SCIENTIFIC ABSTRACT NEMIROVSKIY, I. A. - NEMIROVSKIY, P. E.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136520014-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

NEMIROVSKII, I.A., sturshiy prepodavatel'
---------
Calculating static characteristics of a single-coordinate
hydrocop*ng system in case of a vai7iable Wet pressure.
Ixw.vys.ubh,eb.sav.j mashinostr. no.8:67-72 162. (MIRA 15:12)
1. Tomkiy politekhaicheskiyAnstitut.
(Hydraulic control)

TL~OVSKFf, LA.. tTl.'SIITA,2FT, DY. ; SEDCKOV. L,V, karld,
nauk; ll.' !~i , Yu . M. ZBD -4141OVIC--i , 17.7, , i nzh, 7 re *. ee ~,I'-
FC"TET3(',V., Yu,l., !--zh., retsenzent; KOSILO"I", A.5
kand. takhn. nauk, red.
fincreasing the prcductlvity of heavy-duty machine too!-,,31
Fc-w~vshenie proizvocitel',nostl krapnyih fneta!lorezhU3hcritk!l
st&nleov. [9, :
y1 I-A.'emirovskii i Jr. lvo~-k-va, Mashin-
stroenie, 10)tD5. ,Ol p.

IEMIRCVSKIY, I.A.; VASENKOV, 0.1.; KOMISARENKO, Yu.Ya.
Graphico&ualytical I=estigation of nonlinear proce.5oes in hydraU.Ic
systems of machine tools. Stan. i inBtr. 36 no.9:13--15 S 165.
(141RA 18:10)

ZAVERTAYLO, V.P., inzh.; NECWVSKIY. .la inzh
-- MW
Stationary' dmble anit for welding in a carbon dioxide
atmosphere. Stroi. truboprov. 7 no.5:27 IV 262. (MM 16s6)
1. Kiyovskiy fiUal spetsiallnoRo kenstruktorskogo byuro
"Gazatraymshina". (Pipe-Welding)

-WAMOVSKIY, L.
You did not work in vain. Izobr. i rats. no. 5.42-44 My 161.
(Technological innovations) (MIRA 14:5)

BARSUK. V.A.; NEKIROVSKIT. L.A.
Using containers in ~mullnj: mail by truck. Vest.sviazi 17
no.8:22-25 Ag 157. (MIRA 10:10)
l.Starshiy inzhenerpochtovo7 laboratorii ?Sentrallnogo nauchno
iseledovatellskogo inatituta avyagi (for Barmuk). 2.Starshiy
inzhener tekhniko-ekonomicheskoV laboratorii Moskovskogo pochtamta
(for Namirovskiy).
(Postal service)

BRUKER, V.A.; NEEMIROYSKIY, L.A.; URUMM, N.V., inzh.
Method for determining the econo.nic effect resulting from the me-
chanization of postal operations, Vest. sviazi 23 no.12:14-15 D
163. (MIRA 17:2)
1. Nachallni-k proizvodstvenno-tekhaicheakoy laboratorii Moskovsko-
go pochtamta (for Bruker). 2. Starshi.( Inzh. proizvodstvenno-tokh-
nicheskoy laborRtorit Moskovskogo pochtmnta (for Nemirovskiy).

USSR / Human and Animal Physiology. %tabolism. T
Abs Jour :Ref Zhur - Biol., Na 15, 1958, No. 69782
Author :Botobal, Be Ye.; Kaandrova, S. Ye.; Nemorovakiy, L. I.;
Perellmutr, A. S.
Inst :Not given
Title Apparatuses for Determining Gas F-change
Orig Pub Yaterials on Metabolic Experiments and. Scientific
Achievements in the Medical Industry, 1957, No 4 (23),
56-73
Abstract A description and comparative characterization of the
existing types of Soviet and foreign apparatuaes for
studying human gas exchange.
Card 1/1
14

--MMURTY6 L.T..;,- XOSHELEVAP A.A.j Prinimall uchastlLye; TERLETSKIY, V.A.;
SHEYNU p T ~ B #
Spirowtabolograph. Nov. mod. tekh. no. 1:11-24. 160.
(MIRA l4t2)
lo VaesayuzMy nauolam>-isolodavatellakiy lwtitut mee4tainokikh
inotrumentov i obo d vani
ru 0 1
(BASAL METABOLISMr*(PHYSIOLOGICAL APFPEATU~,)

NHHEROVSKIY, L. I.
Instruments for the study of gas exchange. Nov. m9d. tekh. no.2:'~-7
161. (m.rRA 14:12)
1. Vessoyusnyy naucbno-inaledovatel'skiy institut moditainakikh
instrunientoy i oborudoyaniya.
(RESPIRATION)

,KDZWVSKIY9 L.I.
Current status of the problem of instruments for the atud7 of
gas exchange. Mod. prom. 15 no. 4:39-43 Ap 1610
(MIRA 14:4)
le Veemoyuznyy nauchno-isoledovatal'skiy Inatitut maditsinskikh
instrumentov i obarudovaniya.
(RESPIMTION) (PHYSIOU)GICAL APPARAITJS)

BERNSHTEYN, D.G.9 inzh.; NENIROVSKIY, L.R., inzh.
Using a chromatic pyrometer to measure the temperaturFe. of the
clinkering zone. TSement 31 no.1:11-13 Ja-.F 165.
(MILRA 18--4)
1. Institut G4,prostromavtomatizatalya.

T e rmor n,-, the
a, n w ~~r a E c c, r, 1r no.4

I
N F /M / ~( V,~ 1-"I V, t- ~ .,~
1 11
KALANUD. K.I.; MIROVS11T. L.S. (Kiyev)
-MMIMMIMV
Some prospects for the development of health resorts and rest homes.
Trach.delo no.5:519-521 Ny 157. IKLRA 10:8)
(HEALTH RAURTS, WATERING PLACES, ETC.)

VIXK?;R2 M.I...; -NINIROVrKIT, I . T~.
levice for the dfsplbcemeit --f ma-rl.'re
rio.4t25 Aple" I!, ~ , ,~ I'l r-, )

NEMIROVSKY, M., (Fjigr-Col)
"Increase the Fmission of Jet /- Aircraft 7 Materiel Textbooks" - Eniyr-Ccl M.
NemiravakJ.Y,FnjT-Lt Col T. Timofeyev, 1-bgr-Capt V. Dolgorukovp and Engr-sr Lt
77 Starostin complain of the shortage of textbooks and manuals on jet aircraft
materiel. Those textbooks which are available, in the estimatior of these officers,
are not satisfactory, and the good textbooks are too few in numbf.r. They state
that in 1953 a group of officers from the Air Force Fhgineerirg I.cademy irleni.
Zhukovskiy prepared a textbook, but so few copies of the first PIXT. were .:)r"nted
that it has now become a rarity. They call on the Military Publ shing Ho-Lise
(Voyenizdat) and the State Publishing House of the Ministry of D.-fense USSR
(Oborongiz) to rectify these shortages. (Krasnaya Zvezda, Mose 1, 13 Apr- 54).
50; SUI-I 182p 13 August 1954

a Lai 12Y I Ilt'mh inshener; VAGIN, A.A., redaktor Watelletva;
2 WM. T.K.. tekhoichaskly redaktor
Ollectric equipment of electric stations and substations of zetal-
lurgical plants; a collection of problem and exercises] Blektro-
oboradavanle elektrostantsit i podstantail a-stallurgichaskikh savodov;
sbornik zadach i uprazhnenti. Moskva, Goo. uauchno-tekhn. ind-vo lit-
ry po ahe moi L taystoot metallurgit. 1956. 288 p. (KLRA 10:2)
(XIsetric substations) (Alectric power plaLts)

iN g .1
all O~Nzlgl 1*
da jj
jai
IIfi,

s
it

DUNATEV, insh.; NMROVSKIT. M.I.
Special problems and improved methods for estimating con-
struction costs of hydroelectric power stations. Truly KOI
no.14:483-508 159. (KIRA 13:1)
1. Gidroenorgoproyekt.
(Hydroelectric power stations) (Building--Estimatoo)

NIMOVSKIT, R.I., insh.
Methods for settIng up norms for reusable materials. Gidr.
strol. 30 no.1:37-39 J& 160. (K!Rh 13:5)
(Construction industry-Costs)

KULIKOV, Aleksandr Aleksandrovich; NEMIROVSKIY, Moisey Illicts ILIYE-
VAR G.B., inzh.,, retsenzent; LUT9YK, V.I., inzh., retcenzent; KG-
RYTNIKOV, V*Po, inzh,, red.; CHISTIAKMA, L.G., in:h ., red.; GORNO-
.STAYFOLISKAYA, M.S., takhn. red.
[Collection of problems on electric machinery] Sbornik zadach po
elektricheskim mashinam. Moskva, Gos.nauchno-t,,khn.12d-VQ mashino-
stroit.lit-ry, 1961. 198 p. (MIRA 14-12)
(Electric machinery)

SUV/10,5 -be.-11 -2/ 12
AUTHOR: Nemirovskiy, M.S.
TITLE: --- ~he S=mult=sLneou`s Detection of a Signal, Continuous
Interference and Fluctuation Noise by an ixponential
Detector. (0b odnovremennom dotektirovar-ii signala,
nazatukhayushchey pomekhl I fluktuatsionnogo shuma
eksponentsiallnym detektorom).
PERIODICAL: Elektroov-yazt, 1958, Nr.11, pp.9-17 (U28R)
ABSTRACT: The typical practical situation to which this analysis
refers is that of Fig.1 in which a non-linear element used
as a detector is preceded by a broad-band. high-frequency
amplifier and followed by a narrow-band 1rw-frequency filter.
Two cases are of interest. In the first, the difference
frequency between the signal and the imterference is such
that beats between them fall in the pass-band of the output
filter. In the second, the difference lu such that the
beat frequencies lie outside the output pe.sa-band; this
does not mean however that the interference has no effect
on the reception of the signal. The actJon in this case
Card 1/4 is usually to degrade the level of the slEnal towards

SOV/103-08-11-2/12
The Simultaneous Detection of a Signal, Continuous liaterference
and Fluctuation Noise by an Exponential Detector.
that of the fluctuation noise on aecouzit, on the one hand,
of the suppression of the signal, and on tae other, of the
increase in level of fluctuation noise because of beats
between Interference and noise. The properties of the
exionential detector have previously been considered by
Folk (Ref.1) and by Momot and Bakanov (Ref.2). Simul-
taneous detection of signal and interference from a neigh-
bouring station has been studied by A.D. Knyazov (Ref.3).
It was shown in this paper that with such a detector there
is a form of negative suppression observed in which the
signal level at the output increases with the level of
interference. The effect of fluctuation aoise was not
considered however. The present article remedies this
defeat, and shows that the exponential dez-Betor Is
superior to both the linear and square-law types. A
broad class of detectors can be described In terms of
two sucoessive processes. According to tiie first of these,
Card 2/4 the envelope of the applied voltage Is first separated out

SOIV106-.68-11-2/12
The Simultaneous Detection of a Signal, Continuous Inlorference and
Fluctuation Noise by an Exponential Detector.
Card 3/4
and then, in the second, transformed In a fashion which
depends on the type of detector. The three components of
the total Input are given by (2), (3) and (4) respectively,
while (6) is an expression for the effective *nvolopo.
Examination of (6) shows that (a) with an increase in
noise, the term giving the direct component of the signal
falls off rapidly and (b) the second term reprosoutb a signal
effectively translated to the intermediate frequency given
by the difference between signal and interference, (o) the
last two terms give the noise component; Lao first of those
is the result of beats between int*rferenco and noise, the
second is the result of direct detection of noise. The
statistical mean value of the output current is given by
(13) and the correlation function by (15). Separating
out the low-frequency and steady components., these are
given by (24). Subjeet to the Inequalitios (26), (24)
becomes (28). If the constant oomponent Is now
eliminated, the expression for the low-frequency component
of the correlation function is (29). If Aae filter

SIOV/ IU6 --b8 -11 -2/12
The Simultaneous Detection of a Signal, Continuous Interference and
Fluctuation Noise by an Exponential Detector.
response has a simple rectangular shape as in (30), then
its effect on the passage of (29) is (34.). The final
expression for signal/noise ratio is (38). For comparison
(39) is the analogous equation for a square-law detector
and (40) that for a linear detector. The way in which
signal/noise ratio varies with the level of interference is
shown in Fig.2. The performance of a linear detector is
given by curve 3 and the square law detector by curve 4.
Curves 1 and 2 represent the exponential detector and its
superiority is evident. There are 2 figures and 7 Soviet
references.
SUBMITTED: February 1, 1957.
Card 4/4

NEMIROVSKIY, M. S., Cand Tech Sci -- (diss) I'Methods of increasing the
static resistance of commercial radiotelephone communication lines."
Moscow, 1959- 14 pp; (Ministry of Communications USSR, Moscow Electri-
cal Engineering Inst of Communications); 100 copies; price not given;
(KL, 17-60, 157)

S/log/6 ZU405
6.9,V00 tle4g* 3.~C-*-~O 0/005/0'12/003/035
AUTAOR: Nemirovskiy, M.S. E192/E482
TITLE: The Effects of Noise on an Automatic Frequency Control
System. Part 11
PERIODICAL: Radiotekhnika I elektronika, 19609 V01.5, N0.12,
pp.1889-1894
Tr\T: The article in a continuation of eat-tier work (Ref.1)
constituting Pt.1 (q.v. for notation and terminology).
Pt.1 connidored a system containing an ideal limiter preceding the
diLscrimitiator. The present article considers the same system
without limiter. An In Pt.1, fwo variants of the system are
con.nidpred, one in which the bandwidth of ( 'he system before the
mixer is much narrower than that after the mixer and vice versa.
The dynamics of establishment of the centre frequency in the first
,Aystem with harmonic standardized mignal and fluctuation noise are
fir-t established. The analysis shows that under these
conditions the system without limit is less noise immune than with
asi ideal Limiter. The same system to then considered for
ititerference in the form of an harmonic signal. It is found that
passage from control by the standard signal to the interfering
Card 1/2

20405
S/109/60/005/012/003/035
Uht, EffectP of %'Oise on ... EM/E482
lajonal in a smooth curve (Fix.3) in place of a discontinuou"
transition in the presence of an ideal limiter. The second
variant is then analysed. It in found that the system without
limiter corresponds to an improvement of signal/noise ratio of
approximately 20%. Experimental verification is claimed.
There are 4 figures and 4 references: 3 Soviet and I non-Soviet.
SIJBNIJTTFI): February 3, ig6o
Card 2/2

KAPUNOV, Murad Rashidovich; LEVIN, Viktor Aronovich.- PrinJmali uchastiye:
RAWICV, V. 1. ; N]3- VOZH:HEVEIDV, B.P., red.;
LARIONOV, G.Ye.6., tekhn. red.
(Automatic frequency control]Avtomaticheskaia podstroika cba-
stoty. Izd.3., dop. Moskva, Gosenergoizdat, 1962. 319 p.
(Frequency regulation) (Radio) NIHA 15--9)

ACC NR, Pa,,,60267811 onograph UR
Nemirovskiyj Ydkhail Semenovich
Interference immunity in radio communication (flomekhoustoychivosti
radiosvyazi) Moscow, Izd-vo "Energiya", 1966. 0295 P. 1llu3.'
biblio. 7000 copies printed.
TOPIC TAGS: noise immunity, synchronous signal detection, ampiltude
phase detector, frequency discriminator, clock synchronization
PURPOSE AND COVERAGE: This book is intended for engineers concerned
with the design of radio equipment and for students in advanced
courses in this field. The noise immunity of basic radio communi-,
cation systems (telephone and telegraph) without signal fading
at the receiver input is discussed. Recommendations for the de-
sign of receiving systems and units including automatic gain con-
trol are given.
TAKE OF CONTEWS:
Foreword -- 3
Part I. Nonlinear signal conversions in the presence of Interference
and noise
Card 1/4 uDc: 621-396.23-o19.4

1 ACC NR, AM602678k - -------
Ch. I. Characteristic features of normal (Gaussian) random
processes -- 5
Ch. II. Passage of a signal, interference, and noise through
amplitude modulation detector -- 12
Ch. III.- Frequency detection in the presence of noise -- 44
Ch. IV. Synchronous (amplltude-phaoe) signal detoction in the
presence of Interference and noise -- 64
Ch. V. Passage of interference and noise signals through an
ideal limiter -- 76
Part II. Noise immunity of automatic control systems used in communi-,
cation receiving systems
Ch. VI. Noise immunity in automatic gain control systems
(AGC) -- 83
Ch. VII. Noise immunity In an optimal automatic frequency con-
trol system (AFC) -- 10 1
Ch. VIII. Noise immunity in an AFC system with a frequency
discriminator -- 113
Ch. IX. The use of a frequency discriminator for equaling radio
line unstability -- 136
Part III. Noise immunity of radio telegraph comunications

ACC
M6026784
Ch. X. General characteristics of radio tele raph transmission
methods and of radio telegraph receivers -- T
Ch. XI. Detection of radio-telegraph signals In the presence
of noise -- 152
Ch. XII. Distortion of telegraph video pulses from the effect
of noise -- 175
Ch. XIII. Noise immunity of various radio telegraph communi-
cation systems using synchronous and asynchronous terminal
devices -- 187
Ch. XIV. Noise immunity of a clock synchronization system -- 210
Ch. XV. Noise immunity of a reference signal shaping system in
phase modulated telegraphy - 224
Part IV. Noise immunity of radio telephone communleation system and
methods of increasing it
Ch. XVI. Noise immunity of radio telephone comraunication with
amplitude, frequency, and single-band modulations in the presence
of white noise In a communications channel -- 2-31
Ch. XVII. Increasing the noise immunity of radio telephone c0 .lwnunl~
cations with amplitude and frequency modulations by means of the
dynamic compression of the telephone signal -- 253
Card 3/4

ACC NR, Ai,i6b26,(8'4---
Ch. XVIII. Increasing the noise immunity of radic. telephone
communications with single side band modulation by means of
deep amplitude limiting of the single side band signai. -- 277
Appendix: General information on operators -- 290
Bibliography 292
SUB CODE: 09/ SUBM DATE: 28Feb66/ ORIG REP: 024// OTH REF: 002/
.L;Trd 4/4

AF(WIN. K.B.; BURTSEV, K.I.; BTSTROF, S.N.; VINETS, G.B.; VMV-7, G.G.; VCRONIN,
A.S.; GZVLICH, A.S.; GRYAZNOV, H.S.; GUDIM, A.F.; GUSTATINS111Y, N.A..
DVCRB, S.S.; DIDMO, V.Te., DNMITPV. N.H.; DCU , N.M.; DCROGOBID,
G.M.; ZHDANOV, G.I.; ZAGCRULIKO, A.I.; ZELMURTSKrY, A.G.; IVASHCHINKO,
U.N.; KAITAN, S.I.; RVASHA, A.S.; rIRRYL7, A.D.; KLISEWSrIT, G.S.;
KOZYltw, V.P.; KaLmm, V.N.; LGAIOV' X.I.; IZTM, V.A.; Wom, B.Z.;
IOKIDA. H.3.; LUBIMS. I.A.; MANDRYKIN, I.I.; MUSTAYIN, F.A.;A&UWQLR6
NXIIADOY, V.A.; OBMOVSM, U.N.; PIWSIF. N.A.; M"TROF. I.D.;
IWM--60lARSKIY, M.O.; POP(W, A.P.; RAK, A.I.-, RWYAKTN, A.A.; ROZRKOT,
A.P.; ROKOGAUZ, D.A.; SAZaKM, S.A.; SIGALOF, K.B.; ST(RAKRIN, Ta.B.;
TARAS(W, S.A.; FUIPPOV, B.S.; FRIMN, N.K.; FRISHMG, V.D.; KM'KOV-
SKIT, K.V.; RHOLOPTSIVI, V.P.; TSARIIV, M.N.; TSOrrLrN, N.A.; cHIRM, I.I.
CMWCK. V.T.; SHWJOV, A.K.
Sarmll Berisevich Bame.K*ka i khim.n*.6:64 156. (KLRA 9: 1-0)
(Bamme, Samilil Berisevich, 1910-1956)

XAGASOV- V-K-; KHOLOPTSIV- UFARV, T.G.;
KHARLAMPOVICH, G.D.. kand.tekhn.nauk
Separate recovery of amonia and pyridine bases from coke-uren
gas. Koko t khIm. no.6:32-35 160. (OU 13:7)
1. Chelyabinskiy metallurgicheskiy zavod (for all except Kbar-
lampovich). 2. Urallskiy politakhnicheskiy institut (for Khi3x-
lawpovich).
(Coke-oven gas) (Ammonia) (Phyridine bases)

DOBROVOLISKIY, I.P.; DOMM, M.V.; IIR4IROVSKIY, N.M.
Certain problems involved in the planning and operatirg of pitch
coke units. Koks I khim. n0-1:33-37 161. WIPA 14: 1)
1. Chelyabinskiy metallurgicheakiy zavod.
(Chelyabinsk-Coke)

MIROV31M. U.I.: HIMOVICH. G.I.
Colorinetrie method for the quantitative determination of netacrylic
acid metlW1 "ter In the air in industrial promises. Gig, I san. 23
n0.2:83-85 Y 158. (MIRA 11 -4)
1. 1z laboratorit organicheakoy khimii leningradskogo sanitarno-
gigiyeatchookogo maditetnekogo instituta.
(AMYIACTIS, determination.
metacrylic acid methyl eator
in Indust. (]Rue))
(AIR POLUITION, determination.
notacrylle said met1Wl eater,
induat. (Rua))
in air. calorimetric daterm.
colortmetric detern. to

22 (1 ) 3,.*Il 5-- i-1-1
AUTHORt Nemirovski7f N.L.9
T ITL-:-- t To Raise the :Audentsl lntero3t for the .',Ji.!. e J
FERIODICALt Vestn--'k vy9s*,1ey shkol.-,,, 1,1'19, Nr 4,
The author poin~3 cut the F-ilucatiorial -nfiu-.,r~--- -.,i.
3. 17 T R',T
interesting and xp,),,mdcd lecture ha,, ,,r,
httendiria 'ke ohlii-,.,tory n,!
son ahy a lectu r~~ ::ho% 1,1 )e cut eriv,
studerA3 to learn ~,ection;,- o, -.r
,frees witb. irofes-~; r I.V.
textbooks. Ile q-
a lecture mu,~3t oe Droperly
urer in accordance ,;-~th the approvel -.ro:-r,;7., but no' -1,
lecturers are able to cooe wit, this taj:~. v c r,,:.,
ed with this proble,~, is that of tr-xt,;o(-.*:s. f-, r
out thf: jifficu]ties a stu.llent ij faci:. .1~- r.
learning rom a textboo': cont, J.:-in,,-
is I -'-'oviet refer, nce.
A,3SOCIATIG'-'. Lenineradskiy sardtarno-~-i,-jy-micheskj, M,f,-! i"-3 i-.-
(Leninl7rad y.-ienic Medical
Card 1/1

NAMIROVSKIT, II.L., doteent; RMOVIC11, G.I.. assistant
=ethod ~for determining the orMnic phosphorus Insecticide L-11-6
in the air of workrooms. Gig. I san. 24 no.7:80-81 Jl '59.
(MIRA 12:9)
1. Ix kE&fedr7 gigiyeny truda I laboratorit arganicheskoy khimll
Leningradskogo sanitarno-gigiyenicheakogo meditainakogo instituta.
(PHOSPHATES, determ.
organic phosphorus insecticide determ. In air
of working places, method (Rus))
(AIR POLLUTION, determ.
same)

83258
s/iog/6o/005/009/003/026
9140/9455
AUTHORS i Kaganov, V.I. and NemirovskLy_L_N,~,
TITLEi Effects of Interference on an Automatic-Frequency.
Control System. Pt.I
PERIODICAL% Radiotekhni.ka i elektronika, 1960, Vol.5 No.9.
PP-1380-1386
TEXTs Two types of noise are considered in the AYC circuits
external noise, acting from the side of the caligrated oscL11ator,
internal noise, varying the natural frequency of the stabilized
oscillator. In the circuit discussed, it is assumed that the
centre frequency of the discriminatorts great in comparison with
the width of signal spectrum at the mixer output. Two AFC systems
are examined. In one the passband of the IF filter is
substantially broader than the signal spectrum at the mixer output,
in the other the reverse Is true.. The discriminator is considered
to have an ideal limiter and to give an output-voltage proportional
to the instantaneuus frequency at the input while the control
element is a linear inertialess device. Fcr the system -ith
broad IF filter, three cases are considered% 1) external
interference harmonic, and calibrated signal harmoni,;
Car d l/ 2

83258
s/log/6o/005/009/003/026
al4o/c455
Effects of Interference on an Automatic.-Prequency-Control System.
Pt. I
2) external fluctuation noise, and harmonic calibrated signal,
3) internal fluctuation noise. For the narrow IF filter the
process of stabilizing the frequency in the AFC system is assumed
slow, so that the dynan-ic and static characteristics of the
IF filter may be taken as identical. The case of fluctuation
noise in both the external and internal circuits is considered.
There are 2 figures and 6 referencess 5 Soviet and I Inglish.
SUBMITTIDs December 12, 1959
Card 2/2

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YEMIROVSKIY, P. I&.
"Radiation Forces In Comp-Wn Effect." Zhur. Phyu., Ilo 4, 6, rp 555-562, 1941

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."t, if? (NOM -17
og,:
0 Aq M" M"R SWPAW Annamp p neo
too
00
C, 00
C. 00
ampamm"JO
"Amid,
*QR
i so
0416 fit 040
"Now = INS"
All O*q p *Pop pa g, so 'I
04L AMR$ apqapq" I ampiq M" 00
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MoKka4ada in the swolm
i-vdliml- br smaw 40 #A amoso ado, 401 the apm =3 *00
00 the Ivu r*AWbm 4 dem" ". Oddo the 4
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0 : el 199
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MMMOVSKIT I P. 3.
OP&lr FermtIon in the Field of an Illectron.0 Sub 23 Apr 47. Physict
lust Imni P. N. Lebedev. Acad Scl USSR
Dissertations presented for degrees In science and anginnering in
Moscow in 1947
60: 3m To. 457, 18 Apr 55

11tv"'MROVSKly-I i., rA 26T63-

MMOVSKlt, P.
827. Pair FcormRtion by a Photon nn(--' the Decelernting Rn,!',,Wc)n Innn
Electron Field (Obrazovanie Par Fotonom 1 Tormozmer
v Pole Elektrona) by P E Nemirovskii, Zhlir kf3rtl I
839-902 (1948) Oct (In Rusoian)
A computntion is made of the effective cross section of pitir formntion
by a ptoton In the field of an electron; exchange effects, lagn, and
spin Interaations are tak n Into account. A detallei v)cFtm1natjon
to made of the extreme re ntivistic case and of the -,nse In which fill.
of the particles have low energies after the collision. Decelerating
radiation due to a collision of two electrons Is disoussed.

-WMGVSK3X4_EJ9,--
(Theory of a - nt nucleva idth a bIwTM edge]
Teorlis pelaprezra bafte, ladm s ra=Wtym krasm. Moskyas 1955.
18 P4entronw-Scattering) (Nuclei 9 Atomic) (MM 340)

MIROWSKIY.P.B.. (Moskva)
The 50-th anniversary of the special theory of relativity. Fis. ir
shkole 15 no.5:1(1-19 S-0 '55. (KLIRA 9:1)
(Relativity (Physics))

imp-MR

wag

~r
p
-M A--

NE14IROVSKlY., P.
"Crystal Ball Model with a DiffuLe Boundary" a paper presented at tte InternatiorAil
Conference on Nuclear Reactions, Amsterdam, 2-7 July 1956.
D551274

-- ~, !~~ - :-- "--. -;~ t- V;4~~.~D~ ~
z.~ I - '! . ; , I ~ , ~4, u, t , o
I . - - - --- __- --- -,-*m -- F:. -
- . - , 777 - ~~

WITURNSM, P. &. (~cad. -;Ci. U,-.,R)
"OFtical -',odel of the Lucleus"(review ledtUre)
paper Ircluded in the program of the A,11-Ur-,ion Conf. on Nuclear hea,2tior~t
in Medium and Low :energy Physics, Moscow, 19-2? I~ov 1,,)511.

~~ s M ~~
A ~,- It
NEMIROVSKIT, P. E. Doe -7,\ sm, Sci, -- (diss) "The Theory
of the Scattering of rawl"My MmLtrons I&r Nuclei."
Most, 19574 1 py. 22 am. (Academy of Sci-e-noes US3R), 13 125 captes
(KL, 25- 5T, 108)
- 2 -

Aq 6
A.
AUTHOR NLMIROVSKIYPP.L., 56-5-25/55
TITLE _fhe_U_6T,_e_1'_6-Fa 5. ir~-nt With 11
(Kodel ' poluprozractmogo adr-A a r~,z., kraj c:. II - Russian)
PERIODICAL Zhurnal. Lksperim. i ,~oret.2izik_4,1)57,Vo'_ 52,'.,-

ABSTRACT The p~Lper under r;. viefj di:3cusses a new r-_c-.1.cd fcr the computation
of the total cross sections of the interucticri ct' nc-atruns rf low
energ.y with nuclci .'2.i.: m~t~iod atilizes a blarred bo,nd-
ary.
Coff,itation of the phaae: At r!~r let t' -!r~ c-x.,..r;t a potential V-
V(ro), and at r=r, a 'Doundari cuJition iaaLt be of
all thc- inner %av%~ function is 6iv"_n for the e;--,rc. -;icn
for the boundar, z ondition is 31%,14!5t CILSO 1,33 01Q One
I
v4here the 1.otQr_iU V(,,-) i,. r~-..l -it i )~i- .
1 0
Coaiparia,~n with th t~ L.~peri:,ent: The concrete coizpat,itionn of the
cross sections wer p c;nduoted for R-,-. ex.)onei-.tiaL f(r... Gf thE bound-
ar The I t , t
j ,.f3 -1: i t -. t 1) -t V(0 ~=.'5 ~c-V u id -o i-:h tl-ie t oundary
e-
with I/ /(1 - 1 1o-13) sho~,ed th,. '~ollowin-.At an ener~j of
1 11(-V the total cr c.;.i sections are lar_t~r t.har the ;-xpfrimental
cross si~ctiunj,and they have,4icreover,sharp :.ia--(i--a -aith respect to
ro.The paper under ri~view contains rflovant diazra:~s.For this rea-
son the follcwi!~6
1 con.~i~-r,jli,.r,~.% w~_rr based on the value LL.J',.1.43.
'
3 m. Zor
.1o vlil~,ie )f the -3urfa-zes of t~e total zros
9 sec-
Card 1/2 tions were tht:-i u C. n

The -,f 56-!5-25/55
3 r, -i n L, ry r
t h , [A i t I
i f h
1 -~ i 3 fa c o ry
CO I n E' 1. C. 27 .,~;Ital C-t:, for Vklo).",4 mcv
a-d f'.:,r rr I Bali 3 c ~ Vie ;.ii r;: f c :.~e -,vital ~r_ss sect-
ions of 1:,t7 L I t i t j A--2oo ut 1 "cV arol h e a,,.._ximu:2 for the nuc-
lei with A-,,,. t,~ ar( AF-rL- visj,'.,)IL- '2':.e cr",.i- Sections for
A.11;c,-l-,"c :~i, _-- ",i:i ",.e ~h(orct4cil v-:,Iu_.s,ard 'heir cependen-
ce c.n thE- ak.Th,~; rev-_'~-v also conputes
t 1. e 3 c 1 1 S E: i 'nj f j r d i f --'C n t L' ~:a r t s . i rf :-, r t a na t e li
tne -'.,La at 1 MeV ara, not iiformative.Fiaally the
aut~,.or of ',hE aic ~f 3ket,.hy crafts
all of t-,-~I ar.L
rL, rx, ~c I
PR ~Z .ATLI 3Y
:3 U K: -'T T EI
AUA I LAB LL :,ibrar, .f Cl-rigc;t~--.
Card 2,12

.:7j -0. 4 6, ~6
ADTHOR X=,ROV5XIY, P.E.. nLA~: -11, YU.
TI TLE -the _Csmpui~a~fr_)h 11 f the Pol? ri a ~,A on of Np-.j cronh uj
Keane of a %cle r Wo&el with Smeared-out Boundary.
(Rrichet pnlyarizttsi~ ne~tronov po madell yadra 9
raziytym krayem.- Rus!3iaa
PERIODICIL Zhurnal Eksperim. i Teoret, Fiziki 1957, 'Vol 32, Nr 6,
PP 1583-1583
ABSTRACT 3xperiments on thA ~C,larizatlon of 400 Ide'7 neutrons have
been investiGated by R.K. A.DJLIR et al., Phys. Rev. ~6,
503 (195~0 on tio ba:4ia of the optical nuclear model with
re-3tangulax potential. Such a method of Jnvestigation
does however, not take into account the basir. propert4es
of the spin-orbit-ir;tura~~ticn which --.,n r?a1ity has to
exist only on the surface of' the nucleus. Theref=e the
spin-orbit, interaction ~&n be inveatigated as proportional
to ()/1r) (dV/dr)(1.1' where V denotes t~p depth of the
potential well w"thir the n,icleus.
The amount of t'v,-. spir-orbit-interaction here depends
upon the d1mensior-e of the nucletis. Thi3 circumstance
could not be taken intz) ac,-;ount in the ~ompitations
carried out by ADAIR et al. Here tht, follcw;.ag po-.ential
CA= 1/3 was sale -I:

E-A-6-aS c6
W,e ComputatioD ('fp thin P'~ia!-_ ~ati
Meams of a Nu,.Iear Midel with
7 - V
V - 7 e-a(I-r C L r r
Here a slIght pcte-tial jl~w4p, eyia~5 Et -r wrii-cor, fact,
howev,~r, i& not essentla'. For the o,.rFose of SIMplifJ.-
ing computationa ' the factor I/r was rf;;)iacel by the
oonstant 1/r Whi -,I.i reprPserts a sat! 3factcr)' arproxima -
tion for hea'Y'Y The constant c - ft'17 akpj n -orbi i
3 3.10- '. rhe
coupling was aasumed to bz eq,al t' 7, 1
polarizat,lon was -,~mp,ited by means ~.f ttie known. f 7rmulae,
v1 z. by Ue a~sl_viF 1- c~r, tKat only the a- and. p-phases are
different from zgr:). 7,,)e d-phase waig nearly equal to
zero Ir the dQMaIV ir-estig~ted hr-rz. P,-,:arizat3on was
in-7estigat,vd on tae of ~h*j 3catterin6 at an
angle of 90') in xhe dir,ac~icn of ibe Jwp!-)Ctng bundle.
The results ar~i -jh~wri la fora ,)f a 1,isgraa.. :~P experi-
mental po, n-,s E.Tl . -cal ed -*,-' ;r, ir *.';a domain of '.YE
maximun between the c-,o,,)pt;Aed t3urve i whi --opf 1 rms the

56-6-48/%
I%@ Computation of the Polarization of Neutrons by
Means of a Nuolear Modol with Smearitd-out Boundax,~.
beat agreement with thet ex-pGriment -it 0,05 < ~ '-, O'l.
Thus, the following wagi shown: With one and the same
constant of the apin-orbit interaction, scattering
on light and also on he-avy nuclei can be described.
(I.'Iith 1 Illustration)
,LSSOCIATION: Academy of S-3ience of the U.S.S.R.
(kkademiya nauk S.S.S.S.- Russian)
PRISSNTED BY:-
SUNITM: 16.3-1957
AVAILABLE: Library of Congress.
CARD 3/3

AUTHOR. Nomirovakiy, P.E. 56-3-28/59
TITLE. The Optical Nuclear - and Shell Model. (Opticheskaya model'
yadra i model' obolochek"
PERIODICAL: Zhurnal Eksperim. i Teorot. Fiziki, 1957, Tol. 53, Nr
PP- 746-749 05310
AbSTRACT. The 'fixed" states of the noutrz)n are treatei theoretically ia a
potential field. The parameters of the potential field are ob-
tained from the optical nuclear model with ap-n-orbit-interaction.
For nuclei with closed shell. plits one suporf'..LOUS particle a
conformity between experiment and theary oou.'.d be obtained for
the energetic order of magnitude of a single-.Farticle level.
Generally must be said that the optical poteLtial reflects the
right order of magnitude of a single-particle level of light nuclei,
the computation of the precise position of the other levels is,
however, not possible. This might partly be due to the not
precise satisfying of the law R
A 1/2
- r
0 0
A deviation of the radius by I % causes alreaiy a shift of the
level by 0,5 KeV. There are 1 figare and 5 Slavic refernecea.
SUBMITTED: March 16, 1957-
AVAILABLE: Library of Congress
Card 1/1

AUT=
TITLE
.nteraction L)tAween AntprotOIL9 -And Nuclei
On the ftoblem of ~hP 1
(K vopro5,c. --) .rzainodeystvii_ ant~protoncv c yadraau),
Doklady Akadenul Nauk SSSR 1957~ 7c!1 112, Nr 3 )p
Ruceived 3/1.957 H,!,,riewed 4/'.~57,
A-1STRACT In the course Of tne pre3ent paper it is shown how the anriproton cros.:i
sections can be ietenrAned _n a sensible manner b-r proceedinE f-om the
following coiffse taker.. by density. lhe density of' pr:)tons -Aecreases from
0,9 to 0;,1 at a distarxe of the ordEr 2ji + 0,3 10-13c:m, According to
various experimental data 'scattering of electronuz ol high energy meso-
atoms etc,), the density of tie nuclear matter does iot cease suddenly on
the boundary of the nucleus. :)ut it decreases gracua_ly. The author as-
sumes here that the interactlon of an antinucleon wi-,~. a nucleon is describ-
ed by a 6-function and that the dems,_ty - 'I' the nettror-s and ~rctons takes
a similar course., Three possitilil,-_-~ for the couisp taken by dersity are
explicitly given, A-11 paramet,~r values mentioned jerk! are riot ir contra-
diction to the data conCErnang electrons.
The absorption coefficient ct nuclear mat-,er must be fc-ind vih,:111
responds to experimental data:, K -9) 9 ~ Here ?' c.enotes tne cross
section of thp intpract-cr, cf a nucl,-on and an aptini.cleon a-erager-4 over
the protons and neutrons in the nucleus.. The Pauli prinripie can Le n~-
iected auove a4 in lh,~ case of energies of from E m 300 to 500 MqV, and
therefore a np.�d not. ddffpr very much from the cross section of the inter-
action of frep j�~Lrticles, For the weakening of the artiproton bundle and
Card 113

PA - 2:11
On the Problem of the Interaction tetween Antiprotoris and Nuclei
for the cross se-tinn formulae are explicitly given, and these exprpss~i~)nz-
are then used for the ccmputation of nucleon co-111sisris (Revie-ArE-r s -~:,+e
this probably means antinucloons). Next the determination of aosorpl1r,r
coefficients 15 d1s-,ussed in short., The results obta,,ned on thi!) occasorv
on the basis of the different. poten-Aals are shown together in a tabip
The results are in good agre-E,ment anong one another iLs well as with the
experiment, The cross sectior of the collision betweEn free antiprotcms
and nucleons amounts an the energy range assumed ierr (apparently fror.-ri
E-300 - 500 MeV) about 0,15 .. 0,210 barn. The ex:~:;terce of such large ~!rc.3s
sections does not necessitatle any great enlargeme)it of the radius of the
interaction between nucleons and antinucleons as z~gaiLst the radl,,;5 of
usual nuclear forces.
Finally the influppce exerc:2od cy t-ie effective radi-is of rhe ruclear
forces on the potential of absorptia-i on the bouncary of tne nucleus is
investigated.- A formula for the introduction of a finite effe--t-ive radi-_~s
of the forces into tnp absorption coefficient is giVeT. The ii--fluence
exercised by the finite effective radius of nuclear fcrces is sma-_1 in ~'e
case of a smeared-out boundary, In the case of lower z.-,eriies there are
other causes for the Intensif-,cation of interactio.i be'iN-en art:_nuCJ1e'3r.'-'
and nuclei, (No illustrations)
Card 2/3

PA - 2 1-' 1
. % On the Protl,-~,-u (-!' Lhp lritr~ru(:L--on ut-Lween Antiirotola and Nuclei
ASSOCIATION Not given
PRESENTED BY I.V.K-jRCHAT0V, marr.Ler G,.* tn~! Academy of Science.
SUBMITTED 3. 11. 1956
AVAILABLE Library of Cong-ess
Card 3/3

DTEMMOVSKIY, P. E.
luclear Shells and the Origin of Blements,"
presented at the 10th Gen. Assembly of The Intl. Astronomical Urn' lon; I ue 19,5c..
'? ~J'-
comments, B-3,122,178

N E~m,RDV~ vf I P E' 30-58-4-20/44
AUTHORSt Ba z I , A. 1. , Cav4idate Of., Phy's i"1 and MathWatical Science
Sawilav, L.K.
TITLEs The Physics of Nuclear Reactions With Small and Medium Energies
(Fizika yadel.-nykh reaktsiy pri mal.Yl:h i sr(?dnikh energ4akh)
Conference in Moscow (Konferentsiya v ilosk,re)
PERIODICALt Veatnik kkademii Nauk SSSR,1958, - Nr 4,pp-97-102 (USSR)
ABSTRACTs This All Union conference took place in Moscow in November
1957, The program included all fundamental problems of
nuclear physics. A short survey on the transactions makes it
possible to understand the problema facind nuclear physics
at present. Ote of the most interesting and most important
problems is that of nuclear models, ie. which is the best
way of model represen-~ation of nuclear properties. At present
these models develop into three zuiin directionst
1) According to the shell model the nucleLs can be repreented
as a self-coordinating potential in t6e_ field of which nu-
cleons move.
2) The optical model is usually applied for the quantitative
Card 1/3 description of the noutron-proton-dispers".on on the nuclei.

30-58 -4-20/44
The PhYsics of Nuclear Beactions With Small and Medium Energies . Conference
in Moscow
3) A great number of phenomena connected with the non-spheroid.
al form of equilibri,am of the nuclei can be under-stood from
the viewpoint of the collective model.
The following reports were deliveredt
1)__P.E. Nemirovski3't On results of the theoretical analysis
of the of neutrons of small and medium ener-
gies with nuclei.,
2) V. V. Vladimirskly, Ye. V. Inopin, S. I. Drozdovi On prob.-
lems of the optical model.
3) V. M. Agranoviob, A. S. Davydovs On thforetical foundations
of the nuclear modela.
4) B. L. Bir'brair, L. A. SliYas On the form of equilibrium of
the nucleus.
5) N. A. Vlasovi On excited stF-tee of the oe-particle.
6) P. L. Shapirot Dn the problem of the state 0
7) 1. 1. Levintovi On the radius determint.tion of the 'X-part~
icle.
Card 2/3 6) Ye. K., Zavoyskiyt On the construction of accelerators.

30-58-4-20/44
The Physics of Nucle&r Reactions With Small and Mediun Rnergies. Conference
in Moscow
9) G. Barshall(USA)s On the investigation of polarization
phenomena.
10) Yu. A. Aleksandrovi On the electromagnetic interaction of
fast neutrons and nuclei.
II)G. N. Flerovj On works of his group concerning nuclear re-
actions.
12)A. 1. A?.ikhancvs On measurements of the polarization of
electrons forming during 13-decay.
1e Nueleor physies-USM
Card 3/3

A
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69/,~ os

24(5)
AUTHORi Nemirovakiy, P. E. SO V/56-.'~,6-2-56/6
TITLE: Calculation of the Poiarizal-,ion of Neutrons of Medium Energies
(Raschet polyarizatail neytronov srednikh energiy)
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fizici, 1~5'~,
Vol 36, Nr 2, FP 588-593 (USSR)
ABSTRACT: Experiments on neutron polarization are very important for
the investigati.on of' the interaction between nucleons and
nuclei, Experiments carried out at c-,mparatively low energies
are the most interesting because in their case a simple con-
nection with a*;omic weight is established and angular
dependence can easily be interpreted. For spherical nuc--ei
theory supplies good results whicr: agree with those obta-.ned
by experiments. This agreement exists in the case of energies
at which inelastic scattering is small or, on the contrary,
so great that the contribution made by elastic scattering
towards the reaction cross section is of no importance, i.e.
for energies of K0.5 Mev and E>3 Mev. In the intermediate
domain there is not so much hope of agreement, The author
uses the optical modei for investigating the polarization in
Card 1/2 the experiments carried out by Darden et al. (Refs 1,2). He

Calculation of tho Polarization of Neutrons of 3(,V/a6-56-2-56/65
Medium Energies
invest--gates them on 0.1-1 Mev neutrons scattered on heavy
nuclei. SOME, Of the calculation results obtained have already
been published in a previous paper (Ref 3) (total cross
section, absorption cross section, angular distribution) It
was found that polarization can be described satisf actcrily
by the introduction of an additional term to the optical
potential of the form "4V (61) with the spin orbital
-27 2 TT
constantX --.,3.10 CM Ref 4). Best agreement with -,he
experiment is obtained if the imaginary part of the pctentiai
amounts to 2. 5 Nev Numerous diagrams show the 3alculated
and measured neutron polarizations for various scattering
anglea., There are 9 figures and 4 references, 2 of winict
are Soviet,
SUBMITTED: August 23, '958
Card 2/2

Gn thc 1':,obl(?-,. the Stability of' ';uclei
~K vopre.,-.u ob yadar)
1 01 (USST-)
in -,aper 1 1 the 4 yj t
-,v~~ls of ligh,~ nuclei a2in.- z;r,.,.
JAJ C --otenti-I. rmd energ7j oi- the -Ii~v --ar Ime
C C u I ,
r nue lei. ',~o r c o!:, on ri r, - ;:,-. 1 11 C-
-n I': s neceocary -o -D
~,nce-rninr, th-~ dOT,),~n~leric -u 0 1 .-17
o: A, end Z.
.2 n L: ---:oii3 and nr-
ul di~;tributioz-, an ~i c~!:
~-O I Lo..; -
+
-1vef iz-'. u i,n
.:en nu 1- u s i n de f i j ir.1-
LM U1 -1( inv, s ti!7f, t~-

u,~

(i c-.; o t
c o
V.

c t? llcutn--i
,several

tile
MI."
sllo,viim- nu provi in

o f a t o M, i c nu .:

VC, rl- c

~:'e T-) t '-- rr. ts
ard

PHASE I BOOK MEPLOITATION SOV/5111
Nemirovskiy, Pavel ftmnuilovich
Sovremennyye modell aramnogo yadra (Modern Models or an Atomic Ituclous)
Moscow, Atmizdat, 1960. 301 p. Errata slip inserted- 7,M) Copies printed.
Ed.: A.V. Matvayevs; Tech. Ed..- N.A. Vlasove.
PURPOSE: This book Is intended for nuclear physicists.
COVERAGE: The book &9&1s with the structure and proportion of the nucloussatudied
on the basis of the shell, optical, and generalized models. It revievs current
theoretical data oa nuclear processes at low energy obtained on the basis or the
above models. investigates the basic rules, and points out the maments at which
the limited nature of the modela is apparent. Attempts of scientists to sub-
stantiate single-particle models and the concepts of a self-cdftsistezkt field are
treated briefly. auadrupole moments for single-particle modeLs, and adhesion
coefri cients are presented In tabular form in the appendixes. Cho. I, II " III,
and VI are based on the works of Soviet and other scientists. Ch. IV and part
C~~_115_

Modern Models of wi Atomic Nucleus SOV/51-11
of Ch. V are baned on original studies by the author. Th* author thanks D.P.
Grechukhin. S.I. Drozdov, and D.F. Zaretskiy. There are 390 references:
257 English, 96 Soviet, 10 Danish, 10 German, 9 Italian, and el others.
TABLE OF CONTIO
Introduction
Ch. 1. Bozic Proptrties of Nuclei
5
1. Spin and parity of atomic nuclei 7
2. Magnetic aml electric moments of nuclei 9
3. Isotopic spin 15
4. Dimensions and form of the nucleus 19
Ch. II. Shell Modials
5. Shells of rraclei 33
6. Light nuclei 37
7. Scheme of filling shells for various single-particle potentials 48
Card~ 2/5-

I
NDIMOVSKIY, P..E. (USSR)
"TrAlastic Scattering of Nucleons (survey)m
report aubmitt" for the 2nd USER Conference on Nuclear Reactions at low and
Intermediate biergiea,, Moeccw,, 21-28 July 1960.

83585
S/05 60/0'8/005/01E/05C
B006YI3070
AUTHORS. Nemirovaiul -P. E., Fiveyskiy, Yu. D.
TITLE% The Effect of Coulomb Attraction on the Cross Section of
Ant~.7 ~ro~on__Absorption by Ruclei
71
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 196C,
Vol, 38, No. 5, pp. 1486-1488 A
TEXT: As is known, the anti-nucleon - nucleus interactior cross section
is considerably larger than that of the interaction with Irotons or
neutrons. A qualitative theoretical explanation of this effect can be givEn
on the basis of the optical model. On account of focusing of the
trajectories of the anti-protons by the Coulomb field of the nucleus .. the
cross section for absorption by th~ nucleus increases significantly for
anti-protons whose energies are comparable with the Coulomb energy at the
boundary of the nucleus. This focusing effect has been calculated here on
the basis of the optical model. These calculations are applicable to all
negatively charged, strongly absorbing particles, particularly when the
wavelengths X in the case of energies of the order of the Coulomb energy
Card. 1

83585
The Effect of Coulomb Attraction on the Cross S/056 60/038/005/018/050
Section of Anti-proton Absorption by Nuclei B006YB070
Vc at the boundary of the nucleus are small compared to the nuclear
radius R : X(R) - t/r~Vc~(R)