SCIENTIFIC ABSTRACT BALDIN, V. I. - BALON, K.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000103310001-2
• Release Decision: RIF
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• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

------BALDIN,--Viktor-Ivanovich-~~~
884
.Bl
Zagorek. Moskva, Comstroyisdat, 1958.
151 (2) P. Illus., Maps. (Arkhitek Gorodov SSSR)
Bibliographyt P. (17.3)

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in
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creation-of AeSO
oil at -Befteley)
s~ncbrotrl
Ually -by tbs
Me _5
jr4ey of-theorY-frOm 0-'~e gn
Califorinis. and vi 76 80; science)
(mostly sources". Me rter
0 etc'.
ax, 7~7,
7-1

BALDIN, YU.P.
Role of th& opleen in the pathogeapals of some experimental
anemias. Pat,: fiziol, i eksp, texap. 8 no.108-59 Ja-F 164.-
(KIRA 1W)
1. Kafe!ra patologicheakoy finiologii (zav.- prof. R.A. Dymshits)
Chelyabinskogo meditsinakogo instituta.

DYMS111TS, R.A.; BALDW, Yu.P.; ZUDIN, V.S.
H=oral functicn of the spleen. Probl. gemat. I perel. krovi 8 no.7:39-
43 ii 163. (MIRA .17:10)
1. Iz kafedry patologicheskoy fiziologii (zav.. - prof. R.A.Dymshits)
Chelyabinskogo meditsinakogo instituta.

4
VOIRONTSOVt I.F.; XOSIINKOV. S.Y.; TAKOVLEV, S.P.;.BALDIN,
Ta.To,-.
SOKOLOV, N.A.; IIESHKAIN, N.A.; LYUKSHIE.
V.P.; CHUFAKOV, N.Te., redaktor: DHITRIYZV, A.A., redaktor;
KUZIMIN, I.F., I;ekhnlcheek!Lv redaktor.
(Ramml for boyo under military age] Posobie dlia doprisy-
vnika. Izd.2-e, ispr. !L dop. Moskva, Voea. izd-vo Ministeretva
oborony SSSR. 1!)55. 351 p. (MLRA 8*11)
(Military education)

BAIDIN, YO.P.0 insh,
Investigatln&,the electrical durability of turn-to-turn in-
sulation of bigh-voltage electric mchines, Oborennuoh,trud
III no,B:P.55-266 138,, (MIRA 13W
(Meotric insulators ard insulation)

VPf?2/59/000/016/044/054
2Y, /0 P 9) A052/AOO2
Translation from: Referativnyy zhurnal, Elektrotekhnika, 1959, No,
16, P. 216,
35070
AUTHOR: Baldin, Ye. P..
TITLE: An Electrenio Oscilloscope with Pulse Feeding
PERIODICAL: Sb. nauchn. tv. Ivanovsk. energ. in-ta, 1958, No- 8, pp.
267-277
TEXT% The author describes an oscilloscope circuit for,reeording
single,
short processes with the use of pulse feed of the tube [.00-248
(LO-2148)VAO-249
(LO-249), -13.402C (1-IL02S)]. Thyratrons are used as oommutating
elements of the
trigger, scanning and tube feeding circuits. The oscilloscope makes
it possible
to record processes of 0.05 to 100 microseconds duration with the
aid of a photo
attachment. Time marks are produced by a frequenoy-marker
os,.~illator for-5, 1,
0.2 megacycles. A calibrating constant voltage sourse is used for
amplitude
calibration.
K. L. Y a,.
Translator's note: This is the full translation of the original
Russian
abstract.
Card 1/1

BAIDINP YUOPG
Neurohumoral links in the regulatIon of arythropoiesis.
ekep. bial. i med. 60 no.7s2l-27 Jl 165. (MIRA St8)
1. Kafedra patologicheskoy flzlologli (zav.- zasluzhennr.
deyatell nauki Bashkirskoy ASSR prof. V.A. Samtsov) Bashk.~.--
skogo meditsinskogo institute.

40%,
ARM.
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fro, 30
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fit
'"abased cam peri6nil hiistory Aata
dimiclogy, clluical - charta" r4
7777.
'a in douf lrmd., b;
POW ......
-11, -,--Iq~, "51.

Result of blowy(sin therapy of amebic dysentery. Med. paras I paras,
b91. no.4.2318-31,11 CO-w;, 154. 0:2)
le.-Is klinichookogo sektora, Institute, malyaril, keditsinskoy
pamito-
logil.1 .gellmin(slogil Kinisterstys, sdravookhraneni" SSSR
(dtr'.'iuett-
tuts prof, ]?.Golls~rglyev, say. sektorou prof * I.H.Plotaikoy i is
CobPt-
ta.lency te~apevticheskoy *kUniki sanitarno-glgiyealchaskogo
fakulltata
I Moskovskoge'ordena. Lenina, mediteluskogo Institute, (dir. klialki
prof . U.M.Tariqjvv)
therapeutic use,
Intesilua)
(Amusts, rwSTMAL, therapy,
ohlortetracrIlne)

BARKOVSYATA, T.Yu; BAMINA, A.Ze
Surgical therapy in nonspecific chronic ulcerative colitise
Xhirurgiia 35, no.2;4-10 F 159. (MIRA j2t5)
I* Is obahchey i goopitallnoy khirargicheakoy kliniki (dir,
prof. A.N.VelUprmtekly), obahchey i goopitalluoy terapevti-
cheskoy kliniki (air. - prof. Ye,M-Tareyev) 9&nitarnc(;41(&iyenj-
cheekogo fakul'tats I.Moskovskogo ordens Lenina medi%6inakogo
insti'4uta imeniLM-Sechenova.
(COUTIS, ULCERATIVE, surgery,
(Rue))

BALDINA, A.L.; SVERDMIT, Ya.G.
Calcium chlorine watere in the Xama portion of Perm Yrovinces
Trudy VNIGNIL no.13:286-294 '59. (MIRA 13:1)
(Perm Province-Water, Underground)

TEBYAKMA, A.Ye.; GRAYKOVSKATA, S.M. ZAKMA, I.L.;
BRODSKAYA. T..A.; SHMAKINA. A.I.
Optimal conditions for determining the sterility of an antibiotic
cultural liquH [with summary in English], Antibiotiki 3 no.6:108~-110
N-D 158. (MMA 12:2)
1. VsesoyuzW nauchno-issladovateltakly institut antibiotikov I
savod modpreparatov HOO80
(ANTIBIOTICS)

MHATAYEIIA, Ye.V.; YAKIMDV, P.A.; BALDINA. A.V-
Formation of ohlortetracycline and vitamin B~, by the
producer,,
Actinomyces atireofaciens, with various soure-651. of
carbohydrate
nutrition. Txudy Len. khim. -farm. inst. no.15-.153-159 162. '
.
JMIRA 15:11)
(CHLORTETRACYCLINE) (CYANOCOBALAMINE)
(ACTINOMYCES) (BACTERIOLOGY-CULTURES AND CULTURE MEDIA)

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7

AID F 2934
Subject USSR/Electricity
Card 1/1 Pub. 26 31/32
Authors : Baldina, 0. M., Kand. Tech. Sci. and S. S. Kutateladze,
RUM.
Title : M. A. Styrikovich, Vnutrikotovyye protessy -Processes
inside the Boilers) Gosenergpizdat, 1954. ~Book
review)i
Periodical Elek. sta., 7, 62-63, J1 1955
Abstract The authors review the book very favorably and evaluate
it as c considerable addition to the literature on
boilem.
Institution None
8ubmitted No date

-z>
AID P 2875
Subject USSR/Engineering
Card 1/1 Pub. 110-a - 8/1-0
Authors Baldina,.O. M., Kand. Tech. Sci., and Baytina, To. MIJ
Title Formation of vertices over down-feed pipes
Periodical Teploenergetika, 10, 45-49, 0 1955
Abstract Experiments made with cold water showing the different
water levels and the forming of vertices.as dependent
upon the diameter of the pipe, the flow velocity and
the shape of the pipe Inlet are described. The
experimental Installation is described in detail.
Reportedly, the increase in the water velocity and
diameter of the pipe brings about an Increase in the
critical water level. Eight diagrams.
Institution : Central. Boiler and Turbine Institute
Submitted : No date

nFmd1dal, takhnichaskikh nax*.
Determination of tmWential velocities and level profile of vater
In detachable cyclones Xnergomashinastroonle no-5:7-11 KY 156.
(Separators (Machines)i $Boilers--Accessories) (KLRA 9:9)

SOY/96-58-9-7/21
AUTHORS: (Car.,didate of Technical Science) and
Raytira Ts.M.-MAgineer).
TITLE: The Conditions 61t Vor.teIx Formation in the Drum's of Steam.
Boilers (Uslovipi obrazovaniya vikhrevykh voronok v
barabanaUh parorrkh kotlov)
PERIODICALs Teploenergetika, 1958, Nr 9, PP 39 - 45 (UASR)
ABSTRACT: Steam sometimes enters the downflow water-tubes of boilers
along with the water, and can upset circulation in the .
tubes. Part is carried along with the water in the form
of bubbles) but sometimes vortices or funnels of steam are
dratm down into the tubes. , This article describes a.
study of the conditions of formation of these vortices
using water/air models. The amount of information that.,
could be obtained from a single down-flow tube is lintitedp"i
so tests were made with a.model representing a multi-tub,:.
drum installation, which is illustrated diagrammatically!
in Fig 1. Investigations were made w4th bindles of dox4p,",
flow- tubes of `2 and 100 mm diameter and with single down.-
flow pipe's of up to 2250 mm diameter, the water being
Card 1/6 circulated i;hrough the system by a pump, with an output of:,
500 cu.m/hour. Compressed air was delivered to the

SOV/96-58-9-7/21
The Conditions of Vortex Formation in the Drums of Steam Boilers
headers oT the rising tubes. The drum was of 1000 mm
diameter, 2 m long, with ends formed of transparent
plastic. ArrangGm-ents were made to control and measure
the flow of water. Another smaller model was also used
to study the effect of barriers of various kinds near the.
down-flow tubes. Longitudinal flow in the boiler could
be made e,Ither turbulent or of uniform velocity field.
In making tosts, the necessary volocities in the down-flolf.
tubes wer~i established and the water-level in the drum was
gradually reduced until it reached the critical value
beyond which vortices of air would be- drwm inte~,the. ;tube s,
Typical photographs of vortices forming abov6-doiwn-flo .w
tubes are seen in Fig 2. In the case depicted in Fig 2a
the rate of longitudinal flow is small, the water contaJjis
Card 2/6

SOV/96-58-9-7/2-1
The Conditions of Vortex Formation in the Drums of Steam Boilers
no air bubbles. tind- the vortex has', sharp edgea. In Fig 2b~,
the rate of flow is greater the water contains-air bubbleit.
which are o-oncentrated rZA the vortex so that-its edges
are indistinct. The water Vel004.ties in the down-flow
tubes and In the water space of the drum were varied over
wide range,.3 for each diameter of tube and each type of
longitudiruil flow.. Curves,were thereby constracted of
the critical levels and are of the kind shown in Fig
It will be seen that the higher the longitudinal velocity
the lower the critical level, but this method of-prevent ng
vortex formation can only be applied when there are no stean
bubbles in. the n&ter volume. & typical graph showing them
variation :In critical level with velocity for various tube
diameters is given in Fig 4 and'the relative critical levels
as functioas of the rate of longitudinal flow in the'drium.
agpear in Fig 5. Besides depending on the flow in the druLm,
t e formation of vortices, is affected by the position of the
tube relatJ~ve to the end surfaces. of the drum. Tests in
which channels were fitted into the drum shoved th&t the
shape of the walls and of the bottom of the channels had no
Card 3/6 appreciable influence on the critical level. It is believed
that the d8.t& of Fig 51 obtained with cold water, can be

SOV/9648-977/21
The Conditions of Vortex Formation in the Drums of Steam Boiloro
related approxiiately to other p~ossures. When the-tip
of the vorl;ex reaches the mouth of the down-flow tube the
pressure reiduction there is equal to the weight of the
columns of liquid and gas. at the corresponding level, On
this basis, an expression is given for correcting the values
obtained from Fig 5 in cases when the pressure is altered.
However the usa of tests on models to calculate what will
happen In Pull-scale boilers still needs to be verified in
practice. When water was introduced from the sides, so
tha,t flow wag turbulent, wave& were always set up on the
surface of the water in the boiler and the forma.tion of
vortices was,prevented. It is concluded that the risk of
vortex formation applies only to down-flow tubes located
near the ends of the drums, particularly if these are of the
large diameter found in high-output boilers. Tests were
made on the small installation to determine the effect on
vortex formation of various kinds~of barriers and protective
devices. Details are given of the types of barriers used
Card 4/6 and their influence on the critical level can be seen from
the results charted in Fig 6. In some cases the critical

SOV96-58-9-7/21
The Conditions of Vartex Formation in the Drums of Steam Boilers
depth can-be haIvIed, but such barriers can only be used
provided that steam/air mixtures are not formed near them.,
The effeat~of boxes, such as are used in constructing the
salty seotions of boilerst, was studied on models$ and caseis
in which they can promote vortex formation are described.
k photogrL~ph of a. vortex being drawn into a tube with a, bax
above. it i~i shown in-Fig 7. Tests.were also made with
differentlikinds of,gratings, installed above the tubes.
.Two phTtvclrapgs of'vortex formationL near such gratings arC', I
sh r-. V! g . Recommendations are made about the deslip,
~of gratint;s, t e use of which can halve the critical levee..
The results of the above testswere partially confirmed by
tests madet by the Central Boiler Turbine Institute on a ~
Babcock & Wilcox boiler with an output of.165 tons/hour* at
& pressuret-of 65 aims installed in a power station. The
down-floif system of this boiler consists of t;wo stand-pipes
530 mm d1ameter located at'the ends of the drum. Steam/
water mixture from the screens is drawn into the cyclones
in the dram, Calculations by the graphof Fig 5 show thait.
the necessiary height of water to prevent vortex formation,
Card 5/6

SOV/96-58-9-7/21
-team Boilers
The Conditions of Vo:rtex'Formation in the Drums of S
is appreciably higher than the actual leve'l, so that
vortex formation ought to occur. It was found that the
installation of gratings above the stand-pipes greatly
improved the. conditions of flow,
There are 13
ASSOCIATIONs TsebtralInyy kotloturbinriyy Institut (Central
Boiler
Turbino Institute)
1.-Boiler6-~-Performanze 2. Boiler tubes--Test methods 3. Watelt.
--Contro'l. systems

sov/96-59-9-8/22
4,X. (Candidate of Technical Sciences) and
AUTHORS: Baldina
'BTMYWI s.M. (Engineer)
TITLE,., The Influence of Devices Inside the Drum on the
Entrainment of Steam in Downflz~w Tubes
PERIODICALs Teploenergetika, 1959, Nr 9, pp 46-50 (USSR)
ABSTRACTs To prevent steam entrainment in thE. downflow tubes of
boilers it is necessary to disperse steam bubbles in the
water in the drums; and to ensure that deep vortex
funnels are not formed above the downflow tubes. These
requirements are hard to fulfil and sometimes devices
inside the drum hinder reliable separation of steam.
Tests on models have shown that vortex funnels can form
when water reaches the downflow tubes from one side only,
as can occur when salty sections are provided inside the
drum. When delivery is from one side only, particular
care must be taken.to avoid the formation of irregulari-
ties in tho flow of water which encourage the formation
of vertices. If unperforated plates are installed above
the downflow tubes and below water level, steam aeeumu-
Card 1/6 lates beneath them and is entrained from time to time.
A photograph of this effectItakenon a model, made during

SOV/96-59-9-8/22
The Influence of Devices Inside tho Drum on the Entrainment of
Steam in Downflow Tubes
studies of the salty section of a boiler type TP-2301 is
shown in Fig 1. It is particularly difficult to prevent
entrainment of bubbles of steam which have not separated
from the water volume of the boiler. In this respect
the method by which the steam/water mixture is int~roduoed
into the &tum and the rates of flow towards the downflow
tubes are particularly important. Attention must be
paid to the point of connection of steam delivery and
screen tubas to the drum, and also to the pattern of flow
through the devices In the drum. The conditions of gas
entrainment. with' several typical types of device inside
the drum wore investigated at atmospheric pressure on a
model of a drum 2 metres long, and 1000 mm diameter,
described JIM Teploenergetika Nr 10, 1955, and Nr 9, 1958.
The arrangement.of the riser tubes, that delivered a.
water/air mixture to the drum and of the downflow tubes,
is described. Most of the tests were made with downflow
tubes 100, nn diameter. Entrainment was so great In the
absence of barriers or other arrangements that there was
Card 2/6 no need, to study this case. The case illustrated in
Fig 2a in which a vertical barrier is installed in the

SOV196-59-9-,8122
The Influence of Dev:Lces,Inside the Drum on the Entrainment of
Steam in Downflow Tubes
drum near to points of mixture delivery was first studied,'
This arranlement is commonly used in steam separating
systems. Kformation is given about the resu.Lts
obtained with this arrangement; it was unsatisfactory
de to guide the
unless add:Ltional.arrangements were =
flow to the downflow tubes. The next arrangement tried
is that illustrated In Fig 2b? in which a barrier was
installed below water level to prevent aerated water from
flowing di:rectly into the downflow tubes. Most of the
air was separated from the water as the flow turned round
the barrie:rs. Some air was still entrained in the down-.
flow tubesI.particularly at high rates of flow. Examplesq
are mentioned in which similar devices have operated well
in service. The barriers should be installed in such a
way that when the.water is at the lowest level in the
drum the rate of flow over the 'weir' formed by the
barrier is not greater than 0.3 m/sec; otherwise the gas
will be enbrained from the surface, as illustrated in
Card 3/6 Fig 3. The use of a submerged perforated plate as shown
in Fig 2B was also investigated; dimensional details are

SOV/96-59-9-8/22
The Influence of DevIces Inside the Drum on the Entrainment of Steam
in Downflow Tubes
given. This device proved usefulv and at all rates of
flow the waiter surface under the plate remained ealm. At
high rates of flow the air was uniformly distributed over
the sheet and at low rates of flow it was c:oncentrated in
particular places. A typical.photograph taken with the
perforated sheet Jii place is shown in Fig 4. If the rate
of water flow is too high2 severe entrainment occurs and
air/w,ater mixture enters the downflow tubes, as shown in.
Fig 5. A graph of the approximate experimental volumetric
air content in the downflow tube as a function. of the
water speed in the main volume and in the tube is given in
Fig 6. Rates of flow in the downflow tubes amployed in
modern boilers correspond to average entrainment
conditions in the graph of Fig 6. However, such a
comparison is necessarily somewhat arbit-Aary beoause it,
depends on the physical properties of the liquid and the
gas. The*ase of cyclones inside the drum,. as illustrated
in Fig 2, was next investigated. The cyclones used were
typical of Central Boiler Turbine Institute prac"ce; the
Card 4/6 diameter of the cylindrical part was 290 mm and ~`j
dimensions of the outlet 250 x 60 mm. Different numbers

SOV/96-59-9--a/22
The Influence of De,rices Inside the Drum on the Entrainment of Steam
In Downflow Tubis
and arrangements of cyclones were used. A photograph of
the flow of water leaving the bottom of a cyclone at the
rate of 33 m3/huur is given in Fig '. At higher rates
of flow all the water in the drum is filled with small
babbles. By directing the outP ow from the cyclone along
the water~surface, the separation of air from the water
was Promo4ed. Some details are given of cyclone perfor'-
mance and,'it is-concluded that.the preliminary separation,
of gas fr(im liquid that occurs in a cyclone r9duces the
gas content of the water of the boiler, parti--ularly if
the rate of flow through each cyclone can be kept down.
A number of examples are then given of qualitative agree-
ment betv~ien processes occurring in the model and those
in actual boilers. Comparison of the resistance of
downflow tubes during gas entrainment on an atmospheric
pressure mod-,el and on a boiler type TP-230 at 110 atm
and on a hoiler type TP-240 at pressures of 3,20 to: 185
Card atm shows that the resistance increases consi.derably with,
5/6 increase in pressure. As the pressure rises it become-,;
more difficult to separate the steam and water. From

SOV/96-59-9-8/22
The Influence of Devices Inside the Drum on the Entrainment of
Steam in Downflow Tabes
this fact~praet-lcal conclusions are drawn about the
selection of drum diameter and of water level in the
drum Itlis.partioularly important to maintain a high
wate; lev6l.at high rates of steaming, when tke rate of
water flow through the dru!n Is greatest. The use of
Card 6/6 cyclones inside the drum promises to be very helpful in
reducing steam entrainme)i4-
There are 7 figures and 409oviet referen.as.
ASSOCIATION: Tsentrallnyy kotoloturbinnyy institut
(Central BoileT Turbine Institute)

BALDINA, V. A.
The fialantif, -Usaaro; Institute for -laduaUJAI
EVerimantal fteemavIi Im_�jt&Qgqwtrw.Uova A Collection of Articles
-Edited
by V, A,~ Wdlma- -
Fdalmhers
t the -.00, -lh*., lot. Nor Swidift Ind"U7 Law
Datos
Avai2abUi Zara",
Cor,.7ASS
4
'S
"Y'

-AMBOW. of the ussr =d
Foremen: KcTeykin,, Me F#; Shtykh,, A. P.; Samoylov., V_. I.;
Baldina,, 1!e. A.
TLW: Appeal to All (Xerators, fteciallets and Worlawiz ot the Most
ftortant Prote'ssioAs In Enterprises of the: Petrolema and CI-xvIcal
Industry (Ko'V'Hem o2eratoram., spparatabikam I raboahim
ve&-ioNcl.~1kh
professiy predpriyatly neftyanoy I khim4c' q%oy pro&*rs1L1*anOst0
PERIMICAL: Neftyvaik, 19~804& 5. Y 3 (VSSR)
A
AMTRACT: This a_Wee.1 to all operators., speclealsts emd vox3Qnea
ot. the yelk;rolawl,
and cluwlc&L Lndustry enumimtes the achlevemen-'I'm attainae. by
chemical luduati,-.; %rorkera In 1,957 and it ur&-.s them to mg~.e a
2=.'her'
effort to 1:=Lntase the output., of fertl_Uzers., systiatic rabbear,
pel3ts: I
plastics, etc. It also urges them to Improve processing =thoft b-,
taking edwint.W of advanced techniqaes and autmetlon. A 2ledge
by varlaas te.wo of ellwaical pleats, shops end factoziec Iz
inclue-ed
In tble a
.n4eale Tbay p.Ledge to 13prove cperat!mg caaWvlons of
proceasing unL-'%,s,, to obteln better results, to ove.-Z~tM:1.
the a=,Al px~D&ctioa plan, emel. to blt. new peaks la Vae oat7txt M
chezdcaJ.s,. Tw ves-.1-14r o2' aperatioas cez-Aed out &n-!~.Jg t`ze
first
ffLer of 1?.58 lu&Acate thet the abligat;Wns uneertqkea by Vie
d.'lemicR1
r
.duc;try wovk=o vill ba discharged in tim.
Card 1/1 1, Petroleum industry-USSR. 2. Chemical industry-.USSR 3.
Per'so,=O.
--Pledges

RAIVINA, U.N., dote,,, kand,-tokhns nauke - - . -
Ire Ki - be shape and evolvement of buffer eprings.
aide plottl[ng of t
Trudy LVMI no,.6:294-305 157. (MM 11:5)
1',SpriW (Mechanism)-Graphic methods) i

ACC AP6019192 SOLIRPE.CODE: UR/Ol22/66/ooo/O02/oo4i/oo43
AUTHOR: Baldina..Xc (Cmmdidate oftech4eal sciences, Docent)
ORG-. lone
TITLE: Development of a guile surface for vinding a pliable band
into a continuous
tube
SOURCE: Vestnik mashinostrqVeniya, no. 2., 1966, 41-43
a-A
TOPIC TAGS: pipe, solid w04ck;6a geometry
'j
ABSTRAM A theoretical basis is given for the development of a
conical guide surface
designed for generati.iag a cylinder of. given diameter from a
continuous band.of fle'xible
material. The formulas given are based on fundamental propositions
from analytic
e proposed method ma;r
geometry and iwjy be solved to any desired degree of accuracy. Th
be used in place of the presently employed trail and error system
for cable insulatioia,
cellophane vrapping, etc. Orig art. has: 5 figures, 10 formulas.
0-LIB CODE: 23, 12/ SUBM DATE: none/ OHIO REF: DOO/ OTH REP: 000
UDC: 621-231,32,;.p

BALDINE
"Tertiary dLacoastere from Austria and their stratigraphic signifi-
canoe" by H 1,Stradner and -A.Papp. Reviewed by Baldine.
kozl 92 no.1:117 Ja-Hr 162.

BALDINS BAKE, Maria
Stratigraphic 'lifignificance of the Hungarian Miocene
Coccolitbophoridae.,
Foldt kozl 90,1.10-2:213-223 Ap-je 160. (mia lba)
(Hungary-COCOOlithaphoridae)

RAIDINOVA,- 4illi (Minsk:)
Introduce tbit standard aocounting method in the clothing faotoriam,
Shvein6 prom, noo3vIO-14, Vq-J* 165o (MMA 1819)

BALDITSrN jtp
Device for automatic control of textile-fabric dyeing. Biul*
tekho-okoneinform* no.7:64-65 161. (FMIA. 14:8)
(Dye's and dyeing-Wool) (Automatic control)

'4117,65 EWT1d,/EEC11*1, ~VEIC-4P0-4/Rq-4/Pg-4/Pk-4/P1--4
ACCESSION URs ATS004,666 8/3128/64/000/00r/0058/0076
i .50.0,
AMORSt Glagolev, It. P.1 Krashaninnikove I 6'.r Kurochkint S.
8.9
Tuchina, -A. S. s Chertiovp P. a. I -,i E
TITLEs System for the weasureMgnto of space-time distributions
of
tile intensities of r;&ndom events
SOURM Yadernoye priborostroyaniye; nauchno-takhnichoDkiy
abornike
no. 1, 1964, SO-76
TOPIC T.WSs pulse beight analyzer, pulse time analyzer# space
time
distribution, randcg!i,pulps. spectrum analyzer
ABSTRACTs The articledescribes a system for'the measuremeit of
space-time distribut: Lone of radiation intensities or other
random
events. The system permits independent measurements to be made
overl
256 channelst and its block diagram is shown in rig. I of the
Enclo-
sure. The operatilMl*principlo consists in transforming the
yulses
card

4t
1,L 14117-61
ACCESSION NRs AT5004666
from each of the 256 pickups into a digital code corresponding to
the
number of the pickup, and carrying out the subsequent sorting of
tbei
information in digil:al form, in the same manner as in standard
pulec-
height and time analyzers. This centralizes an appreciable part of
the apparatus and eliminates the need of separate lines for each
pick-
cin-
tip. The article describes the pulse prOBelection blocks, the a X
tillation pickups used for the particular application, and the A1-23
pulse-height analyzer which serves as-the central unit of the equip-
Mont. "The authors thank V. A. Sidorov and A. 0. Xhab~~ashev for
useful remarks and V. F. Ivanov, A. 1. hqGYeYas,:nd Z. D. Agronskiy
for participating In thw experiment$&" Orig.1 a hawl 18 Figures.
a formulas, and I tablea
ASSOCIATIONi N&ne _A
SUBMITTEDs 00 ENCLt '01 SUB CODEs NP# ZC
OTMS 007
NR Rap SOVt 010
Cold 21

Mr

nA.uWY." p-
",Self -RropeUed Missiles" an article In tbejpublication
Problems or the Upe of Atomic RnerjW. October, 1956, Moscow

BALDDVj A, and IVAKOV, A. _ __ _ __ __ - --. - - - - - - - - -, - --
- ---- - -- - ---
!'Long-Range Itkockets" an artile In the publication
Problems of the Xtse-of Atomic Energ. Octabes, -1956, Moscow

C-MOZHAMV,--A*-N-*V IcimA.tekhn.nauk; NOVITSEY, V.K*o
Iiiindeteihii.nauk;
KRYANIN, I.R., 1;6ktor tekhniamuk; IOD]MVSKIT, S*A.l kandtekhu.
np-uk; LAMMISKIT, B.N., land. tekhn.nauk; KLl)!AN,'S*S*j 6i3detakhti.
nauk; KWCHNN, N.I,, kand.tekhn.nauk; TSYFIH, LA, )mud,tekhne
nauk; LIVIN, M.H., kand.-tokhn.nauk; PAIM, A.L., insli;; LTASS,
A*Ho, kan(l*teklui 'enauk; CHIRNW, BZ-*T"En~F.--tekhn.nauk; ASTAF
'YET,
A*A* j kamdotekhn.nauk; YERYAKOV. X.A., inzh.; GRIBOTE)OV, Yu,,N.,
kand.tekhn.nauk-, XTASOY3DDV. A.N., irmh.; BOGATMW, Yu.H., kancl.
tekhn.nauk; UMOVI Yeope', doktor.tekhn.nauk, prof.; SHOPM, L.A.,
kand.tekhn.uauk-,. PIRLIN, P~I.v b3b:.; HObMN, Xe.N.,- kand.tekhu.
naWc; PROZOROV. LON., acktor takhn.tauk; CHMNOVA, Z.I., tekhn.
red.
ma=faoiu-Te of bM,y machinery]
tianbelogo washifibitrogulla, Moskva,.
Goo. nauabno-tok'hii.,ilgd-vo:,.iash ~., iit-r
Inostroil
l
is
afte, I IrSSUAWARIV, Mt". -PrOizTOlqtyo,-Vbi~ ~b
rabot
kala ob lii'o ob r em. 1960. 266 P. Noicow.
66intralluji nauchna4riledovatellskil Justitut takhnologii I mashi
nostroeniti. ETftdjj no. 98). (MIRA 13:7)
06undirs) (yorgi-ag)

1964

BAIDOVIN; M.
C!perational plan in the inftsiry for finished products of wood. p.
2.
TEHNICA NOUA. (Aaociatia Stiintifica a Inginarilor si Tehnicienilor)
Buzuresti. Vol. 3s No. 30, Jan. 1956
So. East European Accessions List Vol. 5,*No. 9 September, 1956

---I- --- I-----
IntrodQation and extension of now technique in the industry of
finished wood
products. p. 450.
(INDUSMIA LEMNULUL RUMANIA. Vol. 5 , no. 10. Oct. 19.56.)
SO: Monthly Ust of East European Accessions (RUL) W, Vol. 6, w.7,
July 1957. Uncl.

M PAUN, D.
New tyTes of furniture worked out in 1956. P. 139*
(IOUSTRTA IMMTWlj, Vol. 6., no, 4., Apr. 1957, Rumania)
SO: Monthly List of East' Euiropean Accessions (FEAL) W. Vol. 6, No.
12p Dec. 1957
Unol.

BALDOVINji M.
Preparationa of the technological process for furniture vanufacture.
p.164 .
(AUPILE FATRTEL- Vol. Os No- 5,, NOW- 1957j Bacurest, Rmnwda) II
SO: Monthly List of East European Accessions (EE&L) U. Vol. 6., No.
10, October 1.957. Uncl.

PA'LJDGV IR, -P
Baldovin, P. Cementing under pressure for washint; tinder the
perforations in order
to -,-q,-nrate the water and gas strata. p.231.
SO: Monthly List of hast European Accessions List (EEAL) W, Vol 4,
No. 11
November 1955, Uncl.

UIJ)CIKIN-AGA,
_., dr.; FRANCHE, M-aria, prof.; BELOW, Irina, dr.;
Fj,_,PpXAjU
MICU, I., dr.*; OVANESCU, A., dr.; ANDROHOVICI, G.,
dr.; BRAUNERP
&.j. RADUIESCU, A., dr.; DIMITRIU, St., dr.; MMITRIU,
A., dr.;
RUGINA, N,, dr.; BLINDU, P., dr.
Receptivity to scarlet favor assessed by Dick's
reaction with
fractional doses of purified toxin. I-licrobioldgia
(BUW) 6
no. 1-.69-76 J&-F 162,
.1. Inatitutul "Dr. I. Cantacuzinol si Spitalul
"Izolareall din
Iasi. k

CPYGA, M.; BALDOVIN-AGAPI, Coralia-, MIRALCO, Florica; GHEORGHIU,
Helania;
BORSe, -Leia
Types of hemolytic streptooocei in relation to the endeno-apidemicity
of scarlatina in Wmania in the 1945-1959 period. J. byge epldemeq
Praba 1; no.3:257-266 161.
1. Travail do 2.'Institut "Dr. I. Cantacuzino" - Service don Coccl
pathogenes, Bucarest..
(SCARLET FEVER epideraiol) (STREPTOCOCCUS),

BARBER, Cella; BALDOVIN-AGAPI, Coral-U- BEWIU, Irina; FLEGEAS, Paula
Contribution to the otudy'of the antigenic otructure of
non-hemoly-tic
etreptococci. III. The antigene ot the group "DO streptococci
(enteroeocci). Arch. rom. path. exp. microbiol. 21 no.1:115429
mr 162.
1. Travail de IfInstitut "Dr. I. Cantacuzi~o" - Services do Biochemie
et des Cocci pathogenes.
(STREPTOCOCCUS) (ANTIGENS)

SPINU p I.; BALDOXIN-AGAPIT-Coralia; BIRZU, I.; MIHALCO,
Florica; RWW~, V.--
ROMAN, Stela; BORSAI, Loia; TOMESCO, Elena; KY, Tran
Distribution, according to phage groups and ant4biotic
sensitivity,
of pathogenic strains of ataphylococci isolated in North
Viotnam.
Arab. roum. path, exp. microbiol 21 no.1-143-153 Mr 162.
1; Travail du Ministare do la. Santo ot des Frevoyances
Sociales,
Direction Generale-Sanitaire kitiopidemique., de
""Institute "Dre
I. Cantacuzino" -Service des Cocoi Pathogenes ot do
I'Institut do
Hicrobiologle do Hanoi. :'.I:~
(ST,L'DHtOG0CCUS) (ANTIBIOTICS) (DRUG RESISTA14CE,
MICROBIAL)

BALDOV'IN-AGAPIp Goralia; BALTUNVI, Ecaterina; MIHALCO, Florica;
BELOIU,
=Irina;
Phage-bacteria systema in sixeptooocci of the Lancefield group D.
Arch. roum. path. exp. m1orobiol. 21 no.2085-391 162.
1. Travail de l'Institut "Dr. I. Cantaouzino* - Centre National de
Baoterio hages Reforenos et do l'Inatitut dHygiene do Fassy.
TSITfMMGOCCUS) (BACTMOPHAGE)

BALDOV1N-AGAPI, Coralia; BELOIU Irina; OjU'kE) Ileana; PIXCW, Paula
The species of non-hemolytic streptococci found in subacute
endocarditio.and-their sensitivity to antibiotics. Arch.
Houm. path. exp. miorobiol. 20 no.3:479-489 S 161.
1. Travail de PInstitut "Dr. I. Cantacuzinoll Service des Cocci
pathogenes. (ENDOGAIMITIS . SUBACUTE BACT&LIAL microbiology)
(6TM?TOGOGCUS phwmcolk,ogy) (AMIBIOTICS pharmacology)

BARMy Cella; BALDOM-AGA1010 Coralia; BELIOU, Irina,
The teichoic acids of the Lanoefield group D streptocooci. Arch.
roume patb. expe microbiol. 23 no.3't563-568 SIO
1. Travail deltTmstit-at *W. I.Cantacu.2dnoO; Services do Bio-
chimle generals et des Cocci pathogenesoBacareete

RAT )OVTN-AGAPI. Coralia. dr,j IEN-ISTA,C.dr.; BELOIU,Irina,dr.;
PLECEAS,
Paula.
Considerations on the presence of streptococci in food pro-
duets of animal origin. Microbiologia (Bacur) 8 no.5t/+37-
444 S-Of63
1. Lucrare efectuats. in Institutul "Dr.I.Cantacuzino*',si In-
stitutul de Igiena RoPg.R.

SOV/136-59-4-10/24
AUTHORSt Arkad'yev, A.G:.,. Baldovmkiyg L.A. and Forablomt, G.V,
TITLEt Methods of MeKsuring the Parameters of an Aluminium
Electrolyser %'Metody izmereniya parametrov alyumiaiyevogo
elektrolizera)
PERIODICAL:Tuv*tnyyo metally, 1959, Nr 41 pp-49-56 (USSR)
ABSTRACTS In 1950-1955 the Tsentrallnaya laboratoriya avtomatiki
(Central automation laboratory) of the Ministerstvo
chernoy metallurgii SSSR (Ministry of Ferrous Metallurgy
of the USSR) and the Vztsoyuznyy alyuminiyevo-magniyevyy
institut (All-Union Aluminium-Magnesium Institute) carried
out work an the automatic measurement and control of
aluminium-electrolyner parameters. The work was carried
out at the Volkhovskiy (Volkhov) and mainly at the
Ural'Bkiy (Ural) aluminium works. In addition to the
authors the following participated: N.L.Zenovy
T.A.Ivanbts, , V.A.Kukhtin and A.T.Mamontov (Ural Works)
V.I.Gruzin (TsLA), R.A.Sandler, Ye.I.Qlaz and others (VAMI).
One of the main objects of the work was on the inter-polar
distance parameters, for dealing with which existing
methods are inadequate. The first stage was the
Card 1/3 development of a method for measuring the resistance of

SOV/136-59-k--10/24
Methods of Measuring the Parameters of an Aluminium Electrolyser
the electrolyte in the inter-polar space and for the
determination of the potential of the sole of the anode
and the surface of the metal. For the latter suitably
arranged uninsulated probes were uscd (Fig 1); the
potentials measured thersby were not exactly equal to
the values on the anode sole and metal surface but
were sufficiontly so for practical purposes (tuable 1
shows the values,and errorg). For measuring the
eleetrolytIc resistance in the inter-polar space a
resistance meter developed at the TsLA was used (Fig 2).
This is based on an nutomatic electronic pote~Aiometer
(types BP-102 and I~PP-09 were used) and gave results
correct to +'-1.5% for most of the operating period
(table 2) a;id for six months has been succiessfully used
at the UAZ to regulate ten electrolysers, reducing power
consumption by 1.5%. The authors outline the theory of
the device. They go on to ehow how it can be used,
together with a device for measuring anode movement, for
Card 2/3 measuring the olectrical conductivity of the electrolyte

SOV/136-59-4,-10/24
Methods of Measuring the Parameters of an Aluminium Electrolyser
and the interpolar distance. The arrangement shown in
Fig 3, has the disadvantage that, if used for control
purposes, it requires a complicated apparatus. The
authors therefore developed a variant (Fig 4) containing
additionally"a relay and contact group and a transmitting
potentiometer mechanically linked with.the pointer of the
arode-movement measuring device. Tests and calculations
have shown that this arrangement gives the conductivity
and the Inter-polar distance with errors of under + 4 and
� 9% respectively. In a six month test on ten
electrolysers at the UAZ, with automatic control through
inter-polar distance, a.1% reduction in power consumption
was obtained. The mean values of electrolyte conductivity
and the back emf of production electrolysers (1.48 ohm-
cm-1 and 1-45 V respectively) differ from previously
accepted values. There are 4 figures, 2 tables and
2 Soviet references.
Card 3/3

CZECHOSLOVALU
BALDRIANS, J.
Institute of Racromoleoular Chemistry, Czechoslovak
Academy of Soienceso Prague*
Prague$, 021162tiRr Qechogjoyak 0hemleal 22MMj-
catiomp No 11j, ber 19b5t pp, 364d-5b57.
"On the structure and properties of polyamidese
Part 24s Supermoleoular structure of polycapro.
lactam In Its phase tramformationso-"

CZECHOSLOVAKIA
rnatitute of Maar*nmlea%4&r Chealstryp Czechoslovak
Academy of Sciences,, Prague
I Cd11ggtjgn ggSdionjove _qgm=i-
'raguej, at -I ghMigal
cations No 3a March 19bb, Vp 1017-1027
PIodine comple"s of polpaprojaetame"

VENGRL,VOV~ X1 Yj, S - I I j-11d. -f:w' Ifl-o, 1-c.,,.. nz~uh; .
BALD J!S-i
Of wirioml; 1.1glit co"rdtion"j on th~.m
ceniont or ivii, vr:nct,,;. Don. ooilicboz. IlEluk.
3. Vseao.,.-uzrj
V
institiit

P
_ULDY4.
Ag.-I.culture
"MGYAR ISIZOGAZDA30"
Poultry at the Natinm-" Agtickultural Exhibition. 221
Vol. 10$ No- 19, Oct. 1955-
Vol* 14, nos, 4-5, Feb.LMar. 1959
Mcnthly idet, of 'Sast European Accessions (EEAI), L-C, Vol. 8,
No. 4, April 1959
Unclas.

BALIX, B.
Let us spread Hungarian hen species more quickly and in a. more
systematic way. p'. 22.
(Magyar Mezogazdasag, Vol. 11, no. 3, Feb. 1956 Budapest)
SO: MonthLt, List of East European Accession (EEAL) LC, voi. 6, no.
7, July 1957. Uncl.

BAJ-X B.
BX,DY, B. Tne origin or improved Hungarian hens.
p, 23, Vol, 11, no, 13, Jay 1936
Magyar Mezogazdasag - Budapest, Hungary
SOURCE: East European Accessions List (EM) Vol. 6, No. 4, April 1957

LAZOWSKI, Zygmunt; ZELAZNY, Halina; BALDYGA, Al-icja
Serum oaromucoid asIbe index of rhoumatic activity in
children treated in sanatoria. Reum. Pc-l. 2 no. 2zl37-142
164.
1~ Z Oddsialu D3ieciecego Instytutu Reumatologicznogo
(Kierowni)P-Oddzialu: prof. Dr mod. E. Wilkoszewski; Dyrektor
Inatytutus ch-med. W.Br&l).

MAIN, Tu.; UTKIN, B.; SVIRDIXUK, MI.; AXOSTA, S,;
BRUNA. A.; DAYDTCLk,N-
GOLID, A.; ZVZZDIU, A.; WICHNIK, N.; SMUOAUZ. S. L:m~
Revolving credit. Dan.j krea. 17* no.4,052'-61 Ap '59.
(HIPA 120)
(Credit)

BALDZHIEV ,I.; PEICREV 1.
More attention and more care for raticniklizers of Sliven.
Ratsionalizataiia 13 no:. 10-.4-7 163,,'

KARPAROVp'M.-; BALDZIIIYSKI, A. (Baldzhilski A.] YAM, S. ClAnev,,
S.),
X-ray image of neoplastio formations in the stomach with
umbilicition or central decompo'Ation., Vest. rent. A. rad.
40 no.2:41-44 Mr-Ap 165. (KRA 1816)
ls Kafedra rentgenologii i radiologii (rukovoditell - prof.
X. Vlakhov) Wditsinskogo institute Imeni Pavlova, Plovdiv,
Bolgariya.

BALDZIiIISKIt G.
BALDZHIISKI, G. New facilitations for long-term credit of cooperative
farms.
P.10.
vol. 11, no. 10, Oct. 1956
KOOPERATILWO ZEMEDELIE
AGRicnTuRE
Sofiia, Bulgaria
SO: Fast European Accession, Vol. 6, No. 3, March 1957
4

i lit
Gr.idual development of phys- cal trainin.. p. .12. ;,'A GLAS..'S,
Vol. 8,
no. 6, June 1951j, 13eograd, I'tigosLivia)
SO: Monthly Lst of East European Accessions, (EEAL), Lc, Vol. 4, na. I
Jan. 1955, Uncl,

-------BALDZIJSKI,. A,[WdzhiakI,At.]j GECPIGiE-T,G.
Phlebography of lower extremities, Folla mod.
(Plovdiv-) 6
no.3099-203 164
1. Hohes MedizLnisches Institut nu Flovdiv,
Balgarien, Lehrstuhl fuer Rnnn!,Pmologie und Radiclogle
(Vorstand., Prof. K. Wlaoho-. [K. Vlakhov].

BALDJISKY, At.[Balfthiski.. At*]
RmitAgumologii, charac',eriptic of the increasod venous presoure
in th v lower Folia medo (Plovdiv) 6 no,-5:315-319
164.
1. Higher Redical Institilte "T.P.PavIrivO in Flovdiv,, Wlgsr~,q
Chair of Roentgmology, and Radiology(Chiefs Prof. K. Vlaeba-
[V:LakhovpK.

MANDEVSKI, S.; RALDZHIISKI 'I-A.. I -,
1 .1
G-mbined triple contrast method in the
examination of the
urinary bladder. XhIrurgila (Sofila) 18
no-4:465-469 165
1. Katedra po propedartika. na khirurgichnite
bolesti (rtiko-
vodltel - profb III Toshov) t Katedra pn
rentgenologila i
radiologila (rukovuditel - prof* K. Vlakhov),
Wash medi-
tsinski institut, Plovdiv.

AMAR, C ;.,BALEA,,.A.,,.k;ig.; BARBALATA, St.- CRACIUN, I.;
EM*Ut C.;
IONASC-TI, - 1.
The Millqr Way... Constr Bue 16 no.742:4 28 March 1964.

BAIEA, ftrel., ing.j MOISE, D-., tahnician;
NOVAC, Vasile
From letters of newspaper correspondents. Coustr
Buc 16
no. 73814 29 Februiary 1%4.

PALFAv Aurelp :Lng*
Aspects of tbe Toobnied Qaklity Control a6tivity.
Conatr
Bao 16 ro.737a3- 2.2 V64*
V
16 Din Trustul Regional do Construati 6"
laeuinte,,Mm-
mureas

,~,. FA I,,- I .. 1,4 . ; i.~Jj I "'j I '~ ~Vl S '19 rA t..: 1) ,
'11-1 . ~ 11,
, - ~G. .
RIMIAl Aure,Ls . ; rIP.-V, t!orpspcnd4pt..
"t CrIdsat
WAA-A --wmy . 19 r, re, I
" W'r-rftL' cOrldit-I )nL,. (:,r, I
p.,jj I . I 1~0
I

RUMUWNuclear Physics - Cosmic Rays. C
Abs joilr Ref Zhur Fizika, No 9., 1959, 1!?894
Av-thor Alpar, S.y FAjjaj E.) Friedlander,, E.)
Mayer, M.
Inst
Title Concerning the Problem of the Nature of
Showers Produced
in Lead by the Penetrating CovTonent of Cosmic
Radiation
Orig Pub : Studii si cercetari fiz. Acad. RPH, 1958)
9, No 2, 175-
180
Abstract : A total of 2,988 hodoscopic photographs
were investigated
for the piu*pose of obtaining comparative data on
the 41s-
trib..ition 9f, the multiplicity and the angles of
soft par-
ticles of-.Z*howers and electron-nuclear showers. It
was feana that -the angular divergence of the latter
is
considerably broadgr and can serve as an effective
means
of discrimination from 8.4hovers in setups intended
for
the registration of nvclear interactions of high
energy,
Card 1/1
- 18

RtMWN,,,.clear rhysics - Cosmic Rays - C
Ats Jour : Ref Zhur Fizika, No 9, 1959, 19892
Author : -Balm, E., Priedlanderp R.
Inst : -
Title : Study of Wiclear Interaction at Energies of Approximately
4 x loll ev
Orig Pub : Stuclii si cercetari fiz. Acad. arR, 1958, 9, No 2, 259-
26a
Abstract : A meson shower of the type 4 4 17 \, produced in emul-
sion, exposed at high altMAe, was investigated from the
point of view of the angalar and energy dietribititions.
The energy of the primary particles, estimated by various
methods, is found to be close to 4 x 1011 ev. In the con-
ter of mass system, the angalar distribution does not dis-
play a strong anisotropy, and has only a small asymmetry
with a certain excess of particles emitted backward.
Two secondary interactions give indications of energy
Card 1/2
- 17 -

4 RUMIA/Nuclear Physics - Cosmic Rays - C
Abe Jour : Ref Zhur Fizika, No 91 1959) 19W
transfer. It appears probable that approximately three I
qr.arters of the primary energy remains in one second
particle (probably a neutron.)
Card 2/2

--BAISAO, E.; FRIOLAWDER9 E.; OMCLSCUO M.; POTOCUNU, C.;
SAHIMII, Mo
The high-energy nuclear interactions of the heavy nuclei
of the
primary cosmic radiation. Studii cere fiz 11 no.1:61-68
160.
(E:EAI 10s1)
(Collisions (Nuclear physics))
(Cosmic rays)

a of h%h-enerxy nulM in pfimRrj
*n
1
P

16 On. CLIM E, FAckl'"Arder M OnLt,%C I
C015
1
na".. .. ~

=d 7 ht-mcdons of a-

pankJts in m6ea! c=ulsloxis from the
1053 Sartrwin,

tit-,i In tht vwtT- =re 60-IM b.am./nucleon (-t4
1~6

,weer- '.6 and :I.?; Pav frv rn the point -d

liew M angutal
d"tribut..- f rviativistic zoartscies. A 2-

:,-tke struct%irt L. ~~ie
~,r! mocie: in tnc

center -of-mau 3y5 cm Lppe-i" vlc~riy in n-t c-cs
tf,.

evapn. jet (presumably producccd by thr vicideni nuclcub)

-d from
Lhe mmir, jet. Fruin the smifl
could not be dctm -

nD. of rchtivistic tracks in the intcz-acum; it is
concluded

that only a small 2o. of nm-leons contributes to the meson-
gmemthig prm--% It is, L%=Jore, impliel that t1m -m*d-
ual nucle= of the incident nucleus do not t vup. but under-
go, imtead, c!astii: ricaucring on the nuclems of the target
nuclm~A. 'Jirrvi;