65 results on '"Webber, W. R."'
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2. UNUSUAL GALACTIC COSMIC RAY INTENSITY AND SPECTRAL CHANGES OBSERVED BY $V1$ NEAR THE HELIOPAUSE
3. EXPLANATION OF THE LOCAL GALACTIC COSMIC RAY ENERGY SPECTRA MEASURED BYVOYAGER 1. I. PROTONS
4. The Cosmic Ray ^3He/^4He Ratio from 200 MeV per Nucleon^(-1) to 3.7 GeV per Nucleon^(-1)
5. The Cosmic Ray ^3He/^4He Ratio from 200 MeV/nucleon^(-1) to 3.7 GeV/nucleon^(-1)
6. Voyager 2Measurements in the Outer Heliosphere of the Energy Spectra of Cosmic‐Ray Nuclei from Less than 100 MeV Nucleon−1to More than 1.0 GeV Nucleon−1
7. Updated Formula for Calculating Partial Cross Sections for Nuclear Reactions of Nuclei with Z ≤ 28 and E > 150 MeV Nucleon −1 in Hydrogen Targets
8. VoyagerMeasurements of the Charge and Isotopic Composition of Cosmic Ray Li, Be, and B Nuclei and Implications for Their Production in the Galaxy
9. The Absolute Flux of Protons and Helium at the Top of the Atmosphere Using IMAX
10. Production Cross Sections of Fragments from Beams of 400–650 MeV per Nucleon9Be,11B,12C,14N,15N,16O,20Ne,22Ne,56Fe, and58Ni Nuclei Interacting in a Liquid Hydrogen Target. I. Charge Changing and Total Cross Sections
11. Production Cross Sections of Fragments from Beams of 400–650 MeV per Nucleon9Be,11B,12C,14N,15N,16O,20Ne,22Ne,56Fe, and58Ni Nuclei Interacting in a Liquid Hydrogen Target. II. Isotopic Cross Sections of Fragments
12. A Study of the Surviving Fraction of the Cosmic‐Ray Radioactive Decay Isotopes10Be,26Al,36Cl and54Mn as a Function of Energy Using the Charge Ratios Be/B, Al/Mg, Cl/Ar, and Mn/Fe Measured onHEAO 3
13. A New Estimate of the Local Interstellar Energy Density and Ionization Rate of Galactic Cosmic Cosmic Rays
14. The Cosmic‐Ray3He/4He Ratio from 200 MeV per Nucleon−1to 3.7 GeV per Nucleon−1
15. VoyagerMeasurements of the Mass Composition of Cosmic‐Ray Ca through Fe Nuclei
16. Voyager Measurements of the Mass Composition of Cosmic‐Ray Ne, Mg, Si and S Nuclei
17. New High-Statistical--High-Resolution Measurements of the Cosmic-Ray CNO Isotopes from a 17 Year Study Using the Voyager 1 and 2 Spacecraft
18. Gamma-Ray Bursts Localized to Within 0.25 Square Degree: a Correlation with Extragalactic Objects
19. Observations of cosmic-ray electrons and positrons using an imaging calorimeter
20. The cosmic-ray oxygen and helium spectra measured at Pioneer 10 over the time of the 1987 modulation minimum, and implications for the He/O source ratio
21. Voyager measurements of the isotopic composition of cosmic-ray aluminum and implications for the propagation of cosmic rays
22. New measurements of charge-changing cross sections in carbon and hydrogen targets above 2 GeV per nucleon: Evidence for an energy dependence that may strongly affect estimates of the energy dependence of cosmic-ray diffusion in the galaxy
23. Cosmic-ray isotopic composition of C, N, O, Ne, Mg, SI nuclei in the energy range 50-200 MeV per nucleon measured by the Voyager spacecraft during the solar minimum period
24. The isotopic composition of cosmic-ray beryllium and its implication for the cosmic ray's age
25. COMPTEL measurements of the gamma-ray burst GRB 930131
26. The cosmic-ray path length (age) distribution in the Galaxy - Experimental limits on the deviation from an exponential
27. Monte Carlo calculations of cosmic rays in the Galaxy - Effect of the source distribution on the age and matter distributions
28. Studies of the low-energy Galactic cosmic-ray composition near 28 AU at sunspot minimum - The primary-to-primary ratios
29. The isotopic composition of cosmic-ray B, C, N, and O - Evidence for an overabundance of O-18
30. Propagation of cosmic-ray nuclei in a diffusing galaxy with convective halo and thin matter disk
31. A measurement of the cosmic-ray H-2 and He-3 spectra and H-2/He-4 and He-3/He-4 ratios in 1989
32. The Mn-54 clock and its implications for cosmic-ray propagation and Fe isotope studies
33. Cosmic-ray gradient measurements and modulation beyond the inner solar wind termination shock
34. A comparison of predictions of a wavy neutral sheet drift model with cosmic-ray data over a whole modulation cycle - 1976-1987
35. A new limit on the time between the nucleosynthesis and the acceleration of cosmic rays in supernova remnants using the Co/Ni ratio
36. The source charge and isotopic abundances of cosmic rays with Z = 9-16 - A study using new fragmentation cross sections
37. A Re-Examination of the Cosmic Ray Helium Spectrum and the ^3He/^4He Ratio at High Energies
38. The solar modulation of galactic cosmic rays in the outer heliosphere
39. Radio emission, cosmic ray electrons, and the production of gamma-rays in the Galaxy
40. Observations of galactic cosmic-ray energy spectra between 1 and 9 AU
41. A reexamination of the cosmic-ray helium spectrum and the He-3/He-4 ratio at high energies
42. The charge state of the anomalous cosmic-ray component
43. Fragmentation of Fe-56 nuclei on CH2, carbon, and hydrogen targets - Individual charge changing and total cross sections
44. Evidence that the anomalous cosmic-ray component is singly ionized
45. The interplanetary acceleration of energetic nucleons
46. Pioneer 10 measurements of the charge and energy spectrum of solar cosmic rays during 1972 August
47. The charge and isotopic composition of Z = 6-14 cosmic ray nuclei at their source
48. Interplanetary radial cosmic-ray gradients and their implication for a possible large modulation effect at the heliospheric boundary
49. PIONEER-10 Measurements of the Differential and Integral Cosmic-Ray Gradient Between 1 and 3 Astronomical Units
50. A new calculation of the cosmic-ray antiproton spectrum in the Galaxy and heliospheric modulation effects on this spectrum using a drift plus wavy current sheet model
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