SCIENTIFIC ABSTRACT MASSAGETOV, P.S. - MASSALSKIY, YE.I.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KEIZOVKOV, A.D.; MS&GFTW,- YIS.
4~_.- " - , -
Study of aconite alkaloids. Part 6. Monoacetylsongoring. nev
alkaloid from Aconitum soongoricum. Zhur.ob.khim. 26 no.1:281-282
Ja 156. Mak 9:5)
1. Vsesoyussnyy nauchno-iseledovatellskiy khtmiko-farmatsevtiche-
skiy institut, Imeni S. Ordzhonikidze.
(Alkaloids) (Aconite)

...... ........ ... ..... ...

4 1, , , , ,

1~~5 -S- A7 6: e~
PUMLISKAYA, Ye.Ch.; PETROVA, M.F.; KASSAGHTOV, P.S.
Testing plant extracts for their cytotoxic and concerocidal properties.
(with mi ary in English]. Biul.eksp.biol. i med. 43 no.6:57-60
Je '57- (MIRA 10:10)
1. Is laboratorit eksperimentallnoy khimioterapit (zav. - chlen-kor-
respondent AMN SSSR L.F.Iorionov), laboratortys khimii prirodnykh
veshchestv (zav. - prof. G.P.MsnIshikov)'InBtituts ekaperimentallnoy
pato'ogII i terapit rake (dir. - chlen-korrespondent AMN SSSH N.N.
Blokhin) i is botanicheakoy laborstorit (zav. - P.S.Hassagetov) Vae-
eoyuznogo mauchno-iseledovatellskogo khtmiko-formati3evticheekogo
institute. Predstavlena deyetvitellr4ym chlenom ANN SSSR prof. A.D.
Timofeyevskim.
(CYTOTGXZC DRUGS.
plan4 extracts (Rus))

rV!~, A- G, Ii- -r
79-1-56/63
ATUTHORSt Platonova, T. F. , Kuzovkov, A. D. Massagetov, P. S.
TITLE: Investigation of Aconite Alkaloids (Issledovaniye akonitovykh
alkaloidov) IX. On the Alkaloids of Aconitum excelsum
(IX. Ob alkaloidakh Aconitum exoelcum)
PERIODICAL% Zhurnal Obshchey Khimii, 1958,Vol.28, Nr 1, pp.258-261(usSR)
ABSTRACT: The alkaloids of the plant Aconitum excelsum Rehb. were in-
vestigated by S. Y. Yunusov in whose report a short indication
to the isolation of mesaconitine and two bases. These bases
wer8 characterized by the melting points (265 - 2670 and about
100 C). The authors investigated the roots of the plant. The
matorial was collected in Tyan'Shane in fall after the dyin&
of their upper parts. The present sample contained about 3 5~
alkaloid mixture whose chromat graphic investigation on pa-
per only indicated three products (Rb 0,66 , 0,49 and 0,38).
By splitting up the mixture it was possible to liberate lap-
paconitine (Rf 0,66) and two new alkaloids ( 0,74 and 0,76)
which it was not possible to determine chromalographically and
Card 1/2 for whom the names aksin and akainatin were suggested. The

79-1-56/63
Investigation of Aconite Alkaloids. IX. on the Alkaloids of Aconitum ex-
celsum dry roots contain 0,016 % aksin and 0,002 % aksinatin. in this
manner the investigated material contained at least five ba-
ses. The products R 0,49 and 0,36 could not be separated as
such. Aksin, C 91H29 8 N, contains two alcohol groups and one
acetoxy -,roup gild a~parcntly also a sin-je ether bond. Ak-
sinatin, C21H 0 4N, has an alcohol and a keto group and,
like aksin, alzo an acetoxy Group. By saponification of the
latter amino alcohols were 0btained from both, accordinGly -
aksinidine, C Il 0 N, and aksinatidine, C H 0 N. "he
1212 1~ 22
superterrestr oaks of the plant which we e oileclted
in the pre-flowerin.--time contained 0,5 % of the noncrystal-
line alkaloid sum; by paper chromatoE;raphy of the sum three
products were determine d (R
,b 0,64, 0,49, 0,38), from which
only lappaconitine (0,06 %) could be liberated. There a::e 2
references, all of which are Slavic.
ASSOCIATION: All-Union Scientific Chemical-Pharmaceutical Institute imeniS.
Ordzhonikidze (vaesoyuznyy nauchno-issledovatellskiy 1:himiko-
-farmatsevticheskiy institut imeni S. Ordzhonikidze)
SUBMITTED: January 8, 1957
AVAILABLEt Library of Congress
Card 2/2 1. Chemistry 2. Flora-Chomioal analysis

SOV/79-28-11-5o/'55
AUTHORS: Platonova, T. F., Ruzovkov, A. D., Massagetov, P. S.
TITLE: Investigation of the Aconite Alkaloids (Isaledovaniye akoni-
tovykh alkaloidov) XIII. Alkaloid Aconitum Rotuncifolium Kar.
et Kir. and Aconitum Nemorum M. Pop. (XIII. Alkaloidy Aconitum
rotundifolium Kar. et Kir. i Aconitum nemorum M. Pop.)
PERIODICAL: Zhurnal obshchey khimii, 1958, Vol 28, Nr 11, pp 3126-3128
(USSR)
ABSTRACT: The orbicular-leaf aconite (Aconitum rotundifolium Kar. et
Kir.) is a small perennial plant with two tubers and pale-
lilac flowers. The underground parts of it were collected
during blossom in August and September in the centralrart of
Tyan!-Shan for the purpose of separating the alkaloids. The
dried plant consisted of about 0-15 % alkaloids. In the mix-
ture four bases were found by paper chromatography. In the
aluminum oxide chromatography alkaloids of the empiric formu-
lae C27H3106 N and C26H3402N2 were separated from the mixtiire.
The forest aconite (Aconitum nemorum. M. Pop.) is a perennial
Card 1/2 grass-type plant with blue flowers and a little chain of

SOV/79-28-11-50/'5f
Investigation of the Aconite Alkaloids. XIII. Alkaloid Aconitum Rolundi-
folium Kar. et Kir. and Aconitum Hemorum M. Pop.
tubers grown together. For the investigation the whole plants
were collected in August during the blossom in the Tyan'-Shan,
in the area of Lake Son-Kull. The dried plant contained 0.2
alkaloids. Two bases found in the mixture by paper chromato-
graphy they turned out to be talat isamine (Ref 2) and mono-
acetyl talat isamine. The latter was also obtained by the
acetylation of the former (Ref 3); it had never before been
found in plants. There are 3 Soviet references.
ASSOCIATION: Vaesoyuznyy nauchno-issledovatellskiy khimiko-farmatsevti-
cheskiy institut imeni S. Ordzhonikidze (All-Union Scienti-
fic Chemo-Pharmaceutical Research Institute imeni S. Ordzhonikidze)
SUBMITTED: October 15, 1957
Card 2/2

SOV/79-28-11-51/5r,
AUTPORS: Platonova, T. F., Kuzovkov, A. D., Massaretov, F. S.
TITLE: Alkaloids of Plants of the Family Chenopodiaceae (Coosefoot)
(Alkaloidy rasteniy semeystva Chenopodiaceae (marevyye~)
Anabasis Jaxartica and Arthrophytum Leptocladum (-.nabasis
jaxartica i Arthrophytum leptocladum)
PERIODICAL: Zhurnal obahchey khimii, 1958, Vol 28, Nr 11, pp 3128-31~`l
(USSR)
ABSTRACT: Anabasis jaxartica (Dge.) Renth. is a 2o-3o cm high, perennial
plant, which grove in the sa 'lt plains of the Syr-Darlya river.
The dry plant contains 0.16 ~o alkaloids. In alkaloid mixtures
four bases were produced by paper chromatography (R f 0.~30,
0.41, 0.17). In the separation, depending on the basicity,
it was possible to separate 2 bases, Nr 1 (R f 0.13) and Nr 2
(Rf 0.41). The substances with the denominations R, 0.90 and
0.17 or, the chromatogram yield weak stains and obviously are
contained in the plant in only small quantities. '3aLse ~Ir 1
corresponds to the formula C 9H13 ON; it is water soluble and
Card 1/3 is dyed with iron' chloride. In the infrared snectrum the fol-

SOV/7)-26-11-5 1,'5'
Alkaloids of Plants of the Family Chenopodiaceae (Goosefoot.). Anabasis
Jaxartica and Arthrophytum Leptocladum
lowine, absorption bands can be seen: 3.0 p ( a weak hand,
(N11)), 3.B g ( a double band, hybrid ion), fi.2 ~L (a double
band, conjugated bonds). Their nitrogen is of secondary type.
The composition and the properties of base 11r 1 as vell as
the constants of its salts correspond rather exactly to those
of 11-methyl-4-oxy-p-phonyl-ethyl amine (Table 1) whicl. never
before had been found on plants, although its methyl derivative
(hordenine - Ref 2) has been long known. The base Nr 2
C10H15 ON differs from base Nr 1 by the grotip CH 2* Its a,-.ectrum
differs very little from that of base Nr 1. The authors called
this new base Jaxartinin. From Arthrophytum lelAocladum ". Pop.
N. ~. Yurashevskiy (Ref 3) obtained dipterine, leptocladine,
and, W-methyl-p-phenyl-ethyl amine. It contained 3.'[ ~' bases.
The authors succeeded in additionally separating the base
C12H14 N2 which has an NCH 3 group. Onecf the nitrogen atoms
is of basic character. This base with an excess hydroc'~loric
acid forms a chlorine monohydrate. Its infrared spectrum
Card 2/3 points to an as~-ociated INII-group. The ultraviolet spectrum is

SOV/79-28-11-51,51~
Alkaloids of Plants of the Family Chenopodiaceae (Goosefoot). Anabasis
Jaxartica and Arthrophytum Leptocladum
identical with that of indole. Based on the above said as
well as on the similarity of the constants of the obtained
base and its salts with those of 3,nethyl-1,20,4-tetrahydro-
P-carbinol (Ref 4, Table 2) they can be regarded as identical.
This carbinol had never before been found in plants. There
are 2 tables and 5 references, 2 of which are Soviet.
ASSOCIATION: Vaesoyuznyy nauchno-issledovatellskiy khimiko-farmatsevti-
cheskiy institut imeni S. Ordzhonikidze
(All-Union Scientific Chemo-Pharmaceutical Fesearch Institute
imeni S. Ordzhonikidze)
SUBMITTED: October 152 1957
Card 3/3

SOV/79-28-11-q2/55
AUTHORS: Platonova, T. F., Kuzovkov, A. D., Masnagetov , P. S.
TITLE: On the Alkaloids of the Plants of the Family Asclepiadaceae
Milkweed) (0b alkaloidakh rasteniy sem. Asclepiadaceae
astovnevykh)) I. Antitoxicum Funebre (Boiss. et Ky.) Pobed.
R
(I. Antitoxicum funebre (Boiss. et. Ky.) Pobed.)
PERIODICAL: Zhurnal obshchey khimii, 1958, Vol 28, Nr 11, pp 7131-31"
(USSR)
ABSTRACT: The content of alkaloids of the plant family Asclepiadaceae
is low. The authors report on the separation of two alkaloids
(Ref 1), the tylophorine C 24H 270411 and the tylophorinine
C23E2704N from the plant Tilophora asthmatica Wigt a. Arn.,
as well as of the nicotine from the Asclepias syriaca (Ref 2).
Of the 40 types of this plant family growing in the TJSSR
only 2, the Cynanchum acutum and the L. Vincetoxicum, sibiri-
cum have been investigated until now; no alkaloids were found
in them (Ref 4). Tho areat interest for alkaloids of the
plant family Apocynaceae and the botanical similarity with
Card 1/3 that of the Asclepiadaceae caused the authors to investigate

SOV/79-28-11-52/5'
On the Alkaloids of the Plants of the Family Aselepiadaceae (Milkweed".
I. Antitoxicum Funebre (Boiss. et Ky.) Pobed.
the alkaloids of the latter. ntitoxicum funebre (Boiss. et Ky.)
is a plant of a height of 40-70 cm. It grows on rocky
slopes and unfertile places. The plants collected in the
Caucasus in dried state contained 0.26 % alkaloids. In the
paper chromatography the bases R f 0.45 and 0.33 were found
among others, in the aluminum oxide chromatoaraphy the base
C23H2503N (Rf 0.45), which has three OCH 3 groups. In the in-
frared spectrum the bands of the lactam carboniles and of
the groups OH and NH are not present. The alkaloid hitherto
not described was given the name antofine. Besides, tv7o bases
were separated in very amall yields with only tl--eir meltinj
points being determined. There are 5 references, 4 of which
are Soviet.
ASSOCIATION: Vsesoyuznyy nauchnO-iBaledovatellskiy khimiko-far-,,;atsevti-
cheskiy institut imeni S. Ordzhonikidze (All-Union Scientific
Card 2/3 Chemo-Pharmaceutical Research Institute imeni S. Ordzhonikidze)

5.3900 77416
7
S OV/79 - 3 0 - 1 -7;
AUTHORS: Yakovleva, A. P., massagetov, P. S.
-----
TITIE1 ------
Alkaloids of' Sophora Griffithii
PERIODICAL: Zhurnal obshchey khimii, 1960, Vol 30, Nr i, pp
348-349 (USSR)
ABSTRACT: Two alkaloids were isolated from the leaves and young
branches of Sophora griffithii: pachycarpine (fromtnle
ether fraction, 1.4% of the plant weight) and cytidine
(chloroform fraction, 0.13%). Traces of two otheri
bases were detected in the mother liquor by subjectii-,Ig,
it to paper chromatography: matrine and sophoramine.
There are 3 references, I Soviet, 2 German.
ASSOCIATION! S. Ordzhonikidze All-Union Scientific-Research Chemicaii-
Pharmaceutical Institute (Vsesoyusnyy nauchno-issledovatel'
skly institute imeni S. Ordzon1k1dze)
SUBMITTED: December 23, 1958
Card 1/1

FMITISp IAPN.; HASSAGETOVp PoSe
Antimeoplastic activity of aristolochic acid. Vop.onk. 7
no*8:97-98 161, (MIRA 15:1)
1. Iz laboratoril kbirnioterapii opukholey i khimiko-botanicheskoy
laboratorii Vaesoyanogo nauchno-iissledavatellskogo khimiko-
farmatsertichookogo instituts, im. S. Qrdzhonikidse.
(CMTOXIC DRUGS) (ARISTOLOCHIC ACID)

RYUUO, K.S.; I-MSSAGETOV, F.S.
Sesquiterpone lactones of Artemisia leucodes Schrenk.
Mad. prcm. 15 no.ll-.25-26 N 161. (MIRA 15-6)
1. Vsoaoyuznyy nauchno-issledovateliskiy institut lekarstvennykh
i arcmatichaskikh rasteniy. -
(ARTEMIA) (IACTONES)

MASSAGETOV,, P.S.
In search of medicinal grasses. Zdorovle 8 no.6:22-23 Je 162.
(MIRA 15:5)
(WTANY, MEDICAL)

PIATONOVA,, T.F.; MLSSAGETOV., F.S.; IMOVEOV, A.D.
Lallemantin a now alka3oid from the plant Lallemantia peltata
(L.) Fisch. et Mey. Mod, prom, 26 no.2:3.4 F 062. (Mm 15:3)
1. Vaesoyuznyy nauchno-issledovatellskiy khimiko-farmatsev-
tioheskiy inBtitut imeni S. Ordzhonikidze*
(LkUEMANTIA)
(ALULOIDS)

RYBALKO, K.S.; KASSAGETOV, P.S.; YM,.TRA-70VA, R.I,
Sesquiterpene lactones from some species of womwood. Med.
prom. 17 no.6t4l-43 Je'63 (MIRA 1-7 94)
1. Vsesoyuzn7y nauchno-Jisaledovatellskiy institut lekarstven-
nykh i aromaticheskikh rasteniy.

BOCHARIUKOVA, A.V.; 14ASSAGETOV P SI
Alkaloids of ipt,torhabdos par7iflora Benth. Zhur. ob.
34 no. 3:102~~-1026 Mr 164. (MIRA 17:6)
A
1. Vsesoyuznyy nauchno-issledovatellskiy khimiko-farmatsevticheSyiy
institut imeni S.Ordzhonikidze.

BRUTKO, L.I.-, MASSAGETOV, P.S.
Study of some indigenous species of heliotrope . Fast. res. 1
no. 4r541-54.4 1 65 (MIPA Y~W
1. Yeesoyuznyy nauchno-issledovatelvakiy kh-imiko-farmateserti-
cheski7 institut imeni S. Ord-zhonikidze, Moskva. Submittedi
December 20, 1964.

_WSA-11TIN07~, K.V.
MIKAHYLOVP V.N.; n
Determining the reliabil-ity of srrias of we'er-level observations in
river mouthsj 'based on the example of the cstus.T7 regi-on cf the Danube.
Trudy GOIN nooM111-135 164. (K RA 17::L0)

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MASSALSKA, M. ; K01,,A1ZK1, T.
Atmospheric radioactivity.
p. 27. (KOSMOS. SERIA B: P11a,'WODA NIEOZn7IONA.) (1-.,arszawa, Poland) Vol. 4,
no. 1, 1958
SO: Monthly Index of East European Accession (EUI) LC Vol. 7, No. 5, 1958

A169YA126
AUTHORS: Jurkiewicz, J., and Maosalska, M.
TITLE: Institute of Nuclear Research, Polish Academy of Sciences -
Results of measurements of the radioactivity of air contami-
nants and atmospheric precipitation in Cracow for January to
March 1960
PERIODICAL: Acts, Geophysica Polonica, v. 8, no- 4, 1960, 379
TEXT: Table P- 379 (,English text)
Atmospheric precipitation Total fallout radioactivity
radioactivity - pC/liter m0krnWey
Date Date

1
1
0.04 0.01 1.23
2 208.5 2 0.12 1 0.01 0.14
3 - 3 0.12 0.13 0.14
4 - 217.8 4 0.05 0.13 0.22
5 16.4 5 0.05 0.04 0.10
P/02 60/008/004/009/009

NAVULIMAYA, KvP.
OWOMM
Z.F.Chladnl, founder of scientific meteoritics. Neteorltika no.12:
33-" 154. (KLU 8: 3)
(Chladni. Ernest Florens Friedrich, 1756-1827)

MSALISKAYA, -r IK.P.
]BIbIlography on meteorites. Hateeritika ae.13:147-173 '55.
(Biblisgrapby-Noteorites) (PIMA 9:2)

mnssl4-z k -.; 2,
KASSALISKAYA.K.P.
Pallas iron. Priroda 44 no -9:78-82 S155. (MIRA 8:11)
(meteorites)

KLSSAVSKAYA. K.P.
~,-
Bibliographical Index of literature on meteoritics- (m.4,, 1953-
54), Meteoritiks no.14:123-147 156o (KLRA 10:1)
(Bibliograpby-MeteoritOO)

Li
130 ~l

HASSAWSKAU6, - KIP.
- ~ , , , , ~.. w" - -
international organizations for research on meteorites. Yeteoritika
I no.15:160-182 058. (MIRA 11:4)
(Meteorites)

-- VAS
% - _ UL!_MMU*,Z.P.
._AMWOMOORI~*
Institutions for research on meteorites in the United States.
Neteoritika no.15:183-189 158. (MM 11:4)
(United States--Meteorites)

MASSALTSUYA, X.F.
Bibliographical index of the literature on meteoritics.
Hateoritika no.16:181-205 158. (KM 11:8)
(Bibliograph.v-Meteorites)

MULWAI&I-11-P.
Classification system for the literature on meteoritics.
Meteoritika no-l?*-143-158 159o (KIRL 13t6)
(Classification-Books)

MASSALISKAYA, K.F
Bibliographiie it&x-of literature on matecNitics. 14ateoritika
no.21:81-135 161. (Bibliography-41eteoriteO) (MMA 14: U)

MSALISKAYA, K.P.
Bibliographical index of l-Lterature on metcoratics, vol.9.1c),
1959-1960. Meteor Lika no.23:101-135 163. (IIIIJ! 16:( )
(Bibliography-Mletcoritej3)

MASSALSKI, Edmund; KUJEWKI.. Stanlig2aw; GCOTEL, Walery
14membrances abOut Jan CzarnOcki. Przegl geol 10 no.8:411-414 Ag
162.

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1
3.
nLm. Rev. ". 30-1111110) tab.
sy wo"grelasub of todold. WoOoM, vA fourfold cob,
ciamm with a Gelpr cuawr telescope. Ow ambrarmaii
guys Id on WA to a Ogler 9"valsol bave bm Melded
UAD two COX000"As. On of the comPaments is 1061IMS,
d
distba" 00 " -, pro with Wisam IW% O"itivary, "
Ma a mirtag tossalvean is Oe vartical directim. IM other doll
vommpmm "dart" tm emmirre all% a vary km Wkisa-
cy, Prodec"S mumm" codold calacidmaces &A pmu-
Cos
cally CA threefom W loarfou colarmisess. It Is Isatrcgic
is directim "d rapmy abace4ed Is In& Tbb
cavooftest in tbw*m to be composed of T rays of local
rafilaactive origh. The telescope used in tWm aWriamats
.
00
dwered froul tbm of ftrn&bl wo Forr6 Is tW it was 4
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protedoil from aWN skmamrs by amtkolarl6vace ematers. go*
The ratio of tworom to arearaw votarbilmess Was lovad to goo
be aboA 1.4 isolvad of 2D as reported by ftrafty smil Forri
Moe
at IOW m water -44valvat (E~n. Rev. .10MIM)-lavils)

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Category POIAND/Nuclear Physics - Instruments and Installations Methods of C-1
Measurement and Investigation
Abs Jour Ref Zhur - Fizika, No 1, 1957, No 294
Author Massalski, Jerzy
Title Iatest Pr6gress in the Field of Counting System and System for
Coincidence Counting
Orig Pub Postepy fiz., 1956, 7, No 2, 153-1B1
Abstract No abstract
Card 1/1

f) ss
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CZECHOSLOVAKLI/Nuclarr Physics - Cosmic Rflys C-7
Abs Jour : Ref Zhur - Fizika, No 9, 1958, No 20027
Author t Dubinsky J., Masselski J.M., Modry, P., OlcE A., Porobsk-i J.
Inst Not Given
Title Photon Component of Extonsivo Atmospheric Showers
Grig Pub Ivt.fY:L. orsor., 1957, 7, No h, 235-254
Abstract :-,ecsurcment of the transition curvj vics made with the cid of
r setup consisting of the normel shower detactor and two
telescopes. The shower detector consists of three groups of
counters connected in prrvllol. Each telescope consists n1so
of three groups of counters in aprellolp and in one toles-
cope the counters are mcdo of brvss, and in the other they
are made of Pluminum. Tho limiting energy of thatelescope
with tho brvss counters is close to 15 liov, and thrt for al-
minum counters Is 1~3sB thtn 5 14ov. Evch telescope couli
register eight dif"forent types of coincidoncu-. The thick-
noss of the ebsorber end the rluminum telescope fluctuptod
from 0 to 50 mm Pb, nnd in the bress telescope it fluctuptod
Card 1/3

CZECHOSLOV.11"IA/Ilucloer Physics - Cosmic Rpys G-7
Abs Jour : 11of Zhur - Fizike, No 9, 1958, No 20027
X.
Irom, 0 to 200 rn Fb, Miersuramcnts were made at an altitude
of 2636 motors above sot level, i.e., at a depth of 20.2
cescedc units from the surfoce of tho rtmobphora. The trans-
ition curves obtainod coincido with tho curvos obtainud in
Krakow rt procticelly see level. The ratio of tho photone
and electrons on the trrnsitioneurve Is onlculatod by the
method proposed in the work by 11ilino (Milone, C., FhyE;ic,-l
Roview, 1952, 87, 680) end the work of Masselski (Bull. Acvd.
Polon. sci. C1. 111, 1954, 2p 335). Of tho six-fold coin-
cidonccs (throe groups of toloscopos and throe groups of do-
toctors) the following detn woro obtrinod: for a brrsa talos-
copo f/o=l, for nn Pluminum tOlOSCODO f/o.0.9. .*, lrrg,~ num-
bor of soft photons vith onorgios loss thrn two Mov wore
found in tho showern. The prusonco of those photons, liku
the prononco of ponotrrting photons gonorntod in lard with
onorGics 2 to 7 Mov, crn bo detected from bet influcnco cn
tho trrnsition curvo. In oddition, tho prosonco of t lnrg(;
numbor of soft photons in largo showars confirmst the obsoncu
Orrd 2/3

CZECHOSLOVAIL/Nuclorr Fhysics - Cosmic Rayn C-7
,'ibs Jour : Rof Zhur - Fiziko, N.To 9, 1958, No 20027
of coincidences in tho uppor or niddlo group of cowitarr of
tho toloccopo else in the rbsonea of en nbsorber. By teking
into nccount the presence of low-onorgy photons in largo
showers, the nuthors obtcinod P rrtio flo grortor thvn 1,
which is in full Pgroomont with the thmory of cloctron-
photon ersendes.
Crrd -- 3/3

-7y, ryl\
POLAM/Nuclear Physics - Cosmic Fays
,',bs Jour :Ref Zhur - Fizika, No 7, 1958, No 15208
Author : Babecki J., Jurkiewicz L.,_ftssalski J.M.' mieswicz M.
C-7
Inst : Institute of Nuclear Research, Polisb_-T-cadeny of Sciences,
,%cadeuy of Mining and Metallurgy, Yrakow,, Poland
Title : The Transition Curve of the Electron-Photon Component cf Ex-
tensive JUr Show,~.rs in Lead Absorber of Thickness Between
0 and 25 era.
Orig Pub : Acta phys. polon., 1957, 16, No 1-2, 119-133
Abstract : Measurements were made of the absorption curve for particles
of extensive atmospheric showers with the aid of the ordin-
ary setup for the registration of extensive showers, consis-
ting of three rows counters and a telescope, consisting of
three rows of counters of large area. Simultaneously, there
were recorded eight tYpG6 of coincidences at two positions of
the lead absorber with respect to the rows of the elescope
counters. The thickness of the absorber was varied from 0 tr
25 am. On the basis of the results obtained the authors bavc.
Card 1/2

C__
POL-',ND/Nuclear Physics - Cosmic Rays
Abs Jour : Ref Zhur - Fizika, No 7, 1958, No 15208
calculated the ratio p/e mf the number of phctons ti the
number of electrons in extensive atmcspheric showers, f-und
to be equal to 0.70 1' 0-15. ',U the results of the measure-
rients made by other authorsp connected with the detemin-
ation of p/e) have been analyzed. It is shown, that among
the particles leaving the lead absorber of thickness of nev-
eral centimeters, there exists a large nuriber of penetratinci
photons of low energy, and that these may be recorded by in-
dividual rows of counters) but are not recorded by a telc-
scope consisting of two or three rows of counters. The
mechanism of registration corresponds to that proposed by
Greisen.
Card 2/2

POLWD/Nuclear Physics - Penetratio- of Marged Neutral C
Particles 7.irou6fh Matter.
Abs Jour Ref Zhur Fizika, No 2, 196o, 3090
Author Massalski, J.M., Oles, A.
List Institute of Nuclear Research, Polish Acadeciy Df Scianccs,
Krakow, Poland
Title On the Ratio of Photons to Electrons in Exteiisivc Air
Showers of Cosmic Radiatioii Found from Analysis of the
Trazisitio~. Curve
Orig Pub Acta pliys. polon., 1953, l'i, No 6, 4oi-4o3
Abstract An analysis is made of t',.e transition curve for particlos
of exte-sive atmospheric showers of cosmic radiatin at
an altitude of 2,636 meters above sea level. The exist..
i:ig cliscrepa-cy betweeil ti-e experimental aad theoretical
values of t1ae ratio Df t.ie iiumbei of photois to tbe
Card 1/2
- 28 -

POLAND/Nuclear Physics - Penetration of Charf~ed Neutral
Particles Through Matter.
Abs Jour Ref Zhur Fizika, No 2, ig6o, 3090
.imibor of' uluctmic (p/c) ig explalited, In accoron,,c(,
with the predictims of ttie theory, a large -.iuLib(-,r if
photons have been observed with e~ier&v less thal. thres-
hold, energy of the apparatus for the registeration of
electmis. The ratio of the ilunber of photons to the
nurber of electrons is found for an electron threshold
energy of 50 Mev and a piioton energy 15 -- 30 Mev,
amoui-Itilia to P/e = 1.0 1 0.1 (only the statistical error
is Lidicated), which is less thail actual values because
of the Lifluence of slow-e:ierL;y photons on the tra:-,sitij
c,Lu,ve.
Card 2/2

PHASE I BOOK EXPLOITATION POL/4309
Massalski, Jerzy M.
Detekcja promienlawania jadrovego (Detection of Nuclear Radiation) Warsaw,
Panstwcrwe vyd-wo neik~~e, 1959. 372 p. 2,700 copies printed.
No contributors mentioned.
PURPOSE: This book is intended for nuclear physicists interested in the design,
construction, and operating principles of radiation counters.
COVERAGE: The book describes the design, construction and operation of ionization
instruments and scintillation counters. The most common arrangements of
electronic instruments are given. The effect of radiation on matter, the principal
phenomena occurring in ionization instruments and the properties of such instru-
ments are also described. Considerable attention is given to Geiger-41ler and
scintillation counters. Two sections of the book are concerned with the calcu-
lation of statistical errors and the loss of pulses in co;unters. Materials
pablished through 1956 were used in the composition of the book. The author
tbanks Michalina, Massalska, M.S., for assistance. There are no references.
C ar&aj-Y::~_

1014 7
S/058/62/000/008/023/134
A061/A101
AUTHORS: Loskiewicz, Jerzy, Massalski, Jerzy, Niziok, Bronislaw, Oleh, Andrzej
TITLE: Energy spectrum of the nuclear active component of cosmic radiation
at 200 and 3,200 m above sea level
PERIODICAL: Referativnyy zhurnal, Fizika, no. 8, 1962, 57 - 58, abstract 8B413
(Rept. Inst. badahj~drow. PAN, 1961, no. 278/V1, 22 pp., illust.,
English; summaries in Polish and Russian)
TECT: The energy spectrum of the nuclear active component of high-energy
cosmic rays was measured on Mount Aragats (3,200 m above sea level) and in Moscow
(200 m above sea level). The apparatus consisted of ionization chamber units placed
between variously thick lead and graphite absorbers. The integrated energy spectra
of the nuclear active particles recorded at the two altitudes have the form of
E_ Tin the 10 12 -' 5-10 13 ev range, and*at energies higher than 5-10 13 ev the spec-
tral exponents have the tendency to increase. The exponents of power-law spectra
read T= 1-.5&0 .09 for the mountain altitude and r- 1.6+0.2 for the sea level, while
the exponent of the primary energy spectrum in the 10 12 - 10 15 ev range reads
Card 1/2

S/058/62/000/008/023/134
Energy spectrum of the nuclear active component of ... A061/AIOI
1.6. Such a constancy of the spectral exponent indicates that the total inelastici-
ty factor of nuclear collisions does not depend on the energy. .1/k
[Abstracter's note: Complete translation]
a
Card 2/2

P/011 62/007/002/GC1/003
1,5 0 D256YD302
AUTHORS: Grigorov, IoL,p Tretyrdrovn, Oh.A., :11hentoperov, V.J.,
,jbyr,,n,__Lh.P., Dayad~thytLn, V.P-, lluja, Z., 4,oul'Iewicz,
MasoalfTl, J., rLnd Olc,6, A.
TITLE t InteC;ri1l opp,7trum of ionftntion pularn ewwr-d by
nuclear active ptirticlen of coomic ral~ution at
mountain altitudeD
PERIODICAL: Nukleonika, v. 7. no. 2, 1962, 61 - 73
T:-;XT; The inv en tiTition waa conducted in order to obtain informa-
tion concer ning: 1 The puloo apectrum and ito depcndencf~ upon the
aimensions f)f the apparatus, 2) the altitude dependcnee of thf~ fre-
quency of the reeiatered pulses, 3)' the mechanism of loctilt f'en-~ra-
tion of j)0 mesons b nuclear active particles. The npparatuo 1-ove-
red an area of 10 m5 and it connioted of t) horizontal trayv of 33
ionization chambers each, -the trays being separated by graphite and
iead absorbers, arranged to onablo detection of electromagnetic
caeoaden created by the decay producle orJ10 mesons and evaluation
Card 1/4

R/0,1, 6 /62/007/002/C!() 1/,j'J3
Integral spectrum of lonizaticn ... D2567D502
of the energy trannferred in the interactions lip to "--' X 10 15 CV.
The pulses and pulse heights were recorded photographicnl'y from
screens of 6 enthode-ray oscilloscopes with iipot. Uolnj-, rie-
ch,"ical selectors it was posviblo to ret,,ioter subsequently Indivi-
dual pulses from all the ionization chanbcro, each of them beini;
connected to its orm anDlifier. Tue experiRienta tvrere carrlej out at ~x
two altitudes: 200 m kl-',orcow) and 3200 m above the sea level (ttie
Mountain Station of the Armenian Academy of Sciences at t,ount
AraGac). Ning to the independent registration in encn
chamber it %7,Eis possible to divide the reglotered pulses into two
groups: 1) Single pulaeop i.e. events in which the puive in each
Lray visa registered by a small number of ionization chambers; 2)
Gtructurall pulses defined as events oacuring at least in one of
the trays I to 4, in such a way that the groups of ioniatinn c)inm-
Dera showing pulses viere Interapaced with one or more a)inmh;?r[3
without any ionization. The first group of pulses was at-tributed to
nuclear active particles as well as 11 mesons, and the second one
could be produced only oy groups of nuclear active particles fall-
in,g BiMUltaneouely on the apparatus, as it woo Dorne out from the
Card 2/4

P/04 62/007/002/001/003
Integral spectrum of ionization D256YI)302
investigation of tile influcitce or the dimpnnionti of the fipparritu"
used upon the ionization opoctra. Tht,, dopejirlcnrf~ of the 1wrCf!r1f.w!.o
of the structural pulses upon the registered pulne heirlit ,,iair)
mined, showing that the percentage of the structiiral pulven ill it
monotonic furiction increnning with the incrunne 6f tiv" total P111,30
height registered i.e. wiLh Incronaing the total ('.nerry. in order
to anocoo tile role of p muwonu, the altitude
tigatod of generating puiclon of difforent naturn. The
spectra were found to Do oxpgnentiali N = AI-Y In the rej,,,~on of
pulse hoiglito from 1U3 to 105 particles. The followinr, conclultionn
were derived from the analysis of the expo:-Imental resultoi 1) The
spectra induced by nuclear act'va particlee depend asa,~wiriily on
the dimensions of the apparatus and on the pulop heighto. Thq expo-
nent y of the integral spectrum for pulse heighto (measured in num-
bore of particles) ranging from 2 x jo3 to 2 x 105 particloo chan-
goo from y 1.41 to - 2.uO for the area of the apparatus chang-
ing from 33; x 33 0 cj to 10 x 330 cm2 respectively'. 2) At mountain
altitudes the exponent y of the integral spectrum for single nucle-
ar active particles was determined to be y = 2.01 � 0.08 for 3 x
Card 3/4

P/04 6P/OQ7/002/001/003
Integral spectrUM of ionization ... D256YI)302
103-- 4, and for all tbe nuclear 'active ptrticlao Includ-
~ I v- 3 x 10
irrG the structural PU180B Y = 1.62 � 0.04. 3) The intef-,ral opectrum
of the large piiloea by ii mesons in also of an exponential form
with y = 2.22 t 0.14. 4) At the eon lovel the contribtition of thii
p mesons constitutes approx. '10 ~~ of all oin(,,1c pulneo with a
height >_2 x 103 particles and 50 ~ for heirlito '_2 x 104 particlea.
There are 5 figures, 4 tables and 4 Soviet-bloc references.
ASSOCIATION: Institute of Nuclear Physics, University of Moscow;
(N.L. Grigorov, Ch.A. Tretyukova, and V.J. Shestope-
rov); Institute of Nuclear rhyoico, Armenian Academy
of Sciences, Yerevan; (Kh.11. Babayan, and N.G. Bayad-
zhyan); Inatittite of Nuclear Research, Polish Aendany
of Sciences, Uracowj Academy of Mining and Metallurgy,
Cracow, II Department of Physics (Z. Buja, J. hosric-
wicz, J. MaaDaloki, and A. Oleb)
SUBMITTEDt January, 19o2
Uard 4/4

GRIGGROVY N.L.; TRETYAKOVA, C.A.; SHESTOPIEROV, V.J.; MAYAN, C.P.;
BAYADSYAN, N.G.; BABWKI, J.; LOSKIMCV, J.; MASSALSKI, J.;
OLEES, A.
Investigations of energy particles interactions with atomic
nuclei at the mountain altitudes. Nukleonika 7 no.121
759-767 162.
1. Institute of Nuclear Physics, University of Moscow, Mobcow
(for Grigorov, Tretyakova, Shestopierov). 2. Armenian Academy
of Sciences, Institute of Nuclear F*sics, Erevan (for Babayan
and Bayadsy-n). 3. Institute of Nuclear Research, Laboratory of
High Energy Physics, Krakow, Polish Academy of Sciences (for
Babecki, Loskiewicz, Maasalski, Oles).

P/047/62/013/002/002/Oo6
D218/D308
AUTHOR: Massalski, Jerqy
TITLE: The inelastic coefficient in very high energy nuclear
collisions
PERIODICAL; Postepy fizyki, v. 13, no. 2, 1962, 137 - 153
TEXT: The inelastic coefficient of nucleon-nucleon or nucleon-nu-
cleus collisions is defined as the fraction of the total kinetic
energy in the CIMI system which is re-emitted after the collisions in X
the form of newly created particles. The magnitude of this coeffi-
cie'nt is of imDortance in nuclear theory, because it depends on the
spatial distribution of field energy near the center of the nucleon.
In the first part of the paper the authors summarize the various me-
thods which may be used to determine the above coefficient both di-
rectly and indirectly (density attenuation length, attenuation
length-of the number of showers, ionization chambers, and so.on).
All these methods have been described in published literature. A re-
---v*i-ew of the results reported by the Bristol and Moscow groups shows
that there is a discrepancy between them. Thus, according to the
Urd 1/2.

P/047/62/013/002/002/006
The inelastic coefficient in very ... D218/D308
Moscow group (N.L. Grigorov et al, Moscow Conference on Cosmic Ra-
diation, v. 1, 1960, 122) have found that for nucleons colliding
with heavy nuclei the pion part of the above coefficient at energies
below 1011 eV is 0.59 whereas above 10 11 eV the magniptude of this
quantity increases to 1.0. According to a reprint received by the
author from the Bristol group the magnitude of K,,,y at nucleon ener-
gies of 10 12 eV is only 0.1 and decreases with increasing energy.
There are 3 tables and 4 figures.
ASSOCIATION: Instytut badan' jc~drowychq Zaklad wysokich energii,
Krak6w (Institute of Nuclear Research, High Energy
Enterprise, Krak6w)
Card 2/2

LOSKIEWICZ, J.; HASSALSKI, J.; NIZIOL, B.: OLES, A.;
------ --------
Analysis of the integral spectrum of ionization pulses
caused by nuclear active particles at mountain altitudes.
Acta physica Pol 23 no.1:77-92 Ja 163.
1. Institute of Nuclear Research, Laboratory of High
Energy Physics, Fa-akow, and II Department of Physics,
Academy of Mining and Metallurgy, Krakow.

GRIGOROVv F.L.; TRE7YAKOVAj C.A.; SHF.STOPEROV, V.J.; HUMAV, C-P-;
BDUDSYAV, INTIZIOL.B.; OIM,A.
integral spectrum of nuclear active particles at mountain
altitudes from the investigation of high ionization pulses.
Acta physics. Pol 24 ro.39-357-371 S163.
1. Institute of Puclear Physics, University, Moscow (for
Grigorov, Tretyakova, Shestoperov-). 2. Institute of Nuclear
Physics, Armenian Academy of Sciftmes, 7xevan (for Babayan,
BDyndsyan) . 3. Institute of Nuclear Research.. Laboratory
of High Energy Physicop Krakowp and Il Department of Physics,
Academy of Mining and Metallurgy, Krakow (for Massalskil
Fiziol and Mee),

BAEECKIO J,; BUJA.,Z.; MASSALSKI,Jj NIZIOL, B.
Energy epectrum of photons frem decay of'ITO-mosons gone-
rated in nuclear interactions at the altitude of 3200 m.
above sea level. Acta physics Pol 24 no*3t373- 380 S163.
1. Inatitute of Vuelear Researoh, laboratory of High Energy
Physicst Krakow Mpartment.

683111&I9 Jerzy MlcW
NWI*Sr EDgiM&JriM# InDtitUU, AcadmV ot Mnimg and MoWlurgy
(Instytut TocbmW Jadronj Akadmil Oamieso4hdalemaj), crakow
Crakwv POBU-W filyki, No 3l, Mkv/Jmo 1%69 pages 233-238
*Professor Vc Loopold Jurkiowles, Professor of PtWaics, AcadeW
of Minimg and YAtalluM and ImAitut* tar Nuclear Res*arch
(20 Jay 1%* - 3D Mareb 1%6).w Ixwlu&w bilbliegmp)W of
Jurkiewles's publInhad work.

POLAND
MOSAIRRY9 J*rjw Hicha
InsUtute of Owl~ EnginewripSip AcadmW of M&Ug and HatalluxV
(IuxVW T*cbWM Jaarovej Mmdmii Goraiczv4MWvx*j)t Crakow
Warsavq Actq geopbypics polonica. No 3, July/Sept 1966, pp 255-rA
-Prof. Dr. Leopold Jurkievics (1906-1966). Imlimiss his bIbliqVmpkw.-

no title given
no affiliation given
Grakow, Vol xin, No 5, 1962, 507-48.
wComado 33-Alation, approziuating the Earth and In tb** Go@=$**
Translated bys
310hal ROMB11, no title or affiliation given

RNSZKH, RaMmg PMBA X, Ifandalln
tot~~t
Myomrdtal fragmatation. Polski tygod. Isk. 9 no.33*.1026-1031
16 Aug 54.
C-tl
1. 2 Pracovni Anat. Pat. Sspltala Klejoklego Nr 4: kisrownik:
prof. 4r med. Janlis Dabrovsks.
(MfOCAIMIM,
fragmntatton)

MASSALSKI, Wandalin; DABROWSKI, Stanislaw
Case of lbrgagnl-Adame-Stokes gyndrome treated with sodium lactate
Injections. Polski tygod. lek. 12 no-5:181-183 28 Jan 57.
1. (Z--JJ-i'&~l'&-du Chorob Wewnstrznych IDSKI~, kierownik: prof.
dr. med. Walenty Hartwig I z XIII Oddzialu Instytutu Gruclicy.
dyrektor: prof. dr. mad. Janina Hisiewicz). Adres: Warszawa.
Plocka 26, Instytut Gruzlicy.
(HEART 'BLOCK, ther.
Adamm-Stokes synd., sodium lactate inject. (Pol))
(LACTATES, ther. use
sodium lactate In Adame-Stokes synd., (Pol))

'%t~4W,SALSKI, Wandalin; KULRMSKA, Magdalena
Affect of ACTH in experimental tetanus. Polski tygod. lek.
12 no.7:252-254 11 Feb 57.
1. (Z Instytutu Donkonalenia I Bpecjalizacji Kadr Lakarskicb;
d3rrektor: prof. dr. W. Hartwig i z Zakladi Mikrobiologii Instytutu
Gruslicy; d3rrektor: prof. dr. J. Misiewicz; kierownik Zakladu:
doc. dr. M. Buraczewska). Adres: Warszawa, u1. Plocka 26, Instytut
Gruzlicy.
(TETAIUS, exper.
off. of ACTH in mice (Pol))
(ACTH, off.
on exper. tetanus in mice kpol))

Ls '-' T - -
KOSINSKI, Wladyslav; SZKIARSKA, Zofia; MASSAjaj, Wandalin; PIOTROWSKI, Andr26J
Congenital comzmnication between the aorta and the pulmonary artery
diagnosed daring life in a 32-year-old woman as patent ductue arteriosus.
Polski tygod. lek. 12 no.42:1617-1619 21 Oct 57.
3, Z I Odd2. Chorob Wewn. Szp1tala Hiejrkiego nr 4 w Warexavie; Ordynator:
dr Wl. Kosinaki., z 2 Zak-ladu Chorob Wevn. I. D. i S. K. L.; kierownik:
prof. dr W. Harvig 1. x Zakladu Anat.-Fatol. Instytutu Grazlicy; kierowtik:
prof. dr. A. ChodkowWla. Adres- Warszawa, ul. Wilenska 29 m 2.'
(DMTUB. ARTARIOSUS, PATUT, differential diagnosis,
communication between aorta & pulm. artery, in adult (Pol))
((;A,,DIOVASCUIAR M~MCTS, CONGENITAL, differential diagnosis.
communication between aorta &Pulm. artery, from patent
ductus arteriosus, in acblt (Pol))

MMUISKI, Wandalin; ODRZYWOIUA, Anna; MIGMMU, Barbara; MBROWSKA, Halina
'jRerc*TV"T% tic acid and glutamic acid bydrazides on Woobacterium
tuberculosis. 1. Effect of aspartic acid bydrazide on Wobacterimm
tuberculosis aaltures. Grud ica 26 no.11:919-928 Nov 58.
1. Z Zaklada Chorob Wewnetrznych I.D. i S.K. L Dyrektor: prof. dr W.
Hartwig z Fracowni Biochemii Fratka Instytutu Grazlicy Kierownik: prof.
dr G. BagdaBarian i z Zakladu Syntezy Lekow Instytutu G--uzlicy Kierownik:
prof. dr T. Urbanski Dyrektor: prof. dr J. MiBiewicz. Adres: Warszawa.
u1. Flocka 26.
(ASPARTIG ACID. rel. apdo.
aspartic acid Vdrazide, eff. on M. tuberc. (Pol))
(MMBAZINZ, rel. apda.
same)
(MYCOBACTERIUM TUMMOUIOSIS. eff. of dymgs on,
aspartic acid hydrazine (Pol))

MIGIMIM, Barbara; MBRATRICT,--dandalla
Pyruvic acid in blood. L Blood pyravic acid levels following ingestion
of glucose in persons with normal carbohydrate metabolism & in diabetic
patients. Polakle tygod. lek. 14 no.4:145-149 26 jar, 59.
1. Z Pracowni Mochemil Kliniaznej Zakladu Biochemi Instytut Gruzlicy;
dyrek-tor Prof. dr med. Janina Miaiewicz I z Zakladu Chorob Vewnetrznych
Instytutu Doskonalenia 1 Spe0jal12aoji Madr 10mrskich; dyrektor: prof.
dr mod. Walenty Hartwig. Warszawa. u1. Plocka 26.
(PTJMVAT-M, in blood
pyruvic acid in normal & diabetes mellitus patients
following glucose ingestion (Pol))
(DIAMRS MMLLITUS, blood in
pyruvic acid levels following ingestion of glucose (Pol))
(BlOOD SUGAR, In various die.
diabet6s mellitnB following ingestion of glucose (Pol))

MASSALSKI, Wandalin; MIGDALSKA, Barbnrn; ODRZYWOLSKA, Anna; DABROWSKA.
Haline-, SZYMANRA , Danuta
7 c
,ffect of hydrazide of aspartic and glutRmic noids on tuber 1e
bacilli. IL Effect of aspartic acid hydrazide on tubercle bacilli
in vitro Rnd in vivo. Gruzlica 27 no-5:375-381 MY 159.
1. Z Zakladu Chorob Wevnetrznych S.D.L. A.M. Dyrektor: prof.dr
W. Haitwig i z Pracovni Biochemii Pratka, Zakladu Syntezy Lekow i
Zakladu Anatomii Patologiezuej Instytutu Grutlicy. Dyrektor: prof.
dr J. Hisievicz [deceased].
(KYOUBACTERIUM TUBERCULOSIS pharmacol.)
(ASPARTIC ACID rel.opda.)
(HYDRAZIMES pharmacol.)

MASSALSKI9 -Wandalin
Albuminuria and anuria in experimntal nephrosis. Pat.polska 11
no.2:97-3-12 160.
1. Z I Zakladu Chorob Wownetrznych Studium DoBkonalonia Lekarzy
Akademii Medycznej Kierownik: Prof. dr med. W.Hartwig z Zakladu
Anatonii Patologicznej Instytutu Gruzlicy Kierownik: Prof. dr
med. S.Chodkcywska
(NEPHROSIS exper)
(ALBUMINURIA b*bk)
(ANURIA exper)

W SALSKI,Wandalin; MIGDALSKA, Barbara
Effect of hyposterol on the excretion of 17-keto- and 17-
bydroXycorticolds in urine. Polskie arch.med.wevn. 30 no.6:
832-834 '60.
1. Z Zakladu Chorob Wownetrznvch Stud. Doak. Lek. przy A.M.
w Warezawle oraz z Oddzialow Chorob Wevnetrznych Kierownik: prof.
dr wed. W.Hartvig I z Pracowni Analitycznej Inetytutu Gruslicy
Dyrektor: prof. dr wed. W.Jaroozewles
(FMOILBUTMUS pharmacol)
(ADFIEM CCRTRI HORMOSES urine)
(if -KRTOSTAROIDS urine)

NASSALSFI, Wandalin; MIGDALSKA, Barbara
Behavior of urinary 17-kato- and 17-bydroxyeorticoida under the
influence of bypDaterol. Polski tygod. lek. 16 no.23:861-864
5 Je 161.
1. Z I KUniki Chorob Vewnetrznych Studium Dookomalenia Lekarzy
A. M. oraz Oddzialu Gborob Vownetrznych Imetytutu Gruslicy v
Warozavie; kiercnmik: prof. dr mad. Walenty Eartwig i Pracowni
Asalitymnej Instytatu Grazlicy; klerownikt dr Aniela Wolanska.
(PREWILBUTYRATES pharmacol)
(ADRENAL CORTEX HORMES urine)

MkSSALSKI Wandalin- MIGDAISKA, Barbara; ODRZYWOISKA, Anna; SZYMANSKA, Danuta;
=2=
URNW---J~~~ =A., Halina
Effect of..bydrazides of aspartic and glutanic acids on tubercle bacilli.
III. Effect of aspar-tic..acid-bydraaicu--=.-the -course of experimeAti4
tubermlovis in guinea pigs and its compativon with the effect of
isonicotinic acid.bydramide. Gruz:Lica 29-no.21,123.-:L24 F 161.
(ASPARTIC ACID rel apds) (ISONIAZID phamacol)
(TUBMICULOSIS exper)

HAMIGO Valenty; CHODKOVSKA, Stefan1a; MASSALSKI Wandalin; JEZIFMKI,
Kazimierz; WOLANSKAp Aniela
Hashimoto's strum with djaproteinenia and antitbyroid precipitinB.
FO-Iskis arch. mod. vmm. 31 no.7:1917-1923 161,
1. Z I Katedry Chor. vewn. Studium Doak. Lek. AM w Waresavie Klerownikt
prof. dr mod. W. Hartwig Z Zak-ladu Anatmeil Patologioxnej I. G. Kierownik:
prof* dr zed. S. Chodkowaka Z Oddzialu Chirurgicznego I. G. Kierownik:
prof. dr med. L. Mantouffel i z Pracowni Analitycznoj I. G. Kierownik:
dr med. A. Volanska.
(THYROIDITIS blood) (BLOOD PROTEINS)

hMal-IWIG, Walentyt MASSrill-3KI, Wand.14in
Therapentic managemqntl of bilateral hypertroph.-yr of the
cortex (a frequent form of Cushing's diseasei. Pol. tyg. !!-k.
18 no.52:1969-1973 23 D 163.
1. Z I Ka'-elry Chcroh ltFwnetrzrych Stildlum Pcsk~?naa~!nlri ll,,,~--,.-.y
w Wars.-z ie (klerownlh: prof. dr med. W. Hartw, "
gm.

MASSALSKIA Wandalinj HLODUI, Miroslaw; BRZOSKO, Witold; NOWOSLAWSKI,
1-4- -111-1-1
am ---, -
Immunoflijoreseence reactions during the administration of 1-131.
Pol. tyg. lek. 19 no.42:1596-1599 19 0 164
1. Z I Kliniki Chorob Wewnetrznych Studium Doskonalenia Lekarzy
w Warazawie (kierownik., prof. dr. med. V. Hartw-ig)oraz z
Zakladu Anatomil Patologicznej Akademii Medycznej w Warezawie
(p.o. kierownika: doc. dr. med. R.Stancz-ykowa).

My
REZNIKOV, D.I., inzh.,, t~~ ISKIY,__E.A.., inzh.
&ailding precaBt. corret-o reservoira. Pr-Om. 41 no.lt
38-40 Ja 164. (M!R;~ 17~1,,.

21 (T)
AVTRCMS: Abroslool, A. T.. b!itriysv. T. A., Kullkal. 0. V.,
was"I'skly, To. I., 3olowlyev, 9. 1., Khriattans.n. 0. D.

MLZI ne Niselmor-Acti" C"Pon
nt of Itiah &%9ri7 In Exten-Ivo
:
Atacepharla Shower* ai 5e Level (1ad#rnc-&X%iv"yo k-ronents
'" okoy energil v shirokilth sloonfornylth llvnyaLh " rova.
"TYS j

MIOVICAL: thurc&I ksperluentallnoy I toor.tichookoy risiki, 1959.
'Vol 36. Ilr 3. VP 751-761 (0332)
AS3TRACTs to the prevent Paper the authors report about atatin, ~%l
S"ostlgations of nuclear avalanches in extensive &12 ~ 4avore
f a ~*.wIll,* d.t.ctcr.
by meson of a d.,i.. far co.bin,.d
Is 08118011*ns of extensive air shower. which is amin opera-
;
tI
. at tb4lCU. It has 4 cylindrical pulse ionization cluxabare
under a load-graphits filter a-d 720 GtIzex-!-'ueIIer (G&jC*r-
"11*r) counter* In hodo.cope connection far the recorlin,
end 9aergy 4*t#rmIn&tion
f nuclear particl- The counter.
,:
~ C."fat.4 in C.I.Cl nos group. (total trea 1320 c=2).
t
aixfold coinciding Pule** war* recorded. Firure I
ac T
Card S/3 a
r
CIV ouCh outline of the device including its distension..
SOT/56-5&-5-16/71
?be Component of Bie Enarcy Am Exte"!ve tzo.pheric Shover@
as See Ie. I
The recorded and investigated hovers ". di,idtd 1.%- 4
groups otteardine to the particle number X:
1) t.101 /
).ICI; g) 3.104
, 1.105;
g2
3) 1.10 1)< JOC~j 4) 3.103 4 11 4 < 2.10 6.
Tw thee. 4 gr--re table I gives the ..cb- of p.rti.11. with
energies Cr.otsr than one Clean. and also the analma enarry
of lb; nualear-*~tlve particle of Individual -rcupa. For the
,all. %be folio-LAC applies:
group agal 7 (1 - radius of the
2 in .. tlgt.d p% ... r
1 54 4.7.101 .1 xa.")
2 48 109 34, 1 . Otto. 2
58 f.8.10139, 0.9�D.3
6. 6.10,301 0-1.tD.3
PSClixto 2 onqvn the course of the spectm2 far the two -trate
grftrg. Further investigation. deal with the dlatri-
Card 2/3 Vvliza of the narri flux of the nuol.-Oc~l" o--p .... %)
SOT/5"-3C-3-26/71
The Suclear-LetIve Coapahomt at RICh 1~,arj I. Lst-st- Lt-.Ph.ri. 5h .....
at Be. Level
figure 6 hoav ash. 4 1. a how roups with partiVis
Cc. '. I
,,,fw,4 .
#A*rgi.. of 1.10 1 - 3. 3 ,tr
and 9 > 0.10"s.. riCure 4 how* the cour- of arwrey flux
hanalty for 1 3 and X end fiCur:,5 the
I;rej fl 'a a howor th.'..Nfoes "5
ties of the - - In 2.1
f-1 11-1 Ih:,:r. x- f the to
C-004, OnJ in an &;;tadla the anurrj re.j#ct
%v rria.r;- r.rtt-l-. I. :he ..,ho- f:-Ily
theak S. S. T. 7.t..;I~ f- t~-Ir t.1j, .!-able
-a-
":oltd
,.k
.k S. .1- f r -..k.-
W!.., -1 17 reference.. 15
of h
A350CIA-ICY: -1111,1
...."u'.
f r I f
Sr By MID: 15. 1~'--
C.rd 3, ~

21(8) SOV/56-36-4-4 "/70
AUTHORS: Dmitriyev, V. A., Kulikov, G. V., Massallskiy, Y'.
Khristiansen, G. B.
TITLE: The Spatial Distribution of the Energy Flux of the Electron-
Photon Component of Extensive Atmospheric Showers (Prostranst-
vennoye raspredeleniye potoka energii elektronno-fotonnoy kom-
ponenty shirokikh atmosfernykh livney)
PERIODICAL: Zhurnal eksperimental*noy i teoreticheskoy fiziki, 1959, Vol 36,
Nr 4, pp 992-1000 (USSR)
ABSTRACT: In the present paper the authors report on the results obtained
by measurements carried out between June 1957 and February 1958
at sea level by means of a device for the complex investi-
gation of extensive air showers. The device is at present in
operation at MGU (Moscow State University). It is described in
detail and is illustrated by figure I in form of a scht~matical
drawing. The ionization chambers used had a diameter of 25 cm
and a length of I m, the total area covered by them amounting
to 3 M2; they were filled with very pure argon, pressure 3 atm,
and were enclosed on all sides by filters. The counters, each
Card 1/4 of 330, 100, and 18 cm2 , were arranged in groups of 24 and were

SOV/56-36-4-4/70
The Spatial Distribution of the Energy Flux of the Electron-Photon Component
of Extensive Atmospheric Showers
arranged in such a manner that they operated simultaneously
within a range of distances of 1 - 50 m from the shower axis.
A total of 2000 Geiger--Mueller counters in hodoscope conneotion
(GK-7) was used. Showers with particle numbers of from
1.,104 to 2.10 6 were investigated. The showers were divided int.i
4 4 4
groups with the average particle numbers 106 for the.6 Ni-groups. For energy flux
density it holds that Q = n(t) Odt and for t = 8
E
QE n(t)Pdt + lpn(t=8)exp(-, tt)dt (Figure 2 shows the
of these curves for the If 4-group). n(t) denotes the particle
number in dependence on the penetration depth t, and P denotes
the average energy loss per t-unit. Figure 3 in semilogari;hmir
spale shows the course of energy flux density for the groups
ill - N5' Further diagrams show the dependence of electron-
Card 2/4 photon component energy on the distance from the shower axis r

SOV/56-36-4-4/70
The Spatial Distribution of the EnerEy Flux of the Electron-Photon Cr-mponent
of Extensive Atmospheric Showers
and on 11. Further data concern investieations of the meson
component. For r -16 m it holds that
I, 1o-2 kN 2nrdr = 7.3-10-4-N, (k = 2.10-')LE,, (,-- 6m)
6m) for the share of the muon component in
0.005 Ecl-'h
p
energY flux. For the electron-photon component the following
holds for n: n = -1.5 + 0.2 at lm-,~r 48m and
n = -2.0 + 0.3 at 10m /- r < 50m.
The spatial energy distribution function of this component does
not depend on N for showers with the total particle number of
N = 104 _ 106. The spatial distribution of the energy fluxes
in the central part of the shower agrees with the cascade
theory calculations in the case of a cascade parameter s=1.2
bein[: used. it was further found that with an increase of
distance from the shower axis the energy flux of the electron-
photon component decreases more slowly than the energy flux
Card 3/4 of the nuclear-active component. In a circle with the radius

SOV/56-36-4-4/70
The Spatial Distribution of the Energy Flux of the Electron-Photon Component
of Extensive Atmospheric Showers
of 50 m about 75%6 of the total energy of the electron-photon
component of the shower is contained. The authors finally
thank S. N. Vernov and G. T. Za~sepin for their great help,
I. P. Ivanenko for discussions, and V. I. Artemkin, L. A. Di-
karev, V. N. Sokolov, K. I. SolovJyev, and D. S. Stellmakh
for assisting in measurements and in the evaluation of data.
There are 5 figures and 13 references, 9 of which are Soviet.
ASSOCIATION: Institut yadernoy fiziki Moskovskogo gosudarstvennogo uni-
versiteta (Institute for Nuclear Physics of Moscow State
University)
SUBMITTED: September 15, 1958
Card 4/4

MASS.kLSKIY, YE. I., TRETILK:~-,VA, 3. A., S V. Y!". , BA!-~AYAIIT, K' . ;
BUYA, Z. k., Grigorov, 11. L., 2,qyaljaa, N. Y., Babezki, V. S., Inskevicz, J.,
Dles, A., Mll-Lrzin, V. S.
"llo-Lmta,in-Altitu`e Eotu~lies of the :nteractl n of fligl-)-En~~rJ7.y
Particlt!s with Atoruic Nuclei."
report subm-itt----d "or the intl. Conf. on ~;osmic Rays and Farth 3torm
Kyoto, Japan 4-15 Sept. 1961-

25181
S/'056/61/040/006/002/OZJ
B102/B214
4j -L
AUTHORS: Babetski, S. Ya., Buya, Z,, A., Grigorov. N. L,, Loskevich,
Ye. S., Massallaki% Ye. I., Oles', A. A., Shestoperov. V. Ya~
TITLEt Investigation of large ionization bursts caused by cosmic ray
particles at sea level
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v. 40,
no, 6, 1961, 1551 - 1561
TEXT: The arthors investigated particle interactions for energies of 10 12_
1013ev uoing photoemulsions. The reports on the measuremGnts are ~'resented
in this paper. The experimental arrangement consisted of 128 ionization
chambers (total area 10 m2), which together with a combined lead graphite
filter formed a so-called ionization calorimeter which also made the deter-
mination of shower coordinates possible This apparatus was set u1; on Mount
Aragats at a height of 3200 m (a simpler variety of this device was uaod in
Moscow earlier, 50 m above sea level), Fig. I shows the arrangement of the
layers and cylindrical ionization chambers (I-IV) above and below the
ra,hi e layer (density 60 g/cm2), The apparatus was placed in a special
g
ar~ ~6

2%81,
S/, -6/61/040/006/002/031
'j
Investigation of B102/B214
building and covered on the top by light materials only (2 g/cm 2) - All the
amplifiers were calibrated by radiotechnical means twice a day. Tlie ampli-
fication factor was found in 6eneral not to vary more than 2 - 3 % in the
course of a day. During the first half period of the measurements in series
I of chambers the frequency of the bursts of a size of J 1200 relativis-
'I1hr 2
tic particles was (1.27 + 0~03)-10_ -m ; in the second half period it was
1 2
(1,25 � O.j3)-10- /hr,m . Measurements carried out for 2640 hours with the
chambers placed below the graphite layer showed that the electron and photon
showers recorded were produced inside the apparatus. The intensity rat 0
/-10
for the two series for a shower with particles numbering (1.2 - 2 4~~
for showers with number of particles~1.2 10" this
was 1 /rj-27 - 1 , 5 + 0 1 ;
ratio was 5.4 + 0.6. These showers could have been produced in the appara-
tus by the interaction of the high energy particles of nuclear kind in the
graphite, or by the electromagnetic interaction of high ener~ry muons in the
filter. The spectrum of the ionization bursts was determined from the total
ionization recorded in all the chambers (for the bursts considered)
separately for the first and the second series. If the observed distribu-
Card 2/6

25181
3/95 61/040/006/002/031
1
Investigation of B102YZ214
tion is represented in the form of an exponential law N (;oJ) - AJ_~', for
the first series is 1-71 + 0.04 and for the second 2.00 � 0.04. These
results agree well with tTose of other authors. Fart of the showers were
distinguished by a strong nonmonotonous ionization distribution in the series
I and II (ionipation in the individual chambers, very weak or no ionization
in the neighboring chambers). These were designated as Pstructural" bursts.
Nume.rical data on these are given in Table 1. The average distance lbetween
the chambers, recording maximum ionization, were also determined for this
kind of bursts. The results are given in Table 2. The spectrum of these
bursts may be represented by N (7 J) - BJ-T',..where?'- 1.96 � 0.03. The
results are discussed in the f olloy/ing, and an attempt has been made to deter-
mine the course of the bursts in altitude by theoretical considerations. Shia
is done under special assumptions about the properties of the participating
pions and the spectrum of the primary particles. The nature of large
ionization bursts is alscrdiscussed. The authors thank Diploma 3,tudent V.
Trush for collaboration. Ye. A. Murzina, S. I. Nikollskiy,and V. I. Yak2vlev
ure mentioned. There are 4 figures, 2 tabels and 12 references; 11 Soviet-
-bloc and 1 non-Soviet-bloc.
Card 3/6

25181
S/056/61/040/006/002/031
Investigation of B102/B214
ASSOCIATION: Institut yadernoy fiziki Moskovskogo goeudaretvennogo uni-
versitets, (Institute of Nuclear Physics of Moscow State Uri-
versity)
SUBMITTEDt December 20, 1960
Itm Pb
ILW pb
for Pb
Card 4/6
C so rArmp
Pb
ICN Pb
fco Pb

26407
S/056/61/Ozl/001/002/021
3, .2 B102/B212
ADTHORSi Babetaki, Ya. S., Buys, Z. A., Grigorov, N. L., Loskevioh,
Ys. S.,Massal'sk4 Ye. I., Olen'. A. A., Shestop;-r-ov, V-.Ya.,
MeNer,-S-.
TITLEt Vuelear-active particles in atmospheric showers
PERIODICALt Zhurnal eksperimentallnoy I teoreticheekoy fizlki, v. 41,
no. 1 (7), 1961, 13 - 21
TEM The aim of the present paper has been to contritut~ to the
clarification of the characteristics of elementary proces3ea underlying the
formation of an extensive air shower and also of the role played by the
nuclear-active component in shower formation. A number of shower parameters
have been determined (the energy Ee-ph of the electron-photon component,
the energy transferred by f mesons, and the ionizations I In the chamber
rows) by employing an arrangement which has been described earlier by the
authors (Ref. 4& ZhETF, AQQ, 1551, 1961). It consists of 128 ioiaization
chambers (active area, 10 m2). [Abstracter's notat 1n order to follow the
Card 1/ 5

264
S/05 61/0411/001/002/021
B212
Nuclear-active particles in... B10271~1
statement3, a knowledge of Raf. 4 is required ] The measurements were made
at sea level for both extensive and "young" atmospheric 3 "were Of all
extensive atmospheric showers recorded, those with J 5.4 10.2*104 relativistic
particles (i. e., E e-ph -~:o2-10 12 ev) have been selected. 264 ouch showers
had been found after 1642 hours of measuring. (The iunization chambers were
arranged in four rows; E It* /Fe-ph 'i1,2/j3.4 ' ould be aot In good
approximation). A determination of the position of the bxes of these
extensive atmospheric showers showed that in about half cf all cases the
shower axis hit the instrument and in all other was found
nearby. It can thus be assumed that the mean value E 1r O/E o-ph measured
refers to the central region of the shower. The o9lected showers with
J3,4 _'_,,1,2-1O4had a number of particles amounting to v-'Z~105, and (J 1,2/'3,4
- 0.130 _+ 0.047 was obtained for them. For showers whose axes did hit the
measuring arrangement this ratio was equal to 0.128 + 0,)36. Assuming
that the ionization by nuclear-active particles was -not a function of the
location of the chamber in the arrangement, then it follows that the
X
Card 2/5

26407
S/056/61/041/00i/002/021
Nuclear-active particles in... B102/B212
electron-photon component in-rRw I nereases the ionizution by 5CL-7.5%.
From this it follows that (y/Ea-ph) - 0-091 1 0.031; if theoangular
distribution in an extensive atmospheric shower is taken into account, one
obtains 0.097 1 0.056. Table 2 shove the ionization ratioa for various
shower groups. Special investigations which have been made for "young"
j" atmospheric showers (1900 hours, 52 "young" atmospheric showers with
f j > 1.21104 relativistic particles) yielded the following reaultat The
3,4
intensity of these showers "young" atmospheric showers was equal to
10 -2 -1
0.95 i 0-13)-10 cm Bee 0 and the energy of the electron-photon
component was not less than 2.1012 ev. The ionization in the third chamber
row was always 1.5 - 2 times higher than the-. in the fourth row. The
intensity of individual showers 02A 1.2-104) me"Ured in the second row
was equal to 2A 611 CM-2 Bee-'. The J 3or Ee-ph distribution of the
"young" showers can be described by N(.,2LJ Aj 3r, where 1.5 i 0.4.
Scme cases have been found with Ee- h:NIO?3 ev. These "young" showere
Card 3/5 P

4-
26607
S/056I/6-/U41I/001/002/021
Nuclear-aotive particles in... B)02/B212
4
proved to be starts of extensive atmospheric showers with U -10 at most.
For those 52 "young" atmospheric showers a value of (J /J,) - 0.11.0.05
1.2
has boon found, i. e.9 it was nearly equal to that of extensive atmospheric
with J .2!t1.2-104. An eatim-ttion of the ratio of the energy of nucloar.
active pe-ticles to the energy of the oloictron-photon componont furnishes
a value that is 2.5 - 2 times smaller than that founA earlier (by
assuming an inelasticity coefficient IrcfO.3; of. ZhETF, ~6. 751, 1959).
Therefore, it has to be assumed that Z=0-75 - 0.6. Furthermore, it has
boon found that near the axes of extensive atmospheric showers the energy
of nti6lear-active particles ia loan than 50 % of the enurgy of the alectror,
componont (E..../E.-.h - 0.40 t 0.14), and that in about 50 % of all
"young" atmospheric ;hovers the nucloar-active component is practically
absent. There are 5 figures, 2 tables, and 6 Soviet-bloc references.
ASSOCIATIONs Institut yadernoy fIzIki Moakovakogo gosuduretvennogo
universiteta (Institute of Nuclear Physics of Hopoov State
University)
Card 4/5

0. - - - --- LZ
/n9 UqL-.L~o-l ~ 6-.
S/04~ 02/022
/92/026/005/0
Is-'s B102/BIO4
-3, 0 5._. ;54 j
1WHORSt Babayan, Kh. P., Babetaki, Ya. S., Boyadzhyan, N. G.,
Grigorov, N.
J~ya L., Loukovich, Ye. B.,
Lamidzhanyan, E. A., Ua9sal1sKiYA_1ftL_1" Oleo', A. A.,
Tretlyakova, Ch. A., and hestoperovt V. Ya.
TIT"I's Investigation of the interaction of high-energy particles
with atomic nuclei on mountains
FERIODICALa Akademiya nauk OSSR. Ixvastlya. Sariya fizichookays, v. 26v
no. 5. 1962, 558 - 571
TSXTs Ionization bursts caused by the elootron-photon component of a
shower of co3mio-ray particles were studied with an array of ionization
chambers (Fig. 1) at the mountain station (3200 m) of the Akademiya nauk
Armyanskoy SSR (Academy of Sciences Armyanskaya SSR). The array consisted
of six rows of ionization chambers as arated by layers of lead and
graphite, and covered an area of 10 m~. Owing to this large area, heavy
bursts with a total energy of locally generated no mosons amounting to
N1013 ev could be photographed. The data obtained were analyzed for
Card 1/p

S104BV621026100510021022
Investigation of the... B102/B104
ionization bursts in the filter of the arrangement, for the altitude
dependence of the burst frequency, and for the burst spectrum and its
dependence on the size of the arrangementi the mechanism of local no
generation by single nuclear-active particles was investigated. The bursts
observed were grouped according to their intensity I, i.e., according to
the number of relativistic particles involved; for each groupp the numbers
of ionization and "structuralized" bursts were determined for rows I-IV.
The spectrum of ionization bursts can be described by N(>I) - Al -f for
all chambers. The index of the integral spectrum for 2-103, 1-&2,105
equals 1.37 ! 0.02. With an area of -0.6 m2 it was found that N20% of the
bursts were "struoturalized" for 1-103 L-I-45-10 5. At I >1-10 4 and 10 m 2
50;- of the bursts (at sea level) and 75% (on the mountains) have a struc-
ture. An analysis of the course of the bursts with the altitude has shown
thats (1) the integral spectrum of muon-induced bursts with 3-103 - 3-104
particles has an exponent of r'. 2.22 t 0-14; (2) for a burst of equal
intensity, induced by a single nuclear-aotive particle, r. 1.98 t 0.091
(3) at 3200 m, the muon contribution to single heavy bursts is small (15.'-'
of all bursts with vid particles, and ,-4% of those with 42* 104 particles;
Card 2/f