SCIENTIFIC ABSTRACT PISARENKO, N. N. - PISOREV, V. D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001341020015-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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YABIAX(VA, T.B., kand. mid. nauk; PLSARENKO, N.N.; kAM11MOVIk, N.r..
I
Improved methodology for the detarmin-1.'on -)f tf.e v,.ab. it.v
of Lne BCG vaccIne. Probl. tub. no.i.:'~-77 164.
(Mik;,
1. Laboratorlya protivotuberkuIeznykh prelviriv,ov (viv.
moid. tviuk T.B. Yablokova) Kontro''nogo InvLItutA lineril I.A.
Turnaevichei 'direktor - dotsent I.F. Miktiayllov) I MovKov:4K,Y
muchno-issledovatelinkiy institut epldeiiiullogii i M'K?-',I,-(-.
~d',reKtor 5.1. Didenko).

4COESSIOW 8 UR/0016/65/000/004/0131/0136
RR#. AP501128
R" Piasrenkos_ N& _N
AUTH01 Rozenbergi A. M,;
TITLE: Golden hamster as an experimental model, for the: 8 tud-y Of
tuberou2bais and antituberculosis vaccination
SOURCE.of Zhurnal miltrobiologiij opidemiologiii immunobiol6gii)
no. -136
-4, 1965s 131
TOPIC TA_GS*4 hamster
c op immnology
tuberculosis, vac in
ABSTRACT: In aseries of experimentsp golden hamsteraj- white mice
and'guinea pigs were immunized suboutaneouslywith 0,01 mg doso..; Of
BCG vaccine to compare survival and multiplication of the Calmette-
Guerin bacilli in organs and lymph nodes, Groups of ~ animals were
a'tperiods of 7 to 390 days following vaooination,'~Histologi-!
oal:-examination of the spleen,, liverp-lungs and lymph nodos,, and
growth of baoteria1colonies in,aulturos taken from the inmla
an
servod as indices* Additional experiments~wemconduoted to test
the-specific resistance of animals-to~subs.equent,,vlrulent
show th
tuberculosis.infootion. Findings at Calmette-Guerin bacilli
Cam 1/g

L 62633-65
AACCESSION NRa. AP5011288
golden.1hamsters, in
)are found in the organs and lymph nodes,of
loonsiderablo numbers.during-the 390 day observation period.
'Multiplication of the bacilli-is,mbre Intensive in'golden hamstera
than in white mice. The goldeft hamster ~ also displays' high specific
jir=unity to subsequent tuberculosis infection The present data,
rimental model
iindicate that the golden hamster may be.used'-as an expe
'for atudying,problems relatingto antituberculosis vaccination., and
for. ~studylng the' survival of various BCG substrains and attenuated
'tuberculosis strains. . The rapid rviltiplication of bacilli in tile
Ihmnister permits the use of minimal doses which in turn facilitates
,differentiation of trains. 'However, the hamster Is not nuitable
s
--L .1for the study of allergic skin reactions bocause of fail,~re to react
-BGG-t st&-.----.Orig-.- --art *--'-has-* s 7,and- 2 tablos'
F'IASSOCIATION: Gosudarstvennyy kontrollnyy institut ineditainskikh
~biologichoakiich preparatov im.~L. A. Taranovloha-,(State Control
Thatitute at Medical Biological Preparations)
SUB CODE: Ls-,
'SUBMITTED$ 03-Tan6 RENCL*# 00
"IV
1WREP SOV 001 OTHER'. 013
COrd ;2/2 LUZ,

L 1138h-67 EWr(l) SCTB DD/GD
'ACC HRj AT6036508 SOURCE CODE: UR/0000/66/000/000/00130/0081
AUTHCR: _Dgyanov, P. V._-_Ber kin A. V.; Flisarenko, N. V.; Slesarev, V. 1.
ORG: none
1TITIE: Prolonged hypokinesia as a factor altering the functional state of the
cardiovascular sysCem in heA-thy humans (Paper presented at the Conference on Problems
of Space Medicine held in Moscow from 24 to 27 May 1966)
SOURCE: Konferent3iya po problemam kosrrLicheakoy meditainy, 196f). Problemy
kosmichoskoy meditsiny. (Problems of space medicine ); materialy konferentsii,
Moscow, 1966, 80-81
TOPIC TAGS: hypodynamia, isolation test, cardiovascular system, human physiology,
space physiology
ABSTRACT: 71,e effects of prolonged bed-rest (11--fnen) and water immersion
(2 men) were investigated. In all, 13 experiments were condurted on 11
healthy males aged 22-26. The duration of hypokinesia was 10-15 day13.
Tests were conducted to evaluate the usefulness of physical exercise
(4 tests) and periodic compression of the lower extremitLes (2 teatfi) to
diminish the deleterious effects of hypodynamia. Examinations of peripheral
hemodynamics, intracardiac dynamics, cardiac bioelectricity, contraction
capacity of the myocardium of the left venticle, and vascular tonue were
conducted. This involved the use of tachooscillograms, arterial oscillo-
Card

E'1138b-67
^CC NRi AT6036508
Deconditioning symptoms were less pronounced in subi ects who exercised
or compressed their lower extremities during hypokine6ia.
The genesis of the observed shifts is complicated. Most likely, the
inert state of adaptive mechanisms which regulate cardiovascular activity
during transition from one level of physical activity to another if;
responsible. It is suggested that under conditions of prolonged hypokinesia
and decreased hydrostatic pressure, proprioceptive and angloreceptive
signalization is decreased,which leads to a weakening of reciprocal
afferent -e ffe ctor activity. Transition to activity leads to a steady
recovery of these disrupted relationships. [W.A. No. 22; ATD Report 66-U61
SUB CCDE: 06 / SUBM DATEi OOKay66
C,,d 3/3 e9k

IU364-67 6iT(l) SCTB DD/QD
~cc N R-.'-IT60365W SOURCE CODEZ UR/0000/66/000/000/0081/0083 I
AUTHOR: 0 ov
pITAn _,_ P. Galkin, A. Vo; Tl~ S-haludyak?,~p _Yo. Ye..
Pisarenko, No V.; Yaro3henko, Go L.
ORG: none
TITLE: Problems of the selection of candidates for special crows ZPaper prosented at:
conference on problems of apace medicine held in Moscow from 24-27 May 196-67
SOURCE: Konforentsiya po problemam kosmichoskoy meditainyp 1966. Problomy
kosmicheskoy meditsiny . (Problems of apace medicine); materialy konforentaii,
Moscow, 1966, 81-83
TOPIC TAGS: cosmonaut selection, bioastronautice, space physiology, space
psychology, psychophyaiology, cosmonaut training
ABSTRACTi The systematic exposure of young test pilots to aviation or Bpaco-flight
conditions in of importance relative to perfecting methods for selecting pilots mid
cosmonauts. Considering the caliber of professional activity, the
test pilot must be in excellent physical and mental condition.
Selection takes place in three stages: prel .iminary ambulatory sel6ction,
,stationary examination in special medical establishments, and elimination
buring the first months of occupational activity.

L U36h-67
ACC NRs AT6o365og
During preliminary selection, the medical commission was given
documents describing anamnesis data, general and physical development,
and medical treatment in the preceding year. After familiarization with
these documents, nearly half the applicants were rejected due to therapeutic
status or poor eyesight. During preliminary ambulatory examinations,
medical specialists (therapists, otolaryngologists, neuropathologists,
surgeons) analyzed blood, urine, EKG' s during rest and after exercise,
x-ray films of thoracic organs and nasal accessory sinuses. and con-
ducted vestibular and other functional tests. In some cases,
spinal x-rays, pressure chamber exposure, etc.,were conducted-
Rejections during the first examination phase were high. The main
reasons for rejection were ear, nose, and throat ailments, neurocircu-
latory dystonia, and vestibulo- autonomic instability.
During the stationary phase, an expanded program of clinical,
physiological, and specialized tests was used. From 25 to 5016 of the
candidates who had passed the first phase of examinations were rejected..
The main causes of rejection were diseases of internal organs (nearly
half the rejects), vestibulo-autonomi'c instability, ear, nose, and throat
diseases, and spinal disorders.

A(C NR, J%T603~"50')
ti- ~,-cond ph ;.-C 11as
-)n durini, tho li,-st
a res',i- of a nioc(,
rn-6'.o,I,,, of in~.tance, suhi;titu*,ic_-)n of tno
D (Is
tost Nvith ilr varov' s I , t (surnmati(w, of
ve.-tibujAr stinjull uuriji,~ C'ni-io~i., i~ sij~ii,fic.intly
of rtl)ect." '1kit, 1k) V%I ;tjb~J~'Ir At the i_mw tin),,
car, no~,e, and throat rejects were more accurately diagnosed by sub-
Jn(J JJJ.J!tOr,F'![_J(-. (11 y,-,(-h(,v tr,~i
Geras~mov manometers ) L.". J.'I " iIL-'-s.';1-7-f- tests. Spinal X - r'JJ s
_urinf, th,, arribiiiatory phase could riot he juitifjo(].
The occu-)~,tional activity nf a jiurl-,her of I'P
I _anm(ijite. j) r,~ i oco,
changes wliich precluded thf-ir fui-thcr ;)ai-ticyatinn int, ".1 u. , I !,r
rejection i -rom testing work. About U'io o1 the candidates were tounu
to be uns-itisfartory during this phase.
These data permit the examinor to fol-f-1v probable deviati'-w" in
health under occupational conditions riuring the selection phase, 1,-)
evaluate individual methods armlicable to sulection, and to progrnos-~ wot-K
capaz;Ly under the influence of external fa,tors. LrW.A. No. 22; ATD KepoL7t.
66-116]
SUB CODEt 05,06 / SUBM nATEI OOMay66
-Card 31,Vlw-/

PISARF.NKO, S.K., inzh. (L4pningrad)
"ReverseO water supply with an overflow pipe in the hot
and cold water tanks. Vod. i san. tekh. no.8:23 Ag '62.
(MIRA 15:9)
(Water-supply engineering)

VA I --S( V. I. M. ; F~~;ARFNKL . 7'. A.; PANASENKC , A.A.; K A BANOV , V.A.;
UJIGIN, V. A., akademik
Nature of the initiator and the phase stata of acetaidehyde a.
influencing the chemical struct re of macromolecAes formed
r.otaldchyoo i,.Ir i,izat~on. :,ok I_ Ati ',, 11), no. J:r' (, - -7-
I I .'.. (MiRA 17:'1'
. '.'oskov3kiy ~?(,sidars~vennyy universitet im. M.V.Lomonosova.

TUDIN. Yefim Ivenovich; A?DNIRA. Q., Yedushchly redelctor; PISARICIIKO, V.,
telchnichosiriy redektor -
[Founding parts In shell molds) Otlivim detalet v oholochkovye rormy.
Kiev. Gos.izd-vo takhn.lit-ry, 1957. 69 P. (M1YA IC:9)
(Shell molding)

M.., P
irr'
Ole La,
L~'kf~ 90

mkti
~AL~ -z~ irnovak el. i, A. 4
kl*,,, X-ruy e~.,ini:j- -J AgCl,~Ag) AM KkA-
(At) f;LJlf,,J to iii1ir.-ActUr. prizimo! ff Puy Intti..
(rpit ll,ytrs, t n 1. Ll~-r4.
--- ----- -----

AUTHOR: Pisarenko 51-4-22/25
TITLE: Ohle-Fw-ork of Hack&,Kaylo. (Zamechaaiya o rabotakh
Hackskaylo.)
PERIODICAL: ".Optika i Spektroskopiy 11 (Optics and Spectroscopy)
1957, Vol.2, No.4, PP-538-539 (U.S.&R.)
ABSTRAM M. Hackskaylo and his co-workers (Phys. Rev., 87, 789,
1952); (J. Chem. Phys.; 21p 1434, 1?53); (J.Chem. Phy8, 21,
552, 1953); (J. Chem. Phys., 23, 1363t 195~) describe meta-
stable NaCl crystals obtained ',,y additive colouring and sub-
sequent electrolytic treaWgnt. Such crystals have low den-
sity since they possess 10-LI pairs of vacancies in I cm-3.
Their absorption spectrum has two weak bands with maxima at
W, = 226 mA* and W2 = 285 m,4,4,. On irradiation with X-rays
or ultraviolet light these crystals become Woured with
stable F-centres whose density may reach 10 cm-3 and their
ultraviolet W-bands are partially destroyed. Chemical studies
have shown that metastable NaCl contains free Ma (lol7 atoms
in 1 cm3). Hackskaylo et al. regard the formation of vacan-
cies of both types of ions as responsible for all observed
effects. The present author agrees with H.F.Ivey(Phys. Rev.
88, 1434, 1952) in regarding the Wl- and W2- bands as iden-
Card 1/2 tical with the V-bands not only in NaCl, but also in

Koaakin, 2o-4-16/6o
TTTLE: Ph,!nom,~na hithin tne L:.lectrode Region in Alkali Halide Cry!3ta-
at High Temperatures (Prielektrodnyye yavieniya v
galoidn,7kh kristallakh pri vysokikh temperaturakh).
PLaIUL ICAL: boklaay Akad.11auk 55.~Itq 1957 t Vol 1 15, fir 4, j+ . 6)5-rj,)5 (US11ri,
kBSTRACT: The investigation of the optical properties of the rec;iun near
tile electrode oi crystals during electrolysis iB uf great inter-
est. The authors investigated samples of NaCl-, KCI-, KBr- ar,a
KJ-crystals. Th- largest surfaces of these 12xl5x5 mm tjampledUe-
re polished and then electrodes of a lo~"thick aluminum foil ward
tightly pressed to them. The symples produced in this mani.er we-
re heated to constant temperatures bet%een 45o and 6ooOC and ex-
posed to a constant electric field of 5o to 400 V/cm for some
minutes to one hour. In this connection the folloving was m8aSUrv
ed: the intensit.X of the current passing through and of the in-
verse current, the potential difference at the anzjhcrtened sam,lf,-.
The variations of amperage and field strength iii time are ii-ist-
rated by a diagram. These processes hay be subuivided int.. tw,
phaaesi Ili the first phase the amperage first decrease-,; ai,(., nt-f.
remains constant. The i..tenaity of the inverse current ar,U tfie
Card 112 potential difference at tile ends of' tile unshortened f3am.,e it*,ttii

A" THOR: Pisarenko, V. F.
20-5-13/54
TITLE: Conductivity Variation of Potassium Bromide in Strong Fields
Within a 7~czperature Pange of 300 - 4500 C
,Izmenerii~e r(-vojiir. )!il.i KBr v .911'nykh polyakh v
oblasti temperatur 500-4-~Oo~.
PERIODICAL: Doklady Akademii Nauk 335R, 1957, Vol. 11), Nr
pp. 898-900 (UStiR)
kBSTRACT: The author was able to observe a considerable k1OO - 100C -
fold) increase of the c nauctivity of heated monocrystalline
KBr-samplea without coloring in relati*1ey strong fields
(1000 - 10.000 V/cm). On this occasion no dendrites were
produced. The method of inv,stigation has already been
described formerly (M. S. Kosman, V. F. Pisarenko, Dokl~,,i~,-
A.kademii Nauk, 10"7, V-:,l- 111- Nr 4), but for the
protection of the sample ariinst breakdown a "dLm 'pinF
resistance" of 10 ~,hm waswitched parallel to the qa,,D~lc
in the present instance. An increase of conjuctivity
could be observed between about 500 and 4500. At lower
temperatures the dendriteg in the samples grow and at a
temperature above 4500 the samples become colored. The
CARD 1/3

CoadwUvIty Varlation of Potassium Bromide in Strong Fields 2(>- 5-13/ 54
VIMWA a 2MMerature BMW of 3W - 450* C
change of time of the conductivity of the sample at a
constant temperature and voltage is shown in form of a
diagram. Conductivity remains constant during a certain
time and then increases from a 100 to 1000-fold. On the
occasion of the change of the direction of the field,
conductivity decreases within a second to its initial
value. Passage of the current through the crystal leads
to the destruction of the anode, but the cathode is not
used up. The volt-amp6re characteristic for the crystal
with increased conductivity represents a loop-like
curve which is not reproduced on the occasion of the
repetition of the cycle of voltage change. The crystals
with increased conductivity posses different properties
than the initial crystals. The domain near the cathode
is colored in a layer of about 10 microns. The
corresponding absorption spectrum contains F-, M-, U-,
and V-bands. These and other phenomena discussed here
can be explained by means of the mechanism of electrolysis,
CARD 2/3

--, . 1.1-1-1 .-1 -1- -
KC), V. ~ . cftroj ;,r~ya-~Jj,tj ZOj -- "Cert,i i r: sj) P-trtcA 1 1, !-,, .
opticfil projertips of alknli-haloid arysti Is." Le,~ , I ~ o., .I j,~ -.1,
E&wntirm RSJ'OR. Len otEite 1,e(1 LIst im A. 1. 3ertF-9a. Chm ir of ~;P-.erFA ,
Physics). 1A) c0; ies (KL, I-! -,, 11, ;~
-11-

68189
30V/'_)8-',9-'1 - 1086~1
Translation from. Referativnyy Zhurnal Fizlka, 1959, Nr 5, P 137 (USSR)
AUMORS Kosman M 3 Pisarenko, V F.
TME Phenomena Near the Electrodes In Alkali Halide .:.aits at HI&O -Imperatur
PERIODICAL V sb Fiz. dIelektrikov Moscow, AS U&M, :958. pp 89 - qi D., ~ ku
p 914
ABSTR A OT The authors studied the absorption spectra of single crystals of KI.
KBr, KC!, and NaCl which had been subjected to electrolysI5 at 450~ -
60C)OC in fields ranging from 40 to i(k` ~/c-n They observed two pha~-5
of change In the current passing through tMe sample the first phas-
was an insignificant initial decreasr- and subsequent stabllizd!lon of
the current, the second phase was ar In-reas- cf current, conne-'-_
with a :oloration of the crystal V - V4 - and V 3-ban-is -! we-1k
Intensity were del.ected In samples 19a; had'undergone th,~ f irs, ph.foz,
of change in current in the region near the cathode, After the ay-
nea- ILhe ?atliode nas been abrased to ii 1.h I ~, kn e ss o fmm t
spectrum of the :rystal 007=es Ideri1cal wilh the lnltla~ spe,trum.
Card 71he spe7*r-um 1-f samples that have underg:)np he second phas,~ of _-har,,we

6 9 V, 9
3rjV/58-59-5-10862
Phenomena Near the Electrodes In Alkali Halide 3alts it fligh Temperatures
in current consists of M-, F-, U-, and V-bands, When colored samples a-re switched to
a circuit with a galvanometer at a high temperature, they deliver 10-4 - 10-3
coulombs/cm3 into the external circuit, In this connection the color departs from
what had been the anode, and the samples become decolorized. The spectrum of de-
colorized crystals contains V- and U-bands, The emergence of V-centers can be ex-
plained by processes that break out in the thin layer near the cathode and on the
boundary between the colored and uncolored parts of the crystal. (Pedagogich,in-t
im_pertsena, Leningrad)
V. Lozovskly
Card 212

AUTHORS
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TITLE D g q c
and A A
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PERIODICALt '
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ABSTRACTs V
B. F. ~3arerk
.
and A A, V, - c e
of thc tre-Lkdown c, f 'I :c K S .1T
,:t,arFe wail r it! i o r
m fin rpi
i ri or .a.,,,va

C&rd I Vs r~ 0 f aK
S' 9 W;I-

DiscuBaions on Le-tureq ty
and A. A. VorWyf,,;
Ye. A. Koncrova
k,rove ~ie z;,, E, ,ir
r ~~w
Thp
0r,
T
M MU T
be t T .9 W.. i 7
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Diacussione on Lect~.;req by: ~- k J raV i i, A V G V .~ V4
and A. A. Vor~,b'.~evj L A, aorl,,~Ir,a ir,-!
Ye. A. Konorova, V. V. Krasnopevtgev rind Jizinm.,i
breakdown proves to be of ir,tereg, T ~; e a, T rc e n,,: i n
authors regardinF tt,.i -,lrcl, lem aTe tc t-e i 7~-d
h e d c a 19 w i t I i a u m e e xr ', mo nfs o w r)
There is I fiFure
AVAILABLEt Library of Congres,3
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Card 3/3

(4"
AUTHOR: P~sarenko, V. F.
TITLE: Repl.3 to L. M. Shamovskiy, L. M.Rodicnova, G. A. Sidorenx-3,
Yu. N. Zhvanko Otvet L. M. Shamovskomu, L. M. Rodionevoy,
G. A. Sidorenko, Yu. N. ZbVfLnko)
PERIODICAL: Zhurnal fizir-heskoy khi-mi, 19~8, Vol 32, Nr 11, pp 2646-2t4-
(USSR:
ABSTRACT: It is ~,-,irited o,,~t that :-, the paper ~Ref 1) and the .'etter
Ref 2" there are two e83ent-lal contradictions. One referg to
the annealing temperat,re of NaC.' and NaC1',',Ag)' crystals, wnere-
as the ctner is 'o te fcand in the data on the sample ea-
ses. True -_ t~s fD-,,-,d tnat tne data in reference ' and :e~-
erence 2 Ic nct agree Wit.,. re3peat t. the ouBervations malie
in the paper 'Ref ' )' the fol lowing is found: The spil tt njF,
the Laue liitgramB is sarr.F-d out by a primary extinction
which Jup to ex:sting impurities In the sample (disturban7e
the idea, 'atticej .9 considerably decreased. This is a1sc the
case in an somorphouB "introduction" of "impurity atoms"
into the tas,.- 'atti.-e, 'his may be seen by the example of tne
Card '.2 raJioFraz of KJ-KBr in tne paper '.Ref 1). It 'is assumed that

Reply to L. M. 3hamnvmic -. yL. W. 'I,!, -Xlov a, G - A. 31dorenk o , Yu 11. Znvarm[r
the au! m Drq rpent; onei ~r. trip t~~ t lc observed a primary ext. -:- *, . -,r~
i n thp rk Rvf ', r.A that they did not realize it as s,,; - n
In anote by tnu editors a new paper by L. M. Shamovsxi,,
'V d lin I A . S 1 U B hk -- v az ve s t I y a 0 3 SSR 1 5
f17"ch. ,,, , .- " fl 9 Po I T1 ted -114 t .
There Fire ' " ,, - - ' - ! - q
SU BM I TT ED: 14, v -m ~ -4 rki
Card 2,2

Translation frorr.: Referativnyy -.'-hurnal Fizika, 1959, Nr 9, p 146 (U3SR)
Al Mi, H: ?13arenko, V.P.
T i'7 of '.behavior of AiKftli-Halide Crystals In ti-ong F.e,,tri,,
;;Ie.dz, at T-mperature~; of' to 45UoC
1 "j, 'A: -r.. za; Len Ingr. go~;. ped. in-ta im, A. I . Gertsenq,
7: The author reports an the results of studying the irreversible in,:~rease
In the conductivity of ~Iir when samples are kept a long time In strong
electric fields at e.-evated temperatures (this phenomenon was observe,~
earlier by 3hefer In the case of BaT'C)3; cf. RZhFiz, 195~, Nr j,
I 3ome ii6pects of' the formation of dendrites In NaC~, KC. and
I ~-, 35) .
YJ3r are alic d1soussed. .3amples with dimensions of r,, -
were 1-rlcKe,, jilt aiong the cleavage planes of single crystais grown ty
the Kir(ipo.us -,,ethod. The following quantities were measured: '~!,e
r.raFnItude of the ourrent through the sample, the voltage on It, t:.e
reverz3e -,,irrent, the temperature of the sample, the time of e.ect:,~,.y~ '.z;,
'vi,l t.)je :1.,,trlhution of photoconductivity. The measurement.: we:,-.-

SOV/58-59-9-20516
Peculiarities of Behavior of Alkali-Halide Crystals in Strong Electric Fields at
Temperatures of 3~ 50 km) and shallow (with foci within the cai-th's crust) earthquakes are employed as
Card 1/2

A4e-14---AT 603369 6-
I - L-11t osci,,atior, "r~:(, ~ I
the *,earning material. Four parameters are conswerud, (a r, Lie rc V"01
P--,N-aves, apparent oscillation frequency fSM )-N%,LVUS, t111W tn i ax between first arrival a-nd
maximum amplitude of P-v.-aves, ratio A,,/'jV 1) b421WOCU MaXIMUM anipliluLie uf 1' waves anu
mean amplitude of the "background" of oticillations in tl~e interval between P- and S-%%-,Ive
groups),of which two (fS and fi)are iuiked by Imear correlation to a correlation factor of t1,0
order of 0.6. It is sho%%m that this correlation may be disregarded without detriment to sound-
ness of disc rimination, i. e. to percentage of erroneous solutions. It is estimated that,
with respect to the characteristic s considered, deep earthquakes can be correctly distinguished
from shallow earthquakes in 67 - 3% of cases, Orig. art. has: 6 figures, 6 tables, 16 formulas
SUB CODE: 08, a 12, 09.gp/ SUM DATE: nono/ OIUG REF. 007/ OTH REF. 003
Card-2/2

t,03 P
boo (32411 laql, 116 1)
A U 'I"if C:I S Br-k huvsK i k T T. t :.e A,
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T' . TLE - Vprti,al P.- f.1- f rl I P- pi; Y-7
PER1,-- ~1 CAL! D,)k I A V, ~i 1--m N
TEXT: The authcrs i,"*m mt,
ir. iepen ience .- f the dei
i.stic points" The or,paf~ le;,toi is i i,~ i i "rth,!. im:
taKi ribZ the i r V hy 3 i ca I ,nd herr. i , a ,,,ar U~ e S t s, i n 1, - q , ir.
2urve whi : h - tiara - te r, zs7,6 !,e mu t u a de pe~, le,i s,,r, . vf- : .
depth is a~pr-~ximat-l i t r- o k,,:~ no w ri-, ro I ~~p ~--. 17 1- -A n
q tan t wi thn e Fict- i r.,i d- I ri Y 7PIr 7
ocean dep th Th Sh #-n t T; t 1 1, 1
t I , ;' ,
p,~ints in tfie --z m,, r wn
Z-7
are determ. re I By I:. 'ILP ~j 7- '1., a am
a i ne r.: 9 , r. ne T -j r. t

86038
V-- r't i c :il Pr,-f i 1 S r, i f ft P,
Ve I ~jc i ty i ri the ear,
wh en I ti er s N
a d v ar, thr, i t
The au tti- W-1 rP FiL i t, i (I e t e r-,.,~ . ri f, w
I" * I . -e f, j N r t n -
the s,-,n i v#? ;I J ew z
-ow !t r m,Gu '. fat r r, T-. ~i n r
r1 t f i vo v Th- Lat)i-a -in i cie
t i on ty pe i r, I r" v a I o rl f I I- r I' i
d s t ri bu t *. mi ty pe q, T -i -a ~i s h it, k y ~l a h' v
N P Mar-K va . arid IN A jrhirr), vu ht~ -'i rl T f.,-
O'k, 3u da 1-'i vn k -, rin~),7 t-" f i ho t; k i ri:i t i * ki t
gral h~ ~ , tri-n t onf, A Li,wf,rid I F ~r A i s t It r
v ot y r . b u t 1 TI L r, I
I- V.`I- e I
A.,_',X' 1 A I _N A Ax :-i. X if
- A c' I lit A~ a
S'~BM:TTED: A
"!t r I '_ ,

. I , (19
S/109/61/006/004/60/025
4,. EI-40/EI63
AUTHORt Pisarenko, V.F.
TITLEa The detection of a random signal on a noise background
PERIODICALt Radiotekhnika I elektroniha, Vol.6, No.4, 1961,
PP. 514-528
TEXTi The author considers the case where both the signal and
noise are random processes. Previous treatments of such problems
have studied the values of the procons observed at discrete time
intervals. The detection characteristics have, as a rule, only
been obtained in explicit form where the values of the observed
process at the times of observation could be considered indepen-
dent. The author attempts to solve the problem where all values
of the observed process in a certain tinte interval are available.
While the continuous process could be assumed as the limit of a
discrete process as the points of observation increase in number,
for correlated quantities the calculations are in principle
difficult. In effect, It is necessary to invert a matrix of order
n, where n is the number of discrete times of observation.
On the other hand, with continuous observation, the problem reduces
Card 1/ 3

22BA9
s/io9/6i/oo6/004/003/0;!5
The detection of a random signal.. EAo/E163
to finding the characteristic numbers of certain integral
equations, and to the solution of these equations, in which the
author has succeeded for certain classes of signals and iodise.
While it in Intuitively clear that the informat Ion of' a given
realisation of a process is more completely used in continuous
observation than in discrete observation, the author makes no
quantitative comparisons since the results for diact etc observa-
tion have not been calculated. However. where the dl8tanie between
the points of discrete observation are much smaller than the
correlation intervals of the signal and the noise, it could be
assumed that the real detection characteristics for the two cases
are the same. The formulae derived in the paper appear to the
author to be original, but he indicates that the derivations are
not rigorous, and this question should be examined later.
Acknowledgements are expressed to R.L. Dobrushin who directed the
work, and to M.A. Isakovich for his remarks during tke liscussion.
There are 14 referencest 5 Soviet and 9 English.
Card 2/3

-/I(,9/61/i)()6/ol
f 140/E163
The Liet(!cti t, )I a r j,jj, 3 1 LZ Ila 1. is 110 15 c 1) a c k g I ou 11'1
ASSOCIAlli,'s Mekha n i ko -n.,% t e ma t i c h e s b i y I a ku I I t t. tP, o s 1% o v ~.' k og
go s ii da rs t v e n n o g n 11 u i v u r s i t f- t A i lit. M. V . I o it. r. rlO.'
Ka f f- d r - a t e o r i i v (, ro v -i t i i o -% t e v
t o 1 v is in r) f Me c h % n i ( s a ii, i Y, i t 1, ( i. , t i c s o Icw
t s t 4- n i %, e r- s i t v 1 n. p n ioil, () it o 8 o v
Dei ~rtirent of Theorv ol irnbal i lit ies
S I ~ f M I TT E DDe c u int.) e r
Card 3/3

PISARMIK'), V. I - ; RA, ' ' 1.-(;. , KOHM'SKAYA, L.S.
W4~rsl qt~21.f-n,~is. Zriur.mjk-.rvb.'&o'&., 1, i=un. 42 no.2;1.43
F 165. OVIRA 18:6"
1. Dushq-,ibinskiy lrstl*ut Ppidonloligall i Fig-lys-ny.

MAREMO, F.S.j TISARSIMOt V.I.
Now variants of a nutrient medium used in the bacteriological
diagnosis of whooping cough. Zdrav. Tadzh. 7 no. 3t42-44 My"Je
,6o. (MIRA 14:4)
1. Iz Stalim skogo irwtituta epidoiniologii i gi iYany.
(BACTERIOLOGY-CUMMS M CULTURE KMIAI
(WHOOPING COUGH)

I-Isk I -.:. 'C , V. 1 ; T,",I.F lEOVA , V. Z
.r
-.m:uno, - icati-m, --;l * -,,i '~i- ., :'! .4,i-i I-. r : ziic,a~.- i :.-
w.,.oopiai- .o-~ vu-:: - i rin, Zirav. - no.1:3-1-j;, ift-
k~' 1 ,,, : - : ;'
i. 1z instituta u,, ii imiolo. il ! , .
(wl;ooj"lxG x)

PISAFEXY,C) V. 1.
ISARENICO V. :. - "Ag:lutinins in :~yqenter-y of Culdrer. ~~asedl C"r,
Material frcm the Cit~ cf 3talinabad.ll Sararkand itate
'n,
qt IM-ni Academician 11. ',. iavlov. .')talJnabad, 19c;'-. '_,i -q *3e rta-
I
tion for the Degrec- cf Candil;ite in Me.liral )'cjer.c,,s,.
-So.: Kniztinaya Letopis', No. 6, 19F,b.

SHAPIRO, S.Ye..; PISARINKO. V.1.
Vidal's reaction in paratyphoid favor patients treated with
levomycotin and synthoo7cin. 2hur. aikrobiol. opid. I imssuA. 2?
mo.2:64 F 956. (MLIA 9:5)
1. Is Udshikalrogo instituts, spilesiologii. alkroblologil i
giglysay.
(PARLTMOID FIT=) (ANTIBIOTICS)

PISAItSNKC, F.S.; PISA,~,jy V. I.
.0,
Dry boan hydrolyjate meditr-, with sabu=in fo-, the cultivation of tN,
causative agent of whooping ccrugh. 7,drav. Tadzh. e rx,.4:43.-4.- J'--
A
Ag 161. W:-~A 14-10)
(BACT-'-',JOLOGY-k;ULTU;%!S AIM CULTU.-,LE )EDIA)
(WHOOPING COUGH)

SHVIINUO. V.I.; ALOPICROVICH. S.Z., redaktor; PISARNNKO, V.I.,
tokhnicheiskly roduktor. --
[Selecting mchinery for the Installation of structural unitR)
Vybor mashin dlia mDn)asha stroltel'nykh konstruktall. Kiev,
Goo. izd-vo tekhnichookoi lit-ry USSR. 1953. 71 p. [Microfilm]
(%ildiag machinery) (Cranes, derricks, etc.) (MLRA 7-1-2)

I F I . K
. I - ., r- , . , ,
7 1, 1 - f r - . r~F . , ~ ",. . (" : ." : -% "s . . v
I I !. .7 , - .
. . ri .

PISARFNK0. V.R.; POCARFLOV, A.G.; NOVIKOVA, L.A.; IVANOVA, N.G.;
rr)NnNov, N.F.
Use of multiple regression equations for the juant,lta~ive
analysis -," heterogeneous ra*,alysis. Zav.lab. 30
164. (MIRA 1-:-
I. lnr*it!il~ orgar.~~hdskvy khimil AN SSSR.

,; N, ' , ' . , I, n?~ , ; , ; , 'I. -' . : . , ' r-Zt~, , ' 1 ~F-l \f (% 1, ~ I I ~ r, '', .
;-.i a lily rAneuvc- ~r 1. -.,: ng n A rt -,' a *. -,~c it. a.)% " 1-1 ~-- - - .
Ves t mi~shi -i(--,q '.r . 1.6 no. I LZ-i " .., 1 66, '01---, 1 ~ i
I "
I

MIROIX)V, V-F.; 1%"0V, A.D.; FISARINED. V.v.
High te"rature condensation of alkyldichloroollanse with
chloroolefine. Dokl. AN SSSR 124 no.1:102-104 Ja '59.
(MIRA 12:1)
I.Chlen-korrespondent AN SSSR. (for Fetrov). 2.Institut organicheB-
koy khimii imeni N.D. Zelinskogo AN SSSR.
(Silane) (Olefins)
(Condensation products (Chemistry))

I I . ) I . ~ . I , I . . I . .
, - - . .
. I ; - , . . . . - - - 0: . , - -- .
I !,tr I - : I

50)
AUTHORS: Vi ronov, V. F. , i -tr iv, ii . D.
CorrespondInt., Me-iber, A3 USSR, YiBarenko, V. V.
TITLE: High-Temperature Condensation of Alkyl Dichloro-Silanes With
Chloroolefina(Vynokotemperaturnaya kondeneatsiya alkildikhlor-
silanov s khlorolefinami)
PERIODICAL: Doklady Akademii nauk SSSR,'Q)'),Vol 124, Hr 1,pp lo2-104 (US-Rj
ABSTRACT: The authors present a survey of publications (Refs 1-4) re-
garding the reaction mentioned in the title. In the present paper
it was established that not only (CH 3)Cl2SiR with vinyl chloride
is condensed at 600 0 to give vinyl methyl-dictloro-silane but
that also (C,H 5 )SiCl,,H with vinyl chloride gives vinyl ethyl-
dichloro-silane in a 27% yie.'.I. This was p-)ssible not only in a
glass tube but also in an iron tube without considerably affect-
ing the yield. Trialkyl silane,however,cannot be condensed with
vinyl chloride as this reaction proceeds according to another
schene. The author further found that ti,e condensation of
(CH3 )Cll)Silf both with cis and trans-dichloro-ethylene gives
the same results, namely 2QA yields of Cl 2(CH3 )SiCH-CHSi(CH 3 )Cl2
Card 1,'3 (structure nroved by -iean.9 of metl.ylation and Raman spectra

High-Tetiperature Condensation of Alkyl Dicnloro- SOVI'2o-124-1-28 69
Silanee With Chloroolefina
taken and interpreted by L. A. Leytes and Yu. P. Yegorov).
Irrespective of the fact whother methallyl chloride or
iaocrotyl chloride was iised for the condefisation-,
Cl. 2kPH3)SiCH - C(CH 3)2 (about 13%),amall amounts of
C12 CH 3 SiCH2C - r. as well as a mixture of xylenea
3
were isolated on the whole. A11yl chloride can be condensed
also with methyl dichloro-silane and forms (30% yield)
allyl methyl dichloro-oil;,ne. A small amount ( in the
iron tube a larger one) of propenyl methyl dichloro-oilane
is then the result. Chloro-aryls can be condensed in an ana-
logous manner, but the saturated halogen alkyls are not at'le
to condense with hydric sil--nes. Surprisingly, (CHI)C1 2 SiH
reacted with ethylene, mainly vinyl methyl dichloro-nilane
(14% yield) was formed. A condensation of C1CF - CF 2 with
(CH3)Cl 231H fhSedim flames and a detonation broke out in
0
Card 2/,2. the tube above 500 , thus often causing the tube to be destroyed.

llij,h-T,Dm~e rat ure Conle, t~..tt ion of Al I Di r:hloro- S V, 1;0- , i 4, -
Silanc3 With Chl-rool-fns
A fr- ction ~47 - 1000 coull however be isolitod whirh
prol);I~ ly (it cor ' i,~,- to KR5 s7ect rum) cont -.i ri.3
~cl Sil'F - CF Th-re e 10 refore! ceil %r4,
Sov~et. 2 2*
ASS T I ;T I Oll: In r, t i t it or,~-m i ch(,,-), oy khi a, i i i m. N. D. Zel i ri r k ot,o Ak t-rni
naulk SSSR ( In ~i t i tu t e of Dr,- -17-. i r Chemi at ry i men i N. D. Ze. i nsk i,,,,
of the Acaie-y -.f Sc.;e-.,es 173S.~.)
SUBill',"PED: June 19, lq'~~
Ca rd ~, 3

RPL
AM
ACCM I AP500 4 8100T81651010100310712ionh,
AUTHOV': Tolatogilzr
~V.B. Pisarenko, V. V.; Kireyev. V. V,
MW A 'honjt Is chlo Eq
Tr=4 Aphen )t iphosL Ile chlo
11118 chlo
0
BMM;.i Zhurnal neorganicbeakoy khivdi.,, V.I no. 3,~ .1965, 7.12-7-14
TOPIC~~TAGS: (pheno)w)tripboapbonitrile.chloride nyntheals, (pbenoxy),tripbospbo-
nitrll~ chloride property
AMMiCT: Mono-, bia-, trio- and tetrakia(phenwW)tripboophonitrile chlorides,
not pl~eviousli described, have been synthesized from the trimer of pboophonitrile-I
chlorJ.de and alkall, metal phenolates in benzene or toluene solution.' The prepara~
tion 6onditions $'yields, compositions, and -constants of~-ths synthesized compounds
'ven.
are j~.i Their 1R.spectra. vere taken and Interpreted. OAg. art. has: I f1gure j
and 2',itables. (Bol
up
SbBiC ftb 15Apr64 ENCLi 00 MM CODS: 00
NO RLPF BOV: 001 OMPH: :008: ATD
PRESS: 32M

VISENIVSKATA. S.M.; UDOVICHINKO, G.S.; BIRTUKOVA, K.V.; aIRGILISKrT. VA.;
XWOZ, L.G.; RUBNrTSKATA, N.B.; KaRNITYNKO, Te.I.; GUREVICH. Te.N.
FISAMMO. T _LN& GELLER. I.Tu.; LOI. T.D.,, SHKVCWK, N.I.:
4-4POk~-'-PvA. Ys.K-
Mpideniology and prevention of helminth infections in the region of
construction of the Kakhvvka Wroslactric project and the South
Ukrainian C&r!%l. Med. paras. I parai. bol. no.3:244-248 Jl-B 154.
(KLRA 8:2)
1. Is gaiLlMntologichookogo otdola Vkrainskogo nauchno-ineledovatell-
skogo Institute, malyaril I meditsinikoy parasitologit iment prof.
Rubashkina (dlr. instituta I.A.Demchanko. sav. otdolom prof. Te.S.
Shullmn). is spidentologicheskago otdola Kiyevskogo institute
epidentologil I mikrobiologil (dlr. Institute, S.N.Terekhov, say.
otdolon oteent Tu.T9,BIrkovskIy). Is kafedry biologil I paresitologil
Dnepropetrovskogo wditsinskogo Institute, (zav. kafedroy dotment V.L.
GerbIllskly), Is Zaporoshokoy oblastnoy V"tivonalyartynoy stantmil
(say. stantmiyey I.F.Agafonov), Is Daspropetrovskoy oblastnoy protivo-
uslyarlynoy stantsit (say. stantsiyey M.K.Shevchuk, is Nikolvevskoy
oblastnoy protivasalyarlynoy stantell (sav. stantsiyey S.I.Oanyuni).
(HRMINrH IWZCTIONS, prevention and control,
Russia. on construction of watervays)

1) t~ L N K C IL
VISHN.BVAKAYA. S.M.; SEIRYCHUK. M.K.; KRAKkRENKO, D.P.: KHVALIBOVA. I.1.;
MEJKVOZ. L.G.; GURIVICH, Ye.P.; KORNITINKO, Te.l.; POTITIVA. N.A.;
FISARMCL le.I.: LOT. D.D. ; KORLBIJV, B.G.; 'j1LIJR. I.Tu.
Apidemiology and prevention of helminth infections in the zone
affected by the construction of Kakhovska reservoir and ghydro-
electric station and the Upper-Ingulets Canal. Ned.paraz. i parax.
bol. 25 no.2:121-127 Ap-Je '56. (MLRA 9:8)
1. Is gallaintologicheekogo otdeleniya Instituta malyarii i meditsin-
skoy parazitologii imeni prof. V.Ya.Rubashkina Ministerstva sdravo-
olchraneniya Ukrainskoy SSR (dir. Inatituta I.A.Denchenko, zav.
otdeleniyem - prof. Te.S.Shullman) i Dnepropetrovskoy Zaporozhokoy.
Khersonskoy. Bikolayevskoy oblastnyiLh sanitarno-spidemiologichookikh
stantsi.y.
(HILMINTH INFECTIONS, prev. and control
in Russia. eff. of reservoir & canal constructions)

FISARSM, sire.
Khersen shipbuilding yard to 1SO years old. Rech.tramsp. 15 no-?:
29-32 Jl 156. (KLRA 9:9)
(Mimrsam-Shipbuilding)

~,O_ -Z EIIP(k)/M(d)/EWP(h)/EWA(d)/nP(I)/EWP(v) Pf-~4 G*S
r
$10000/64/000/001/0041/0042
A=OSIDW NR: A25005422
j! Ismako, 0* 11 Pismuko, YU, V.
AMHDR
0 f he 9Mmrsture dependence of electrical conduct
TITLII An- autoutic ic rder% t
SOUMI! JliuAnsya konferintelya nolod IdI ut~henykh Idavil 3d., Trudy, no. 1:
teZM
Teste#tVennO-tQXhnIC1IOGKJLyS nAUk1 (Natural and tech cal sciences). Kishinev,
Oosisdit larty& Holdovanyaske, 1964j 41-42
TOPIC I'AGS: electrical conductivity, automatic conductivitymeteir
AM"IT: The design and operation of an automatic recorder of the temperature
a amp. a
dipen4i'ince of electrical conductivity isiLdescribed. 'it consists of s 1 bol-!,
rding Rotent
Ider wto a thermocouple (1) . and EPP-091figtomatic reco 16mater) 2)., 1:
ts4ypej-bolic converter (3), a logarithmic amplifier (4)j and an EO-7 tatbode ray
cill6scope ~ (5) with a photographic attachment (see Fig.,l of the EncloBurs).
The arCicle shows the logarithmic stage and hyperbolic converter circuits, Oris,
art., Inist 3 figures*
ABWM=ONt None
1434 - ----- ---

PISAIUMOP Zh.G._j SHEYNKMkN, M.K.
Etching method to reveal dislocations in CdS single crystals. Fiz.
tvar.tela 3 no.4:1152-1.157 Ap 161. (14MA 14.4)
1. Institut fiziki AN USSRf Kiyov.
(Dislocations In crystals) (Cadmium sulfide crystals)

Smumacv, i., ~f." xcamm" V., It. ." ii~lii=16L' * ' ' ' - *
o 1
Fish Culture
Breeding sterlets in ponds, Ryb. khoz., 28 No. 3, 1952.
9. Monthl.j List of Russian Accessions, Library of Congress, July ci ~/
- - ---- 1 1, - --,,c '*
2

"2052
2
6/ 16 1/6 l,'-Iu 4, 18, J
B1 02/3214
AUTHORS: Pisarenko, Zh. ~. and 5~eynkman, 11% K.
TITLE: Visualizition of dislocations :n AS single crystal8
by etching
L
iEhIODICAL: Fizika tverdogo tel~i, v. 3, n--. 4, 1961, 11W-1 )7
TEXT: It is known that on the (3301) plane ot CdS single crystals, etch
patterns of hexagonal form ai,pear, wliich are attributed to dialocati,)ns.
However, no methods of visualizing this for other i1anes, e.g.,
(117o) or (10"TD) are known. Such a met~,od i:1 suggested here. 3'~.e
single crystals were obtained by syntlicuis and sublimation. Fir.,~t, thpir
orientation was determined by X-rays. They '7ere, for the most part,
plane-parallel, i,lates (~ x ~ x 1J.01 mm) which were partly amooth liko elass
and partly striated. _,)me iiverged frock t~,J:; ',)rientriti n by r, few
minutes L.p to 150. 1,effort. -.nj after otc:,ing tho . urfaces w-re i-tt,,lie!
by m e t al 1 og ra ~. i c m i c r o.; c o ,-- s, M V t, - 11 (M EM, - " ' and ~' / t, - a ~.Yl -9 ; ,
ViBUall~' lind by Mefir-13 Of MiCr0-.J;Otj. h o1, 0 B tr e .9 u 1 t s'h ('. 1, en 1: t a jd1-
etching In hot hydrochloric acid vapot ricentrntion of the i,cid,
Card 1/3

20~ 2
L;/181 '61/ j03/w'.~/ ';i~
V i sual izat ion :)f disl~ c:lt i ns
temperature , and Jurat ! oz. of 3~t cll~i .e: were v,iri E 1 t r,) determi ne t.,.e
optimum conditiono. it wac f,tinl ti,at t~.e i;ere mo!it f ~ vo r a), !
undur the followini-, conditions: "tie crystals were expost-d to valor f,r
1-1.~ min :it 1000C an,1 ;..icod em above the iicid tl~e
concentration was After etcliInj- thv rryntala were rir o o,i I n
wa t e r .Durin6 etc~,i n,-, t ~.e cryiit.,l s wer,- i,l aced in a f I ne mr~] v~ ~vnum
n e t .The relationship between etcl,int; Bits and dislocati rn wi,s 'it-'so
inveatigated. The follnwing conclusi,)ns were drawn: As ir Many
crystals, the etching jit.,i are arr-inCed In I.Prrace form, ti.eil a,.tipp
depending on the face inlicen. if the etcl,ing time is oxter-1--1, n,, ne.
pits will appear. This indicates that the etching pits corre!3~0rd to
dislocation lines. )n studyinf~ thin crystals (up to 10 p) it was found
t hat t he et ching pi t s were arran(~ed tint I paral I e 1 on o p, or, I t e fn ce s
One can aBsume that these were or, one of the d I'sl:)cation line-3 passinj~
through the whole crystal. A characteristic feature of dialocati-ns is
their behavior on thermal treatment. Experiments of this kind (7- "',
He atmosphere, 4 hours' al,jwed that t~,e etching-pit denrity risen u~ to
100 times on heat treatment. it was also found that the dislocati:n
densities at the center and at the edges of the crystal werp very Jiffk--r. nt.
Card 2/3

22052
S, 18 1 /6 1 /x) 3,
Visualization cf d;Sl-)Cat_''r.S B I G 2, 34
This ahow3 that ti.e introduction of impurities by diffusion from t.,.e
surface leids to a highly inhomogoneouB diotribution of the impuritiPI3.
Further experiments will st,ow whether triere is any relationship between
the dislocations of CdS-type crystals and tLeir electrical and photo-
electrical properties. The authors thank 1'. Ye. Lashkarev, Member of
the AS UkrSSR, for his interest; and V. 14. V~tsilevskaya and L. 1.
Datsenko fDr discussions and help. There are 5 figures and b references:
2 Soviet-bloc and 4 non-Soviet-bloc. The three most important references
to English-language publications read as follows: M. Kikuchi, '~. Jizima,
J. Phya. Soc. Japan, 14, 1638, 1959; D. C. Reynolds, S. J. Chysak,
Jo Appl, Pnys. 31, 949 1960; J. Nishimura, J. Phys. Soc. Japan, 2-L.
732, 1960.
ASSOCIATION: Institut fiziki "u'; USSR Yiyev (Institute of ehysics,
AS UkrSLiix, Kiyev)
SUBMITTED: August 2, 1960 (initially) and October 26, 1960 (after
revision)
Card 3/3

SUKH(NERKH(YV, F.H.; PISAREIIKOVA, A.S.
Rearing tvo-year-old Ctenopharingodon idella, Aristichtys
nobilis, Hypopht4balmichthys molitrix, and Mylopharyngodon
picaus together with carp in the ponds of Moscow Province
under conditions of dense stocking. Trudy sov. Ikht. liom.
no.14:68-73 162. (MUU 15:121)
1. Vaerossiyakiy nauchno-issledovatelfskiy institut
prudovogo rybnogo khozyaystva (VNIPRKh).
(Moscow Provinco-FiBh cultur-o)
(Moscow Province-Carp)

1. PISARMOVA, A. 3.
2. U7,Si (WD,
4. Carp
17. Survival an..' ~rowtt. if 'he car;~ Cter,,~nrarynl-,Ion lellla ;,,- -"nds, ;,. - v~i,
? I t
hjrb. kr-O' . "', no. j. "-I.
Q. Monthl List of Russian Accessions, Library of Congress, A!EIL ~pJ~ ''' -1
, - T,, I .

SMOVIMOV. F.M., kand.biolog.nauk; DXNISOV, L.I., inzh.; KATSMSIN,
N.G., in2h.; PISA3=OVA, A,S., rybovod; SHCHXRBINA, A.Y., doktor
waterinarnykh nauk; GRI40RITIV, Te.P.. red.; ZZMA, Y.M., teictm.red.
(Fish culturiat's handbook] Sprevochnik rybovoda. Moskva, Gos.
isd-vo sel'khos.lit-ry, 1960. 350 p. (MIRA 1):9)
(Fish culture)

PISARIMTS, I .
'Standard contracts in international trade in the world's
capitalist marketm (in Polish]. J. Zimlenipwaki. Reviewed
~,Yy I. Pisarpte [with summary in gnglish, p.111. Vnftsh.
torg. 16 "n.8:?6-27 Ag IS6. NLRA Q:10)
(Comnerco) (International law, Private) (Contracts)

FISAIdTS. I.
At the International Fognan Yair
160.
Vaenh.torg. 30 ao.d:,)-35
(MIRA 1).8)
(Poznan--Lxhibltions)

P I SAE Vk~tjl
, - --i
VV.
Poland on the way to new successes in the develop-ment 01
Vnesh.trog. 20 no.7;10-13 '59. (KIRA :.---
(Poland-Iconomic conditions)

PIUMM, 1.
International Leipzig fair in the spring of 1956. Vaesh.torg. 26
no.5:20-22 My '56. (PILRA 9:8)
(Leipzig--Fairs)

PTSARETS, IVAN GUGORYEVTCII
Vneshner,lonomicheskiye svyazi Pol5krjy Narodnoy Resoubliki. Moscow, VnitsktorFlidat.
1962. 131 p. TA 1e9.
Includes bibliographical references.

1
ekoL.ozLika i vrie inyayf, t.rr(vlys (.Lltricls E-ricric
Develo,irept, anti Fcrei r. 7rude, t--, 1. U'. 'Isi,ret,3 a dr.';
I-bak,va, Vnes tur,-i-dat, 1954.
129; . 111 , larr-. , r1i. !-" 1,0 leg.
FillirvrR Ical fcotnct-es.
~~'/6
71~- .13

PI SARXV. A -
Vulcanizing tire tubes with an Iron. Za rul. 17 no.3*32
Mr '59. (KIRA 12:5)
(Automobiles--Tires--Kaintenance and repair)

KtNSTANTINOV, M.; PISAM17, A.
Study of a chain oscillating system wi*-'-, the irtro,-4uc*.-'-:- c:r
concentrated mass. Godishnik masn elekt 7 no.1:33-38
(Publ. '61)

LmttA ram
----ACCZ.= 10N~ NW AP50016242
AUTH01j.* Pisaiev, A. (Engineer); Minchev, M* (Engineer)
TIT ~'!Instrument for measuring vibrations of switching equipment
LE:
SOURCEi Elcktrotekhnika, no. 2. 19650 27-29
TOPIC 'X,AGS: vibrometer, switching equipment, vibration rn~asurement
ASSTRAPT.* -The development of a special electronic instrument is reported
which pairmits measuring the contact bouncing in switching equipment, such as
relays asid- switches, with practically no current flowing through the contacts.
The test':r-ontacts -control an input amplifier in the instrument in such a way that
at each closing (strike) of the contacts, the amplifier output voltage is zero, and
at each opening (reb ound) of the contacts, -the ampli-fier output voltage is
rhaximurn. As a:result, the contact vibration is converted into a tieries of pulses
separat6d by spacings. The instrument provides the electronic means for

HSARET, A.; ',.ATSARI)V, 3.
Automatic ;%:'--v rrc-do-- PY7 losi,,n-pr- -f 5ta-t-r. - . 1- . . - F".- - . ,
iol. ~, No. -2, Feb. jor,
,7, Sof i a, Bulgar I a)
SO: Monthly List of East Fumpean Acee-,sions (FLAL/' LC, Vol. 6. No. -, Auf, I ~)')' . ~ nrl

DERM OGLU, G.N., inzli.; PlSAi..i.V, A.A , kaal.tek~in.nauk
Magnetic aml.li-fiers w.t-r a.c. output fr- nonrontact c,.n-z-:,l
qystem. VAst.elcktn.)prom. 33 no.6;~7-51 Je 16,1. (Al.~A I' ",:
(Aignetiz- amplif Iers) (Autorwitic control)

I
OGIYETICII, V.A., kandidat tekhnicheskikii nauk; PISARIV, A.A., inzhener.
DIstribution of the concrete batch with the help of control
cards. Strol. I dor. m9hinostr. 2 no.4:20-23 AP 157.
(AutomtIc control) (Cnnorete plants) (XLRA 10:6)

F I SANSV . ,. I. Epyu a 1-04V , A .1 1
lopr-7v i:ig t ho deig igm nf K7-1-, A r-om, ' r q a. . , . I ' . 1, !;,- . .
no.":~-h JI 1',9. Oflit. ',.':I )
1. tAnviy), lnzh#,nar Odeookoy rotmrtitrin-t-4i ,! ..., 1: )y , ! ,,I ! .
GomMnao(-grlrult,;rt%l t-vi,-fjji.#4ry))

SNAGOVSKIT, Tevt,,eniy Stefenovich. kand.tokhn.nauk, BALANOV. KonstAntin
fedorovich. inzh.; GXRCHIKOV, Ioal' Solomonovich, kand.takhn.
nauk; PISARKV, Andrey L'yovich, in2h.; POPOV. Igor' Alelcaendr-.vich.
b2ind.te-1EE-n-auk; WIRSKATA, V.V., red.izd-va; LOKILINA, L.N..
tekhn.red.; KOIMRAT'TgVA. K.A.. tekhn.red.
LAutomatization in underground transportationj Avtowtizatelia as
podzemnom transports. 14oakva, Goo.nAuchno-tekhn.izd-vo lit-ry po
gornomu delu, lQ60. 276 p. (MIRA 13:12)
(Kine haulsee) (Automatic control)

PI&LM. L.L.. insheaer (Koakva)
IMMUMUM19ardw
Design of saturable reactors for controlled asynchronous drives.
Blektrichostvo ao.5:10-14 NY '56. WAA 9: 8)
(Electric reactors) (Ilectric driving)

1witlylas of
nil.
VIKOmilar, Z.
111 ';It Lnst.;ud
Wa4 iii),led
Juqe4 wit
in purr Sn at 3~U) ^. AII,)Ys ming. Fe hnil Aii w-nv prrp