SCIENTIFIC ABSTRACT SKVORTSOV, N. - SKVORTSOV, P.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651220007-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 24, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

,aORT-SOV, U -
Train all year round. Voen. znan. 37 no.12:30 U 161.
(MIRA 14:12 )
1. Starshiy inspektor TSentrallnogo komiteta Dobrovollnogo obshche.
stva sodeystviya armii, aviatsii, i flotu.
(Aquatic sports)

GITALOV, Aleksandr Vasillyevich, brigadir, dvazhdy Geroy Sotsialisti-
cheskogo Truda; MA9LOV, M., brigadir; SKVORTSOV, N.,, mekhani-
zator; OSADCHIY, P.G., red.; GOItCHAROVK,-Ye.A., tekhn. red.
[Working the Gitalov way] Rabotat' po gitalovski. Belgorod,
Belgorodskoe knizhnoe izd-vo, 1962. 25 P. (MRA 15:4)
1. Traktornaya brigada kolkhoza imeni, XX s'lezda Komawnistiche-
Okoy partii Sovetskogo Soyuza Novoukrainskogo ravona Kirovo-
gradskoy oblasti (for Gitalov). 2. Traktornaya brigada kolkhoza
"Rossiya" Shebekinskogo rayona (for Maslov). 3. Sovkhoz
"Babrovskiy" Gubkinskogo rayona (for Skvortsov).
(Farm mechanization)

SKVOIRTSOV, 11., inzh. (Kiyev)
2'ull automatic control. Zhil.-kon.khoz. 10 no-3:33-34 160.
(MIRA 13:7)
(Kiev--Boilers)
(Gas--Heating and cooking)
(Automatic control)

RUTIOVSKIY, D. (Saratov); SUCHTSOV, K.-(Saratov)
Confidence. Okh-P.truAs i eota.strakh. no.12:55 D '59.
(ULU 13:4)
(Balands-Repair and suMlv station)

thit-l"~~~F,'h'Sl--W~--Qamvw-44-",",,~!"~,
Training sailor lifeguards. Voen.znan. 32 no.10:12 0 '56.
(,%UARA 10 : 2 )
(Lifesaving)

SKVO.RTS-OV, N.
Training of young sailors. Voen.zaan. 38 no.5-32 My 162.
, g (IOU 15.'5)
1. Starshiy inspektor TSentraltnogo komiteta Dobrovollnogo
obahchestva sodeystviya amii, eviataii i flotu.
(Naval education)

ACC NRt APu029416 (A cwo.-. U~,VU',-~,1-1/ub/CiO/CLG/C,027/C;tJ3I
~~-vcrtt:;oT-, N. (Colonel, Zngrineer, Docent', Candidato of techaical scioncoLQ'4
,otlyar, D. (Colonel, Engineer, Docent, Candidate of tecanical ccionces)
UnG: None
TIT11L. Standardization
SOURCE: Teldinika i vooruzheniye, no. 6, 1966, 27-31
T01-11C TAGS: ordnance industry, weapon, artillery weapon, small arm weapon, amminition,_
production en,-,ineering, truck, diesel engine / 1-JLZ-500 truck, B4 diesel enCine,
b - 2- 67,-XA . -
Ai;ST'-AACT: Menllal advantages of producing standard machine elements, assembled parts and
mechanisms are examined and the importance of uc;iiig them for weapons and military equip-
ment is stressed. Because of the increase in size and nwiCuer of various machine elements,
it becomes exceedingly necessary to develop their standardization on a vast All-Union
scale covering various industries and satisfying Growing demands for automation. Some
examples of applyinG uniformity to the production of motor vehicles and artillery weapons
are presented. A series of various trucks developed by the Kinsk Automobile Plant p .n the
basis of the I-IAZ-500 model is cited and illustrated in a figure. Another figure shows a
development of various vehicles on the basis of a four-wheel tractor. A prewar design of
a 12-cylinder aviation diesel enGine of B-2 type was used during the war for manufacturing-
engines for heavy tanks and artillery velLicles. On the basis of this type, a series of
Card 1/2

L 09324-67
ACC NRi AMO-29-4-1-6
enb-inas was developed (includinG tile Gix-cylinder D-6 cntrine) which are still in use for
propulsion of combat vehicles and light marine vessels. The u3e of various atandard
parts and equipment for artillery is reviewed on the basis of the prewar and war practice.
Tjiis review includes a progressive development of a series of various guns, cannons,
mortars and howitzers of 57,76, 122, 152, 203 and 280 mm manufactured between 1931 and
1943. A 152-mm hoi%itzer and 122-ffi cannon are shov-m in a figure mounted on a standard
Gun-carriaga. It is mentioned that a series of artillery carriages and vehicles were
con3tructed on tile bwia of chassis used for tanks. Tho use of standard parts for .
ammunition and small arm weapons is also briefly reviewed with references to the prewar
and war exporience. Orig. art. has: 3 figures.
SUB COM-1. 13, 15/q/SUBM DATTE: None

SKVORTSOV, N.A.
A
. I
Installing now equipment for watering chickens kept in
cagea. Ptitsevodstvo 9 no.2:26 F '59. (KM 12:3)
I.,Nachallnik teekha Kuntsevskoy ptitsefabriki, Moskovskoy
oblasti.
(Poultry houses And equipment)

GRIINI, igorl 'Mikhaylo-vich; ILIK, ~Jark Illich; FOBEREZKRI,
Yefim Anatollyevich; &KVORTSOV, Nikolay Alekseyevich;
SHEVCHENKO, V.P., dotg';.-'--O-t'O-- red ~ ~,: ~ . -I.. ,.1 - . -
.v
[Use of plastics in structural engineering] Stroitel.1-
nye kon-ztruktsii s primenenier. plasticheskikh mass. [By'!
I.I.I.Gi-in i dr. Khai-lkov, Izd-vo Kharilrovskogo univ
1964. 181 p. (MIRA 18: ij

SKVORTSOV, Mikolay Filippovich; NONOVAIDY.S.V.. redaktor; GAIAXTUMOVA,
.MOMOVOMWe-heakiy redaktor
Cusiqg concrete filled steel pipe@ in bridge construction] Primmenie
staletrubobstons, v mostostroonti. Moskva. N&u-,hno-tekhn.Izd-vo avto-
transportnol lit-ry, 1935. 84 p. Ouju 90)
(Bridges, Concrete)

SKVORTSOV, Nikolay Filippovich, kand.tekhn.nauk; ALEESANDRUMIL A.V.,
lhzh,.," 'n6iidhn yy red';*BURMISTROV, G.N., red.; SOKOLOVA, N.A.,
red.; TOM, A.M., ;ekhn.red.
(Masonry work and assemblage of large-block and large--panel
buildings] Kamennys raboty* i monta2h krupnoblochnykh I krupno-
panelInykh zdanii. Moskva, Tses.uchebno-pedagog.izd-ro Trud-
rezervizdat, 1959. 426 p. (KIRA 13:4)
1. TSentrallnaya nauchno-issledovatel'skaya baza Glav-mosstroya
(for Aleksandrovskiy).
(Masonry) (Precast concrete construction)

MCIBRT:;9Y,.--Nikolay-nllpR2yi-ch. kand.teklm.nauk; DANILKINA, N.V., red.;
HARIUSKATA, A.L., tekhn.red.
Nanufacture of precast reinforced concrete] Proisvodat-vo
sbornogo zhelezobetona. Kiev, Gos.izd-vo lit-ry po, strolt. i
arkhit.USM, 1960. 371 p. (XIRA 14:3)
(Precast concrete)

GOROBCHUK, G.P.; KIRILYIT". P.r,, vnpMTLITSYN, N.S.; SVOBODIN, Ye.N.;
__~OTSOV, N.G., STERELYUKHIN, V.A.
Model of a system for automating scientific experiments in carrying
out technological research. Vych. sist. no.8t27-31 163.
(14M 17 -.12)

SHULIZHF,NKO,, L. A.; UVORTS~V,_y. M._~Sarato,)
Health measures in work on mounted reapers. Gi truda i prof.
zab. no.4:47 162. fkRA 15: )
,4
1. Saratovskiy institut sellskoy gigiyeny.
(HARVESTING MACHINERY)
(AGRICULTURE-HYGIENIC ASPECTS)

SKVORTSOV, N.N., uchiteV
Four experiments on plant physiology. Biol.v shkole no,.4:92-93
R-Ag 162. (MINI 15212)
1. Odinnadtsatiletnyaya shkola No.113, Gorlkiy.
(Plant physiology-Study and teaching)

ELIN, Illya Mikhailovich; SKYORTSOV, Nikolay Nikolayevich
LManual on labor legislation for the lumber industry] Spravochnik pe
trudovoma zakonodatel'stvu v lesneii promyshlennosti. Moskva, Goolos-
bunizd&t, 195~, (KM 9:5)
(Lumbering) (Labor law and legislation)

AUTHOR: Skvortsov, N. N. SOV/119-58-8-10/16
TITLE: On the Inadequateness of Clouded -Coatings (0 nedoetatkakh
muarovykh pokrytiy)
PERIODICAL: Priborostroypniye, 1958, Nr 8, -)p. 24 (USSR)
ABSTRACT: -The use~of devices-coated with clouded moir6-like varnish
M-25-and other-olouded types of varnish showed.that these
coatings are not suitable if the devices are subjected to a
current of air or are%1ocat6d in the open.
it is.a major--disadvantagT-of these coatings that they are
applied in-varying thickness. Besides-, they are liable to got
dusty because of,.their noirg-type,graining, and cleaning is
extremely diffieult. In.-the case of NLdiaactive'6o*n-~:;:
-tamination disactIvation is practically impossible.
Besides-, the technology-of production is sore difficult than
if.the respective devices were aev*red.with a smooth coating.
Moreover, more paint is necessary for clouded than for smooth
Coatings. Before applying clouded coatings of varnish, the
surface to be treated must first be well and thoroughly
Card 1/2 prepared.

On the Inadequateness of Clouded Coatings
SOV/119-58-8-10/16
The shortcomings mentioned make it appear advisable to
abandon the practice of applying clouded coatings of varnish
and to return to smooth ones.
1. Enamel coatings-Analysis 2. Materials-Preparation
Card 212

SKVORTSOV, U.N., inzh.
low-capacity press to be tmed in samidr7 pressing of bricks.
Strol. mat. 5 no.10:29-30 0 '59. (MIR& 13:2)
(Brickmaking machinery)

9(6)
AUTHOR- SWor'teov, N. N., Engineer SOY/119-59-8-13/15
TITLE: New Electrical Yeasuring Instruments
PERIODICAL: Priborostroyeniye, 1959, Nr 8, PP 30-33 (USSR)
ABSTRACT: In 1956 the Kiyevskiy sovnarkhoz (Kiyev swmrkhoz) produced
a number of electrical measuring instruments of high quality.
For magnetic - investigations of materials with a coercitive
force of up to 1500 oersted the apparatus BU-3 was built, by
means of which the magnetization curves, the hysteresis loop#
the coercitive force, and remanence may be determined, the
error committed being given as amounting to + 3 %- For the
determination of capacities, inductivities, and of the time
constant at frequencies of 500, 1000, and 4800 cycles, the
apparatus U592 was constructed. By means of this device in-
ductivities may be determined within the range of from
0.02 microhenry to 1 henry, capacities within the range of
from 1 picofarad to 1 microfarad, whereas the time constant
of ohmic resistances of from 5 to 1000 Ohm and of inductivi-
ties of from 0.01 to 5 Ohm may be determined. By means of the
instrument MI 103 it is possible to measure the ground resist-
Card 1/3 ance at air temperatures of from -25 to +600 C and an air

New Electrical Measuring Instruments SOV/119-59-8-13/15
moisture of up to 98 %. It has the measuring ranges of from
0.1 to 10 Ohm and from 0.5 to 50 Ohm; a hand-driven generator
with 18 v terminal potential serves as a voltage source. The
phase indicator E500 is destined for the determination of the
displacement angle of the current phases (E500/1) or the valtnge
phases (E500/2) in three-phase networks. The former is suited,
among other things, for the construction of the current vector
diagram, and the latter for the investigation of transformer
coils etc. The magazine-capacitance-measuring instrument R513
contalins a four-decade magazine with an overall capacitance of
1.111 microfarad. All capacities from 130 picofarad to 1.111
microfarad may be adjusted by means of the rotary knobs. Am-
meters, voltmeters, and wattmeters of the type D5T are stmdard
instruments suited for the calibration of electrical measuring
devices. The characteristics of three ammetersp one voltmeter,
and of four wattmeters of this type are given. Likewise, three
voltmeters, four ammeters, and three milliammeters of the type
E59 are described. The error in these instruments in the case
of direct current measurements does not exceed 0.5, and in the
Card 2/3

.New Electrical Measuring Instruments SOV/119-59-8-13/15
case of alternating current measurements it is not greater
than 0.1. Finally, the wattmeter D539 is dealt with, in which
the error is 0.5. There are 8 figures.
Card 3/3

14(2) SOV/100-59-10-10/12
AUTHOR: Skvortsov, N.N., Engineer
TI-ME: Multi-purpose Loader D-388
PERIODICAL: Mekhanizatslya ritroi tellstva, L959, Wr 10, pp 28-29 (USSR)
ABSTRACT: The Kharlkovskiy zavod dorozhnykh mashin (Eha'rtkov Road Making Machire
Plant) has started serial production of a multi-purpcse loader mounted on
a DT-55 Tractor which has the following characteristics: Maxirwim height
of the bucket unloading - 2,700 mm and of the grab-bucket unloading -
3,400 mm; maximum reach of the working too! at maximum height cf
loading - 2,050 mm, maximum height of lifting hook - 3,100 mm; length cf
front cutting edge of bucket for ground - 1,830 mm, for snow or peat -
2,020 mm; maximum dipping capacity below ground level for ground bucket -
,380 mm, for snow and peat - 550 mm; maximum turning angle of the working
tool at top position of boom - 95 0. Dimensions of the loader with ground
bucket in the state of transportation: length - 6,000 rua; width - 2,134 mm;
height - 2,400 mm; weight of the loader with ground bucket - 7,620 kg;
average lifting speed of the working tool 0.422 m/second. The loader
comes with the following standard equipment: bucket for gr=nd and stcnes,
Card 1/2 lifting hook, loading forks. The ground bucket has a capacity of 0.8 cu in

SOV/100 -59 - 10 - 10/12
'i", j. t I
-'i.. ---p-.-irpoze Loader D-388
and the lifting hook a capacity of 1,600 kg.
There is one photo.
2/2

SOV/135-59-11-7/26
18(2,3)
AUTHOR! SkvortsoV7 N.N., Engineer
TITLE: Study on Corrosion Resistance of Aluminum Welded Joints
PERIODICAL.- Svarochnoye p-oizvodstvo, 1959, Nr 11, pp 18-19 (USSR)
ABSTRACT- The Ukrainian Scientific-Research Institute of Chemical Machine-
-Building has carried out - in co-operation with the Sumy Plant
imeni Frunze - research on the corrosion resistance of welded alu-
minum joints. For this purpose, technical aluminum AO and alumi-
num AVL of a high purity were used; the welding was perfirmed by
means of an automatic process with the application of AN-Al flux.
Tlie experiments were done in both boiling and cold 97% acetic and
981o nitric acids. The duration of research in boiling nitric acid
was 500 hours, in boiling acetic acid - 480 hours. Test-pieces of
a 90 x 40 mm size, 10 and 25 mm thick were used. It was establish-
ed that in cold acetic acid corrosion appears in spots, while in
boiling acid it is uniform. In nitric acid both cold and boiling,
it is uniform. Comparative experiments have shown that the torro-
Card 1/2 sion resistance of aluminum joints welded under flux is not in-

SOV/135-59-11-7/26
Study on Corrosion Resistance of Aluminum Welded Joints
ferior to what it is when gas- or hand welding is applied. There
are 3 graphs and I table.
ASSOCIATION; Gosplan USSR (Gosplan UkrSSR)
Card 2/2

SKVORTSOV, N.N., inzh.
OPY sprayer. Trakt. i sellkhozmash. no.11:34 N 159. ()au 13:3)
(Spraying and dusting equipment)

(6), 25(5)
'-I ~-7
-in" "1 '0
I-
I ~)
-1
1
7
AUTHOR: .
.
/
'
,
ineer _K1 14 R 0 07
'Skvortsov, '11, !~n
.
,
TITLE; Republicis Conference on ln:,trument Construntion
PERIODICAL,; Priborostroyeriiye, 1960, Nr 3,, pp 27-28 (TJSSR)
ABSTRACT~ From November 24 to November 25, 1959 a republic4s conference
of the 'Norkers of the Instrument- and Radioindustry of the
UkrSSR was held at Y.1yev, Lectureq wers delivered on the
acceleration c1f the development of thiE~ --astrument industry,
and aspecially,on. the inti7oduction of new ~:~oduction_mpthodus'Li
and ~utomatio~i!Njn instrument buildine, Tt was stated that the
p.roduction plan had been fulfilled to 103.5l,"o during the
first 10 mcntha of 1950~ which., in comparison to the correspond-
_Lng period of the previous year, means; an increase of 20~'~. The
manufacturers of the Kiyev economic rayon increased their
Prod'actionk" 65% ir the course of rhe paqt two years., Several
problems are mentioned which MU3t be sol--!ed in connection with
the automation of industry in general. At present the follow-
ing new measures are being carried out by the instrument in-
Card 7/12 Justry of the Ukraine, Apparatus for the automation of open-

802
S/115/60 00/04/013/041
D002/DO06
AUTHOR: Skvortsov, N.N.
TITLE: The "UTS1-VT-1211 Universal Tensometric Installation
A
PERIODICAL: Izmeritellnaya tekhnika, 1960, Nr 41 pp 20-23 (USSR)
ABSTRACT: Detailed information is given on the design and per-
formance of the twelve-channel "UTS1-VT-12" instal-
lation working on a 35 cycles carrier frequency and
recording processes in a.range of 0 to 7000 cycles.
It is designed for measuring stresses and other
dynamic processes when testi-ng.machines and struc-
tures in the open air, or in-works and laboratories.
It consists of a 12-chnnnel "UTS1-12/35" tensosta-
tion, a "V-12" feed unit, a "T-12" graduation unit,
and connection lines (diagram, Figure 1). The block
Card 1/2 diagram (Figure 2), and the circuit diagram (Figure
car

-SKVORTSOV, N.N. inzh.
Automatic argon-arc welding of alum-inum and -its alloys. Masbinostroitel
no.5:7 My 16Q. WRA 14--5)
(Electric welding)

.- SKVORTSOV, N.N.
New gas analysers. Gaz.prom 5 no.2:28-32 F l6o. (MIRk 13:6)
(Gases--Anal.vais)
_j

3/119/60/000/07/06/017
BO1q/BQ63
AUTHOR: Skvortsov, N. No
TITLE: New Instruments
PERIODICAL: Priborostroyeniye, 1960, No- 7, PP- 18-19
TEXT: First, the author describes the electronic controller of the type
PY 4-16A (RU4-16A)9,1 which is shown in Fig. 1. This instrument permits the
V
control of various technical processes according to a preset program, and
is manufactured by the zavod elektropriborov Kiyevskogo sovnarkhoza ~Factory
for Electrical Instruments of the Kiyev sovnarkhoz). The automatic electro-
nic instruments of the typeeACM2 DS andACKP2 DSMR2)39are designed for
measuring, recording, and signaling the delivery and pressure as well as
their deviations from the preset values. The phase-sensitive voltmeter of
the type B,~-l (VF-1)Ais manufactured by the instrument -building industry.
of the Kiyev sovnarkhoz, and is designed for measuring the complex component
of the voltage vector at the output of a four-terminal network. A photo-
graph (Fig. 3) and the circuit diagram (Fig. 4) of the whole instrument I
as well as the circuit diagram of the static multiplier (Fig. 5) are shown, 11/1C
Card 1/2

80653
S/ I 15/6o/ooo '0-07/012101 21XX
916000 Odl3j ldrAKI /01Y) B02,1/B058
AUTHOR: Skvortsov, N. N.
TITLE%, New Electric Measu~ring Instruments.
PERIODICAL: Izmeri-teltnaya tekhnika, 1960, No. 7, p, 60
TEXT: The following novel instruments are describedi 1) a decade unit of
mutual inductivity of the type P538 (R538) is used in measuring schemes
of d.z. and a.c. with a working frequency of up to 2500 cycles when all
decades are connected, except the decade 1OXI millihenry whose upper limit
of working frequency is 1500 cycles. The err-or of mutual inductivity must
not exceed 4- (0-3-t-g-'l), M being the value of the mutual inductivity
M
expressed in millihenries. The decade unit has an electric screening. The
measurements are 28Ox36OX540 mm, the weight is 20 kg~ 2) A measuring
bridge for dl-electric losses and for the capacitance of 259 (R59)
capacitors is intended for the testing of capacitors whose leads are not
grounded. The test voltages vary from 220 v to 10.5 kv a.c (50 cycles)
and from I to 200 a for reaction currents in the capacitori The bridge
rard 1/3

86653
New Electric Measuring Instruments S/115/60/000/007/012/012/XX
B021/BO58
circuit contains the sample capacitors ['505 (R505) and P5o6 (115o6) and the
vibration galvanometer M501. The measuring limits of the bridge are
tabulated. The measuring error of the capacitance is �1%. The bridge
permits the measurement of taxi S in the four sections 0 1%; 0-2%; 0-5%;
0-10%, The bridge also enables to measure the capacitance deviation of
the capacitor to be measured in four sections. The bridge is fed from the
a.c. not (50 cycles) at 127 and 220 v, respectively. The power consumption
is 50 va.. The control panel is equipped with a block signal system and a
remote circuit for the test current. The dimensions of the bTidge are
1250Y.800xlOOO mm; its weight is 200 kg~ 3) The bridge of the type 2507
(R507), as well as the bridge R59 are intended for measuring dielectric
losses and the capacitance of capacitors. It is only supplemented by a
device for automatic reading and recording of dielectric losses and the
variations in time of the capacitor capacitance. This bridge has the same
electric characteristics and limits of the capacitances to be measured as
the bridge R59-, The recording of tan t and the capacitance variation is
made on tape diagrams 160 mm wide with a speed of from 20 to 720 mm/h.
The recorder is fed from the same power 3ources as the galv!inometers. The
power consumption is 300 va, The bridge is provided with a control panel.
Shard 2/3

Si-,voTITSOV, inzh.
New inetruments. Teploonargetika 7 no.3:92-94 Mr l6o.
(MIRA 13;5)
(Instrunents)

SKVORTSOV) N.N., inzh.
How instrLment3. Teploenergetika 7 no.10:91-92 0 160.
(MM- 14:9)
(Remote control)

SKVORTSOV, N.N., inzh.
Pneumatic membrane drive. Teploenergetika 7 no.11:90 N '60.
(MIRA 14:9)
(Pneumatic control)

/600
83206
S11 19/60/000/008/007/0,015
B01 "
9/ 056
AUTHOR% Skvortsov, N. N., Engineer
TITLE% An Automatio Eloctronio'Program Control Device of the
Type PY 5 (RU5)
'~% - 0i
PERIODICAL: Priborostroyeniye, 1960, No. 8, p. 28
TEXT: The described device for position control, the proportional or
isodrome-like control of various quantities under a program may, e.g.,
be used also in conjunction with other controllers. The instrument shown
in Fig. 1 consists of a position control device, a servo-system, and
a bridge circuit for program control. The sensitive element of this
device is a "photohead" which immediately follows a program that has
been recorded on a chart tape. The "photohead" consists of a photo-
conductive cell and a lighting lamp. A reversing motor controls the
"photohead" and the slide of a rheochord. The instrument is fed with
220-v alternating current from the mains and has a consumption of 60 va.
It is produced by the zavod elektropriborov Kiyevskogo sovnarkhoza (Plant
for Electric Instruments of.the'.Kiyev sovnarkhoz)~ There is 1 figure.
Card 1/1

B/096/60/000/010/009/022
B19VE184
New Instruments
Remote control interlocking valve type KDUB-lA This valve is
intended for remote control of hydraulic servodrives and also to
close off the oil supply to the servodrive when the oil pressure
applied to the regulator falls below 2.5 kg/c,~M2. An external
view of the valve is shown in Fig 4 and a sectional drawing in
Fig 5. Two variants ara made to control servodrives with and
without synchrojaising receivers. The setting of the handle
controls the position of a plunger which alters the inter-
oonnection of the oil lines. The valve operates on dry
transformer oil at a pressure of 12 kg/CM29 but when the delivery
pressure falls below 2.5 kg/cm2 the spring loaded plunger is
displaced, thus fixing the position of the servodrive. The
valve weighs 5.5 kg.
There are 4 figures,
Card 2/2

SKVORTSOV, NIN.
New relays used in production processes.
my 161.
(Electric relays)
Priborostroenie rio.5:23-24
(MIRA 14:5)

SKVDRTSOV N N
Effectiveness of the spqcialization and cooperation in the
instrument industry of the Ukraine. Priborostroenie no.9:
29-31 S 16;i. (Ukraine-Instrument industry) (MRA 15:9)

SKVORTSOV, NA.
In,--reajing the intF~rnhangeabl 1 4 ~y ratic , r, thz instrm~tnt
- - - I -
industr Friborostrcer.1-a n.).'-,- 19.~20 DI-11
Y. -,a
(MIRA

ASTAFIYEV,, V.Ye,, I-a-zh.; _~qORT,',OV, N.N., kand. ekonom. nFuk
Grawth reserv-ea in the labor productivIty of the electric
equipment industry. Ene.-g. I elektrotekh. prom. no.13
63-67 J-a-W 164. (MM M-5)

-IINCY- I , -.~. , , ; ".,-l ., ~ -I. I , V. Y e. ) i I 17," 1.
Effactim-iness of ushig ~oly,--,-r s.~-,U.atic materials in thU olectric
eqdi~-.ent imdustry. ~~erg. i elektrotelch. pro:.:. no.2:66-67 AT,).-je
I ~- x4 - RA 17: 1 C-)

SKv011"1l;OlJ, N.N.) kand. ekonoraicheskikh nauk
E-e-aloplLen,. cl' --,,I:e spec-lahzation- in the Ukrainian machinery
industry. Vest. rilashinastr. 44 no.9:68-71 S 164..
(MIRA 17:11)

SKVORTSOV N.N., kand.ekonom.nauk
- .9
Ways for better utilizing the capital assets of the electric equip-
ment industry of the Ukxainian S.S.R. Energ. i elektrotekh. prom*
no.2-.66-68 Ap-JTe 165. (MIRA 18:8)

ASTAFIM, 1'.Ye., inzh.; STAVSK4YA, G.I., inzh.; Sf%VCRT50V, M.N,, kand.
ekonom. nauk
Fff'ectiveness of "chemization" in the electric equipment
industry. Fnerg. i elektro'Llekh. prom. no.3:68-69 JI-S 165.
(MIRA 18:9)

--, '-V I , I , , . I I ~ ~' -C 1,07 " S t
t! V, - SUCH MOV Ll ". , -K , 1. - - ,
7 1 11 1 :~ %- I, , , 14 ., 4. n 2. .., I- . .
K
- -" t I 'Pry.
Trr:-e -...c * rg o-,: a ~ 4 ty , re 14 al-4 . W $I-A A-7,, ~ , ~ ~ ,r -r. ,
"Y:Z:, 1P.:,)
Mi:~sh-,nosl-roende ric-.5:4C-41 S--O '65. . -A ~- , ,

SUORTSOV) MI.,, kand. ekon. nauk
Effectiveness of "chemizotion" it, the cable industry. Energ.
i elektrotek-h. prom. no.4:67-69 O-D 165.
(MIRAL 19: 1)

LF
A L
E~AT! E
JA Y-DE C ~.I 1, E: I

SKVORTSOV, N.P. inzhener.
High-frequency heating of materials with high specific
resistance. Vest.elektroprom. 27 no-5:30-34 Yy '56. OUA 9:12)
1. Moskovskiy energeticheskiy institut imeni V.M. Molotova.
(Induction beating) (Dielectric beating)

SKVORTSOVi - NwPw-,tek-hnik
Reconditioning the rotor of the ABG.4,5
turbine. Inergetilm 8 n0-3:11-12 Mr
(Turbines--Maintenance and repair)
(Electric welding)
mev., 3000 r.p.m.
160.
(MIRA 13:6)

SKVORTSOV, N.P.
Operation of S~Mk coal mill-m wiihout fra*mework casWs,, Energetik
9 no.3:7 Mr 161. -- (KMA 14:7)
(MiLling Machinery)
.1 i i
11 . ~

SKVORTSOV, N.-P., nachal'nik tsekba
MAcbanized stoker. Energetlk 9 no.7:36 Ji l61. WRA 14:9)
(Stokers, Yeehanical)

GARNISH., A.M.; SHAF1UV4SKIY, L.il.; SK'VOR'1'60V) N.P.; ZVEZDINA,, E.A.;
STEPANOVSKAYA, V.11'.
Catalytic oxidation of propylene to acrolein in the presence of
water vapors. Kin.i kat. 3 no.2:257-260 Mr-Ap 162.
(MIRA 15:11)
1. Novokuybyshevskiy filial Nauchno-issledovatel'skogo instituts,
sinteticheskogo spirta.
(Fropene) (Acrolein) (Water vapors)

SKVORTSOV, Nikolay Petrovich; TSISREVSKIY, V.P., red.
(Electron-tube, ionic and mechanical high-frequency
generators for electrothermy] Vysokochastotnye generatory
dlia elektrotermii; lampovye, ionnye, mashinnye. Red.V.P.
TSishevskii. Moskva, Mosk. energ. in-t, 1961. 118 p.
(MIRA 16:10)
(Electric generators) (Oscillators, Electric)
(Electric heating)

~ '31
`~.-2,rO02/2
tl /.2 0

natic

2 F
Fo

-
jsheA .
h
tile
i'l
D-
.j
71

T
_Ln p C e

i,-4 ir
,C,tror
~
+-
l
conc MO ---
t '~01--
0 a
fo
,I C
-
th, Cle
-
- 0
'2 LI
,
: Is
~ 3 .~, ~ ,,

n3
r 'f;
r UP ~,Cc-
in
e
of t.-C
n c
4
- "-I -.I I - ,
. +
c on r1l, c
m ~ I
-_- 0, -u
sojc--noi
re
ns
condi t- 0.

the

;0
t

"erived 41-Z.3 tiviz'- th an.., oz'
H, "o 0
0 0.
i S t, v 3 j 0 "'G the electrode distance an +-n electron
e 1 t ve .0,
-on 0 n1u, U m, u is the n-'lcctrcn - bility,
'istribution. In weal, !a~-netic
a av e - a ovor
the
atila,, y (uHIC2) + end-V121lity). (22) in strong fields
(2/y-,!,) (cluH)2,
JuH CIO
c 6quy
`,-he exnnrimental cnn~itior.s wit, Cs
v.,ere chcs,-n So that t 10'250ir. and D,, 0 rm
0
imen~ai obta-*ned:
fol 1_3-.vin7 ED I s Vi e If, C,

S/0 56/62/04 2/002/00 3/0-5 5
Measurement of electron - B102/B138
H = 66 oe 90 oe 120' oe
6-H// 11-0 0.96 0,93 o.86
i0 _6 -aH, cm2oe/v.,sec 0.161 0.22 0.33
110 _.5U cm2/v,sec 2.4 2.4 2.6
For the mobility, u, a slight decrease was observed with increasing T.
At temperatures above 1800 OK the u values obtained from conductivity
measurements without, (u = 4el/3~_27t~k*T'; 1-mean free path) are somewhat
R
lower than those (u ) from measurements .,.,ith, magnetic field. The diver-
gence is greatest at 20000K, The fact that with increasing T, u decreases
. R
a little faster than u., is attributed to the more rapid increase In ~'R
with T, The cross section ratio is Q H/q, = (R/RI) 112, R = R0+ RI is the
total resistance; Q )112 . At T