TABLE OF CONTENTS

1. Nuclear Astrophysics [page 1] [as text]

• 1.1 Beta-delayed alpha-particle emission of 16N and the E1 S-factor of the {12C(alpha,gamma) 16O} reaction [page 1]
• 1.2 Detector tests for the measurement of the {12C(alpha,gamma) 16O} cross section at low energies [page 2]
• 1.3 On the dipole distribution of gamma ray bursts [page 3]
• 1.4 Natural wormholes as gravitational lenses [page 4]
• 1.5 36Ca Beta-decay and the Isobaric Multiplet Mass Equation [page 5]
• 1.6 Gamow-Teller strength in 36Ca Beta+ decay [page 6]
• 1.7 Study of 37Ca beta decay at GSI and the 37Cl cross section for 8B neutrinos [page 7]
• 1.8 Study of 37Ca beta decay at ISOLDE [page 8]

  2. Neutrino Physics [page 9] [as text]

• 2.1 Solar neutrino research [page 9]
• 2.2 The Sudbury Neutrino Observatory [page 9]
• 2.3 Development of a compact 20 MeV gamma-ray source for energy calibration at the Sudbury Neutrino Observatory [page 10]
• 2.4 A neutral current detector array for Sudbury Neutrino Observatory [page 12]
• 2.5 SNO neutral-current detector position readout [page 13]
• 2.6 SNO DAQ: Development of a 100 channel noise test system [page 14]
• 2.7 The SNO PMT test facility [page 15]
• 2.8 Acrylic vessel activities 1994-1995 [page 16]
• 2.9 The Russian-American Gallium Experiment (SAGE) [page 17]

  3. Nucleus-Nucleus Reactions [page 18] [as text]

• 3.1 Distributions of fusion barriers extracted from cross section measurements on the systems { 40 Ca+192 Os,194 Pt} [page 18]
• 3.2 Sub-barrier fusion for { 40Ca+46,48,50Ti} [page 19]
• 3.3 Properties of light charged particles produced by 25 A MeV 16O on {159/65 Tb, 181/73 Ta, 197/79 Au} and 35 A MeV 14N on {nat/62 Sm, 181/73 Ta} [page 20]
• 3.4 Entrance channel dependence of light particle emissions in 156Er compound nucleus decay [page 21]
• 3.5 Bremsstrahlung and the GDR in {16,18O+92,100Mo} reactions [page 22]
• 3.6 APEX status [page 24]

  4. Fundamental Symmetries and Weak Interactions [page 25] [as text]

• 4.1 CVC and SCC in the mass-8 isotriplet [page 25]
• 4.2 Measurement of the Beta-Alpha correlation in mass-8 [page 27]
• 4.3 Completion of an apparatus to measure the PNC spin rotation of cold neutrons in a liquid helium target [page 28]
• 4.4 Measurement of Newton's constant G [page 29]
• 4.5 Construction of a new rotating torsion balance instrument [page 30]
• 4.6 Progress with the rotating-source torsion balance experiment [page 31]
• 4.7 New tests of the universality of free fall [page 32]
• 4.8 Search for Gamma rays following the {Beta Beta} decay of 100Mo to the first excited 0+ state of 100Ru [page 33]
• 4.9 Test of time reversal symmetry: the emiT experiment [page 34]

  5. Accelerator Mass Spectrometry (AMS) [page 35] [as text]

• 5.1 Paleoclimate studies using AMS radiocarbon (14C) dating of pollen from lake sediments and peat deposits [page 35]

  6. Atomic and Molecular Clusters [page 36] [as text]

• 6.1 Stopping powers of atoms and atomic clusters [page 36]
• 6.2 Size distributions for RbCn clusters [page 37]
• 6.3 High energy fragmentation of C60 [page 38]

  7. Ultra-Relativistic Heavy Ion Collisions [page 39] [as text]

• 7.1 URHI Group Overview [page 39]
• 7.2 NA49 Pb run first results [page 40]
• 7.3 NA49 Pb run preliminary spectrum analysis [page 41]
• 7.4 Experience using Scontrol in CERN experiment NA49 [page 42]
• 7.5 NA49 main TPC tracking software [page 43]
• 7.6 NA49 InitEdit database editor [page 44]
• 7.7 NA49 display [page 45]
• 7.8 Energy deposition and particle identification in a TPC [page 46]
• 7.9 Star SVT efficiency for D meson detection [page 47]
• 7.10 Scale-distorted Gaussians and HBT "Wiggles" [page 48]
• 7.11 "No-Background" maximum likelihood HBT analysis [page 49]
• 7.12 Scaled topological measures [page 50]
• 7.13 Entropy analysis of STAR EM calorimeter energy distributions [page 51]

  8. External Users [page 53] [as text]

• 8.1 Ball Aerospace [page 53]

  9. Electronics, Computing and Detector Infrastructure [page 54] [as text]

• 9.1 Electronic equipment [page 54]
• 9.2 VAX-based acquisition systems [page 55]
• 9.3 Data analysis and support system developments [page 56]
• 9.4 SControl, an object oriented program for the control of large physics experiments [page 57]

  10. Van de Graaff, Superconducting Booster and Ion Sources [page 58] [as text]

• 10.1 Van de Graaff accelerator operations and development [page 58]
• 10.2 Alpha source and ion source deck improvements [page 60]
• 10.3 Tandem terminal ion source [page 61]
• 10.4 Terminal computer [page 62]
• 10.5 Booster operations [page 63]
• 10.6 Cryogenic operations [page 64]
• 10.7 Development of a high energy buncher operating at 13/12 of the linac frequency [page 65]
• 10.8 Design of support structure for three large NaI counters [page 66]

  11. Nuclear Physics Laboratory Personnel [page 67] [as text]

  12. Degrees Granted Academic Year 1994-1995 [page 69] [as text]

  13. List of Publications from 1994-1995 [page 70] [as text]