SCIENTIFIC ABSTRACT ARAPOV, N. V. -

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101910016-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

AUTHORS: Dudinov, V. A.) Arapov, N. V. 72-.58_,1_ao/15
TITLE*. Saggerless Burning of Semiporcelain in Direct Tunnel Kilns
(Boakapsellnyy obzhig polufarfora v tunnellnoy peclyi pryamogo
deystviya)
FERIODICAL: Steklo i Kermnika, 1958, J '.,, Mr 3, pp. 37-39 (USSR)
ABSTRACT. A direct tunnel kiln for saggerless burning and
sinjy.le~stage
charging was built in the works "Stroyfayans" in Lendngrade-$
as- the first of this kind in the USSR* It attained fits planped
output with a time interval of 1 hour 2o minutes for the passage
of the truck. The time-interval of the passage of the trucks,
was redueed to from 5o to 55 minutes and the planned outpat cf
the kiln-was exceeded by introducing new methods of organization
and engineering and by following some sug-estions with raspe-'~- t~-,
ral;jionallization- (V. M. Shurygin, V. N. Krylov and othersi), as
well
as by scientific collaboration with the Leningrad-I)ranch of the
Teploproyekt (N. V. Arapov). To 1956, after a 2 years,' experience
with this. kiln, V. A. Dudinov proposed further improvements:
Card 113. without carrying out cardinal alterations with the kilns.
The

SaggerUss Burning of Semiporcelain-in Direct T2-58-3-lo/15
Tunnal Kilne
gas-line was shortened and its diameter increased, due to which.
ths resistanoe of the gas.-aupply was reduced, which made it
possible to increase the gas--supply substantially by meam, of
the same ga.9--blasting device. By this;., a reduevion of the inter-
val of the passage of the t-.ueks;to 3o minutes was achieved.
The kilnatemperature increased abruptly due to the increased
gas-aupply, which resulted in much waste (figure). The intro=
duction-of a 3o m1nutes-I interval required an enlargement of
the combustion zone in the furnace. A cooling of the product,'
in the furnace by taking off hot air from the oooling-zone-by
means of anexhaustor and by conveying it into the combustion-
zone, formed part of the project of structural alteration.
Yet this lead equally to much waste-with cooling. In view of
achieving a more intense cooling of the products, an adequate
recuperator which achieved the necessary cooling was-built in
the arch of the cooling-zone of the kiln. The removed heat Waa,
used for drying the forms and for the hot blower. As may be seen
from the table, the output of the tunnel kiln was very much
increased. Moreover, many expenses were saved by this.
There are 1 figure, 1 table and 0 references.
Card 2/3

Saggerless Burning of-Semiporeelain in Direct Tunnel- Kilns
72-58-3--J:o/15
ASSOCIATION. Leningradakiy zavod frfftroyfayansff
(118troyfayawl'-:fforks,
Leningrad)
1i. 0vensLZ9ds1gn :~:i-
Card 3/3

ANDRfflf, A.B.; AMBOY. A.I.-. ARAPOV. P.P.. BARHAsH. A-1..
BIWWAIU)VA,
A.B.; BARIN, G.S.; B CH.-T.T.; BZRNSffMN, S.A.; BITMUM,
V.I.; BLYUMMiMG, T.T.; BONCH-BMPMCH, X.D.; DON4M, I..Do--**
BULGAKOV. N.I.; TIKSLXR. B.A.; GAVRIL3WO. I.T.; aNOMM.
YO.S.,
[deceased]; 0111LIVAROV, N.A., [deceasedl; G113SHMAN,
Teje.;
GOIDOVSHT.Ts.M.; 0011BUNOV, P.P.; GORFALWY, F.A.;
GRINBXRG, B.G.$
GIMUNER, V.S.; DANOVSKIT, N.Y.; DUMISKIT. V.H., [deceased];
DRDUTLO. P.G.; DYBMS, S.G.; D'YACKWO. P.7.; BTURIMAR, N.S.,
(deceased); YMRCHMO. -Bi.F. [deceased]; TALYASURICH. B.A.;
ZHEMOV, L.P.; 71ATILISKIT. A.S.: ZAV31LISKrT. I.S.;
ITAN0*811Y.
S.R.; rMN, I.M.; TA A , A.Ta.; KAZHINSKIT, B.B.;
KAPLINSKIT, S.T.:
KASATKIN, Y.S.; KOSAURDY, I.N.; KITATGORDDSKIT, I.I.;
MUNNIKOV,
I.F.; KOLOSOV. V.A.; KONUOT, N.S.; NOTOV, B.I.; LION, T.T.;
LIBIDET, H.V.; LIVITSKIT. N.I.; LOKSHIN. Ta.Tu; LUTTSAU,
T.K.;
XOMMMM, A.A.; MIKWLOV, V.A.; MrKHATLOV, N.M.; MURAY'Ylff.
I.M.,-
ff='1UN, G.R.; PAYLTSIMDV, L.S.; POLUTANOT. V.A.;
POLTAKOV, Te.S.;
POPOV, V.V.; POPOV. N.I.: RA IN, I.Te., RZHEVSKIT, T.T.;
RDZ=MRG,
.G.V.; ROZENTRNM, B.A.; BDKOT!fAN. Te.S.; EUKAVISHNIKOV.
V.I.:
RUTOVSKlyl B.N. [deceased]; HrMN, P.M.; SMIRADV, A.P.;
STRANDY, G.Yu,
ST PANDY. TuOA.-, TARAMV, L.Ta.; TOKAM, L.I.; WASSM, F.F.;
70ORDT, A.Y.; FIRM, N.M.; FEMCKILl. I.Z.; KHWFZTS, S.Ta.;
XHLOPIN,
M.I.; XHDDOT, V.Y.; SHAMSHUR, V.I.; SRAPIRD, A.Te.,-
SHATSOV. I.I.;
SHISHKINA, W.I.; SHDR. *.R.; SHPICHX11=1T. Ts.S.; SUR RK,
B.S.;
SHTXRLING, S.Z.; 11 IT, L.B.; SHUKE16ALITIM, L. Ta.;
ARVATS, A.T.;
(Continued on next card)

ANDRETRY, A.B. (continued) .... Card 2.
YAXOVLW,'A.Y.; ANDREM, Ye.S., retsenzent, redaktor;
BXWIN-
GI&M.B.M., retmenzent, redaktor; B=4AW, L.D.,
reteanzent, redaktor;
BOLTINSKIT; V.N., retsenzent, redaktor: BONCR-BRUrRVICH,
V.L.,
reteenzant. redalctor; VELLIR, M.A., rateenzent,
rodaktor-, VINOGRADOV,
A.V., reteensent, redaktor; GUDTSOV, N.T.. retsonzant,
redaktor;
DEGNAM, I.L.. retsenzent, radaktor; DEMITANrM, F.S.,
retsenzant:
redaktor; WBROSMYSIOV, I.H., reteenzent, redaktor;
YSLLNCRIK. G.R.
reteenzent, redaktor;Zff8MCRXIN, D.N., retsenzent,
redaktor:
WniVCHNNKO, A.K., retsenzent, redaktor; ZLODETRV,
G.A.,,retsenj~dnt,
redaktor: UPLUMV, R.P., retsenzent. redaktor; KUSAKOV,
M.M.,
retsenzent,.redaktor; LEVINSON, L.Te., [deceased]
retsenzent, redektor;
MALOV, N.N., retsenzent, redaktor; MAM~JS, V.A.
retsenzent, redaktor:
-MILITSYN, I.I., retsenzent, redaktor; MIKHATLOV, S.M..
retsentent;
redaktor; OLIVETSKIT, B.A., retsenzent, redaktor;
PAVLOV, B.A.,
retsenzent, redaktor; PANYUKOV, N.P.,refeenzent,
redaktor; P74hKSIN,
I.N.v retsenzent, redaktor; RAKOV, K.A. retsenzent,
redaktor;
RZHAVINSKIT, V.V.. retsenzent, redaktorl RINURG, A.M.,
reteanzent;
redaktor; ROGOVIN, N. Ye., retsenzent, redaktor; RUDMO,
K.G.,
reteencent, redaktor; RUTOVSKIY, B.N., (deceased]
retsenzent,
redaktor; lffZHOV, P.A., retsen2ent. redaktor;
SAIEDOMIRSKiy. ir.B..
retson2ent, redaktor; SKRAHTAYBV, B.G., retsenzent,
redaktor;
SOKOV, V.S., retsenzent, redaktor; SOXOLOV, N.S.,
retsenzent,
redalctor'; SPIVAKOVSKIY, A.O., retaensent, redaktor;
STRAMENTOV, A.Ye.,
retsenzent, redaktor; STRZMSXIY, H.S., retsentent,
redaktor;
(Continued on next card)

ANPREM, A.-V.,(continued) .... Card 3.
MTITAKOV, A.P., retsenzent, redaktor; PAYBRKAN, Te.H.,
retsentent,
rodaktorl MUCHAWROV, T.S.. reteenzent, redaktor;
CHERNOV, H.V.,
retsenzent, redaktor; SHERGIN, A.P., reteenzent,
reaaktor; SHRSTO-
PAL, Y.M., retsenzent, redaktor; SHSSHKO, Ye.F..
retsermont, redaktor;
SHCHAPOV, N.M., retsenzent, radaktor YAK'OBSON, M.O.,
reteenzent.
radaktor: STFTANOV, Yu.A,. Professor, redaktor;
PRMIYANM, F.S.,
profe*a9nr,,redaktor; ZNAMRXSKIY, A.A., inzhener,
redaktor;FLAXSIN,
I.N., redaktor; RUTOVSKIY, B.N. Casceased] doktor
khimicheskikb nauk,
professor, redaktor; SHUKRGAL?TXR, L. Ya, kandidat
tekhnicheakikh
nauk, dotsent, redak-tor;BRESTIN&, B.S., redaktor,-
ZWTHNSKIY, A.A.,
redaktor. (Continued on next card)

ANDRIfflif, A.Y. (continued) .... Card 4.
[Concise polytechnical dictionary] Kratkii
politakhnicho5kil
sloyarl. Redaktsiourqi sovet; W.A.Stepanov i dr. Moskva
Goo.
izd-vo tokbniko-teoret. lit-ry. 1955. 1136 p. (MLRA 8:125
1. Chlen-korrespondent AN SSSR (for Plakein)
I (Technoloa-Dictionswies)

ARAPOV, P,P-
"Y .....
All-Union Industry fthlbition of 1957: Metrology,
Staiadatdo and
Precise Heasurements &1I. Ism. tekh. to.30-4 MY-Je
'57. ,
(Mosoow-Heasuring instruments-Exhibitione) (". 10-.8)

ARP.POV, P.P.
T
,
- ~
Awards to the Committee's Institutes partielpanti, in the
All-Uvion
Industrial Xibibition In 1956. Ism. tekb, no,3t96 My-je
157.
(Keasuring instruments) (XLRK 10-8)
(Rewards (Prizes. ate.))

VOSTROKMOV, N.G.; ILYUKOVICH, I.M.; 4RHOY P P., rod.;
KATVZMA, A.Ye.,
tokhn.red.
EPresent-day electric meters] Sovrewnnye elektrichookle
schetchiki.
Moskva, Gos.izd-vo standartov "Standartgis," 1958. 21 p.
(Seriia
obzornykh monografii po ismoritellnoi tokhnike, no.3).
Ollectrie meters) (HIBA 13:9)

TYURIN, II.I '.; ARA OT. F.P.. red.
[standardization. metrology, standard measures and precision
measurament] Standartizataiia, matrologiia, etalony i toohnye
izmereniia. Moskva. Kom-t standartov, mer 1 12meritelliqkh
priborov pri Sovete Kinistrov SM. 1958. 66 p.
(MIRA 14:1)
1. Moscow. YBeeoyusnaya promyshlennaye vystavka, Pavilion
"Hashinostroyaniye."
(Standaidization) (Kensurati'On)

AVDNM. B.A.; RTMARI. N.Y., inzh., retsentent- ARAPOV P.P.
inzb., red.;
KOCHETOVA, G.F., nauchnyy red. izd-va; A.F., tebm.red.
[Methods of determining mechanical oroperties of materials]
Takchnike opredeloniia mokhanicheskikh evoistv materialov.
Izd.
3-e. perer. Idop. Moskva. Goa. nauchno-takhn. izd-vo
mashIno-
otroit. lit-r7, 1958. 474 p, (MIRA 11:5)
(Materials-Testi4g)

AUTHOR:
Arapov, P.P. SOV-17".5-58-3-3/41

TITLEt
All-Union
Industrial Exhibition 1958.- The Hall of "Stand-

ardization,
Metrology, Standards and Precise Measurements."

(Vsesoyuznaya
promyshlennaya vystavka 1958 g. - Zal "Stand-

artizatizatsiya,
metrologiya, etalony i tochnyye izmereniya").
PERIODICAL:
Izmeriteltnaya tekhnika, 10.5a$ Nr 3, PP 15 - 16 (USSR)
ABSTRACT.
The Komitet standartov, mer i izmeritelfnykh
priborov (Com-

mittee of Standards, Measures and Measuring
Devices (VN.IIK)

organized a demonstration of the work of its
institutions at

the All-Union Industrial Exhibition in Moscow,
which opened

31 May 1958. The article lists a number of the
demonstrated

items and gives a brief description of their
technical cha-

racteristics.1)A 500 kg class III weight with +
10 g maxi-

mum error, of cylindrical shape with an inserted
steel tube

the insidq of which is utilized for weight
adjustmentsi and

a set of ultramicroanalysis weights of 0.1 to
5 mg with er-

rors up to +0.0002 and +0.002 mg, of the VNIIK
2) Small

inspector acales for te"~hnioal class II weights,
with a self-

adjusting beam and two beam shoulder ratios of
1:1 and 10,

for maximum loads of 200 g and 2 kg and with
errors of up to

50 and 400 mg, from the Novosibirskiy
gosudar6tvennyy insti-
Card 1/6
tut mer i izmeritellnykh
priborov (RGI111P) (Novosibirsk

SOV-115-58-3-3/41
All-Union Industrial Exhibition 1958. The Hall of "Standardization,
Metrology, Standards and Precise Measurements".
State Institute of Measures and Mleasuring Devices); 3) Single-
mark unevenness-height gages for checking profilographs and
double microscopes, in the form of 8 steel plates with V-groove
of depths corresponding to surface finish classes (made by
VNIIK); 4) A standard oompensation micromanometer of class
II with a range of 0 to 250 mm water column, for checking
laboratory micromanometers. It consists of two connected con-
tainers, one of which is displacable in a vertical direction;
the maximum error of this standard micromanometer on the upper
limit is + 0.04 and on the lower limit + 0.01 mm of water col-
umn. It w7a-'s developed by the Vsesoyuzny7y- nauchryo-issledovatell-
skiy institut metrologii im. D.I. Mendeleyeva (MIX) (All-
Union Scientific Research Institute imeni M. Miendeleyev);
5) A standard instrument for calibrating by a diamond cone the
standard hardness-gages of class I; the instrument is loaded
automatically by a hydraulic drive (MIM); 6) The tachometer
"M-4" for checking tachometers in a velocity range from 40
to 40,000 rpm, with maximum error + 0.1% (the Leningrad ex-
Card 2/6 perimental plant "Etalon"); 7) A -standard whiteness-comparer

SOV-115-58-3-3/41
All-Union Industrial Exhibition 1958. - The Hall of
"Standardization,
Metrologyv Standards and Precise Measurements".
for measurements of slight color differences in the figld
of white colors (VNIIM); 8) A cryostate for up to -60 C
using liquid carbonic acid continually entering the instru-
ment chamber by a capillary pipe (NGIMIP); 9) A phase meter
for measuring high-stable frequencies by stilindard
frequencies,
basing on the method of subsequent relative measurement of
the
phase between the basic and the multiple (of the basic) fre-
quencies, suitable for measuring onlW,very near frequencies
with an error of the order of 11.10-""19 developed by Vsesoy-
uznyy nauchno-issledovatel~skiy institut fiziko-tekhniches-
kikh i radiotekhnicheskikh izmereniy (VNIIFTRI) (All-Union
Scientific Research institute of Physico-Technioal and Radio
Measurements). This device consists of a standard oscillo-
graphic tube ("BLO39") with a sweep unit showing on the tube
screen a circular scan of the standard frequencies of
1-10-100 kilocycles, and an impulse unit generating impulses
from high-stable frequencies of 1-10-100 kilocycles;
10) Quartz resonators for 500 and 1;600 kilocycles frequen-
cy, for use in quartz generators and frequency meters
(VNIIFTRI); 11) Transportable 3-phose installation for
Card 3/6 checking electric measuring instruments directly on
the spot

SOV-115-58-3-3/41
All-Union Industrial Exhibition 1958, - The Hall of
"Standardization,
Metrology, Standards and Precise Measurements".
of their use; the installation is transported on "GAZ-691,
automobile and is easily removable (developed by the Gorl~
kovskaya GKL (Gorikiy GKL); 12) High-accuraoy thermo-watt-
meter, eliminating the errors from non-stability of the
volt-
ampeiecharacteristies of thermo-converters, suitable for
measurements of power at a high, as well as at a low power
factor in a frequency range from 50 to 10,000 cycles with
maximum error of +1% within current limits of 0.2, 0.5,
1.09 2-5# 5.0 and 10 amp and voltage limits of 20v 50, 100
and 200 volt (VNIIM); 13) A high-accuracy thermoampero-
meter consisting of a thermo-unit and a d.c. microampere-
meter, for measuring current in d.c. and a.c. circuits in
a frequency range of 50 to 10,000 megacycles, with maximum
error of +1%, with measurement limits of 0-05Y 0,19 0.25,
1.09 2-5, 5.0 and 10 amp (VNIIN); 14) Instrument "UIVI-2",
for checking klirr fact-or meters working in a sound fre-
quency range of 60 to 20,000 cycles and measuring the klirr
factor in the limits from 0.3 to 50% at the input signal
level of I volt and output resistance of 10-220 kiloohm,
Card 4/6 with maximum error of +B09with a peak compensating
diode

SOV-115-58-3-3/41
All-Union Industrial Exhibition 1958. - The Hall of
"Standardizationt
Metrologyq Standards and Precise Measurements".
voltmeter for 60 cycles to 300 megacycles used as indicator
(developed by VNIII.,,); 15) Instrument "UGSS-211, for
checking
generators of standard signals by the output voltage or
power
in a frequency range of 20 to 700 megacycles, comprising the
standard compensation diode voltmeter IIOKV-2"p low-power
meter "1M-211 and measuring receiver 111P-11' (VVIIM); 16) A
standard installation for checking standard signal
generators
working on pulse modulation schedule, permitting measurement
of temporary parameters of radio pulses of 0.1 to 250 micro-
second duration and 0.1 to 1 volt amplitude, and oftemporary
parameters of video-pulses of 0.1 to 250 microseconds;
asymmetry of rectangular radio-pulses of semi-period ration
1:1 and amplitude 0.1 to 1,volt with + 5% error (VNIIPTRI);
17) Standard milliampermeter "TA-111 Cor testing and
checking
thermo-milliamperemeters uP to 30 millampere, basing on re-
placement of high-frequency current passing through the
thermo-converters by direct current being measured by a
precise milliamperemeter, for a range of 1-30 milliampere
and frequency up to 100 megacycles, with maximum error of
�1% (VVIIFTRI); 18) Standard amperemeter "OFA-211 for check-
Card 5/6 ing and testing thermo-amperemeters, with
measurement range

SOV-115-58-3-3/41
All-Union Industrial Exhibition 1958, - The Hall of
"Standardization,
Metrology, Standards and Precise Veasurements".
of 30 milliampere to 5 amp and frequency range up to 100 mega-
cycles, with max. error � 0.7% in measuring currents up to
1 amp on frequency up to 100 megacycles (VNIIFTRI); 19)
Standard
amperemeter 11EDA-Y for testing and checking thermo-ampere-
meters, with a measurement range of 5-20 amp and a frequency
range of 1-100 megacycles, with error of +1%. (VNIIFTRI);
20) A phase-meter for measuring high-stable frequencies by
standard frequencies with an error of +1.10-11.
1. Measurement--Standards 2. Weights--Standards 3.
Instrumentation
--Development
Card 6/6

SovilE - 58-5-?/36
AUTHOR: Arapov, P.P.
TITLE: Aw~ards ~ ~-ion Industrial Exhibition Lipiomas to
Institute Members of the Committee (Nagrazhoeniye
Oiplomami Vsesoyuznoy promyshlennoy vystavl(i sotri-X,
nikov institutov Komiteta
PERIODICALt Izmeritelfnaya tekhnika, 1058, Nr 5, pp b-C (U&SH)
V
ABSTRACT: The paper contains the names of those who obtained
diplomas awarded by the Main Committee of the 1J57
Union Exhibition. Diplomas lst Class were awarded*'to:
Professor M.F.Romanova; Candidate of Technical Sciences
Y'--J).Vo1kova't,; Candidate of Technical Sciences V.S.
Stepanov and Candidate of Technical Sciences A.I..
Kartashev - all members of the All-Union ~ie3earch
Institute of Metrology imeni D.I.Mendcleye~VNIIM) -
for the design of a universal interferometer, used to
,measure the length of end gauges and geodesic quartz
rods, by the absolute interference method. The measur-
Car6 1/~S ing limits lie between 100-1,200 mm. The limit of error

SOV/115-58-54/36
Awards of All-Union Industrial Exhibition Diplomas to
Institute
Members of the Committee
in measuring does not exceed � 0.0001 mm. per meter.
Diplomas 2nd Class were awarded to: Candidate of
Technical Sciences A.D.VeYsbrut and B.A.Kamochkin -
both members of VNIIM, for designing a standard record-
?r of small time intervals (DMPV-1) intended for check-
ing millisecond timers and chronometers with a contact
or pulse control system. The device can reproduce ttme
intervals from 0.1 milliseconds to 10 seconds. Diplomas
S;Md Class were also awarded to: Candidates of Teahnical
'Scierpzes' V. N. Gramenitskiy and K.I.Khansuvarov -
members of the VNIIM - for designing a twin-piston
standard vacuum manometer for checking standard spring
pressure gauges class 0.2 and standard spring vacuum
gauges of classes 0.2 and 0.'415. Thpmeasuring limits
for pressure lie between 0-2.5 kg/crd", for rarefaction
between 0-760 mm, of mercury. A diploma z,,nd Class was
further awarded to A.L.Grokhollskiy -Head of the Novo-
sibirsk State Institute for Measures and Measuring
Card 2/3 Equipment - for creating a set of standard
measures for

I.. SOV/115-58-5-2/36
Awards of Jill-Union Industrial Exhibition Dij)lomas to
Institute
Members of the Committee
capacitance and inductance for checking the efficiency
measuring instruments KV-1 and UK-1 and also for check-
ing the resistance measuring unit usca in the range
50-60 Mc. A Diploma 6rd Class was awarded to VNIIM
member and Candidate of Technical Sciences A.I.Petrov
for designing a portable PPR-l aj~paratus for checking
differential pressure gauges an6 other Lppliances up
to a pressure of 1000 mm of mercury. The degree of
error in measuring here does not exceed � 0.6~, of the
measured value.
Card 3/3

A UT HO R:
TITLE:
PERIODICALt
ABSTRACT:
Arapov, P.P. SO-7/115-59-6-36/36
The International organization of Legislative Metrology
(Mezbdunarodnaya organizatsiya zakonodatellnoy metrologii)
Izmeritellnaya tekhnika, 1958, Nr 6, PP 94-95 (USSR)
At the All-Union Industrial Exhibition a lecture was held
on 25 June 1958 by the president of the International Com-
mittee of Lepislative Metrology, Doctor of Physical-Mathe-
matical Sciences M. Jacob, dealing with the history of this
organization. The organization was founded on 20 M,ay 1875.
In 1956 a draft for a convention was aoproved in which the
tasks of the organization are laid down. Documents and in-
formation on metrology should be exchanged through a.
special
center.
Card 1/1

28(2)
AUTHOR:
TITILE:
XBRIODICAL:
ABSTRACT:
Card 1/9
SOV/115-59-8-1/33
The Work of Metrological Institutes and laboratories
Izmeritellnaya tekhnika, -#959, Nr 8, pp 1 - 4 (USSR)
This article contains a list of 28 different measu-
ring instruments with a short description of each.
These measuring instruments1were developed by insti-
tutes and laboratories of the Komitet standartov, mer
i izmeritellnykh priborov (Committee of Standards,
Measures and Measuring Instruments). They were shown
in Hall Nr 21 of the department "Machinebuilding" at
the Exhibition of Achievements of the USSR National
Economy. The instruments were shown in groups accor-
ding to their fields of application. The followimg
instruments were shown at the section "linear and
Angular Measurements": Tnterferometer !'D2-15 was de-
signed by VNIIM for checking planeness and plane-
parallelity of glass and metal surfaces at an error
rating of b.05 and 0.1 nf:cron3 respectively. The
device may be used for measuring surfaces of parts
of up to 140 mm diameter Paid 70 mm thickness. The
photoelectric profiloscope PEP-1 was designed by

SOV/1-15-59-8-1/-33
The Work of Metrological Institutes and Laboratories
VNIIM for determining the roughness of metal surfaces
by a non-contract method. It may be used for measu-
ring the roughness of internal and external surfaces.
The smallest internal diameter of a part must not be
below 40mm. The device may be used for determining
the character of microscopic unevennesses of surfaces
with 4th to 13th class finishes and for measuring the
H,k value according to,GOST 2789-51. The vertical
magnification it the indicator screen ranges from
5000 ti 20 000 The horizontal magnification is up
to 100 . I number of other instruments shown at this
section were developed by the byuro vzaimozamenyaye-
mosti (Bureau of Interchangeability). The induction
profilometer ?Ch-4 is used for measuring 5th to 12th-
class suTface finishes according to GOST 2783-51. A
diamond needle is used in the feeler, which is moved
either manually, or by a mechanical drive, A cali-
brated amplifier with an indicating instrument is used,
-----The instrument dial is calibrated in H or R values.
WIth m r%
a~ual operatfoin, the measuring eY?or dogs not
Card-2/9 exceed 25%. The device BV-890 is used for measuring

SOV/115-59-8-1/33
The Work of Metrological Institutes and laboratories
differences of adjacent circumferential pitches and
accumulated errors of circumferential pitch of large,
precision gears having modules of 2 to 6mm. The BV-
990 pitch indicator is used Tor determining the ac-
cumulated error of the circumferential pitch of lar-
ge, precision spur gears having modules of 2 to 8mm
and diameters of 250 to 4000 mm. The BV-890 and the
BV-990 may be used for checking gears up to the 4th
accuracy class according to GOST 1643-56. The inside
micxome or calipers BV-444 were designed for mea-
suring bores ~f 3 to 3,75'mm diameter with an error
of less than - 0,01 mm. A dial indicator of LIZ is
used with this instrument. The pneumatic self-recom-
der BV-1042, shown in Figure 1, was designed for
continuous recording of measuring results on 120 mm
paper tape being moved at a rate of 200 mm/min. The
electrocontact dial amplitude pick-up BV-1045 is
used for automatic checking of deviations from a geo-
metrical shape or a mutual position of surfaces of
parts, It may be used for separating serviceable
Card 3/9 parts from unserviceable ones. The device has dimen-

SOV/115-59-B-1/33
The Work of Metrological Institutes and laboratories
sions 102X53X15 = and will per form between 3000 and
5000 measurements per shift. The ultimate deviation
o be measured is 0.2 mm. The error does not exceed
i
0.5 microns. The induction self-recorder BV-1010
is used chiefly for recording small displacements
characterizing the accuracy of kinematic systems Of
different machines and mechanisms. A 210 mm paper
tape is used for recording. The vertical recording
scale ranges from 500 : 1 to-5000 : I and the error
is - 0.5 or t 4 microns respectively. VNIIK designed
an instrument for measuring the force applidd'by
feelers of profilometers and profilographs used for
determining theroughness of metal surfaces. The
measuring rang'e'is 0.05 to 5 9, VNIIK developed a
devi66 for checking the basic elements of profilo-
meter elements, for exrple, diamond needles, with
an error of less than - 0.5 microns. It consists of
a microscope, illumination, transformer, etc. The
following instruments were shown at the section
Card 4/9 "Time and Prequency Measurements": VNIIM
developed

SOV/115-59-8-1/33
The Work of Metrological Institutes and laboratories
the device UCh-2 for checking frequencies and fre-
quency meters. Audio, ultrasound and sigmal genera-
tors may be checked with this device. IFreproduces
frequQncies of 16 cps to 26 Me with an error of less
than 1 0.03%. VNIIFTRI developed an astronomical
pendulum clock ACIR-3 for observatories and time ser-
vice laboratories. The mean daily variation is
about 0.0002 - 0.0003 seconds. The following instru-
ments were shown at the section "Pressure Measure-
ments": VNIIK demonstrated a Is* Category reference,
non-mercury piston barometer, which was developed
for checking stationary mercury barometers and for
precise measurements of atmospheric pressures of 700
10 780 mm mercury column. The error does not exceed
- 0.002%. At the section "Temperature Measurements",
the infrared pyrometer IKP-57, developed by KhGIMIP,
was shown. it is to be used for precision t9mpera-
ture measurements in the range of 400 - 1100VC.
VNIIK presented a series of Category I mercur filled
glass thermometers to be used for checking r5;rence
Card 5/9 thermometers of Category II in the range from 0 to

-90V/155-59-8-1/33
The Work of Metrological Institutes and laboratories
IOOOC4- The error of these thermometers does not ex-
ceed - 0.002 - 0.0040C. At the section "Electrical
and Magnetic Measurements", four devices were shown
by VNIIM. The in �trume~~ UBS-1 is used for measuring
resistances of .10 - 10 ohms by direct cFrent of
2 - 500 volts. The error does not exceed - 0,5%. The
device UMI1?T-1 is used for testing circular specimens
of ferromagnetic materials by alternating currents of
50-10,000 cps. The measuring error amounts to - 3 -
10%. depending upon the measuring range. The device
UINK-2 is used for testing soft magnetic materials on
frequencies of 20 ke to 1 Me. The device is based on
the bridge measuring method. The device UKIP-2 is
used for measuring hysteresis and eddy current losses
in magnetic materials by the calorimetric method at
frequencies of 20 ko to 1 No. Reference magnets of
small dimensions, dielectrics, thin steel sheets, etcj
are tested with this device. The power+ranges are
0.1 - 2 watts. The measuring error is - 5 - 2%. res-
Card 6/9 pectively. VNIIK exhibited a number of devices at

SOV/115-59-8-1/33
The Work of Metrological Institutes and laboratories
the aforementioned section, among them, there were a
capacitor box for 1 11,000 microfarads and an in-
ductance box for 1 1000 henry. The latter had
coils with permalloy air-gap cores. The device
UBIYe-1 is used for -measuring hiQ inductances and
capacitances with an error below - 0.2% at frequen-
cies of 50 and 100cps. The device U22V is designed
fox measuring the loss angle of ref6rence capacitors
and the time constants of nonreactive resistors. A
bridge circuit with capacitances is used, Loss an-
gles are measured for capacitors of 10 pioofarads to
1 microfarad and time constants of resistors of 500
ohms to 20 megohms. The frequency range is 40-20,000
cps. The er 5or in measuring the loss angle does not
exceed 2.10- radians. The errgr in measuring time
constants does not exceed 2.10- seconds. The pox-
table device PTU-2 is used for checking active and
reactive electric power meters on single or thi-ee-
phase current of 50 cps. Phasemeters, a-c ammeters
Card 7/9 and voltmeters of class 1.5 or lower may also be

SOV/115-59-8-1/33
The Work of Metrological Institutes and Laboratories
checked. The device is mounted in 2 cases. One con-
tains the voltage units for 150-300-380 volts, while
the current elements are mounted in the other one.for
ranges of 0.5-1-2-10-20 and 50 amps. The total weight
of the device is 80kg. At the section "Radio Bngi-
neering Measurements", VNIIFTRI showed reference at-te-
nuators for wavelengths of 0.75 - 4 cm and a dual
thermistor bridge DTM-6 for power measurements of VER
radio equipment. The upper measuring limits are 15,
50 and 150 microwatts. The measuring error does not
exceed the values within the limits -(0.03A+l) micro-
volt, where A is the upper measuring level. The re-
sistance of the thermistor is 50-400 ohms, KhGIMIP
presented the millivoltmeter KPM-1 designed for mea-
suring the power passing thru a waveguide in the 2 or
3 cm range. Measuring ranges are 15 - 80 milliNfatts
at a standing waye ratio of the voltage of not more
than 1.03 and 50-800 milliwatts at a standing wave
ratio of the 7oltage below 1.20. The accuracy is. t6%.
Card 8/9 The author states at- the end. of the article that
the

The Work Of Metrological Institutes and Laborat
sOV/115-59-8-1/33
ories
Soviet Instrument industry should organize the pro-
duction of these new and modern devices in quantities
and qualities adequate for the requirements of the
USSR national economy. There are 4 photographs.
Card 9/9

21B27
I
S/115/61/000/004/008/010
B129/B206
AUTHOR: Arapov, P. P.
TITLEs High-precision measuring instruments
PERIODICALs Izmeriteltnaya tekhnika, no. 4, 1961, 59
TEXT: A number of high-precision measuring instruments were
exhibited
at the pavilion of the Exposition "Machine Building", room
no.21. The
VNIIK exhibited the prototype of a.piezoelectric accelerometer
for the
graduation and control of industrial accelerometers. The
instrument
consists of a piezoelectric acceleration transducer with a
sensitive
element from barium-titanate, a cathode follower, an a.c.
voltage
calibrator and a cathode-ray oscilloscope used as an
output-vol.tage
comparator. The accelerometer has two measuring ranges: 0.5 -
25 9 and
2 - 100 g. The sensitivity in the first range is 20.4 mv/g and
in the V~
second 5.7 mv/g. The relative measurement error of the output
voltage
does not exceed 2% in the total range of the acceleration to
be measured.
[Abstracter's note: Complete translation].
Card 1/1

ARAPOVI F.F.
Conference of the secretariat "Manometer" of the
International
Organization of Legislative Metrology. lzm.tekh. no.2:60-61
F 162. WIRA 15:2)
(Manometer)

--- ---------- -- ----
-L-19707-62 EPR/EWT(d)/J3DS:
ACCESSION XR: AP3D03213 ~/0115/63/000/006/005~/5057
AUTHOR, Arapov. P. P**
TITLE., New precision measuring instruments
SOURCE: lzmeritelinalya tokiinika, no. 60 1963,35,47
TOPIC TAGSt PPM-1 AAstnxment,_phptooloctrie-'d a or, light,filtor,,
prism,,
'BP-II~
_barometsr'.-bf@~Ilized power supply,.. VKI-1 pulse voltmotdr, OINP
field-
_--l-AAfe-iisity.mete3~, E'SCh-2 electric tLMer,'_:1PM-1
con.ductivity meter'
ABSTRACT: A few Nbedt'modele developedby scientific-researoh
institutes of the*
State Committee of*Standards, Measures,'and Instruments, SS5R
eihibited at the
Show of Achievements:of National Econo*! SSSR, 1963, are describbd.
Developed by
KhGIMIP, type PPK-1, ent is intend;d to check the paralle,"lism-of the
4~nstrum
measuring surfaces �, 100-1,000-mm mior'6metersl the instrument ~&ah
check up to
20 micrometers per hour and its maximud'6rror is �O,OOO5 mm'
-Developed by
VNII of-the State Codinittee of Standardb~, nine neutral light
filters (for cheeking~!.-
eters
visuslazid photoelectric coloriTM
a set of 21 standard.~risms (for
checking refractometers) are exhibited. Filter optical densities are:
0.05, 0.1,
Card 1/3

L 1()767-
.63
I"ACCESSION NRt AP3DO3213
093P 0*5# OAP IsOs le3o 199# and 2s.4* i6fraption indices',can be
measured within
10-1-8.,Thp same Iotitute exhibita .1 a model of
otandard.rate-of-flow measuring
!
,$outfit 31ite,nded for checking nozzles' orificies,, Venturi tubes,
etc. The outfit 1_
handles-up to 12D.m5/hr of'water flow* and measureswith an error of
--tDooe'vo
A model'6f 'standard weight-piston meterpis intended for checkinC.'.
stationary and portable barometers that have X. error 0.005 torr or
over".1''
An Ulation pMEeterobuilt by KhQIMIP can measure high temperatures of I
fl tre and i
ames ~g a plasA. Its measurement.range is 2,000-6,OOOC and error.
ams
1-Y6. Developed *by NGIMP, -type UOTA-61putfit, is intended for
automatic
calibrating platinorhodium-platinuia thermoc"u lespat 300-10200C with
an error of
'15 microvolts. A stabilized sinusoidal-wave power-supply unit
(developed-by the
Sverdlovsk Branch of VNIIM) that can help in checking amm ters,
voltmeters, eto.~
has a maximum capacity of 50 va, 0-,J0 amp, 0-300 v; its
outpu~'voltage varies
within tO.Z6 when the input v6ltage fluctuates within �5%.
Briefly.zentionwi in
the article are these instrumentbi a natural-themostat-controlled
standard-
frequency generator;
a 50-picofarad precision variable capaoitorl a 100-ko
quartz-.controlled osoillatorl_8,5-100-v VXI-1 pulse voltmeter for
nanosecond.
pulsesl a 50-400-Mcps OIN~,~Vield-:intbnsity. meter a 1,000-see
RSCh-Z trio
timer r~l
j IPM-1 conduct a set for RiaiiV ngadmittance at 400-1,000 Mcps.l.
Card 2/3'

ARAPOVV P.P.; SIRCTINt M.k.
k. -
Introduce acheivements of standardization into
national Pr-nnnmy.
Standartizatsiia 28 no.401-72 Ap 164.
Unification and standardization of the parts of
equipment.
Ibid.%71-72
Interbranch unification of multipurpose machines for
labor
consuming operation. Ibido?2. (NIRA 17s6)

A-11,1110V P P.- SIROTIN, M.A.
Pavilion "Standards of the U.S.S.R." lzm.
to-kh. no. 4:6-10
Ap 164. (MIRA 17:7)

`lw I, (I)
A(WESS-1014 NR: AM17049 UR/0115/64/000/00'?/( 057/w"?
AUTHOR: Arapov, P. P.
TIT'.E: Seminar cn modern methodi3 and mean6 for v,~rlfv~4,
measurements- an i for
che-,~agv linear Fnd anguli3r meawi;-ing Instrumentc
SOUR~T: lzmeri tekhnika, no, 9, 1964, 57
TOPIC TAGS: metrclopr, scientifi- -nnfprence. lanorator-;
inatrument, o~ti, Instr,l-
wen". ,nduatrial instrument
A-'~ S~ ~-~':
-,ap li-ld -~~r A'
Is I r) A
'h- :ar
rd r, new ir ~in, 6a 7-
ar 7--asuxemen-.16 IrwIlUdInE --le unIversall m1crogeope,
)nttl oompnrril or at Loco' al-ors, goniometerB, contactless
Cord 112

C.AT-,JN; nonc
NO I IEF SOV CIDO OTHER - '00
Car.
QQAFai GO, U

I - i'.. ~ (i V , -~
, " J, ,-. _'~. ~ . I .
faeLnuring !.-Intrw~ents. hm. toU.
1. .1 4 1
IwE,rdz for h,
no.10:63-64 0 164 Oljlly~li 1s..2)

AR-APOV) P.P.; STARTSLV~ V.T.
SeLuring unified moasuraments i8 an imporl.ant
ocmdi~.ion for
the Improvement of production quality. 12m. tokh.
no.41:4V-4,9
Ap 165. (MIRA 18: 7)

..R I T, Oll -v.p,
New devicaa in Lbe Pe"74i-IcM R. at b1le
cf tho Achlaw-ments of Via Fkkioral E--k'r'ORVO :r-1.7m.tekho
ro.6;57-59 Jf- '65* (MIRA.18:8)

DBGTBRNV, Georgiy Rikolayevich, kandidat
takhnichookikh nauk; 4UM..
S.Ya., redaktor; GALAVIONOVA,Ye.H., tekhnicbeakiy
redaktor
[Centralizing the hauling of freight by
automobiles] TSentra-
lizovannye perevoski gruzov avtomobilInym
transportom. Yos)cva,
Nauchno-takhn. izd-vo-avtotransp. lit-ry. 1955. 82
p.
(Transportation, Automotive) (MLRA 9:2)

ARAPOV,', V.A. BAZILI, V.P.
:Time ofthe postmagmatia process in the lara-Hazar Mountains. TTzb.
I.geol.zhur. no.5:3-5 '59. (HIFIA 13:5)
1. Karamazarskaya poiskovo-s"yamochnaya tematichaskaya ek-speditsiya.
(Kara-Mazar HpunVas-Ore deposits)

W-W
ARAPOV, V.A.
Stratigraphy ofthe effusive formation of the Tasbkesken platform.
Izv. Otd. geol.-khim. i tekh. nauk AN Tadzh.SSR 1:45-59 16o.
(14IRA 15: 1)
1. Severo-Tadzhikskaya tematicheskaya ekspeditsiya Upravleniya
geologii i okbrany nedr pri Sovete Ministrov Tadzhikskay SSR.
(Kurama Range--Geology, Stratigraphic)

Stratigraphy of the upper Paleozoic effusive formatiop in.the
northern.part 9f -the western Kara-Mazar Hmntains. U2b.*geo:L.
zh6, no 61 U12 1606 14.
1~ Gla*geologi7a TadzhikBkoy SSR i Glavgeologiya'UsSSR.
(Kara-Mazar Mmintains-Geology, Stratigr'aphic)

ARAPOVO V.A.; TKACHEVO V.N.
Upper Pa:LeozGic tuff lavas and igniiCbrites of the
Kur-am.-a Range.
~-205 161.
Trudy%'Lab. vulk. no.20:19c (Imu 14: 11)
1. Glavgeologiya Uzbekskoy SSR.
(Kurama Range--Vocanic ash, tuff, etc.)

AWOV V. A
Stratigraphy of the sedimentary-effusive layer in the
Middle and
Uppat Palsonoio of Altyi-Topk&n. Trudy Uz. geole ~pr* n6,2t
8-14 162o (Kuram& Range-Geology, Stratigraphio) (MIRA 16t8)
0

ARAPOV, V.A.,
Some characteristics of the distribution of minemlization in the
Almalyk ore zone. Trudy Uze goole upre no*2:85-94 162.,
(MIRA 16:8)
(K&ra-Mazar Mountains--Ore deposits)

ARAFGV, V.A.
Petrographic classification of Upper Paleozoic
effusive rocks
of the Kurama Range. Uzb.geol.zhur. 6 no.lt63-67 162.
(~!IRA 15 j4)
1. Glavnoye upravleaiye geologii i okhrany nedr pri
Sovete
Ministrov UzMR.
(Kurama Range-Rocks, Igneous---Classification)

ARAPOV V.A.
Some characteristics of the Hercynian tectonics of the
Kmrama
Range. Uzb. geol. zhur. 9 no.2:36-49 165.
(MIRA 18:6)
1. Revizionno-tematichaskaya ekspeditsiya Gosudarstvennogo
geo-
lcgicheskogo komiteta UzSSR.

CHEKUNOV, CIIEBOTAREVA, G.F.
Socond All-Union Volcanologic Unferonce. Uzb. geol. 2hur. 9
no.2:74-76 165, (MIRA 18:6)
1. Revizionno-tematicheskaya ekspeditsiya Gosudarstvgnnogo geo-
logicheskogo komiteta UzSSR.

V, V.N., asaistent
Rwhbutton calling device for selective telephone systems. Trudy
TZIIZHT 251299-316 158. (MIRA 13:10)
(Railroads-Communication systems) (Telephone)

GINTSEVA, Revekka Vanediktovnaj SAVILIYXVA, Klavdiya
Tikhonovna;..4WOMj
4 . redaktor; SIMNOVA. N.V.. redaktor izdatelletya;
KONOCHrIn.
W
.? takhrxicheakly redaktor
CKanual for the identification of uranium minerals)
Rukovodetvo, po
opredelenilu aranovykh mineralov. MoRkva, Gog.
nauchno-taithn.
izd-vo lit-rv po geol. i okhrane nedr, 1956. 259 P.
(MLRA 10:3)
(Uranium ores)

ABDULLAYEV, Kh.M.; ALYAVDINY V.F.; AMIRASLANOV, A.A.; ANIKEYEV, N.P.;
ARAPOV, Yu.A.; BARSANOV, G.P.; BELYAYEVSKIYI, N.A.; BOKIY, G.P.;
BORODAYEVSKAYA, M.B.; GOVOROV, I.N.; GODLEVSKIY., M.N.; 5',HCHWL0Vl
A.D.;
SHAKHOV, F.N.; SHILO, N.A.; YA11MOLYUK, V.A.; DRABKIN, I.Ye.;
YEROFEYEV, B.N.; YERSHOV, A.D.; IVANKIN, P.F.; ITSIKSONJ% M.I.;
KARPOVA, Ye.D*'.; XASHINI S.A.; KASHKAY, M,A.; KORZHINSKIY,, D.S.;
KOSOVS B.M.; KOTT.YAR,, V.N,. KRMER, V.M.; KUZNETSGV, V.A.; LUGOV,
S.F.; MAGAKIYAN, I*G*; lWimavil M.P.; OMNTSOV, M.M.; FAVLOV,
Ye*S.;-,.
SATFAYEV, K.I.; SMIRNOV, V.I.; SOBOLEV, V.S.; SOKOLOV, G.A.;
STRAKHOV,
N.M.; TATARINOV,, I.M,; KHRUSHCHOV, N.A.; TSAREGRADSKIY, V.A.;
CHUKHROV,F.V"
In memory of Oleg Dmitrievich Lievitskii; obiturary. Sov.geol. /+
ho.5:156-158 My 161. (MIRA 14:6)
(Levitskii, Oleg Dmitrievich, 1909-1961)

KOTLYAR, Vaoiliy Nikitich; BETEMIN~ A.G., retsenzent;
TATARINOV, P.M.
retsenzent; YAKZHI11, A.A., retsonzent; 101ASNIKOV, V.I.,
retsen-
,A_,_~retsenzent; LU
zent; GOTMAN, Ya.D.p retsenzent;-IRLEDYju
GOV, S.F,, redo; OVCHINNIKOVA, S,V,, red, izd-va; BYKOVAj
V.V.)
tekhn. red.
(Geology and genetic t7pes of industrial uranium
deposits] Geolo-
giia i genetioheskie tipy proryshlenrqkh mestorozhdenii
Urala. Mo-
skva, Goo. naucbno-teldm. izd-vo lit-ry po geol. i
okhrepe nedrs,
1961. 245 P. (uranium) (MIRA 14:10)

ARAPOVA, A.9 inzh.
Using vibrated wet-ground cement for increasing the
activity
of old cements, Rech, transp. 20 no. 2:48 F 161.
(MIRA 14:2)
(cement)

ARAFOVA., A.,q inah.
Additional vibration grinding of cement in reinforced
concrete
shipbuilding. Rech.transp. 21 no.7.*2-4-27 JI 162.
(MIU 15;8)
(84ps., Concrete)

Y A I W
It U tj 14 It 16 It It it V MINIA a "Mmill; 11 V a W x
IN V x A a
of U a 4

lit -im, O.'o oNot*$ lot, -b #1,O.'qj-kj

lit.
It r N(

Tbb 61411111tidift of the different fractions of
add-soluble
-00

phow0horus in the blood of dogs during the courts
of
.00

Lateb-diarT metabolism. as observed an an empty

a cb. after
the introduction of glucose and radon.
-00

00

e.)va. Apin. roentlexot. r4diol. R.)
It gli-.h 352-3)(1934).-Ily slifilving the
M

.00

Ih-d
ethod of ang"totay A. has studied tht content of dit.

60

rent Pinsctions in the arterial and venous hltuod tit the
o
h
h
i

it

rgans. luc
as t
rg
e
ntestine, the liver. the muscles
d

0

an
the I
the kidneys. The fractions of acid-sol. P were deid.
'

by the
cotuWnctl wethobi of Eggicton and Fiske and Suh-
.
b
I
C
i

coo

:~

arow.
OM
Us
ons
. Fraction% tit ortho
and pyro.
Pbosigiales wid W
and nou"
pho4
horic
sters &r

Cie*
J
j
:
,
.
e
e
p

0:
~-
PrOvilt in blooll Vessels. No Oreatinepho~phork- schl has

b
f

ze 0
W

cvcr
een
ound in Woixt. The kil. ester fradion is most

changed In its PLUate through the organs. Tte other
a**

fractions0revitty little changed. After the introduction of

xltkvw the fraction of 9W. esters is again must changed.
Aft
i
h
d
i

cT t
e
ntro
uct
on of Ru the fraction of sot. esters is

increased in the ancrial
Wood. It also increases the &tot.

of sol. esters given off hy
the kidneys. .4. N. xf.

lose

'00

R.

0
mn"

81

OtTALLUNGKAL LITERATURE CLASSIFICATION 00 1
A,.
-

.
I ii;
ii-IOW -0-TA 14

0
Ele "I~
T
0
Sokoto 410 04V as( 111113
,
14 Aq I I I ad 0 0 9 1 N 01 9 is IS

I I
~

0 4:
T
000
00 010004
00000000 411 0 000000*000*0000*04,
96
000000--f-'006 so 0 0041 goo 06* 0000-0000000

MLPOVA., - A. A .- -with-Zh *A *-Klaas ---
On the After Sensations ibn the Auditory Apparatus
Lab of the PIViology of the Sensort ~Jrgans, ftsiology
Institute imni J.P.pavlov
- Academy of 0ciences USSR
Sol Fiziologicheskiy Zhurnal Vol 32j No 4P 1946

M. A. I 'ARAPOVA, A. A.
2 9" V- 4
Osotyennosti kozhno-gall vanichyeakogo ryeflyeksa pri yego
qozniknovyenii na
slabvye razdrazhyehiya u chyelovyeka. Trudy Friziol. in-ta im.
pavlova, t IV, 1949,
s. 25-36.- Bigliogr: 12 #azv.
SO: LFTOPISI NO. 40

ARAPOVA, A.A.; KLAAS, lu.A.; KNYAZY.VA, A.A.
Ai~alysiwof the modifications of auditoz7 sensitivity during
sound
stimulation of various intensity. Problofisiol.akust., Kookys,
Vol.
2t1qw28 1950. (OLM 20:5)-
L-Laboratory of the Pbysiology of Sense Organs, PkWoiological
Institute iment Academician I.P.Pavlov of the Academy of
Sciences
USSR*

ARAPOVA, A.S.$ inah.; SHESTOPEROV, S.V., doktor
takhn.nauk, prof.
The'effectIveness of using quick-hardening cements and
stiff mixes
for shipbuilding concretes. Bet. i zhal.-bet. .8
no.203-55 F
162. (MM 16%5)
(Ships, Concrete) (Precast concrete construction)

ACCESSION URt AT40012'50 S/2504/63/023/000/0064/Oi35"~.---~~--
AUTHORS: Levshin, Ve L.1 Arapova#-E*.Ya.; Blazheviche A. I.; Voro-.:
nov, Yu. V.;.Voronova,, I G.; Gutan V. B.; Lavrov, A. V.; Popov
Yu. M.; Fridman, S.* A.; &tkhacheva: V. A.; Shchavenko, V. V&
TITLE: Study of cathode luminescence of zinc sulfide and other
.,-cathode phosphors
SOURCE: AN SSSR. Fizicheskiy institut. Trudy*, v. 23, 1963, 64-
135
,!.TOPIC TAGSs luminescence, cathode luminescence, phosphor,.zinc
sulfide phosphor, phosphorescence, photoluminescence, zinc sulfide,,
excitation energy, phosphor excitation
I ABSTRACT: This is.a revie4 article devoted to a theoretical and
ex-.',-...
perimental analysis of excitation energy losses in cathode
lumihes-,-~-~
cence, the approximate-maximum cathode luminescence yield,
excbange'-.'.'_-
Card 1/4

ACCESSION NR: AT4001250
of energy between an electron beam and a layer of luminor through
s-
Which it passeso and also the evolution of individual glow proces
es as functions of the excitation density and the temperature. Par
111:.Vticular attention is paid to,an investigation of the persistence
properties of ZnS phosphors and their connection with the location
and filling of the electron and hole localization levels. A
detailed.',?,,
analysis is made of the energy losses resulting from thermalization~.
and it is shown that in cathode lumines
':;.--of the electrons and hol6s,
:--''cence these iinavoidable losses are very large and decrease the
glow
y 2.5 times. Allowing for other losses,
efficiency by approximatel
the over-all glow efficiency in cathode luminescence cannot exceed
--0.30. The study of the passage of an electron beam through
:0.27
sublimated layers of zinc-sulfide luminors has established the voltn~
age dependence of the electron penetration depth and the energy
Th
losses at different depthu ofelectron penetrations.- &e
dependence~'_-.;
of the spectral composition, brightness, and energy glo%# yield of.
-luminors on the current den
various zinc-sulfido and phosphate Sity,
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ACCESSION KR: AT4001250
voltage, and temperature were investigated. A glow efficiency o
0.256 was calculated for one type ZnB-Ag luminor. The attenuation
of glow of different types of cathode luminors to 0.1, 0.01, and
0.001 of the initial brightness was investigated and the presence -i"
of two superimposed de-excitation processes of different durations
is established. The causes of the reduction in the duration of
afterglow with increasing excitation density are,considered. The
arrangement and development of localization level of the invest*
gated luminors was studied by the thermal de-excitation method and.
connection was established between the attenuation and
liberatiohl!`..;
o
the
f levels at definite depths. "The authors are grateful to
senior designer A. G. Ovchinnikov, radio technicians V. P. Ly*sov
and Yu. A. Platukhin, senior laboratory assistants Z. M. Bruk,
B. Kondrashkin, N. V. Mitrofanovaj L. N. Petrakov, and A. D.
Sy*cbkov and laboratory assistant V. P. Prokhorova who helped with
the present work." Orig. art# has: 66 figures# 28 formulas, ;and,
4 tableso.
3/4

S/05"1/62/013/003/007/012
E075/E136
AUTHOR: Arapovat E.,Ya.
-- ---------
TITLL%i Glow of autoactivated zinc sulphide phorphor sublimate
PERIODICAL: 'Optika i spektroskopiyal v-13,.no-3, 1962, 416-420
..TEXT: To elucidate the nature of the centre of blue glow of
autoactivated ZnS, the latter Was prepared by the method of
sublimation in the a,bsence of:any.impuKities - coactivators. The
cl6bic crystals were.fleposited on silica supporting plates heated
fr,om 200 to 350 C. ~'It was found that when the crystals were
ei&ited with cathode,,rays 'or light with the wavelength o f
31~ millimicrons, the blue glow was produced only in the
temperature
rabge 200-350 *C. Further heating produced a red-orange glow.
The brightest blue samples were obtained in the range 275-300 *C.
.Introduction of ZnC12 (1-2,06) on the support heated to 300 *C
iave
ZnS crystals with the intensity of blue glow 3-4 times that
produced
13y the crystals sublimed in the absence of ZnC12. The absorption
coefficients of pure ZnS layers deposited oft the supports heated
to
400 OC cave maxima at the excitation light wavelengths of 220, 218
and 190 millimicrons. The yield of luminescence is the greatest
Card 1/2

L 264'9746 _.EWT(I EWT(~ IjP(~) RM/JD
ACC N,Rt AP6.013055 SMWE CODE., UR/0048/06/030/004/0673/0
AUTHOR:' AMEA -AXA.; LevshinpVeL.; Mtbrofancva,N.Vv; Roshetina,T.8.,;
TunitskayajVoF.;
FridmaiiS*Ao-~#'-8hcheyonkopV.Va
ORO: Physical Institute Im4.P*N*L&bede v, Ac ademy of Sciences SSSR
(Fizii :h as kl~
lwtltut#,Al=emlyn nauk
TITIZ., Luminescence mechanism arid the band system Of _ZW aD
IUMiDOPhOrS t%oport
Fourtoenth. Conference on Luminescence hold In Rica IG-23 Septembor 19W
SOURCE: AN SSSR. Izvoitiy Soriy gizichoskDyal ve 30, no.,4, 1966, 573
*5~0
TOPIC TAGS: crystal phosphorpluminescences zinc sulfide,
thermoluminescence,
IR sons ar,
ABSTRACT: Although iron-activnted zinc sulfide phosphors have been
linown:since 19.45,
the natiil-e of their luminescence machanism.is still-obscure. The
writers developed A
synthesis procedure for ZnS:Fe phosphors in both powdered and
sublimate form. The
1077
initial ZnS,.containing'loss than g/g iron, was mixed with the desired
amount of
Fe (none to 3 x 10-4 g/g),and boated at 1~000 c for go min in a stream
-of HCl# Both
the powdered and sublimated specimens proved to be sensitive to
Infrared* ZnS without.
Fe has one luminescence band peaking,itt.450 mp;-doping with re gives
rise. to another,
band peaking:at.630 .mji;~th6:intensity of thi .B red bar4 increases
with.the dopant con-
contraticin, while the blue band, gradually weakenso Pi es in the text
show the I-amiu.
gur
Card

SUB CCDR: 20/ SUEM DATIt 00/: ORIG IW 008/ org, JW
Ccrd 2/2
No-

ACC NRt kP7004982., SOURCE CODE: UR/0048/66/030/009/1490/1493
JAUTHOR: Arapova,E.Ya.; Voronov,Yu.V.; Lovshin,V.L.;
Chikhocheva,V.A.; Shchayonkp,V.V.
IORG: none
TITLE: Investigation of the ultraviolet luminescence of
nonactivated zinc sulfide
61eport, Fourteenth All-Union Conference on Luminescence (Crystal
Phosphors) hold
at Riga, 16-23 Sept. 19657
SOURCE: AN SSSR. Izvestiyaa Sorlya fizichaskaya, v* 30, no,9.
1966, 1490-1493
TOPIC TAGS: luminescence, cathodoluminescence, zinc sulfide,
luminescence spectrum,
uV spectrum, crystal lattice vacancy, int.erstitial ion,
luminescence center
1
ABSTRAM The authors have investigated the ultraviolet
cathodoluminescence of
luminescence-pure ZnS that had been treated for 2 hours at 4000 C
and for 1.5 hours
at 12000in a stream of H2S and then heated for 35 minutes at
11000 in evacuated sealed
ampoules containing sometimes sulfur, sometimes zinc, and
sometimes nothing in addi-
tion to the zinc sulfide. The purpose of this 'treatment was to
produce materials in
which the ratio of the number of zine.vacancies to the number of
sulfur vacancies
differed from specimen to specimen. The ultraviolet
cathodoluminescenco spectra were
recorded at 890 K. There were three close peaks at about 335,
338, and 342 r4.L, with
an average separation of 325 cm Ij which is in agreement with the
frequency (349 cm-1)
of longitudinal vibrations of the sphalerite lattice. The
luminescence was less
C.,d 1/2

ACC NRs AP7004982
intense when the specimen had been heated in the presence of
either zinc or sulfur
than when it had not. The results are regarded as supporting
Williams' hypothesis
that the structure of the luminescence band is due to the
presence of dipole pairs of
Zn and 8 vacancies. The intensity.of the ultraviolet luminescence
was very temperatur
dependent, decreasing by a factor of 1000 when the temperature
was raised from 89 to
3960 K. The luminescence decoyed very rapidly following a complex
hyperbolic law
and decreasing in intensity by a factor of 1000 in 10 microsec.
*It is concluded that
the centers responsible for this luminescence are donor-acceptor
pairs. In addition
to the luminescence discussed above, the specimens containing an
excess of sulfur
showed a second much weaker luminescence band at 395 qi; this
luminescence is ascribed
to recombinntion ofelectrons'and holes t.rapped at centers formed
by zinc vacancies
or interstitial sulfur ions. Results obtained with zinc sulfide
heated in H2S# NH3#
and H2S + JiC1 atmospheres.are presented very briefly. The
specimen that contained
chlorine had only a single strong luminescence band ;.it 440 q&.
Orig. art. has;
4 figures and 1 table.
SUB CODE: 20 SUBM DATE: none ORIG. REF: 005 OTH REF: 007
Card 2/2

NESTEROVA., Yu.S.; aAZQVA,-,G.A..- _
Methods of the chemical analYsis of cassiterit*~ TrudY
IM
no.8la23-35 162.
Polarographb~ method of the determination of oxidized W
sulfide tin in siliceous rocks, sulfide oresp and
ninerals.
39-4.0 (MMA 16s 11)

YEROFEYEV, B.V.; OSIPSNKO, I.F.; DOROSRIVICH, M.N.;
ARAPOVA,
BIRW CHIK, T.N.; ROZENBERG, A.Ya.; ZERNOVA, N.1,14;
ZVIL*'2FCV,
V.V.-, KATSEVA, N.N.
Antiblock composition for cellophane. Khim. volok.
no.4:64-66
,.64 (MIRA 18W
1. Institut fiziko-organicheskoy khimii AN BSSR (for
Yerofeyev,
Osipenko, Doroshkevich, Arapova, Birullchik). 2.
Mogilevskiy
zavod iskusstvennogo volokna (for Rozenberg, Zerncva,
Zvizzhov,
Katseva).

ARPJ-'OVA, M.M.
Blaschke's projection. Uch. zap. MGPI no.11-M199-213
163.
(MIRA 1-1 -6)

ARAPOVA, N.D.
Some new species oj Senonian foraminifers in southwestern
Uzbekistan.
Nauch. trudy TashGU no.249. Geol. nauki no.21,217-227 164.
(ERA 18si)
11

ARAPOVA,, N. D.
Cand Geol-Min Soi, Dias -- "Stratigraphy and forminifers,
fauna of the
Upper Cretaceous of the-southwestern spurs of the Gissarskiy
Mountain
Range". Tashknet, 1961, 17,pp, 22 am (Tashkent State U imeni
V. 1.
Lenin), I.Z5 copies, Not for sAle (EL, No 9, 1961, P 178, No
2112-91).
51-5409-V

!'Emil 11 J Ill
vt . -
A r
1. g F toy
PN
.4
i S ~L.
3 r
I F
a giM

LTVSHIN, V.L.;_~!MM&J.Ya.; BARANOVA, Ye.G.
I)etermining small quantities of gadolinium, samrium and europium in
ietallic thorium. Trudy Kom. anal. khim. 12:393-408 160.
(KM 13:8)
(Thorium-Analysis) (Rare earth metalo)

ARAPOVA, E.Ya.; BARANOVA, Ye.G.; LWSHIN, V.L.; TIMGnTIWA,
T.V.; TROPIMOV,
-A.K.; FIODFIIA)V, P.P.
Luminescent method of quantitative determination of
gadolinium in
metallic beryllium. Trudy Kom. anal. khim. 12:344-354 160.
(MIRA 13:8)
(Beryllium-Analysis) (Gado3inium earths)

20816
V/ 6o (s-A-m 2-16 V a V L.Y) 3/048/61/025/003/004/047
K-410 (//3 Z 1134?~ /I f,~) B104/B201
AUTHORs Arapova, E.Ta.
TITLEt Aotivatorless ZnS sublimate phosphors
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheakayag
v. 25p noo 3P...iq6iq 324
TEXT% This is a reproduction of a lecture delivered at the 9th
Conference
on Luminescence (crystal Phosphore)q which took place in Kiyev
from June
20 to 25, 1960. Zino sulfide films were obtained by evaporation in
vacuum.
The zinc sulfide was pre-treated at a temperature of 11500C for
two hours
in a H 28 current, and freed from sulfur excess by trainirig in
vacuum. Eva-
poration: took place on pre-heated auartz plates. Zinc sulfide
sputtered on
base layers preheated to 200 - 350 C forms films with bright-blue
lumines-
cence under iiltraviolet-light excitation. A preheating of base
layers to
higher temperatures gave rise to films with a weak red-orange
luminescence.
A study of the nature of the bright-blue luminescence of the films
by exa-
mination of absorption and excitation spectra and X-ray analyses
showed
that the films had a cubic-crystalline structure. No zinc oxide
was dis-
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20816
S/04BJ61/025/003/004/047
Activatorless ZnS sublimate ... B104/B201
covered. Fig. I presents the absorption spectrum a and the
excitation
spectrum ~ of ZnS with bright-blue lumineocduce. A comparison
of these two
spectra reveals that in the region of the 218-m/lband the
excitation spec-
trum has a valley. This excitation bani is inactive. In -the
absorption
maximum at 190 mA, converselyq the corresponding absorption
band is active.
When heating up to 7000C the layer conserves the brightness of
bright-blue
luminescenceq and only above 8000C does brightness decrease
appreciably.
At 900OCp the bright-blue luminescence vanishes to make place
for a weak
red luminescence. It was possible to establish a passage from
the cubic toLX
the hexagonal lattice at this temperature. A further paper will
be devoted
to the study of the effect of impurities upon the bright-blue
luminescence.
There are 1 figure and 3 referencest 2 Soviet-bloc and 1
non-Soviet-bloo.
The reference to the English language publication reads as
followas Hall
J.F., J-OPt-Soo. America, 46, 1013 0956)
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DOWWOVA, Ye.I.; NESTMOVA, Yu.S.; ARANVA, G.A.
TI and Sn containing beudantite from the BDllshaya Shirlovaya
GDra deposit (eastern Transbaikalia). Trudy Min.muz. no.13tl79-
190 t62, (HIM 16 $2)
(Transbaikalia-%udantite)

ARAPOVA N.D.; SULEYMANOV, I.S.
4~
Now species from the family Toxtularidae
(foraminifers).
Nauch. trudy TashGU no.249. Geol. nauki no.2ls228-229
164.
(MIRA 180)

ARAPOVA; M.M.
Theory of Laguerre transformations.Uch. zap. MGPI no. 243-
216-232 165 (MRA 19: 1)

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ON %
sm, - -, , - 'e" -

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ARAPOVAI T.M.
Geodetic, photometric, and cartographic methods for stud7ing
glaciers. Vest. LCIU 19 no.18:70-76 164.
(MIRk 17:11)

PLECKOVA)
Histochemical study of oholinesterases and phosphomonoesteriwes
in the intramural nervous apparatus of the urinary bladder of
mammals. Trudy Inst. norm. i pat. fiziol. AMN SSSR 6t88-90 162.
(IMA 17:1)
I.-Laboratoriya neyrogistologii imeni B.I.Lavrentlywa (zav. -
prof. Ye.K,PleohIcova) Instituta, normallnoy i patologicheskoy
fiziologii AMN SSSR).
r

ARAPOVA, Ye.P. (Moskva)
The problem of cytodiagnosin in stomach cancer;
proliminar,7 report.
Klinomed. 36 no.2:8"l 1 158. (xIRA n:4)
1. 1z kafedry propedevtiki vnytrennikh boleznay (zav. -
daystvitell-
nyy chlen AKN SSSR prof6 V.Kh&Vasilenko) I Moskovskogo
oriens
lenina meditsinskogo institute imeni I.K.Becbenovao
(STOMACH IfBOPIASMS, diag.
mytocliag., evaluation (Rua))

BEZJAK.. A.; FRIS-GACESA, T.; UZEIAC,
The quantitative X-ray analysis of bauxite. I. The system
hydragi3.lite-boahmite-goehtite-haem&tite. Croat chem acta. 34
m.1:51-61+ 162.
1. Institute of Light Metals., Zagreb, Croatia, Yugoslavia.
I

AMR) 1.
Wire ropu-s in the mining, industry. 11. (Concluaion) P. 531.
TEM11KA, Beograd, Vol. 10, no. 4, 1955.
SO: Monthly List of -Edst European Accessions, (E'.!,AL), LC,
Vol. 4, no. 20, Oct. 1955,
Uncl.

ARAR Ivan., prof. inz.; NIKOLIC, Bozo, dipl.
inz.
Testing the rope wheels. Rudar glasnik I Z9-38
'64#
1. Technological Faculty, Zagreb (for Arar),
2. Director, Institute of Industrial Safety,
Zagreb
(for Nikolic).

ARARATYAN A,..G
- A... --
Bastard hemp. a possible medicinal plant. Izv.AIF
Arm.&SR.Ist.
nauki no.6:117-119 147. (KM 9:8)
1. Institut g*rA*tiki rasteniy AN Armyanskoy SSR.
(Botany. Medicia)

ARARA AG ; AGADZHANYAN, G.Kh.
Weeds in Armenian rice fields. Izv.AN Arm.SSR. -Biol.
i sell khoz.
nauki 1 n0-1:57-72 148. MRA 9:8)
(ARMNU-WMS) :i
Aj,tat- 6 zu-- rt:o j ~- S oj,.v-, s S /?, -&i, ,

ARARATM A. G
rir~xm- hz~~.24`_-4 77777777=
Medicine Ceno
xar7oty~e and Vorxo~loidla in Rohlum: Rubimm Jaoq
A'.' G.L Ararat7an) Inot Genetics, Aced Soi Armeai-
lan SSR) Yerevani 3,pp
"Dok Akad Hauk SSEM Nova Ber". Vol LIX, No 7
Shows that the periblem and the dematogen are mto'!_.
genetically very close to each other and possible t'6
-say that thelatter almost a continuation of the
first, inaarmch as these two layers of meristan be-
have similarly in formation of polysomatic cells and
apparently can be in,some sense contrasted to the
ple.rome... Submitted-by -Academician N., A.., Mksimov,,
17 Dee 19 7.
4Mh_