SCIENTIFIC ABSTRACT PISAREVSKIY, A. N. - PISAREYSKIY, V. YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001341030002-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

? 4C99
Single channel dif f erential S/120/61/000/004/008/034
9202/R592
length of the delay is chosen to match the scintillation time of
the phosphors. A detailed circuit is given in Fig 1. which shows
the main circuit of the discriminator (Correction change the
&nod* loads of the R.H.S of valves 6 and 7 to 2,2 kohms, and the
grid resistance of the L,H S. to 100 kohms) Q_f input, BbIXo6 -
Output. aHek~Hee tiJeWPHLIe - external bias, 11 off
[Abstractor's note: meaning 11 resistors in seriesi With the
working parameters given. the threshold of the discriminator may
very from 5 105 Vi the width of the window in adjustable in 1 V
steps from 1 10 V, and then to 14, 16. and 20 V_ The threshold
value and the window width were found to remain stable to within 1%,
after 8 - 10 hours of work The dead time of the instrument (for
given case) was approximately 3usec The duration of the output
ulsea measured at half peak, were estimated as 0 1 usec, and their
;
-plitud* was 5 V (for both polarities) When the amplitude of
the investigated pulses increased from 5 to 125 V the ti ' spread
of the centroids of the output pulses was less than 5 x 10!8 sec.
There are I figure and 5 referencest 2 Soviet and 3 non-Soviet.
The Raglish-language references read as follows Ref-3: W. Gruhle,
Card 2/1 ' '

29599
Single channel differential ... S/120/61/000/004/008/034
E202/E592
Nucl. Inxtrum,, 1959, 4. 1121 Ref.4i R. 1. A. Levesque,
W.Fe Hornyako Prot# of the Internet. Symp. an Nucl. Zlectronics,
Paris, 1958, 287.
XSSOCIATIONt Rodiyevyy institut AN SSSR
(Radium Institute AS USSR)
SUBMITTM JulY 15, 1960
Card 3/%

VyAzjD.SSKIYP V.O.; GRIDICV, K.A.; PISAR-NSKIY, A.U.
Separation of particles according to the relative iLtensity of
the slow de-excitation component In stilbens. Prib. .11"tekh.
ekBp. 6 no.4:149-15o n-Ag 161. (MIRI, 14 ~',
1. Radiyevyy institut AN 3SSR.
(Pulse toohniqtes (~:Iectronics~,)

PISAiV,V-SKIY, A.N.; SELYANINIOV, Yu.Ye.
Nonoverloading amplifier with the formation of a bipolar pulse.
Prib. i tekh.ek9p. 6 no.4:156-157 JI-Ag 161. (MIR4 14: 9
1. Radiyevyy institut All SSM.
(AmplifiarB (Electronics))

PLSARLVSKIY, A.N.; SOSRIN, L.D.; FIRSOV, Ye.I.
Using the P-H junctions in recording nuclear radiations (survey).
Prib. i tekh.eksp. 6 no.6:14-20 II-D 161. (KM 14:11)
1. Institut f1tiki Ali BSSR.
(Nuclear counters)

ACCLSSION NH: AR4040817 S/0058/64/000/005/AO41/AO41
SOURCE: Bef. zh. Fizika, Abs. 5A330
AUTHOR: Nemilov, Yu. A., Gridnev, K. A., Pisarevskiy, A. N.
TITLE: Dependence of form of scintillation pulse on the type of exciting
particles
CITE'D SOURCE: Sb. Stsintillyatory* i stsintillyats. materialy*. Khar'kov,
Khar1kovsk. un-t, 1963, 123-125
TOPIC TAGS: scintillation puls(-/UO-IM oscillograph, Impul's multiplier
TRANSLATION: There was investigated the dependence of the form and
duration of scintillation pulses appearing in crystals of Csl(1'1) and stilbenc
on the type of exciting particles. Research was done with the help of a "J0-110
oscillograph and an "Impul's" multiplier. Excitation of scintillations was
carried out by alpha-particles of Pu239 a-nd by electrons (during irradiation of
Card l/ 2

ACCESSION NH: AR4040817
of Ca 137 and Co60 with gamma-rays). Results of measurements of basic
parameters of scintillation pulses are given in the form of tables. Obtained
data are compared with results of other works.
SUB CODE: NP ENCL: 00
Card 2/2

(b) Pa-4/4Pr~/is
UP 01RAZWO wrlib
AccEssioN NR: AR4044269 810272/6410001606/0160/0161
3",
90URCE: Ref.~ zh. Metrologlys. I izmerRelInaya tekhnIM. 0tdel1ny*y vy*pusk,
__7 ----------
'Abe. -6. 32.1133
-AUTHOA: GutkevichL S. G. - Lebede~, Q._V._-_ Ug!jFMejqyA_A. JN, S
"Ic.s.; shemov, V. P.
..nTLE: New-methods for the pacidng of t'icintillators
-,CITED SOURm Sb, Stsintitlystory* i stOntillyats. rnaterlaly*, Kha0kov,
'Rbartkovsk. un-t, 196S. 236-238
TOPIC TAGS: ocintillator, single crystal, stilbene, tolatie/OK-60, glue
~TRANSLMION- ,'-There -1 :iod of packing of single crystals -with
described a met)
the' help Of ~jlLue OK-50. 'j The emethod ensures tr&n0arent, colorless, and v',-, ry
g of scintilla 'iftl(TI), 031(T1), ENTI), stilbene, tolane, and
durable gluin tore
plastic crystals, with glass, improves their resolving power, and makes It
Card i/2

PERTSEVO A.N.; PISAREVSKI-Y, MI.; SO5:iIN, L.D.
Study of single-electron noises in photomultipliers. Prib. .'
tekh. dksp. 8 no.5:173-176 s-0 163. (Ml~~ i6: 12)
i. Beiorusswiy ~osu._iarstve :,.yy universitet.
-e,

-L 63108-65 -_1MT(1-)/EFf
UR
007/0160/0160
ACCESSION NR. AR5019164 /0272/65/0001
389:535.891.089.6
SOURCEt Ref. zb' Metrologiya i igmeritellnaya tekhnika. Otdellnyy vypuski Aba,
7.32.1128
AUTWRI, Partsev, A.
N.-, Pisarevskiy, Ai N. Jtexnik;~ 1. v Cherenkovic S. N,
b
.TITLIt A simple method of cilibrating a r.educed", 1 i&ht_!oui;ce in the ultra-
violet area-ofthespectrum
CITED SOURCE: Zh. prikl.~ spektroakopiii v. 1) no.' 13, 1964t 83-85
TOPIC TAGS: ultraviolet spectroscopy, radiation enerp,distribution,
Me&sur t
emu _procedure, pbotomultiplier
CA 'disty
TRAHSLATZON- The article describes methodology for measuring the ibution of
radiation energy from'*,ispectrum,of a standard.source in UV spectroscopy, using as;~
4K
;.the- n on of i
A Lation pickup-in-10-IS unit characterize&by a Poisso distributi
-
Ise LutLIlator from a mixture of polystyrene-terphenyl-ROROR, in
00 pulses. A at !_
~-optical_contact vith-the photomuliiplier ~FEU) window, was~used as,a radiation con-,
verter witba constant quantumlightyield,' -Signals at the pbotomultiplier output!
lifted, then subjected to amplitude. dit~crimination and:c__!_s_nted. T~ormulas

L 1882&65~ WT(1)/EEC(b)-2/EWA(h) Peb
'ACCESSION NR: AP4041034 S/0120164/000/003/0132/013
AUTHOR: -Pertsev,' A. N.'; Pisarevskiz, A:.,N.b Soshin, L. D,
TITLE: Studying the.staitistics.of aingW-ele.ctron' pu~,m In a, mult1glier j),hojotube
by a coincidence rnet6d
!SOURCE: Pribory* itekhnika eksperimentaq, no. 3, 1964, 132-135
TOPM-TAGS, muftipher. phototube-i -FEU~-Q]Obotofl"61 FEU-36 pholotube,
ABSTRACTAI. The amplitude distribution of phot-otube pulses corre.sponding to the
:41iotocath6de emission of single electrons was studied by xneans of a coincidence
circuit (see Enclosure 1). A grid-controlled I -ern-screen ELO-IB electro n'-,
beazn tube was used, a-, a lurninous source produc'ing.1-microsec light pulses (tube
screen de -excitation time was 0. 3 rrdcrosec)., A low-noise FEU-42 multiplier
phototube was used to check.the fact that Bingle-nlectron pulses corresponded to
Card 1/3

D
1- 15249-65 K6T(1)/V_t-,C(t) Feb 1JP(c)/BK1/ATNfLAs 60-5/-9SD/AS( -P) 2/JRAE~1(l)/
MIFF) 60
A10CESSION NR: -AP4048745 S/0051/64/017/005/0734/0736
AUTHORS t Kats. M. L.; Nikol'skly, V.'K,; Pisa
nyakp A. L.; Semenov~ B. Z.
M-2---Shft1-ca_1 WioirjAion and electron paramagnetic resonance in
alkali halide crystals activated with nickel--
SOURCE x OYtiXa. i spektrookopiyat v~ 17, no. 5" 1964, 734-736'
;-TOPIC TAGS: alkali halide, optical absorption, electron:p3ramag-
netic resonance, activated crystal, microwave absorptign
ABSTRACT: The electron paramagnetic resonance spectra of single-
crystal KC1-and NaCl activated with _NiC12 were measured aj functions
of'the activator.concentration and compared with the optJ::al absorp-
tion spectra. The purpose of the rojearch was to asce*rtsin the Sorm
in which the nickel enters into-,the Na,Cl*crystal#'Whet'hr-*r the Nicl
pbas6 is present in such phosphors. ;rowmfram a melt, and what opti-
Card 1/3

L 1549-65,,
cal b#nds correspond to this phase. The EPR spectra were' measured
at rc4m temperature and -9700 Mcs witbIthe aid of a spectrometer
with'high fre"quency-modulation and.automatic frequency control
agai:nst the working:cavity.: The. cryvitals measured 5x 5 x 5 mm and
were grown from the~welt by the Kiropoulos method. 711he activator
concentration ranged,from.0.5 to 1.0 mol.%. The results show that
no-EPR is observed.in NaCi-Ni,cryptalsi with~Iow' activator concentra-
tion. The tbreshold concentratio n was 0 .03-mol.% for NaCl and more
than 0.06 for KCls The microwave absorption increased.noticeably
with increasing activator concentration.4 In-Nadl-NiCl2 crystals-,
with high activatorconcentration-there.-is-ob.serv,6d---6~ii idl pif
ase
2
Iork-4--sp- 6fivding - to- - -an --o-- pA i-c ail absorption band with maximura at 460 r-m.
Orig. art. has: 3 figures and~l table.
..-ASSOCIATIONt -None
Card -2/3

Pob DIAAP
_~_ACCESSIONNR: "5011886 UR/01 146/014-9
201651000/002/0
AUTHOR: Pertsev, A. N.; Pisarevokiy,- A. N.; Sonhin, L. Do
TITLE: Effect of C060 gamma n the parameters of a rnultiplier phototube
'SOURCE: Pribory I tekhnika eksperlmental n- o.2 1965, 146-149
_7 --f-TQPIC-TA.G&*---mvltiplierphototube, gamma rays
ABSTRACT:. Multiplier phototubes were. irradiated with I and 130 r/sec Sanuna
rays; FEU-13 tubes were Irradiated twice and,one FEU-IS tubei three times.
Multichanrlel AI-100 and AMA-4S pulse-heightaualyzers were used for measure-
:Tnents. It was observed that the phototub,e~ gain increased 1. 5-4. Z . times, the
number'of spurious pulses greatly increased (10-162 tlmes),' and the photo-
cathode efficiency decreased (1. 5-9. 5 times).' Both above-mentioned tubes
restored their gain and cathode' efficiency , within 24,hro afterAbe. first lrxadiatlc~n.
'However, after the second irradiatim. the, cliaracteristics were'not fuUy,.
Card 1/2-

L 54783-65
A WIMN AP3016 41 VR/0368/6~ 002/005/69*6j0401
621,387,21533s37
AUTHORs rertsev~ A, Nj P i a a VtrjjA A Soehin,A, D ,
TITLEi Use of !G -4le'ctr4A pulse, photamultipliets-for
tugla
renordLng veak light fluxes
SOURM Zhurnal prikiadnoy spektrookopli, v. 21, no,~, 1965, 396-401;
TOPIC TAGSI phatomultipliert quantum counter, Poisson distribution,
a-Stondary multiplication. thermoolectronic noise,,, dark' current
ABSTRACTs The possibility-of using.a photomultipller to'.count inii-
vidual quanta oVlight was examined by Investigating noise in the
!~~,Photomultipliar itself an& the statistical, laws of 'se'rondary nultl--
plication. The'amplitude of thermoolectronic noise follows,a Yoloann,
distribution;. it was shown graphically that the ampUtude dietributi on t)f ~tr,410-
electron pulsog for the FEU-1S.-phototoultipliar, hda. this form. Gr aphs
were also-presented to describe them counting rate of one 13-castado
photonulti-plier model and the amplitude distribution of' its noise
Ir
b

2h-65 94T(I_)/&n(m) -_-Fi;_VPeb DIAAIVIJP(c)
ACMSSIOH. _NR: AP5015778 URtOZ50/65/009/00510.299/0300
AVrHM t Pertsev..A. No; Pisarevs!~L.L. N.;. 4oshin, L~ Do
--TITIZ: Measurementlof the absolute yield of Hal (TI)Iduring gamma luminescence
-300.
SMCEt M BSSR. Do'kladyp*v. 9. no. 5, 1965o 299
TOPICTAGS: sodium iodide:ecintillator, gamin lutdnescence, thallium activator,
Aight yield
The absolute light yield of Nal, -tb
pulse~at.
A
of-& pbotoe ectric rre
-I - - - ' - omplifier co, sponding to- the - escape -of -a singla
OlectrdtCfrou the-pbotocatbode .The number of light quanta arising in the crystal;
~~_Upov absootionof a IntumileVven
rqu
N A
t
vher is the wism amplitude of he photopeak along the energy axis; A 'is the
meatle4litude of the "single-elec-tron" diatrlbutLon;& is the quantum y1eld of
over the apeCtral senaitLvity of the photocathode &t-.d
-4 the photocathode averaged
over the luminescent* spectrum;j is the coefficieat of collection of photoelec-
Card 1/2

1 -63624;45
ACCESSION Us AP5015778
trons.&t. tb6' first 'dynode; P In th e C70aff icient- of optical attenuation In the
glass-of-the container and-in the vaselint lAyer, and,c is the collection of ligbt
'allowing fcr reflection losses. Then the'abiolute energy yield of the crystal is
gi-vin by, EN
E
-is the-absorbed energy of the quantum and -is the average-enorgy of
-1hotons in-the-luminesc 'e6ce spectrum. 'In tho authors' measuiem*ents, APIA_
(1764 * 3)% photoelectrons, F_-4- (8.i2 :t0.08)%, p - (96.4 tl)%, and c (76 -1 2)%,
CS137
t so_that~ for ., whichwas used an'the source of frays, N - 31,900 1 7% quanta,.~;
W/E (5.0 0.4)%.quanta/eV, and (15.3 1.0)%. ~Orig. art, has: 2 formulas.,
ASSOCIATION., Belorueskiy gosudaretvann"' uniVersitat'im. V. 14 Lenina, (Belorus-.~
tian State University)
SUMCETTZD*. 31Har64 MICL.. ~00 SUBCODS: ss~ OF
NO REF Gov: 008 W=t: 004.
ILI^
ic

Mel
-. : . (I,. : %jj ":qx

L 0430-65 W (1)/EPA(s)-2/ W (M)ITIEWP -4/Pt-7/Peb
-(t)/EVTP (b) IEWA (a)
rMVIN( JD/JG~
Acamus RR, Moulis uR/oo5l/65/O18/Oo4/0644/0647
AMOR t Pertsev, As S.; P1j!Fevskiyv -j- Bashi
TIM. Rea-suiement of.the absolute rield,of alkal
lide crystals under Gw=
Macence
"CM1. Cptlks 1 0
tpektroakopiyik-- v. 18,: n 4~0'l:96, 647
644-
TOPIC TMS t alkali hallde crystal,, Gaam luainesCencel. li6t yield energy yield,
scintiuAtion- counteri-
ASMACTs, In view of the scanty data on the light -yields. of alkali-ba-lide scintil-
-latore --and -in view of the -large. airfere-naes in the. wip.Uable dat6L) the =Lhors
te lioit )-Ields'o f'the crysta ~'11)~'0131(Tl
e 10 11 1 and 7 (4-1) by
rained -tbe absoll
d
Jcomparing the'emplitudes of the scintillation witb Vie amplitud of a'
tron" julse at the output of a photowatipUer. 79he meamirements vere. made at
1~oom terp-3xature.,U13ing excitatioD with T rq~rs from ::s137, on large batches :o:r
,various- cryatala of different , sizes with -different ref-lectors,, and with dIfferat, t
0 in Nal
T1 ~contcats-_- The number of quanta TrodueetA (T-A) by absorption of wi c T
quantum frcm Co-137 vas fowd -to be
4A
C#rd 1/2

ACCESSION VH: AP5011118
the 'absoluteenergy yield was 15-3 f- 1%-
Por (al(ji!) ~Lrjd XI(TI)t enomgy yi-.-~11
qd-t
vu fou -o be. 6.0 t o.4% and 3-1 f 003~. -.r6z- thz crystals containing 2, 1. o.5,
afid 10-0~ the valuaa,of tha energy-.yield wre 31.5 +. ().9, 13.7 1 1.01 9.0 1 0~6,
and 2-7 t'-0.2%. The reaults are ccapewed 'vitb those obtalned by otbera. Orl -
art - has: 2 . figures and--6-ftoimmlax-.~-- r~i

MAkP
'VT(m)/
UR/0048/631029/007/1 3/1,
A=MIOK Ut APS019631 088
MMUS VI*WVvsk1ZjA.N.,' Y9finohikjX.X.~1*Okt V~; Chera kIZI
7. yova A~F*
Mat 7 Now aspeets of time measurements ln~.nuclesr s"etrosevil/Repart, 15th
amal Cougnuce an Itftlear Spectroxc2pl Nuc Lear Structure hold in Minsk 25 Jan- 1
2 Fob MY
18OU=t AN SWR. Uvestlyso Seriy's f1xicheakaya, vi 29 no. 7, 1965,.1083-1088
TOPIC TAGSt time interval counter,' time seavuressent, tunnel diode device,
Semiconductor device
The auttrura-doscribe three tin use in nuclear spectro-
_e o mverter for
scopic seasuresients, The purpose of,the.paper appears to be to emphasize the gains I
that can be achieved with regard to size, power consumpti.ont reliability,, and
"solution by employing tunnel diodes and oU%,*er semiconductor components An place *V
vacuum tubm The firs
t instr%iment*. Is of theNernier type, employing two tunnel
dioda oscillators of different fre4uencies.. Xt' produces a sequence -of pulses OX
which the number is.proportiounl'to the time tetween the arrival of successive
_"Oulses at two ditfs"'n% inputs* The instrument Is 7 automatically adjusted 200 times
per second by. comparison with 8, 10 Me crystal controlled onoillatore This Instrummt
1/3

-777-7-77-~
L.63480-65
MR: -APS019631
!*an nessurs' time Intervals lp to 200 nanosea,with a "Solution Of 04 nanOsee. The
~."%-,--4utowstlc regulation circuit assures that the.orror to never greater than 0.5%. In
ihe 'second instrument, the pulses from a quartz crystal controlled oscillator are
-:j
sated Into a &Mgt register by the arrival of a pulse at oneinput, and the
lwcvwlation of pulses In the register is atopped by the,
arrival of a pulse at n
~second., input# The arrival of this second pulse also causas the next clock pulse to
~bs gated into.ons of a number of recording channels selected by the number in the
"Sister. The chousel width of this initrusent is 20 111nosec; it is believed
an be reduced
that th.e chann I width c to 10 nwaosea by improving the gating time.
-InAho third lnstrxmnt,, the time between the iwrival of a pulse on either ^-:f two
uput chaw2ols and the next following clock pulse tfrom a quartz crystal control-led
:bscillator) I& measured by a Vernier circuit of tho type first desciribed, and these
'tin" far successive an and off pulses are automatically added and subtracted,
"opectivoly, to the -number of clock pulses recorded in the interim, thuz providing
!an accurate measurement of the time between the arrivals of the two pulses. With
,"thIs instr=ent intervals up to 10 wicrosec, can be meas ured*with an accuracy of
1 nanoseC6 If the-clook bacillstor-were cesium controlled~rather than quartz
controllodo-Intervals-up tv0.01 see could be me silmoed with-the som.accuracy. Orl g.
;Ixt, hast 2 formulso4nd 4'figuress
1'C

A11C "' AP7003154 SOURCE CODE: UR/0368/66/005/006/0789/0792
ATITHOR: Pisarevski A. N.; Reznikov, 1. V.; Cherenkevich, S. N.
y
ORG: none
TITLE: Effect of gamma irradiation on energy transfer in the toluene- 2, 5
diphenyl oxazole system
SOURCE: Zhurnal prikladnoy spektroskopii, v. 5, no. 6, 1966, 789-792
TOPIC TAGS: gamma irradiation, excitation energy, energy transfer,
diphenyl oxazole, toluene
ABSTRACT: The effect of gamma irradiation (in variuos doses) on en,~rg,,
transfer during photoexcitation has been investigated for various concentrAlon
solutions of diphenyl oxazole in toluene. It is shown that the energy transfer
properties of toluene remain unchanged up to irradiation doses of the order of
107r. Investigation of the irradiation effect of individual components of the system
points to the important role of interaction products of diphenyl oxazole with
Card 1/ 2 UDC: 539..104;-539. 12. 04

ACC NI, AP7003154
toluene which appear as an external quenching in the process of energy transfer.
Orig. art. has: 4 figures and I formula. [Authors' abstract] [NT]
SUB CODE: 20/SUBM DATE: 20Sep65/ORIG REF: 003/OTH REF: 001/
LCOrd 2 / 2

- I---
--=-A_WWMM1 MWOMSMISM
1. 10
PISA~IVSKIY, A.N.; SL,LYZNI'V, A.F.; PASHEK, G.M.
Model study of the chararterl stics of some rad!at' on-pre -.PC ._~ V~
subatances. Radiobiologiia ~ no.1,%16B-7'70 '65.
(MIRA 1R111)
1. Belorupskly gosudarstvennyy unIversitet lwnl V.I. Lenina,
Minsk.

FEhTS KV, A..'
Iq

- -
L%vm'm
I ~ .. I - 1--.. .... ..
i'F h', I . , , !~"u , t 1 11 1 A.N.: F)USHIN, 1-1).
I r a f f . : 6 Y, ~. m- I-n A f,, r H 3 c itin t inp . rc,k ', . AN BC-.SF 'j n- . e 1 ,,-A 4L -~ , -.
~ 1 11,5o 11 1~ -. RA 1' 8 , I G j
'. iielorussOy #-fsAArttvqnnyy univer.91tAt imni V.T.',8T)'Lna,

ACC Nib AP5025931 601MCIC DOW: tM/0205/65/005/005/0768/0770
C< or
AWAOR: PIs_!M!jLdXX A. N.; Selesnev, A. F ; Pasbek, 0. M. Or 319
ORO: Belorussian State University In. V. 1. Lenins Mank Lftlorusakly gosudarstvenny
univi-FOR iry-
TMX: NDdel study of the quenching characteristics of some radioprotective ents
SOURCE: Radlobiologiya, v. 5, no. 5, 1965, 768-770
TOPIC TAGS: radiation protection, radiation biologic effect, AET, HN, MPA, radio-
protective agent
ABSTRACT: Using a liquid scintillator, the authors investigated the quenching
charucteristics of a number of radioprotective agents. The scintillator consisted
of: PPO - 7 g/1, POPOP - 0.05 g/1. A change in scintillation effectiveness (SE)
served as a measure of the quenching action of the rad!oprotective agents. The SE
was measured by using an YM-13 counter and an ANA analyzer; the accuracy was 5%.
The radiStion source Vag C8137 (661 key). The absorption s;lctrum was measured with
an ~fD-2Mevice and the luminescence spectrum with an device and special
recorder consisting of an FRU-38 photomultiplier, narrow bftndvidth amplifier, and
synchronous rectifier. By this method it was found that UT, MP,'-, and ~W had nearly
Identical quenching characteristics while serotonin had none. By comparing the
quenching characteristics in the model with the protective qtalities of these com-
e,-) e1 0 / -2_'o 6 'r~

ACC NRs AP5025931 0
pounds, it was shown that the discharge of excitation energy to the protective agent I
plays an important role in the mechanism of radiation protection. Orig. art. has:
3 figures. (CD]
SUB CODE: LS/ SUBM DAIE: 24Jan6h/ ORTO REF: 003/ OTH REF: 001/ ATD PRESS:
II /-X/
t

PISAMSKrY, D.
Nm - Sol*?
lat"Matlawl mffs~ts
3162,o"8
Ololuw or Priammhip =A unityf 06i. Pleamskiy, 8 pp
OWAVY=40 so q
Dmrlbes Int9matlaml youth r"tlv&l b*14 la Prqpo
thlo -~-v ty the War.U Federatlas of bomocratla
youth laick me attmied 'by 117.,000 yawS pool* frm
&U oww Vw vw]Ld, ImIaling tho
w
22"R
lIG62

ACC NRi AY7002548 A, 9~ sOURCE CODE'. UR/0413/66/t,(~~,
::fViI;', OR: Pisarevakiy, I. F.
MG. none
TITLE: Pulse generator. Class 21, No. 169011
SOU'-. Oi.': Izobreteniya, promyshlennyye obraztsy, tovarnyye znak,., no.
~'13P,,' TAGS: pulse Cencrator, multivibrator
,',E 3T -A, T: This Author i:ertificate prcsonts a pu:r,(, generator male of t:,.
fo=.n.,'y two mu. t;. vibrators with anode-Krid couplint;. The anode of th~ ".-:t t-'~br-' is
connected th7ough a divider capacitor to the Grid of the second tube. axode of
the second tube is connected through a divider capacitor to the grid of f;'r~3t azid
third tubes, and the grid of the second tube is connected to the anodu of '~I'j thIrd
tube (see Fig. 1).
Fig. I.
To produce a series of pulses, to simplify the generator circuit, and to .--nchion'-ze
Card 1/2 M;; 7,13-4 3'

FISARVSKTT, I.I., inzh.
%.W~ -&-~ MVVWVM44w~,",
Repair of high-presouro food pumps. Xnergetik 6 no.11:15-16 U '58.
(Pumping machinery-Maintnnance and repair) (KIRA 11:11)

FISARE;VSKIY, I.I., inah.; GOLIKOV, V.S., inzh.; TVERIYE, M.M., inzh.
Modernization of a steam turbine. Energetik 9 no.3&13-16 Mr 161.
(MIRL 14:7)
(Steam turbines)

AUTHOR i Pisarevskiy, Engineer
TITLEs The Repair of Hi6h-Presoure Feed ltmps (Hemont ritatel'nykh
nasosov vysokogo davleniya)
FERIODICALt Energetik, 195e, Nr 11, pr 15-16 (USSR)
ABSTRACTi The author states that the major repair wurk of high-Iress-
ure feed punps installed in the power-stations cf Lenen-
ergo is carried nut by the fiemontno-mekhanicheskiy zavod
1sPRP Lenenergo (TsI'HF Lenenergo Mechanical Repair Plant,.
Recently it was r.cticed, that the 5T910 type feed pumps
at one of the electric power-stations were quickly wearing
out; t!~ejr working period was reduced from 600C or 7 ' r,C
hra to 3800 or 400C hra, and the capacity and head were
diminished. On examination, the working parts cf' the pUMr
were found to be damaged. Laboratory tests proved that
neither the structure nor the hardness of the cast-irDn
used,satisfied the technical requirements. There are
photographs.
Card 1/1 1. Feed pumps--Maintenance

UNAVETS, P.I.; GESS, B.A.; SPORIUS, A.E.1 CHERNYSHEV, A.M.1
MELENTITEV, P.N.1 CHKFd(M, V.I.; KHRWAK, R.P.;
KHATLOV, B.S.; DWISOV, Yu.I.; TSYIZV, L.H.; SOKOLOV, V.S.;
Prininall uchastlyor MARKIII, A.A.; GORLOV, M*Taop
VORONOVp Yu.G.; BULAKHOV, K.A.1 KREWANSKIY, V.L.; ARSHINOV,
G.P,j MAZUN, A.L1 PISARVLTSKIY, I.Me; BOKUCHAVA, O.A.1
K31RILLOV, M.V.; TSELUYKO, P.I.; POIXAKOV, G.O.1 REZKOV, A.B.;
ZHUCHKCYV, M.I.; ROUSHAIN, A.S.; ZUBKOV, A.S.1 KOZLOV, N.M.
Pilot plant for the nodulizing of finely ground charge mix-
tures by the method of chemical catalysis. Trudy IGI 22:
93-109 163. (MIRA 16:11)

PISARVSKIT. M. --
For a higb quality of services. Prom.koop. 13 nn.6:14
is 159. (XIIL;, 12 4 9)
1. Prodgetiatel, pravlmniya arkeli "Bytmetramont".
(Kuybyshev-SarvIco indiistri~B)

PISARIVSIIT, M., kand. takhn. nauk-, T3MASHEV. A.. insh.
Magnetic supports. Hashinoetroitall no.10:21 0 '59.
04IRA 13:2)
(Machine-shop practice)

1 3 7 -r1 12 tit,
I ra:,siation from Rvfcra[iv.-.%-v zhurnai. Meta;lkirgiva. J'4~h. Nr4-'S 5 R
AL f 140 RS Pisarevskiv, M. A . Griboyedov. Ye. N
I I I 1.E Methods ot Combatting Retention of Orcs bv fluppurs
~wr !)v s za%isanivem rudv N, bunkcrakh)
PERIODICAL Ot!)oLtash, hvliiN'c rud. Nr 3. p1) 4Z-~l
A; ~S I RAC FA bricf survey is i4iven of thc methods it) prak ti( at us, 1,jr
OlTlbattinj4 retention of ores bv hoppers and the freezin,., )! (arcs.
the rudimentarv me( hanization of pL,kin~t. prit-1,
mati, pnc~Amatii %ibraturs, thc modul -1 vlc~ t :-;, al
% i b ri t o r. a n d it 1 s oh c M e k lia no b r s y S t v III a n d t It v r v d c s i ,:.
hoppers. Drawings are appended Bibliography ~ rvfcrv:i(
A S
Ha 111 1.,
Card I / I

PISAREVSKIT, M.A.; GRIBOTEWY, Te.U.
Methods or avoiding ore stickIng in hoppers. Obog. rud 2 no.3:14?-
Sl '57. ( MIRA I I : R)
(Ore droisciing-Equioment and smolltts)

F~GAR~ZKLY,M.A.; VIDREVII!,31i, Yu.'J.
I io.' : 7- 1
loordinating Conference on Be,t conveyers. Otvp- rud 6 1 -5 " -
I (I . OURA :4;e"
(Conveyinp machinery-Coneresses)

Ein
E.n

77':3.. ' .
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with c'-,r5(- *,I%l,. '. . . , . , I . .n , I *., ho'l , . I t , Ir . ~ rnrl .
41 n . r~ - 'AP( - 1~ -' ' , v I ,C . ( NI T 1. .4 1 ~,

25( 1) PHASE I BOOK EXPLOITATION sov,
Sh1frin, Abram Shmerovich, Boris GustavovIcn Levin, 11 'ya 1os11'ov1cn
Livshits, Molsey Isaakovich Pisarevskly, anQ Nikolay Aleks-indrovict)
Fefelov
Vysokoproizvoditel'naya kholodnaya obrabotka metallov (Efflclent Coid
Working of Metals) Moscow, MashgiL, 1958. 294 p. (_oples
printed.
Reviewer: Vul'f, A.M., Candidate of Technical Sciences; Ed. (Titip
page): Lomachenkov, S.Ye., Engineer; Ed. (Inside book): Moro-ov,
V.D.; Candidate of Technical Sciences; Ed. of PublIshIng House-
Borodulina, I.A.; Tech. Ed.: Pollskaya, R.G.; Managing Ed. for, Lit-
erature on Machine BuildIng Technology (Leningrad Division. Masnglz,~'
Naumov, Ye.P., Engineer.
PURPOSE: The book may be of use to process engineers, m,--ictiine too-, de-
signers and personnel of plant and institute laboratorles l'or mt-tal
cutting.
COVERAGE: The book presents the special features of the processeB of
cutting hard-to-work austenitic and other steel grades. Ratlonal
Card 1/ 4

Efficient Cold Working (Cont.) SOV,'i339
designs of single-point tools, drills, taps, face milling cutters
and cutting regimes for high-productivity machining of these steels
are described. Standard methods of conducting Investigations of'
turning, milling and drilling of metals are given along with quick
simplified methods for determining metal machInability. Turning,
drilling and milling dynamometer constructions am gvEm Problms of Preni-
sJm thaW mIllng an thread rolling machines with die rolls are treated.
No personalities are mentioned. There are 55 references of which
53 are Soviet, I is English and 1 Is German.
TABLE OF CONTENTS:
Foreword
Ch. 1. Efficient Machining of Hard-to-work Steels
1. Special features of the process of cutting hard-to-work
steel (Candidate of Technical Sciences A.Sh. Shifrin
2. Turning (Candidate of Technical Sciences A.Sh. Sh1frin) 2~1
3. Face milling of stainless steel (Candidate of Technical
Sciences A.Sh. Shifrin) 47
Cam -,/4

Efficient Cold Working (Cont.)
S OV/2 3 3:~
4. Face inilling of chromium-nickel steel (Engineer N A.
Fefelov)
5. Drilling heat-resistant steel (Candidate of Technicil
Sciences A.Sh. Shifrin) ~G
6. Drilling chromium-nickel steel (Engineer N.A. Fefelov) 93
7. Cutting threads In parts made of heat-reelstant steel
(Candida te of Technical Sciences A.N. Sh1frIn) 1(-)4
Ch. II. Instruments and Methods of Analyzing the Metal Cutting
Process (Candidate of Technical Sciences I.I. Lifshits
and A.Sh. Shifrin)
Turning
9. Face milling
10. Drilling 41
11. Electroinductive dynamometers 164
Ch. III. Fast Overall Determination of Steel Machinability
(Candidate of Technical Sciences B.G. Levin) Id3
12. Existing methods for rapid determining of steel
machinability
13. Premises and preliminary experiments 194
Card 3/4

Efficient Cold Working (Cont.) SOV/1 -
-3 19
14. Physical and mechanical properties and machinability
of Investigated steels
15. Methods of rapid determining of steel machinability 225
Ch. IV. Rolling Precision Threads (Candidate of Technical
.4 Sciences M.I. Pisarevskly) -41
16. Effect of plastic deformation on the mechaninal pro-
perties of parts with rolled threads e4,
17. Thread rolling machines ,4j
18. Construction or cylindrical die rolls
19. Moving highly durable thread rolling cylindrical die
rolls 2 b
20. Accuracy of blanks 1;74
21. Manufacturing errors In elements of rolled threads 2di
22. Operating troubles in thread rolling machines with cy-
lindrical die rolls and means of eliminating them 26b
Bibli ography 291
AVAILABLE: Library of Congress
GO/sfm
Card 4/4 4-22-59

?ISARIVSXIY, M.I., imnd. tekhn. nauk
Rolling screw threads and splined profiles. Hashinostroitall no.10:40-43
0 159. (MIRA 13:2)
(Screw cutting)

PISAIREVSKIY,-Moisey Isaakovich, knnd- tekhn. nauk; SHNEYDER, Yu.G.,
Imand. UkFn. nauk, r-eT-eerizentl VAKSEH, D.B., dots., red.;
VAR.KCVETSKAYA, A.I., md. zd-VA; HARDINA, A.A., tekhn. red.
(Roiling precision t*reads and slots] Nakatyvanle toohnykh
rez'b I shlitsev. Moskvn, Mnshglz, 1963. 175 p.
(MIRA 1617)
(Screw-thread rolling)

PTSAREVSKIY. Moisey Isaskovich, kand. tekhn.nmuk; SHNEYVER, Yu.G. ,
kand. tekhn.nauk, reTienzent; VAKSER, D.B., dots, red.;
VARKOVETSKAYA, A.I., red.izd-vai BARDINA, A.A., tekhn.red,
[Rolling preolsion threads and splineal Nakaty-vanis toch-
nykh rez:b I shlitsev. Moskva, MAshglz, 1963 175 P.
(MIRA 16 61
(Screw thread rolling)

'0 :09 as* or W,
*so fee* 0 0 0 0 0*0 : : : 0 :;-#*Mw
00060-
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L A A P, I I 1 4 T . s I T ICC 0 U

Urdiode of dVV*rn3t dirlerminewn of The modub of
ttastichl &ad ngiday to at various lemperstwpo
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WN
-4
F-4
CY,
,--~ VmAkwaserime
ID, Stre" Analysis
Steel . Tensile Tests
Olateraination of Young's Modulus and Shear Modalms
at Some Steels in the Tesperature lRange 200 - 6"
Iw 31adlotoohnical Method," M. N. Plearevskly, I&M
Ingrad OrdLer of Imnin Metal Factory Imeni 8163A%
6pp
4
OfttloturbostroW No 3
Gives temperature variation of To=gls modulus
(2),, aboar Uodu1VA 0) an& Polsom's ratio (,Ad far
several types of stool wed in boi2ormaking. A100"
a& l6p*9Tk5
am/Inginsering (Coutd) mkr/jun h8
used Is not described since details vart given
la an Isom of "?Ayodakaya laboratorlya.*
Ink-
4010~,.
16,

P1 "U'PVC,
.Ij
The foil owing is amoni,- di ssertitions f t-,.e in~7 A
Institute imeni Kalinint
",;ortaln liaracteristics of the -"lectro-Erosion Proce:~s and Its
Influence on the Characteristics of the Miaterials BeinC Processed."
February 1950. The first section or the work is a study of the influence
of di 'Pfarent factors on the course of the process. Practical results of
the study gave (1) sharp increase in service life of the elecIrodes, (2)
decrease in conicity of bunied-thmut,,h openinFs (3) possibility of pr -
paripg conplex small stamps with the aid of one electrode. The second
section of the work ieals with the study o' the stnict,ire and characler,
i5tics of the sirface la--er of the -ne*al s,ib.',-cted to ele(-tro-,F,-osior. rro-
-.!essinr.
510: M-100, 28 Par 56

ouq -Industrial Processes
Author Pisarevskiyp V.,H.
Title"' Ultrasonic slotting. solid., witeriala
Stan., I, Instr, No. 5,, 16:- let may 1954
Ab Princ'it',Ies',of the ultrasonic m.ethod'o'i'slottlI~'g~s6lid materials are des-
6tra et i
cribed together'Vith the exnarblenl.al in'Aallation used In demonstrating
thii Methodo. The subject mei-hod ren'rcsents_a,varAety of the conventional
di f reri V AM . more satisfact )ry result s.
grihoing method"tut offers.cnilrely n
The ultrasonic slotting thod uncovers:'ow technoloizical Possibilitiou for,
no n
tile machining of hnrd brittle materials,-eot,vacially dielectrics, and can
a -lied in ,iuch - f iIds Zhere el"atro-eu-ision and anode-
be. su 6-- ssf W I y ~ tip 0
m6chanical;treatinenLs are. inapplicable. Drawing tabl.e.
:`-Institution
Submitted:

112-1 -~'TZ'9
Translation from: Referativnyy Zhurnal, Elektrotekhnika, 1957,
Nr 1, P. 330 (U3SR)
AUTHOR: Pisarevskiyy, M.M.
TITLE: Machine Tool for Ultrasound Machining of Brittle Material
(Stanok dlya ul'trazvukovoy obrabotki khrupkikh materiaiov)
PERIODICAL: Tekhnol. transp. mashinostroyeniy&, 1956, Nr 1, pp-41-43
kBST4CT*. The machine tool Is designed for the preparation of grooves,
and round and shaped openings with dimensions up to 24 mm.
An experimentaltable of velocities of machining certain
materials is presented (for ex. glass is machined in 0.7 min.)
to a depth of 7 mm with an instrument 6 mm In diameter.
Drawings of details of a magnetostrictive head are pre-
sented. A standard TY-600 type repeater amplifier may be
used as an electric generator.
M.G.S.
Card 1/1

ua [I:.

DAO-~kh o.lv,
117 01 1
41, 3,
for

th"

4.0

PISAJMVSKIY. M.M., kandidat teklinichaskikh nauk.
___
Ultrasonic machining of brittle metals. Yest.mash. 36 no.10:60-64
0 '56. (KLRA 9:11)
1. Leningradskiy metallicheskiy zavod.
(Ultrasonic waves--Industrial applications)
(Nachine-shop practice)

FISARIVSKIT, M.M., kandidat takhnicheakikh nauk; TWUSHOV, A.Y., inzhener.
Determining the cavitation resimtance of materials vith the aid
of a magnetostriction vibrator. gnargomashinostroenie I no.9:IP-19
S '57. (MIRA 10:10)
(Katerials-Testing)

FIME I BOOX EXPLOITATION SOV/5460
LvnInZrndnk1y metallicheskly zavod. Otdol ZckhnIchesko7 Infor-matell.
Nekotorwe vopruoy tekhnoloril prolu'vodatva turbin (Certain Frob1cma
In Uw ::nn,ifncturc of TurbInca) 1:oncow, 1:a:ihgIz, 1960. 398 P.
Or.-Ien: Itn: TruCy, v4T. 7) Lrrnta allp Incerted. 2,1DO copies
printed.
Sponnorln,,~ Ar,-ncy t R-'.3R. novot nnrodnoZo Ichozynyctva L-nInGrad-
rd7~1nI3tm1.1vnc-~-,o rayona, UprcvlcnIyc
ri'i~:htnoztro:(,~mlya, rnd 1/,ninwndnkly dvazlidy ordona
Lcnina metallichoskiy zavod. Otdol tokhnichookoy inrormataii.
Ed. (Title pn-a): 0. A. Drobilkoj rditorial Diardt Renp. Ed.t 0. A.
DrobIlko, B. A. aleboy, A. P. 1,)yzr,-11, and 11. Kh. 1.',arnikj Tech.
FA.: A. 1. irontorovich; 1,ann,71ng rd. ror Liternture an Rachinc-
D-,Llldlnc: Tcchnoloc;yt Ya. P. Naumov, Enginoor, Leningrad Dopart-
mont, 1:ar)iE;!z.
PuRrczrt Zila collection of articlea lo Intandod for teahnIcal
perzonnal In turbina plants, Inntitutca, planning organitations,
as %:cll a3 for production Innovators.
Card -11-12

Certain Problems (Cont.) SOV/546o.
COVERAGEi The experience of the LMZ (LenIngradBk1y metallicheakly
zavod - Leningrad "etalworking Plant) In the manufacture of modern
large-capacity turbines In presented. Methods for the rationali-
zation of basic tnanufRcturing processes and for the mechanization and
automation of manual operations are given. Descriptions of attach-
ments and tools designed by U-1Z for improving labor produotivity
and product quality are provided, and advanoed Inspection methods
discussed. References aooompany some articles. No personalities
are mentioned. There are 26 referenoest 25 Soviet and I English.
TABLE OF CONTEUTSt
Foreword 3
1. NEW PROCESSING METHODS IN MACHINING
AND A33EMBLY
Gamze, Z. M. (Engineer). The Organization, Methoda.and Trends In
Efforts for Improving the Easy Manufaoturability of Designs for
Large Hydraulic Turbines 5
Cara ,74e

Certain Problems (Cont.)
SOV/546G
Feygin, L. M. [Engineer). A Machine for High-Temperature Frictlon
Testing 353
Dyatlov, V. 0. (Engineer]. Equipment for the Roll-Forming of
[Lagging) Straps 359
Bol'shakov, B. A. The Replacement of Wooden Tracers by Cement
On(sand by Rotary [Indexing) Devices 362
Pi8arevskly, M. M. (Candidate of Technical Sciences], and A. F.
;ier-ashov [Engineer]. Magnetic Holders for Small Instruments
and Parts 366
Dodzin, L. I. (Engineer). A High-Efficiency Method for Grinding
Complex-Shaped Master Forms 369
Sazonov, G. A. Practice In Using the BTO-1 "Fogless" Spray Gun 374
VI. PRODUCTION CONTROL
Card 11112

S/124/61/000/009/034/053
D234/U303
AUTHOR: Visarevskiy,
Tl=,: Design of transition rod-, for ran-netootriction vib-
ratora
1'ERIODIC,%L: Referativnyy zhurnal Iekhanilca, no. 9, 1961, 13,
abstract 9 V99 (Tr. naucluio-telchn. soveshchaniya i1o,
izuch. rasseyaniya ener-ii pri holebaniyaIth u.?rugikh
telw4r4iyev, AV.' USSR , I () 53, 54-09)
Fre4 longitudinal vibrationn of rodo of variable
cross sections with free ends are coiiaidered. Ihindamental functions
and characteristic nuWbers are found for the folloiAng types of rods:
11rismatic, conical, rod x-rith cross-sectional area varying accordinz
to a linear law, rod with a croso-sectional -wea varying accordir,4,,
to the law of hyperbolic cosine, rod irith stepped v,zriation of the
croGn-section area. Ratios of amplitudes of vi~)rationa Of 01-VI GQC-
tions of the rods are found. Free vibrations of the same rods with
--Card 1/2

S/124J61/000/009/034/058
Design of trantsition rods... D2.54/D303
an addition in the form of a rod of constant cross-section arc in-
ventigated-. The results obtained are-zbnaected with the require-
ments for designing transition rods;for ma tost iction vibrators.
Z-Abstracter's note: Complete translation
iA
Card 2/2

PISARXVSKIY, M.M.; TRUSHOV, A.F.
Portable mechanical tensometer. Zav.1ab. no.11:11P-4-11R6 '59.
(MARA 11:4)
I.LenlngradskI7 metallichookly zavod Im.Stalins.
(Strain gauges)

I 1 6 w
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-1
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1-14 g~jvul-l) P-V2
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'ATM.@.
IT.% 'a'.1 ;-- !.....tn TV-P-1111. SO wzwrlzvvz_
4:1-0 .1-al J~ A.rip..0 - m. I '6..UMxrm
U. PuT.Im.-H -T_~Itp J-J -3-41A J.
*I ..c J. ..c3tim
j-J %.-dmbs 6~14
I"
-7-2
f-d-9.9 .--"*JTAN
--rv 91 ..6 ... wd Omni
-4.1, VTj jai
*jjv:.AA.-Tv%_ .. r~_W%T~ J. 1..Jjo G'U -.0120.
F~ m-," pjw j~ ?vTu%m_ ~2 J-j T%_"jjj" Jo off. dKra m
P~ 1.0,~d7b. T~.ovjlr- Jo u lidliamov ~1 - ITuT" PO"SCJ 61
WT %..I %V Aj3:t4n .1 .. I_X'" J. ." W, .0 ...... J~a UsTm
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J.J P-t-wl al M-.Q 6TA" 'Zoadma
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%~Zw.%Tj joj ra *uTVTI-WN ~;-TM.172 'C*A I'M 'W0-4
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9;&Vv AT~s MAzutraw"
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Zptiwg.d~d
Or" /ACG SOUV43074m NDOB I

FISMVMM, MA.; TIRkSHOV, A.F.
Magnetic sockets. Stan. i instr. 30 no.2:37-38 7 '59.
(MIRA 12:3)
(Machine-shop practice)

PISARNVSrrY. M.K., kand. tekhn. nauk.: YMSHOV. A.F.. inzh.
~
Determining the elasticity confitnnts Of AUSItenitic steel. Inergomshl-
nostroenia 4 no.9:47-48 S '58. (Irm 11:11)
(Steel--Testing)

-A- AL
.40 K1
so W mbe -00
9,14 4at 1017) ~vr~~
00 a
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.00
coo
fee
coo
I I OW0 . . . . . .
NIP op at 8 a 0 a u a
0 0 0 OLD 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
a A a a &&&&&Oboes 000 0 0-0 goo 00040000

PLSAMSKIY. M. I., inzhenor; ZAMI. T&. I, , inzhener.
UniverRul semi-automatic thread-cuttinE machine RN-24. Vest.mash. 33 no.
6:56-57 Je 153. (MLRA 6:6)
(Cutting machines)

PM7MT, N.D.; IDUIRATOTICH, V.T.; RABXIN. D.H.; ZVONOV, K.L.; BOVIN, A.I.;
GEIMIMODDR7. N.G.; OLKSHMV. Tu.T.; SHASKIN, A.Ta.; KRAKERW, P.L.;
XHDDZHAYEV, A.I.LPISAUVSKITL.,M.S~
Automatic welding of aluminum alloy products instead of manual are
welding with a carbon electrode. SurXestion by H.D.Portnoi and others.
Prom.energ.11 no.4:21-22 Ap 156. (MLRA 9-7)
(Aluminum alloys-Volding)

MOLMOY, N.
The causes of unprofitablenoBs. Fin. SSSR 23 no.12:68-69
D 162. (MIRA 16s1)
1. Starahiy revizor otdala gosudaratvennykh dokhodav Kharl-
kavskogo oblastnogo finansovogo otdola.
()Q-Arkov Province-Limes tons)

PISAREVSKIY, N.N. I iXMMkMk, T.V.
Equipment for graduating microphones at high levels of pressure due
to oQwWo. Prome aerodin, no. 18:54-64 160. 04IRA 14: 5)
(Microphone)

3042)
8/058/16 1/000/'009/"/D50
114- 41/ 3 .1 AOO1/A1O1
AUTHOR: Plsarevskly, N.N.
TI=1 Electronic correlatograph for acoustic measurements
PMUODICAL: Beferativnyy zhurnal. Fizika, no. 9, 1961, 298, abstract gzh47o (V
sb. "Prom. aerodinamika", no. 18. Moscow, Oborongiz, 1960, 65-79)
TUTs The author describes equipment for measuring the function of auto-
correlation R ('C) and mutual correlation of acoustic noisoa. The measurement Is
performed by means of a device which carries out the followin~.operations: delay
of one of the signals relative to the other by tim*77; multiplication of quantl-
ties corresponding to ordinates of the curves of processes being inveatigated,
one of which Is shifted relative to the other by time ^Cj integration of multi-
plicatidn results between the limits of a sufficient time span T; normalization
of R (C). The relative shift of signals by 15-150 maec in the range from 100 to
3,000 ape is brought about in the described correlatograph by means of a dagnetic
delay line constructed iA the form of an attachment to M33-15 (M-15) tape re-
corder; multiplication Is made on account of the non-linear section of charac-
teristics of the corresponding tubes; Integration - by means of RC-cIrcults,
Card 1/ 3

39V3
S/W/61/000/009/Q50/050
Electronic correlatograph for acoustic measurements A001/A101
Normalization of R (T') is brought about by a two-ohannel amplifier with automatic
amplification control. The output signal of the multiplying and integrating
cells represents a direct voltage proportional to the R (J~ value with polarity
corresponding to the sign of this function. Reading can be made with a d-clamp
voltmeteri howeverit is preferrable to use a-c devices and automati; recorders
possessing a great dynamic range. Therefore, -the correlatograph is provided with
registering cell converting the d-c output voltage, proportional to H ( r) into
-a permitting a further power amplification. Conversion into &-c with a frequen-
:
ay of 200 cps is conducted by means of a vibrator and a selective amplifier with
T-shaped filter. Recording of the amplitude of output voltage in performso in
this case by an a-o lamp voltmeter and automatic recorder of the firm "Bruel and
Kier~'. During rectification of the output signal, in the lamp voltmeter and level
recorder take-a place the lose of information on the sign of R ('L ), i.e., read-
ings of these devices become proportional to module of R (r). A controlled dis-
placement voltage is supplied to the input of the selective amplifier in order
to register the values of the function taking into account its sign; due to this,
the amplitude of sinusoidal voltage at the output of the amplifier is proportional
Card 2/3

30423
S/056/16 1/000/009/050/050
Electronic correlatograph for acoustic measurements A001/AIOI
to the sum of voltages of the working signal and delay. Thus the position of
the recording pen relative to the middle line of the tape corresponds to the mag-
nitude and sign of R W).
L. Pereverzev
[Abstracter's note: Complete translation]
Card

ACC WRs AP6=52o (W)----SOURCR CODis il~~86/65/000/023/0027/0027
AWMR I PijN2M!j!&j V- N-
OROs none
TI=v Method for meapuring the correlation caoffioi*nt for scattering diagrames
Glass 219 go. 176615
W003s' Byaneten' IzabretenW i't0VSx%Ykh z&*ov,, no& 23v 1~65, 27
TOPIC TAGSs corroUtion statiaticap ODC1.110300p% nuclear scattering
ABSMGTt This A%euhor Certificate presents a method for measuring the correlation
coefficient for scattering diagrams. To provide for automation and to increase the
curacy of.the measuring pracessj, the correlation coefficient is detemined on an
oloillograph with automatic brightness control, The total intensition (producod
on the screen) of the three scatterine diagr~%m buds are recorded using photocells;
with subsequent conversion into the value of the correlation coefficient using
functional units
SUB CODEs 20,, 12/ SM DATIs 19X&A
Card UM 621-317-35

PISAR~-IV5?_Y, -;.,
se of Iso -o-re 'a t'~,n - rves In -, f ',ning thp stmctire ,' a :
fields "r, reverb3rati, r. cl.ambprs. Akust. zhur. '~' no. ": _i---IFG 1 '14.
~ "Al: A I , 1: , ~
:. Akusticheskiv .4rstjt-.t 4' Moskva.

FLURBMIT, P.. instruktor-aviamodellat (g.Khabarovak).
With model airplane buildera of Khabarovsk. Kr7l.rod. 4 no.8-14 Af '~3.
(MLRA 6:?;
(Ihabarovsk-Airp lane *-Model a) (Model a-Airp lane e-Zhabarovsk)

85 -8- 2,'l 8
AUTHORS: Pisarevskiy P., Pisarev, P., Shcherbak, A., Malyshkov,V.
TITLE: Please, Mother Country, Accept the Gifts Your Winged
Sons Offer You on the Great Anniversary (Primi, otchizna,
v chest' velikoy daty podarki ot synov tvolkh krylatyk-h)
PERIODICAL: Kryl'ye Rodiny, 1957, Nr 8, pp. 2-3 (USSR)
ABSTRACT: The article consists of four signed letters from various
parts of the USSR, and one unsigned reporter's note
from Moscow, all glorifying various recent achievements
of the local sport organizations. The only information
of possible value is contained in the letter from Len-
ingrad: Students A. Avilov, M. Kor8akov, and 0. Alek-
seyev, and Aspirant V. Bokiya, of the Institute for
Building Aviation Instruments (Institut aviatsionnogo
priborostriyeniya), are said to be working on a system
of small-size radio equipment for remote multiple si-
multaneous control of aircraft models; crystal triodes
are used. According to the author of the letter, the
construction of the equipment is almost finished. The
letter from Khabarovsk, signed by P. Pisarevskly, a
Card 1/3

85-8-2/18
Please, Mother Country, Accept the Gifts Your Winged Sons (Cont.)
in the Methodology of Training at the Young Technicians Center
of the Kabardino-Balkar ASSR, extolls the success of a com-
petition of high school students of the Republic in aircraft
model building. One photo. The unsigned reporter's note from
Moscow relates a record glider flight accomplished by A-Teplykh,
Pilot-I.astructor in Gliding at the Central DOSAAF School for
Gliding and Helicopter Sports. The pilot is said to have
covered 310 km in 7 hours of uninterrupted flight. The flight
has assertedly been attempted to celebrate the 40th ann1ver-
sary of the October Revolution. One photo.
AVAILABLE: Library of Congress
Card 3/3

Subject USSR/Aeronautics AID P - 3599
Card 1/1 Pub. 58 - 16/26
Author Pisarevskiy, P.
Title Students of he aviation technical club of Khabarovsk
Periodical Kryl. rod., 11, 19, N 1955
Abstract The author reports that the aviation technical club of
Khabarovsk is equipped with laboratories for aircraft
modellers. Some names are mentioned. Photo.
Institution Aviation Technical Club of Khabarovsk
Submitted No date

PISAMSKIYP S.S.; LIKHACHEV, U.S.
Air-awoonia drier for ceramic shells. Biul.tekh.-ekon.inform.Goo.
nauch.-isslAnst.nauch.1 tekhAnform. no.12:26-27 163.
(MIRA 17-3)

IIATATIYBV. Pavel Ionstantinovich. kandidat takhnieheskikh nauk: PISAREV-
SKIY, T.M., doteent. kandidat takhnichookikh nauk, r9daktd'?7------
VRkNW9-.V.2., re&aktor-, OSTRIR(IB. I.S.. tokhnichookiy redaktor
(Concrete work) Betonzwe raboty. Moskva, Toes. uchobno-pedagor.
Isd-vo Truireservisdat, 1954. 222 p. MRA 8:5)
(concrete constraction)

?-0ZO:3KM , A.A. ; '.V: --~A';, A.S. ; i , V....
!'jb~i iaborator ,i fc,r ~,f~ ~ - - : ;, vol t i pFA *, J r, ,, .- -9 *. -)
canpr(-.,;sor macninory. Gaz. iul( I (P-1 ' " u..
('':..A ~ :, ,
1 . Aos k ovs e-I y o r-ae na T ru . (~ ~ cgu r,,r asnogo Zname i. ~ .' n-,;,.,. t, i t
mf ~ f techi rni c ne s?c oy i ea zo ~: uy ; r.,r, y n.~-l t, nnos t i L:7.. a it t - . , ~ t)K,, na.

VLAPI ISLA VIZV t A.S.; A.A. A-;.; i I~Ollkll- ly
KHACHAWRYAN, S.A.
Phynical motle I g of tre pressi.re vi,-ratl,~nm ;n
cys temw. Ga?. du 10 no - 1: 14- 1" '65.
(.1111-I'A iP-f
1. ti)skovskly ordena Trudovogo Krasnogo 7narr-,eni InstItut
neftekhimicheskoy i gazovoy promyshlennosti im. akad. Culkina
i Voesoyuzny), zaochnyy politekhnicheskiy Inatitut.

PrJABRVSKU V-Ye-
LIBEDIT-EWIN, YU.N.; GUTNERP B.N.; ~ ; TWIN, A.B.;
BARABASH, L.Z.; KURYSHW, T.S.; NOISETU, X.I.
Accelerating units in a proton synchrotron and the system of
high-frequency voltage supply to them. Prib. i tekh. eksp. 7
no-4:94-97 JI-Ag 162. (MIRA 16:4)
(Synchrotron)

s/ 1 -, L)/62/ooc,/oo4/o I o/c,, 7
E192/E362
Yu.~.. , (lutner, U., -:Pisaxoyul~iy,
Barabash, L.Z., 1,.urysiiev, V.b. -mkl
;.C)iseycv, A.I.
i LF: .-110 ILCCIoi-.Ain,~ olvi.ionts of' tno ,rotmi
of their Iii_-h-froiuencY fee(!
P r i oo r y i t c k tin i ka c, k b p e r im e n t a , n o . I
97
r E-~T lie do!3criptlon, principal chriract cristics trio
re!3ults k)f t.ic control of the ii.f. acceleratinZ Syster-.1 0:- t,.iV
7 :,-,cV pr-oto;i cyclotron are reported. 'rho acceleritiri.,, c: e:., e ii t
arv in t,,c form of (drift tubes s;tuntod in 11
ma t: lie t S .':,.-,cli of the 11 cloctrodc,!~- 15 1'ed from a Se*I,-.l-.itc,
SN'Stern :' hi,-,Ii-fre-juency amplifiers consistiu!! of a St". C
Alrit,oL)aii,! iin7ilit'ior -ind ari automatically-tunOd ro-sonance
The 11i'Llct.1rices of' tiie resonant circuit i-
9 e!; ar c i n t.i e f ori-.i o f co i I s fi t t ed wi t Ii f err 1 t e c o ro S .
t a, I
-i.-
ip I i , %i e o f th e h i j; Il - f r equ enc y fi e I d a If eac h ac c e I el- a t i il
electrode is 2.9 kV + 101, over the frequency ranZe of
Card 1/-

Ne tit c, e1 or.)tin~: eic--ncnts ....
'i ~,, .hi ft bet ween the our vol
:ic 1). se-s.
an t-..0 C11.1111.01r. is less thall 71t.; 7hc, Overall po.'01'
by tiie su~pply tiy-stet.i is WO 1,VA. :Iv usinb tune,, anipli',iLer-. i:.
t'ie out pl;t stn~;Cn t!lc 110%,or conswn ')tioti was redLiced by albout
56 as coinpared with a nun-tunc,~ amplifier,
""'Icre L~vc :t figures.
Kj March ~-'9 , 190Z
Card -/"-,