SCIENTIFIC ABSTRACT B. DABROWSKI - J. DABROWSKI

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000509520005-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Dabrowski, B.
Achievements of the Tarnowskie Gory Chemical Works
in 1961. Frzem chem 41 no-5;282. Yly 162.

DABROWSKI, &Aenlaw; MALIJIX, B~!rnard, dr.
Liolatlr,n and chromatography 3r-j;f,r.--~tlnn of
from Rhamnus frarigula L. bark. Pol. 1-ji-irm.
I. Z Lf.-I-oratnrluni
K tir. B.

DABROWSKI, C.
Using containers for the shipment of goods. P. 59 PRZEGLAD KOLEJOWY
(Wydawntetwa Komunikacyjne) Warszawa. Vol. 7, no. 2, Feb. 1955
SOURCE: East European Accessions List, (EEAL), Library of Congress,
Vol- 4, no. 12, December 1955

Reszezy6ski J.. CLarnocki S., Dibrowski C.. Noooft P., PacZeintak
*Mhj_L_Conerp1osl Design' of 35,000 d%vt Nuc car
,,Proj,-kt kgncepcy%Jny zblomtkow(vo -35000 TDW z allownt.-I Jq-
drow,-j". Budownictwio Okrqto". No. 4-5, 1958, op. 84-89, 4 figs.
The authors give an Idea of a Mr3li Mish miclear ship. The note
hiclurim: conitructlonal description, eNracterlatics and "cial arran-
geimmi, of the shop. power unit iWeWlon of the type of renotor,
dwrackTLitics of the primary circulation, sccmxWy circulation. main
drive Anstallation, efficiency, auxiliary mechanisms. genovator of NC
fSteam, cox-rgency drive). 1.14111zabjo~ problorm are ako Introduced,
--~1'109ether with a comparative ~nalyslx of econonvic ~ffmta of iwleor
fland convLnflonal delm as npplled lo a 35,000 dw-t tanker.
1;~6

DARPOWSKI, C
-ETAg1Y, R.
Controlled thermonuclear reactions at the 2d Inteniatior.al Conference on the
Peaceful Uses of Atomic Energy in Geneva. p. 39
KOSMOS. SERIA R: OFIZYF-.QDA NHOZNIONA. (Polskie Towarzystwo lr:,yodnikow im. Kopernika )
Warszawa. Vol. 5, no. 1, 1959
Poland/
Monthly List of East European Accessions Index (ERA1 ), 1,C, Vol. t, no. 6, trune 1959
Uncl.

2d
137.
lan, Polnnd. Vol 5, n-). 2)
'Af-0. -l'-st

30')8!
P/046/61 006/011/0Q3/C0,/
0 D2 i 6/D304
AUTHORS~ Bcuiyk Jacek, Di~bek Wac-4aw,_l)a.browsk-. Cyry~, J~,sefcw'-
Krystyna, Kozmifiski Jerzy, Suwalski Witcld, T~~pa Jirzy,
and Weiss ZbIgniew
TITLE: Experimental analysis of the use of the "EWA' reastor f,~lr
some pile-oscillat,-~r measurements
PERIODICAL: nukleonika, v. 6, no; 11, !961. 717 - 734
TEXT. This paper invest:lgates the sensitivity of moderator pur.~
ty determi.nati.ons in the WWR-S "EWA" reactor of the Polish Academy of S,:J-
ences at Sw~4erk using various methods. A pri.liminary report; of the work
has already been published (Ref, 6~ W. D~bek Nukleonika, 9, 41,~, iq6o'l~ The
periodic change in neutron density caused by harmon1c osc,.Ilatlon Qf an
absorbing sample causing small reactivity chan(-,es may be wr;~~en
01-1 t
av O(M), (m)
= E , j (M r,:, t f 0? -A~- J L(M).~ r.
nav M~l m.1
Card 1/ 7
X

3 05 81
P'046/61/006/01'
Experimental analysis of D2 1 6'/D304
00 Cj + 0 (M) ?
R(m),,-,j(m
who re r,%' t ) Find n are th-e time deperiderit. and a-verage neut'7--a d;~ns-t
(m) I', N av
I. R ) are the relative amplitides of tbe r, - t
global (genera'A reactor). local and resaltatO, signa-~ 9 . and ~k
are the phase angles of the global, -',:,r-al and re su 1 -, ar s,,~naiq. a-d t'le
period of oscillat.Lon of the sample T -- 211-161 , Fundamental narT,(~.-,--,
:y are considered, the other being elimirated by the a,,::~arat-,s or by rn
utatir .-n, G and L deDerd 1.ipon the ab9orber ccntent ."' ~hp a-.d -I
global t3nd 2--,:a1 si,gnal Lv ard I may bf~ E~Aprre-iei
x C
L
Card 2/ 7

Experimental analysis of ...
'105F'1
P/046/91 006101I/0031CC4
D216/D304
where x = equivalent number of boron nuclei per MJ114 on moderator nucle-i.
and the subscripts x and o refer to signals for samples with and without
absorbing impurities respectively. Similarly, the sensitivity of the re-
sultant signal, may be defined in terms of the phase angle
( 0 - a
x X 0
(8c,
Measurements were made at 500 W reactor power with as low xenon poisoning
as possible. The sample was oscillated in the core in an empty fuel chan,
nel with one detector in an adjacent fuel channel and one in the thermal
column (detecting the resultant and global signals respectively), For re-
actor stability, the cooling system is not operated, Samples were made of
200 - 250 ccs. of moderator with varying contents of boric acid (100-1000
ppm of boron), and were contained in aluminum or plexiglass, The large
amounts of poison were necessary due to the low sensitivities of signals
and apparatus. The detectors were differential ionization chambers, used
with mirror galvanometers, electrometric dc amplifiers with 100 % feedback
and a constant current compensating circuit. 1, Static methodi Eq, (8a)
Card 3/7

30581
P/04 61/006/011/003/004
Experimental analysis of ... D216YD3o4
may bealso expressed in terms of the fundamental harmonics of the keff
change for samples with and without impurities, and these may be ~cmputed
from statically measured characteristics of the change in k eff -obtained
during the sample oscillation. Simultaneously) the adjacent detector deter-
mines the characteristics of the local change in neutron densIty and ' may
be found from Eq, (8b). Finally,q5 may be obtained from Eq, (6c) by
dO I - (g sin q,
99- +
dx + 8`2 (10)
X=O + 2 cos
where a = L /G and the upper and lower signs refer to 0 and5l_(41ri
phase and coontoer-phase oscillations) respectively- Cr and the rolaticin
between G and the change in k may be computed cr determAned experimeri
eff
tally. The sample was positioned at the required point, and the reactor
was balanced by a fine control rod which gave the apprODriate valie of k'~rf
2. Kinetic methods Global and resultant signals are recD.rded cn oscilio-_~
grams during oscillations of the sample, Parasitic phase shifts fY a rid C-)
Card 4/7

30581
P/046/61/006/011/003/004
Experimental analysis of ... D216/D3o4
of the global and resultant signals occur, and are eliminated by perform-
ing two oscillations, one with ti, - 0 and one with b( -jr , of the same sam-
ple. Since the parasitic effects are the same for both oscillations, they
may be removed by combining the observations.,? is determined from this
by a method of successive approximations, and the correct L and 6 values
and hence 1 andqR are computed. The analysis becomes even simpler for small
T and (L/G)6( jr > 2. The sample was mechanically oscillated with T var-
iable from 1 -m22 seconds and amplitude from 50 - 430 mms. The reactor was
balanced before and during the oscillations and once the oscillations were
constant, a set of about 10 was recorded on oscillograms. At least 5 per-
iods of the R and G signals were harmonically analyzed with accuracy up
to the third harmonic. For measurements in the core with graphite samples,
the signal sensitivities are, to an accuracy of 20%, - g and I both - 0.8
%o/ppm, and I~r-0.3 O/ppm - all for optimum experimental conditions. These
are lower by two orders of magnitude than those obtainable in thermal re-
actors, and similar results are found for other moderators. They are due
to the high contribution of the slowing-down process to G and L, in com-
parison with which the absorption contribution is hardly observed. The
self-shielding effect of boron is a factor 0.5 for samples containing 5CO-
Card 5/ 7

30581
P/046/61/006/011/003/004
Experimental analysis of ... D216/D304
-1000 ppm of boron. Measurements in a horizontal channel in the water re-
flector gave slightly lower sensitivities, but were not pursued due to ex-
perimental difficulties and unpromising results. Static method measure-
ments in the horizontal thermal column channel gave promising results for
1. The results indicate a considerable increase in the effective delayed
neutron fraction in comparison vith the data of Keepin, Wimett and Zeig--
ler (Ref. 7: Phys. Rev., 107004p 1957). Preliminary estimates give this
as O.OC81 + 0.0009, and the mean prompt neutron lifetime as 100 1 30 see,
The static and kinetic methods give consistent sensitivities. The authors
acknowledge W. Frankowski, Head of Reactor Engineering Division IBJ, P.
Szulc and L. Labno, in charge of teams of Reactor Operation Division IBJ,
Dobrski, Kulman and Kwiatek for cooperation in reactor measurements, Post
for elaborating the oscillator mechanical drive, Miss Brozyna and Miss Ma-
niecka for scanning the oscillograms, and Mrs. Sawicka, leader of the coir.
puter team from the Applied Mathematics Division IBJ. There are 8 figur-
es and 8 references, 5 Soviet-bloc and 3 non-Soviet-bloc, The refirences
to the English-language publications read as followsi D. Breton, First
Geneva Conferences Paper P/356, 1955; G.R. Keepin, T.F. Wimett, R.K. Zeig-
ler, Phys, Rev., 107, 1o44, 1957
Card 6/7

30581
P/046/61/006/011/003/004
Experimental analysis of ... D216/D3o4
ASSOCIATION: Polish Academy of Sciences. Institute of Nuclear Re-
search, Warsaw. Reactor Engineering Department
SUBMITTED: July, 1961
Card 7/7

DABROWSKI, Czeslaw (Foland)
Ganearal problems of energy balance- and energetintic index
numbers. Iparl energia 5 no,3:54 M 164.

ADAMSKI, L.; BAJBOR, Z.: DABEK, W.~ KOZIEL, J.; SUAISKi, W.; BOUZYK, J.;
BUKOWSKI, K.i DABRMKI~ C.; KUDOWSKI, J.; RZE.S:05T, T.; sucffrm, A.
Critical and exponential assemblies at the Institute of Nuclear
Research, Warszawa-Svierk. Nukleorik-ia 1) no.7/P.539-550 164
1. Institute of Nucle&r Hesaa-rch., Warszawa-Swierk.

-Ixamir, o1, r Z.
1". C,

DABROWSKI, E.
Repair and building groups within fishery teams. p. 16.
Vol. 8, no. 4, Apr. 1956 Warszawa GOSPODARKA RYBNA
SOURCE: East Europ6an-Acession List (EEAL) Library of Congress
Vol- 5, no. 8s August 1956

POLAND/Nuclear Physics c-8
Abs Jour : Referat Zhur Fizika, 110 5) 1957) 11308
Author : Dabrowski Eyryl
Inst : Not given
Title : Experimental Nuclear Reactor. I.
Orig Pub : Postepy fiz., 1956, 7, No 5, 389-418
Abstract : No abstract.
Card 1/1

DABROVSKI. B.
Applications of adranocorticotrapic hormone in obstetrics and
gynecology. Polski tygod. lek. 7 no. 45:1477-1478 10 Mov 1952.
(CLML 24:1)
1. Of the Institute of Mother and Child (Director-Prof. F. Groer.
M.D.) and of the Second Obstetric-Gyuacological Clinic (Head-
Prof. W. Sowinski, M.D.) of Warsaw Hedics.1 Acadesq.

DXBRDWSKI, Edward
Treatment of inflarmtory states of thn adnaza with novocalno
block. Gin.polska 26 no.2:149-156 Apr-June 155.
1. Z Kliniki Poloznictwa I Chorob Koblacych Instytutu Matki
I Dziecka.Kierownlk: doc.dr J. Lesinski. Instytut Matki I dtle-
cka. Warszawa, Madalinakiego 25.
(PROCAINE, therapeutic use,
adnexitis, nerve block)
(PRnGAINS, therapeutic use,
adnexitis, nerve block)
(ANESTHESIA, REGIONAL,
procaine block In adnexitis)

D*BRO%GKI E.
Choroby koblecfe (Women diseases) by E. D#browski. Reported in New Books
(Nowe Ksiazki.) March 1, 1956.

DABROWSKI, Edward
Resulta of psychoprophylactic method of painless labor.
Polski tygod. lek. 11 no.42:1786-1790 15 Oct 56.
1. Z Kliniki Poloznictwa i Chorob Kobiacych Instytutu
Matki i Dziecka w Waresawie; dyraktor prof. F. Groar;
kierownik Kliniki: doc. dr. J. Lasinski. Warg2aWa, Ul.
Madalinskiego 25, Instytut Matki i Dziecka.
(LABOR,
painless, psychoprophylactic method (Pol))

DABWWSKI, Pkiward
Possibilities of application of sleep therapy In gynecology
and obstetrics. Gin. polska 27 no-3:303-311 May-June 56.
1. Z Kliniki P(>Ioznictwa I Chorob Kobincych Kierownik: prof.
Doc. dr. J. Lesinski I Instytutu Matki I Dziecka w Warstawie
Dyrektor: prof. dr. F. Groer, Instytut Matki I Dziecka, Klinika
Poloznictwa I Cborob Kobiecycb 'darozawa, u1. Madalinskiago 25.
(GYNECOOLOGICAL DISEASES, therapy,
sleep ther. (Pol))
(SLEEP, therapeutic use,
In gyn. & obst. (Pol))

DABR)WSKI, Edward
DiptIneric vulvovaginitis in the course of pregnancy.
Gin. polska 27 no.6:?05-708 Nov-Dec 56.
1. Z Inst. Matki i Dziecka. Klinika Polozaictwa i Chorob
Kobiecych; Dyrektor: prof. dr. F. Irroer, Kier. Kliniki:
doc. dr. J. LeaInski, War82swa, u1. Mudalinskiego 25.
(PREG-WICY, complications
vulvovaginitis. diphtheritic (Pol))
(VAGINITIS, in pregnancy
(same)
(VULVITIS, in pregnancy
(same)
(CORTNEBACTMIUM DIPHTIERIAI, infections
causing v-ulvovaginitis in pregn. (Pol))

POLAND/Chemical Technology. Chemical Products and Their
Application. Part 1. - Checking and Measuring
Devices. Automatic Control. H
Abs Jour: Ref. Zhurnal Khimiya) No 21, 1958, 71112.
Author Henryk Dabrows
Inst
Title Automatic Areometer.
Orig Pub: Gaz- cukrown.: 1957, 59) No 12, 325-326.
Abstract: An areometer for continuous measuring of specific
gravity of liquids in the range of 10 to 500 Brix
with a reading accuracy of * 0.5 0 Brix is described.
The principle of the instruEent action is continuous
weighing of the liquid flowing through its spheri-
cal receiver. Directions concerning the mcunting
of the areometer, its calibraticn and using are
Card 1/2

DABROWSKI, H.
"Closer cooperation with state and collective farms will improve the terms and
quality of their suprlies," Gospodaka ~bozowa, Varszawa, Vol 5, 11 6, June 1954,
f 40
P. 9.
SO: Eastern Europenn Accessions List, Vol 3, No 11, Nov 1954, L.C.

CHCIDERA, L.; SZMSZEWSKA. H.; ROZYM, M.; DABROWSKI. H.; I .PISKORZ, A.;
PATKAXI, J.; FILIPZr, H.
Vaecular changee in experimental mechanical jaundice witl.i
hyperlipemia. Polakie arch.med. vown. 30 no.7:1006-1009 160.
1. Z I Kliniki Chorob Wfawnetrznych A.M. w Poznaniu Kierownik:
profo dr med. S,Kwasuiewski.
(JAUNDICE OBSTRUCTIVE exper)
(LIPIDS blood)
(CARDIOVASCULAR SYSTEM pathol)

tho ',-.'roiw,!ICe 00-
T0. 5, 1951,,
Vol. 5,

1",!. Cr n:!" ttri:-
'Tall. 19

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pkl!~-Wmj J.
Scientific and research works of the Institute of Construction Technique, .
P. /'god7 (PFZEGLAD BUDOWLANY, Warmwa, Vol. 27, no. 3, Var. 1955.)
SOt Monthly List of East European Accessions, (EEAL), LC, Vol. h, No. '4J, Uur. 1955,
Uncl.

kA~P-OWM q J.
Possibilities of exploiting sawdust for production of plates and building materials~
p. 00c-90 - 3, Mar. 19C5.)
_7 (PRZEmAD BUDOIdLANY, Warszawa, Vol. 27, no
SOt Monthly List of East European Accessions, (EEAL), LC, Vol. 4, No. 6,,, Jun.. 1955,
Uncl.

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DADR0,4SKI, J -
"The course of te-.-tU*e research work of t1le Institute of Irvilu:;txial D--~;Ln-"
i". ~c
P. 115. (ODZU, Z, Vol. 4, no. 5, 1953, 1 Pol-nd)
SO: Montl-ay Lict rf Ea5t Europbali Accesolons, L. C., Vo]l- 3, No. 5, !.',,y 199,,, Uncl.

DABRNSKI, J.
"The influence of moisture on the production process of sninning." P. 11;7.
(OZIEZ, Vol. 4, no. 7, July 1954, Lod:-,, Poland)
SO: Monthly L:Lrt of E-,,,-,t Europc;~n Acces.-dons, L. C., Vol. 3, 110. 5, Ray 1954, Uncl.

J.
DAMCWAl, J. 7he knitting; industry 2t the 7th Intm--rn,;Aicnal Clothin.-7' Cmi.etition.
p. 2?9. vol. 7, no. 10, Oct. 1956. CDZIE-Z. Lod-,, Foland.
"'~) -7: "a r, . 'in Ac L',st, '- -- ~. ' - A. '.3 - 1. ;-". '~~; 3. 1 :, i

KORYCKA) Waleria; DABROWSKI, Jan
A gold medal for a textile machine factory in Bielsk. Przegl
tech (8/+] no.8:8 24 F 163.

KCRYCKA, Waleria; DABROWSKI, Jan
.:-:.-!". 'll-..-,.q,---.-.,
Tho Powor Trimigle: Peak No,l, Przegl techn 84 no.46;9 17 N 163,
A

KORYCKA, Waleria; DAMOWSKI, Jan
short cut but glorious history. Przegl techn 84 no.48:9
D 163,

KORYCKAJI Waleria; DABROWSKI, Jan
Arsenal of polisj, oilmen. Przogl techn 84 no.50:8 15 D 163-

KORYCKA, Waler1a; DAIjUMSKI, Jan
Center of the Polish cotton industry. Frzegl techn 84
no. 31: 7 4 Ag 163.

KORYCKA, Waleria; DABROWSKI, Jan
I ~- -W
The Rybnik Coal District an we do not know it. Przegl
techn 95 no. 13: 7 29 Mr 164.

KORYCKA, Waleria; DABROWSKI, Jan
Dionysiac Industry. Przegl techn 84 no. 39: 8 29 S 163.

KORYCKA, Walerla ;Dabrowaki, Jan
1- -, I- - I
1114ale In Milanowek". Przegl tecizi 84 no.41:9 13 0163

KORYCKA, Walerial P~Pjdplq, Jan
.. I -...
Sirens on the Sola River. Przegl techn 84 no.51: 9 22 D163.

KORYCKA, Waleria; DABRMSKI, Jan
The Polish power triangle. Przegl techn 84 no-52210
29 D'63.

DADROWSKI, Jan
Liquids of the 20th Century. Horyz techn 17 no. 2: 14-15 F 164.

DABROWSKI, Jan
Metal of two epochs. Horyz tachn 17 no.3:25..26 Mr '61,.

KCfCfCKA, Waleria; DABROM JAn
L- -
Gdansk Shipyard. Przegl techn 85 no.6:5 9 V64-

KORYCKA,, Waleria; DABROWSKI, Jan
Test case,of the Kasprzak Works. Przegl techn 85 no. 11:
7,9 10ir 164.

KORYCKA, Waleria; DABRQVSKI,-Jan
The now aspect of the Steel Works in Rakow. Przegl techn 85 no.21:7
24 Yq 164-

STARZBWSICI, Wojoleoh; DABROVSKI, Jan; GMA. Maria
Treatment of acute adnexitis by paravertebral procaina block.
Polski tygod. lek. 9 no.36:1156-1158 6 Sept 54.
1. Z Kliniki Polozntctwa i Chorob Kobiecych Slaskiej Akademil
Medycznej w Zabrou. Kisrownik.- prof. dr W.Starzowski.
(PROCAM, therapeutic use,
adnexitis. nerve block)
(ADMITIS. therapy.
procaine nerve block)
(ANESTHESIA, REGIONAL,
procaine block in adnexitia)

DABROWSKI, Jan (adres autora: Zabrze, Sadova 13)
Indications for cassarean section including cases of Infection.
Ginekol pol 25 no.2:123-134 Ap-Je 154. (U&L 3:8)
1. Z Klinild Folosnictwa I Chorob Kobiecych Slaskiej Akademii
MadycznV s Zabrsu. Kierownik: prof. dr Wojciech St&rzewski.
GAIRABE SICTION,
*India.)

DABROWSKI, Jan
Modified concept of surgery of uterine myomas in older women.
Polski tygnd. Ink. 11 no.31:1370-1374 30 Ju17 56.
1. Z Wojewodzkiego Szpitala Polozniezo-Ginekologicznego w
Stemianowicach Slaskich; dyrektor; dr. J. Dabrowski.
Stemanowice SI., Gen. SwiArcze wakeigo 15, Wojew. Sepital
Polozn.-Ginekol.
(UTERUS, neoplasms,
myoma, surg. In aged (Pol))
(MYOMA,
uterns, surg. in aged (Pol))

DAIMMS11, Jan.
Influence of the calcium-phosphorum metabolism of the pregnant
woman on development of the fetus. Gin. polska 28 no.2-165-169
Mar-Apr 1956.
1. Z Kliniki Polosnictwa i Chorob Kobiecych glaskiej A.M. v
Zabrzu. Kierownik: prof. dr. V.Starzowski. Z'abrze, Sadows, 13.
(PRIG W GT, metabolism in
calcium & phosphorus, off. on develop. of fetus (Pol))
(MUS'
off. of maternal calcium-phosphorus metab. an develop.
(Poi))
(CALCIUM, metabolism
maternal, in progn., off. on develop. of fetus (Pal))
(PROWHORUS, metabolism
(same))

DABPJ)WSKI, Jan
Attempted cllnico-laboratory nvaluation of shock In gynecological
and obstetric Interventions. Gin. polska 28 no.4:427-436 July-Aug
56.
1. Z Wojewodzkego Dzpitala Poloznicza-Ginekologicznego w
Stemianowicach Slaskich. Dyrektor: dr. J. Dabrowski.
Slemianowice Slaskie, ul. Swierczewskiego 15 - Spital
Polozniczy.
(GYNECOLOGICAL DISFAASES, surgery,
perop. shock (Fol))
(SHOCK, etiology and pathogenesis,
ffn. & obst. surg. (Fol))

OLES, Andrzej;.P~BROWSKI, Jan; DZIOK, Antoni; KURZEJA, Kazimierz
A case of anthrax of the skin. Polski tygod. lek. 16 no-52:2023-2024
25 D 161.
1. Z Oddzialu Zakaznogo Szpitala Powiatoyego w Jaroslawiu; ordynator
Oddzialu: dr med. Jan Dabrowski i z Dzialu Epidemiologii Wojewodzkiej
Stacji Sanatarno-Epidemiologic=ej v Rzeszowie; kierownik Dzialu:
lek. med. Andrzej Oles, dyrektor Stacji: lek. med. Zygmunt Mazurek.
(SKIN dis) (ANTHRAX case reports)

KORYCKA, Waleria), DOROWSKI, Jan
The Chemical Works in Oswiecim, an induBtrial enterprise planted on
blood. Przegl techn 84 no.14:8 7 Ap 163.

e fa.:
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t_&~ t- L AA 14 is it aI
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TO N J 7-
rOLAND Organic Chemistry. Theoretical Organic G-1
Chemistry.
Abs Jour: Ref Zhur-Khimiya, No 1, 1959, 1133.
Author : Hurwic, J., Radzikowski, J., Dabrowski, J.
Inst :Not given,
Title :The Investigation of a Tautomerism. in 1/~_amino-
vinyl Acids by Measuring the Dielectric Constant
of their Solutions.
Orig Pub: Roczn. chem., 1958, 32, No 1, 159-161.
.Kbstract: The tautomerism revealed previously (RZhKhim, 1955,
40057, 1957, 26610) by means of refractometric and
spectroscopic measurements in ;6-aminovinyl ket-
ones RCOCH = C11N`HR1,_'-..__2 RC(OH) CHCH = NRI
la R C2 H5, RI = H; b R n C3 H7, RI = H;
c R R' - C113; d R = iS0 C4 fig, R' = CH3) is
Card 1/2 1

--A .'),S K
Di5trl Wd/Wc(l)
med s
pectm
07 L of
MY copper Wts,
a an
Mary); Chm. S2, 82 968 GJPQljlCSh--
vviuwaw; SUM-
P 4e; $2. 1,"3619919r-i z reswts of
uctrk Investiptloam, Indicate the (am&.
-lxb- of the alkyl 2-alkytaralnovinyl
Ai- ketones RCOCII.-CIINHRIP*RC(O.4):CIICH:NRI. The
tautomeric equil. Is, contrary to the umbelltuted ketones
RCOCII:CHNH, 'zi PC(Oll):CIICH:Nll, shifted to the
IcIt side..

POLAND / Physical Chemistry. Molecule. Chemical B-4
Bond.
Abs Jour: Ref Zhur-Khimiya, No 7, 1959, 22292.
QwskI, anus7
Author : Dq_~r __,T
Inat : Not given.
Title : Concerning the Unsuitability of Using the Con-
cepts of Specific Exaltations of Molar Refrac-
tion and Dispersion.
Orig Pub: Roczn. chem., 1958, 32, No 3, 637-646.
Abstract: Literature data concerning rafraction RD(GxP-)
for ~ = 5890 A and t a 200 of 55 compounds having
conjugate bonds are collected. The theoretical
magnitudes of refraction RD(theor.) of the same
compounds are computed as sums of ato-r-lic rofrac-
tions and increments. Two different imgnitudes
of RD(theor.) are obtained for aach comi~ound, ono
Card 1/3

DABROWS "-.
Imide-enamine tautomerism. V. Isolation of polar tautomeric forms
of propyl-A-aminovinylketones. Bul. Ac Pol. chim 7 no.2:93-95 '59-
(EEAI 9:7)
1. Katedra Chemii Crganicznej Politechniki Warszawskiej. Vorgelegt
von T.Urbanski.
(Imides) (Amines) (Propyl group)
(Vinyl group) (Ketones) (Amino group)

DABROWSKI, J.; KAMENSKA, X.
Imine-enamine-tautomerism. VII.Cryametric investigations of the
transformation of (3 -eminovenyl ketones. Bul chin PAN 8 no.9:
I
461-466 160.
1. Katedra Chemii Organicsnej, Politechnika, Warszawa. Presented
by T. Urbanski.
(Imines) (Amines) (Tautomerism) (Aminovinyl ketones)

DARROWSKI, J.; TERPINSKi, J.
13olation of individual forr.3 mixture3 rf nome
a Ikyl-r - a;;,iriovlriy-lk+3tcz-,-~s. 'Fall cl-h, PAN 9 ru. t 61.
1 . Fa t~-.jr a Ch,~-:i. i i Oriar, zrie j , F c I i techi-
S)Mt6ZV (11',:LA I I iCZri~ I, i~C, I j

Poland/FhYsIcal Chem�stry Atomic Vucleua, B-?
Abst Journal: Referat Zhur - Khimiye,, No 1 1957, )-,1
Author: DabrOvski.. j., and Sawic)(J., J.
Institution: -40f*
Title: S119 pie Mcdel of the L_46 Nucleus and the NooLr.-m-1.~duced Reacll~,,)no of
Li
Original
Periodical: Acta Phyo. Polon, 1955, Vol 1.4, No 4, 323-3_35 "rjult"~ne,1 !.11 aigllsh
with a Russian summary)
Abstract: The reactions L16(n,t)He4 and !.j6(n,d)He are discussed 'With, rhe aid of
a simple model of the U6 atom in *whlch it is represented as consis-,
Ing of alpha particles and deutrcns. it is supposed that both reac-
tions am or the "fission" type. -ITe correc-,~nf%s,, -:if this M'_)dW_ 1.3
barnef on+..~~Ptl~ by ene etic relation&Wpa and by the fa~:t tt-vait the
~~ c.-- the magnet'.c moireni., of deutrona The cross
magnetic moment of LiF, -
sections for both reactions were calculat?~~ by ~Av~ Bornov approxima-
tiOD.
Card 1/1

!AVII

POLAND/Nuclear Physics Nuclear Reactions C-5
Abs Jour Ref Zhur - Fizika, No 5,, 1958. No 10268
Author Dabrowski, J., Sawicki, J.
Inst Polish A`ctnby of Sciences, Warsaw
Title Angular Distribution of the Deuterons of the Be9 ( d)r-,ea
Reactions. Angular Distribution of Deuterons From 5B'e(p,d)8Be
Orig Pub Acta phys. Polon-~, 1956, 15, No 6, 431-434
Abstract Errors are corrected in the calculation of the a_nwular distri-
butions of the reactions Be9(p,d) and Be9(d:t): wAde in pre-
vious works (Referat Zhur Fizika, 1955:, No 11: 2'+IC'3-; 1956,
No 3j 6443; No 8, 22149, 1957, 3, No 6oqo). most jmport~mt
corrections have been introduced in the absolute-. values of
the cross sections. The corrected value of the caIc-alat:.;d
differential cross section of the reaction B-_9 (p,d), where
ro = 5 x 10 -13cm in the interval ~ to 8 mev at Z 1= '--Y)O, 18
0.22 barno/steradian. The corructed values o-f tlvi
differential corss sections of the Be9(d,t) reactUor-, for
r =5 x lo-13 cm and r0 = 7 x lo-13cm at' 0-,-' 0. arg 34
Card 1?2

POLAND/Nuc.'Lear Physics - Nuclear Reactions C-5
Abs J6ur Ref Zhur - Fizika, No 51 1958, No 10268
and 39 millibarns/steradian respectively instead of 87-12 and
72-30 millibarns/steradian. Th2 corresponding total cross
sections are 44 and 27 millibarns (instead of 110-9 and 50.6
millibarns). Corrected theoretlical curves are given for the
angular distributions at different values of ro but their
agreement with the angular distributions of the Be9(p,d)
remains the sane as before.
Card 2/2

P012LND/Nuclear Physics - Nuclear Reactinas C-5
Abs J,.)ur : Ref Zhur - Fizika, No 7) 1958~ No 15150
i'Luthor : Dabrow ulczyjew P.
rsaw Poland
inst
Title : Note an th(312C(d,p)l~ C Reaction Near the. It Mov Resonance.
Orig Pub : Acts. Phys. polon., 1957, 16, No 3) 231-234
Abstract : The authors have calculated the differential crc~ss secticn nf
the reaction C12 (c.,p) Cli ce at 4 Mev. The fcr-
D near resonan
mula proposed by Thomas (Referat Zhur Fizika ) 1958, N-3 3, 5487)
is used. No account was taken in the calculaticn of the
Coulomb scattering and of the potential scattering. It wns
assu.ied that the particles participating in the formation mf
the conpound nucleus have the following values of i1cmenta:
J d :; 2, jp 1, and "n = 1- The possible ccntributi~,n nf the
momenta 'd - and j p- I were not taken into accomt. The
' ~ 0.5 M V
total moraenta J ~ 3' and the width I Mev were a'Trilcuted
to the excited level of the ccrapound nucleus. The calculaticn
was rade in the Born and Butler approxiuation. 111he results
Card 1/2

POTI,ND/Nticlear ?iysics - Structure and Properties of Nuclei C
Abs Joar : Ref Zhur Fizika, No 10, 1959, 22c62
AiAhor : Dabrowski, J.
Illst University of Great Dritini,.
Title BindinG Ener[,7 of the 01, Nuclc~,,s with tile Claster
Development Method
OriL; Pub Bull. Acad. polon. sci. Ser. sci. math. astron. et phys.,
1958, 6, No lo, 635-643
Abstract A brief report is LIven as a result. of variational cal-
culations of the bindli,,,~ eiierCy of OJ6 nucleus, carried
out by tile author earlier (.Referat Zhur Fizika, 1958, No
12, 26946; 1959, No 6, 12451) with trial wave f,-.nctions
of the form
f (ri j (1 ... Al, (1)
j
Card 1/2

S/058/62/000/010/033/093
Ao6l/AlOl
AUTHORS: Borysowicz, J., DgLbrowski, J.
TITLE: Diffraction scattering of deuterons on non-Spherical nuclei
PERIODICAL: Referativnyy zhurnal, Fizika, no. 10, 1962, 46, abstract 1OB350
("Rept. Inst. badah J;Ldrow. PAN", 1961, no. 261/viii, 16 pp., illwt.p'
English; summaries in Polish and Russian)
TEXT: The scattering of deuterons on non-spherical nuclei is considered
in diffraction approximation using the black nucleus model. The quadrupole nu-
clear deformations considered are assumed to be small. Both elastic and inelastic
scattering cross sections are calculated. The angular distribution found for in-
elastic scattering differs little from the angular'distribution for polgt par-
18*
ticles. The results ar& illustrated by the example of the reactions 0 (d,d')O 0 .
N24(d,df)M824, and Mg? (d,d')Mg 24*. Although the deuteron structure tells little
on tha character of th~ scattering angular distribution, the calculation of the
'finite deuteron dim6nsi6ns leads to a diminution of the effective nuclear radius
oi
the nuclear deformation parameters This leads to a
-R0 and to an increase
Chrd 112

Diffraction scattering of...
S/058/62/000/010/033/093
Ao6i/Aioi
better agreement of the Ro and , values, obtained from the analysis oil reactions
with deuterons, with the values obtained from data of alpha particle scattering.
A. Sitenko
[Abstracter's note: Complete translation]
Card 21P

21721
P/045/6i/020/003/003/004
0 0 B133/B228
AUTHORS: Dabrowski, Janusz and Sobiczewski, Adam
TITLE: Optical model for nucleon-nucleus scattering
PERIODICAL: Acts, Physica Polonica, v. 20, no. 3, 1961, 243-255
TEXT: The present paper deals with the derivation of the parameters of
the optical potential for nucleon-nucleus scattering. The optical po-
tentialVfor a nucleus with high mass number A is given by:
A
V 2;
i-2
The transition operator toi describing the scattering between the particle
"o" and "ill in the presence of the other target nucleons satisfies the
integral equation:
10i - Voi + Vol 90i, (2)
Card 1/~

Optical model for...
21721
P/045/61/020/003/003/004
B133/B228
where the operator q excludes all the states occupied by the target
nucleons, and e - E - h - T - V + i". V is the nucleon-nucleon inter-
A 0 oi
action, E is the ground-state energy of the target nucleus plus the energy
of the projectile, HA the Hamiltonian of the target nucleus, and T0 the'
kinetic energy of the projectile. The approximationscontained already in
(1) were discussed by Sawicki (see references). An exceptional case for
which one can easily solve Eq. (2) for the t matrix is the case of the
separable potential:
1 3fdr1le-Wrioulzeims -
U
)
AS g(A g(P) (10)
M
Depending on the form of the g function it is called "Yamaguchi potential"
(Y) when g(p) = (p2 + P2)_1 , or "effective range potential" (ER) rhen
card 24

Optical model for...
21721
P/045/61/020/003/003/004
B133/B228
2 2 1/2
g(p) = (P + 0 )_ . One of the disadvantages of potential 00) is,
that it acts in the S state only. The authors now want to improve the
results for the optical potential obtained with the separable potential
(10) by adding the contribution from higher (than S) partial waves in
phase-shift approximation. To get the phase-shift approximation for the
t matrix, they put the operator Q . 1 in Eq. (2) and replace V by an
energy-independent real potential. To calculate the optical potential
V(k0), the following coordinates are introduced:
P ilco + ki
U_ - (17)
2 2
In these coordinates
(ka+kp)12
d1e, L6,-r fdp pfdU U (18)
k,
f
Card 36~

21721
Optical model for... P/045/61/020/003/003/004
B133/B228
holds. After introduction of the dimensionless variables ko/kF
x - p/kF one finally gets:
Re V(Q1 2 h 2 k,'. 1 (20)
I M V (4-.) 4 dX 4 2 2f(x)
where g is given by
g(p) - [Z (odd j) + 3(even j)] (2i + 1) sin 26, +(even J) + 321 (odd 1)] x
X [(2j + 1) sin 2Yjj + (2j + 3) (sill sin 217,+,,,)] + 3 sin 21jo
The eqrtion 5or f is obtained from Eq. (16) by replacing sin 2,,, sin 2,
by sin , sin , respectively. To improve the expression for Im V(ko)I ,
the authors take into account some of the effects of the exclusion prin-
ciple. For this reason, they follow the Goldberger method known as the
"frivolous model". Their rather intuitive approach leads to
Card 4/~~

21721
Optical model for... P/045/61/020/003/003/004
B133/B228
2 h 421
IM VGd(kl) --W- -1 fd,[f(x)l.,] fty(xl + 1.1 - 1)
,IfV (26)
(W-I)II max f(--x). Yi---X. I
i0tere t1w iadex (A itidicates the Goldberger iiiefliod.
where y is u/k., and Gd indicates the Goldberger method. To get numerical
results, the optical potential is discussed as a function of the wave
numbers,of the incoming nucleon. Due to the approximations made in the
derivation, satisfying results are expected only for neutrons and only for
high energies. Figs. 1 and 2 show V as a function of the energy E 0 of the
incoming neutron. Corresponding results for the (ER) interaction are
given in Table III. Because of the uncertainty of the experimental results,
a comparison between theory and experiment is difficult. It seems that
the experimental points favor the curves ob'tained by means of GT and SM
phase shifts. There are 2 figures, 3 tables, and 25 non-Soviet-bloc ref-
erences. The 3 most recent references to English-language publications
Card 5/

21721
Optical model for...
P/045/61/020/003/003/004
B133/B228
read as follows: Dabrowski, J. and Sawicki, J., Nuclear Phys. 13, 621
(1959); Nuclear Phys. 22, 318 (1961). Sawicki, J., Nuovo Cimento, 15,
606 (1960).
ASSOCIATION: Institute for Nuclear Research, Warsaw, and Institute for
Theoretical Physics, Warsaw University, Warsaw (Janusz
Dabrowski). Institute for Theoretical Physics, Warsaw
University, Warsaw, and Warsaw Technical University, Warsaw
(Adam Sobiczewski)
SUBMITTED: September 30, 1960
Card 6/~'7

L44297
S/058/62-/OGO/0!2,/012,/048
A16O/A1O1
~AUTHORS: DgLbrowskfl Janusz, Borysowicz, Jerzy
:~TITLE-. Diffraction scattering of deuterons on non-spherical nuclei. II.
Deformation of arbitrary multipolarity
PERJODICAL: Referativnyy zhurnal, FizIka, no. 12, 1962, 62, abstract 12B430
("Rept. Inst. badafi jalrow. PAN", no. 300/VII, 1962, 10 pp., il-
lustrated, English; summaries in Polish and Russian)
iEXT: The theory of the diffraction scattering of deuterons on nuclei,by
Akhiyezer and Sitenko, is generalized for a case of-deformed nuclei with a sur-
facew_lcforrmtion of an arbitrary multipole order. The nucleus is assumed to be
black. The calculations were carried out in a linear approximation by the param-
eters of the nucleus deformation. The calculated angular distribution proved
to be close to the angular distribution obtained by Drozdov and Blair for the
diffraction scattering of nucleons on non-spherical nuclei. A consideration of
the deuteron structure results in a decrease of the parameter Ro (the interac-
tion radius) by 1/4 of the deuteron radius Rd, and In a multiplication of the
Card 1/2

S/058/6P_/ooo/o12/OIP_/048
Diffraction scattering of deuterons on... A160/A101
parameter of deformation !311 by the.multiplier (1 + (3/8)Rd/Ro) in the expres-
sion for the scattering cross section. See also Referativnyy zhurnal, Fizika,
-.1962, 8B368; 10A350, 1OA416.
A. S.
[Abstracter's note: Complete translation]
Card 2/2

DABROWSKI., Janusz
A surnmer school-on nuclear physics in Varenna, Italy, August
1961. Fostepy fizyki 13 no.1;103-no 162,

33783
P/04~/6 2/021/00 2/004/007
WO/ 3 15) B137 3102
AUTHORS: ~~rows~ki, J_a~usz_, Sobiczewski, Adam, and ZielAska,
llai'gorzata
M
TITLE: Calculation of the optical potential with the nucleon-
nucleon phase shifts in the Thomas-Feri:ia approximation
PERIODICAL: Acta Physics. Polonica, v.. 21, no. 2, 1962, 145 - 11,2
TEXT: The authors calculate the radial distribution of the optical
potential V for nucleon-nucleus scattering at an energy of E 0 ;~_ 50 Ulev
with the aid of the empirical nuclear density, V = V + AV, where V is
0 0
the optical potential calculated with the free nucleon-nucleon scattering
operator t 0, and AV is a correction owing to the exclusion principle.
The Thomas-Fermi approximation is used to calculate V for a finite nucleus.
The optical potential is expressed with the aid of nucleon-nucleon phase
shifts. The nuclear density p(r) is assumed to be identical with the
charge distribution determined from Hofstadter's electron scattering
experiments. For numerical calculations of V the Signell-Marshak nucleon-
Card 113

33783
P/04 5/62102 '1 -~'~210-J41007
Calculation of the optical B137/B102
nucleon phase shifts are used. AV increases the depth of the rc~al part
of the optical potential, and decreases that of the ima.-inary part. 'rhe
corrections are more iwportant at higher densities. Calcu2ations were
carried out for E 0 = 50, 80 and 120 Mev The shape of the optical poten-
tial V is diSCUS.Sed in terms of the litilf-way raditio it r(.i) and the surface
thickness s r(i)l where r and i stand for real R r ~' RP + 0-.1 f, and
9r = sP- R P is the half-way radius. and s P is the surface thickness (the
distance over which the density drops from 90 ~o to 10 '-'46 of its peak value,~
f is the unit of length in fermis. s r = 2.20 is founi. which agrees -with
experimental results (S r = 2.6 -3~1,f for surface absorption below 50 Mev,
and sr = 2 0 - 2.2 for volume absorption throut7hout the whole energy raru~
The difference R r- RP = OJ f is too small as compared with experimental
results (0,8 i 0,5 f), The values for Re V(D) are too big by 20 Mev as
compared with experiment. It can be concluded h= the experiments that Re V
has practically the same radial distribution as the nuclear density with
a corresponding depth, bigger than 23 Usually assumed R.- R = 0.25,
Card 21?3 1 P

33783
P/045/62/021/002/004/007
Calculation of the optical B137/BlO2
0,15, O~10 f is found for E0 = 50, 80 and 120 Mev, respectively. The
calculated depth -Im V(O) is in good agreement with the experimental
values given by Bjorklund. There are 2 figures, 1 table,and 11 non-Soviet
references. The four most recent references to Enrlish-language publica-
tions read as follows: Bjorklund, F., Proceedings of the International
Conference on the Muclear Optical Model. The Florida State University
Studies, No,. 32, 11 1959; Hahn, B., Ravenhall, D., and Hofstadter, R.,
Phys. Rev., 101, 1131 (1956); Kerman, A. K., McManns, H., and Thaler, R.X,
Ann. Phys. (~_ew York), 11, 551 (1959); Signell, P. S., and 11arshak, R. E.,
Phys, Rev., 122, 1229 (1958).
ASSOCIATION: Institute for Nuclear Research and Institute for Theoretical
Physics, Warsaw University, Warsaw (D~browski); Institute
for Theoretical Physics, Warsaw University, Warsaw and Warsaw
Technical University, Warsaw (Sobiczewski); Institute for
Theoretical Physics, Warsaw University, Warsaw (ZielAska)
SUBMITTED: July 14, 1961
Card 3/3

BORYSM[ICZ,, Jerzy; 4AjgWSKIj-"=sx
Diffraction scattering of deuterons in nonspherical nuclei. Act&
physica Pol 21 no.4.339-350 Ap 162.
1, Institute for Theoretical Physicsy University# Warsaw (for
Boryoowicz). 2. Institute j:or Nuclear Research, Warsaw., and Institute
for Theoretical Physics# Univeraitys Waraaw (for Dabrowski)&