most citedEvidence for a narrow dip structure at 1.9 GeV/c in diffractive photoproduction

48 citations · 49 across the 9 of their papers we have counts for

collaborators

9 papers

astro-ph2001

Status of Project GRAND's Proportional Wire Chamber Array

J. Poirier, D. Baker, J. Barchie +9

Project GRAND is an extensive air shower array of proportional wire chambers. It has 64 stations in a 100m x 100m area; each station has eight planes of proportional wire chambers…

hep-ex2001★ 48 cited

Evidence for a narrow dip structure at 1.9 GeV/c in diffractive photoproduction

E687 Collaboration, P. L. Frabetti

A narrow dip structure has been observed at 1.9 GeV/c in a study of diffractive photoproduction of the final state performed by the Fermilab experiment E687.

astro-ph2000

A Search for Point Sources of Cosmic Primary Rays Which Produce Single Muon Tracks at Ground Level

A. Roesch, J. Carpenter, S. Desch +3

An increased data sample of identified secondary muons is collected at detection level. Project GRAND identifies secondary cosmic ray muons from electrons utilizing a thin steel ab…

astro-ph2000

Can EGRET's Gamma Ray Sources > 100 MeV Be Seen with Single Secondary Cosmic Muons from Gammas > 30 GeV?

J. Carpenter, S. Desch, T. F. Lin +2

The high energy gamma ray sources provided by experiment EGRET on the Compton Gamma Ray Observatory are examined, testing Project GRAND's ability to detect primary gamma rays by me…

astro-ph2000★ 1 cited

Possible Detection of Gamma Ray Air Showers in Coincidence with BATSE Gamma Ray Bursts

T. F. Lin, J. Carpenter, S. Desch +3

Project GRAND presents the results of a search for coincident high-energy gamma ray events in the direction and at the time of nine Gamma Ray Bursts (GRBs) detected by BATSE. A gam…

astro-ph2000

Composition of UHE Cosmic Ray Primaries

J. Poirier, J. Carpenter, J. Gress +2

Project GRAND presents results on the atomic composition of primary cosmic rays. This is accomplished by determining the average height of primary particles that cause extensive ai…