The Multiplicity in Fragmentation and Pionisation Regions in p p Interactions at 200-GeV/c Page: 4 of 12
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arc quite unlikely.'However, according to the hypothesis of a
limiting fragmentationljwide fluctuations are allowed because
the fragmentation into very few fragments is expected to occur
with a finite probability, although the average multiplicity
continues to increase with energy . Accordi'ag to the hypothe-
ois of the limiting frfagontation or a fixed exiergy averaged
forward-back multiplicity should be submitted to
<nf.nb>/((<nf) <nb>) =1
<n .n n ) n f b 5
at E oo
We divided particles of the every event into two parts
relative to 900 in cms corresponding to momentum p,,=0 in cms.
For this we use the value
P11=0 oPirrn, P P(6)
It is equal to the averaged value Cg Q /
For the
Po =(Pi)/2 -0,17 (7)
it is
(u) = - 1,11 (8)
Marking nb and nf as before the numbers of the particles
of the every event with larger and smaller that -
easy
-1,11 it is to check eq.(5). Our experimental study of pp-col-
lision yields
(n f.n> ( n (n) =1,12 X0,06 (9)
( (nf) =4,2 0,1 and (nb> =4,1 0,1 as it was expected are
equal within the errors.- 11- -
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Antonova, M.G.; Boos, E.G.; Goryachikh, A.A.; Chasnikov, I.Ya.; Loktionov, A.A.; Morozova, P.V. et al. The Multiplicity in Fragmentation and Pionisation Regions in p p Interactions at 200-GeV/c, article, January 1, 1974; Batavia, Illinois. (https://digital.library.unt.edu/ark:/67531/metadc894814/m1/4/: accessed April 24, 2024), University of North Texas Libraries, UNT Digital Library, https://digital.library.unt.edu; crediting UNT Libraries Government Documents Department.