bloc reference.,
ASSOCIATIONt Inatitut khimicheakoy fiziki Akademii nauk SSSR (Institute of
Chemical Physics, A-zademy of Sciences USSR)
Card 2/3

5/032/61/027/003/022/025
BIOI/B203
Fil 4
C~Ll~d- 3/3
Fig. 1

LYUBDIOVP A.N.; VARENIK, A.F.; ZIMINA, K.I.; MAM)TV, Ye.L.; MALAKHAYFV, Ye.M.
Method for finding the optirmim location for the magnet of a
nuclear magnetic resonance spectrometer of high resolving pcraer.
Zav. lab. 31 no.8:1023-1025 165. (MM4 18.-9)
1. Nauchno-issledovatell.,:kiy institut po perer-,,~r,+.ke nefti.

MA7VEY'EV, Ye.L.; POLYAKGVA, A.A.; KHICLINITSKlY, R.A.; MFDVFI)LN, R.A
----- -
Modification of the recording unit of an Whl-'403 mass
spectrometer. Prib. i tekh.oksp. 10 no.5sl72-174 S-0 165.
(MIRA 19-.1)
1. Vseso3niznyy nauchno-4,99leclovatellskiy Institut nefteperera-
batyvayushchey pron7shlennostd, Moskva.

--L &.6
-011 -06
Acc NR:XM27U29 tODE: IjIV0120165/ODO/OD5/017 0174
C
AUMOR: Matveyev, Ye. L.; Polyakova, A. A.; Khmellnitskiy, R. A.; Medvedev, F. A.
ORG: VNII of the Petroleum Processing Industry, Moscow (VNI1 nefteparerabstyvayu-I
qhchey promyshlormosti)
TITLEs Hodification of the rocording device of thJ~U303.mass-spectrometerjo
SOURCEt Pribory I tekhnika eksperizenta, no. 5, 1965, 172-174
.4- 61303
r
TOPIC TAGS: mass spectrometer, oscillograph / C;%C"A~ -/A/
AIL ~00 04t~&T
AB.STRACT: In ord6ito reduce the time of recording, the~regular EPP-09 recorder of
the HKhl303 mass spectrometer was replaced ~y the N-70046saillop-raph,\Owhich Remits
the racording of signals by 14 galvanometers of va~ ~ous sensitivities. The voltage
range of measurements is fron O.OD5 to 50 v. An overcurrent protection was provided
for each galvanoLeter circuit. A circuit arrangement of six MOD11A galvanometers is.
schematically illustrated. The galvanometers operate within the 0-40 cps range wit h!
a maximum permissible current of 0.3 ca. Thii current sensitivity is about 1400 mm/z*'
ma.m. By using this method, it took only 18 min to obtain the mass spectra for
cular numbers of 50 to 400 under optimum operating conditions of the device. Orig.
art. has: 3 figures.
-SUB CODEs 07/l/SUDH DATX:-18Aug641

H&TMBVR Ye. He
mmudin mectricia imimerive (&dm4p'9l*ktrot9khnft). Iafttollatvo
"m=W t~mwportw (Oltrim TrawpoW PubUshing &=M)9 456 PP'
, 1 I~L7

VAT IT 11V f .1 vF01111 .
Ele-tricE, I er..-i nef~rini- ~r E , ~ ;, B - a . . - -r, r . ! -,j, - -' 7 ! . ~
tra-9 ', rt. , I C = 2) . 46 " , . ( ~--. - 17
v,44 71

USSR)Electricity Dielectrics
As Jour Rof Zhur - Fizilcr, Nn 5, 1957, 11~ 696~
huthor Skonnvi, G.I., Xetveyov, Yo. 111
Inst Physice-1 Insti _j ~C_11 (11', ~lyll Sc!'onces, USSR, '.oscow
'title I New Dielectrics with Very Dicloctric Constrnt and Low Con-
ductivity, Hrving No Furroclactric, Properties.
Orig Pub Zh. cksperin. i toor. fiziki, 1956, 30, No 6, 1047- 1051
Abstrect Introducing biSrl.Uth ions (ndding bis!-uth trioxidc) into
strontiu:2 titprrte rcrults ir, nev., dioloctrics, hrving very
high rnd clorrly rronciznce~ ralryctlen rnl~-,rizntion. The
dielectric c..nitr-.1, "-, of these --ilbstpreor ro:,rins very high
(aprroxii-ately 1,000) t1l the w!?y to !icr(,wcvo frcquencior.
Curves Pre given f_-~r tKQ te~~rerrture vnriatior of and the
tengunt of the dielectric loss anE71f, tan at vrrious frc-!
quencies for one of the now di.3lectrics. Incrersing thu
frequency shifts the !.rximn of , r-nd tmi r~ towards the high
temperatures, which is cheracturistic for relaxntion polrr-
izption. In addition, the abr,_r.cc; of nonlincarity in the no-
le.rization md tho independence of ~7 of the field intencity,
as well as "he Pbsenec of dieletAric hysteresis, show thet
Card z 112

a
I
.. USSR/Eloctricity - Diclectrics G-~
I
hbs Jour : Rof Zhu-r - Fizika, No 3, 1957, No 6963
the now dicloctrics do not belong to the ferrocloctric clroE.
It wns observed thet the conductivity of atrontiial-biuiuth
titnnrtos is rolntivoly very srall.
Card - 2/2

AUWSOV. Boris Innokentlyevich; BOGOBWVBKIT. Andrey Mikhaylovich;
PROHMMEKO, Viktor Ivanovich;
SAFRYKIN, Aleksey Petr ovich.~"P. iinimali uchastlys: KOVEER,
R.I.; PLAKSIOROV, E.P. LUBOCILKIN, B.I.. obahchiy red.;
BANDROV, L.A., rOd.izd-va; TIKHONOVA, Te.A.. tekhn.red.
[Manual for third-class mechanics of marine steamships)
Uchebnoe posoble dlia makhanika III razriada morskikh parovykh
sudov. Pod red. B.I.Imbochkina. Izd.2., parer. Moskva, Izd-vo
wfiorskoi transport,* 1958. 646 p. (MIRA 12:7)
(Steamboats) (Marine engineering)

SMIN, Pavel Pavlovich. Prinimali uchastiye: !~H I
.X,___~,,&,.kand.
-W " S.A., red.izd-va,
tekhn.nauk: MK, A.0., inzh.. rad.. S IENOVA,
LAVRMIOVA, N.B., tekhn.red.
(Manual for a ship electrician) Posobie dlia sudovogo, elektr!Ka.
Pod red. A.O.Frika. Izd-3. Moskva. Izd-vo "Morskoi transport.'
1959. 373 P. (MIRA 12:11)
(Electricity on ships) (Slectric engineering)

BOGOSLOV611Y, Andrey Hikhaylovich; ZDjjNojrIcH, Vasiliy Leontlyevich;
I'= -1 h; MUNZI, Georgly Fedorovich;
I SKIY. Boris IWOM ~ NIMESNOV, Viktor Ivanovich;
NOVIKOV, Georgiy Nikolayevich [doceased]; NUDIGA, Pavel
Korneyevich; SAPHYLIN, Aleksey Petrovich; SACHKOVSKIY.
Georgiy Semenovich; FRM, H.M. obahchiy red.; KMaM.
A.3., red.; TMONOVA, Ye A., tekhn.rpd.
LTextbook for engineers on -Miarine Internal combustion engines]
Uchabnoe posobie dlis makhanik:a III razriada po sudovym dviga-
teliam vnutrennego agoraniia. 1.2d.2., parer. Pod obahchei red.
X.TS.Frenka. Moakva, Izd-vo "Morskol transport." 1959. 711 p.
(Marine engineetring) (MIRA 12:9)

,o~ 1, --, ~,,X -
, /I Z--
TARAIMS. . X~~Yxv,, i
KOR/,",
ORL'NIKOV. K.B.; PAUMONOV, I.N.
Using organomimeral mixtures for potatoes on the 'Progress*
State Farm. Zeneledelis 5 no.4:47-49 AP 157. (HLRA 10:6)
OPenns Province-Potatoes) (Fertilizers and manures)

PARKHOMEEKO, Vasiliy Georgiyevich; ARMiNGMIfXIY, N.A., prof.. ret"nzent;
BTJLGAKOV, N.V., prof., retsenzent; ZATTSIV, V.G. (Nos-kys). Imnd.tekhn.
nan . retsenzent; GMWJ4K0V, D.H. (Moskva), prepodavatell, reteenzent;
PISHCHANSKAYA, B.A. (Odessa), prepodavatell. retsenzent; GUTAN, K.K.,
prepodavatell, rateensent; GOLIDIN. A.B., prepodaystell. retsenzent;
URYPOV, N.V. (Sverdlovsk), prepodavatel!, retsensent; MMY4BINA,
L,I,, prepodavatell, retsenzent; 73MITANOV, D.M. (Laningrard), pro-
podavatell. retsenzent; GONCHAROVA, L.D. (Simferopol'), prepodavatell,
retsenzent; H.MXYKV, Ye.F., pri~podavatsll. retsenzert: ALIKSMY,
I.K., prepoda,v.atel rat,senzent; DUDINGKIY, S.L. (Leningrad). pre-
podavatell, reteenzent; BABUN, V.D. (Kharlkov), kand.tekhn.nauk,
retsenzent; OFMINOV, N.V., prof., doktor tekhn.nauk, spatered.;
BORIGOVA, G.A.-',- j~ed.; SUDAK, D.M.. tekhn.red.
[Introduction to the study of commerial waree] Vvedenie v tovaro-
vedenie promysW.ennykh tovarov. Roskva, Gos.12d-vo torg.lit-ry.
1959. 135 P. (MIRA 12:7)
(Coamercial prodacts)

PARKHOMENKO, Vasiliy Georgiyevich; ARKHANGELISKIY~ N.A.p prof,,
retsenzent; (deceased]; BULGAKOV N.V.,, prof., retsenzent;
ZAYTSEV, V.G., retsenzent(Moskvai; SHEKLAKOV, D.M., prepoda-
vatell tekhnikumov sovetskoy torgovli, retsenzent(Pbskva);
KOZLOVA, Z.V., retsenzent (Moskva); PISHCHENSkAYA, B.A., re-
tsenzent (OdeDsa); GUTAN, M.K., retsenzent; GOLIDIN, A.E.,
rptsenzent; KHRYPOV, N.N., re)tsenzent(Sverdlovsk); DERYABINA,
L.I., retsenzent; YLTELYANOV, D.M., retsenzent (Leningrad);
GONCHARDVA' L.D., retsenzent(Simferopoll); MIATTY~Y~Ev _Y_e__P_1-_
retsenzent; ALEKSEYEV, I.M., retsenzent; DUDINSKIY, S.L.,
retsenzent(Leningrad); BABUN, V.B., kand. tekhn. nauk, re-
tsenzent(Kharlkov); CHERNOV, N.V., prof., doktor tekhn. nauk,
spets. red.; BDRISOVA, G.A., red.; GRDYOV, A.S., tekhn. red.
(Introduction to a knowledge of manufactured goods]Vvedenis v
tovarovedenie promyshlennykh tovarov. Izd.2., dop. i perer.
Moskva, Gostorgizdat, 1962. 14.2 p. (MIRA 16:1)
(Commercial pTnducts)

14ATVEYEVP YUOP*
investigatJng. the of feet of temperature on the process of heat
transmission during the low-fn3quency elGetrothermal rock
breaking method. Fiz.-tekh. probl. razrab. pol, iskop. no.4:
64-65 165. (MIRA 19:1)
1. Institut radioelektroniki i gornoy elektromekhaniki, Moskva.
Submitted Jan. 12, 1,965.

MIATMEEV, 1-1, . S.
CRERMY, S.S., inzhener; MATUM, Te.S., inzhener.
On studying the operation of hydraulic structures.
26 no.6:16-20 Jo '57.
Gidr.strol.
(KMA 10:7)
(Hydraulic engineering)

~-,-
Using centrifuged reinforced concrete pipes in constructing
pipe ducts (from "Bawirtschaft," no.2. Jan. '57). v0d. I san-
tekh. no.10:38-39 0 158. (MRA 11:10)
(Germany. West--Water pipell)

AVIMIXANOVA. A.G., Inzh.; NATTIMO U.S., Insh.
Bconomic arrangement of powerhouses with horizontal geDer-
ating units for medium-bead hydroelectric power stations.
Gidr. strot. 30 no.60-11 Jo 160 (MMA 13 M
(Hydroelectric power stations)

LIM,, E,., Itsb.,,-_MATWW, Y64Ax-inzbw
IMO *090q"ed of the rivers of thD Mongolian Peoplelm ReWblia
stawyk*6 utIlizo thea. Mdr.stroi. 33 no.1001-37 0 162.
(MMA 15:12)
le Upravleniye vodnogo khozyaystfra Rinisterstva selskogo
kbozyayotva Mongoltakoy Narodnoy Respabliki (for Damba)*
2e Up6wleniye proyektirovani-yap izyakaniy i Issledovaniya
dlya stroitellstva gidrtekbniobeBkikb sooruzheniy Ministerstva.
stroitell~tva elektrostantsiy SWR (for Hatveyev).
(11bugolia-Vater resources development)

AUTHOR: Ma tv SOV/132-59-1-12,,18
TITLE: An Efficient Method of Prevention of Azimuthal Bending of
Bore-Holes (Efftktivnyy sposob bor'by s azimutallnym
iskr-lvleniyem skvazhin)
PERIODICAL: Razvedka i okhrana nedr, 1959, Nr 1, pp 48-50 (USSR)
ABSTRACT: To avoid t)7,.e azimuthal bending of deep bore-holes, the
author proposes a periodical (everY 30-40 m) change in
rotation direction of the core drill. There are one
table and one diagram.
ASSOCIATION: TsKB
Card 1/1

GAT'?j-TCRNp K*Vo- WTI,', V.V.,- MATVF-YEV, lu.6.
T-I!~-Iinology ef prascm-'s of a -weldt-e
11
no.24z213-235 165. 041ii~. )

S/262/62/000/006/006/C2-'
1007/1207
AUTHORS: Matveyev, Yu.G.-, Pinskiy, F.I.
TITLE: measurements of angular velocities in turbocompressors
PERIODDCAL: Referativnyy zhurnal, otdellnyy vypusk,42. Silovye
ustanovki, no.6, 1~S2, ~1, abstract 4Z6,164. (V sb.
"Gazoturbin. nadduv dvigrateley vnutr. si,oraniya". M.,
Mashgiz, 1961, 161-171).
TEXT: The Yolomensk Plant designec noncont--ct induction-transducer
gages for the measurement of angular velocities in turbooompressors.
In the first stage of experiments the measurements were carried
out by means of permanert-magnet transducers and a cathode-ray
oscilloscope; tne signal frequency on the screen was established
by the special circular-sweep method; in the next staFe several
types of noncontact electronic tachometers (speedometers~ were
designed, working on the principle of alternating-to-direct current
4~
conversion, the degree of conversion being directly proportional
Card 1/3

S126YO'2100010061006IC2!
Ylea:~urements of angular velocities 1007 1207
to the a.c. frequency. After several tests, the best tacnometer
proved to be the T-2 tyke combined witn the vi-~-6 (I.Ch-6) frequency
meter. This tachometer has F_ uasic accuracy of � 1.55 for an
angular-velocity range of 600 to 40,OOD r.p.m. Special electronic
pulse-counters, termed noncontact elect:ronic tachometers, were
designed to check the tachometer indications. These instruments,
combined with the induction transducer and a stop watch, permit
the determination of the average rotational speed, by direct read-
ing the r.p.m. veklues for a definite time interval. Since the
tachoscope uses electromechanical counters vrith a maximum counting
capacity of 600 r.p.m., the set has been equipped with electronic
re-calculation devices. The electronic tacho~cope has a reading
accuracy of about 0.2,1'~ at a speed of 40,000 r.p.m. Rapidly vary-
ing velocities can be measured by comparing the frequency of thle
transducer with a reference generator, according to the readings
on the tape of a recording oscilloscope. The Same Droblem rday
also be solved with the aid of the electronic tachoscope, in which
the re-calculating device reduces the pulse number recorded by the I
Card 2/3

c-/262/62/000/006/006/021
Measurements of angular velocities 1007/1207
oscilloscope. For the simultaneous measurement of angular
0
velocities in four t~irbocompressors, a special four-channel tacho-
scope of the ny-4 (PU -4)' type has been developed.
[Abstractor's note: Complete translation.~
Card 3/3

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BUTCRIKL, Ye.F.; MANVEM. Yu.1.
Detection of flaws In acetate silk by microanalysis. Xhim.
volok. no. 6:57-58 160. (MIRA 13:12)
1. Serpukhovskiy zavod.
(Rayon)