The University of Chicago Library > The Hanna Holborn Gray Special Collections Research Center > Finding Aids > Preliminary Inventory to the James Truran Papers circa 1960-2000s
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| Title: | Truran, James. Papers |
|---|---|
| Dates: | circa 1960-2000s |
| Accession Number: | 2022-022 |
| Size: | 31.5 linear feet (21 boxes) |
| Repository: |
Hanna Holborn Gray Special Collections Research Center |
| Abstract: | James Truran (1940-2022) was an American astrophysicist. |
This collection is open for research with the exception of part of Box 20, which contains material to which access is restricted. Box 20 contains financial materials that are restricted for 50 years from the record's date of creation.
When quoting material from this collection, the preferred citation is: Truran, James. Papers, Acc #, Box #, Special Collections Research Center, University of Chicago Library
James Truran (1940-2022) was an American astrophysicist. He received his bachelor’s degree from Cornell University in 1961 and his PhD from Yale University in 1966. From 1973 to 1991 he was professor of astronomy at the University of Illinois at Urbana-Champaign and was then professor at the University of Chicago in the Department of Astronomy and Astrophysics. Truran’s area of research interest was in theoretical nuclear astrophysics. In his dissertation, he addressed nuclear reaction rates in the context of supernova explosions, which among other things led to the prediction of the generation of the nickel isotope 56 in supernova explosions, the radioactive decay of which dominates the light curves of type Ia supernovae after the explosion.
| Box 1 | Research papers, Folder 1, 1980-1990s |
| Box 1 | Research papers, Folder 2, 1980-1990s |
| Box 1 | Research papers, Folder 3, 1980-1990s |
| Box 1 | Research papers, Folder 4, 1980-1990s |
| Box 1 | Research papers, Folder 5, 1980-1990s |
| Box 1 | Research papers, Folder 6, 1980-1990s |
| Box 1 | Research papers, Folder 7, 1980-1990s |
| Box 1 | Cheng, Olinto, Schramm and Truran, Research papers, 1996 |
| Box 1 | Cheng, Truran and Epstein, Research papers, 1996 |
| Box 1 | Bubble Dynamics, 1993 |
| Box 1 | Constraints on the Strength of a Primordial Magnetic Field from Big Bang Nucleosynthesis, 1993 |
| Box 1 | Magnetic Fields and BBN, Cheng, Schramm, Truran, n.d. |
| Box 1 | Interaction Rates at High Magnetic Field Strengths and High Degeneracy, 1993 |
| Box 1 | Weak Interaction Rates, Cheng, Schramm, Truran, 1993 |
| Box 1 | Cosmic Rays and Galactic Chemical Evolution; Fields, Schramm and Truran, 1993 |
| Box 1 | Beryllium and Boron Constraints on an Early Galactic Bright Phase, 1992 |
| Box 1 | QSO Absorbers, Lauroesch, Truran, Welty and York, 1993 |
| Box 1 | Abundanee Histories for QSOALS, Timmes, Lauroesch & Truran, 1995 |
| Box 1 | Classical Novae: Contributions to the Interstellar Medium, Gehrz, Truran and Williams, 1993 |
| Box 1 | Compact Ellipticals, Kiel, 1993 |
| Box 1 | Metal Abundance…Populations, Truran and Burkert, 1993 |
| Box 1 | Beryillium and Boron Constraints, Fields, Schramm and Truran, 1993 |
| Box 2 | 172 – Manuscript – Thielemann and Truran, n.d. |
| Box 2 | 171 – Nucleosynthesis Accompanying Classical Nova Outbursts, 1986 |
| Box 2 | 170 – Nuclear Physics Requirements for Studies of R-Process Nucleosynthesis, 1985 |
| Box 2 | 169 – SSTK X-Ray Transits |
| Box 2 | 168 – R-Process Contribution, 1985 |
| Box 2 | 167 – Site of R-Process, 1985 |
| Box 2 | 166 – CNO Nuclei and Classical Nova Outbursts, 1985 |
| Box 2 | 164 – R-Process Nucleosynthesis in Dynamic Helium-Burning Environments, 1984 |
| Box 2 | 160 – Recurrent Novae as a Consequence of the Accretion of Solar Material onto a 1.38 M White Dwarf, 1985 |
| Box 2 | Ages from Nuclear Cosmochronology, 1986 |
| Box 2 | 177 – Truran and Hillebrandt, A Gamma-Ray-Imposed Constraint on the Mode of Origin of Mass 22 in Astrophysical Environments, 1986 |
| Box 2 | 176 – Livio, Truran and Webbink, A Model for the Outbursts of the Recurrent Nova RS Ophiuchi, 1986 |
| Box 2 | 175 – Truran and Livio, O-Ne-MG White Dwarfs, 1986 |
| Box 2 | Truran and Livio, ONeMg Frequency, 1985 |
| Box 2 | 174 – Brunish, Gallagher, Truran, Blue to Red, 1985 |
| Box 2 | 165 – Truran, Neuron Capture Processes of heavy Element Synthesis, 1984 |
| Box 2 | 163 – Fujimoto et al., The Declien and Fall of Classical Novae, 1985 |
| Box 2 | 173 – Starrfield, Sparks, Truran, Neon Novae, 1986 |
| Box 2 | 202 – Truran, Abundance Clues to Early Galactic Chemical Evolution, n.d. |
| Box 2 | 201 – Truran, Weiss, Constraints on the Nature of the Progenitor of Supernova 1987A, 1987 |
| Box 2 | 182 – Webbink et al., The Nature of the Recurrent Novae, 1987 |
| Box 2 | 181 – Sparks, Starrfield, Truran, Nova Outburst Modeling and its Application to the Recurrent Nova Phenomenon, 1986 |
| Box 2 | 180 – Olive, Thielemann and Truran, Chemical Evolution, Stellar Nucleosynthesis, and a Variable Star Formation Rate, 1986 |
| Box 2 | 179 – Sion, Starrfield, Van Steenburg, Sparks, et al., A high Resolution IUE Observation of the Line of Sight to Nova Corona Austrinae, 1981 |
| Box 2 | 178 – Thielmann and Truran, Ages from Nuclear Cosmochronology, 1986 |
| Box 2 | 189 – Dearborn, Schramm, Steigman, Truran, The Shocking Development of Lithium (and Boron) in Supernovae, 1989 |
| Box 2 | Arnett, Schramm, Truran, On Relative Supernova Rates and Nucleosynthesis Roles, 1989 |
| Box 2 | Truran and Livio, On the Masses of the White Dwarfs in Classical Nova Systems, 1989 |
| Box 2 | Sneden, Wheeler and Truran, Abundance Ratios as a Function of Metallicity, 1989 |
| Box 2 | 210-214, Starrfield et al., Observations of Classical Novae in Outburst, 1988 |
| Box 2 | 209 – Weiss, Hillebrandt and Truran, Rotation-induced mixing and the nitrogen abundance in SN1987A, 1988 |
| Box 2 | 208 – Truran, Nuclear Physics Requirements for Studies of Nuclear Energy Generation and Nucleosynthesis |
| Box 2 | 207 – Truran, Thielemann, Arnould, Thermonuclear Reaction Rates for Astrophysical Studies, n.d. |
| Box 2 | 206 – Cowan, Thielemann, Truran, R-Process Nucleosynthesis and Cosmochronology, 1987 |
| Box 2 | 205 – Truran and Weiss, Evolution of the Stellar Progenitor of Supernova 1987A, 1987 |
| Box 2 | 204 – Truran, Stellar Evolution and Nucleosynthesis Implications of Supernova 1987A, 1987 |
| Box 2 | 203 – Kratz et al., Constraints on r-process conditions from beta-decay properties far off stability and r-abundances, 1987 |
| Box 3 | Research papers, 1980-1990s |
| Box 3 | Research journals, Folder 1, 1980-1990s |
| Box 3 | Research journals, Folder 2, 1980-1990s |
| Box 3 | Evolution of the Stellar Progenitor of Supernova 1987A, 1987 |
| Box 3 | Nova Outbursts in the Case of Mild Hibernation, 1987 |
| Box 3 | Nucleosynthesis Yields and Production Timescales, 1987 |
| Box 3 | R-process research papers, 1980-1990s |
| Box 3 | Explosive Helium Burning in Supernovae, n.d. |
| Box 3 | Center for Astrophysics research papers, 1970s |
| Box 3 | Physics Reports – Nuclear Astrophysics, Volume 227, 1993 |
| Box 3 | Physics Reports – The Physics of Supernovae, Volume 256, 1995 |
| Box 3 | Physics Reports – Nuclear Astrophysics, Volume 227, 1993 |
| Box 3 | Atomic Data and Nuclear Data Tables, Volume 22, Number 5, 1978 |
| Box 4 | Research journals, Folder 1, 1970s |
| Box 4 | Research journals, Folder 2, 1970s |
| Box 4 | Analytical data output, 1968 |
| Box 4 | Research papers, 1990-2000s |
| Box 4 | Truran nuclear reactions and models exam, 1963 |
| Box 4 | Truran Physics 117b problem sets, 1962 |
| Box 4 | Truran Physics 115a problem sets, 1962 |
| Box 4 | The Galactic Evolution of s-Process Elements via Asymptotic Giant Branch Stars, 1991 |
| Box 5 | Cosmic Rays, 1970-1980s |
| Box 5 | Nuclear Rates, 1980s |
| Box 5 | Galaxies, 1988 |
| Box 5 | Metal Deficient Stars, 1987 |
| Box 5 | S-Process, 1985-1986 |
| Box 5 | ESO/Supernova 1987A, 1987 |
| Box 5 | Supernova Workshop/George Mason, 1987 |
| Box 5 | Coulomb, 1960s |
| Box 5 | Galactic Evolution, 1960-1970s |
| Box 5 | Beta Decay, 1960-1970s |
| Box 5 | NA22 and AL26, Truran and Weiss, 1980-1990s |
| Box 5 | Thermonuclear Reaction Rates, 1970s |
| Box 5 | Kappeler, 1970-1980s |
| Box 5 | Klapdor, 1980s |
| Box 5 | Barkat’s model, 1973 |
| Box 5 | Research papers, 1970-1980s |
| Box 5 | The Fully Branched S-Process in Thermally Pulsing Stars, Kenneth Cosner, 1981 |
| Box 5 | S-Process, 1970s |
| Box 5 | Equation of State, 1970s |
| Box 5 | Screening, 1970s |
| Box 5 | Type I SNe and LMXBs from Novae, Livio and Truran, 1991 |
| Box 5 | Drafts of research papers, 1990s |
| Box 5 | Anthropic Principle, Livio et al., 1989 |
| Box 5 | Novae in Late Stages, IUE Proposal, 1991 |
| Box 5 | Sky and Telescope, 1992 |
| Box 5 | Encyclopedia of Time, 1992 |
| Box 5 | Fowler 80th, Truran and Burkert, 1993 |
| Box 5 | Operation of the r-Process and Cosmochronology, Thielemann, Kratz, Cowan and Truran, n.d. |
| Box 5 | Fowler 80th, Starrfield, Truran, Politano, Sparks, Nofar, Shavio, n.d. |
| Box 5 | 2nd GRO Workshop, Starrfield, Politano, Truran and Sparks, n.d. |
| Box 5 | 2nd GRO Workshop, Truran, Starrfield and Sparks, n.d. |
| Box 5 | NA22 Decay and X-Rays and Gamma Rays, 1992 |
| Box 6 | Globulars I, Brown, Burkert and Truran, 1991 |
| Box 6 | Collapse, Burkert, Truran and Hensler, 1990 |
| Box 6 | X-Ray and Gamma-Ray from Classical Nova Outbursts, n.d. |
| Box 6 | Nova Vul, 1984 |
| Box 6 | Burst Paper, n.d. |
| Box 6 | Nucleosynthesis/Encyclopedia of Physics, 1989 |
| Box 6 | Florida Mixing, Livio and Truran, 1990 |
| Box 6 | Cosmological Implications of the First Measurement of the Local ISM Abundance of 3HE, 1996 |
| Box 6 | 22NA+, Weiss and Truran, 1990 |
| Box 6 | The R-Process and Nucleochronology, Folder 1, 1991 |
| Box 6 | The R-Process and Nucleochronology, Folder 2, 1991 |
| Box 6 | EUV Novae, Starrfield, Truran, Sparks, Krautter, 1989 |
| Box 6 | New Physics from Supernova 1987A, 1987 |
| Box 6 | The Role of the Neutron in the Heavy Element Synthesis, 1982 |
| Box 6 | IAU – White Dwarfs/Dartmouth, 1988 |
| Box 6 | Research papers, 1960-1980 |
| Box 6 | New Cap Processes, 1984 |
| Box 6 | On the Formation of Globular Clusters II. Early Dynamical Evolution, Folder 1, 1992 |
| Box 6 | On the Formation of Globular Clusters II. Early Dynamical Evolution, Folder 2, 1992 |
| Box 6 | Radioactive Dating of the Elements, Folder 1, n.d. |
| Box 6 | Radioactive Dating of the Elements, Folder 2, n.d. |
| Box 6 | Original Figures, AnnReo, n.d. |
| Box 6 | Cosmic Chemical Evolution, 1996 |
| Box 6 | Supernovae as Thermal and Kinetic energy Input to Their Environment, 1996 |
| Box 6 | Abundance Patterns of heavy Elements in Damped Ly(gamma) Galaxies, 1997 |
| Box 6 | Nucleosynthesis, 1990s |
| Box 6 | Classical Novae: Contributions to the Interstellar Medium, 1995 |
| Box 6 | Nucleosynthesis in Massive Stars and Type II Supernovae, 1996 |
| Box 6 | The First Detection of Platinum, Osmium and Lead in a Metal-Poor Halo Star, 1996 |
| Box 6 | Nucleosynthesis and the Nova Outburst, n.d. |
| Box 6 | Correspondence with Annual Review of Nuclear and Particle Science, 1996 |
| Box 6 | TNR and Top of Accreting WD – 2D Simulations, 1995 |
| Box 6 | A Model for the Galactic Population of Binary Supersoft X-Ray Sources, 1996 |
| Box 6 | R- and S-Process Signatures in Metal-Poor Halo Stars, 1996 |
| Box 6 | A Quasi-analytic Study of Nucleosynthesis in ONeMg Novae, 1996 |
| Box 6 | Starrfield et al., 1996 |
| Box 7 | A Study of Electron-Positron Pair Equilibria in Models of Compact X- and Gamma- Ray Sources, Bjornsoon, 1990 |
| Box 7 | High Energy Astrophysics Lecture, 1988 |
| Box 7 | Data for R-Process Study, n.d. |
| Box 7 | Watkins – Thesis Defense, 1968 |
| Box 7 | Research papers, Folder 1, 1980s |
| Box 7 | Research papers, Folder 2, 1980s |
| Box 7 | Research papers, Folder 3, 1980s |
| Box 7 | Vectors, n.d. |
| Box 7 | Magnetic Fields of Steady Currents, n.d. |
| Box 7 | Probability Theory, Statistics and Experimental Errors, n.d. |
| Box 8 | Research Papers, 1970-1990s |
| Box 8 | Manuscripts/Notes, n.d. |
| Box 8 | Thermonuclear Reactions in Supernova Shock Waves, 1966 |
| Box 8 | Manuscripts and drafts, n.d. |
| Box 8 | Empirical data, n.d. |
| Box 8 | Harvard – Mass Formula Program, 1978 |
| Box 8 | Helium Burning, 1971 |
| Box 8 | Empirical data output, 1972 |
| Box 8 | Equilibrium calculation, n.d. |
| Box 8 | Reverse R-Process to include fission, n.d. |
| Box 8 | Photos and graphs, n.d. |
| Box 8 | Printed Matter, 1987 |
| Box 8 | Carl Edward Sagan CV, n.d. |
| Box 8 | Correspondence re Carl Sagan, 1988 |
| Box 8 | Research papers, n.d. |
| Box 8 | Research papers and manuscripts, 1980s |
| Box 8 | Various correspondence, 1980s |
| Box 8 | Mass Formula, 1970 |
| Box 8 | Hansen-Ptot-Pint, 1973 |
| Box 8 | Hansen-Atot-Aint, 1973 |
| Box 8 | Beta Decay, 1972 |
| Box 8 | Facsimile, Reviews of Modern Physics, 1960s |
| Box 9 | Manuscripts, n.d. |
| Box 9 | Research material, 1990s |
| Box 9 | Astrophyics lecture material, 1979 |
| Box 9 | Physics problem sets, 1960s |
| Box 9 | Empirical data, 1960s |
| Box 9 | On the Production of Technetium in Thermally Pulsing Red Giant Stars, 1984 |
| Box 9 | Ferland, Williams, et al., 1980s |
| Box 9 | Nucleosynthesis Constraints on Early Galactic Evolution, 1984 |
| Box 9 | Symbiotic Novae, Kenyon and Truran, 1983 |
| Box 9 | Waiting Point Approximation, Cameron, Cowan and Truran, 1982 |
| Box 9 | Planetary Nuclei, 1983 |
| Box 9 | Steady Flow Approximation, Cameron et al., 1982 |
| Box 9 | Explosive Helium Burning, Cowan, Cameron and Truran, 1982 |
| Box 9 | Missing Boundary Layer, Ferland et al., 1982 |
| Box 9 | Dwarf Novae as Type I Progenitors, 1980 |
| Box 9 | Technetium, Cosner, Despin and Truran, 1984 |
| Box 9 | R-Process in Low Mass Stars, 1984 |
| Box 9 | Nucleosynthesis, Truran, 1984 |
| Box 9 | Nova Corona Austrina, 1984 |
| Box 9 | Recurrent Novae, 1984 |
| Box 9 | Hydrodynamic Simulations of a Combined Hydrogen, Helium Thermonuclear Runaway on a 10 KM Neutron Star, Starrfield, Kenyon, Truran, Sparks, 1985 |
| Box 9 | Nova Corona Austrina, 1981 |
| Box 9 | Nova Erice, n.d. |
| Box 9 | Nucleosynthesis Encyclopedia Physics, n.d. |
| Box 9 | Astronomy and Astrophysics, 1981 |
| Box 9 | Slide Projector, n.d. |
| Box 10 | Research notes and miscellaneous facsimile, n.d. |
| Box 10 | Black holes, n.d. |
| Box 10 | Big Bang/Cosmology, n.d. |
| Box 10 | Problem sets and solutions, 1960-1970s |
| Box 10 | Manuscripts and research notes, 1970s |
| Box 10 | Pulsars, n.d. |
| Box 10 | Adiabatic Shocks, n.d. |
| Box 10 | Ionization Fronts, n.d. |
| Box 10 | Lecture Notes, 2002 |
| Box 10 | The Astrophysical Journal, 1980s |
| Box 10 | Lecture manuscripts, n.d. |
| Box 10 | Astro 302, 2003 |
| Box 10 | The Astrophysics Journal articles, Folder 1, 1980-1990s |
| Box 10 | The Astrophysics Journal articles, Folder 2, 1980-1990s |
| Box 10 | The Astrophysics Journal articles, Folder 3, 1980-1990s |
| Box 10 | The Astrophysics Journal articles, Folder 4, 1980-1990s |
| Box 10 | Opportunities in Nuclearastrohpysics, 1999 |
| Box 10 | Nuclear Astrophysics problem sets, 1979 |
| Box 10 | Research journals facsimile, n.d. |
| Box 11 | Physics 126B Problem Sets, 1963 |
| Box 11 | A New Science Strategy for Space Astronomy and Astrophysics, 1997 |
| Box 11 | Astronomy 301 lecture notes, n.d. |
| Box 11 | Galaxies – Morphology, 1991 |
| Box 11 | Luminosity Function, 1991 |
| Box 11 | Scalo Initial Mass Function, 1991 |
| Box 11 | Salpeter IMF, 1991 |
| Box 11 | Limits on the Galactic Age, 1991 |
| Box 11 | Dynamics/Star Clusters, 1991 |
| Box 11 | Stellar Systems, 1991 |
| Box 11 | Mass to Light Ratios, 1991 |
| Box 11 | OORT Limit, 1991 |
| Box 11 | Stellar Parameters, 1991 |
| Box 11 | Galaxies/General, 1991 |
| Box 11 | Einstein Gedanken Experiment, n.d. |
| Box 11 | Astronomy 301 problem sets, 2006 |
| Box 11 | Transparencies, n.d. |
| Box 11 | 1. BBN |
| Box 11 | 2. SM Stars |
| Box 11 | 3. Nuclear Rates |
| Box 11 | 4. Weak Rates |
| Box 11 | S-Process, n.d. |
| Box 11 | Astro 304 class notes, n.d. |
| Box 11 | Xerox, n.d. |
| Box 11 | Low-Mass Stars and the He Problem, 1997 |
| Box 11 | Lithium-7, 1995 |
| Box 11 | Return of He, Olive et al., 1995 |
| Box 11 | Keele Proceedings, Glasner, Livne and Truran, 1995 |
| Box 11 | GQ Muscae, Truran and Glasner, 1995 |
| Box 11 | Timmes et al. II, 1996 |
| Box 11 | Timmes et a., I, 1996 |
| Box 11 | QSOALS and Chemical Evolution, Lauroesch, Truran, Welty and York, 1995 |
| Box 11 | Projector slides, n.d. |
| Box 12 | 131 – Bursts II, Starrfield et al., n.d. |
| Box 12 | 130 – Bursts I, Starrfield et al., |
| Box 12 | 129 – U Scorpii, Williams et al., 1981 |
| Box 12 | 128 – Ohio Workshop, Truran |
| Box 12 | 127 – Symbiotics-Colorado, Kenyon et al., 1981 |
| Box 12 | 91 – AL26 Production in Explosive Carbon Burning, 1981 |
| Box 12 | 122 – Heavies-Metal Deficient Stars, 1980 |
| Box 12 | 124 – Nitrogen Planetaries, Wilkes et al., 1980 |
| Box 12 | 125 0 Beta Decay Rates, Cosner and Truran, 1980 |
| Box 12 | 87 – Slow Novae, Paris, 1988 |
| Box 12 | 86 – Novae, Paris, 1988 |
| Box 12 | 133 – Novae-Fowler, Truran, 1982 |
| Box 12 | Nuclear Theory of Novae, 1982 |
| Box 12 | 132 – Thermal Runaway R-Process, Cowan and Cameron, 1981 |
| Box 12 | Thermonuclear Processes and Accretion onto Neutron Star Envelopes, n.d. |
| Box 12 | Correspondence – The Astrophysics Journal, 1980s |
| Box 12 | Figures 1-5, Truran and Fujimoto |
| Box 12 | 137 – Diffusion and Hydrogen Shell Burning on Slowly Accreting White Dwarfs Fujimoto and Truran, 1982 |
| Box 12 | 136 – The Symbiotic Star CI Cygni, Kenyon et al., 1982 |
| Box 12 | 134 – Brunish and Truran I, 1980s |
| Box 12 | 147 – Metal Poor Stars, Vulcano, 1983 |
| Box 12 | 146 – The Role of the Neutron in Nucleosynthesis, 1982 |
| Box 12 | 139 – Accretion of Grains and Element Abundances in Cool, Helium-Rich White Dwarfs, Wesemael and Truran, 1982 |
| Box 12 | 138 – Neutron Star Envelopes, Starrfield et al., 1981 |
| Box 12 | 61 – Afterclap Carbon Degenerate – BMT, n.d. |
| Box 12 | 60 – CNO at Novae III, 1974 |
| Box 12 | 59 – CNO at Novae II, 1974, |
| Box 12 | 64 – Accretion and Nova Outburst, 1975 |
| Box 12 | 63 – High Energy Reactions, Berkeley, n.d. |
| Box 12 | 94 – LI7 Production, Truran et al., 1978 |
| Box 12 | 93 – Slow Nova, Sparks et al., 1977 |
| Box 12 | 92 – S-Process, Iben and Truran, 1978 |
| Box 13 | 66 p-Process Post Shock, 1975 |
| Box 13 | 67 – Novae, Supernovae and Neutron Sources, 1975 |
| Box 13 | On Possible Short-Lived Progenitors of Fission Xenon in Carbonaceous Chondrites, 1975 |
| Box 13 | 73 – CNO and Novae IV, 1975 |
| Box 13 | Nova Cygni, 1975 |
| Box 13 | 74 – Nova Cygni |
| Box 13 | Novae IAU 1975, 1975 |
| Box 13 | Cause of Nova Outburst, 1975 |
| Box 13 | 78 – Interstellar Accretion, 1976 |
| Box 13 | 79 – On CNO Enhancement, 1976 |
| Box 13 | 80 – Supernova Trigger, 1976 |
| Box 13 | 81 – s-Process Nucleosynthesis, Truran and Iben, 1977 |
| Box 13 | 82 – s-Process, Lamb et al., 1977 |
| Box 13 | Nucleosynthesis in Cores of Massive Stars, 1977 |
| Box 13 | Galactic and Stellar Physics, 1965 |
| Box 13 | Physics 106a problem sets, 1961 |
| Box 13 | Alpha network results, 1986 |
| Box 13 | Proceedings of the Conference on Red Giant Stars, 1972 |
| Box 13 | On the Interpretation and Implications of Nova Abundances: An Abundance of Riches or an Overabundance of Enrichments, 1994 |
| Box 13 | Physical Review – Particles, Fields, Gravitation and Cosmology, 1994 |
| Box 13 | Research papers, 1980-1990s |
| Box 13 | Lecture notes, 2009 |
| Box 14 | Helium Content of the Galaxy, 1967 |
| Box 14 | Nucleogenesis, 1967 |
| Box 14 | Properties of Nuclei in the Super-heavy Region, 1967 |
| Box 14 | Helium Deficiency in Halo B Stars, 1967 |
| Box 14 | Alpha Decay Lifetimes, 1967 |
| Box 14 | The Approach to Nuclear Statistical Formation, n.d. |
| Box 14 | Nucleosynthesis, 1968 |
| Box 14 | Enhancement Triple-Alpha, 1969 |
| Box 14 | Galactic Halo, 1970 |
| Box 14 | Nucleosynthesis in Explosive Oxygen Burning, 1969 |
| Box 14 | The Neutrino Transport Model, 1969 |
| Box 14 | Dynamics r-Process, 1969 |
| Box 14 | Explosive Nucleosynthesis and the Composition of Metal Poor Stars, 1970 |
| Box 14 | Nucleosynthesis – The Detonation Model, 1971 |
| Box 14 | The Chemical Evolution of the Galaxy, n.d. |
| Box 14 | Evolutionary Models of Nucleosynthesis in the Galaxy, 1971 |
| Box 14 | Nuclear Physics, 1971 |
| Box 14 | p-Process in Explosive Nucleosynthesis, 1971 |
| Box 14 | Charged Particle Reactions in Nucleosynthesis, 1972 |
| Box 14 | Nuclei Neutron Rich Fe, 1972 |
| Box 14 | CNO at Novae I, 1972 |
| Box 14 | Nucleosynthesis in Red Giants, 1972 |
| Box 14 | A Possible Explanation for the Origin of Lithium, Beryllium and Boron, 1972 |
| Box 14 | CNO Hydrogen Burning I, 1972 |
| Box 14 | Limits on the Rate of Star Formation in the Galaxy, 1972 |
| Box 14 | Theories of Nucleosynthesis, 1972 |
| Box 14 | p-Process Nucleosynthesis, 1972 |
| Box 14 | Thermonuclear Reactions in Medium and Heavy Nuclei, 1972 |
| Box 14 | The Approach to Nuclear Statistical Equilibrium, 1972 |
| Box 14 | Nucleosynthesis in Supernova Explosions, 1972 |
| Box 14 | Rapid Neuron Captures in Supernova Explosions, 1972 |
| Box 14 | The Influence of a Variable Initial Composition on Stellar Silicon Burning, 1968 |
| Box 14 | Test Quasi-Equilibrium, 1972 |
| Box 14 | Heavy Synthesis in Supernovae, 1972 |
| Box 14 | An Extremely Carbon Enhanced Nova Model, 1975 |
| Box 15 | Flash, Fryxell et al., 2000 |
| Box 15 | On the Cellular Structure of Carbon Detonations, Timmes et al., 2000 |
| Box 15 | Supernovae as Thermal and Kinetic Energy, Thornton et al., 1998 |
| Box 15 | Flash, Rosner et al., 2000 |
| Box 15 | Helium Detonations on Neutron Stars, Zingale et al., 2001 |
| Box 15 | Nuclear Physics/Cosmos, Truran et al., 2001 |
| Box 15 | The Early Formation, Evolution and Age of the Neutron-Capture Elements in the Early Galaxy, Cowan et al., 2001 |
| Box 15 | Planetary, 1989 |
| Box 15 | Erratum: A Search for Environmental Effects on Type Ia Supernovae, 2001 |
| Box 15 | Maxwellian Averaged Neutron Capture Cross Sections |
| Box 15 | Nucleosynthesis: from the Big Bang to Contemporary Supernovae, 2001 |
| Box 15 | Research articles, 1980-1990s |
| Box 15 | p-Process data, 1972 |
| Box 15 | Neutron Stars and Black Holes as MACHOs,1999 |
| Box 15 | On the Formation of Globular Clusters, 1991 |
| Box 15 | The Halo Infall Timescale, 1993 |
| Box 15 | Type I Supernovae and Accretion Induced Collapses, 1992 |
| Box 15 | On the Interpretation and Implications of Nova Abundances, 1994 |
| Box 15 | Radioactive Dating of the Elements, n.d. |
| Box 15 | Research articles, 1970-1990s |
| Box 16 | Data output, n.d. |
| Box 16 | Research articles, Folder 1, n.d. |
| Box 16 | Research articles, Folder 2, n.d. |
| Box 16 | The Atmospheres of the Earth and Planets, 1947 |
| Box 16 | Introduction to the Theory of Quantized Fields, 1959 |
| Box 16 | A Self Contamination Model for the Formation of Globular Star Clusters, 1991 |
| Box 16 | Theory of Functions I, 1945 |
| Box 16 | Thermonuclear Reactions in Supernova Shock Waves, 1966 |
| Box 16 | Helium Detonations on Neutron Stars, 2000 |
| Box 16 | A Theoretical Study of Problems in Classical Nova Evolution, 1990 |
| Box 16 | Portfolio of projector slides, n.d. |
| Box 17 | Empirical data output, n.d. |
| Box 17 | Guggenheim fellowship, 1986 |
| Box 17 | Lecture notes, 2004 |
| Box 17 | Age of the Universe colloquium, 1972 |
| Box 17 | Construction of Mass Formulas Designed to be Valid, n.d. |
| Box 17 | Lecture material, 1983 |
| Box 17 | Radiation Hydrodynamic Processes in the Lightcurve Evolution of Classical Novae, 1993 |
| Box 17 | Empirical data output, n.d. |
| Box 17 | Charts, n.d. |
| Box 17 | 3-D Novae, Truran and Livio, 1989 |
| Box 17 | LMC Abundances, Truran and Weiss, 1989 |
| Box 17 | Massive Star Evlution, Weiss and Truran, 1989 |
| Box 17 | Nova Abundances, Folder 1, Truran, 1989 |
| Box 17 | Nova Abundances, Folder 2, Truran, 1989 |
| Box 17 | X-Rays, Starrfield, Truran, Sparks, Krautter, Macdonald, 1989 |
| Box 17 | The Common Envelope Phase in Classical Novae, 1989 |
| Box 17 | Classical Novae, Sparks et al., 1989 |
| Box 17 | Frequencies, Politano et al., 1989 |
| Box 17 | Late Stages in the Evolution of Classical Novae, 1990 |
| Box 17 | The Recurrent Nova U Scorpii Revisited, 1990 |
| Box 17 | The Influence of Our Galaxy on the Evoution of the Magellanic Clouds, 1990 |
| Box 17 | 2-D Common Envelope, 1990 |
| Box 17 | IUE Astronomy, 1990 |
| Box 18 | Super Eddington, Truran et al., 1990 |
| Box 18 | PW Vul: A Nova with Nearly Solar Abundances, 1984 |
| Box 18 | The Common Envelope Phase in Classical Novae, 1990 |
| Box 18 | New Physics from Supernova 1987A, 1990 |
| Box 18 | Contributions to the Interstellar Medium, 1991 |
| Box 18 | Thermonuclear Reaction Rates from Statistical Model Calculations, 1986 |
| Box 18 | Supernova Image, Hillebrandt et al., 1987 |
| Box 18 | Spin-up and Mixing, Livio and Truran, 1987 |
| Box 18 | The Nature of Recurrent Novae, Webbink, Livio, Truran and Orio, n.d. |
| Box 18 | S-Process Nucleosynthesis, 1980 |
| Box 18 | Screening, Thielemann and Truran, 1986 |
| Box 18 | R-Process Chronometers, Cowan, Thielemann and Truran, 1987 |
| Box 18 | Hibernation, Livio, Shankar and Truran, 1988 |
| Box 18 | Magnetic Novae, Livio, Shankar and Truran, 1988 |
| Box 18 | Ringberg, Truran and Weiss, 1987 |
| Box 18 | Ringberg, Truran, Thielemann and Arnould, 1987 |
| Box 18 | Explosion of a Blue Supergiant, 1987 |
| Box 18 | The Nature of Recurrent Novae, Webbink et al., 1987 |
| Box 18 | Yield and Abundance Constraints on Galactic Chemical Evolution, 1986 |
| Box 18 | Composition Dependence of U Scorpii Models, 1988 |
| Box 18 | The Super-Eddington Phase, n.d. |
| Box 18 | Neutrinos et al., 1987 |
| Box 18 | Nucleosynthesis Yields and Production Timescales, Truran, 1987 |
| Box 18 | Constraints, Wampler et al.,1987 |
| Box 18 | Neon Novae, Recurrent Novae and Type I Supernovae, 1989 |
| Box 18 | A Multiwavelength Study of Nova Qu Vulpeculae 1984, 1992 |
| Box 18 | Cosmic Rays, Field, Sohramm and Truran, n.d. |
| Box 18 | Correspondence with University of Victoria, 1992 |
| Box 18 | On the Gaseous Evolution of Globular Clusters, n.d. |
| Box 18 | Hydrodynamic Studies of Accretion onto Massive White Dwarfs, n.d. |
| Box 18 | CNO Nucleosynthesis and the Nova Outbursts, 1977 |
| Box 18 | Supernova Nucleosynthesis, 1977 |
| Box 18 | Nucleosynthesis of CNO Isotopes, 1977 |
| Box 18 | Contributions to the Interstellar Medium, n.d. |
| Box 19 | The Effects of Unthermalized Isomeric States, Cosner, Iben and Truran, 1980 |
| Box 19 | Possible Transfer of a Lunar Matter to Earth due to a Nearby Supernova, Ruderman and Truran, 1980 |
| Box 19 | Detonation, Littleton et al., 1979 |
| Box 19 | Hot CNO, Folder 1 1979 |
| Box 19 | Hot CNO, Folder 2, 1979 |
| Box 19 | Explosive CNO data output, 1974 |
| Box 19 | CNO V – Fast Novae, 1978 |
| Box 19 | Gamma Ray Lines, Truran et al., 1978 |
| Box 19 | Helium r-Process, Truran, Cowan and Cameron, 1978 |
| Box 19 | Recent Developments in Nucleosynthesis, 1981 |
| Box 19 | Electron Capture in Carbon Dwarf Supernovae, 1974 |
| Box 19 | S-Process – Nukleonika, n.d. |
| Box 19 | Highlights of Astronomy, Sparks, Kutter, Starrfield and Truran, 1980 |
| Box 19 | Seed Abundances for R-Processing, Cowan, Cameron and Truran, 1980 |
| Box 19 | On the Carbon Composition of the Ejecta of DQ Herculis, 1980 |
| Box 19 | Projector slide notes, Folder 1, n.d. |
| Box 19 | Projector slide notes, Folder 2, n.d. |
| Box 19 | Project slide notes, Folder 3, n.d. |
| Box 19 | 304 Problem sets, 1990 |
| Box 19 | Reaction Theory, n.d. |
| Box 19 | Cosmochronology, n.d. |
| Box 19 | Candidacy Exam, 1996 |
| Box 19 | Astronomy Problem Sets, Folder 1, 1996 |
| Box 19 | Astronomy Problem Sets, Folder 2, 1996 |
| Box 19 | Astronomy 301 Problem Sets, 1993 |
| Box 19 | Astronomy 214 Masters, 1996 |
| Box 19 | Astronomy 214 Notes, 1998 |
| Box 19 | Astronomy 214 Spring, 1998 |
| Box 19 | Neutrinos 1987A, 1987 |
| Box 19 | Physics Reports, Schramm and Truran, 1989 |
| Box 19 | Supernova, Truran, 1988 |
| Box 20 (Open, R-50) | Empirical data output and notes, Folder 1, 1970s |
| Box 20 (Open, R-50) | Empirical data output and notes, Folder 2, 1970s |
| Box 20 (Open, R-50) | Empirical data output and notes, Folder 3, 1970s |
| Box 20 (Open, R-50) | Empirical data output and notes, Folder 4, 1970s |
| Box 20 (Open, R-50) | Empirical data output and notes, Folder 5, 1970s |
| Box 20 (Open, R-50) | Empirical data output and notes, Folder 6, 1970s |
| Box 20 (Open, R-50) | Empirical data output and notes, Folder 7, 1970s |
| Box 20 (Open, R-50) | Empirical data output and notes, Folder 8, 1970s |
| Box 20 (Open, R-50) | Empirical data output and notes, Folder 9, 1970s |
| Box 20 (Open, R-50) | Department of Astrology Budget [Restricted: R-50; Financial] |
| Box 21 | Fluid Equations: Vector Form – Notes, n.d. |
| Box 21 | Instabilities – Notes and Transparencies, n.d. |
| Box 21 | Transparencies, n.d. |
| Box 21 | Initial Mass Functions – Transparencies, April 5, 1991 |
| Box 21 | Galactic Evolution – Transparencies and Notes, n.d. |
| Box 21 | Inverse Beta Decay – Transparencies, n.d. |
| Box 21 | Pulsars – Transparencies and Notes, n.d. |
| Box 21 | Neutron Stars – Transparencies, n.d. |
| Box 21 | Black Holes – Transparencies, n.d. |
| Box 21 | Fushiki, Ikko, “Nuclear Reactions at High Densities and X-Ray and Gamma-Ray Bursts”, Thesis, 1986 |
| Box 21 | Truran, Astronomy 241: Physics of Starts and Stellar Systems, Fall 2002 |
| Box 21 | Supernovae, 406 Lecture 9 Continued, February 25, 1988 |
| Box 21 | Physical Sciences 11900a: Stellar Astronomy and Astrophysics, 2001 |
| Box 21 | Physical Sciences 119: Introduction to Astrophysics, 2001 |
| Box 21 | Physical Sciences 119 – Class Notes and Distributed Materials, 2001 |
| Box 21 | Truran and Cameron, “Construction of Mass Formulas Designed to be Valid for Neutron-Rich Nuclei” – Research, Data, and Notes, n.d. |
| Box 21 | Network III, Recent Calculations, ca. 1966-1968 |
| Box 21 | Photocopies of Transparencies, Possibly Class Lectures for Physical Sciences, 119, 2001 |
| Box 21 | Transparences, n.d. |
| Box 21 | Mass Ranges of Supernova Progenitors – Transparencies, n.d. |
| Box 21 | r-s-processes – Transparencies, n.d. |
| Box 21 | s-Process Nucleosynthesis – Transparencies, n.d. |
| Box 21 | Nucleosynthesis in Stars and Supernovae – Transparencies, n.d. |
| Box 21 | Abundance Data – Transparencies, n.d. |
| Box 21 | Figures, Notes, Cluster Data – Transparencies, n.d. |
| Box 21 | Galaxies – Transparencies, n.d. |
| Box 21 | Physical Sciences 119: Introduction to Astrophysics – Lecture 5, October 3, 2001 |
| Box 21 | Physical Sciences 119: Introduction to Astrophysics – Lecture 6, October 5, 2001 |
| Box 21 | Physical Sciences 119: Introduction to Astrophysics – Lecture 7, October 8, 2001 |
| Box 21 | Physical Sciences 119: Introduction to Astrophysics – Lecture 8, October 10, 2001 |
| Box 21 | Physical Sciences 119: Introduction to Astrophysics – Lecture 9, October 12, 2001 |
| Box 21 | Physical Sciences 119: Introduction to Astrophysics – Lecture 10, October 15, 2001 |
| Box 21 | Physical Sciences 119: Introduction to Astrophysics – Lecture 11, October 17, 2001 |
| Box 21 | Physical Sciences 119: Introduction to Astrophysics – Lecture 12, October 19, 2001 |
| Box 21 | Physical Sciences 119: Introduction to Astrophysics – Lecture 13, October 22, 2001 |
| Box 21 | Physical Sciences 119: Introduction to Astrophysics – Lecture 14, October 24, 2001 |
| Box 21 | Physical Sciences 119: Introduction to Astrophysics – Lecture 15, October 26, 2001 |
| Box 21 | Physical Sciences 119: Introduction to Astrophysics – Lecture 16, October 29, 2001 |
| Box 21 | Physical Sciences 119: Introduction to Astrophysics – Lecture 17, October 31, 2001 |
| Box 21 | Physical Sciences 119: Introduction to Astrophysics – Lecture 18, November 2, 2001 |
| Box 21 | Physical Sciences 119: Introduction to Astrophysics – Lecture 19, November 5, 2001 |
| Box 21 | Physical Sciences 119: Introduction to Astrophysics – Lecture 20, November 7, 2001 |
| Box 21 | Physical Sciences 119: Introduction to Astrophysics – Lecture 21, November 9, 2001 |
| Box 21 | Supernova Shells – Astronomy 214, Fall 1996 |
| Box 21 | Physical Sciences 119: Introduction to Astrophysics – Transparencies, Fall 2001 |